Edilab True Speed Soil Frame

Edilab True Speed Soil Frame

Contents

Soil Testing Range

Automatic Free Fall Hammer

Sample Preparation

Moisture Content

Liquid Limit

Soil Penetrometer

Shrinkage Limit

Specific Gravity

Particle Size Analysis

Load Frames

Edilab True Speed Frames

Integral Proving Rings

Shear Strength

Triaxial Shear

Pore Pressure

Lateral Pressure Assembly

Constant Pressure Systems

Automatic Volume Change Gauge

Triaxial Electronics Conversion Kit

Triaxial Test Outfits

De-Aired Water Apparatus

Edilab Data Acquisition cum Datalogging System

Geotechnical Software

Software for Testing, Analysis and Reporting of Soil Tests

Direct Shear

Vane Shear

Compaction

Relative Density

California Bearing Ratio

Consolidation

Permeability

Swell Pressure

Standard Penetration

Dynamic Cone Penetration

Static Cone Penetration

Field Vane Shear

Deformation Modulus

Field California Bearing Ratio

Plate Bearing Test

Load Truss

In-situ Density

A42

A45

A51

A52

A53

A53

A54

A58

A59

A63

A31

A32

A32

A34

A39

A40

A41

A64

A66

A66

A17

A19

A20

A23

A24

A25

A26

A27

A28

A31

A7

A7

A8

A12

A15

A1

A2

A3

A5

A6

Rock Testing Range

Sample Preparation

Rock Permeability

Strength Index

Triaxial Testing of Rocks

Unconfined

In-Situ Stress

Rock Direct Shear

B1

B3

B3

B5

B8

B8

B9

Geotextile Testing Range

Geotextile Test Equipment

Hydrodynamic Sieve Test Apparatus

Cone Drop Test Apparatus

Cross Permeability Test Apparatus

In-Plane Permeability Test Apparatus

Long Term Flow Test Apparatus

Gradient Ratio Test Apparatus

Geotextile Permeameter

Large Pull Out Test Apparatus for Geo Synthetics

C1

C2

C3

C4

C4

C5

C5

C6

C7

Concrete Testing Range

Compressive Strength

Analogue Compression Testing Machines

Portable Compression Testing Machine

Digital Compression Testing Machines

Micro Controller Based Compression Testing Machine

Automatic Compression Testing Machine

Servo Controlled Compression Testing Machine

Touchscreen Based Enhanced Digital Indicator

Flexural Strength

D1

D1

D3

D4

D6

D9

D17

D19

D21

Flexural and Transverse Testing Machines

Rectangular Platens

Split Cylinder Test Platens

Conversion Kits

Online Solutions

D22

D23

D23

D23

Refurbish Services

Consistency and Workability

Self Consolidating Concrete (SCC) Flowability

Consistency Test

D24

D25

D25

D26

Flow Test

Compaction Factor

Setting Time by Penetration Resistance

Air Entrainment

Mixing Equipment

D29

D29

D30

D30

D31

Moulding

Curing

Vibratory Hammer of Concrete Moulds

Capping

D32

D33

D34

D35

Creep Test Rig

Buoyancy Balance

Vibratory Compaction

Sample Collection

Tests on Hardened Concrete

D36

D36

D37

D38

D39

Modulus of Elasticity

Drying, Shrinkage and Moisture Movement

Permeability

Abrasion Resistance of Concrete

Concrete Test Hammers

Hydraulic Jacks

Natural Frequency Tester

D40

D40

D41

D42

D43

D45

D46

D47

Cement, Lime Plaster &

Mortar Testing Range

Fineness

Automatic Blaine Apparatus

Fineness of Fly Ash (Wet Sieving)

Consistency and Setting-time

Gillmore Needle Apparatus

Soundness of Cement and Hydrated Lime

Flow and Workability of Mortar and Lime

Sample Preparation

Moulding

Compression Frame Jig Assembly

Flexural Jig Assembly

Modulus of Rupture Testing

Cement Tensile Testing Machine

Permeability

Crushing & Grinding

Jaw Crusher

Pulveriser

Hydraulic Press

Heat of Hydration

E3

E5

E6

E7

E8

E9

E9

E1

E1

E2

E2

E3

E11

E11

E12

E13

E13

E14

E14 www.edibon.com

Contents

Sand, Aggregate & Fillers

Testing Range

In-situ Sampling and Preparation

Determination of Flakiness & Elongation

Specific Gravity and Water Absorption

Bulk Density, Voids and Bulking

Mechanical Properties of Aggregates

Aggregate Impact Value

Abrasion

Polished Stone Value

Asphalt Quality Control

Testing Range

Penetration

Saybolt Viscometer

Standard Tar Viscometer

Edilab Visco 2000

Engler Viscometer

Marsh Funnel Viscometer

Flow Cup

Paving Mix Tests, Marshall Stability and Compaction

Core Drilling

Compaction

Softening Point

Binder Extraction

Ductility

Benkelman Beam

Pavement Dynamic Cone Penetrometer

Surface Irregularity

Asphalt Mixing

Wheel Rut Shaper

Wheel Rut Tester

Skid Resistance Tester

Film Stripping Device

Asphalt Mixture Theoretical Density Meter

Pavement Intensity Test Apparatus

Edilab True Speed Pave Frame

Water Proofing Appartus - Hydraulic

Asphalt Extraction Apparatus Automatic

Trichloroethylene Recycler

Asphalt Content Tester

Mastic Asphalt Tester

Mobile Laboratories

G14

G15

G15

G16

G16

G17

G17

G18

G19

G19

G20

G20

G21

G21

G10

G11

G11

G12

G13

G5

G6

G8

G9

G9

G1

G2

G3

G3

G5

G5

Material Testing Range

Universal Testing Machine

Brinell cum Rockwell Hardness Tester

Fatigue Testing Machine

Pendulum Impact Tester

Torsion Testing Machine

Crushing Strength of Iron Ore Pellets

Manhole Cover Testing Machine

H1

H6

H6

H7

H8

H9

H9

F1

F1

F2

F2

F3

F4

F4

F5

General Laboratory Equipment

Weighing Balances

Drying Ovens

Muffle Furnace

Water Baths

Hot Plates

Miscellaneous Tools

Glass Ware

Measuring Cylinders

Volumetric Flasks

Pipettes

Burettes

Evaporating Dish

Weighing Bottles

Dessicators

Funnels

Thermometers

Humidity Chambers

Miscellaneous

Others

Others

Index

J3

J4

J4

J4

J4

J4

J4

J1

J1

J2

J2

J3

J3

J5

J5

J5

J5

J5

J6

K1 www.edibon.com

Soil Testing Equipment

Automatic Free Fall Hammer

ELC 025

For improving the efficiency and accuracy of penetration tests SPT and DCPT, the Automatic Free Fall Hammer has been developed. It is designed to deliver equal impact energy in each blow while performing Standard Penetration

Test. This is achieved by providing a trigger mechanism to standardise the height of fall and a suitable guide system for maintaining verticality of guide rod and drill rod assembly.

The guide system also maintains their alignment throughout the duration of the test. The system is compact and easy to use, provides maximum safety for the operator.

The equipment consist of the following replaceable parts :

ELC 02501 Anvil

ELC 02502 Front Wheel

ELC 02503 Hammer Guide Assembly

1 No.

1 No.

1 No.

ELC 02504 Fall Hammer having a weight of

63.5 kg & 1.5 kg for DCPT attached to a flexible rope and drum, operated manually 1 No.

ELC 02505 Base Assembly for the hammer system with suitable wheels for moving about when attached to a vehicle

ELC-02506 Frame for SPT

ELC 016

ELC 022

Split Spoon Sampler without Brass Liner

Tripod with Pulley an built-in Ladder

1 No.

1 No.

1 No.

1 Set

ELC 02402 ‘A’ Drill Rod, 1.0 m long, with adapter 15 Nos.

ELC 13403 Dynamic Cone threaded for

Type ‘A’ Rod Coupling. 1 No.

ELC 02506

Ordering Information :

ELC 025 Automatic Free Fall Hammer

Optional Accessories :

ELC 017 Split Spoon Sampler, with Brass liner

ELC 13401 Dynamic Cone plain, 50 mm dia base and cone angle of 60°

ELC 13402 Cone Adapter with standard threads

ELC 20507 Auger Dia 75mm X 1m long

A1

ELC 025 www.edibon.com

Sample Preparation

The sample extractors shown in this section meet the requirements of IS, BS, ASTM and AASHTO standards. Soil core specimens can be extracted from sampling tubes with minimum disturbance. Specimens of smaller diameter can also be extracted from larger size samples.

Hand Operated Extractor

ELC 031 & ELC 031-S1

Hand operated Extractor, for 38 mm dia specimens for extracting soil core specimens of 38 mm dia from sampling tube or from larger size samplers. It can be used in the field also, for taking out samples.

ELC 031

The equipment (ELC 031) consist of the following replaceable parts :

ELC 03101 Sample Extractor Frame Screw Type with a Wire Sample Trimmer for 38mm dia

ELC 03102 Jarring Link for driving the Sampling Tube

ELC 03103 Adapter with locking screw for fitting the 38 mm dia Sampling Tube to Jarring Link

ELC 03105 Split Mould 38 mm dia x 76 mm long, provided with Quick Release Clamps

It can be fitted to ELC 03101 Sample Extractor

ELC 006 Sampling Tube Unrelieved, 38 mm dia x 200 mm long 1 No.

The equipment (ELC 031-S1) consist of the following replaceable parts :

ELC 03101-1 Sample Extractor Frame Screw Type with a Wire Sample Trimmer for 38mm dia & 50mm dia

ELC 03102 Jarring Link for driving the Sampling Tube

ELC 03103 Adapter with locking screw for fitting the 38 mm dia Sampling Tube to Jarring Link

ELC 03105 Split Mould 38 mm dia x 76 mm long, provided with Quick Release Clamps

ELC 006

It can be fitted to ELC 03101 Sample Extractor

Sampling Tube Unrelieved, 38 mm dia x 200 mm long

ELC 03103-1 Adaptor for locking screw for fitting 50mm dia Sampling Tube to Jarring link

1 No.

ELC 03104-1 Split Mould 50 mm dia x 100 mm long, provided with Quick Release Clamps

ELC 03106 Pad for 50 mm dia sample

ELC 03107 Sampling Tube Unrelieved, 50 mm dia x 200 mm long 1 No

Ordering Information :

ELC 031 Hand Operated Extractor for 38mm dia specimen

ELC 031-S1 Hand Operated Extractor for 38mm dia & 50mm dia specimen

Sampleject-5000

ELC 033-1

This Extractor has been specially designed to overcome the difficulties faced in extracting specimens from longer sampling tubes.

Salient Features :

• High efficiency hydraulic pump

• Power pack with quick release couplings

• Manual operation possible on power failure

• Ejects soil from sampling tubes and moulds upto 60 cm in length and 38 to 150 mm in diameter by a single operation

• Allows direct transfer of soil from field sampling tubes, Proctor and CBR moulds into 38 mm diameter tubes with minimal disturbance

• 60 cm piston stroke

• 50kN pushing force www.edibon.com

A2

• Electrical-cum-hand operated or only hand operated hydraulic system

• Built-in safety valve to prevent loading beyond 50kN

• Portable, with facility for floor mounting

• Lever for selecting up/down movement of piston

• Top-plate for holding upto 6 sampling tubes of 38 mm dia.

For Voltage Ratings please refer Page No. A 69

The equipment consist of the following replaceable parts :

ELC 033-101 Adapter rings/Disk kit - Adapter rings and ejector discs for 38, 50, 75, 100 & 150 mm dia sampling tubes or moulds, included.

ELC 006 Sampling Tube, Unrelieved, 38 mm dia x 200 mm long 3 Pair

Ordering Information :

ELC 033-1

Sampleject-5000

Optional Accessories :

ELC 03311

ELC 03312

ELC 03313

Sampling tube 50mm dia x 200mm long

Sampling tube 75mm dia x 200mm long

Sampling tube 100mm dia x 250mm long

ELC 03315

ELC 03316

ELC 03317

Adaptor Ring for 50mm dia Sampling tube

Adaptor Ring for 75mm dia Sampling tube

Adaptor Ring for 100mm dia Sampling tube

ELC 033-1

Moisture Content

Moisture content of soil is generally measured as a ratio of the weight of water to the weight of solids, expressed as a percentage. As soil behaviour depends on its moisture content, it is one of the basic parameters defining the soil condition.

To a quality control engineer, even a rapid moisture content check is extremely useful, as it gives an indication of the existing characteristics of the soil, which enables him to some extent to decide the pattern of test programme.

A number of procedures have been suggested for carrying out water content tests in IS : 2720 (Part 2); BS : 1377, 1924 and ASTM D2216. The equipment listed below gives a range of suitable apparatus for this purpose.

Speedy Moisture Meter

ELC 036-1 & 037-1

Ref. Standards: BS:1377

Using a speedy moisture meter, the moisture content of soil, sand and other fine grained material can be obtained quickly with reasonable accuracy. The test technique is based on the fact that water will react with calcium carbide to form acetylene gas and the quantity of gas formed is directly proportional to the water present, leaving a surplus of the chemical used in the test.

The quantity of acetylene gas produced is indicated on a built-in pressure gauge which is calibrated in percentage of moisture on wet weight basis.

A conversion formula gives the corresponding moisture content based on dry weight.

ELC 036-1

A3 www.edibon.com

The equipment consist of the following replaceable parts :

ELC 03601 Calcium Carbide Reagent

ELC 03602 Moisture gauge, 0-25 % × 0.5%

or

ELC 03701

Moisture gauge, 0-50 % × 1%

ELC 03603

Digital Balance, 50g

ELC 03612 Steel Balls

ELC 03611 Scoop

ELC 03605 Cleaning Brush

ELC 03606 Aluminum Dish

Ordering Information :

ELC 036-1 Speedy Moisture Meter:

Range

Gauge Division

: 0 - 25%

: 0.5%

ELC 037-1 Speedy Moisture Meter:

Range

Gauge Division

: 0 - 50%

: 1%

1 No.

1 No.

1 No.

1 No.

1 Set

1 No.

1 No.

1 No.

Infra-Red Moisture Meter

ELC 038

Ref. Standard: BS:1377

This moisture meter has been designed for rapid and accurate determination of the moisture content of a wide variety of materials.

It is torsion wire instruments, the torque being applied to one end of the wire be means of a calibrated drum to balance the loss of weight as the test sample dries under infrared radiation. The speed of drying (about 30 min) thus obtained, combined with the frictionless balancing system gives the result as accurate as those obtained by standard oven drying method. Since drying weighing are simultaneous, it is useful specially for determination of moisture in substances that quickly reabsorbs moisture after drying. The infrared radiation is controlled by a voltage regulator and thereby provided excellent heat control. The instrument is provided with an indicator lamp, which glows when the unit is switched on.

ELC 038

The torsion balance has a built-in magnetic damper or reduce pan vibrations that enables quick weighing. The balance scale (drum) is divided in terms of moisture percentage on wet weight basis, which are read directly from it. Graduations are from 0 to 100% in 0.2 % divisions, but readings may be estimated to 0.1% moisture content.

For Voltage Ratings please refer Page No. A 69

Capacity

Sensitivity

: 5g approx.

: 10mg approx.

Range : 0 to 100% moisture content on wet weight basis.

Reading accuracy : ± 0.20%

Probable error

Oven methods

: ± 0.25% in the lower range upto compared to 25% and ± 1% for moisture contents

: above 50%

The equipment consist of the following replaceable parts :

ELC 03801

ELC 03802

ELC 03803

Infra Red Lamp

Thermometer (L-shaped)

Torsion Wire

Ordering Information :

ELC 038

Infra-Red Moisture Meter www.edibon.com

A4

Index Properties of Soil

Liquid Limit

The liquid limit defined as the moisture content at which the soil passes from plastic state to liquid state, is very helpful for the classification of the potential properties of the soil material. The liquid limit gives a measure of the shearing resistance which a soil has, when mixed with water. The liquid limit of soil can be determined by Casagrande Method or

Cone Penetrometer Method.

Casagrande Method

ELC 040 & 041

Ref. Standards: BS 1377, ASTM D4318

Mechanical method known as the Casagrande Method has been a standardised test in Soil Mechanics for many years.

ELC 040 ELC 041

• High quality of design ensures consistency of results

• Satisfies International Standards

• Motorised model with integral blow counter is also available

The Liquid Limit Device consists of a hard rubber base carrying a sliding carriage assembly to which a brass cup is hinged. The cup is raised and allowed to fall through a height of 1 cm on to the hard rubber base, with the help of a lead screw provided at the back of the sliding carriage

For Voltage Ratings please refer Page No. A 69

The equipment consist of the following replaceable parts :

ELC 041B13

ELC 04103

ELC 04105

ELC 04109

Counter

Bowl

Casagrand Grooving Tool Type A

Gauge Block for Liquid Limit Device

Ordering Information :

ELC 040-BS

ELC 040-ASTM

ELC 041-BS

ELC 041-ASTM

Optional Accessories :

ELC 04102

Liquid Limit Device, motorised as per BS

Liquid Limit Device, motorised as per ASTM

Liquid Limit Device with Counter manually operated as per BS

Liquid Limit Device with Counter manually operated as per ASTM

ASTM Grooving Tool (Type B of IS : 9259)

Note: As per BS/ASTM is also available.

Plastic Limit

The plastic limit test is done to determine plastic limit of soil, as per BS-1377. The plastic limit of soil is the water content of the soil below which it ceases to be a plastic. It begins to crumble when rolled into threads of 3mm dia.

Ordering Information :

ELC 9831-1 Plastic limit set comprising of glass plate, Brass Rod, Spatula, Moisture Tin & Porcelian Dish.

0

A5 www.edibon.com

Soil Penetrometer

Digital Penetrometer Method

Ref. Standards BS 1377

Digital Penetrometer method has several advantages over the Casagrande method. It is easier to perform this test and the results are not so dependent on the design of the apparatus or the judgement of the operator. It is applicable to a wider range of soils. The test is based on the relationship between moisture content and the penetration of the cone into the soil sample. The moisture content at a given depth of penetration of the cone is taken as the liquid limit.

As an inferential test, empirical correlations have been developed to assess the shear strength of soils at liquid limit.

• Reduces operator error

• Applicable to a wide range of soils

• Gives reproducible test results

• Provides direct measurement of penetration

Soil Cone Penetrometer, Digital, New Type

ELC 042-3

Enables the determination of liquid limit simply and quickly. The unit is supplied complete with a stainless steel penetration test cone 35 mm long with smooth polished surface with an angle of 30°, total weight of cone & plunger is 80 gm. Facility exists for adjusting cone height in relation to the specimen.

Salient Features:

• Provision of Recording & Displaying Temperature & Humidity.

• Automatic Taring of Initial Penetration Reading

• Sample detection with Penetration Cone

• Automatic data storing for every test

• Provision for data storing upto 4000 readings

• Data stored with test number, date, time, temperature, humidity test time

& penetration value

• Variable test time between 0 to 99 Sec

• Least count of Penetration measurement 0.01mm

The equipment consist of the following replaceable parts :

ELC 04201

Penetration Test Cone

ELC 04202

Penetration Test Cup 55 mm dia x40 mm deep

ELC 042-3

Ordering Information :

ELC 042-3

Soil Cone Penetrometer, Digital, New Type

Note: For Universal Penetrometer ELC 512-1 refer page no-G4 of Asphalt Section.

www.edibon.com

A6

Shrinkage Limit

Shrinkage Limit Method

Ref. Standards ASTM : D 427, BS : 1377, AASHTO T-92

The Shrinkage Limit of a soil is defined as the moisture content after which any further reduction of moisture does not cause volume reduction. The shrinkage of clayey soil can be very significant. A fully saturated soil specimen is allowed to dry in free air and its volume is measured repeatedly by immersing in a mercury bath. From the data obtained from this test, Shrinkage Limit, Shrinkage Ratio, Shrinkage Index and Volumetric Shrinkage can be calculated.

The choice of puddle-clay material is often governed by the results obtained from this test.

Shrinkage Limit Set

ELC 045

The equipment consist of the following replaceable parts :

ELC 04501

Porcelain Evaporating Dish

ELC 04502

Shrinkage Dish

ELC 04503

Glass Cup

ELC 04504

Perspex Plate, with three Metal Prongs

ELC 04505

Perspex Plain Plate

ELC 04506

Spatula

ELC 04507

Glass Cylinder, graduated, 25 ml x 0.5 ml

ELC 04509

Straight Edge

Ordering Information :

ELC 045

Shrinkage Limit Set

Note: Mercury to be procured by customers themselves.

ELC 045

Specific Gravity

Specific Gravity Method :

Specific Gravity is the ratio of the weight of a given volume of a material in air at a standard temperature to the weight in air of an equal volume of distilled water at the same stated temperature. The equipment mentioned below can be used to test a wide range of materials from clay to sand and gravel, smaller than 10 mm.

Pycnometer

ELC 046

Ref. Standard BS : 1377

Consists of a 1 kg Glass Jar with Brass Cone, Locking Ring and Rubber Seal.

Ordering Information :

ELC 046

Pycnometer

ELC 046

A7 www.edibon.com

Particle Size Analysis

Sieve Analysis :

Ref. Standards ASTM D 422, AASHTO T 88, BS:1377

The analysis of soil by particle size provides a useful engineering classification system from which a considerable amount of empirical data can be obtained. This helps in ascertaining possible frost action, determining graded filters, selection of grouting materials, designing of cement and asphaltic concrete mixes etc.

Two different procedures are used for coarse and fine soils. Sieving is used for gravel as well as sand size particles and sedimentation procedures are used for finer soils. For soils containing coarse and fine soil particles, it is usual to employ both sieving and sedimentation procedures.

Edilab provides the following range of equipment for performing particle size analysis:

• Sieves, GI Frame of 45 cm diameter

• Sieves, GI Frame of 30 cm diameter

• Sieves, Brass Frame of 20 cm diameter

• Motorised Sieve Shaker

• Vibratory Sieve Shaker

Note: In addition, on request we can also supply imported sieves from Endecotts Ltd., UK., which are supplied in accordance with BS EN 9002

Qmas. Endecotts offer wide range of test sieves like woven wire mesh, perforated plate, wet washing sieves etc., Calibration samples for calibration are also available. Endecotts is only company worldwide to have both BSI Kitemark for test sieves and UKAS accreditation.

www.edibon.com

A8

Sieves Set

Ref. Standard IS:460

ISS Perforated Plate GI Frame Sieves

13.20

12.50

11.20

10.00

9.50

8.60

8.00

6.70

31.50

26.5

25.00

22.40

20.00

19.00

16.00

14.00

Ordering Information :

Aperture

Size, mm

ELC 051

(45 cm dia)

125.00

106.00

100.00

90.00

ELC 05101

ELC 05102

ELC 05103

ELC 05104

80.00

75.00

63.00

53.00

50.00

45.00

40.00

37.50

ELC 05105

ELC 05106

ELC 05107

ELC 05108

ELC 05109

ELC 05110

ELC 05111

ELC 05112

6.30

6.00

5.60

4.75

4.00

3.35

2.80

2.36

ELC 05128

ELC 05136

ELC 05129

ELC 05130

ELC 05138

ELC 05134

ELC 05131

ELC 05132

2.00 ELC 05137

Pan and Cover ELC 05150

ELC 05113

ELC 05114

ELC 05115

ELC 05116

ELC 05117

ELC 05118

ELC 05119

ELC 05139

ELC 05120

ELC 05121

ELC 05122

ELC 05123

ELC 05124

ELC 05125

ELC 05126

ELC 05127

ELC 05211

ELC 05212

ELC 05213

ELC 05214

ELC 05215

ELC 05235

ELC 05216

ELC 05217

ELC 05218

ELC 05219

ELC 05220

ELC 05241

ELC 05221

ELC 05234

ELC 05222

ELC 05236

ELC 052

(30 cm dia)

ELC 05227

ELC 05228

ELC 05230

ELC 05225

ELC 05201

ELC 05202

ELC 05203

ELC 05204

ELC 05205

ELC 05206

ELC 05207

ELC 05208

ELC 05209

ELC 05210

ELC 05223

ELC 05224

ELC 05242

ELC 05226

ELC 05233

ELC 05232

ELC 05237

ELC 05250

ISS Brass Sieves

APERTURE

SIZE

10.00 mm

5.60 mm

4.75 mm

4.00 mm

3.35 mm

2.80 mm

2.36 mm

2.00 mm

1.70 mm

1.60 mm

1.40 mm

1.18 mm

1.00 mm

850 microns

710 microns

600 microns

500 microns

425 microns

355 microns

300 microns

250 microns

212 microns

180 microns

160 microns

150 microns

125 microns

106 microns

90 microns

80 microns

75 microns

63 microns

53 microns

45 microns

38 microns

Pan & Cover

A9

Brass Sieves,

20 cm dia.

ELC 05315

ELC 05316

ELC 05317

ELC 05318

ELC 05319

ELC 05320

ELC 05321

ELC 05339

ELC 05322

ELC 05323

ELC 05324

ELC 05325

ELC 05340

ELC 05326

ELC 05327

ELC 05328

ELC 05329

ELC 05330

ELC 05350

ELC 053

(20 cm dia)

ELC 05337

ELC 05301

ELC 05302

ELC 05303

ELC 05304

ELC 05305

ELC 05306

ELC 05307

ELC 05308

ELC 05338

ELC 05309

ELC 05310

ELC 05311

ELC 05312

ELC 05313

ELC 05314 www.edibon.com

Motorised Sieve Shaker

ELC 054-1

To make the process of sieving easier and quicker, electrically operated mechanical

Sieve Shakers are offered for dry sieving. The mechanical Sieve Shakers effect a more elaborate and standardised sieving action to produce accurate results and eliminate personal errors involved in manual sieving. On the basis of experience gained in the production of these sieve shakers for more than thirty years, considerable improvement has been made in the design and performance of these units. These Sieve Shakers are popularly used not only in soil laboratories but also in a number of industries where sieving is required; such as for ores, refractory materials, minor aggregates, pigments, powdered coal, soap, cement, roofing materials, plastic moulding powders and pharmaceuticals.

The new design is compact and light weight and can be mounted on a bench top.

This eliminates the use of concrete foundation. Noise has been reduced considerably in the new model. A digital timer adjustable from 0-99 minutes is incorporated as an integral part of the equipment.

The Sieve Shaker can carry upto 8 sieves of 20cm dia. It is driven by a ¼ HP geared motor. The Sieve Table is inclined from the vertical axis and the direction of inclination changes progressively in the clockwise direction. In addition to the gyratory motion of the table, there is a tapping motion as well.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 054-1

Motorised Sieve Shaker

Optional Accessories :

ELC 05401

Adapter, for 30 cm dia Sieves

ELC 05416

Adapter, for 45 cm dia Sieves

New

Vibratory Sieve Shaker

ELC 054-VIB

This is a new addition in the family of the Sieve Shakers

A Quiet Sieve Shaker for Particle size Analysis.

The normal Sieve Shakers make a lot of noise due to tamping effect which is not desirable in a laboratory environment.

To overcome this problem Edilab has come up with a new design which is practically

Noise Free & has all the features of existing models in addition to new features. You can now run the test without ear plugs or sound proof boxes.

Edilab Electrically operated mechanical Sieve Shakers are used to make the process of sieving easier & quicker.

These Sieve Shakers are popularly used not only in soil laboratories but also in a number of industries where sieving is required such as for ores, refractory materials, minor aggregates, pigments, powdered coal, soap, cement, grains, roofing materials, plastic moulding powders and pharmaceuticals.

Virtually maintenance free this Sieve Shaker not only saves your money by providing longer Sieve life, it also reduces downtime.

Salient features of New Model

• A Quiet Sieve Shaker

• More Homogeneous results

• Powered by Vibration of Springs and no moving internal part

• Spring Amplitude upto 3mm

• Compact size & portable - Can accommodate upto 8 Sieves 20cm dia

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 054-VIB

Vibratory Sieve Shaker www.edibon.com

A10

ELC 054-1

ELC 054-VIB

Vibratory Sieve Shaker for 30cm and 20cm Sieves

ELC 054-VIB-1

New

Improvising on the already available 20cm sieve vibratory shaker used for Sieve Analysis and because of market demand, a vibratory sieve shaker for 30cm dia sieves has been introduced. Regular

20cm sieves can also be tested on the shaker.

Technical Specification:

Type

Sieve Dia

No. of sieves

Timer

: Vibratory

: 30cm and 20cm

: 8 Including lid and pan for 30cm dia and

10 for 20cm including lid and pan

: Digital, programmable upto 999 seconds

Spring Amplitude : Upto 5mm

Salient Features:

• Quiet Operation

• No need of sound reducing canopy

• Can be used as both floor and table top mounted

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 054-VIB-1 Vibratory Sieve Shaker for 30cm and 20cm Sieves

High Speed Stirrer

ELC 056-1

Ref. Standard BS:1377

Designed as a compact bench-mounted laboratory Stirrer for the pretreatment stage of soils before particle size analysis. The mixer spindle operates within a dispersion cup which can be fitted with an antisplashing baffle to improve the efficiency of mixing.

For Voltage Ratings please refer Page No. A 69

The equipment consist of the following replaceable parts :

ELC 05601

Dispersion Cup

ELC 05602

Baffle

Ordering Information :

ELC 056-1

High Speed Stirrer, New Model

ELC 054-VIB-1

ELC 056-1

A11 www.edibon.com

Load Frames

Load Frames are Loading devices employed for application of compression and penetration loads required for various tests, such as Unconfined Compression

Test, Triaxial Shear Test, California Bearing Ratio Test etc. The load application is effected by advancement of a lead screw secured against rotation by a sliding key and is measured with a Proving ring or Load Cell. Edilab manufactures a wide variety of Electro Mechanical to Microprocessor Load Frames with different designs of frame structure, modes of operation (manual or electrically driven), loading capacities, speeds of travel, so that appropriate selection is possible to meet the requirements of standard methods used for various tests to cover different soil types and sizes of specimens.

Load Frame, Motorised, Three Speed

ELC 062-1

Salient Features:

• Two pillar type.

• Light weight and Sturdy.

• Can also be used in Mobile Laboratories.

• Operational ease.

• Useful for Unconfined and CBR Tests.

This load frame is designed for conducting Unconfined, Triaxial, CBR and other routine tests.

Loading system comprises of a screw jack with detachable handle. The lower platen moves up and down. The top bracket is adjustable for vertical clearance and has an adaptor for connecting standard proving rings or load cells. A dial gauge mounting bracket is provided on one of the two pillars.

Rate of strain : 1.25, 1.5 and 2.5mm/min

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 062-1

ELC 062-1 BS/ASTM

Load Frame, Three Speed

Load Frame, Two Speed

Note: As per BS/ASTM is also available.

Load Frame, Motorised, 30 Speed

ELC 064

Salient Features:

• Two pillar type.

• Detachable Frame.

• Enclosed Motor and Gear system.

• Jewel Lamps indicating direction of motion.

• Operational ease.

• Useful for Triaxial and CBR Tests.

The Load Frame consists of a cabinet which houses the gear system and motor with sturdy angle iron frame. The loading is done through the bottom loading platen, which is carried on a lead screw, which advances upwards. The top load bracket, which slides over two upright pillars, can be positioned at any desired height and locked. It carries a screw adapter for standard Proving rings and Load Cells.

The loading part of the unit is detachable from the main unit for ease of transport and to avoid damage to the tension rods.

Rates of strain :

30 fixed speeds between 0.00048 mm/min and 6.00 mm/min.

For Voltage Ratings please refer Page No. A 69

www.edibon.com

A12

ELC 062-1

ELC 064

Load Frame, Microprocessor Based

ELC 064-E

Salient Features:

• Microprocessor based control

• LCD display

• Direct entry via a touch sensitive keyboard

• Rapid approach and return to datum of platen

• Fully variable speed, 0.00001 to 9.99999 mm/min

• Samples up to 100 mm diameter

This 50 kN capacity machine supplied complete with Electronic kit for Triaxial Test, designed primarily for triaxial testing of soil specimens up to 100 mm diameter x 200 mm long. It comprises of a rigid twin column construction with an integral, fully variable microprocessor controlled drive unit and LCD display with a touch sensitive keyboard. The machine is bench mounted for ease of installation and operation.

The use of a microprocessor controlled drive system and keyboard entry provides the Load Frame with a wide variety of features which include pause and speed reset during test, RS232 interface for computer control, operator programming of speed and control functions and many other features.

A robustly constructed steel case houses the motor drive system with careful attention being given to the prevention of ingress of water or grit. All operating controls are

ELC 064-E mounted on the front panel of the machine which is angled and recessed to prevent physical and environmental damage.

For Voltage Ratings please refer Page No. A 69

Specifications :

Capacity

Drive Mechanism

Drive

: 50kN

: Stepper Motor

Microprocessor controlled

Platen Speed range : 0.00001 to 9.99999 mm/minute.

Fast Forward & Reverse : 10mm / minute

Rapid Approach Speed : 15mm / minute

Horizontal clearance

Max. vertical clearance

Max. Platen travel

Specimen dia

Dimensions (L×W×H)

Weight

: 364mm

: 910mm

: 100mm

: 38mm to 100 mm

: 600 × 500 × 1440 mm

: 85 kg. (Approx.)

Measurement Electronics Kit for Triaxial Test Apparatus:

Display : 20 X 4 Character LCD to Read Load, Displacement & Pressure.

Transducer:

Load Cell

Displacement

Pore Pressure

: Universal Type 10 kN Capacity

: LVDT 0-20 mm Travel

: 0-20 Bar capacity

1 No.

1 No.

1 No.

Load Frame, Motorised, 12 Speeds

ELC 065

Salient Features :

Two pillar type

Enclosed motor and Gear System

Jewel lamps indicating direction of motion

Operational ease

The Load Frame is extremely versatile and designed to conduct triaxial shear test on soil and rock specimens.

The instrument consists of a cabinet which houses the gear system and motor with sturdy angle iron frame. The loading is done through the bottom loading platen, which is carried on a lead screw which advances upwards. The top load bracket, which slides over two upright pillars, can be positioned at any desired height and locked. It carries a screw adaptor for standard Proving Rings or Load Cells.

A13 www.edibon.com

The loading part of the unit is detachable from the main unit for ease of transport and to avoid damage to the tension rods.

Rates of Strain: 12 fixed speeds between 1.25 and 0.0064 mm/min.

For Voltage Ratings please refer Page No. A 69

Load Frame, Motorised, 12 Speeds

ELC 066

Salient Features :

Two pillar type

• Enclosed motor and Gear System

• Jewel lamps indicating direction of motion

Operational ease

The Load Frame is designed for conducting triaxial shear tests on rock specimens, but its use can be extended to any field where there is a requirement of the rates of strain of this load frame to be applied. This load frame gives a choice of twelve rates of strain from a maximum of 5 mm/min to 0.000125 mm/min.

It consists of a cabinet housing the electric motor, reduction gear and the turret gear box. Two pillars are fitted on the base over the cabinet. The load is applied by advancement of a lead screw. A suitable adapter is provided for fixing a

500 kN capacity proving ring which is supplied at extra cost. This load frame has a platen of about 25 cm dia to house the high pressure Triaxial Cell for testing rock specimens.

For Voltage Ratings please refer Page No. A 69

Cat. No. ELC 062-1 ELC 064

ELC 064-E

ELC 065

Capacity

Types of Operation

50 kN

Electrical-cum manual

Rates of Strain mm/min

Three Rates

1.25, 1.5 and

2.5mm/min

Horizontal Clearance 265 mm

Vertical clearance 700 mm

Maximum Platen dia 157 mm

Maximum Platen Travel 100 mm

Specimen dia 38 to 100 mm

Application CBR &

Unconfined Test

50 kN

Electrical-cum manual

Thirty Rates

0.00048

to 6.00mm/min

300 mm

850 mm

198 mm

100 mm

38 to 100 mm

Triaxial & CBR

Test

50 kN

Micro Processor

Based

200 kN

Electrical-cum manual

Twelve Rates

0.00001

0.0064

to 9.99999mm/min to 1.25mm/min

364 mm

910 mm

133 mm

100 mm

300 mm

750 mm

198 mm

100 mm

38 mm to 100 mm 38 to 100 mm

AX, BX, NX cores of rock upto 100 mm dia

Triaxial CBR Test Triaxial Test on

Unconfined rocks,

Unconfined

Compression

Test

ELC 066

500 kN

Electrical-cum manual

Twelve Rates

0.000125

to 5mm/min

545 mm

1200 mm

250 mm

160 mm

Routine tests on Rocks

Unconfined on medium & coarse grained stablized soil

Ordering Information :

ELC 062-1

Load Frame, Motorised Three Speed

ELC 062-1 BS/ASTM

Load Frame, 2 speed, 1.00 mm/min & 1.27 mm/min

ELC 064-E

ELC 065

ELC 066

Load Frame, Motorised, 50 kN Microprocessor Based

Load Frame, Motorised, 12 speeds, 200 kN

Load Frame, Motorised, 12 speeds, 500 kN www.edibon.com

A14

Edilab True Speed Frames

The traditional load frames are more than 60 years old in design and have moving mechanical parts such as levers and gears to change the speed and hence the tests are cumbersome to perform and the parts are prone to wear and tear as well as to frequent breakdown. The frames require frequent greasing and general maintenance.

Considering the above and keeping up with the change in technology, Edilab is proud to launch the “True-Speed” load frames, to provide the user a bundle of ease of use features while maintaining high accuracy and durability at the same time.

The “True Speed” load frames provide a long term, very low maintenance, value for money operation. The frame works on an internal feedback system and eliminates the fixed gear system. The limitation of speed drops in the older load frames with increase in load is now removed, giving higher accuracy in tests like CBR, UCS and Triaxial and other routine tests.

The frame is available in three versions to cover broad range of Soil Testing:

• Edilab True Speed frame for CBR, UCS and Triaxial Tests for 38mm dia samples

• Edilab True Speed frame for CBR, UCS, Marshall, Modified Marshall, and Indirect Tensile

• Edilab True Speed frame for CBR, UCS, & Quick Undrained Triaxial Tests

The “True Speed” load frames provide a long term, very low maintenance, value for money operation. The frame works on an internal feedback system and eliminates the fixed gear system. The limitation of speed drops in the older load frames with increase in load is now removed, giving higher accuracy in tests like CBR, UCS and Triaxial and other routine tests.

New

Edilab True Speed Soil Frame

ELC 062-E (4 Speed)

This frame represents the most economical option with the true speed feature. It is able to perform tests such as CBR/ UCS while maintaining higher accuracy levels as compared to traditional frames.

For Voltage Ratings please refer Page No. A 69

Technical Specification:

Type : Closed Loop Speed, Two Pillar Type

Load

Speed Range

Up/Down

Display

: 50kN

: 1.25/1.5/2.5mm/min with True Speed Control of upto

15mm/min

: Fast Up and Down speed of 15mm/min

: LCD

ELC 062-E

New

Edilab True Speed Soil Frame

ELC 064-1 (34 Speed)

The 34 speed load frame represents a significant upgrade to the traditional 30 speed load frames which have cumbersome systems and have load drops.

The 34 speed SoilFrame ensures speed drops within 5% of displacement rate for 34 fixed speeds in a large useable range suitable for most soil testing applications.

For Voltage Ratings please refer Page No. A 69

A15

ELC 064-1

www.edibon.com

Technical Specification:

Type

Load

:

:

Closed Loop Programmable Speed, Two Pillar Type

50kN

Speed Range

Up/Down

Display

: 30 Speeds between (0.0048mm/min to 6mm/min with

True Speed Control of upto 5mm/min)

: Fast Up and Down speed of 15mm/min

: LCD

CAT No.

Types of Operation

Rates of Strain mm/min

Horizontal Clearance

Vertical Clearance

Maximum Platen Dia

Maximum Platen Travel

Ram Dia

Application

ELC 064-1 (34 Speed)

Microprocessor Based

Closed loop feedback control

0.0048 to 6mm/min with True Speed upto 5mm/min

360mm

900mm

130mm

30mm

50mm

CBR, UCS

Triaxial and CRS

Ordering Information :

ELC 062-E Edilab True Speed Frame (4 Speed)

ELC 064-1 Edilab True Speed Soil Frame (34 Speed)

ELC 062-E (4 Speed)

Microprocessor Based

Closed loop feedback control

1.25-1.5-2.5 to 15mm/min with true speed

265mm

700mm

130mm

30mm

50mm

CBR, UCS and

Quick Undrained

Triaxial Tests www.edibon.com

A16

Integral Proving Rings

The Proving Rings are made up of special steel, carefully forged to give maximum strength and machined to give high sensitivity commensurate with stability, ensuring long life and accuracy.

All proving rings are integral type viz. the loading (outside) bosses are forged integral with the ring body. This ensures that there is no possibility of abutment shift and consequent loss of accuracy in reading that always exists with bolted abutments.

Repeatability in these Proving Rings is as stipulated in IS:4169.

The rings are supplied complete with dial gauge and Works

Calibration Chart, individually packed in polished wooden boxes. National Physical Laboratory (NPL), (India)/ National

Council for Cement & Building Material (NCCBM )Calibration can also be arranged for any proving ring at an additional cost.

Proving rings to meet special requirements are also available on request.

Separate polished and ground pair of Loading Pads for

Compression Proving Rings and pair of Shackles for Tension

Proving Rings are provided to suit each proving ring.

Important : Proving Ring must be recalibrated when a replacement dial guage is fitted

Proving Rings

A17 www.edibon.com

Ordering Information :

Compression Proving Rings

Cat. No.

ELC 261*

ELC 262*

ELC 263*

ELC 264*

ELC 265*

ELC 266*

ELC 267*

ELC 268*

ELC 269*

ELC 270*

ELC 271*

ELC 272*

ELC 273*

ELC 274*

ELC 275*

ELC 276*

ELC 277*

ELC 278*

ELC 279*

ELC 280**

ELC 281**

Capacity

(kN)

0.25 kN

0.5 kN

1 kN

2 kN

2.5 kN

4 kN

5 kN

10 kN

15 kN

20 kN

25 kN

30 kN

40 kN

50 kN

100 kN

200 kN

300 kN

500 kN

1000 kN

2000 kN

3000 kN

Note: *Supplied with Edilabl Calibration Certificate. NPL/NCCBM/NABL Accredited Lab calibration can be provided on request at extra cost.

**Supplied with NCCBM Certificate. NPL Certificate can be provided on request at extra cost.

Cat No.

Loading Pads

ELC 26101

ELC 26201

ELC 26301

ELC 26401

ELC 26501

ELC 26601

ELC 26701

ELC 26801

ELC 26901

ELC 27001

ELC 27101

ELC 27201

ELC 27301

ELC 27401

ELC 27501

ELC 27601

ELC 27701

ELC 27801

ELC 27901

ELC 28001

ELC 28101

Tension Proving Rings

Cat. No.

ELC 290

ELC 291

ELC 292

ELC 293

ELC 294

ELC 295

ELC 296

ELC 297

ELC 298

Capacity

(kN)

0.5 kN

1.0 kN

2.0 kN

2.5 kN

5.0 kN

10.0 kN

20.0 kN

50.0 kN

100.0 kN

Cat. No.

shakles

ELC 29001

ELC 29101

ELC 29201

ELC 29301

ELC 29401

ELC 29501

ELC 29601

ELC 29701

ELC 29801

Tension Compression Proving Rings

Cat. No.

ELC 284

††

Capacity ((kN)

2.0 kN provided on request at extra cost.

Cat. No. (Shakles)

28401 www.edibon.com

A18

Shear Strength

Determination of soil shear strength is essential for designing the foundation of structures, soil and soil retaining structures, soil slopes, etc., Shear strength of soil depends on various factors and insitu soil conditions. Therefore, when laboratory tests in soil are performed to evaluate shear strength of soil, the insitu soil conditions and other factors should be simulated for obtaining meaningful results. For example, the Unconsolidated Undrained test on soil will yield the undrained strength, which can be used for finding the immediate stability of an excavation, whereas a consolidated undrained test with measurement of pore pressure can be used to evaluate the effective strength parameters of soil for designing the long term stability of an earth fill dam.

It is well known that the engineering behaviour of soil depends on the effective stress and not the total stress. The effective stress can be calculated by measuring the total stress and substracting the pore water pressure from it.

To cater to the needs of shear strength determination of soil, a range of equipment is offered, as listed in this section.

Unconfined Compression Tester,

Proving Ring Type

ELC 074-1

Ref. Standards BS:1377, AASHTO T208

The equipment consist of the following replaceable parts :

ELC 062-1

Load Frame, Motorised three speed 50 kN.

ELC 062-1 BS/ASTM Load Frame, Motorised three speed 50 kN.

ELC 07401

Plain Platen with Adapter and Steel Ball.

ELC 264

High sensitivity proving ring capacity 2 kN.

ELC 072

ELC 3105

ELC 07506

Dial Gauge 25 mm travel, 0.01 mm least count.

Split Mould 38mm dia × 76mm long

Rubber Sheath for 38mm dia specimen

Ordering Information :

ELC 074-1 BS/ASTM

Unconfined compression tester with proving ring for load measurement.

Optional Accessories :

ELC 03301

ELC 03303

ELC 07402

Split Mould 50mm dia × 100mm long

Split Mould 100mm dia × 200mm long

Pair of conical seating

ELC 07504

ELC 07526

ELC 07562

Sheath stretcher for 38 mm dia specimen

Rubber Sheath for 50mm dia specimen

Rubber Sheath for 100mm dia specimen

Note: As per ASTM/BS is also available.

ELC 074-1

A19 www.edibon.com

Triaxial Shear

Ref: Standard BS : 1377

The knowledge of stress-strain and strength characteristics of soils is of primary importance for the analysis and design of earth and earth retaining structures and foundations. The triaxial compression test, inspite of its limitation to simulate all combinations of practical stress and strain conditions, occupies at present a fairly dominant position in soil testing.

Triaxial Cells

Edilab Triaxial Cells conform to the requirements of BS : 1377 and are made from corrosion resistant material. Particular attention is paid to the quality of the finish between the stainless steel plunger and the bushing. The cell cylinders are has four take-off positions, drilled in the base, for Cell pressure, Pore water pressure, Drainage or back pressure. All valves are of ‘no-volume change’ type.

Universal triaxial cells accept a range of base adaptors for testing a wide range of specimen sizes.

Triaxial Cell, Stationary Bushing

ELC 075-38

ELC 075-38

Ref Standard: BS : 1377

For testing specimen of size 38mm dia x 76mm long. Triaxial Cell consists of Perspex chamber with anvil and loading plug and an air vent are provided for introducing a thin layer of oil over water. This provides effective sealing at the plunger for long duration tests. The cell is fitted with four sleeve packed valves of no volume change type of base.

The equipment consist of the following replaceable parts :

ELC 07501

ELC 07502

ELC 07503

ELC 07504

ELC 07505

ELC 07506

ELC 07508

ELC 07509

ELC 03105

ELC 07540

Top loading pad, Perspex, 38 mm dia

Plain Perspex disc 38 mm dia x 6 mm thick

Porous Stone 38 mm dia x 6 mm thick

Sheath stretcher for 38 mm dia specimen

Two way split former for 38 mm dia specimen

Rubber sheath for 38 mm dia specimen

Drainage tube for 38 mm

‘O’ rings for 38 mm dia specimen

Split Mould, 38 mm dia

Top loading pad 38 mm (plain)

1 No.

1 pair.

1 pair.

1 No.

1 No.

12 Nos.

4 Nos.

8 Nos.

1 No.

1 No.

Ordering Information :

ELC 075-38

Triaxial Cell, Stationary Bushing, 38 mm dia www.edibon.com

A20

Triaxial Cells, 38mm and 50mm dia

ELC 075

ELC 075

For testing specimens of size 38 mm dia x 76 mm long and 50 mm dia x 100 mm long.

Triaxial cell comprises of a perspex chamber with an anvil and a loading plunger. The cell is easily split by releasing four

Cells which can withstand the pressure of 20 bar can be made on request.

An oil plug and air vent are provided for introducing a thin layer of oil over water. This provides an effective sealing at the plunger for long duration tests. The cell is also fitted with four ball valves of no-volume change type, at the base.

The equipment consist of the following replaceable parts :

ELC 07501

ELC 07502

ELC 07503

ELC 07504

ELC 07505

ELC 07506

ELC 07508

ELC 07509

ELC 07510

ELC 07521

ELC 07522

ELC 07523

ELC 07524

ELC 07525

ELC 07526

ELC 07528

ELC 07529

ELC 07530

ELC 03105

ELC 03301

ELC 07540

ELC 07541

Top loading pad, Perspex, 38 mm dia

Plain Perspex disc 38 mm dia x 6 mm thick

Porous Stone 38 mm dia x 6 mm thick

Sheath stretcher for 38 mm dia specimen

Sand former for 38 mm dia

Rubber sheath for 38 mm dia specimen

Drainage tube for 38 mm

‘O’ rings for 38 mm dia specimen

Brass pedestal 38 mm dia

Top loading pad, Perspex, 50 mm dia

Plain Perspex disc 50 mm dia x 6 mm thick

Porous Stone 50 mm dia x 6 mm thick

Sheath stretcher for 50 mm dia specimen

Sand former for 50 mm dia

Rubber sheath for 50 mm dia

Drainage tube for 50 mm

‘O’ ring for 50mmdia-specimen

Brass pedestal 50 mm dia

Split Mould, 38 mm Dia x 76 mm long

Split Mould, 50 mm Dia x 100 mm

Top loading pad 38 mm (plain)

Top loading pad 50 mm (plain)

1 No.

1 pair.

1 pair.

1 No.

1 No.

12 Nos.

4 Nos.

8 Nos.

1 No.

1 No.

1 pair.

1 pair.

1 No.

1 No.

12 Nos.

4 Nos.

8 Nos.

1 No.

1 No.

1 No.

1 No.

1 No.

Ordering Information :

ELC 075

Triaxial Cells, 38mm and 50mm dia

A21 www.edibon.com

Universal Triaxial Cell,

Stationary Bushing, 10 Bar

ELC 076

For testing specimens of size 38, 50,

75 and 100 mm dia. It consists of a

Perspex chamber with anvil and loading plunger. Leakproof upto 10 bar packed valves to the base.

The equipment consist of the following replaceable parts :

ELC 07524

ELC 07557

ELC 07558

ELC 07505

ELC 07525

ELC 07559

ELC 07560

ELC 07506

ELC 07526

ELC 07561

ELC 07562

ELC 07528

ELC 07537

ELC 07509

ELC 07529

ELC 07563

ELC 07564

ELC 07540

ELC 07541

ELC 07542

ELC 07543

ELC 07510

ELC 07530

ELC 07567

ELC 07550

ELC 07501

ELC 07521

ELC 07568

ELC 07569

ELC 07502

ELC 07522

ELC 07553

ELC 07554

ELC 07503

ELC 07523

ELC 07555

ELC 07556

ELC 07504

Brass pedestal 38 mm dia

Brass pedestal 50 mm dia

Brass pedestal 75 mm dia

Brass pedestal 100 mm dia.

Perspex loading pad 38 mm dia.

Perspex loading pad 50 mm dia.

Perspex loading pad 75 mm dia.

Perspex loading pad 100 mm dia.

Plain discs, 38 mm dia.

Plain discs, 50 mm dia.

Plain discs, 75 mm dia.

Plain discs, 100 mm dia.

Porous stone 38 mm dia.

Porous stone 50 mm dia.

Porous stone 75 mm dia.

Porous stone 100 mm dia.

Sheath Stretcher for 38 mm dia.

Sheath Stretcher for 50 mm dia.

Sheath Stretcher for 75 mm dia.

Sheath Stretcher for 100 mm dia.

Sand former for 38 mm dia.

Sand former for 50 mm dia.

Sand former for 75 mm dia.

Sand former for 100 mm dia.

Rubber sheath for 38 mm dia.

Rubber sheath for 50 mm dia.

Rubber sheath for 75 mm dia.

Rubber sheath for 100 mm dia.

Drainage tube for 50 mm.

Drainage tube for 100 mm.

‘O’ring for 38 mm dia-specimen.

‘O’ring for 50 mm dia-specimen.

‘O’ring for 75 mm dia-specimen.

‘O’ring for 100 mm dia-specimen.

Top loading pad (plain) 38 mm

Top loading pad (plain) 50 mm

Top loading pad (plain) 75 mm

Top loading pad (plain) 100 mm www.edibon.com

A22

ELC 076

1 No.

1 No.

1 No.

1 No.

1 No.

1 No.

1 No.

12 Nos.

12 Nos.

12 Nos.

12 Nos.

6 Nos.

6 Nos.

8 Nos.

8 Nos.

8 Nos.

8 Nos.

1 No.

1 No.

1 No.

1 No.

1 Pair

1 Pair

1 Pair

1 Pair

1 Pair

1 Pair

1 Pair

1 No.

1 No.

1 No.

1 No.

1 No.

1 No.

1 No.

1 No.

1 No.

1 Pair

Ordering Information :

ELC 076

Universal Triaxial Cell, Stationary Bushing, 10 Bar.

Optional Accessories :

ELC 07511

Three part split mould, 38 mm dia with Collar, base plate and hinged clamp with rammer

ELC 07531

Three part split mould, 50 mm dia with Collar, base plate and hinged clamp with rammer

ELC 07565

Three part split mould, 75 mm dia with Collar, base plate and hinged clamp with rammer

ELC 07566

Three part split mould, 100 mm dia with Collar, base plate and hinged clamp with rammer

ELC 03301

Split Mould, 50 mm dia x100mm

ELC 03105

Split Mould 38 mm dia x 76 mm

Pore Pressure Apparatus

ELC 077 & ELC 078

The Pore Pressure Apparatus manufactured by Edilab is designed according to the principles outlined in the book “The Measurement of Soil Properties in the Triaxial

Test” by A.W. Bishop and D.J. Henkel. This pore pressure measuring apparatus consists of a screw pressure pump, null indicator in perspex, pressure gauge, mercury manometer, volume change burette and the necessary connecting tubes and valves. It is used for measuring pore water pressure and pore air pressure in soils.

It has many features which simplify the operation. The Null Indicator is made from a transparent perspex block. It is a simplified U-Tube Null Indicator, in which water can bypass mercury if null indicator is tilted; thus de-airing process by circulation of water is facilitated. All features enable a visual check to be made during the deairing operation of apparatus. A mercury manometer and a pressure gauge of

Bourdon Tube type are provided on the panel on which the whole equipment is mounted. Very small positive or negative pressures are observed on the manometer. A 50ml burette is clamped to a sliding bracket on one side of the panel. It is used for measuring the volume change in the specimen when subjected to confining pressure in the triaxial cell. A small amount of Mercury is supplied along with the apparatus.

ELC 077

The equipment consist of the following replaceable parts :

ELC 07701 Pressure Gauge Bourdon Tube Type, Graduation : -1.0 to +10 bar in 0.1 bar Divisions (–1 to 10 kg/cm )

Dia : 200 mm

or

ELC 07801 Pressure Gauge Bourdon Tube type, Graduation : -1.0 to +20 bar in 0.1 bar Divisions. (or -1 to +20

ELC 07702 Manometer Glass U-Tube, measures low positive and negative pore pressure and helps to check zero error of pressure gauge. It is provided with a mercury trap.

ELC 07703 Null Indicator Perspex with mercury trap and a cursor to indicate the mercury level

ELC 07704 Burette, 50 ml for measurement of volume change in the soil specimen.

ELC 07705 Pressure Pump fitted with four Ball Valves.

ELC 07706 Copper Coil

ELC 07707 Water Reservoir

All the above parts are fixed on a panel suitable for mounting on the wall.

Ordering Information :

ELC 077

ELC 078

A23 www.edibon.com

Lateral Pressure Assembly

ELC 079

Lateral Pressure assembly is used to apply constant confining pressure in Triaxial cell. Water is filled in the pressure tank and pressure is generated by supplying air through a foot pump. Unit is made ready by raising the pressure in the chamber to desired level.

It comprises the following:

ELC 07901 Pressure chamber fitted with valves

& pressure gauge

ELC 07910 Foot pump

ELC 07917 Pressure Hose

1 No.

1 No.

1 No.

Ordering Information :

ELC 079 Lateral Pressure Assembly

ELC 079

Constant Pressure Systems

Constant Pressure Systems are meant for maintaining the pressure in the triaxial cell constant by automatically compensating for the fluctuation of cell pressure taking place as a result of volume change occurring in the cell due to expansion of the specimen under high pressure, entry of the loading plunger into the cell, consolidation of specimen, etc. Constant Pressure Systems are usually employed to ensure accurate performance of such types of Triaxial Shear tests (consolidated undrained test on clayey soils and drained test on most of the soils) where maintenance of the set pressure constant over a long period is essential.

Constant Pressure

System Oil Water Type

ELC 081-1 & ELC 081-1-2

• Use of Mercury is eliminated

• Maintains Constant Pressure continuously

• Pressure Capacity, 10 bar (10kg/cm )

• Also suitable for mobile laboratories

Oil Water Constant Pressure System is an extremely versatile apparatus which can be used for a wide range of applications. This system provides an effective alternative to Mercury and Water Constant Pressure system especially where the laboratory head room is insufficient. The apparatus is designed to provide confining pressure upto 16 bar to Triaxial Cells however for safety it has been factory-locked at a max Pressure

ELC 081-1-2 www.edibon.com

A24

The system consists of an oil pump, driven by an electric motor during the entire period of operation to maintain the desired pressure.

The unit provides variable pressure upto 16 bar which can be increased or decreased simply by turning a control knob. A transparent oil water interchange vessel is provided to transmit water pressure to the test apparatus.

Range : 10 kg/cm

2

Resolution : 0.1 kg/ cm

2

Accuracy : ± 1%of the indicated pressure

Supplied complete with Pressure Gauge, Flow Valves, connecting Pressure Hose.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 081-1 Constant Pressure System, Oil Water Type with One Cell

ELC 081-1-2

Constant Pressure System, Oil Water Type with Two Cells

Note : If a higher Confining pressure is desired one can be designed at extra cost.

Constant Pressure System Air Water Type

ELC 082

This Air Water Constant Pressure System is meant for maintaining constant lateral pressure on triaxial test specimens throughout the test periods regardless of the volume changes occurring in the cell due to expansion of specimens under high pressures, leakage, entry of loading plunger into the triaxial cell, distortion of the specimen under load, consolidation etc. The equipment is provided with two air water interface chambers with individual regulators to control the outlet pressure at desired pressure levels.

Constant pressure is maintained in the system by applying air pressure into the cell with the help of a pressure regulator. The apparatus is designed to provide confining pressure upto 10 bar and is a two cell model.

Range

Resolution

Accuracy

:

:

0 to 10 bar (0 to 10 kg/cm )

: 0.05 kg/ cm

2

± 1% of the indicated pressure

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 082 Constant Pressure System Air Water Type with Two Cells

ELC 082

Note 1 : Four Cell model can be provided on request.

Note 2 : Compressed Air is needed to operate the machine. Compressor with Moisture Trap (if required) can be supplied at extra cost.

Sensitive Volume

Change Gauge

ELC 084

ELC 084

This Volume Change Gauge works on the principle of reversing the direction of flow when the limit of the volume change scale is reached. The number of cycles with the volume of fluid handled in each cycle provide the total volume change, whereas the sensitivity is governed by the dia of the polythene tube used. Sensitivity of 0.003 ml/mm with 6 ml volume of fluid per cycle has been realized by this sensitive volume change gauge.

A25 www.edibon.com

The apparatus consists of a volume measuring polythene tube running along both sides of a scale and connected at both ends to two mercury traps.

These traps are connected to flow reversal valves through a manifold. The length of the polythene tube is enough to measure 6 ml volume of fluid per cycle. A small pallet of mercury is introduced in the circuit to be used as a cursor, and the movement of pallet is measured.

Ordering Information :

ELC 084 Sensitive Volume Change Gauge

Automatic Volume Change Gauge

ELC 084-1

Designed for use with triaxial cells, specifically for continuous measurements of volume change during the test. The unit consists of a top volume change chamber, which has a capacity of 100 ml and a bottom chamber with a capacity of 100ml. The changeover valve box enable the effective use of the device with unlimited capacity. Il can also be used to measure permeability

Salient Feature:

• It can be used with LVDT

• The accuracy is better than 0,1 ml

• Supplied with push fittings (4mm) for easy connections, but without measurement device and mounting block.

Technical Specifications

• The automatic volume change apparatus consists of a calibrated chamber of known volume and a piston machined to tight tolerances, to give a precise measurement of the changing volume within the cylinder. As the piston moves an LVDT, either displays or transmits the change in volume to a data logger.

• If the change in volume exceeds 100cc then a changeover valve allows the internal piston to move in the opposite direction.

• This can be repeated until volume change has completed.

• Large volumes of water can be measured during permeability testing also.

New

ELC 084-1

Capacity

Pressure capacity

Accuracy

Nett Weight

Dimensions

Initially 100cc

20 bar

>± 0.05ml

7.5 kg

Specifications

200mm (L) X 250mm (W) X 330mm (H)

Ordering Information :

ELC 084-1

Automatic Volume Change Gauge

Note: If ELC 084-1 is being purchased as stand alone unit, then one indicator also needs to be purchased.

Indicator to be priced extra.

www.edibon.com

A26

Triaxial Electronic Conversion Kit

ELC 085 & ELC 085-1

• Display of Displacement, load and pore pressure

• Digital Read-out minimizes operator error

• Reduces operator time and involvement

• Plug-in transducer module system

• Easy to install

• Inbuilt DAQ (on order at extra cost)

• Facility for connecting read-out units to PC for Data Acquisition

ELC 085

(Displacement Sensor) having a range of 0-20mm mm and a 4/3 - Channel Digital Indicator which has been specially designed to meet the requirements of Triaxial Test.

Suitable for operation on 220 V, 50 Hz, Single Phase, AC supply.

The equipment consist of the following replaceable parts :

ELC 08501

Mode of Display

Digital Indicator

: Micro controller based multi line alpha numeric LCD display for monitoring simultaneously four / three parameters.

ELC 08502

Capacity

Load Cell

: 10 kN

Max. overload capacity : 10% of the rated

Load Cell excitation : 5 V, DC

Resolution : 0.01 kN

Sensing element : Strain gauges in full bridge configuration

ELC 08503

Capacity

Pore Pressure Transducer

: 20 kg/cm

2

Max. overload capacity : 150% of rated

Pressure Cell Excitation : 5V, DC.

Resolution

Sensing element : Strain Gauges in full bridge configuration.

ELC 08504

Range

Sensing element

Displacement Transducer

: 0-20 mm

: LVDT

Ordering Information :

ELC 085 Triaxial Electronic Conversion Kit for use with ELC-075

ELC-085-1 Triaxial Electronic Conversion Kit for use with ELC-076

Optional Accessories :

ELC 101 Edilab Data Acquisition System

Note: 50mm LVDT is used in place of 20mm in ELC 085-1. Rest of the parts remain same as ELC 085

A27 www.edibon.com

Triaxial Test Outfits

ELC 095-2, ELC 095-U-2, ELC 096-8, ELC 096-U-2, ELC 096-9, ELC 096-9-U, ELC 096-10,

ELC 096-10-U, ELC 096-11 & ELC 096-11-U

Ref: Standard BS 1377-7, 1924 -2, ASTM D2850, D4767 AASHTO T296, T297

The settlement of foundations and changes in earth pressure due to movement of retaining walls or other earth supports, the yield of soil caused by application of load, are affected by the stress-strain relationship of soils.

The experimental investigation for determining the stress-strain relationship is usually carried out with the Triaxial

Compression test. During the test, the soil samples gradually stressed upto failure. Generally speaking, Triaxial tests are performed to simulate different types of stress and drainage conditions that can occur in the sub-soil for simulating the effect of building construction, excavation, tunneling etc. The Three different triaxial tests are usually performed for total and effective stress measurement.

Note:

1. Computer with following minimum specifications is recommended for the subject product :

• Windows 7 loaded

• Pentium Core 3 DUO

• 2 GB RAM

• 120 GB HDD

2. Volume change needs to be measured in CU & CD test; Hence the use of either of the two models is recommended.

These may be selected based on the type of outfit selected. These can be supplied at extra cost.

www.edibon.com

A28

Triaxial Outfit

A29 www.edibon.com

Ordering Information :

ELC-095-2

ELC-095-U-2

ELC-096-8

Triaxial Outfit Analog

Universal Triaxial Outfit

Digital Triaxial Outfit

ELC-096-U-2

ELC-096-9

ELC-096-9-U

ELC-096-10

ELC-096-10-U

Digital Universal Triaxial Outfit

Digital Triaxial Outfit

Digital Universal Triaxial Outfit

Digital Microprocessor based Triaxial Outfit

Digital Microprocessor based Universal Triaxial Outfit

ELC-096-11

ELC 096 -11-U

ELC-095-1

ELC-095-U-1

ELC-096-4

ELC-096-5

ELC-096-5-U

ELC-096-6

ELC-096-6-U

ELC-096-7

ELC-096-7-U

ELC-096-U-1

Digital Microprocessor based Triaxial Outfit with

Digital Microprocessor based Universal Triaxial Outfit

Triaxial Test Apparatus, Analog

Triaxial Outfit, Motorised

Triaxial Test Apparatus, Digital

Triaxial Test Apparatus, Digital

Triaxial Test Apparatus, Digital

Triaxial Test Apparatus, Digital

Digi Triaxial System

Triaxial Test Apparatus, Digital with microprocessor based loading unit with Edilab Data

Aquisition System & Geo Star

Digi Triaxial System

Triaxial Outfit, Motorised with Electronic Measurement Computer with Printer for DIGI

MODELS of Triaxial, Direct Shear and consolidation Apparatus

ELC-096-21 NEW

Digital Triaxial Apparatus with table top Load Frame

ELC-096-21U NEW

Digital Triaxial Apparatus with table top Load Frame

ELC-096-22 NEW

Digital Triaxial Apparatus with table top Load Frame

ELC-096-22-U NEW

Digital Triaxial Apparatus with table top Load Frame

ELC-096-23 NEW

Digital Triaxial Apparatus with table top Load Frame

ELC-09623-U NEW

Digital Triaxial Apparatus with table top Load Frame

ELC-096-24 NEW

Digital Triaxial Apparatus with table top Load Frame

ELC-096-24-U NEW

Digital Triaxial Apparatus with table top Load Frame www.edibon.com

A30

De-Aired Water Apparatus

ELC 097-1

The equipment has been designed specifically to meet the demand for de-aired water for use with

• Soil Testing Apparatus for reduction of time and labour to consolidate soil samples.

• For simultaneous flushing of many hydraulic Piezometer lines in dams and earth works to considerably reduce labour and disturbance at the top ends.

It is particularly important that only de-aired water is used in the Pore Pressure measurement system. Any dissolved air in the water leads to error in measurement of Pore Pressure, particularly at low pressure.

ELC 097-1

Salient Features :

• Fully Microprocessor Controlled

• Real Time clock Function included

• Oil Free Vaccum pump

• The unit is fully automatic and shut itself off when the de-airing program is complete

It is compact self contained unit, will de-air quickly and efficiently reduce levels of dissolved oxygen, acceptable for geotechnical test methods.

Air is removed from the water by a vacuum system which continuously circulates the water in the tank.

The unit is supplied with Perspex Water Container which will hold a maximum of 15 ltr of water. Input and output lines are fixed with 4mm (approx.) and 6mm (approx.) ID of plastic tubing respectively.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 097-1 De-Aired Water Apparatus

Edilab Data Acquisition cum

Datalogging System

ELC 101

The Edilab Data Acquisition cum Datalogging System has the following features:

• Robust, stand alone data logger with 16 bit resolution and inbuilt LCD display.

• Key pad for Datalogger Configuration.

• Inbuilt Real Time Clock for real time operation & display in stand - alone mode.

• Configurable Windows Based Software.

• Capable of displaying different parameters in different channels simultaneously.

• Peak Hold Facility (optional).

• Maximum of 4 analog channels.

• Maximum Input Voltage: 0 ± 2.5, 0 - ±2.5V.

• Accuracy: 0.1% of full scale.

• Internal storage capacity of 2MB.

• Can store direct to PC.

• RS 232 communication.

(A serial to USB converter can be provided on request, at additional cost)

For Voltage Ratings please refer Page No. A 69

ELC 101

Note:

1. If ordered as part of an outfit which contains up to 3 sensors (LVDT, Load and Pore Pressure), the signal conditioning cards will be inbuilt in to the box.

2. If ordered stand alone, 4 analog inputs without signal conditioning cards will be provided.

Ordering Information :

ELC 101

Edilab Data Acquisition System

A31 www.edibon.com

“GeoStar” the Geotechnical Software for Testing, Analysis and Reporting

ELC 10121, ELC 10122, & ELC 10123

The analysis and reporting of following Tests can be performed

• Unconsolidated Undrained Triaxial Test

• Consolidated Undrained Triaxial Test

• Consolidated Drained Test

• Direct / Residual Shear Test

• CBR Test

• One Dimensional Consolidation Test

These package of softwares are supplied as required by the purchaser and are accessed by an activation license supplied by Edilab, allowing the customer to build up a suite of software on an “as required basis” depending upon the need.

Common Features:

• The Software allows selection of British / Indian

Standards for analysis as required.

• Tests can be performed in SI, Imperial or metric Units

• Clear and easy to use. Test information is presented on menu driven screen.

• Each package guides through the test procedure in a very user friendly way.

• A database is set up to store and manage completed analysis records. Currently MS – Access is offered as default database. For other database systems like

SQL etc.. such third party license is required to be obtained by the user.

• The software directly reads the data format for analysis from StarDAQ

• An option to enter the data manually and save it in a format understood by “GeoStar” makes the system so flexible for those, who have only the experimental setup without the automatic Data Acquisition or Data logging system.

• Extensive search functions are available based on

Date of Analysis, Analysis done by different user accounts, or search based on duration etc. For easy retrieval of old data.

• The default reports are generated automatically, in crystal reports and can be printed directly. The reports can also be exported to Word, Excel or pdf formats and the usage is governed by the third party license that are available with the users.

• Customisable Report Header / Footer.

• The inbuilt utilities include Master Unit Converter, Unit conversion Calculator, besides the normal and

Scientific system calculators.

• Database back up and restore facilities are available.

• Complete User activity logging is available.

Special features for all Triaxial Test (UU,CU,CD)

• Test information format

• Sample information format

• Graph editing facility

• Show all Graph along with related data

• Scale setting facility for graph

• Manual data entry facility

• Shear stage data, graph along with data shown in one page

• Direct print of Analysis data

• Compliance to Indian and British standard

• Facility to export to pdf and Excel format easily

UU Test Module

Graphs available with UU Test Module

Deviator Stress Vs Axial Strain (single data)

Deviator Stress Vs Axial Strain(All)

Mohr Circle with Fine and coarse adjustment

Facility of Stress path parameter graph along with related data (it is also called (P,q plot)

Online graph load Vs Displacement (working with

DAQ only)

Online stress and strain curve (working with DAQ only)

CU Test Module

Special Features available with CU Test Module

Fine and coarse adjustment in Mohr Circle graph

Consolidation stage data facility

Saturation stage data facility (manual)

Graphs available with CU Test Module

Deviator stress Vs axial strain (single specimen data)

Volume Change Vs Sqr. Root time

Effective Principal stress ratio Vs Axial strain

Pore pressure Vs Axial strain (single specimen data)

Deviator stress Vs Axial strain (All Specimen)

Effective Principal stress ratio Vs Axial strain

(All Specimen)

Pore pressure Vs Axial strain (All Specimen)

Facility of Stress path parameter graph along with related data

Online graph - Load Vs Displacement (working with

DAQ only)

Online stress and strain curve (working with DAQ only)

CD Test Module

Special Features available with CD Test Module

Fine and coarse adjustment in Mohr Circle graph

Consolidation stage data facility

Saturation stage data facility(manual)

Shear stage data, graph along with data shown in one page

Manual data entry facility for (shear stage ,Consolidation stage, saturation stage) yes only shear stage, consolidation stage

Graphs available with CD Test Module

Membrane Correction

Volumetric strain Vs Root of time

Deviator stress Vs Axial strain (single specimen data)

Principal stress ratio Vs Axial strain (single specimen data)

Axial strain Vs Volumetric strain

Deviator stress Vs Axial strain (All Specimen)

Principal stress ratio Vs Axial strain (All Specimen)

Facility of Stress path parameter graph along with related data

Online graph - Load Vs Displacement (working with

DAQ only)

Online stress and strain curve (working with DAQ only) www.edibon.com

A32

'GeoStar' Welcome Screen

'GeoStar' Triaxial Test

Consolidated Undrained Triaxial Test Deviator Stress vs Axial Strain

Effective Principal Stress vs Axial Strain Volume Change Vs Square Root Time

Analysis and Reporting software module Ordering Information:

ELC 10121 GeoStar Analysis and Reporting software Module for Consolidated Undrained Triaxial Test for single user license

ELC 10122 GeoStar Analysis and Reporting software Module for Unconsolidated Undrained Triaxial Test for single user license

ELC 10123 GeoStar Analysis and Reporting software Module for Consolidated Drained Triaxial Test for single user license

A33 www.edibon.com

Direct Shear

Ref. Standards EN:1297-2, BS 1377, ASTM D 3080

The Direct Shear test is carried out with an apparatus consisting of a square divided into two halves. The specimen, contained in the box, is subjected to a constant normal load while an increasing horizontal force is applied to one of the sections of the shear box. This force causes a shear failure along the junction between the box sections. The shear force and the normal load are measured directly. The rate of strain is adjusted by the speed of the horizontal force applied. The loading unit has V-strips on which the shear box housing rests. Suitable for specimens of size 60×60×25mm.

The precalibrated load yoke helps counter balance the loading system. The load yoke with direct and through lever system for ring, brackets for holding consolidation and strain dial gauges are provided. The lead screw connected to the shear box housing helps application of shear stress.

For Voltage Ratings please refer Page No. A 69

Models offered are:

Direct Shear apparatus, 2 kN

ELC 104

Ref. Standards BS :1377, EN-1297-2, ASTM-D3080

Type of Shear

Operation

Rates of Strain

(mm/min)

Specimen Size

:

:

:

Direct / Residual Measurement

Motorised

: 1.25, 0.625, 0.25, 0.125, 0.05, 0.025,

0.01, 0.005, 0.002, 0.001, 0.0004, 0.0002

60 x 60 x 25 mm

This surcharge weight set comprises of following weights :

ELC 284

ELC 072

0.20 kg/cm

2

Compression - Tension Proving Ring, 2 kN capacity

Dial Gauge 0-25 × 0.01mm

ELC 104

The equipment consist of the following replaceable parts :

ELC 10401

Shear Box Assembly

This assembly comprises of :

ELC 1040101 Halves of the Shear Box

ELC 1040102 Plane Gripper Plate

ELC 1040103

ELC 1040104

ELC 1040105

Perforated Gripper Plate

Porous Stone

Top Loading Pad

ELC 1040106

ELC 10402

ELC 10405

ELC 10410

Base Plate

Specimen Cutter

2 Nos.

2 Nos.

2 Nos.

2 Nos.

1 No.

1 No.

Shear Box Housing with two linear bearing case with steer 1 No.

1 No.

1 Set

4 Nos.

1 No.

1 No.

3 Nos.

1 No.

1 No.

2 Nos.

www.edibon.com

A34

Direct Shear Test Apparatus, Electronic, 2kN

ELC 105

Ref. Standards BS-1377, EN-1297-2, ASTM-D3080

Salient Features :

• Digital readout minimises operator error.

• Reduces operator time and involvement.

• Direct reading in engineering units.

• Pre-calibrated before despatch.

• Plug-in transducer module system.

The apparatus is similar to ELC 104 model but it is supplied with the ELC 10501 Electronic Outfit, in place of Proving Ring and Dial Gauges.

ELC10501 Direct/Residual Shear Electronic

Conversion Kit As per BS/ASTM is also available.

This Kit consists of :

ELC 1050101

Mode of Display

Digital Indicator

: Micro controller multi line alpha numeric LCD display for all

simultaneous channel (No need for channel selection)

ELC 1050102

Capacity

Max. overload

Sensing element

Load Cell

: 2 kN Universal Type

: 10% of the rated capacity.

: Strain Gauges in full bridge configuration.

ELC 1050103

Range

Displacement Sensor

: 0-20mm.

Sensing element : LVDT

ELC 105

1 No.

1 No.

2 Nos.

Direct Shear Outfit, Electronic, 2kN, complete with Edilab 'DAQ' System

ELC 105-1

Type of Shear Measurement : Direct / Residual

Operation

Rate of Strain

Specimen size

: Motorised

: 12 speeds ranging from 0.002 mm / min. to 1.25 mm /min

: 60 X 60 X 25 mm

The equipment consist of the following replaceable parts :

ELC 10401

ELC 10402

ELC 10405

ELC 10410

ELC 10501

ELC 101

ELC 10124

Shear Box

Shear Box Housing with two linear bearing case with steer ball

Specimen cutter

Direct / Residual Shear, Electronic Conversion kit

Edilab Data Acquisition System

GeoStar Analysis and Reporting software Module for

DirectShear Test for single user license

1 Set

1 No.

1 No.

1 Set

1 Set

1 No.

1 Set

A35 www.edibon.com

Direct Shear Outfit, 2kN, with

Microprocessor loading unit, Electronic

ELC 105-2

Ref: Standard EN 12972, ASTM D3080; BS 1377

The Loading head with motor drive system, enclosed in a robust case, contain integral measurement electronics for the measurement of load, vertical and horizontal displacements has been designed for floor mounting. Supplied complete with carriage, loading hanger and 10:1 lever loading device. Suitable for specimens of size 60×60×25mm.

Safety forward and reverse travel limit switches are fitted as standard and monitored through the electronics system control.

The parameter entry through keypad and the LCD display provide the user utmost comfort and simplicity in operation and allows the user a host of features, which include pause and speed reset during a test, RS232 for computer control. A return to start datum provides a positive means of reversing the shear box when either preparing for a new test or continuing with residual testing procedures. The stepper drive mechanism uses a microprocessor to achieve a precision loading rate of 0.00001 to

9.99999mm / minute.

For Voltage Ratings please refer Page No. A 69

ELC 105-2

Salient Features :

• Microprocessor control

• Large on-board LCD screen display

• Direct data entry via key pad.

• Rapid approach and return to start datum

• Fully variable speed, 0.00001 to 9.99999mm/minute

• Specimen size 60x60x25mm

Specifications :

Electronics :

Mode of Display

Transducers

Load

Displacements

: Micro controller multi line alpha numeric LCD display for all channels

(No need for channel selection)

: Universal type load cell, 2kN capacity

: LVDT with measurement range 0-20mm travel,

Speed Range

Standard Speeds : 0.00001 to 9.99999 mm / minute

Fast forward/reverse : 15mm / minute

1 No.

2 Nos.

The equipment consists of the following replaceable parts :

ELC 10401

ELC 10402

ELC 10405

ELC 10410

ELC 10501

Shear Box

Shear Box Housing with two linear bearing case with steel ball

Specimen Cutter

Surcharge Weights to attain normal stress of 3 kg/cm2

Direct / Residual Shear, Electronic Conversion kit.

1 Set

1 Set

1 No.

1 Set

1 Set www.edibon.com

A36

Direct Shear Outfit, 2kN, with

Microprocessor loading unit, Electronic

ELC 105-3

In addition to the specifications & items mentioned above in

ELC 105-2. It has the following items.

ELC 101 DAQ 1 No.

ELC 10124 GeoStar Analysis and Reporting software Module for DirectShear Test for single user license 1Set

Large Direct Shear Apparatus, Motorised, 50 kN

ELC 106 & ELC 106-1

Ref. Standards IS:2720 (Part 39, Section 1) IS:11593

For testing sands, gravel, gravelly clays and clay gravels for use in rolled fill embankments.

Operation

Rates of Strain

Specimen Size

: Motorised

: 72 speeds ranging from 0.0014 to 10.16 mm/min.

: 30 x 30 x 15 cm

Change gears : 12

Shear Load capacity : 50 kN

Vertical stress : 500 kN/m

2

Suitable for operation on 415V, 50Hz, Three phase, AC Supply.

The equipment (ELC 106) consist of the following replaceable parts :

ELC 10601 Shear Box Assembly

This assembly comprises of :

ELC 1060101

ELC 1060102

ELC 1060103

ELC 1060104

ELC 1060105

ELC 10607

ELC 10605

ELC 10610

ELC 073

ELC 274

Plane Gripper Plate

Perforated Gripper Plate

Perforated Spacer Plate

Base Plate

Top Loading Pad

Shear Box Housing with two Ball Roller Strips

2

Magnetic Stand for Shear Strain Dial Gauge

Dial Gauge 50 mm travel, 0.01 mm least count

Proving Ring capacity 50 kN Compression

The equipment (ELC 106-1) consist of the following replaceable parts :

ELC 10601 Shear Box Assembly

This assembly comprises of :

ELC 1060101

ELC 1060102

ELC 1060103

ELC 1060104

ELC 1060105

Plane Gripper Plate

Perforated Gripper Plate

Perforated Spacer Plate

Base Plate

Top Loading Pad

2

ELC 105-3

1 No.

2 Nos.

2 Nos.

2 Nos.

1 No.

1 No.

1 No.

1 Set

1 No.

2 Nos.

1 No.

1 No.

2 Nos.

2 Nos.

2 Nos.

1 No.

1 No.

A37 www.edibon.com

ELC-10604

ELC 10607

ELC 10605

ELC 10610

Digital Indicator along with Load Cell 50kN Capacity & LVDT 50mm

Shear Box Housing with two Ball Roller Strips

2

2

Magnetic Stand for Shear Strain Dial Gauge

2 Nos

1 No.

1 Set

1 No.

“GeoStar” the Geotechnical Software for

Testing, Analysis and Reporting

ELC 10124

The analysis and reporting of following Tests can be performed

• Unconsolidated Undrained Triaxial Test

• Consolidated Undrained Triaxial Test

• Consolidated Drained Test

• Direct / Residual Shear Test

• CBR Test

• One Dimensional Consolidation Test

These package of softwares are supplied as required by the purchaser and are accessed by an activation license supplied by Edilab, allowing the customer to build up a suite of software on an “as required basis” depending upon the need.

Common Features for all the tests:

• The Software allows selection of British / Indian Standards for analysis as required.

• Tests can be performed in SI, Imperial or metric Units

• Clear and easy to use. Test information is presented on menu driven screen.

• Each package guides through the test procedure in a very user friendly way.

• A database is set up to store and manage completed analysis records. Currently MS – Access is offered as default database. For other database systems like SQL etc.. such third party license is required to be obtained by the user.

• The software directly reads the data format for analysis from StarDAQ

• An option to enter the data manually and save it in a format understood by “GeoStar” makes the system so flexible for those, who have only the experimental setup without the automatic Data Acquisition or Data logging system.

• Extensive search functions are available based on Date of Analysis, Analysis done by different user accounts, or search based on duration etc. For easy retrieval of old data.

• The default reports are generated automatically, in crystal reports and can be printed directly. The reports can also be exported to Word, Excel or pdf formats and the usage is governed by the third party license that are available with the users.

• Customisable Report Header / Footer.

• The inbuilt utilities include Master Unit Converter, Unit conversion Calculator, besides the normal and Scientific system calculators.

• Database back up and restore facilities are available.

• Complete User activity logging is available.

Special Features & graphs for Direct Shear Analysis Software

• Sample information

• Test information

• Consolidation stage

• Shearing stage

• Stress path parameters

• Horizontal Displacement VS Vertical Displacement graph

• Height Vs Sq. root of time graph

• Shear stress Vs Horizontal Displacement

• Horizontal Displacement Vs Vertical Displacement (All)

• Shear stress Vs Horizontal Displacement (All) 'GeoStar' Welcome Screen www.edibon.com

A38

Shear Stress Vs Normal Stress Plot

'GeoStar' Direct Shear Test

Ordering Information:

ELC 104 Direct Shear apparatus, 2 kN

ELC 105 Direct Shear Test Apparatus, Electronic, 2kN

ELC 105-1 Direct Shear Outfit, Electronic, , 2kN complete with Edilab 'DAQ' System.

ELC 105-2 Direct Shear Outfit, , 2kN, with Microprocessor loading unit Electronic

ELC 105-3 Direct Shear Outfit, , 2kN, with Microprocessor loading unit Electronic with Edilab DAQ & GeoStar

ELC 106 Large Direct Shear Apparatus, Motorised, 50 kN

ELC 106-1

Large Direct Shear Apparatus, with Electronic 50 kN

ELC 10124 GeoStar Analysis and Reporting software Module for Direct Shear Test for single user license

As per BS/ASTM is also available.

Vane Shear

Vane Shear Tests are conducted where it is difficult to obtain suitable specimens or where intrusion from a sampling tube may cause too much of a disturbance.

very largely dependent on the care and skill with which the operator conducts the test. Disturbance of these types of soft soil, particularly the sensitive clays, takes place when sampling tubes are pushed into them. Experience has shown that carefully controlled compression test results can be related to figures obtained by pushing a small vane into the soil rotating at the controlled rate and measuring the force required to maintain a maximum reading of resistance.

Laboratory Vane Shear Apparatus, Motorised

ELC 108-1

Ref. Standard BS:1377

Consists of a special motor, adjustable in height by means of a lead screw rotated by a drive wheel to enable the vane to be lowered into the specimen. Rotation of the vane is by means of an electric motor turns the vane shaft is attached through the hollow upper shaft to a resettable pointer which indicates the angle of torque on a dial graduated in degrees. The dial reading multiplied by spring factor gives the torque.

Rate of rotation : 1/60 rpm

Suitable for operation on 220 V, 50 Hz, Single Phase, AC supply.

ELC 108-1

A39 www.edibon.com

The equipment consist of the following replaceable parts :

ELC 10801

Container

ELC 10802 Set of 4 Springs, (one each of capacity 2 kg-cm, 4 kg-cm, 6 kg-cm and 8 kg-cm)

Ordering Information:

ELC 108-1 Laboratory Vane Shear Apparatus Motorised.

Optional Accessories :

ELC 10803 Stand for use at the site 1 No.

As per BS/ASTM is also available.

1 No.

Compaction

ELC 110, ELC 111, ELC 112, ELC 112-H, ELC 113-L & ELC 113

Soil compaction is a fundamental requirement for the construction of earth fill for dams, reservoirs, canal embankments, highways, railways and runways. The relationship between soil moisture content and compacted dry density is very useful for deciding construction specifications and quality control of compacted earthfill. While designing a soil retaining structure, the strength and deformation behaviour of soil is evaluated by testing soil specimen compacted to the density as would be achieved during construction. The construction quality control is essentially to check the density of compacted soil achieved in the field, thereby checking its strength.

Compaction Test Apparatus, Manual

Ref. Standards BS:1377 ASTM D 698, D I557

Details of various models of manual Compaction Test Apparatus are given in table below :

Compaction Test Apparatus, Manual

Cat. No.

ELC 112

Proctor Compaction Apparatus as per BS code

ELC 112-H

Compaction Apparatus for heavy Compaction as per BS code

ELC 113-L

698/D1557

Compaction Apparatus for light

Compaction as per ASTM code

ELC 113

698/D1557

Proctor Compaction Apparatus as per ASTM code

Compaction mould, complete with Collar and Base Plate, made of Gunmetal

ELC 11201

Proctor Mould

105 mm ID, 115.5 mm height

1,000 ml volume

ELC 11201-H

Proctor Mould

152 mm ID, 127 mm height

2305 ml volume

ELC 11301-L

Compaction Mould 101.60 mm ID,

116.40 mm height 944 ml volume

ELC 11301

Compaction Mould 152 mm ID,

116.4 mm height 2,124 ml volume

Rammer

ELC 11202

2.5 kg x 300 mm fall

ELC 11202-H

4.5 kg x 450 mm fall

ELC 11302-L

2.49 kg x 305 mm fall

ELC 11302

4.54 kg x 457 mm fall

Remarks

ELC 110

Ref. Standard BS:1377 for light compaction test.

Ref. Standard BS:1377 for heavy compaction test.

Ref. Standard ASTM D for light compaction test

Ref. Standard ASTM D for heavy compaction test

Ordering Information:

ELC-112-MS

Proctor Compaction Apparatus as per BS code

ELC-112-H-MS Compaction Apparatus for heavy compaction

ELC-113-MS

Proctor Compaction Apparatus as per ASTM code

ELC-113-L-MS Compaction Apparatus for Light Compaction as per ASTM Code www.edibon.com

A40

Universal Automatic Compactor

ELC 114-1, ELC 114-1-BS & ELC 114-1-ASTM

Ref Standard BS-1377, EN-1997-2,1924, ASTM-D558, D698, D1557

Invariably in every soil laboratory, compaction and penetration tests on soils are carried out regularly. The electrically operated mechanical compaction process eliminates the tedious hand compaction process and results in a considerable saving of time. Two rammers with two different stroke lengths are provided. This makes the apparatus suitable to carry out all the normal compaction operations required in soil testing laboratories including the CBR tests.

This is a new design motor driven mechanical compactor, useful for soil compaction in 100 mm or 150 mm dia moulds. The rammer travels across the mould and the table rotates the mould in equal steps on a stable base. The number of blows per layer can be set at the beginning of the test.

Rammer - circular faced 50mm dia adjustable to 2.6kg or 4.9kg weight.

Drop - Adjustable to 310mm or 450mm.

For Voltage Ratings please refer Page No. A 69

Supplied with light and heavy Compaction mild steel. Moulds as per ordered standard.

Ordering Information:

ELC 114-1-BS

Universal Automatic Compactor with mild steel compaction mould as per BS

ELC 114-1-ASTM

Universal Automatic Compactor with mild steel compaction mould as per ASTM

ELC 114-1

Relative Density

Relative density relates the dry density of cohesionless soil to the maximum and minimum densities. The degree of compaction of cohesionless soil can be stated in terms of relative density.

Suitable for operation on 220 V, 50 Hz, single phase, AC supply.

Relative Density Apparatus

ELC 115-1

Ref Standard BS : 1377

The equipment consist of the following replaceable parts :

ELC 11501

ELC 11502

ELC 11503

ELC 11504

ELC 11505

Vibrating Table

Cylindrical Metal Unit Weight Mould,

3000ml capacity

Guide Sleeve with clamp assembly,

1 No.

for ELC 11502 1 No.

Surcharge base plate for ELC 11502 1 No.

Handle for ELC 11504 & ELC 11509 2 No.

ELC 115-1

A41 www.edibon.com

ELC 11506

ELC 11507

ELC 11508

ELC 11509

ELC 11510

ELC 11511

ELC 11512

ELC 072

Surcharge Weight for ELC 11502. The total weight together with ELC 11504

1 No.

Cylindrical Metal Unit Weight Mould 15000 ml capacity

Guide Sleeve with clamp Assembly for ELC 11507

Surcharge base plate, for ELC 11507

Surcharge weight for ELC 11507. The total weight together with ELC 11509 &

1 No.

1 No.

Dial Gauge Holder

Calibration Bar, 75x300x3 mm

Dial Gauge 25 mm travel, 0.01 mm least count, with an extension piece

1 No.

1 No.

1 No.

1 No.

Ordering Information:

ELC 115-1 Relative Density Apparatus

Optional Accessories :

ELC 11513 Weight Handling Equipment

California Bearing Ratio

Ref: Standards: BS 1377; 1924; EN 13286-47/ ASTM D 1883; AASHTO 193

The California Bearing Ratio test, (usually called CBR test) is an empirical test developed in California, USA for determining the Relative Bearing Ratio and expansion characteristics under known surcharge weight of base, sub-base and sub grade soils for the design of roads, pavements and runways. The CBR test is used extensively in selection of materials and control of subgrades.

The test can be performed in the laboratory on prepared samples or in-situ on location. It is important to appreciate that this test, being of an empirical in nature, is valid only for the application for which it was developed i.e., the design of highway base thickness.

Salient Features :

• Compact, bench top design

• Rapid Platen Adjustment

• Complete with stabilizing bar

• Options for mechanical or electronic measurement

For Voltage Ratings please refer Page No. A 69

Laboratory California Bearing Ratio

Test Apparatus, Motorised, Three speed

ELC 120

Ref. Standards BS 1377; 1924; EN 13286-47/ ASTM D 1883; AASHTO 193

The equipment consist of the following replaceable parts :

ELC 062-1-BS-ASTM Load Frame, 50 kN Capacity

ELC 12001 Mould

ELC 12002

ELC 12003

Perforated Base Plate

Extension Collar

ELC 12004

ELC 12005

ELC 12006

ELC 12007

Penetration Piston 50 mm face dia

Adjustable Bracket for Penetration Dial Gauge

Circular Metal Spacer Disc, with detachable handle

Annular Metal Weight

ELC 12008

ELC 12009

ELC 12010

ELC 12011

ELC 11002

ELC 11102

ELC 274

ELC 072

Slotted Metal Weight

Perforated Plate

Metal Tripod for Dial Gauge

Cutting Collar

Rammer Light Compaction

Rammer Heavy Compaction

Proving Ring Capacity 50 kN

Dial Gauge 25 mm travel, 0.01 mm least count

ELC 120-MS www.edibon.com

A42

Laboratory California Bearing Ratio

Test Apparatus, Motorised, Electronic

ELC 121

Similar to ELC 120, but with ELC 12101 in place of ELC 072 & ELC 274

Electronic outfit for CBR Test

ELC 12101

The equipment consist of the following replaceable parts :

ELC 1210101

Digital Indicator

Mode of Display : Micro controller multi line alpha numeric LCD display for all simultaneous channel (No need for channel selection)

ELC 1210102

Capacity

Maximum overload :

Load Cell

: 50 kN Compression Type

110% of the rated capacity

Sensing

ELC 1210103

Range

Sensing element

: Strain Gauges in full bridge configuration

Displacement Transducer

:

:

0-20 mm with 3 m long cable

LVDT

ELC 121-1 Laboratory California Bearing Ratio Test Apparatus,

Motorised, Electronics with 'Geostar' & 'DAQ'

ELC 121-1

Similar to ELC 121, but with ELC 101 'DAQ' & ELC 10116 Analysis Software for CBR

1 No.

1 No.

“GeoStar” the Geotechnical Software for

Testing, Analysis and Reporting

ELC 10116

The analysis and reporting of following Tests can be performed

• Unconsolidated Undrained Triaxial Test

• Consolidated Undrained Triaxial Test

• Consolidated Drained Test

• Direct / Residual Shear Test

• CBR Test

• One Dimensional Consolidation Test

These package of softwares are supplied as required by the purchaser and are accessed by an activation license supplied by Edilab, allowing the customer to build up a suite of software on an “as required basis” depending upon the need.

Common Features for all the tests:

• The Software allows selection of British / Indian Standards for analysis as required.

• Tests can be performed in SI, Imperial or metric Units

• Clear and easy to use. Test information is presented on menu driven screen.

• Each package guides through the test procedure in a very user friendly way.

• A database is set up to store and manage completed analysis records. Currently MS – Access is offered as default database. For other database systems like SQL etc.. such third party license is required to be obtained by the user.

• The software directly reads the data format for analysis from StarDAQ

A43 www.edibon.com

• An option to enter the data manually and save it in a format understood by “GeoStar” makes the system so flexible for those, who have only the experimental setup without the automatic Data Acquisition or Data logging system.

• Extensive search functions are available based on Date of Analysis, Analysis done by different user accounts, or search based on duration etc. For easy retrieval of old data.

• The default reports are generated automatically, in crystal reports and can be printed directly. The reports can also be exported to Word, Excel or pdf formats and the usage is governed by the third party license that are available with the users.

• Customisable Report Header / Footer.

• The inbuilt utilities include Master Unit Converter, Unit conversion Calculator, besides the normal and Scientific system calculators.

• Database back up and restore facilities are available.

• Complete User activity logging is available.

Special Features & Graphs available for CBR Analysis Software

• Manual data entry facility

• Find out CBR value in % at 2.5mm and 5mm Penetration

• Graph for load vs Penetration (top side, bottom side and both)

• Graph correction facility available

• Graph expand facility

'GeoStar' Welcome Screen

Ordering Information:

ELC 120

ELC 120-MS

ELC 121

Laboratory California Bearing Ratio Test Apparatus, Motorised, Three speed (with GM Mould)

Laboratory California Bearing Ratio Test Apparatus, Motorised, Three Speed (with MS Mould)

Laboratory California Bearing Ratio Test Apparatus, Motorised, Three Speed, Electronics

ELC 121-1 Laboratory California Bearing Ratio Test Apparatus, Motorised, Electronics with DAQ & GeoStar

Optional Accessories :

ELC 12014

ELC 12015

ELC 12016

Annular Metal Weight 5 kg, 147 mm dia with 53 mm dia central hole.

Slotted Metal Weight 5 kg, 147 mm dia with 53 mm dia slot.

Soaking Tank for 6 Nos. CBR Moulds

ELC 12101

ELC 101

ELC 10116

Electronic outfit for CBR Test

Edilab Data Acquisition System

GeoStar Analysis and Reporting software Module for California Bearing Ratio Test for single user license

ELC 120-BS Laboratory California Bearing Ratio Test Apparatus, Motorised as per BS

ELC 120-ASTM

Laboratory California Bearing Ratio Test Apparatus, Motorised as per ASTM

ELC 121-BS

Laboratory California Bearing Ratio Test Apparatus, Motorised Electronics as per BS

ELC 121-ASTM

Laboratory California Bearing Ratio Test Apparatus, Motorised, Electronics as per ASTM

ELC 121-1-BS

Laboratory California Bearing Ratio Test Apparatus, Motorised, Electronics with DAQ & GeoStar as per BS

ELC 121-1-ASTM Laboratory California Bearing Ratio Test Apparatus, Motorised, Electronics with DAQ & GeoStar as per ASTM www.edibon.com

A44

Consolidation

Ref. Standards : BS:1377, ASTM D2435

Consolidation of clay deposit leads to distress in buildings such as cracks and failures. Consolidation is reduction of volume of soil due to expulsion of water from its pore space caused by sustained loading. This phenomenon is time dependent. The one dimensional consolidation test performed on an undisturbed sample of clay is useful for understanding the history of the soil deposit. The test results can be used for calculating the settlement of structures built on clayey soil.

Consolidation Apparatus :

ELC 125, ELC 125-1, ELC 126, ELC 126-1, ELC 127,

ELC 127-1, ELC 127-2, ELC 127-3, ELC 129,

ELC 129-1 ELC 129-2 & ELC 129-3

The standard outfit comprises of a fixed ring type of consolidometer cell for testing specimens of 60 mm dia x 20 mm thick, but the unit is so designed that specimens of varying sizes from 50 mm dia to 100 mm dia can also be tested. Besides, the same loading unit can be used with floating ring consolidometer cells, which are supplied at extra cost.

The standard outfit is supplied with a set of weights to give

The necessary accessories to perform the permeability test of the ‘Varying Head’ type can also be provided at extra cost. The outfits for three-gang and six-gang are available in which three / six consolidometers can be mounted on a single frame. The consolidation may be measured by the conventional dial gauges or using the transducers and electronic readout unit.

Electronic Measurement System :

• Digital readout reduces the possibility of operator error.

• Direct reading in mm.

• Plug-in transducer module system.

• Facility for connecting readout unit to compatible logging or printing system.

• Compatible to existing Edilab Models.

Electronic measurement of the vertical consolidation of soil specimen, using a displacement transducer connected to a precalibrated readout unit, offers the operator all the advantages of a digital display without the errors which can occur while reading conventional dial gauges.

The basic equipment for monitoring the test comprises of a readout unit and a transducer module for connection to a consolidation frame. Consolidation is measured by mounting the transducer in the same position as a conventional dial gauge. The movement of the transducer stem performs exactly the same function as would the dial gauge spindle and the output is converted into an electrical signal. The signal is then displayed in true engineering units on the readout unit. For three gang unit or six gang unit, 3 or 6 transducer modules are used, but the readout unit is of three or six channel type.

A45

ELC 125

ELC 126-1 www.edibon.com

“GeoStar” the Geotechnical Software for

Testing, Analysis and Reporting

ELC 10125

The analysis and reporting of following Tests can be performed

• Unconsolidated Undrained Triaxial Test

• Consolidated Undrained Triaxial Test

• Consolidated Drained Test

• Direct / Residual Shear Test

• CBR Test

• One Dimensional Consolidation Test

These package of softwares are supplied as required by the purchaser and are accessed by an activation license supplied by Edilab, allowing the customer to build up a suite of software on an “as required basis” depending upon the need.

Common Features for all the tests:

• The Software allows selection of British / Indian Standards for analysis as required.

• Tests can be performed in SI, Imperial or metric Units

• Clear and easy to use. Test information is presented on menu driven screen.

• Each package guides through the test procedure in a very user friendly way.

• A database is set up to store and manage completed analysis records. Currently MS – Access is offered as default database. For other database systems like SQL etc.. such third party license is required to be obtained by the user.

• The software directly reads the data format for analysis from

StarDAQ

• An option to enter the data manually and save it in a format understood by “GeoStar” makes the system so flexible for those, who have only the experimental setup without the automatic Data

Acquisition or Data logging system.

• Extensive search functions are available based on Date of Analysis,

Analysis done by different user accounts, or search based on duration etc. For easy retrieval of old data.

• The default reports are generated automatically, in crystal reports and can be printed directly. The reports can also be exported to

Word, Excel or pdf formats and the usage is governed by the third party license that are available with the users.

• Customisable Report Header / Footer.

• The inbuilt utilities include Master Unit Converter, Unit conversion

Calculator, besides the normal and Scientific system calculators.

• Database back up and restore facilities are available.

• Complete User activity logging is available.

Special features & graphs available with consolidation software :

• Calculate dry density, initial void ratio and moisture content of specimen

• Calculate the pre consolidation pressure of the soil

• Software should be user friendly with option for manual as well as automatic recording system

• Plot time Vs Deformation readings and give the value of t

50

• Plots void ratio Vs effective stress increments. It should the Cc, Mv,

Av, Cv and Cs values for the desired loading cycles

'GeoStar' Welcome Screen

Cumulative height Vs Square Root of time e log p curve e log p curve for Pc

Cumulative height Vs Square Root of time www.edibon.com

A46

Consolidation Apparatus :

The constituents of various models are detailed in the table.

ELC 125 ELC 126 ELC 127 ELC 129 ELC 127 - 1 ELC 129 - 1

Single gang 3-gang Single gang 3-gang Single gang 3 - gang

Electronic Electronic Electronic with Electronic with

DAQ

& Software

DAQ

& Software

No. of Loading Units mounted on frame

ELC12502

Consolidation Cell Assembly consists of the following :

ELC 1250201

Fixed ring with

Guide ring

ELC 1250202

Top Porous stone

ELC 1250203

Bottom Porous stone

1

1

1

1

3

3

3

3

1

1

1

1

3

3

3

3

1

1

1

1

1

3

3

3

ELC1250204

Pressure Pad

ELC 1250205

Channelled base with water inlet

ELC 1250206

Gasket

ELC 1250207

Water Jacket

ELC 12503

Set of weights : 7 x 0.05 kg/cm

2

2 2

5 x 0.1 kg/cm , 6 x 0.2 kg/cm ,

2 2

6 x 0.5 kg/cm , 5 x 1.0 kg/cm

ELC 12504

Water Reservoir with plastic tube,

T - connection and a pinch cock

ELC 070

Dial Gauge, 5 mm travel,

0.002 mm least count

Electronic Instrumentation System

ELC 12801

Displacement sensor, 0-20mm complete with 3 m long cable (side entry) mounting bracket

Consolidation Indicator, Single channel

ELC 13001

Consolidation Indicator, Three channel

StarDAQ

ELC 101

Edilab Data Acquisition System

ELC 10125

GeoStar Analysis and Reporting

Software Module for One Dimensional

Consolidation (Odeometer)

Test for single user license

1

1

1

1

1

1

1

-

-

3

3

3

3

3

3

3

-

-

-

1

1

1

1

1

1

-

1

1

-

-

-

3

3

3

3

3

3

-

3

-

1

-

-

1

1

1

1

1

1

-

1

1

1

1

3

3

3

3

3

3

-

3

-

1

1

1

Note: Consolidation Apparatus with six cell will be provided on request.

A47 www.edibon.com

Ordering Information:

ELC 125

Consolidation Apparatus, Single gang

ELC 125-1 Consolidation Apparatus, Single gang, New Bench Model, Analogue

ELC 126

Consolidation Apparatus, Three gang

ELC 126-1 Consolidation Apparatus, Three gang, New Bench Model, Analogue

ELC 127

Consolidation Apparatus, Single gang, Electronic

ELC 127-1

Consolidation Apparatus, Single gang, Electronic with StarDAQ & Software

ELC 127-2 Consolidation Apparatus, Single gang, New Bench Model, Electronic

ELC 127-3 Consolidation Apparatus, Single gang, New Bench Model, Electronic with StarDAQ & GeoStar

ELC 129

Consolidation Apparatus, Three gang, Electronic

ELC 129-1

Consolidation Apparatus, Three gang, Electronic with StarDAQ & Software

ELC 129-2 Consolidation Apparatus, Three gang, New Bench Model, Electronic

ELC 129-3 Consolidation Apparatus, Three gang, New Bench Model, Electronic with StarDAQ & GeoStar

ELC 10125

GeoStar Analysis and Reporting software Module for one dimensional Consolidation (Odeometer)

Test for single user license

As per BS/ASTM is also available.

Optional Extras :

Consolidation Cell Assembly :

Complete with Fixed Ring, Guide Ring,

Pair of Porous Stones, Perforated

Pressure Pad, Chanelled Base, Gasket and Flanged Water Jacket

(Comprising 29 assorted weights)

Floating Ring type Consolidometer :

Consolidation Cell Assembly complete with Fixed Ring and Guide Ring,

Pair of Porous Stones, Pressure Pad and Cutting Collar

Specimen Size

60mm dia x

20mm thick

50mm dia x

20mm thick

70mm dia x 100mm dia x

20mm thick 25mm thick

ELC 12502

ELC 12520

ELC 12511

ELC 12521

ELC 12512 ELC12513

ELC12522 ELC 12523

Varying Head Stand Pipe 50 cm long with mm scale

Water Trough

Specimen Cutting Ring

ELC 12530

ELC 12540

ELC 12550

ELC 12560

ELC 12570

ELC 12531

ELC 12541

ELC 12532 ELC 12533

ELC 12542 ELC 12543

ELC 12550

ELC 12560

ELC 12571

ELC 12550 ELC 12550

ELC 12560 ELC 12560

ELC 12572 ELC 12573 www.edibon.com

A48

Pneumatic Consolidation Apparatus

ELC 127-4

New

Consolidation is reduction of volume of soil due to expulsion of water from its pore spacer caused by sustained loading. It is time dependent. The one dimensional Consolidation test results can be used for calculating the settlement of structures built on clayey soil.

Conventional mechanical type Consolidation Apparatus use Dead Weights on loading yoke for application of pressure which have chances of human error resulting in some variation in application of Normal pressure on the sample.

To overcome this problem, Edilab has come out with a Pneumatic model which totally eliminates chances of such error taking place.

Salient Features:

• Bench Model

• Compact & easy to operate

• Adjustable Upper Cross Beam

• Instantaneous loading without impact

• Maintains the load regardless of sample compression

• Application of Pressure – Smooth & Error free

• No variation in Applied Pressure over a longer duration

• Model available with Data Acquisition & Analysis Software

• Integral digital indicator simplifies checking the load applied & set up of pre determined load

Technical Specifications:

• Capacity (Pressure)

• Pressure Cell

• Least Count

• LVDT

• Least Count

• Consolidation Indicator

• Memory

• Sample

• Display of Pressure & Displacement

- 10kg/cm²

- 20kg/cm²

- 0.01kg/cm²

- 0-10mm

- 0.001mm

- 1 No.

- 2 MB

- 60mm dia x 20mm thick

• Provision for testing samples of diameter varying from 50 to 100mm

ELC 127-4

Note 1 Compressed Air is needed to operate the machine. Compressor with Moisture Trap (if required) can be supplied at extra cost.

Note 2 If Data Acquisition and Analysis Software are ordered, they are integrated into the indicator.

Ordering Information :

ELC 127-4

Pneumatic Consolidation Apparatus

Optional Accessories:

ELC 101

Edilab Data Acquisition System

ELC 10125 GeoStar Analysis and Reporting software Module for One dimensional Consolidation (Odeometer)

Test for single user license

A49 www.edibon.com

Automatic Consolidation Apparatus

– Touchscreen based

ELC 127-4-T

New

Ref. Std. : IS : 2720-15

The Automatic Consolidation Apparatus eliminates the use of the traditional hanging weight system. It is a compact, table top system with low power consumption and highly accurate output of results. The instrument minimises the human factor/error associated with the conventional testing method.

Technical Specification:

Loading Type

Load Capacity

Displacement

Form Factor

Interface

Loading Modes

: Electromechanical

: 5 kN

: 0-10mm

: Compact, Table Top

: 7 inch resistive touchscreen with stylus

: Manual and Automatic

No. of Steps for Loading

Data Logging

Displacement resolution

: 24

: Linear, Square Root and Logarithmic

: 0.01mm

Displacement Accuracy : Within 1% of working range

Effective Pressure Resolution : 0.01Kg/cm

2

Data Downloading : Via Pen Drive

Dimensions

Net Weight

Gross Weight

Power

: 28cm x 34.5cm x 40.8cm without consolidation assembly

: 15 Kgs Approx

: 20Kgs

: 220V AC, 78 hour power back-up

Salient Features:

• Full Touch screen based system

• No hanging weight system

• High accuracy

• Table top

• Virtually noise less operation

Suitable for operation on 220 V, 50 Hz, Single Phase, AC Supply.

Ordering Information :

ELC 127-4-T Automatic Consolidation Apparatus – Touchscreen based

ELC 127-4-T www.edibon.com

A50

Permeability

Permeability is a property of soil which permits flow of water through its interconnecting voids. Permeability is an important engineering property which governs the rate of settlement of saturated compressible soil layers and the rate of flow of aquifer. Permeability is taken into account for pumping ground water, spacing well points for de-watering foundation sites for excavation, retention of water in reservoirs, design of dams and selection of soils to be used for various zones of embankments of dams and reservoirs.

Coefficient of permeability can be computed from effective diameter of particles, porosity, specific surface and from consolidation test results. But permeability depends on numerous factors; hence, determination of permeability by direct laboratory method using an apparatus called Permeameter is considered more accurate. Specimen used in a permeameter is small, time taken is less and results obtained are accurate.

There are two types of Permeameters, namely Constant Head Permeameter and Falling Head Permeameter. Falling coefficient of permeability and Constant Head Permeameters are used for coarse grained cohesion less soils.

Permeability Apparatus :

Ref. Standards BS 1377

Laboratory Permeability Apparatus

(Falling Head method)

ELC 131

For testing soil with coefficient of permeability in the range

-7

The equipment consist of the following replaceable parts :

ELC 13101 Stand with three glass tubes of 6 mm,

10 mm and 20 mm dia approx.

ELC 13102 Metallic Mould 100 mm dia x 127.3 mm height, 1000 ml volume.

ELC 13103 Extension Collar 100 mm dia x 60 mm height.

ELC 13104 Drainage Base Plate with a recess for

Porous Stone and an Outlet Valve.

ELC 13105 Metallic Clamping Ring

ELC 13106 Drainage Cap with recess for a Porous

Stone and fitted with Inlet Valve and Air

Release Valve.

ELC 13107 Dummy Plate to serve as False Bottom during compaction.

ELC 13108 Porous Stone for Drainage Base Plate.

ELC 13109 Porous Stone for Drainage Cap

ELC 13110 Rubber Connection Tube 3m long, with

Pinch Cock

ELC 131 ELC 13111

Ordering Information :

ELC 131 Laboratory Permeability Apparatus

Optional Accessories for Constant Head Method

ELC 13111 Overhead tank required for the constant head method made of steel, approx. 37.5 cm dia and

1m high. It is provided with an inlet port at the top, six outlets at the bottom with cocks, air inlet and water filling tube at the top. An arrangement to indicate the water level is also provided.

ELC 11002 Rammer 2.5 kg X 300 mm controlled fall

ELC 11102-H Rammer 4.5 kg X 450 mm controlled fall

As per BS is also available.

A51 www.edibon.com

Swell Pressure

More than 20% of India’s surfacial deposits consist of expansive black cotton

2

These soil deposits heave considerably when they get wet and lose shear strength. Thus it is important to know about this property of the swelling soil at a given site specially where projects on roads, railways, irrigation, buildings, etc. are envisaged. Edilab provides the instrument required for determining this parameter.

Swell Test Apparatus

ELC 132

It is designed to determine the swelling pressure developed by soil specimens moulded to desired densities at known moisture contents, when soaked in water. The load applied to restrain the swelling is transferred on to a load measuring proving ring through a perforated swell plate and a load transfer bar.

The proving ring is attached to the lead screw of hand operated load frame. A soaking tank is provided for saturating the specimen and the base of the mould provided has channels and radial grooves with connecting holes.

The equipment consist of the following replaceable parts :

ELC 13207 Load Frame, Hand operated, Capacity 5 kN

ELC 11001 Mould 100 mm dia x 127.3 mm height (1,000 ml volume) with base plate and collar.

ELC 265

ELC 072

Proving Ring, 2.5 kN capacity.

Dial Gauge 25 mm travel, 0.01 mm least count.

ELC 13201 Perforated Swell Plate 100 mm dia x 16 mm thick.

ELC 13202 Spacer 100 mm dia x 12.7 mm thick.

ELC 13203 Pair of Porous Stones 100 mm dia x 12.7 mm thick.

ELC 13204 Load Transfer Bar

ELC 13205 Steel Ball

ELC 13206 Soaking Tank, 250 mm dia x 210 mm high

Ordering Information:

ELC 132 Swell Test Apparatus

Standard Penetration

Standard Penetration Test Set

ELC 133

Standard Penetration Test is a powerful tool for measuring the penetration resistance of the ground and for relating it to the degree of compactness of cohesionless soil and consistency of cohesive soil. The results can be used for design of foundations. SPT is widely used for measuring the undisturbed strength of the soil and for assessing its resistance to liquefaction due to ground vibrations caused by earthquakes or other dynamic forces.

The Standard Penetration Resistance is measured as the number of blows ‘N’ required to drive a split spoon sampler to a depth of 300 mm using a 63.5 kg weight falling freely through a height of 750 mm.

ELC 133

ELC 132 www.edibon.com

A52

The equipment consist of the following replaceable parts :

ELC 016 Split Spoon Sampler 50.8 mm OD and 38 mm ID.

This sampler consists of :

ELC 01601 Body split lengthwise.

ELC 01602 Shoe hardened with an inside cutting edge.

ELC 01603 Head fitted with a ball check valve and adapter to connect ‘A’ type drill rod.

ELC 019 - 1

ELC 021

ELC 022

ELC 02404

ELC 13301

Drive Weight Cast Iron, 63.5 kg, 78 mm bore ID approx.

Guide Pipe Assembly Bore 73 mm OD approx.

Tripod with Pulley and built-in Ladder.

‘A’ Type Drill Rods 0.5 mtrs.

Manila Rope 19mm dia 10 m

Optional Accessories :

ELC 017 Split Spoon Sampler with Brass Liner, 50.8 mm OD and 35 mm ID

This sampler consists of :

ELC 01701

ELC 01702

ELC 01703

ELC 01704

Body split lengthwise.

Shoe hardened with an inside cutting edge.

Head of split spoon sampler with adapter to connect A-type drill rod.

Brass Liner.

1 No.

1 No.

2 Nos.

1 No.

Ordering Information:

ELC 133 Standard Penetration Test Set (with ELC 016, ELC 019-1, ELC 021, ELC 022, ELC 02404 & ELC 13301

Optional Accessories

ELC-13302 Auger SPT

Dynamic Cone Penetration

Dynamic Cone Penetration Test Apparatus

ELC 134

For determining the resistance of different types of soil strata to dynamic penetration of a 50 mm cone and thereby obtain an indication regarding their relative strength or density or both. The method helps reconnaissance survey of large area in a short time.

In some cases, especially if the depth is great, it may be difficult to pull out the cone after the completion of the test.

Hence the cone without threads should be used in case of deep soundings as it may be left in the ground. For shallow depths, generally upto 15 m, if the conditions permit, the cone with threads may be used.

The equipment consist of the following replaceable parts :

ELC 13401

ELC 13402

ELC 13403

ELC 13404

ELC 022

ELC 019

ELC 021 - 1

ELC 02402

ELC 13301

Dynamic Cone plain 50 mm base dia and cone angle of 60°

Cone Adapter which fits on ELC 13401 Cone, with standard threads for type ‘A’ drill rod coupling

Dynamic Cone threaded for type ‘A’ rod coupling, 60° cone angle, 50 mm base dia

Stand for keeping the rods vertical

Tripod with built-in ladder-

Guide Pipe Assembly 43 mm OD approx.

‘A’ Type Drill Rods 1mtr

Manila Rope 19mm dia 10m

1No.

Drive Weight Steel 65 kg Bore 45 mm ID approx. 1No.

1No.

1No.

1No.

Ordering Information:

ELC 134 Dynamic Cone Penetration Test Apparatus

A53 www.edibon.com

Static Cone Penetration

Dutch Sounding Methods

• Provides essential information for Foundation Engineers.

• Reduces cost of expensive boring and sampling.

• Precise control for sounding speed (Engine Driven Model).

Extensive use of Static Cone Penetrometers originated in Holland where buildings are constructed in areas mostly reclaimed from the sea-bed. In the recent past, a number of research projects in the country have been undertaken in order to correlate Static Cone Test results with the Standard (Dynamic) Penetration Test results, resulting in widely different correlation factors depending upon local geological history.

The Static Cone Penetration Test is also found to be a handy tool for predetermining the length and estimating the load carrying capacities of piles passing through soft compressible strata and resting upon hard clays, sands or gravel. The penetration resistance of the cone has nearly the same value as the load which can be carried by the actual pile per unit area of the pile tip. By using the additional friction jacket with the standard equipment, identification of various soil types is also possible.

by static thrust, required to cause a bearing capacity failure of the soil immediately surrounding the point where measurements are required to be made.

Such measurements made at suitably desired intervals, provide a continuous bearing capacity profile and hence a shear strength profile of the soil at the sounding location.

The cone point is advanced with a two rod system. The outer casing protects the inner rod from soil friction and buckling.

The protected inner rod advances the cone during the sounding operation and the pressure is measured on pressure gauges. The friction jacket helps in obtaining additional information like static soil friction (skin friction) against the steel sleeve. Two types of mantle tubes each 1 m long are available.

The mantle tube with uniform dia of 36 mm enables the determination of total cumulative skin friction of the soil in addition to the cone resistance. If cone resistance is the main requirement and cumulative skin friction is not to be measured, then mantle tubes of non-uniform dia are to be used.

The judicious combination of both types of tubes would be an ideal one, the number of each depending upon local geological history.

Static Cone Penetrometer 30kN Capacity,

Hand Operated

ELC 135

The drive is made possible with the help of a rack and pinion driven manually through a gearing arrangement. The gear box and pinion are fixed on two handles. sprockets and chain arrangement. The movement of the rack is guided by a bracket

(attached on the rack) and two pillars. The penetration resistance i.e. the pressure, is indicated on hydraulic gauges through a hydraulic measuring head. Two pressure gauges of automatic cut-off valve, to protect the low capacity gauge from being overloaded, is also provided. The valve can be adjusted and locked at desirable values between 20 to

A provision is made to anchor the unit to the ground (with the help of four anchors supplied with the unit) and there is also a provision for lateral movement of the unit, so that subsequent tests can be penetration cone with friction jacket is provided along with fifteen mantle tubes (non-uniform) having an effective length of I m each with sounding rods for finding out the cone (point) resistance or jacket friction.

ELC 135 www.edibon.com

A54

The equipment consist of the following replaceable parts :

ELC 13501

ELC 13502

ELC 13504

ELC 13505

ELC 13506

ELC 13507

ELC 13508

ELC 13509

ELC 13510

ELC 13511

Mantle Tube non-uniform 36 mm OD at the two ends and reduced dia in between with sounding rod, working length 1m

Load Measuring Head with Automatic Cut-off Valve, and Oil Can without

Pressure Gauges

Screw Anchor with Bolt

Anchor Driving Handle

T-Rod

Spanner

Extension Pipe 0.5 m long for Anchor Driving Handle

Note: Mantle Tubes with uniform diameter can be ordered at extra Cost.

Ordering Information:

ELC 135

Static Cone Penetrometer 30 kN Capacity, Hand Operated

1 No.

15 Nos.

1 No.

1 No.

1 No.

4 No.

1 No.

1 No.

1 No.

1 No.

Static Cone Penetrometer

Capacity 100 kN (Engine Driven)

ELC 136

For reaching greater depths and to facilitate easy and constant rate of penetration of 1 to 2.5 cm/sec of the cone, the engine-driven Static Cone

Penetrometer of 100 kN (10,000 kgf) capacity is preferable.

The equipment consists of a hydraulic pump driven by a Diesel Engine. The whole system is mounted on a towable trolley fitted with pneumatic wheels. The pumping unit and ram are connected by means of flexible pipes through a direction control valve. The hydraulic ram moves on a two pillar stand mounted on a trolley.

The equipment consist of the following replaceable parts :

ELC 13601 Penetration Cone steel, 60° cone angle, 10 cm

2 base area, with friction jacket -

ELC 13602 Mantle Tube 36 mm uniform OD with Sounding Rod working length 1 m

ELC 13603 Load Measuring Head with Automatic Cut-off Valve, and Oil Can without Pressure Gauges

ELC 13604 Pressure Gauge 0-600 x 5 kg/cm

ELC 13605 Pressure Gauge 0-100 x 1 kg/cm

ELC 13606 Trusses

ELC 13607 Screw Anchor 45 cm

ELC 13608 Screw Anchor 30 cm

ELC 13609 Screw Anchor 20 cm

ELC 13610 Screw Anchor Rod with Cone

ELC 13611 Driving handle for Screw Anchor

ELC 13612 Extension Pipe for Handle

ELC 13613 Clamping Screw with Nuts

ELC 13614 Extractor Tube with Connector

ELC 13615 Tool Box

1 No.

30 Nos.

1 Nos.

1 Nos.

1 Nos.

2 Nos.

6 Nos.

6 Nos.

6 Nos.

6 Nos.

1 No.

4 Nos.

6 Nos.

1 No.

1 No.

Ordering Information:

ELC 136 Static Cone Penetrometer Capacity 100 kN (Engine Driven)

ELC 136

A55 www.edibon.com

Static Cone Penetrometer Digital

Capacity 100 kN (Engine Driven)

ELC 136-DG

For reaching greater depths and to facilitate easy and constant rate of penetration of 1 to 2.5 cm/sec of the cone, the enginedriven Static Cone Penetrometer of 100 kN capacity is preferable.

The equipment consists of a hydraulic pump driven by a Diesel

Engine. The whole system is mounted on a towable trolley fitted with pneumatic wheels. The pumping unit and ram are connected by means of flexible pipes through a direction control valve. The hydraulic ram moves on a two pillar stand mounted on a trolley.

The equipment consists of the following replaceable parts :

ELC 13601 Penetration Cone steel, 60° cone angle,

10 cm base area, with friction jacket - 1 No.

ELC 13602 Mantle Tube 36 mm uniform OD with Sounding Rod working length 1 m 30 Nos.

ELC 13606 Trusses 2 Nos.

ELC 13607 Screw Anchor 45 cm

ELC 13608 Screw Anchor 30 cm

6 Nos.

6 Nos.

ELC 13609 Screw Anchor 20 cm

ELC 13610 Screw Anchor Rod with Cone

ELC 13611 Driving handle for Screw Anchor

ELC 13612 Extension Pipe for Handle

ELC 13613 Clamping Screw with Nuts

ELC 13614 Extractor Tube with Connector

ELC 13615 Tool Box

ELC 13621 Digital Indicator Capacity, 100x0.01kN

(Battery Operated) with load cell

6 Nos.

6 Nos.

1 No.

4 Nos.

6 Nos.

1 No.

1 No.

1 No.

Ordering Information:

ELC 136-DG Static Cone Penetrometer Digital, Capacity 100 kN (Engine Driven)

ELC 136-DG

Static Cone Penetrometer

Capacity 200 kN (Engine Driven)

ELC 136-20

20 ton capacity static cone penetrometer machine with standard accessories for 30 meter depth. Digital read out for load and displacement. 12 volt electronics operated sensors and transducers. Hydraulic Operated anchor driving system provided.

Technical Specifications :

It is trailor mounted machine with two wheel properly aligned and can be towed with any vehicle to field area. It has 8 points anchoring system with independent hydraulic motor driving control valve fitted on movable driving assembly.

PRIME MOVER: 20 HP air cooled diesel engine from Kirloskar model DA-20 mounted on anti vibration pad.

HYDRAULIC CYLINDERS: Two cylinders having 100mm ID and 1100 mm stroke working simultaneously. To achieve optimum load required.

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A56

ELC 136-20

MASTER CONTROL PANEL: Located at front of the cylinders and driving unit. It has digital read out panels for Load applied on cone and displacement in mm along with directional control valves, pressure relief valves and pressure gauges.

DISPLACEMENT SYSTEM: It is digital system to check the travelling of cone in the soil in millimeters. The whole electronics system is operated by 12 volt DC battery provided with engine.

The equipment consist of the following replaceable parts :

ELC 13601

ELC 13602

ELC 136-2002

ELC 136-2003

ELC 136-2004

ELC 136-2005

ELC 136-2006

ELC 136-2007

ELC 136-2008

ELC 136-2009

ELC 136-2011

ELC 136-2012

ELC 136-2013

Penetration Cone with friction jacket

Mantle tube with sounding rod 1 mt. length

Hyd. motorised Anchor driving Assly

Anchors 150 mm dia

220 mm dia

350 mm dia

Anchor pipes

Anchors bottom shoe bolt.

Locking Bolts

Mantle tube extractor assembly

Pin for Static load checking

Tarpauline cover

Load cell with digital indicator

1 No.

30 Nos.

1 No.

8 Nos.

8 Nos.

8 Nos.

8 Nos.

8 Nos.

8 Nos.

1 No.

1 No.

1 No.

1 No.

Ordering Information :

ELC 136-20 Static Cone Penetrometer Capacity 200 kN (Engine Driven)

A57 www.edibon.com

Field Vane Shear

ELC 138

This apparatus is designed for conducting in-situ Vane Shear test from the bottom of bore hole in saturated cohesive deposits, for determining their in-place shearing resistance.

The equipment consists of a torque applicator assembly mounted on a base. A gear wheel, which is marked in degrees, holds a torque ring and is geared to a crank.

The torque ring has a section cut from it and deforms as torque is applied and the resultant deformation is indicated by a dial gauge. A pointer is provided for registering the rotation of the vane.

A detachable stand is provided to anchor the instrument. An attachment to securely hold the string of rods is provided.

A calibration curve to convert the dial gauge readings to kg-cm of torque is also supplied.

The equipment consist of the following replaceable parts :

ELC 13801 Torque Applicator Assembly, Capacity 2,000 kg-cm.

Complete with stand 1 No

ELC 13802 Vane (with Vane Rod), 37.5 mm dia x 75 mm high 1 No

ELC 13803 Vane (with Vane Rod), 50 mm dia x 100 mm high 1 No.

ELC 13804 Torque Rod (Square cross section) 60 cm long 1 No.

ELC 13805 Rods ( Quick coupling type) 1 m long

ELC 13806 Rods (Quick coupling type) 0.5 m long

25 Nos.

10 Nos.

ELC 13807 Dummy Rod

ELC 070 Dial gauge 0.002 mm x 5 mm

1 No.

1 No.

ELC 138

Ordering Information:

ELC 138

In-situ Vane Shear Test Apparatus

Optional Accessories :

ELC 13808 Vane (with Vane Rod), 65 mm dia x 130 mm high

ELC 13809 Vane (with Vane Rod), 75 mm dia x 150 mm high

ELC 13810 Vane (with Vane Rod), 100 mm dia x 200 mm high

ELC 13811 Guide with ball bearing arrangement, for alignment of the string of rods, for use with 10 cm casing pipe

ELC 13812 Guide with ball bearing arrangement, for alignment of the string of rods, for use with 15 cm casing pipe

The drilling equipment and casing for borehole and jacking arrangement which are required for performing the test, do not form part of the above outfit.

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A58

Deformation Modulus

Pressuremeter :

Conventional methods, like Standard Penetration Test, Static Cone Test, Dynamic Cone Test, etc. are well established and do reflect the maximum strength of a given layer of soil, but they give no idea of stress deformation behaviour of the concerned layer. Pressuremeter test fills this void.

Description :

The pressuremeter is an instrument for “in-situ” measurements of soil load / deformation parameters.

It consists of two main components :

Probe

A cylindrical metal body covered over its whole length by a radially deformable cover after initially covering the central section with a rubber membrane, thus forming three independent cells.

The central cell or measuring cell is filled with water under controlled pressure from the volumeter whilst the other two guard cells are inflated with gas automatically maintained at a slightly lower pressure.

Volumeter :

A fibre glass box with a front panel, on which are fixed various regulators, pressure gauges, valves, etc. Within the box is the volumeter which contains the central measuring cell; the volume variations during the test are read on the sight tube.

The range of pressure is 0 to 80 bar. The pressure is supplied from a compressed gas cylinder.

The Volumeter is connected to the probe by what appears to be a single flexible plastic tubing which in fact contains two coaxial tubings.

Procedure :

The Probe is placed within a previously drilled borehole at the desired elevation.

However, in certain types of soil below the water table, it can be driven directly provided it is protected by a special “slotted pipe”.

Pressure is then applied in equal increments and the corresponding volume variations noted at 30 and 60 sec. By plotting volumes at each increment versus pressure, an in-situ stress-strain curve is obtained.

The test is fully described in the Ponts and Chaussees manual ‘Test Procedure n* MS

IS:2’ (French equivalent to ASTM) and in IS:1892.

Results :

bearing capacity; with ‘modulus of deformation E’, the settlements can be calculated.

Applications :

An efficient and economical tool for the evaluation of most ground engineering problems and in particular :

• bearing capacity of shallow and deep foundations, piles or caissons

• settlement calculations of all foundations

• determination of earth pressures on retaining structures

• behaviour of laterally loaded piles

Pressuremeter type ‘GA’

80 bar capacity (AX Probe Outfit)

ELC 141

The equipment consist of the following replaceable parts :

ELC 14101 Control Panel complete with 100 bar pressure Gauges and Pressure Regulator

ELC 14102 Coaxial Connector

ELC 14103 Coaxial High Pressure Hose with End Connectors

(for pressure upto 80 bar)

ELC 14104 Coaxial Nylon Hose with End Connectors

(for pressure upto 25 bar)

1 No.

1 No

1 No.

1 No.

ELC 141

A59 www.edibon.com

ELC 14105 Connecting Rod

ELC 14106 Drill Rod, 1 m long

ELC 14107 Pressure Inlet Hose with End Connectors

ELC 14108 Bentonite Pump hand operated complete with Hoses

ELC 14109 Swivel Handle

ELC 14110 Thumb Spanner

ELC 14111 Wheel Top

ELC 14113 AX Probe without rubber parts

ELC 14114 Inner Membrane for AX Probe

ELC 14115 Metallic Cover for AX Probe

ELC 14116 Rubber Cover for AX Probe

ELC 14117 ‘O’ Ring for AX Probe (Pair)

ELC 14118 AX Probe Crown

ELC 14119 AX Size Auger

ELC 14120 Plain Pressure Testing Pipe for AX Probe

ELC14121 Perforated Pressure Testing Pipe for AX Probe (Set)

Pressuremeter type ‘GA’

80 bar Capacity (BX Probe Outfit)

ELC 142

The equipment consist of the following replaceable parts :

ELC 14101 Control Panel complete with 100 bar Pressure Gauges and Pressure Regulator 1 No.

ELC 14102 Coaxial Connectors 1 No.

ELC 14103 Coaxial High Pressure Hose with End Connectors (for pressure upto 80 bar)

ELC 14104 Coaxial Nylon Hose with End Connectors (for pressure upto 25 bar)

ELC 14105 Connecting Rod

1 No.

1 No.

1 No.

ELC 14106 Drill Rod 1 m long

ELC 14107 Pressure Inlet Hose with End Connectors

ELC 14108 Bentonite Pump hand operated, complete with Hoses

ELC 14109 Swivel Handle

ELC 14110 Thumb Spanner

ELC 14111 Wheel Top

ELC 14201 BX Probe without rubber parts

15 Nos.

1 No.

1 No.

1 No.

2 Nos.

2 Nos.

1 No.

ELC 14202 Inner Membrane for BX Probe

ELC 14203 Metallic Cover for BX Probe

ELC 14204 Rubber Cover for BX Probe

ELC 14205 ‘O’ Ring for BX Probe (Pair)

ELC 14206 BX Probe Crown

ELC 14207 BX Size Auger

ELC 14208 Plain Pressure Testing Pipe for BX Probe (Set)

ELC 14209 Perforated Pressure Testing Pipe for BX Probe (Set)

3 Nos.

3 Nos.

3 Nos.

3 Nos.

1 No.

2 Nos.

1 No.

1 No.

1 No.

15 No.

1 No.

1 No.

1 No.

2 Nos.

2 Nos.

1 No.

3 Nos.

3 Nos.

3 Nos.

3 Nos.

1 No.

2 Nos.

1 No.

1 No.

Pressuremeter ‘GA’ 80 bar

Capacity (AX and BX Probe Outfit)

ELC 143

The equipment consist of the following replaceable parts :

ELC 14101 Control Panel complete with 100 bar Pressure Gauges and Pressure Regulator 1 No.

ELC 14102 Coaxial Connector 1 No.

ELC 14103 Coaxial High Pressure Hose with End Connectors (upto 80 bar capacity) 1 No.

ELC 14104 Coaxial Nylon Hose with End Connectors (for pressure upto 25 bar)

ELC 14105 Connecting Rod

1 No.

1 No.

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A60

ELC 14106 Drill Rod 1 m long

ELC 14107 Pressure Inlet Hose with End Connectors

ELC 14108 Bentonite Pump hand operated, complete with Hoses

ELC 14109 Swivel Handle

ELC 14110 Thumb Spanner

ELC 14111 Wheel Top

ELC 14113 AX Probe without rubber parts

ELC 14114 Inner Membrane for AX Probe

ELC 14115 Metallic Cover for AX Probe

ELC 14116 Rubber Cover for AX Probe

ELC 14117 ‘O’ Rings for AX Probe (Pair)

ELC 14118 AX Probe Crown

ELC 14119 AX size Auger

ELC 14120 Plain Pressure Testing Pipe for AX Probe

ELC 14121 Perforated Pressure Testing Pipes for AX Probe (Set)

ELC 14201 BX Probe without rubber parts

ELC 14202 Inner Membranes for BX Probe

ELC 14203 Metallic Cover for BX Probe

ELC 14204 Rubber Cover for BX Probe

ELC 14205 ‘O’ Rings for BX Probe

ELC 14206 BX Probe Crown

ELC 14207 BX size Auger

ELC 14208 Plain Pressure Testing Pipe for BX Probe

ELC 14209 Perforated Pressure Testing Pipe for BX Probe (Set)

Pressuremeter ‘GA’

(AX Probe Outfit, Low Capacity)

ELC 144

The outfit is similar to ELC 141 but with a pressure capacity of 25 bar. ELC 14103,

ELC 14115 and 100 bar Pressure Gauges are not supplied with the unit.

Pressuremeter ‘GA’

(BX Probe Outfit, Low Capacity)

ELC 145

The outfit is similar to ELC 142 but with a pressure capacity of 25 bar.

ELC 14103 ELC 14203 and 100 bar Pressure Gauges are not supplied with the unit.

Pressuremeter ‘GA’

80 bar Capacity (NX Probe Outfit)

ELC 146

The outfit has a pressure capacity of 80 bar.

The equipment consist of the following replaceable parts :

ELC14101 Control Panel complete with 100 bar Pressure Gauges and

Pressure Regulator

ELC 14102 Coaxial Connector

1 No.

1 No.

ELC 14103 Coaxial High Pressure Hose with end connectors (upto 80 bar) 1 No.

ELC 14104 Coaxial Nylon Hose, with End Connectors

(for pressure upto 25 bar) 1 No.

2 Nos.

1 No.

1 No.

1 No.

3 Nos.

3 Nos.

3 Nos.

3 Pair

1 No.

2 Nos.

1 No.

1 No.

15 Nos.

1 No.

1 No.

1 No.

2 Nos.

2 Nos.

1 No.

3 Nos.

3 Nos.

3 Nos.

3 Nos.

1 No.

ELC 146

A61 www.edibon.com

ELC 14105 Connecting Rod

ELC 14106 Drill Rod 1 m long

ELC 14107 Pressure Inlet Hose with End Connectors

ELC 14108 Bentonite Pump hand operated, complete with Hoses

ELC 14109 Swivel Handle

ELC 14110 Thumb Spanner

ELC 14111 Wheel Top

ELC 14601 NX Probe without rubber parts

ELC 14602 Inner Membrane for NX Probe

ELC 14603 Metallic Cover for NX Probe

ELC 14604 Rubber Cover for NX Probe

ELC 14605 ‘O’ Rings for NX Probe

ELC 14606 NX Probe Crown

ELC 14607 NX size Auger

ELC 14608 Plain Pressure Testing Pipe for NX Probe

ELC 14609 Perforated Pressure Testing Pipe for NX Probe (Set)

1 No.

15 Nos.

1 No.

1 No.

1 No.

2 Nos.

2 Nos.

1 No.

3 Nos.

3 Nos.

3 Nos.

3 Pair

1 No.

2 Nos.

1 No.

1 No.

Pressuremeter ‘GA’

25 Bar Capacity (NX Probe Outfit)

ELC 147

The outfit is similar to ELC 146, but ELC 14103, ELC 14603 & 100 bar Pressure gauges are not supplied with the unit.

Ordering Information :

ELC 141

ELC 142

Pressuremeter type ‘GA’ 80 bar capacity (AX Probe Outfit)

Pressuremeter type ‘GA’ 80 bar Capacity (BX Probe Outfit)

ELC 143

ELC 144

ELC 145

Pressuremeter ‘GA’ 80 bar Capacity (AX and BX Probe Outfit)

Pressuremeter ‘GA’ (AX Probe Outfit, Low Capacity)

Pressuremeter ‘GA’ (BX Probe Outfit, Low Capacity)

ELC 146

ELC 147

Pressuremeter ‘GA’ 80 bar Capacity (NX Probe Outfit)

Pressuremeter ‘GA’ 25 bar capacity (NX Probe Outfit)

Optional Accessories : (To be ordered extra)

ELC 14112 Plate Jig

ELC 14125 Casing Pipe for AX Probe, 1.5 m long (10 Nos. required)

ELC 14126

ELC 14128

ELC 14130

ELC 14212

ELC 14213

Casing Shoe for AX Casing

Carbon-Dioxide Cylinder 4.5 kg

Nylon Cap with Mild Steel Ring for metallic cover for AX probe outfit

Casing Pipe for BX probe 1.5 m long (10 Nos. required)

Casing Shoe for BX Casing

ELC 14231

ELC 14612

ELC 14613

ELC 14631

Nylon Cap with Mild Steel Ring for metallic cover for BX probe outfit (2 Nos.)

NX size Casing Pipe 1.5 m long (10 Nos. required)

Casing Shoe for NX size Casing Pipe

Nylon Cap with Mild Steel Ring for metallic cover for NX probe outfit (2 Nos.) www.edibon.com

A62

Field California Bearing Ratio

California Bearing Ratio Test Apparatus, Field Type

ELC 155

ELC 155

Ref. Standard IS:2720 (Part 31)

The use of the in-situ CBR apparatus in large road construction projects has increased considerably in the recent years.

This apparatus, mounted on a rolled steel joist cantilevered from the back of the truck or fitted to the underside of a mobile frame, can be used to determine the bearing ratio (generally known as the California Bearing ratio) of soils quickly and efficiently for the evaluation of strengths of sub-grade & bases for roads & runway pavements.

This method of testing in-situ, using piston penetration, is useful for determining the load carrying capacity in the field, when the in-place density and water contents are such that the degree of saturation is 80% or greater, when the material is coarse grained and cohesionless so that it is not affected by changes in the water content when the material has been in-place.

The equipment consist of the following replaceable parts :

ELC 15501

Loading Jack with U-bracket, capacity 50 kN. This is specially designed for use with Field CBR test apparatus. It consists of a hand operated, two speed, screw jack fitted with a U-bracket. A hexagonal adapter is provided to fix a proving ring. A thrust bar, which passes through the U-bracket, is screwed on to a proving ring (supplied at extra cost) which protects the proving ring when the loading is eccentric.

ELC 15502

Swivel Head for the Loading Jack.

ELC 15503

Penetration Piston 50 mm dia threaded at the upper end, to connect to the various lengths of extension sleeves, through a connector.

ELC 15504

Extension Set consisting of 1 length of 5 cm, 2 lengths of 10 cm, 1 length of 30 cm, 1 length of 50 cm and

One length of 100 cm used as spacers between the proving ring and penetration piston. The lengths are machined from steel tubing.

ELC 15505

Connector Set consists of eight connectors for coupling the penetration piston and proving ring assembly, either directly or through extension pieces.

A63 www.edibon.com

ELC 15506

Datum Bar Assembly consisting of two stands and 1 m long Bar.

ELC 15507

Adjustable Bracket for mounting the Dial Gauge.

ELC 15508

Annular Metal Weight5 kg, 250 mm dia with 53 mm dia central hole.

ELC 15509

Slotted Metal Weight 5 kg, 215 mm to 250 mm dia with 53 mm dia slot - 2 Nos.

ELC 15510

Slotted Metal Weight 10 kg, 215 mm to 250 mm dia with 53 mm dia slot - 2 Nos.

Ordering Information :

ELC 155 California Bearing Ratio Test Apparatus, Field Type w/o Proving Ring & dial gauge

Optional Extras:

ELC 072

Dial Gauge 0.01x25 mm

ELC 274

Proving Ring 50 kN capacity

Plate Bearing Test

The Plate Bearing Test is essentially a model test of foundations. It gives the load deformation characteristics for determining the ultimate bearing capacity of foundations. This test is a standard technique for determining bearing capacity of soils and the results of other methods are compared and calibrated with the values obtained with plate bearing test. In this method, a steel plate is subjected to a gradual increment of load and the corresponding settlement is noted. The Ultimate Bearing Capacity is taken as the load at which the settlement increases at a rapid rate.

Plate Bearing Test Apparatus

ELC 157

ELC 157 www.edibon.com

A64

Ref. Standard IS:1888

The equipment consist of the following replaceable parts :

ELC 46801 Hand Operated Hydraulic Jack, Capacity 500 kN.

ELC 475 Hydraulic Hand Operated Pump with 200mm Dia Load Gauge capacity 500 kN.

ELC 47503 High Pressure Flexible Metallic Pipe 5 m long.

ELC 15702 Ball and Socket Arrangement consisting of two steel plates, with one steel ball in-between the plates.

ELC 15703 Extension Rod long, 12 mm dia x 25 cm for taking Dial Gauge readings.

ELC 15704 Magnetic base with female thread on top, for holding extension rod.

ELC 15705 Top End Plate 50 mm dia with male thread, for fitting on to the Extension Rods and positioning the Dial Gauge Plunger.

ELC 15706 Column 15 cm dia x 25 cm long, with flanges, complete with four bolts and nuts.

ELC 15707 Column 15 cm dia x 50 cm long, with flanges, complete with four bolts and nuts.

ELC 15708 Datum Bar light weight, portable, total span 5m height approx. 30 cm, mounted on two removable legs.

(It is made in two parts. Provision exists for Datum Bar of 2.5m span to be used.

A spare leg is provided for the purpose. Complete with two quick release clamps for positioning and holding the dial gauge brackets).

ELC 15709 Anchor Spikes

ELC 15711 Quick Release Clamp for positioning dial gauge bracket

ELC 072 Dial Gauge 25 mm travel, 0.01 mm least count

1 No.

1 No.

1 No.

1 No.

16 Nos.

4 Nos.

4 Nos.

2 Nos.

1 No.

2 Nos.

10 Nos.

4 Nos.

Note: As a wide range of bearing plates are manufactured, the customer is advised to select the plates from the following list according to his specific requirements.

Ordering Information :

ELC 157

Optional Accessories :

Plate Bearing Test Apparatus

ELC 15715 Grooved MS Plate 30 cm x 30 cm square x 25 mm thick

ELC 15716 Grooved MS Plate 45 cm x 45 cm square x 25 mm thick

ELC 15717 Grooved MS Plate 60 cm x 60 cm square x 25 mm thick

ELC 15718

Grooved MS Plate 75 cm x 75 cm square x 25 mm thick

ELC 15721 Plain MS Plate 30 cm x 30 cm square x 25 mm thick

ELC 15722 Plain MS Plate 45 cm x 45 cm square x 25 mm thick

ELC 15723 Plain MS Plate, 60 cm x 60 cm square x 25 mm thick

ELC 15724 Plain MS Plate 75 cm x 75 cm square x 25 mm thick

Note :

1. Grooved and plain plates of circular shape can be supplied on request.

2. When a plate bigger than 30 cm square is used, a series of smaller plates should be used concentrically in order to reduce the deflection of the edges of plate resting on the soil and ensure proper distribution of the load on the bottom plate.

A65 www.edibon.com

Load Truss

This truss is of welded I-Girder construction in two halves which can be bolted together when required. The lower chord, the cross pieces for holding the truss down and the vertical thrust members are all of welded box type construction with two channels enclosed and welded to an I-girder.

The anchorages are of a design tried out and perfected at the Central Building Research Institute, Roorkee. They consist of semi-cylindrical pieces, each held down by 1 m long steel spikes, driven in through holes drilled in the semi cylinder. The spikes enter the ground at about 60° horizontally, four from each side spaced along the length of the anchorage. The cross pieces are moored to the anchorages by channel straps and bolts. Eight such anchorages are supplied with 200 kN Truss. Guy wires with turn-buckles are supplied to keep the Truss errect.

Supplied complete with anchorages, guy wire and spikes as described above.

The equipment consist of the following replaceable parts :

Description

1. Trusss

2. Joists

3. Anchor spikes

4. Semi-cylindrical anchors

5. Bolts with nuts for anchor straps

6. Anchor straps

7. Guy wires with six turn buckles

8. Top Flange splice plate

9. Small bolts with nuts for item (8)

10. Jointing bolts with nuts

11. Bolts with nuts for bottom splice plate

12. Sledge hammer

13. Spanners

ELC-158

2 parts

2 parts

102

8

16

8

6

1

8

8

6

1

2

ELC-159

2 parts

2 parts

150

12

24

12

6

1

8

8

6

1

2

ELC-160

2 parts

2 parts

200

16

32

16

6

1

8

8

6

1

2

Ordering Information :

ELC 158 Load Truss, Capacity 200 kN

ELC 159 Load Truss, Capacity 300 kN

ELC 160 Load Truss, Capacity 500 kN

In-Situ Density

For quality control of compacted earthfill, the measurement of in-situ density is essential. All types of earthwork constructions like embankments, dams, roads, airfields and trenches need density determination. Equipment for quick determination of density are listed here.

Core Cutter Method

Core Cutter

ELC 161

Ref. Standard BS:1377

Core Cutter of known volume is driven into the soil by a rammer. The core cutter is dug out, trimmed and the soil inside weighed and dried for moisture and density check.

ELC 161 www.edibon.com

A66

The equipment consist of the following replaceable parts :

ELC 16101 Cylindrical Core Cutter made of steel, 100 mm dia x 130 mm long

ELC 16102 Steel Dolly 25 mm high and 100 mm dia, fitted with a lip, to enable it to be located on top of the Core-Cutter

ELC 16103 Rammer with Steel Rod

Ordering Information :

ELC 161 Core Cutter

Optional Accessories :

ELC 16104 Cylindrical Core Cutter 100 mm dia x 175 mm long

ELC 16105 Cylindrical Core Cutter 100 mm dia x 250 mm long

ELC 16106 Cylindrical Core Cutter 150 mm dia x 300 mm long

ELC 16107 Dolly for ELC16106

ELC 16108 Rammer with steel rod for ELC16106

Note: As per BS/ASTM is available.

Sand Replacement Method

Sand Pouring Cylinder Apparatus

ELC 162

Ref. Standard BS:1377

This Apparatus is used for determination of the dry density of compact, fine, medium grained soils and for layers not exceeding 50 cm thickness. A circular hole is dug into the ground, all the soil from within it collected, weighed and dried, and the hole back-filled with a standard uniform sand or fine gravel, poured from a calibrated container for calculating the volume of hole.

ELC 162

The equipment consist of the following replaceable parts :

ELC 16201 Sand Pouring Cylinder fitted with Conical Funnel and Shutter, capacity 3 litre 1 No.

ELC 16202 Cylindrical Calibration Container 100 mm ID x 150 mm height

ELC 16203 Metal Tray size 30 x 30 x 4 cm, with 10 cm central hole

1 No.

1 No.

Sand Pouring Cylinder Apparatus, Large

ELC 162-1

Ref. Standard BS:1377

This is used for the in-place determination of the dry density of natural or compact soil containing stones, fine, medium grained soils for layer exceeding 15 cm but not exceeding 25cm thickness. It may also be used for measuring the density of base materials.

The equipment consist of the following replaceable parts :

ELC 162-101 Large sand Pouring cylinder, 16.5 ltr. capacity fitted with conical funnel and shutter

ELC 162-102 Cylindrical calibrating container, internal diameter 200 mm and internal depth 250mm

ELC 162-103 Metal tray size, 45x45x5 cm deep with hole

A67 www.edibon.com

Ordering Information :

ELC 162

Sand Pouring Cylinder Apparatus

ELC 162-1

Sand Pouring Cylinder Apparatus, Large,

Optional Accessories :

ELC 16301 Standard sand grade II (Pack of 25kg)

ELC 16302 Standard sand grade I (Pack of 25kg)

ELC 16303 Standard sand grade III (Pack of 25kg)

ELC 16204 Metal Tray size 30 x 30 x 4 cm, without central hole

ELC 16304

Metal Tray 45cm square and 5cm deep without hole.

ELC 29-4000 100 mm Sand Pouring Cylinder as per BS standard

ELC 29-4020 100 mm Calibrating Container 100 mm inside diameter x 150 mm deep with 200 mm diameter rim

ELC 29-4040 Metal Tray 300 mm square x 40 mm deep with a 100 mm diameter hole

ELC 29-4100 150 mm Sand Pouring Cylinder as per BS standard

ELC 29-4120 150 mm Calibrating Container 150 mm deep with 250 mm diameter rim

ELC 29-4140 Metal Tray 300mm square x 40 mm diameter hole

ELC 29-4200 200 mm Sand Pouring Cylinder as per BS standard

ELC 29-4220 200 mm Calibrating Container 200mm inside diameter x 250 mm deep with a 350 mm diameter rim

ELC 29-4240 Metal Tray 500 mm x 50 mm deep with 200 mm dia hole

Note: For BS models, it is recommended that sand pouring cylinders, metal tray & Calibrating Container

Should be ordered together only

Proctor Penetration Method

Proctor Penetrometer

ELC 164

ELC 164

Ref. Standard ASTM D 1558

Compaction control in the field is exercised by determining the moisture content and dry density. Quick evaluation of this is done by developing curves in the laboratory, showing the relationship between moisture content versus dry density and penetration resistance, using Proctor Needles while conducting the Standard Compaction tests.

Consists of a body housing a spring a plunger calibrated to read 0-40 kg x 1 kg and a handle. Two stems are provided, a larger stem and a shorter stem, both graduated at 12.5 mm intervals, to indicate the depth of penetration.

The larger stem and the smaller stem are used with needles of larger and smaller areas respectively.

The equipment consist of the following replaceable parts :

ELC 16401 Needle Point Set comprising one each of 0.25, 0.5, 1.0, 2.0, 3.5 & 6cm Cross sectional area and a

Tommy Pin Complete as above in a carrying case.

Ordering Information :

ELC 164

Proctor Penetrometer

Note: As per BS/ASTM is available.

www.edibon.com

A68

Ordering Information

Voltage Ratings applicable fo all Electronic Items

For Single Phase AC Supply Machines

Affix the following Code while Ordering Information for current voltage rating of products:

01

02

03

110V, 60Hz, AC, Single Phase

220/230V, 60Hz, AC, Single Phase

220/230V, 50Hz, AC, Single Phase

"e.g."

ELC 033-1-01

Sampleject Hydraulic 110V, 60Hz, Single Phase

ELC 033-1-02

Sampleject Hydraulic 220/230V, 60Hz, Single Phase

ELC 033-1-03

Sampleject Hydraulic 220/230V, 50Hz, Single Phase

For Three Phase AC Supply Machines

Affix the following Code while Ordering Information for current voltage rating of products:

02

03

415/460V, 60Hz, AC, Three Phase

415V, 50Hz, AC, Three Phase

"e.g."

ELC 9891-02

Panmixer, 415V, 60Hz, Three Phase

ELC 9891-03

Panmixer, 415V, 50Hz, Three Phase

You may order accordingly for other items also.

A69 www.edibon.com

Rock Testing Equipment

Sample Preparation

Core Drilling Machine

ELC 201-2

• Heavy duty, pillar type frame with 1500W.

• Varying cutting feeds provided with water-fed swivel head which can be connected to suitable water supply.

• Provision at base for water collection / drainage.

• Core preparation from regular and irregular samples Core size : EX to 100 mm.

• Clamping arrangement to hold specimens with regular/ irregular shapes to the base of machine.

• Two cutting speeds at no load 950/2100RPM.

• Water tank 5ltr. is Standard outfit.

For Voltage Ratings please refer Page No. A 65

Ordering Information :

ELC 201-2

Core Drilling Machine

Optional Accessories :

ELC 20101 Core Drilling Bit 21.46 mm dia (EX size)

ELC 20102

ELC 20103

ELC 20104

ELC 20105

ELC 20106

Core Drilling Bit 30.10 mm dia (AX size)

Core Drilling Bit 35 mm dia

Core Drilling Bit 42.04 mm dia (BX size)

Core Drilling Bit 54.74 mm dia (NX size)

Core Drilling Bit 50 mm dia

Note: HILTI BITS available on request including BITS for 75 & 100 mm dia

ELC 201-2

Core Cutting & Grinding Machine

ELC 202, ELC 202-2, ELC 202-100 & ELC 202-150

Salient Features :

• Stable Construction

• Feed arrangement for cutting &

Polishing

• Cooling water arrangement.

• Two models available

- Floor mounted

- Table mounted

This unit is designed for cutting and grinding cylindrical rock specimens upto 150mm size. The outfit includes diamond impregnated cutter (size as per model), a fine diamond impregnated grinding wheel and sample holder.

ELC 202 ELC 202-2

B1 www.edibon.com

For floor mounted models. water pipe with necessary valve is provided for connecting to a source of water. For table mounted model, a water tank along with coolant pump, pipe & necesary valves is provided.

A V-Vice, to hold the sample to be cut parallel and square to the longitudinal axis is provided. To set correct length of sample, it is to be reversed and held in the same vice. A hand feed arrangement is provided to facilitate the specimen with a uniform and smooth feeding motion in floor mounted model. In table top model, provision is made for both manual

& automatic feed.

For Voltage Ratings please refer Page No. A 65

Ordering Information :

ELC 202 Core Cutting & Grinding Machine, 35 to 75 mm dia

ELC 202-2 Core Cutting & Grinding Machine, Table Top Model 35 mm to 150 mm dia

ELC 202-100

ELC 202-150

Core Cutting & Grinding Machine, 50 to 100 mm dia

Core Cutting & Grinding Machine, 75 to 150 mm dia

Polishing & Lapping Machine

ELC 203

Salient Features :

• Compact table model.

• 20 cm dia top and adapter to hold polishing cloth or paste.

• Sample Holders to accommodate upto NX size Cores.

• Continuous water feed arrangement during operation.

This unit is provided with a 1/4 HP, single phase, AC motor. This bench mounted, single spindle lapping machine is ideally suited for the final polishing of mounted rock or concrete specimens.

This is a motor driven unit with 450/500 rpm. A swing-in tap, for continuous water supply during operation, is also provided.

For Voltage Ratings please refer Page No. A 65

The equipment consist of the following replaceable parts :

ELC 20302

ELC 20303

ELC 20304

ELC 20305

Sample Holder for Ax size

Sample Holder for 38 mm size

Sample Holder for Bx size

Sample Holder for Nx size

2 Nos.

2 Nos.

2 Nos.

2 Nos.

Ordering Information :

ELC 203

Polishing & Lapping Machine

Optional Accessories :

ELC 20301 Sample Holder for Ex size

ELC 20306

ELC 20307

ELC 20308

Abrasive Powder, coarse type

Abrasive Powder, fine type

Abrasive Powder, medium type

Note: Sample holders of other sizes can also be provided on request.

ELC 203 www.edibon.com

B2

Rock Permeability

Miniature High Pressure Permeameter

ELC 205

This equipment is used for determining the permeability characteristics of solidified soils and rock cores.

The equipment consist of the following replaceable parts :

ELC 20501 Mould 50 mm dia x 100 mm high, with Collar

ELC 20502

ELC 20503

ELC 20504

Top Plate

Base Plate with recess for Porous Stone

Pipette 6 mm x 300 mm long

ELC 20505

ELC 20506

Flow Control Regulator & Foot pump

Porous Stone to fit into Base Plate

1 No.

1 No.

1 No.

1 No.

1 No.

1 No.

Ordering Information :

ELC 205 Miniature High Pressure Permeameter

The compressor is not supplied as a part of the standard out fit.

Strength Index

Point Load Index Tester

ELC 206-1 & ELC 206-DG

Point Load Index Tester, is used for determining the Diametral Point Load Strength

Index of rock cores and irregular lumps which can be tested without any treatment.

The Point Load Test is primarily an Index Test for strength classification of rock materials. This instrument is mainly intended for field measurements on rock specimen but it can also be used in the laboratory. The results of the test may also be used to predict the uniaxial compressive strength of rock from correlations. The apparatus is light and portable. It can be used in the laboratory as well as in the field.

Salient Features :

• Rock core specimens can be tested without any preparation.

• The results of the test may also be used to predict the uniaxial compressive strength of rock.

• With this instrument, a wide range of core sizes can be tested.

• The frame has adequate adjustments to align perfectly the loading axis passing through the centre of the bearing plates and loading platens at position of the ram of the hydraulic jack.

Based on type of load measuring device, we have two model available for point load

Index Tester

• Analogue

• Digital

The equipment consist of the following replaceable parts :

ELC 205

ELC 206-1

B3

ELC 206-DG www.edibon.com

ELC 20601

Digital Indicator with sensor 100 kN capacity with a least count of 0.01 kN (For Digital)

ELC 20602 Load Gauge 0 - 25 kN x 0.25 kN (For Analogue)

ELC 20603 Load Gauge 0 - 100 kN x 0.50 kN (For Analogue)

ELC 20604

Conical Loading Platens

ELC 20606 Loading Frame fitted with Hydraulic Jack, hand operated, capacity 100 kN

Ordering Information :

ELC 206-1

Point Load Index Tester, Analogue

ELC 206-DG

Point Load Index Tester, Digital

Brazilian Test Apparatus

ELC 207

Ref. Standard - IS:10082

The instrument is designed to test specimens from 50 mm dia to 100 mm dia having thickness equal to half of the diameter for determination of

Indirect Tensile Strength. A pair of loading jaws, designed so as to contact a disc shaped sample at diametrically opposed surfaces over an arc of contact of about 10 degrees at failure, is supplied. The set of jaws supplied with the equipment is designed for 50 mm dia specimen and therefore it is essential to order jaws for required sizes, if the samples of other diameters are to be tested. A set of plain platens are provided with the jack to enable testing of cube and circular specimens upto 50 mm size for compressive strength.

The equipment consist of the following replaceable parts :

ELC 20701

Loading Frame fitted with hand operated Hydraulic

Loading Jack of 200 kN capacity provided with self retracting Piston, pair of plain platens

ELC 20702 Pair of Semi-Circular Jaws for 50 mm dia samples

ELC 20703 Load Gauge 0-200 kN x 1 kN capacity, provided with maximum Load Indicator

Ordering Information :

ELC 207

Brazilian Test Apparatus, 200kN

Optional Accessories :

ELC 20704 Pair of Jaws for 60 mm dia samples

ELC 20705

ELC 20706

ELC 20707

ELC 20708

Pair of Jaws for 70 mm dia samples

Pair of Jaws for 80 mm dia samples

Pair of Jaws for 90 mm dia samples

Pair of Jaws for 100 mm dia samples

ELC 207 www.edibon.com

B4

Slake Durability Apparatus

ELC 208

Ref. Standard : IS : 10050

• For determination of resistance offered by rock to weathering and disintegration when subjected to immersion in water.

• Facility to test upto four sets of samples.

• Quick couplings for assembly and removal of drums.

ELC 208

The apparatus consists of a motor on base board capable of driving two or more drums at a speed of 20 rpm. A suitable number of plastic water troughs, each designed to contain a test drum with quick release drive assemblies, permit 1 to 4 drums to be driven at one time. The test drums are supported on water lubricated bearings allowing 40 mm unobstructed clearance below the drum and a trough water level 20 mm below the axis of the drum. Drums are made of brass and comprise 2 mm wire mesh cylinders of 140 mm dia and 100mm length.

The strength, of most rocks, increases considerably with increase of confining pressure. The design engineer needs to carry out triaxial tests at a range of confining pressures, in order to determine the strength at the required confining pressure. To suit individual requirements, a wide range of instruments listed below is offered.

For Voltage Ratings please refer Page No. A 65

The equipment consist of the following replaceable parts :

Base Board with Motor Drive assembly with two drum and tank assemblies.

Ordering Information :

ELC 208

Slake Durability Apparatus

Optional Accessories :

ELC 20801

Pair of Drums & Tank Assemblies including coupling to enable upto 4 test drums to be driven at a time

ELC 20802

Electric timer, 0-30mm

Triaxial Testing of Rocks

Triaxial Cells

ELC 211 & ELC 212

These cells are designed to withstand a lateral pressure of fitted to the base for measurement of pore pressure, top drainage, bottom drainage and for entry/exit of cell pressure. The cell is nickel plated and completely rustproof, hardened and ground pedestals and top loading pads with suitable centering arrangements for different sample sizes are provided. The lower pedestals are provided with radial grooves. The top loading pad is provided with spherical seating.

Ordering Information :

ELC 211

Triaxial Cell For testing of samples of BX & NX

ELC 212

Triaxial Cell For testing samples of 75 mm, 100 mm, 150 mm

B5

ELC 211 www.edibon.com

New

Hoek Cell

ELC 211 (EX, AX, BX, NX & 38)

ELC 211-AX

Hoek Cells are designed for Testing Triaxial strengths of Rock or Concrete samples upto a Pressure of 70MPa. These are designed to accept sample of EX, AX, BX, NX and 38mm Sizes.

Tests carried out on a series of samples under different confining pressures allow the user to determine:

• Strength & Elastic properties

• Shear strength at different confining pressures

• Angle of Shearing Resistance & Cohesion

• Modulus of Elasticity & Poisson's Ratio

Testing of Samples with Hoek Cells is much simpler & convenient as compared to conventional Cells. Cell comprises a

Steel body having top & bottom caps screwed on to the main body. A urethane rubber sleeve incorporating U-shaped seals to form a pressurization chamber for the hydraulic fluid is mounted within the cell.

Plunger & Spherical seat - duly hardened & ground are provided for self alignment & application of axial load

Features:

• Suitable for Triaxial Testing of Rock & Concrete

• Pressure upto 70MPa

• Available in five standard sizes

• Simple to use as compared to conventional Cells

Wt Model No.

ELC 211-EX

ELC 211-AX

ELC 211-BX

ELC 211-NX

ELC 211-38

Nominal

Conventional Size

EX

AX

BX

NX

-

Specimen dia

22mm

30mm

42mm

55mm

38mm

9 kg

9 kg

12 kg

15 kg

12 kg

Ordering Information :

ELC 211 - EX Hoek Cell for Trixial Testing of Rock Samples of exact EX size

ELC 211 - AX

ELC 211 - BX

ELC 211 - NX

ELC 211 - 38

Hoek Cell for Trixial Testing of Rock Samples of exact AX size

Hoek Cell for Trixial Testing of Rock Samples of exact BX size

Hoek Cell for Trixial Testing of Rock Samples of exact NX size

Hoek Cell for Trixial Testing of Rock Samples of exact dia 38 mm

Constant Pressure System for Rocks

ELC 213 & ELC 213-1

The apparatus is designed to provide confining pressure upto 160 Bar to triaxial cells.

The system consists of an oil pump, continuously driven by an electric motor during the entire period of operation to maintain the desired pressure.

The unit provides continuous variable pressure upto 160 Bar, which can be increased or decreased, simply by turning a control knob.

ELC 213 www.edibon.com

B6

Supplied complete with pressure gauge, flow valves and connecting pressure hose.

Range

Accuracy : ± 1% of Indicated Load.

For Voltage Ratings please refer Page No. A 65

Ordering Information :

ELC 213

ELC 213-1

Constant Pressure System for Rocks - 160 kg/cm

2

Constant Pressure System for Rocks - 600 kg/cm

2

Constituents Triaxial Test outfits:

Cat No.

Samples Dia

Triaxial Cell

Load Frame

Constant Pressure System

Triaxial Electronic System

ELC 215

BX & NX

ELC 211

ELC 066

ELC 213

ELC 214

ELC 216

75 dia x 150 (H), 100 dia x 200 (H) & 150 dia x 150 (H)

ELC 212

ELC 066

ELC 213

ELC 214

Note: Triaxial Cell for 150f x 300 (H) Can be Supplied on request.

Ordering Information :

ELC-215 Triaxial Testing Outfit for BX & NX samples- 160kg/cm

2

ELC-216 Triaxial Testing Outfit for 75, 100 & 150 mm dia samples- 160kg/cm

2

ELC 218

Electronic Kit for Rock Triaxial Test

ELC 214

This double channel electronic outfit is designed for direct reading of load and pore pressure in rock samples.

This plug-in transducer module system facilitates easy installation and quick observation of readings.

The equipment consist of the following replaceable parts :

ELC 21401

Capacity

Load Cell

: 500 kN

Resolution : 0.1 kN

Load Cell Excitation : 7.5 V DC

Sensing Element : Strain gauges in full bridge configuration

ELC 21402

Pore Pressure Transducer

Capacity

Resolution

: 200 bar

: 0.1 bar

Pressure Cell Excitation : 7.5 V DC

Sensing Element : Strain gauges in full bridge configuration

ELC 214

ELC 21403

Digital Indicator

Mode of Display : Micro controller multi line alpha numeric VFD display for all simultaneous channel (No need for channel selection)

Suitable for operation on 220 V, 50 Hz, single phase, AC supply.

Ordering Information :

ELC 214

Electronic Kit for Rock Triaxial Test

B7 www.edibon.com

Unconfined

Unconfined Compression Tester for Rocks

ELC 217-S2

Ref. Standard : ASTM 2938

This equipment is used for determining unconfined compressive strength of intact rock core specimens. The rock sample is cut to length and the ends are machined flat. The specimen is placed in a loading frame and if required heated to the desired test temperature. Axial load is continuously increased on the specimen until peak load and failure are obtained.

The equipment consist of the following replaceable parts :

EL C065 Load Frame, 200 kN Capacity 12 speed

EL C275 Proving Ring, 100 kN

ELC 072 Dial Gauge 25 mm travel, 0.01 mm least count.

ELC -21701 Platen Set as per ASTM 2938 requirements

Ordering Information :

ELC 217-S2 Unconfined Compression Tester for Rocks

Optional Accessories :

ELC 276 Proving Ring 200kN

In-Situ Stress

For measuring in-situ rock stress close to the surface of excavation. The method consists of cutting a slot, thereby relieving the stresses perpendicular to the slot, resulting in the deformation of the slot, which is measured. Flat Jack is then embedded in the slot and grouted. Hydraulic Pressure is applied through the flat jack until the displacements which took place on slot cutting are reduced and finally cancelled. By measuring the cancellation pressure in two mutually perpendicular directions, the in-situ stress close to the rock surface can be assessed approximately.

Flat Jack Outfit

ELC 220

The equipment consist of the following replaceable parts :

ELC 22001 Flat Jack 30 cm x 30 cm

ELC 22002 Hydraulic Pump hand operated, with 15 cm dial Pressure Gauge of 70 kg/cm

2 capacity with flexible Pressure Pipe of 1 m length

ELC 22003 Deformeter consisting of a Dial Gauge having 10mm travel and 0.002 mm least count, and two interchangeable Stems for 150mm and 250mm gauge length

ELC 22004 Standard Bar

ELC 22005 Reference Pins

1 No.

1 No.

1 Set.

1 No.

6 No.

Flat Jacks of other sizes and capacities can also be manufactured on request.

Ordering Information :

ELC 220

Flat Jack Outfit www.edibon.com

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Rock Direct Shear

Direct Shear Apparatus,

Hand operated for Rocks

ELC 221

Ref. Standard : ASTM D-5607-95

The equipment is used for Direct Shear Laboratory Test in

Rock Samples. The test measures peak & residual Direct

Shear Strength as a function of stress normal to the sheared plane. The equipment can be used for testing Core, Lump specimens.

The equipment consist of the following replaceable parts :

ELC 22101

ELC 22102

Shear Box Size (300mm x 300mm x 100mm)

Jack Capacity 100kN

ELC 072 a) One jack for normal Load b) One jack for Shear Load c) One jack to return the sample to original position

Dial Gauges, 25mm x 0.01mm a) 2 Nos for measurement of Shear Displacement b) 4 Nos for normal displacement & consolidation of sample

ELC 475 Hand operated Hydraulic Pump

ELC 303-LG100H-AN Load Gauge 0-100kN x 0.5kN

ELC 47502

ELC 22103

Flexible hose pipe 2 meter

Moulds for Casting the samples (Wooden)

ELC 221

1 No.

3 Nos.

6 Nos.

2 Nos.

2 Nos.

3 Nos.

2 Nos.

Ordering Information :

ELC 221

Direct Shear Apparatus, hand operated for Rocks

B9 www.edibon.com

Geotextile Testing Equipment

Geotextile Test Equipment

Geotextile comprises of nonwovens, wovens and multi layer composite materials made up of synthetic (polypropylene, polyester, etc.) or natural (jute, coir, textile, fibres). They may be in the form of sheets or strips and are used world over in a multitude of civil engineering construction end uses. In India too, their potential has begun to be realised. Several successful trials have already been made and several are under way.

Edilab R & D Wing, under guidance from IIT Delhi, has made a breakthrough in developing equipment for conducting relevant tests to evaluate the physical properties of geotextiles for reinforcement and stability application for soil retaining structures, steep slopes, embankments on soft soils, pavement system etc. for drainage and erosion control, separators between ballast subgrade in railways and other general applications. Such testing will help in the choice of geotextiles based on rational criteria.

Thickness Gauge

ELC 241

Thickness is one of the basic physical properties used to control the quality of many geotextiles and geosynthetics.

This equipment is simple to operate and thickness of the geosynthetics/ reinforcing material can be measured with an accuracy of 0.001 mm for thickness upto 25 mm. Simple mechanism is provided to apply desired foot pressure varying from 1 to 10kPa as per various international standards. Surface plate is grounded and is rust free to enable reproducible results.

ELC 241

Ordering Information :

ELC 241

Thickness Gauge

Dry Sieve Test Apparatus

ELC 242

ELC 242

Soil retention is a predominant function of geotextiles in drainage and filtering applications. Pore size is the key parameter that controls the ability of the geotextile to retain the soil. The Apparent Opening Size (AOS) also called the

Equivalent Opening Size (EOS) was developed by US Army Corps of Engineers for evaluating this property. AOS is the size of the holes in the geotextiles and it provides an index to the size of the largest opening through the geotextile. In conducting this test, the geotextile fabric is placed (instead of a wire mesh) in a sieving frame by using a special clamping arrangement. The test involves sieving rounded particle sizes for which 5% or less by weight, pass through the geotextile. The AOS is defined as 'Retained On' size of that fraction expressed as a standard sieve number (size).

The test is widely used for relative comparison amongst the geotextiles. Thus AOS is a means of correlating geotextile pore structure to an equivalent screen mesh size. This test is standardised by ASTM, ISO, IGS (International Geotextile

Society).The apparatus consists of a 20 cm dia brass frame with clamp, a receiver and a lid.

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Ordering Information :

ELC 242

Dry Sieve Test Apparatus

Optional Accessories :

ELC 24201 Rounded Beads made of glass, size 0.85mm (passing 1 mm and retained at 0.85 mm)

ELC 24202 Rounded Beads made of glass, size 0.425 mm (passing 0.85 mm and retained at 0.425 mm)

ELC 24203 Rounded Beads made of glass, size 0.25mm (passing 0.425 mm and retained at 0.25 mm)

ELC 24204 Rounded Beads made of glass, size 0.18mm (passing 0.25 mm and retained at 0.18 mm)

ELC 24205 Rounded Beads made of glass, size 0.15mm (passing 0.18 mm and retained at 0.15 mm)

ELC 24206 Rounded Beads made of glass, size 0.075mm (passing 0.15 mm and retained at 0.075 mm)

ELC 054-1 Sieve Shaker, Motorised

Note: Sieve Shaker and Rounded Beads are to be ordered separately.

Hydrodynamic Sieve

Test Apparatus

ELC 243

ELC 243

The percentage passing of different fractions determines the porometry of the geotextile being investigated. In the

Hydrodynamic Sieving Method, the geotextile specimen loaded with a certain quantity of glass bead fraction,is continuously rotated in a water trough, forcing the glass beads to pass through the geotextile openings.

The apparatus consists of two test drums of 14 cm dia and 7 cm effective length with 16 nos. of 4 mm dia rods provided circumferentially at equal spacing to hold the geotextile specimen in position. Two troughs to contain the test drums are supported on horizontal axis, facilitating free rotation and capable of being filled with distilled water to a level of 20 mm below the drum axis.The clearance between the trough and the geotextile can be maintained at about 40 mm.

The apparatus is provided with a motor drive and a change gear assembly to enable rotation of the drums at a speed of 5 rpm to 30 rpm.

For conducting the test, the geotextile specimen is cut and stitched to get a shape of 14 cm dia and 10 cm length to insert over the drum tightly, after immersing the specimen in distilled water for one hour, duly secured by rubber 'O' rings. After placing 50 g of the smallest size glass beads inside the drum, the lid is secured and the drum with the geotextile placed in distilled water to the desired level and rotated at 20 rpm for 1,500 cycles. In order to get the optimum filtration opening size, the drum is rotated at a speed of 5 rmp to 30 rpm for 250 to 2,500 revolutions. The percentage of beads passed through the geotextile by dry weight is determined. The test is repeated with increasing size of glass beads till less than

5% of the beads by weight pass through the geotextile.

Suitable for operation on 220v, 50Hz. Single Phase, AC Supply.

Ordering Information :

ELC 243

Hydrodynamic Sieve Test Apparatus

Optional Accessories :

ELC 24201 Rounded Beads made of glass, size 0.85 mm (passing 1 mm and retained at 0.85 mm)

ELC 24202 Rounded Beads made of glass, size 0.425 mm (passing 0.85 mm and retained at 0.425 mm)

ELC 24203 Rounded Beads made of glass, size 0.25 mm (passing 0.425 mm and retained at 0.25 mm)

ELC 24204 Rounded Beads made of glass, size 0.18 mm (passing 0.25 mm and retained at 0.18 mm)

ELC 24205 Rounded Beads made of glass, size 0.15 mm (passing 0.18 mm and retained at 0.15 mm)

ELC 24206 Rounded Beads made of glass, size 0.075 mm (passing 0.15 mm and retained at 0.075 mm)

ELC 24301

Pair of drums & tank assemblies including coupling

Note: Rounded Beads are to be ordered separately.

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Interface Friction

ELC 244 & ELC 245

Soil reinforcement is a recent and fast developing technique to improve soil behaviour for a variety of civil engineering works; e.g. earth retaining structures, slope stability, land slides protection works, pavement, etc.

In order to utilise fully the strength of reinforcement material while transferring load and forces via soil or aggregate to the reinforcement, a correct assessment of the soil/reinforcement frictional relationship is essential. The frictional properties can be assessed by

ELC 245 means of a shear box which is modified either to conduct a 'Modified Shear Test' or 'Pullout Test'. In the former test, reinforcement material is placed and clamped in the plane of shear with soil above the fabric, whereas in the latter test, the fabric placed between the top and bottom shear boxes, is covered on both sides with soil and is then pulled out to evaluate the frictional resistance. This interface friction measurement apparatus has been specially designed to evaluate both 'frictional' as well as 'pull out resistance' of soil reinforcing materials at a shear rate and drainage condition as desired by the designer

These are 60x60x25 mm assemblies which can be used for soils with D85 not greater than 4.75 mm. These apparatus are to be fitted in conventional Direct Shear Test Frame

Note: The equipment offered is only an attachment to Edilab Direct Shear Apparatus which is to be ordered separately.

Ordering Information :

ELC 244 Interface Friction Measurement Apparatus (Shear Box Assembly) for Modified Direct Shear Apparatus

ELC 245 Interface Friction Measurement Apparatus (Shear Box Assembly) for Pullout Test Apparatus

Cone Drop Test Apparatus

ELC 247

This test was developed by the Norwegian Road Research Laboratory (NRRL) and is widely used in Europe in evaluating the resistance of geosynthetics / geotextiles to damage during installation due to dropping of sharp edged or sharp pointed stones on a geosynthetic/geotextile directly.In this test, a geosynthetic or geotextile is clamped to yield a clear diameter of 150 mm and a brass cone of 45 degree angle included, having a weight of 1 kg, is dropped through a height of 500 mm. The diameter of the resultant hole is measured with a graduated conical device.

The smaller the hole, the greater the resistance of geosynthetic/ geotextile to damage. When used in combination with other direct tensile test results, it provides a convenient means of qualitative comparison.

The equipment consists of the following replaceable parts :

ELC 24701

ELC 24702

Graduated Conical Measure

Brass Cone

Ordering Information :

ELC 247 Cone Drop Test Apparatus

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ELC 247 www.edibon.com

Cross Permeability Test Apparatus

ELC 248

Permeability of a geotextile must be substantially greater than that of the protected soil, so that water can pass freely from the soil through the fabric without build-up of hydrostatic pressure. A high value of the permeability of the geotextile also infers that partial clogging will not reduce the permeability.

Both Constant and Falling Head Permeameters are generally used for measuring normal permeability known as permittivity. Permeability is defined as the volumetric rate of flow of water per unit cross sectional area under unit hydraulic head across the plain of the geotextile. ASTM D 4491 specifies permeability test using Constant Head and Falling Head

Permeameters. The constant head test is carried out using a head of 50 mm of water. Specimen diameter is 100 mm.

Ordering Information :

ELC 248

Cross Permeability Test Apparatus

Essential Accessories : (Excluded In Outfit)

ELC 13111

Overhead Tank 110 lts. capacity

ELC 24801

Loading unit, Dead weight type, 300 kPa capacity

ELC 248

In-Plane Permeability Test Apparatus

ELC 249

This test is necessary for drainage applications. The permeameters can be of parallel flow or radial flow type. In either case, flow occurs along the plane of the permeameters. In the apparatus, flow occurs radially outwards, from a central hole to the periphery of a circular specimen. The inplane permeability is known as transmissivity which is defined as the volumetric rate of flow per unit width of geotextile and unit hydraulic head.

Specimen diameter is 100 mm.

Ordering Information :

ELC 249

In-Plane PermeabilityTest Apparatus

Essential Accessories : (Excluded In Outfit)

ELC 13111

Overhead Tank 110 lts capacity

ELC 24801

Loading unit dead weight type 300 kPa capacity

ELC 249 www.edibon.com

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Long Term Flow Test Apparatus

ELC 250

The tests for permittivity and transmissivity help in comparing one fabric to another, but gives no indication of the hydraulic behaviour of the composite soil-fabric system. Under steady state and reversing flow conditions, fabric clogging or binding causes a decrease in water flow rate and corresponding increase in hydraulic head loss through the geotextile. When the potential for fabric clogging is significant, clogging resistance of filter fabrics should be evaluated to ensure adequate long term filter performance. As the clogging is highly soil dependent, soil fabric permeability test is suggested to determine the long term flow capability of a geotextile.

Specimen diameter : 100 mmMould for compaction of soil : 10 cm dia x 11.2 cm high

Head of water : Upto 37.5 cm

Ordering Information :

ELC 250

Long Term Flow Test Apparatus

Essential Accessories : (Excluded In Outfit)

ELC 13111

Overhead Tank 110 lts. capacity

ELC 250

Gradient Ratio Test Apparatus

ELC 251

The US Army Corps of Engineers established a direct measure of geotextile clogging potential. They defined it as gradient ratio which is the ratio of hydraulic gradient through the geotextile plus 25.4 mm of the soil to that of hydraulic gradient through the adjacent 50.8 mm of the soil. It is determined after 24 hours of flow.

Specimen diameter Mould : 100 mm compaction of soil : 10 cm dia x 11.2 cm high

Head of water : Upto 37.5 cm

Ordering Information :

ELC 251 Gradient Ratio Test Apparatus

Essential Accessories : (Excluded In Outfit)

ELC 13111

Overhead Tank 110 lts. capacity

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ELC 251 www.edibon.com

Geotextile Permeameter

ELC 254

ELC 254

The Geotextile Permeameter has been designed to meet the test requirements of water permeablity of Geotextile. It has been made keeping in view the growing requirement of testing of coir geotextile. The geotextile is tested in the uncompressed state for permittivity. The determination of permittivity of geotextile is carried out, either by using constant head or falling head test procedures. The equipment can be used for performing tests as per ASTM-D4491-92

The equipment comprises of specimen holder assembly suitable for 73mm & 100mm dia sample, complete with interconnecting tubes houses inside a metal housing & mounted on a table alongwith a pump for delivering de-aried water from de-airing below the specimen holder assembly unit. A water tank of 100 ltrs. capacity is placed alongside the main equipment on a steel stand to store & supply de-aired water continuously, as required, during the test. Geotextile permeameter comprises of specimen holder assembly for holding specimen of dia 73mm. Housing for specimen holder complete with inlet & outlet valves, Head differential measurement arrangement mounted on a stand and a Water Tank, complete with water level gauges suitable for falling head and constant head tests.

The equipment consist of the following replaceable parts :

ELC 25401

ELC 097-1

ELC 25403

ELC 25404

ELC 25405

Specimen Holder Assembly for 100mm dia specimens

De-Aired Water Apparatus

Blanking Die for 73mm dia sample

Blanking Die for 100mm dia sample

Sample collection beaker - 500ml

Ordering Information :

ELC 254 Geotextile Permeameter www.edibon.com

Large Pull Out Test Apparatus for Geo Synthetics

ELC 255

ELC 255

Pull out Test Apparatus is being especially designed to measure the interface friction between GI Strips / Geosynthetics and Soil.

The use of reinforcements provides additional shear stress in the soil mass through the tensile force in the reinforcement. The considerable increase in the use of geosynthetics in the reinforced soil structures led to the development of testing procedures to evaluate their interaction properties.

Pullout apparatus is mainly used for finding the interfacial friction between GI Strips / Geosynthetics with soil. The interfacial friction coefficient is most important parameter for design of reinforced earth walls, reinforced earth slopes and other reinforcement applications.

This test is carried out to find pullout interface properties of geogrids used as reinforcement in the Soil structures.

In this method, a geosynthetic is embedded between two layers of soil. For conducting the pullout test Normal compressive stress is applied to the top soil layer & horizontal force is applied to the geosynthetic & the force required to pull the geosynthetic out of the soil is recorded.

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Pullout resistance is obtained by dividing the maximum load by the test specimen width.

A plot of maximum pullout resistance versus applied normal stress is obtained by conducting a series of such tests.

The test method is applicable to all geosynthetics and all soils.

Features

• Suitable for testing Pull Out Interface properties of Geogrids in Soil structures.

• Normal Load upto 250 kN.

• Pull Out force upto 300 kN.

• Sample Size from 600mm x 450mm to 2m x 1.5m.

• Rugged & sturdy Construction to ensure Accuracy of results.

• Variable Pull speeds available.

• Used in the design of geosynthctic reinforced retaining walls

slopes & embankments

• Robust & accurate data acquisition system

• 25 Channels Data acquisition System (Feasible for expansion)

The major components of Pullout Test Apparatus are:

• Steel Box – where sample is embedded between two layers of Soil.

• Hydraulic Jack mounted on Vertical Frame for application of Normal Load.

• Pulling Arrangement mounted on a Horizontal Frame along with the Steel Box.

• Loading Pad / Plate.

• Chain Pulley Arrangement for lifting Loading Pad.

• LVDT’s to measure Sample Displacements.

• Load Cells for vertical load & pull out

• Strain Gauges.

• Stand alone data acquisition system

Detailed Specifications:

Steel Box :

Size -1.5m x 1.0mx1.0m.

Material - Steel plates. Reinforcements are provided in all the plates to strengthen them.

Load Frame:

a) Vertical Frame

Steel Frame 1.5m long x 2.5m high fabricated out of heavy duty Channels, Plates & other sections.

b) Horizontal Frame

Steel Frame 3.5m long x 1.5m wide fabricated out of heavy duty Channels, Plates & other sections.

• Loading Pad:

1.50m long x 0.91m wide Loading pad with sufficient plate thickness & ribs etc. for reinforcement to prevent buckling at the time of application of Load.

• Hydraulic Jack for Vertical/Normal Load:

Hydraulic Jack to be operated with the help of suitable Power Pack. Capacity 250kN Double Acting with 20cm ram dia & 20cm travel.

• Spherical Seat:

Spherical Seat for placing above the Loading Pad.

• Power pack for operating Jack:

Power Pack with Direction Control Valve for operating Double Acting Jack.

• Measurement of Normal Load:

Load Cell (250kN capacity).

• Measurement of Geosynthetics or GI Strips Displacements(Pull): 4 Nos.

Linear Variable Differential Transformer (LVDT) – 150mm travel with ± 1% accuracy.

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• Measurement of Pullout force:

Load cell (100kN capacity).

• Application of Pull Out Force on front face:

Strain Controlled through Geared system.

• Arrangement for pulling out the GI Strips / Geo-synthetics:

Motorized arrangement with 3 displacement rates – (1mm/min, 3mm/min & 5mm/min).

• Data Logger:

Electronic Data Acquisition System (All readings – Pullout load, displacement & strain to be recorded automatically

& stored at six second intervals by an electronic data acquisition system & the data can be downloaded in Excel format).

• Foundation work:

The equipment rests on pillars of size 10inch & height 20inch above the ground level.

Note - Foundation Work To Be Arranged By The Customer.

• General requirement:

• Chain Pulley Block – 2 Ton Capacity – 2nos.

• Optional Requirement

Strain Gauges

• Note - Pullout arrangement is as per ASTM Code D 6706 -01

• Note -The Instrument can be customised as per Customer requirement

Ordering Information :

ELC 255

Large Pull Out Test Apparatus for Geo Synthetics

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Concrete Testing Equipment

Compressive Strength

Concrete is a man-made material, essentially mixed at site. The properties of concrete depend on the properties of its ingredients and their proportion and it is likely to vary from mix to mix. Tests must be conducted, therefore, to ensure that the concrete used is in accordance with design specifications. A frequent test, is the test of compressive strength, in which concrete samples are tested to failure.

Compression Testing Machines :

Edilab Series Compression Testing Machines are the finest of their types available. Their rugged construction and extreme simplicity makes it possible for even non-technical personnel to operate them with ease and complete dependability. In particular, the portable units, which are small in dimensions, sturdy and light in weight, make quality control testing possible in areas where commercial testing facilities are not available and where the transportation of larger and much heavier machines would be difficult.

Edilab Compression Testing Machines conform to IS: 14858(2000) and calibrated with an accuracy of ± 1% as per the requirement of 1828(Class1) . It can also be supplied as per BS : 1881 and other associated International Standards.

These machines are available in 50kN, 100kN, 500kN, 1000kN, 2000kN, 3000kN & 5000kN Capacities.

Compression Testing Machines Classification :

• Analogue models.

• Digital models with pace rate indicators.

• Micro Controller based models with automatic pace rate controllers.

• Fully Automatic models.

Salient Features of Compression Testing Machines are :

• High stability.

• Self-aligning platen assembly.

• Load Gauges are calibrated in kN against certified Proving Rings, traceable to NPL / NCCBM.

• Suitable for testing cubes and cylinders of various sizes.

• Using special platens, bricks can also be tested.

• Logged data printing facility through a parallel port interface available in digital and micro controller based versions.

• Calibration process accreditated by NABL (National Accreditation Board for Laboratories).

• Machines with CE mark also available, on special request.

• Operator’s safety features like metal door with a perspex window and overload tripping device are provided in all models.

Analogue Compression Testing Machines

ELC 302H-AN, ELC 302E-AN, ELC 305H-AN, ELC 305E-AN

ELC 308H-AN, ELC 308E-AN, ELC 311H-AN, ELC 311E-AN

ELC 314H-AN, ELC 314E-AN, ELC 317E-AN & ELC 320E-AN

Loading Unit :

The loading unit is of fully welded construction having a cross head, base and solid side plates. The hydraulic jack is fixed to the base. The platens of the machine are hardened, ground and polished. The upper platen is provided with self-aligning action. To facilitate testing of various size specimens, suitable sized spacers are provided.

Pumping Unit :

The hydraulic pumping unit can be either :

• Manually operated • Electrically operated

The loads are measured on Bourdon tube type load gauges which are calibrated against certified proving rings. The load gauges are fitted with a maximum load pointer.

ELC 314E-AN

Both the Pumping units, Manually operated and Electrically operated, are of two-speed design. The two speed pump facilitates fast approach of the platens for daylight closure, thus eliminating the need for the lead screw. In the

Electrically Operated Pumping Units, load gauge is fitted with micro switches to switch-off the motor when the load approaches the maximum capacity of the gauge, to avoid any over-loading. Relays are incorporated so that the motor does not restart on its own after a power breakdown.

The electrically operated pumping units are provided with a control knob to adjust the pace rate which can be effectively controlled by an experienced operator during the course of testing, by observing the progress of the load gauge reading.

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Portable Compression Testing Machine

ELC 314H-AN

The equipment consists of a Loading Unit, an integral double acting manually operated pumping unit fitted to the base of the machine and a calibrated Load

Gauge fitted on the top. It has a detachable Handle. The hydraulic cylinder is placed on the base of the Loading Unit.

Specifications:

Capacity : 1000kN

Max Vertical Clearance : 340mm

Max. Horizontal Clearance : 220mm

Platen Size

Piston Dia

Piston Stroke

:

:

:

Dia 222mm

157mm

25mm

ELC 314H-AN

Ordering Information :

50kN

ELC 302H-AN Analogue Compression Testing Machine, Capacity 50kN, Hand Operated

ELC 302E-AN Analogue Compression Testing Machine, Capacity 50kN, Electrically Operated

100kN

ELC 305H-AN Analogue Compression Testing Machine, Capacity 100kN, Hand Operated

ELC 305E-AN Analogue Compression Testing Machine, Capacity 100kN, Electrically Operated

250kN

ELC 308H-AN Analogue Compression Testing Machine, Capacity 250kN, Hand Operated

ELC 308E-AN Analogue Compression Testing Machine, Capacity 250kN, Electrically Operated

500kN

ELC 311H-AN Analogue Compression Testing Machine, Capacity 500kN, Hand Operated

ELC 311E-AN Analogue Compression Testing Machine, Capacity 500kN, Electrically Operated

1000kN

ELC 314H-AN Analogue Compression Testing Machine, Capacity 1000kN, Hand Operated (Portable Model)

ELC 314E-AN Analogue Compression Testing Machine, Capacity 1000kN, Electrically Operated

2000kN

ELC 317E-AN Analogue Compression Testing Machine, Capacity 2000kN, Electrically Operated

3000kN

ELC 320E-AN Analogue Compression Testing Machine, Capacity 3000kN, Electrically Operated

Note: Machines with other specification are also available

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Digital Compression Testing Machines

ELC 302E-DG-1, ELC 305E-DG-1, ELC 308E-DG-1, ELC 311E-DG-1,

ELC 314E-DG-1, ELC 317E-DG-1, ELC 317E-DG-1-BS/EN,

ELC 320E-DG-1 & ELC 320E-DG-1-BS/EN

The Digital Compression Testing Machine has been designed to meet the need for a simple, economic and reliable means to test concrete for its compressive strength. The design emphasizes simplicity both of construction and operation and makes the machine easy to use and maintain.

The unit is compact, making it useful for site applications. The digital machines are provided with a pace rate indicator to indicate pace rate on a Bar Graph. With a little experience, the pace rate can be controlled manually while the test is in progress.

Key Features

• Meets the key specifications of BS-12390, ASTM C39, C109, ASHTO

T22, ASTM, EN and BS standards depending on platens and accessories chosen.

• Pace deviation bar graph.

• Automatic stress determination and display.

• Overload safety protection.

• Self aligning platen with fast accessory change capability.

• Configurable Engineering Unit for machine selection.

• Predefined Machine capacities for each engineering unit. Specific capacity can be selected from the drop down menu.

ELC 317E-DG-1

• Flexible Calibration Points. Calibration can be done on 5 to 10 points.

• Peak Load, Peak Stress, Unique Record No. is displayed.

• ELC has provision to configure more than one Mode.

• Mode1-Compression/Mode2-Flexure/Mode3-Prism Testing/Mode4-Tensile Splitting strength. Each mode will have independent calibration points and calibration points are also flexible.

• Mode-4 runs with Mode-1 calibration.

• Dynamic Calibration

• Any Centronics dot matrix Printer.

• Menu Driven sample details.

• Data storage approx. 2000 records

• Data Download through USB in ASCII format.

• User can set break point.

• Store records can be viewed & print.

• Peak stress calculation based on sample type and shape.

• Easy to operate.

• Password protection for system & calibration setup.

• 2% overload facility to calibrate the machine upto full capacity.

• Start, Stop, Pause & Reset.

• Multifunction Keyboard

System Description

The loading frame has a fully welded construction with a top crosshead, base and solid side walls. The precision ground hydraulic piston is fixed to the base and the machine’s platens are hardened, ground, and polished. The upper platen comes with a self-aligning action and suitably sized spacers are also provided as standard to accommodate a variety of different sizes of specimen – the specification table shows which platen set comes with the machine.

The two-speed pump allows the fast approach of the platens for daylight closure, and also allows precise control over the load application using a control lever and valve. A pace rate bar on the display gives operator feedback on the loading rate.

The controller incorporates a digital display, with values of force and stress in English/Imperial, metric, or SI units. and features the integral load pacing bar display in kN/sec or lbf/sec. Maximum load is held and retained for approximately

15 minutes, unless cancelled, using the panel mounted reset switch. Results from approx. 2000 complete runs/tests can be stored in the memory and logged data can be printed directly via the built-in parallel port. The calibrated operating range of the machines is between 10% to 100% of the machine capacity, over which range the accuracy is +/-

1% of the applied load.

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Ordering Information :

ELC 302E-DG-1

ELC 305E-DG-1

ELC 308E-DG-1

Digital Compression Testing Machine, Capacity 50kN

Digital Compression Testing Machine, Capacity 100kN

Digital Compression Testing Machine, Capacity 250kN

ELC 311E-DG-1

ELC 314E-DG-1

Digital Compression Testing Machine, Capacity 500kN

Digital Compression Testing Machine, Capacity 1000kN

ELC 317E-DG-1

Digital Compression Testing Machine, Capacity 2000kN

ELC 317E-DG-1-BS/EN

Digital Compression Testing Machine, Capacity 2000kN as per BS/EN-12390

ELC 320E-DG-1

Digital Compression Testing Machine, Capacity 3000kN

ELC 320E-DG-1-BS/EN

Digital Compression Testing Machine, Capacity 3000kN as per BS/EN-12390

Optional Accessories:

ELC 33204

ELC 31733

Flexure Test Attachment, 100kN Capacity for Digital CTM

Split Cylinder Tensile Test attachment for 150mm Cube & 150mm dia X 300mm long cylinder to be used in DCTM 2000kN along with brick platen 320 x 220mm

ELC 32033

Split Cylinder Tensile Test attachment for 150mm Cube & 150mm dia X 300mm long cylinder to be used in DCTM 3000kN

Note: For BS/EN 12390 Compliance stability Certificate on request.

Micro Controller Based Compression Testing

Machine with Automatic Pace Rate Controller

ELC 302E-MU-1, ELC 305E-MU-1, ELC 308E-MU-1, ELC 311E-MU-1

ELC 314E-MU-1, ELC 317E-MU-1, ELC 317E-MU-1-BS/EN,

ELC 320E-MU-1, ELC 320E-MU-1-BS/EN, ELC 320E-MU-5000

& ELC 320E-MU 5000-BS/EN

Operation of a Micro Controller based Compression Testing Machine is controlled by an intelligent Pace Rate Controller. This facilitates

Automatic Pace Rate Control, Data Logging, Data Printing, Load Hold etc. It has a full 3 term PID feed back control which uses a high torque

Stepper Motor.

It consists of a Loading Unit, an Electrically Operated Hydraulic Pump & an Intelligent Pace Rate Controller.

Micro Controller based Compression Testing Machine is available in all models from 50kN to 5000kN capacity. In addition to all the features of

Compression Testing Machine with digital display, this machine has automatic pace rate control with the facility of data logging, storage & printing for analysis. The operation of the machine is detailed in the operating manual supplied with the machine. The operation is user friendly with a menu driven interface and prompts for an operator.

ELC 317E-MU-1

Key Features

• Meets the Exceeds specifications of BS/EN-12390, ASTM C39, C109, AASHTO T-22, Machines Conforming to

ASTM C-39, AASHTO T-22,BS, EN and other ASTM standards can be supplied on request.

• Automatic Pace Rate Control at a preset value.

• Pace deviation bar graph.

• Automatic stress determination and display.

• Overload safety protection.

• Self aligning platen with fast accessory change capability.

• Configurable Engineering Unit for machine selection.

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D6

• Predefined Machine capacities for each engineering unit. Specific capacity can be selected from the drop down menu.

• Flexible Calibration Points. Calibration can be done on 5 to 10 points.

• Peak Load, Peak Stress, Unique Record No. is displayed.

• ELC has provision to configure more than one Mode.

• Mode1-Compression/Mode2-Flexure/Mode3-Prism Testing/Mode4-Tensile Splitting strength. Each mode will have independent calibration points and calibration points are also flexible.

• Mode-4 runs with Mode-1 calibration.

• Dynamic Calibration

• Any Centronics dot matrix Printer.

• Menu Driven sample details.

• CVT supplied to ensure constant voltage to digital indicator.

• Data storage approx 2000 records.

• Data Download through USB in ASCII format.

• User can set break point.

• Store records can be viewed & print.

• Peak stress calculation based on sample type and shape.

• Easy to operate.

• Password protection for system & calibration setup.

• 2% overload facility to calibrate the machine upto full capacity.

• Start, Stop, Pause & Reset.

• Multifunction Keyboard

• Over travel safety protection in 1000, 2000 & 3000 kN CTM

System Description

The loading frame has a fully welded construction with a top crosshead, base, and solid side walls with the precision ground hydraulic piston fixed to the base. The machine’s platens are hardened, ground, and polished; the upper platen comes with a self-aligning action and suitably sized spacers to accommodate a variety of different sizes of specimen - the specification table shows which platen set comes with the machine.

The two speed pump allows the fast approach of the platens, for daylight closure, and also allows the automatic, precise control over the load application; a pace rate bar on the display gives operator feedback on the loading rate.

The controller incorporates a four line digital display and features the integral load pacing bar display, maximum load and stress result display, parallel port output, and USB output. Results from approximately 2000 completed tests can be stored in the memory and these results can be in Imperial/English, Metric, or SI units. The calibrated operating range of the machines is from 10% to 100% of the machine capacity, over which range the accuracy is +/- 1% of the applied load.

Ordering Information :

ELC 302E-MU-1

ELC 305E-MU-1

ELC 308E-MU-1

ELC 311E-MU-1

ELC 314E-MU-1

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 50kN

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 100kN

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 250kN

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 500kN

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 1000kN

ELC 317E-MU-1 Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 2000kN

ELC 317E-MU-1-BS/EN Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 2000kN as per BS/EN-12390

ELC 320E-MU-1 Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 3000kN

ELC 320E-MU-1-BS/EN Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 3000kN as per BS/EN-12390

ELC 320E-MU-5000 Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 5000kN

ELC 320E-MU 5000-BS/EN Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 5000kN as per BS/EN-12390

Optional Accessories:

ELC 33203

Flexure Test Attachment, 100kN Capacity for MU CTM

For more details, please refer to the table on the next page.

D7 www.edibon.com

www.edibon.com

D8

Automatic Compression Testing Machine

ELC 302E-FA-1, ELC 305E-FA-1, ELC 308E-FA-1, ELC 311E-FA-1, ELC 314E-FA-1, ELC 317E-FA-1,

ELC 317E-FA-1-BS/EN, ELC 320E-FA-1, ELC 320E-FA-1-BS/EN, ELC 320E-FA 5000,

ELC 320E-FA 5000-BS/EN, ELC 320E-FA 5000-1 & ELC 320E-FA 5000-1-BS/EN

ELC 320E-FA-1

Key Features

General

• Conforms to BS-12390, ASTM C39, C109, ASHTO T22, ASTM, EN and BS

• Machines conforming to ASTM C39, AASHTO T22, BS, EN and other ASTM standards can be supplied on request.

• “CE” certification on request.

• Fully Auto Controlled – Operable with ELC through

• Laptop

• Desktop P.C

• Standalone ELC

Recommended Computer Hardware

• 2 GHz Pentium Dual Core or better

• 8 GB RAM

- Using multiple testing machines may require additional memory and/or a faster processor

- 32 bit system are limited to a maximum of 4GB of which only 3.25GB is available due to system overheads

• 512 MB DirectX 10.0 capable video card or better

• 250 GB HD Drive

• RS232 Serial Port

- 1 integrated serial port (not USB) where possible per testing machine

- If RS232 serial port unavailable, then 1 USB serial port with RS232/USB adapter is required (per machine)

• USB Port

- 1 USB Port for use with the software key

- Additional ports required if using RS232/USB adapters to communicate with machines

- Additional ports for required measuring devices, barcode scanners, etc.

• DVD-ROM Drive (to run installation DVD)

• Mouse or pointing device and keyboard supported by Windows

• Monitor

- 32-bit color

- 1600 x 900 (Widescreen) or higher

- If a touchscreen is used, Windows 8 is best

• Windows compatible printer (for reporting capabilities)

• Windows compatible sound card and speakers (for audio playback)

• An active Internet connection (for team viewer use and help desk support)

Note: Computer has to be provided by the customer for Installation of Horizon Software.

D9 www.edibon.com

Software Requirements

• The Horizon Software is designed for 32-bit & 64-bit operating systems running Windows 7 or Windows 8.

Internet Explorer 8 or higher.

Note: A 64-bit operating system is preferred for best Performance.

Edilab Scope of Supply of Software include :

• Edilab Horizon Software with key

• USB Cable

Note : Any Third Party software required has to be purchased by the Customer directly

.

Enhanced Digital Indicator (ELC)

• Configurable Engineering Unit for machine selection.

• Predefined Machine capacities for each engineering unit. Specific capacity can be selected from the drop down menu.

• Flexible Calibration Points. Calibration can be done on 5 to 10 points.

• Peak Load, Peak Stress, Unique Record No. is displayed.

• ELC has provision to configure more than one Mode. Mode1-Compression/Mode2-Flexure/Mode3-Prism

Testing/Mode4-Tensile Splitting strength. Each mode will have independent calibration points and calibration points are also flexible.

• Mode-4 runs with Mode-1 calibration.

• Dynamic Calibration

• Any Centronics dot matrix Printer.

• Menu Driven sample details.

• Data storage approx 2000 records.

• Data Download through USB in ASCII format.

• User can set break point.

• Store records can be viewed & print.

• Peak stress calculation based on sample type and shape.

• Easy to operate.

• Password protection for system & calibration setup.

• 2% overload facility to calibrate the machine upto full capacity.

• Start, Stop, Pause & Reset.

• Multifunction Keyboard.

• Automatic Pace rate control to set value

• Auto close / release of Dump Valve.

• Communication with Edilab Horizon thru USB

• Machine can be operated with software through computer

• CVT supplied to ensure constant voltage to digital indicator.

Edilab ACTM is a fully automated version of the manual/ semiautomatic Compression testing Machine. The Machine is available from 50kN to 5000kN range. Machine can be operated as a standalone with ELC as well as with Edilab Horizon software installed in a Desktop PC or Laptop. When Machine is operated with software then all operation relating to machine control and functioning is done thru Horizon only. It has provision for automatically turning the pump on and off, controlling the set pace rate and switching the machine off under predetermined conditions. The Control releases the pressure at the end of every run and reinitializes the machine at the end of every test. The pace rate is maintained by means of PID control using high torque stepper motors and driver sets. ELC controls the machine and gives the appropriate command based on requirements. The load resolution varies from 0.002kN – 0.2kN based on Machine Capacity.

Compression Testing Machine

Edilab Series of Compression Testing Machines are the finest of their types available. The rugged construction and extreme simplicity makes it possible for personnel with minimum Training to operate them with ease and complete dependability.

Automatic Compression Testing Machine

Edilab Fully Automatic Compression Testing Machine is a fully automated version of the manual/semi automatic

Compression testing Machine. The Machine is available in 50kN to 5000kN ranges. It has provision for automatically turning the pump on and off, controlling the set pace rate and switching the machine off under predetermined conditions.

The Control releases the pressure at the end of every run and reinitializes the machine at the beginning of every test.

The pace rate is maintained by means of full three term PID feedback control using high torque stepper motors and driver sets. Data acquisition, storage, management and analysis are all fully automated. www.edibon.com

D10

The complete unit comprises of :

Loading Unit :

The Loading unit is of fully welded construction having a cross head, base and solid side plates. A hydraulic jack is fixed to the base. The platens of the machine are hardened, ground and polished.

The upper platen is provided with self-aligning action. To facilitate testing of various size specimens, suitable size spacers are provided.

Pumping Unit

This has a 0.5 hp, 1 Ph, 220V AC motor driven two-speed hydraulic pump and a bonded strain gauge based Pressure transducer.

Electronic Hardware

• The compression testing machine is fully controlled by IBM or IBM compatible personal computer running under Microsoft

Windows operating System.

• The Pump control is facilitated thru PID controlled ELC. ELC is connected to PC thru Serial Port 232 or any converter using serial to USB if serial port is not available. (Caution : Use only original FTDI part no. FS-U-1001-R10 or

US232R-10 under Farnell Part no.1615-838 )

• Displacement Measuring device interface is available for Strain measurements (Optional)

Machine hardware is easily configurable through software, making the field upgradation easy i.e., a Standard Compression machine can easily be upgraded to Compression plus flexure or Compression plus Flexure plus Split Tensile or for that matter two Compression frames of different Capacities.

• An intuitive and easy to use Graphical User Interface

• Login and Access control

• Online help file

• Multiple calibration files for different machine configuration.

• Least count of 0.002kN – 0.2kN based on machine capacities.

The software provides various Functions to Operator

Introduction and Launch Page

Edibon is proud to introduce you to the next evolution of testing software with our Horizon package. As part of our development process, we have taken the best features of our existing software offerings, added a host of report writing and data manipulation capabilities and in the process, created a new, unparalleled testing platform that will make easy work of your materials testing programs, whether they’re designed for the demanding rigors of R&D or the charting and analysis functions of QC testing. One of the first features you see within the Edilab Horizon software is its use of the most current Windows environments. These familiar formats make it easy to use and learn, especially since the same familiar functionality is maintained throughout the program.

Key features of Edilab Horizon software include:

• Test Method Library

• Test Editor

• Tabbed Test and Recall Area

• Multiple Machine Control

• Output Editor

• Multilingual

• Method Editor

• Result Editor

• Multifaceted Security

Fig. 1

D11 www.edibon.com

Method Library and Test Editor

If your testing regimen follows a quality control analysis to a variety of National / International Standards, then going to the Test Method Library is, most likely, the first place you want to visit; here you can select your desired test method that we have written in accordance with different

National/International Test Standards i.e IS/BS-EN/ ASTM.

So, for example, if you need to test for the Cube Mould as per IS516 simply select that routine from the list in the library.

Similarly, if you need to determine the Split Tensile strength as per IS simply select from list in the library.

Fig. 2

If, on the other hand, you want to develop your own calculated result from a test, using a national standard as a template for your unique test, it is a simple task of adding the result (and calculation) to the output, and saving the test set-up with your unique name.

Alternatively, you can develop your own test method where you have complete control over how the test machine performs over the course of the test. You can program the control segments, control options, specimen parameters, the report output, and how the test machine and software communicate with each other.

Fig. 3 Library search result, looking for a standardized tensile test routine.

Fig. 3

Fig. 4 Control Segments setup within the Method Editor section of Horizon software. The number of control segments available for each test, and test type, is unlimited, although experience indicates that typically no more than five are generally used.

Notable Features of Tabbed Test and Recall Area

• Examine test results from previous tests while performing live tests.

• Ability to test multiple machines and machine types.

• Multiple graph types can be used for each test.

Fig -5 Test Complete

The next feature you may notice is that Horizon can perform multiple tests at one time, controlling and gathering test data from multiple machines (provided your

PC has the necessary hardware to control multiple machines). This is true whether you're controlling and gathering data from multiple attachments like Split Tensile

Attachment/ Flexural/Strain Measurement apart from

Compressions.

Fig. 4

Fig. 5 www.edibon.com

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Fig. 6 Test Screen showing the tab labeled for multiple machines CTM1 & CTM2. The software is ready to start the tests on multiple machines at the same time while controlling the tests being performed.

Result Editor and Output Editor

Up to three different graphs can be produced per test, using different measurement axes.

Once all the data has been gathered, Horizon can consolidate it into reports that you can customize to your, or your customer’s, individual needs. The output editor allows unprecedented formatting of your data. You can select what live data can be shown during the test; the acceptable limits

Fig. 6 of the results; the graphical representation of the test – in multiple formats; the layout of the report including the use of your, or your customer’s, logo on the report; and also if you need the resultant data available in another format, it can be readily exported or converted to that desired format.

These reports can be distributed across one PC, multiple PCs, or even across a network; the presentation of these test reports are compatible with multiple common formats, including an ERP format.

Fig. 7 Graph setup in the Output Editor function of

Horizon software.

Notable Features of Result Editor and Output Editor

• Multiple graph types can be used per test

• Reports can be generated using your customer's logo

• Reports can be created in the precise format you desire.

• Data can be exported to a variety of different formats.

• An overview is always available to preview what has been created

Fig 8 At every stage of the test set-up, an overview of what has been instructed and how data is to be recorded, used, saved, and output can be seen and checked.

Fig. 7

Fig. 8

RESULT EDITOR

Fig-9. Customized formulae can be written to create your own unique results. In this particular example, the result calculation is a “standard” result and consequently uneditable and greyed out

D13

Fig. 9 www.edibon.com

Fig-10 To make Edilab Horizon truly universal, the software has a Translations section where phrases used as titles and commands can be translated into any International

Languages. Note: Translation is limited to some International

Languages only not to any Indian regional Language.

Fig 11 Statistical options for Parameter selected

Helpdesk and Support

Edilab Horizon is one of the most technologically advanced testing software suites, but throughout the design process two key criteria of value and simplicity were maintained. If at any time you have questions on the operation of the software or how to make different reports, the program has built-in tutorials, on-line help, and Edilab Help Desk access

Fig 12 Help Desk launch page. Here you can see the access to the on-disk / on-line tutorials, details of the program key, and email able access to our manned Help Desk.

Fig. 10

Fig. 11

Fig. 12

Fig 13 As an additional resource, you can also link directly to our application-based micro sites which feature an Ask-The-Expert forum where users can ask questions of our market and application technologists..

Primary Platform

Primary Platform Includes:

• Method library application focused

• Test environment

• Recall

• Regeneration

• Basic statistics

• Exporting (printing, Ascii)

• Edit & creating methods

Fig. 13

• Translation

• Security

• Central server capability

• Closed loop control for bench machines

• Help Desk Access

• Knowledge centre (requires internet connection)

AFM’s

Additional Functional Modules which are available at additional costs are :

• Multiple machines

• Connectivity (Other)

• Formula generation www.edibon.com

D14

Strain Measurement with the Automatic Testing Machine

In addition to measuring the stress on the specimen, a version of the machine is also available with the option of measuring the strain on the sample. This is achieved by installing displacement measuring device including compressometer to measure the compression and extensometer to measure lateral expansion of the sample from which the strains can be calculated. With this option, the software features of the Automatic Compression Testing

Machine are expanded to include the following:

• Compression Vs Time Plot.

• Axial Strain Vs Time Plot.

• Stress Vs Axial Strain Plot.

• Calculation of Young's Modulus of the sample.

• Lateral Strain Vs Time Plot.

• Calculation of Poisson's Ratio

It has the facility to list load, compression, stress, Axial strain, lateral strain & time on a single table.

Flexural Strength Measurement with Digital Microprocessor Controlled Automatic

Compression Testing Machine

In addition to compressive strength an attachment for measuring Flexural strength of beam can also be supplied at an extra cost. This is accomplished by providing a frame for testing flexural strength along with the dedicated software which can be used as an attachment to the existing system. The software features of flexure attachment include the provision for calibration.

Split Tensile Strength Measurement for Cylindrical & Cubical samples

In addition to compression strength attachments for Split Tensile Strength Test of Cylindrical & Cubical samples can be supplied at extra cost. This is accomplished by providing attachments which can be mounted on the Compression

Testing Frame for Split Tensile Strength Test. The software features of Split Tensile Strength attachment include the provision for calibration.

Ordering Information :

ELC 302E-FA-1

ELC 305E-FA-1

ELC 308E-FA-1

ELC 311E-FA-1

ELC 314E-FA-1

ELC 317E-FA-1

ELC 32028

ELC 33101

Automatic Compression Testing Machine Windows Based, Capacity 50kN

Automatic Compression Testing Machine Windows Based, Capacity 100kN

Automatic Compression Testing Machine Windows Based, Capacity 250kN

Automatic Compression Testing Machine Windows Based, Capacity 500kN

Automatic Compression Testing Machine Windows Based, Capacity 1000kN

Automatic Compression Testing Machine Windows Based, Capacity 2000kN

ELC 317E-FA-1-BS/EN Automatic Compression Testing Machine Windows Based, Capacity 2000kN as per BS/EN-12390

ELC 320E-FA-1 Automatic Compression Testing Machine Windows Based, Capacity 3000kN

ELC 320E-FA-1-BS/EN Automatic Compression Testing Machine Windows Based, Capacity 3000kN as per BS/EN-12390

*ELC 320E-FA 5000 Automatic Compression Testing Machine Windows Based, Capacity 5000kN

*ELC 320E-FA 5000-BS/EN Automatic Compression Testing Machine Windows Based, Capacity 5000kN as per BS/EN-12390

*ELC 320E-FA 5000-1 Automatic Compression Testing Machine Windows Based, Capacity 5000kN- Compact

*ELC 320E-FA 5000-1-BS/EN Automatic Compression Testing Machine Windows Based, Capacity 5000kN- Compact as per BS/EN-12390

Optional Accessories :

ELC 31727-1

ELC 31727-2

ELC 31727-3

ELC 31728

Axial Strain Measuring attachment with software

Lateral Strain Measuring attachment with software

Axial & Lateral Strain Measuring attachment with software

Split Tensile test attachment with software for 150mm Cube & 150mm dia X 300mm long cylinder to be used in ACTM 2000kN along with brick platen 320 x 220mm

Split Tensile test attachment with software for 150mm Cube & 150mm dia X 300mm long cylinder to be used in ACTM 3000kN

Flexure Test Attachment

Note 1 : *Calibration is done against Proving Ring upto 3000kN only. Reading are extrapolated above 3000kN

(up to 5000kN)

Note 2 : ELC-31728 can be used with std 3000 kN CTMs. For using it with other capacity CTMs, special platen with 350 mm length & suitable width are required.

D15 www.edibon.com

www.edibon.com

D16

Servo Controlled Compression Testing Machine

ELC 302-SERV, ELC 305-SERV, ELC 308-SERV, ELC 311-SERV,

ELC 314-SERV, ELC 317-SERV & ELC 320-SERV

New

Edilab Series of Servo Controlled Compression Testing Machines are the finest of their types available. The rugged construction and extreme simplicity makes it possible for personnel with minimum Training to operate them with ease and complete dependability

Edilab Servo Controlled Compression Testing Machine is a fully automated version of the manual/semi-automatic

Compression testing Machine having provision for stress & strain controlled loading. The Machine is available in 50kN to 3000kN ranges. It has provision for automatically turning the pump on and off, controlling the set pace rate/displacement rate and switching the machine off under predetermined conditions.

The Control releases the pressure at the end of every run and reinitializes the machine at the beginning of every test.

Data acquisition, storage, management and analysis are all fully automated.

The system has essentially three parts.

• Loading Unit

• Hydraulic Power Pack

• Control Unit & Display

Loading Unit

The Loading unit is of fully welded construction having a cross head, base and solid side plates. A hydraulic jack is fixed to the base. The platens of the machine are hardened, ground and polished.

The upper platen is provided with self-aligning action. To facilitate testing of various size specimens, suitable size spacers are provided.

Hydraulic Power Pack

• Max. working pressure: 300bar

• Max. oil delivery: 10 lpm

• Oil tank capacity : 150 ltrs.

• Hydraulic ports for connection of test frames

• Oil flow control via servo-controlled proportional valve

• Oil water cooling system with forced ventilation

• Operating temperature range for servo valve : -29°C to 135°C.

• Burst pressure : 250% max supply pressure

• External Leakage : zero.

• Vibration : 30g, 3 axes

D17 www.edibon.com

• Fluid cleanliness level per ISO 4406:1999: min.

16/14/12 & recommended 14/12/10

• Hysteresis should not be more than 3.0%

• Threshold should not be less than 0.5%.

• Supply pressure : constant

Hardware and Controlling Unit

• Robust, Stand alone, low power data logger with USB memory stick support.

• Analog Resolution: 24bit

• Inbuilt RTC for the real time in standalone mode

• Easy Configurable Windows Based Software to configure the DAQ through PC

• Stand Alone & Real Time Data Acquisition, Keypad should have capability to configure the system

• LCD display with 4 line 20 characters with back light

• Working range of load control 0.1 to 1% of full scale

• Working range of displacement control 1 micron to 100 micron per sec

• Operating Temperature range : -45 Deg C to 70 Deg C

• Display functions – channel data

• Power supply – 230V, 50.Hz or 12V DC on customer requirement.

• Inbuilt battery for Real time clock.

• Accepts input as analog voltage in the range of ±2.5V.

• Log interval should be configurable from 1 sec to

HH:MM:SS

• System should have the capability to interface the counter to interface the encoder for future expansion

Analog Inputs:

• Maximum 8 number of analog channels

• Maximum Input Voltage : 0-2.5V ±2.5V

• Accuracy 0.1%

• Over Protection Voltage: 10V

Memory & Communication:

• Internal Storage minimum capacity should be 8MB, should have provision for interfacing pendrive.

• Can store on to PC which is configurable

• Should be able to unload the stored data in USB pen drive

Communication Interfaces:

• USB & Ethernet

Recommended Computer Hardware

• 1.9 GHz, Pentium i5

• 8 GB RAM

- Using multiple testing machines may require additional memory and/or a faster processor

- 32 bit system are limited to a maximum of 4GB of which only 3.25GB is available due to system overheads

• 512 MB DirectX 10.0 capable video card or better

• 500 GB HD Drive

• RS232 Serial Port

- 1 integrated serial port (not USB) where possible per testing machine

- If RS232 serial port unavailable, then 1 USB serial port with RS232/USB adapter is required (per machine)

• USB Port

- 1 USB Port for use with the machine

- 1 USB Port for printer

- Additional ports for required measuring devices, barcode scanners, etc.

• Ethernet Port ( To run the machine)

• DVD-ROM Drive (to run installation DVD)

• Mouse or pointing device and keyboard supported by

Windows

• Monitor

- 32-bit color

- 1600 x 900 (Widescreen) or higher

- If a touchscreen is used, Windows 8 is best

• Windows compatible printer (for reporting capabilities)

• Windows compatible sound card and speakers (for audio playback)

• An active Internet connection (for team viewer use and help desk support)

Software Requirements

• Edilab Servo Software is designed for 32-bit & 64-bit operating systems running Windows 7. It does Not support Windows XP and below.

Note: A 64-bit operating system is preferred for best

Performance.

Edilab Scope of Supply of Software include :

• Desktop Computer or Laptop with licensed Windows7 -

64 bit

• Edilab Servo Software

• MS-Office

Note : Any Third Party software required has to be purchased by the Customer directly

.

Edilab Servo Software:

• Control Parameter - Load/Displacement

• Has facility to monitor the data of channels

• Labels of channels are configurable

• Plots Graph - Displacement vs Time, Load vs Time,

Load vs Displacement, Stress vs Strain etc.

• Report in excel & PDF for storing the data.

• Generates graphs in effective mode.

Physical Specification:

• Power Rating of motor: 5 HP

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 302-SERV

Servo Controlled Compression Testing Machine, Capacity 50 kN

ELC 305-SERV

Servo Controlled Compression Testing Machine, Capacity 100 kN

ELC 308-SERV

ELC 311-SERV

ELC 314-SERV

ELC 317-SERV

ELC 320-SERV

Servo Controlled Compression Testing Machine, Capacity 250 kN

Servo Controlled Compression Testing Machine, Capacity 500 kN

Servo Controlled Compression Testing Machine, Capacity 1000 kN

Servo Controlled Compression Testing Machine, Capacity 2000 kN

Servo Controlled Compression Testing Machine, Capacity 3000 kN

Note: 1. Flexure Testing with servo control also available as an attachment or in stand alone operation, as per

relevant standards.

2. Split tensile attachment for testing cylinders and cubes can be provided on request, at an additional cost.

www.edibon.com

D18

Touchscreen Based Enhanced Digital Indicator (ELC) for Compression Testing Machines

ELC 302E-DG-1-T To ELC 320E-DG-1-T, ELC 302E-MU-1-T To ELC 320E-MU-5000-T

& ELC 302E-FA-1-T To ELC 320E-FA-5000-1-T

New

The touchscreen based ELC is an enhancement of our existing ELC offering. It is an advanced digital system with 10 inch resistive touch screen display unit with stylus. Its available in Digital, Micro

Controller based and fully Automatic versions. The fully Automatic version is compatible with Horizon software.

Salient Features:

• Touch Screen TFT with 800X480 pixels

• Icon Driven software showing figures & diagrams for ease of use

• Unique storage mode with both internal storage (200 readings) abd direct to USB pen drive storage

• Separate USB port to communicate with Horizon software (only applicable to our Fully Automatic Models)

• Integrated Thermal Printer (Optional)

• Simultaneous display of Load vs Time graph, stress & actual load rate

Optional Extras:

• Mobile Application (Android based) for basic testing

• Thermal Printer

• IP 65 Enclosure

Ordering Information:

ELC 302E-DG-1-T Digital Compression Testing Machine, Capacity 50kN with touch Screen based

Digital Indicator

ELC 305E-DG-1-T

ELC 308E-DG-1-T

ELC 311E-DG-1-T

ELC 314E-DG-1-T

Digital Compression Testing Machine, Capacity 100kN with touch Screen based

Digital Indicator

Digital Compression Testing Machine, Capacity 250kN with touch Screen based

Digital Indicator

Digital Compression Testing Machine, Capacity 500kN with touch Screen based

Digital Indicator

Digital Compression Testing Machine, Capacity 1000kN with touch Screen based

Digital Indicator

ELC 317E-DG-1-T

ELC 320E-DG-1-T

ELC 302E-MU-1-T

ELC 305E-MU-1-T

ELC 308E-MU-1-T

ELC 311E-MU-1-T

ELC 314E-MU-1-T

Digital Compression Testing Machine, Capacity 2000kN with touch Screen based

Digital Indicator

Digital Compression Testing Machine, Capacity 3000kN with touch Screen based

Digital Indicator

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 50kN with touch Screen based Digital Indicator

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 100kN with touch Screen based Digital Indicator

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 250kN with touch Screen based Digital Indicator

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 500kN with touch Screen based Digital Indicator

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 1000kN with touch Screen based Digital Indicator

D19 www.edibon.com

ELC 317E-MU-1-T

ELC 320E-MU-1-T

ELC 320E-MU-5000-T Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 5000kN

(Calibrated up to 3000kN & Linearity assumed up to 5000kN) with touch Screen based

Digital Indicator

ELC 302E-FA-1-T Automatic Compression Testing Machine Windows Based, Capacity 50kN with touch

Screen based Digital Indicator

ELC 305E-FA-1-T

ELC 308E-FA-1-T

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 2000kN with touch Screen based Digital Indicator

Mu Compression Testing Machine with Automatic Pace Rate Controller, Capacity 3000kN with touch Screen based Digital Indicator

Automatic Compression Testing Machine Windows Based, Capacity 100kN with touch

Screen based Digital Indicator

Automatic Compression Testing Machine Windows Based, Capacity 250kN with touch

Screen based Digital Indicator

ELC 311E-FA-1-T

ELC 314E-FA-1-T

ELC 317E-FA-1-T

ELC 320E-FA-1-T

Automatic Compression Testing Machine Windows Based, Capacity 500kN with touch

Screen based Digital Indicator

Automatic Compression Testing Machine Windows Based, Capacity 1000kN with touch

Screen based Digital Indicator

Automatic Compression Testing Machine Windows Based, Capacity 2000kN with touch

Screen based Digital Indicator

Automatic Compression Testing Machine Windows Based, Capacity 3000kN with touch

Screen based Digital Indicator

ELC 320E-FA-5000-T Automatic Compression Testing Machine Windows Based, Capacity 5000kN (Calibrated up to 3000kN & Linearity assumed up to 5000kN) with touch Screen based Digital

Indicator

ELC 320E-FA-5000-1-T Automatic Compression Testing Machine Windows Based, Capacity 5000kN- Compact

(Calibrated up to 3000kN & Linearity assumed up to 5000kN) with touch Screen based

Digital Indicator www.edibon.com

D20

Flexural Strength

ELC 331, ELC 332, ELC 332E-DG-1, ELC 332E-MU-1 & ELC 332E-FA-1

Ref. Std. : BS:1881 and ASTM C78.

The Flexure Strength Testing Machines are designed to test flexural strength of concrete beams. The design provide maximum rigidity throughout their working range.

The load is applied by the downward movement of the piston.

A spacer is provided for testing different size of beams.

The load is indicated on a calibrated bourdon tube type load gauge of range : 0

-100 kN x 0.5 kN

The load gauge is calibrated against National Physical Laboratory / National

Council for Cement and Building Materials certified proving ring.

Flexure Testing Machines Salient Features:

• Light weight, rugged high strength frame

• Double action hydraulic pump

• Self-aligning roller assembly

• Hydraulic jack provided with retraction spring

• For testing beams of 100X100X500mm and 150X150X 700mm.

Suitable for operation on 220V, 50Hz, Single Phase, AC supply

(For Electrically Operated Flexure Testing Machine).

ELC 332

The following models of Flexural Strength Testing Machines are offered :

Cat. No.

Capacity Type Of Loading

Pumping Capacity

Least

Count

Type Of

Loading

Centre Distance

Between Supporting

Centre Distance

Between Loading

Rollers For Beam Size (mm)

Rollers For Beam Size (mm)

150 x 150 x 700, 100 x 100 x 500 150 x 150 x 700, 100 x 100 x 500

600 mm 400 mm 200 mm 133 mm ELC 331-BS

ELC 331-ASTM

ELC 332-BS

ELC 332-ASTM

ELC 332E-DG-1-BS

ELC 332E-DG-1-ASTM

ELC 332E-MU-1-BS

ELC 332E-MU-1-ASTM

ELC 332E-FA-1-BS

ELC 332E-FA-1-ASTM

100 kN Manual 0-100 kN

100 kN Electrical 0-100 kN

100 kN

100 kN

Electrical

Electrical

0-100 kN

0.100 kN

100 kN Electrical 0.100 kN

0.5 kN

0.5 kN

0.01 kN

0.01 kN

0.01 kN

Third Point

Loading

Third Point

Loading

Third Point

Loading

Third Point

Loading

Third Point

Loading

600 mm

600 mm

600 mm

600 mm

400 mm

400 mm

400 mm

400 mm

200 mm

200 mm

200 mm

200 mm

133 mm

133 mm

133 mm

133 mm

Ordering Information :

ELC 331

ELC 332

Flexure Testing Machine Hand Operated, Capacity 100 kN

Flexure Testing Machine Electrically Operated, Capacity 100 kN

ELC 332E-DG-1 Digital Flexure Testing Machine, Capacity 100 kN

ELC 332E-MU-1 MU Flexure Testing Machine with automatic pace rate controller, Capacity 100 kN

ELC 332E-FA-1

Automatic Flexure Testing Machine Windows based, Capacity 100 kN

D21 www.edibon.com

Flexural and Transverse Testing Machines -

100 kN Flexural and Transverse (Flags) Frame

ELC 320E-FA-1-BS/EN & ELC 33-Frame

Ref. Std. : EN 12390-5, 1339, 1340, 1521, 13161, 772-6

The flexural and transverse strength of concrete is of interest to engineers for many reasons. Movement of structures which may be induced by e.g. temperature changes, ground vibrations, cyclic loading of road pavements and many other external influences, will set up internal stresses within a concrete member.

There is no clearly defined relationship between compressive and flexural strength.

Generally it can be assumed for most purposes that flexural strength of normal concrete is about 10% of the compressive strength achieved in the same concrete.

Principles of Flexural Testing

Third-point Loading Method

Centre-point Loading Method

Loading rollers d

Specimen

2 x Support rollers d =

L

/

2

Specimen

Load and

Support roller

ELC 320E-FA-1-BS/EN d d

L = 3d d

L /

2

L /

2

Span length = L d = Nominal cross-section of the beam

ELC 33-Frame

Modern concrete technology utilizes a wide range of materials such as glass or steel fibers to improve the flexural strength of the concrete. These modified concretes often require the use of special tests and equipment. Lower loads are used to test concrete in flexure; however, the shape and size of test specimens is such that larger and often heavy specimens can be difficult to handle. Edilab has designed the range of machines offered to provide for ease of specimen positioning and subsequent testing.

The range of flexural test equipment offered provides a wide variety of choice and test methods including low strength compression tests using optional ball seating assemblies. This rigidly constructed, open sided frame is suitable for testing kerbs and flagstones to EN 1339,1340. With optional accessories it can also be used to test 100 mm and 150 mm section beams for flexural strength to EN 12390-5.

The frame supports a hydraulic ram and upper sub platen assembly incorporating spherical seating. The upper and lower sub-platens will accept specimen loading bearers, which are supplied with the machine.

Specification

• Dimensions (l x w x h) Rollers 840 x 845 x 1215 mm Weight 460

• Vertical clearance with bearers - 170 mm

• Throat clearance – 330 mm

• Ram travel - 75 mm

• Resolution - 0.01 kN

Ordering Information :

ELC 320E-FA-1-BS/EN

Digital 100kN Flexure and transverse (flags) testing machine Electrically operated

ELC 33-Frame

Digital 100kN Flexure and transverse - Frame Only for Curb stone www.edibon.com

D22

Rectangular Platens

ELC 320-5532

Ref. Std. : EN772-1, BS 6073-1

These platens enable the testing of a wide variety of blocks and similar components. They are manufactured from high quality steel and hardened and finished where applicable to the requirements specified in the relevant standards.

Ordering Information :

ELC 320-5532

ELC MISC

Rectangular Platen set for Prisms 475 x 250 mm

Platen handling Assembly

ELC 320-5532

Split Cylinder Test Platens

ELC 320-5532

Ref. Std. : EN 12390-5

This sub-platen assembly is designed to allow the tensile splitting strength of concrete cylinders to be determined in accordance with international standards. The assembly is supplied complete with a lower platen, integral locating device and load bar.

Ordering Information :

ELC 31728 Split Tensile Test Attachment

Conversion Kits and Optionals:

Electrical Pumping Unit with Load Sensor and Digital Indicator for Analogue Machines Following kits are available

Ordering Information :

ELC 325 - 1 for 50 kN

ELC 325 - 2 for 100 kN

ELC 325 - 3 for 250 kN

ELC 325 - 4 for 500 kN

ELC 325 - 5 for 1000 kN

ELC 325 - 6 for 2000 kN

ELC 325 - 7 for 3000 kN

OPTIONALS :

ELC 32501

ELC 32502

ELC 32503

ELC 32504

ELC 32505

ELC 32506

ELC 32507

ELC 33101

Compression Testing Machine

Compression Testing Machine

Compression Testing Machine

Compression Testing Machine

Compression Testing Machine

Compression Testing Machine

Compression Testing Machine

50 kN

100 kN

250 kN

500 kN

1000 kN

2000 kN

3000 kN

Load Sensor and Digital Indicator

Load Sensor and Digital Indicator

Load Sensor and Digital Indicator

Load Sensor and Digital Indicator

Load Sensor and Digital Indicator

Load Sensor and Digital Indicator

Load Sensor and Digital Indicator

Flexure Test Attachment

EDI327

EDI32701

EDI32702

Electrical Pumping Unit with Hand Pump

Electrical Pumping Unit without Hand Pump

Hand Pumping Unit

This unit is available as a conversion kit to the existing range of Edilab’s Compression Testing

Machine, However, recalibration is a must

This unit is available as a conversion kit to fit with the existing type of pumping unit in place of the Load Gauge. Renovation of Pumping Unit if required and for recalibration of unit, it may be necessary tosend the unit to our works at

Naimex House.

For use with Edilab Compression Testing

Machines for testing Beam of sizes

100x100x500 mm and 150x150x700 mm.

This pumping unit is used with the Electrical pumps as an option.

D23 www.edibon.com

Online Solutions

Custom Solutions

Edilab is perhaps the only instrumentation company in India with a 50 person strong in-house Product development team. Our in-house team includes highly trained and accomplished specialist teams. We have a full gamut of Software,

Electronics and Mechanical Engineering Teams working on Product Development & Enhancement.. We are committed to delivering International Quality At Indian Prices.

In addition to the ability to fully automate systems as per customer requirements, two areas where we have done extensive work include Servo Controlled Systems And Online Solutions

Servo Controlled Systems

We specialize in producing customized servo controlled systems, Static or Dynamic for a variety of applications in Soil,

Cement, Concrete, and Asphalt in addition to a variety of special applications in Structural Engineering.

Some features of the actuators used in our recent systems include:

• Control Rate : 0 – 10 Hz

Amplitude vs. Frequency Chart to come here

• Strain Control :

- On concrete and cement specimens at 0.025 mm / minute

• Full computer control of the system

Online Soutions

By leveraging our electronics and software capabilities we can extract the data /output from machines place on the internet allowing access remotely also These are some of the recent solutions which we have provided to customers around our Compression Testing Machines:

CASE 1

A client wanted to transport the data from our Edilab Horizon softwares running on an Edilab CTMs at various construction sites to their server in their head office, so that they could view all the data relating to cube breaking in real time and could see the data through their ERP which in this case was SAP.

We integrated the database of our machines with the SAP running on the client's server in their head office. Using the static IP internet connections at the client's sites, we were able to meet the client's requirements.

CASE 2

A key client of ours wanted a full online solution using which they could control and monitor compression testing process from their Head Office, being done with Edilab Digital CTMs. They wanted a tamper-free system where data such as breaking strength, cube weight and temperature and humidity would be sent automatically.

The client also needed cube casting being centrally scheduled as well as data on cube weight and temperature and relative humidity being sent automatically.

To achieve this we developed customized hardware and software for the client. Two applications were developed. One for the client's various sites which was hosted locally on the Quality Laboratory's computer and linked via USB cable to the CTM's electronics. The other application was developed for the head office server. It was a web-based application which was completely integrated with the client's ERP.

All this data was integrated into their SQL and later Oracle head office servers

CASE 3

A client approached us with a problem where they needed a web-based system working in conjunction with our ACTM hardware but which needed a large degree of flexibility.

We developed a second ACTM software aside from our standard Horizon software to meet the challenge.

www.edibon.com

D24

Refurbish Services

Edilab has had a long experience of manufacturing Compression Testing Machines. Our machines are the finest of the types available in the market today.

They are known for their quality and performance.

Through 'Refurbish Services' we would like to extend our expertise to all our customers. We have the technology and ability to upgrade, digitize, service and calibrate most common makes of Compression Testing

Machines be it national or international brands.

With Refurbish services provided by us you get the benefit of working with the leading manufacturer recognized for the most reliable Compression Testing Machines to take your manufacturing performance to a higher level.

Our service packages include :

• Conversion of Analogue machine to Digital model

• Conversion of Digital machine to Microprocessor based model

• Conversion of Microprocessor Machine to fully Automatic model & even from Analogue to Fully Automatic or any order of your choice/need

We can help you ensure conformance to standards, enhance your Hardware and software capabilities and streamline operations.

We have dedicated team of experienced engineers that will help you select the retrofit solution best suited for your requirement.

For all your CTM re-engineering requirements, you can depend on our in-house engineering and manufacturing capabilities.

We will refurbish your existing Compression Testing Machine to look new, all geared to meet your needs of date.

Mail your requirements to our Product Specialist at: [email protected]

D25 www.edibon.com

Consistency and Workability

Consistency is a general term related to the relative fluidity of the concrete. It is an indication of the amount of mixed water in relation to the amount of dry materials. Workability indicates whether or not concrete can be placed easily in some desired shape or location. To ensure that concrete achieves its maximum possible strength and yet retains its ease of placing on site, it is essential that the design of the concrete mix in relation to the water-cement ratio and workability is closely controlled.

Following are the methods for determining the consistency of concrete.

Slump Test

This test is considered suitable for cohesive and plastic mixes of concrete containing aggregate smaller than 50 mm.

Slump Test Apparatus

ELC 334

Ref. Standards BS:1881, ASTM C 143, AASHTO T119

The slump cone having dimension as (ID-100mm at top ID-

200mm at bottom & length 300mm) is filled with freshly mixed concrete and is tamped with a tamping bar in four layers. The top of the concrete is levelled off with the top of the slump cone, the cone is lifted vertically up and the slump of the sample is immediately measured.

• Base has cleats on its underside to help dig into the ground surface.

• Positive clamping of slump cone to the base while filling and tamping the concrete.

• A combination swivel carrying handle also serves as the datum making the conventional and somewhat awkward measuring procedure of using a foot rule and a datum bar, a thing of the past.

ELC 334

Degree of

Very low

Low

Medium

High

Very High

workability

Slump

0 - 25 mm

25 - 50 mm

50 - 100 mm

100 - 150 mm

Collapse

The equipment consist of the following replaceable parts :

ELC 33401 Slump Cone

ELC 33402 Base plate with swivel handle

ELC 345 Tamping rod steel, 16 mm dia x 600 mm length with ISI certification mark IS : 10086

1No.

1No.

1No.

Ordering Information :

ELC 334-BS/ASTM Slump Test Apparatus with testing rod & base plate

Compacting factor

0.75-0.80

0.80-0.85

.085-0.92

Above 0.92

Not applicable www.edibon.com

D26

Self Consolidating Concrete (SCC) Flowability

These tests are used to determine the flowability and passing ability of Self-Consolidating Concrete (SCC) as defined in

ASTM C1621. Passing ability refers to the ability of SCC, under its own weight (without vibration), to flow into and completely fill the spaces within an intricate framework, containing obstacles such as reinforcement bars.

J-Ring

ELC 334 J

ELC 334 J

Ref. Standards - ASTM C1621

This test method provides a procedure to determine the passing ability of self-consolidating concrete mixtures. The difference between the slump flow and J-Ring flow is an indication of the passing ability of the concrete. The test method is applicable for laboratory use in comparing the passing ability of different concrete mixture. It is also applicable in the field as a quality control test. It can also be used to investigate the resistance of SCC to segregation by comparing test results from two different portions of sample. The J-Ring test measures three parameters: flow spread, flow time and blocking step. The J-Ring flow spread indicates the restricted deformability of SCC due to blocking effect of reinforcement bars and the flow time indicates the rate of deformation within a defined flow distance. The blocking step quantifies the effect of blocking.

The equipment consist of the following replaceable parts :

ELC 334J01 Base plate of size 1000mm x 1000mm 1 No.

ELC 334J02 Slump cone (100mm ID at top x 200mm at bottom x 300mm height) 1 No.

ELC 334J03 Straight rod of at least one flat side with flexure less than 1mm 1 No.

ELC 334J04 Measuring scale 0-600mm 1 No.

ELC 334J05 Sprit level.

ELC 334J06 Stop watch with accuracy of 0.1 second

1 No.

1 No.

L-Box

ELC 334 L

L Box to investigating the flow rate and passing ability of SCC (selfconsolidating concrete) in confined spaces. It measures the reached height of fresh SCC after passing through the specified gaps of steel bars flowing within a defined flow distance. With this reached height, the passing or blocking behavior of SCC can be estimated.

The equipment consist of the following replaceable parts :

ELC 334L01

L-Box with three smooth bars equally spaced and a gate

ELC 334L02 Bucket capacity of 14 litre

ELC 334J04 Measuring scale 0-600mm

ELC 334J05 Spirit level

ELC 334J06 Stop watch with accuracy of

0.1 second

1 No.

1 No.

1 No.

1 No.

1 No.

ELC 334 L

D27 www.edibon.com

U-Box

ELC 334 U

The U Shape Box is used to determine the confined flowablity and the capacity of SCC concrete to flow within confined space. The box is made of steel frame consisting of three bars.

In this test the degree of compatibility can be indicated by the height that the concrete reaches after flowing through an obstacle. The quality of the concrete can be judged by the height reached.

The equipment consist of the following replaceable parts :

ELC 334L02

Bucket capacity of 14 litres 1 No.

ELC 334J04

Measuring scale 0-600mm

ELC 334J05

Sprit level

ELC 334J06 Stopwatch with the accuracy 0.1 second

1 No.

1 No.

1 No.

V-Funnel

ELC 334 V

The V- Funnel flow time is the period a defined volume of SCC (selfconsolidating concrete) needs to pass a narrow opening and gives an indication of the filing ability of SCC provided that blocking and or segregation do not take place, the flow time of the V-Funnel test is to some degree related to the plastic viscosity.

The equipment consist of the following replaceable parts :

ELC 334L02 Bucket capacity 14 litres

ELC 334J05

Sprit level

ELC 334J06 Stopwatch with accuracy 0.1 second for recording the flow time

1 No.

2 No.

1 No.

Flow Table for Self Compacting Concrete

ELC 334 F

Ref. Standards - IS: 9103.1999

Flow table is used to determine the flow of fresh mixed super plasticized concrete to high working. The slump cone is placed centrally on the table of to be held position by standing on the two foot pieces. A wooden tamping bar is provided for lightly tamping for each layer.

The equipment consist of the following replaceable parts :

ELC 334F01 Flow table

ELC 334F02 Slump cone (130mm ID at top x 200mm

ID at bottom x 300mm height)

ELC 334F03 Wooden tamping bar

1 No.

1 No.

1 No.

Ordering Information :

ELC 334 J J-Ring

ELC 334 U U-Box

ELC 334 L L-Box

ELC 334 V V-Funnel

ELC 334 F Flow table for self compacting concrete

ELC 334 FC Flow cone & flow funnel with stand www.edibon.com

D28

334 F

ELC 334 U

ELC 334 V

Consistency Test

This method is a mechanical variation of the simple slump test which includes determination of the workability of concrete. The concrete is formed in a slump cone positioned in a container and it is vibrated after removing the cone on a small vibrating table operating at a fixed amplitude and frequency.

A plastic spacer disc, in which, contact with the upper surface of the wet concrete guides the operator to judge when the compaction is complete. The time to complete the required vibrations gives an indication of the workability of concrete, which is expressed in Vee-Bee degrees.

Edilab Consistometer

ELC 335

Ref. Standards - IS:10510, IS:1199, BS 1881 (Part 104),

AASHTO T126, EN. 12350-3

Consists of a vibrating table, specimen pot, slump cone, graduated rod and acrylic plate.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 335 Edilab Consistometer

ELC 335

Flow Test

Ref. Standard - IS:1199, AASHTO T126

The Flow Table is designed for determining the workability of portland cement concrete.

Flow Table, Motorised

ELC 336

The Flow Table top is 76.2 cm dia, finely machined from a solid brass casting. The integrally cast ribs are designed for support and strength. The stand is fabricated of cast iron and is of sturdy construction. Holes for mounting on foundations are drilled in the base plate. The ground and hardened steel cam is designed to drop the table by 12.5 mm with an electric geared motor.

Complete with Flow mould 250mm base dia, 170mm top dia and 120mm high. The new design has better aesthetics and compact look.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 336 Flow Table, Motorised

ELC 336

D29 www.edibon.com

Compaction Factor

Compaction factor is the ratio of the weight of partially compacted concrete to the weight of the concrete when fully compacted in the same mould. The weight of partially compacted concrete in relation to its fully compacted state is a reasonably good indication of the workability of concrete.

Compaction Factor Apparatus

ELC 337

A useful tool for determination of workability determination of concrete mixes of very low workability such as those normally used with concrete, compacted by vibration.

Concrete mix having maximum size of aggregate not exceeding 38 mm, can be tested for workability.

Compaction Factor Apparatus is complete with hoppers and receiver assembly,

ELC 345 Tamping Rod of 16 mm dia x 60 cm long having a Hooper and two trowels.

Ordering Information :

ELC 337 Compaction Factor Apparatus

ELC 337

Setting Time By Penetration Resistance

The method as detailed in ASTM C403 and AASHTO T197 is for the determination of setting time of mortar fraction of concrete mixes. The hardening of concrete is a gradual process and any definition of setting time is arbitrary and the method is suitable only for mortar mixtures with a value greater than zero. The initial and final setting times are the

Concrete Penetrometer, Spring Type

ELC 338

Ref. Standard ASTM C 403

ELC 338

It consists of a cylindrical spring housing with a plunger attached to the top of the spring. Penetration needle is attached to the other end of the spring housing. The plunger is graduated in 1 kg divisions, to a maximum capacity of 60 kg, which can be read with respect to the top end of the spring housing. A set of six needle points with areas of 645, 323, 161, 65,

Supplied complete in a carrying case.

Ordering Information :

ELC 338 Concrete Penetrometer, Spring Type www.edibon.com

D30

Bulk Density

ELC 339

Ref. Standard - BS:1881, EN1097-3, 12350-6

For determining the weight per cubic metre, of freshly mixed concrete. Formulae are provided for calculating the volume of concrete per batch, the yield per bag of cement and the cement factor.

Bulk Density Measures

The Set comprises one each of :

ELC 33901 Bulk Density Measure, 20 litres.

ELC 33902 Bulk Density Measure, 10 litres.

Ordering Information :

ELC 339 Bulk Density

Air Entrainment

Entrainment of a small amount of air in the cement/ concrete has been found to improve considerably the durability of concrete. The recommended limits specified for the air content are between 3% and 6.5%. Smaller percentages may result in deterioration taking place more quickly and larger percentages may reduce the strength without any improvement in the durability of concrete.

Further, when use of admixtures is made to increase workability of concrete, a check of the air content is required to ensure that the percentage of air remains between 1 to 2 % to get the optimum performance of the concrete structure.

For determining these percentages, Air Entrainment Meter, as specified in IS:9799, is used.

Air Entrainment

ELC 340, ELC 341 & ELC 342

Ref. Standard - BS:1881, EN 12350-7

It consists of a pressure-tight flanged cylindrical measuring bowl, fitted with a removeable flanged and a conical cover assembly with a seal in-between.

The conical cover has an air valve and a pet cock for bleeding-off the water. A cylindrical stand pipe, which is graduated in per cent air content, is fixed on the conical cover assembly.

Required pressure is applied to the specimen with the help of a pressure bulb.

The whole assembly is mounted on a flat base. Each apparatus is supplied complete with a calibrating cylinder, pressure gauge, funnel, trowel and tamping bar.

ELC 341

Ordering Information :

ELC 340

ELC 341

ELC 342

Air Entrainment Meter, Capacity 0.005 m3 (5 litres), suitable for aggregate size upto 38 mm .

Air Entrainment Meter, Capacity 0.01 m3 (10 litres), suitable for aggregate size upto 75 mm.

Air Entrainment Meter, Capacity 0.1m (100 litres), suitable for aggregate size upto 150mm. Supplied with Foot Pump in place of Pressure Bulb as supplied with other models.

D31 www.edibon.com

Mixing Equipment

For quality specimens to be manufactured efficient mixing of concrete, prior to moulding is essential. Mixing helps in coating the surface of all aggregate particles with cement paste and bring uniformity in the mixture .

We offer both Drum type and Pan type models of concrete mixture. They are suitable for mixing small quantities of concrete, generally used in the laboratories.

Concrete Mixer, Drum Type, Capacity 30L

ELC 9701

The mixer consists of a steel vessel of 30 litres, mounted on a frame. The vessel is rotated at 20-24 RPM with the help of a motor and a pulling. The vessel can be tilted to any angle by a handle. This facilitates mixing and discharge. Blades are provided inside the vessel to mix the material thoroughly.

The large handle strip facilitates manual rotation of the drum during power failure. The drum, handle and motor etc. are mounted on a steel frame. This model is provided with two large wheels for carting away.

Specifications :

Mixing Capacity

Overall Dimension

Motor

Drum RPM

: 30 ltrs.

: 195mm X 790mm X 1370mm

: 1 HP

: 24 RPM

Special Features :

• Simple to clean & maintain. • Easy to operate.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 9701 Concrete Mixer, Drum Type, Capacity 30 Litre

ELC 9701

Concrete Mixer, Pan Type, Capacity 40L

ELC 9891

The Concrete Mixer has been designed for mixing small quantities of concrete used in preparation of concrete cubes, for testing in laboratories. The purpose of the mixer is to smear mechanically the aggregate surface with cement paste uniformly & produce a mix of uniform consistency. This in turn gives consistent quality of cube specimens when casted in the moulds.

The Concrete Mixer developed is transportable on wheels. The design of mixing paddles ensure uniform & efficient mixing of cement & aggregate both in dry & wet conditions. This machine is suitable for aggregate size upto 20mm. The equipment can also be put to use for mixing of any other material in dry / wet conditions. The arrangement helps the operators to access the pan contents conveniently & emptying the mixture after completion of the operation. The drum is driven off the ribbed base. The lid with mixing paddles clears off the top of the drum to provide maximum access to the operator.

Specifications :

Mixing Capacity

Overall Dimension

Motor

Drum RPM

: 40 ltrs.

: 910mm X 875 mm X 1250mm

: 2 HP

: 24 RPM

Special Features :

• Portable & Compact. • Adjustable Blades.

• Simple to clean & maintain. • Easy to operate.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 9891 Concrete Mixer, Pan Type, Capacity 40 L

Note: Concrete Mixer Pan Type with higher Capacity available on request.

ELC 9891 www.edibon.com

D32

Moulding

International specifications for concrete strength testing require test specimens to be cast in a number of standard sizes for compression and flexural strength determination.

Edilab moulds are made of high quality metal and are strong enough to resist distortion and retain their shape and size under rugged conditions. These moulds are given internal surface finish of a very high order, to comply with requirements laid down in IS:10086, BS:1881, ASTM C31 and ASTM C192, EN 12390-6-2

The design is such that during dismantling and re-assembly, these moulds attain accuracy of alignment.

Edilab offers Cube Moulds, Cylindrical Moulds and Beam Moulds of various sizes as listed below :

Moulds

Cube Moulds

ELC 343 & ELC 344

Four standard sizes of cube moulds are offered and supplied complete with base plate.

Ordering Information :

ELC 343 BS Mould, Cast Iron, for 100 mm as per BS

ELC 344 BS Mould, Cast Iron, for 150 mm as per BS

Optional Accessories :

ELC 345

Tamping Rod, Steel, 16 mm dia x 600 mm length rounded at the lower end. For use with Cube and

Cylindrical Moulds.

Note: Cube moulds of 200mm & 300mm also available on request

D33 www.edibon.com

Beam Moulds

ELC 346 & ELC 347

Ref. : EN 12390-1-2

Two standard sizes of beam moulds are offered for casting concrete specimens for flexural strength testing. These moulds are made of steel and are supplied complete with a base plate.

Ordering Information :

ELC 346 Beam Mould 100 mm x 100 mm x 500 mm size

ELC 347 Beam Mould 150 mm x 150 mm x 700 mm size

Optional Accessories :

ELC 348

Tamping Bar, Steel, 25 mm x 25 mm square ramming face, 400 mm long.

Cylindrical Moulds

ELC 349, ELC 350, ELC 351, ELC 352 & ELC 354

Moulds for testing concrete cylinders for compressive strength testing are offered in two different sizes. These moulds are made of cast iron and split into two parts longitudinally. These are supplied complete with a base plate and top plate, and meet the requirements of IS:10086 and other international standards, EN 12390-1-2

Ordering Information :

ELC 349

ELC 350

ELC 351

ELC 352

ELC 354

Mould , Cast Iron, Split length wise 150 mm x 300 mm high with ISI certification mark IS:10086

Mould, Cast Iron, Split length wise 100 mm dia x 200 mm high

Mould, Cast Iron, Split length wise 100 mm dia x 100 mm high

Mould, Cast Iron, Split length wise 150 mm dia x 150 mm high

Mould, Cast Iron, Split length wise 300 mm dia x 300 mm high

Curing

ELC 355-1, ELC 355-2, ELC 355-3, ELC 355-4,

ELC 355-1 ACW, ELC 355-2 ACW, ELC 355-1 ACB,

ELC 355-2 ACB, ELC 355-1 ACB-C & ELC 355-2 ACB-C

The tank has been designed to accommodate 150 mm/70.6 mm casted cubes upto 36/72 cubes and fully insulated, complete with a hinged lid, heater, thermostat and recirculation pump. Provision of two removeable racks allowing free circulation of water around each cube. The pump, drain valves and electrical equipment are housed in a compartment located at one end of the tank.

For Voltage Ratings please refer

Page No. A 69

ELC 355-1 www.edibon.com

D34

Ordering Information :

Temp. Range : Ambient 5° C to 100± 2° C

Curing Tank:

ELC 355-1 Curing Tank for 6/12 cubes of 150 mm/ 70.6 mm size

ELC 355-2

ELC 355-3

Curing Tank for 12/24 cubes of 150 mm/70.6 mm size

Curing Tank for 24/48 cubes of 150 mm/70.6 mm size

ELC 355-4 Curing Tank for 36/72 cubes of 150 mm/ 70.6 mm size

Accelerated curing (for warm water method)

Temp. Range : Ambient 5° C to 55 ± 2° C.

ELC 355-1 ACW

ELC 355-2 ACW

Accelerated curing Tank for 6 moulds of 150 mm size.

Accelerated curing Tank for 12 moulds of 150mm size.

Accelerated curing (for boiling water method)

Temp. Range : Ambient 5° C to 100± 2° C.

ELC 355-1 ACB Accelerated curing Tank for 6 moulds of 150 mm size.

ELC 355-2 ACB Accelerated curing Tank for 12 moulds of 150mm size

Accelerated curing (for cooling and boiling water method)

Temp. Range : 10°C to 100°C

ELC 355-1 ACB-C Curing Tank for 6 cubes of 150 mm, 10°C to 100°C (with cooling & heating system)

ELC 355-2 ACB-C Curing Tank for 12 cubes of 150 mm, 10°C to 100°C (with cooling & heating system)

Note: For applications in the Cement plants, cooling-cum-heating type humidity chamber are only recommended.

Vibratory Hammer for

Concrete Moulds

ELC 356

New

Used for the compaction of concrete samples in a mould.

Generally the Vibratory Hammer is found to be a much faster

& quicker method as compared to impact hammering.

The equipment consist of the following replaceable parts:

ELC 35601 Tamping foot 148mm dia

ELC 35602 Tamping foot 148mm x 148mm square

Ordering Information :

ELC 356

Vibratory Hammer for Concrete Moulds

Optional Accessories :

ELC 35603 Tamping foot 98mm dia

ELC 35604 Tamping foot 98mm x 98mm square

ELC 356

D35 www.edibon.com

Capping

Cylindrical Specimen Capping Equipment

ELC 357 & ELC 358

Ref. Standards - IS:516, BS:1881, ASTM C31, ASTM C617

It is essential that the ends of the concrete cylinder specimens are flat and parallel when conducting a compressive strength test. If it is not so, the end surfaces are required to be capped with capping compound, using capping sets to obtain these conditions. These capping sets are for use in the field and in the laboratory.

ELC 357

The vertical capping set comprises of a base with an upright, which serves as a guide for positioning the capping plate and a cylinder. Precisely machined capping plate is for keeping molten compound and to position the cylinder. Supplied complete with a cylinder carrier and a laddle.

Ordering Information :

ELC 357

Capping Set, Vertical, for Capping 150 mm dia Cylinders and Cores.

ELC 358

Capping Set, Vertical, for Capping 100 mm dia Cylinders and Cores

Optional Accessories :

ELC 359 Capping Mould, for Capping 150 mm dia Concrete Cylinders

ELC 35701 Capping Compound, Pack of 5 kg, for capping the ends of the Concrete Test Cylinders

ELC 35702 Warmer, for melting the capping compound. Consists of an electrically heated bath with a temperature regulator. Complete with a cover and carrying handle.

Suitable for operation on 220V, 50Hz, Single phase, AC supply.

ELC 35703 Bowl, Metallic bowl for carrying the capping compound

ELC 35704 Laddle, Metallic laddle for pouring the molten capping compound into the grooves between the cylinder and the capping plate

Creep Test Rig

ELC 239

Ref. Standard : ASTM -C512

This Apparatus is designed to determine the Creep of

Mould Concrete Cylinder subjected to sustained longitudinal compressive load.

This test method is limited to Concrete in which the maximum aggregate size does not exceed 2 inch (50mm)

Suitable for operation on 220 V, 50 Hz, Single phase, AC supply.

The equipment consist of the following replaceable parts :

• One reaction frame suitable for 3 Nos.150 dia x 300mm long cylindrical samples

• One pumping unit electrically operated

• One hydraulic jack

• One load gauge

Reaction Frame

Reaction frame consists of Upper & Lower Jack plates and Upper & Lower

Loading Plates bearing on the ends of the Loaded specimen, load maintaining elements (springs), threaded rods & nuts to take the reaction of loaded system.

Pumping Unit

Motorised pumping unit of 1000kN is housed in an elegant cabinet and is of two

ELC 239 www.edibon.com

D36

speed design driven by an electric motor. The motor of the pump is connected to mains through ON-OFF Push Button

Switch. There is slow and fast lever, which is fitted with a knob. By doing to and fro movement of this lever, coarse adjustment of rate of loading can be done.

Fine adjustment can be done by rotating the knob fitted on this lever. A release valve is provided on the top of the pump.

Pressure can be released by unscrewing the knob. Pumping unit is submersed in oil tank& it is fitted with oil filler plug cum dipstick & drain plug.

Hydraulic Jack

It consists of a cylinder and a piston. Lifting handle is fixed on the cylinder body. An inlet nipple is fixed for coupling with the connecting pipe. A Teflon Seal is provided on the hydraulic jack to prevent leakage of the oil under pressure. The capacity of the jack is 1000kN. An air vent is provided in the piston for bleeding out air from the system before the jack is put to use for conducting a test. For bleeding out air the Allen Screw for airvent should be loosened. Pump oil to Jack. First air will come out when continuous stream of oil starts coming out tighten the allen screw. A retraction spring is provided in the hydraulic jack so that the piston comes back to its original position after load is released. The travel of the piston of the hydraulic jack is

100mm. If the piston is pushed out beyond this travel, the retraction spring will get damaged.

Load Gauge

The load is indicated on 20cm dial Load gauge 1000kN capacity. The Load gauge can be fixed to the Load gauge adaptor. A red maximum pointer is fitted to the Load gauge to indicate the maximum load applied on the specimen.

A drag knob is provided to operate the maximum pointer.

The equipment consist of the following replaceable parts :

ELC 23902

ELC 32701

Reaction Frame

Electrical Pumping Unit without hand pump

ELC 314-LG 1000-EO-1 Load gauge 0-1000 kN & 5 kN on 157mm ram dia, electrical operated

Ordering Information :

ELC 239

Creep Test Rig, 1000 kN

Note: Creep Test Rig of other capacities can be supplied on request.

1No.

1No.

1No.

Buoyancy Balance

ELC 9933

The Density of Hardened concrete specimens like Cubes & Cylinders can be quickly & accurately checked using Buoyancy Balance. The Buoyancy Balance consists of a rigid support Frame , incorporating a Water Tank ,mounted on a platform. A mechanical lifting device is used to raise the Water Tank thru the Frame height immersing the specimen suspended below the balance .The Balance supplied may also be used as a standard weighing system in the laboratory .

Buoyancy Balance—15 kg x 0.5g

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 9933 Buoyancy Balance

ELC 9933

D37 www.edibon.com

Vibratory Compaction

Vibrating Table

ELC 364, ELC 365-1, ELC 366-1 & ELC 367-1

ELC 365-1 ELC 367-1

Ref. : EN 12350-6, 7, 12390-2, 13286-50

Proper compaction of cement concrete while casting specimens for compression testing is essential to achieve higher compressive strength .

Edilab Vibrating Table is ideally suited for this purpose. The table top is suitable to hold cube moulds and has stops along its edges to prevent moulds from sliding off the table during operation.

The specially designed vibro motor for operating the vibrator.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 364 Vibrating Table, Table top 75cm x 75cm for 6 moulds of 150mm cube

ELC 365-1

Vibrating Table, Table top 50 x 50cm for 4 moulds of 150mm cube

ELC 366-1 Vibrating Table, Table top 2m x 1m for 32 moulds of 150mm cube

ELC 367-1 Vibrating Table, Table top 1m x 1m for 16 moulds of 150mm cube www.edibon.com

D38

Sample Collection

Core Case

ELC 368

ELC 368

Core Case is the first innovation in Concrete core drilling. Connected to the core drill assembly with a flexible rubber coupling, the heavy duty, hand held, rotary drill easily produces cores upto 100 mm in dia without the use of cumbersome frame and feed.

The Water Jacket surrounding the core barrel is flanged, enabling it to be clamped to the surface to be drilled. For added support, clamping pliers and anchors are supplied. A rubber O-Ring fitted with the flange seals the water jacket core barrel assembly against concrete surface, enabling the return flushing water containing the cuttings to be hosed away from the drill site.

Water is fed into the upper water jacket nipple, from there the water flows, through a manifold, into the drill spindle and continues to the inside of the diamond core bit. A steady feed pressure can be maintained on the drill bit by turning the capstan wheel with one hand, while holding the electric drill steady on the coupling with the other. The drill feed assembly, common to all models, makes the system adaptable to all core diameters with additional conversion kit. Core Case is a completely portable, self-contained system, easily carried by a person in a standard brief case.

For Voltage Ratings please refer Page No. A 69

The equipment consist of the following replaceable parts :

ELC 36819

ELC 36807

Electrical drill for core case

Feed Assembly

ELC 36813

ELC 36816

ELC 36817

ELC 36820

ELC 36823

Hammer drill 8 mm

Anchor bolts

Rubber coupling for core case

Clamp for holding water jacket

Nut & bolts

1 No.

1 No.

1 No.

1 Set

2 Nos.

1set

15 Nos.

Note: Core Case is not supplied with any bit or water jacket. Core Bits and Water Jackets are to be ordered separately, as required.

Ordering Information :

ELC 368

Core Case

Optional Accessories :

Core Bits with the Water Jacket are offered in the following sizes :

ELC 36801 Core Bit and Water Jacket 25 mm dia x 75 mm long

ELC 36802 Core Bit and Water Jacket 38 mm dia x 100 mm long

ELC 36803 Core Bit and Water Jacket 50 mm dia x 100 mm long

ELC 36804 Core Bit and Water Jacket 75 mm dia x 100 mm long

ELC 36810 Core Bit 50 mm dia x 200 mm long

ELC 36811 Core Bit 75 mm dia x 200 mm long

Note: To obtain 200 mm long Core Samples, Core Bit of 100 mm length of the corresponding dia should be used first and replaced with 200 mm long Core Bit in the same Water Jacket to advance the core length.

Caution :

1. Coring cannot be done if reinforcement steel is encountered, which should be located using suitable techniques

and avoided.

2. Core bits larger than 50mm dia may be avoided if concrete with strength M40 is encountered, as this may overload the motor and damage the bit.

D39 www.edibon.com

Tests on Hardened Concrete

Demountable Mechanical Strain Gauges

ELC 369, ELC 369-DG, ELC 370, ELC 370-DG, ELC 371, ELC 371-DG

Strain Measurement

• Suitable for use on a loading member under adverse conditions

• Demountable measuring head

• Portable

• High accuracy

• Reference Test Bar incorporated

These are designed for gauge lengths of 100, 150 or 200 mm of the reference pins.

Supplied complete with ELC 070 dial gauge 0.002×5mm or ELC 072-DG

Dial gauge Digital 0.001×25 mm. Complete in a case.

Ordering Information :

ELC 369 Demountable Mechanical Strain Gauge, 100 mm, Analogue

ELC 369-DG Demountable Mechanical Strain Gauge, 100 mm, Digital

ELC 370 Demountable Mechanical Strain Gauge, 150 mm, Analogue

ELC 370-DG Demountable Mechanical Strain Gauge, 150 mm, Digital

ELC 371 Demountable Mechanical Strain Gauge, 200 mm, Analogue

ELC 371-DG Demountable Mechanical Strain Gauge, 200 mm, Digital

Optional Accessories :

ELC 36901 Reference Pins, pack of 100, for use with any of the above

ELC 070 Dial Gauge, 0.002x5mm

ELC 072-DG Digital Dial Gauge, 0.001x25mm

ELC 370-DG

Modulus of Elasticity

Longitudinal Compressometer

ELC 372 & ELC 372-DG

ELC 372

Ref. : ASTM-C469

This apparatus is used for determination of the strain and deformation characteristics of cement concrete cylindrical specimens of 150 mm dia x 300 mm length.

The Compressometer consists of two frames for clamping to the specimen by means of five tightening screws with hardened and tapered ends. Two spacers hold the two frames in position. An adjustable pivot rod rests on pivot screws.

A spring enables the pivot rod to remain in contact with pivot screws. The ball chain is for adjusting the tension of the spring. A dial gauge, fixed to a bracket, fitted to the top frame, is used for taking deformation measurement. Supplied complete with ELC 070 dial gauge 0.002×5mm or ELC 072-DG Dial Gauge Digital 0.001×25 mm.

Ordering Information :

ELC 372

Longitudinal Compressometer, Analogue

ELC 372-DG

Longitudinal Compressometer, Digital

Note: Longitudinal Compressometer for other size cylindrical samples can be provided on request www.edibon.com

D40

Lateral Extensometer

ELC 373 & ELC 373-DG

Ref. : ASTM-C469

This equipment is for the determination of lateral extension of 150 mm dia x 300 mm high cement concrete cylinders while testing them in compression.

The extensometer consists of two movable frames pivoted at one end. A dial gauge measures the lateral extension, and a removable spacer strip is for the initial setting of the dial gauge. Mounting of extensometer on the specimen is with the help of screws.

Supplied complete with ELC 070 dial gauge 0.002×5mm or ELC 072-DG dial gauge digital 0.001×25 mm.

Ordering Information :

ELC 373

Lateral Extensometer, Analogue

ELC 373-DG Lateral Extensometer, Digital

ELC 373

Drying, Shrinkage and Moisture Movement

Ref. Standards IS:4031, IS:9459, ASTM C490 and BS:1881, EN-1367-4

For determination of change in size of a concrete or cement sample, brought about by a change in moisture content, following apparatus has been designed.

Tests can be performed on freshly made specimens or specimens taken from existing structures.

Length Comparator

ELC 374-1 DG

The apparatus can be used for three basic tests :

Initial drying shrinkage

The difference between the length of the cured specimen and the length when it is dried.

Drying shrinkage

The difference between the length of the specimen from existing structure and its length when completely dried.

Moisture movement

The difference between the length of the dried specimen and its length when again saturated with water.

The equipment consist of the following replaceable parts :

ELC 37401

Length Comparator Frame

ELC 37404

Reference Bar

ELC 072-DG Digital Dial Gauge 0-25mm x 0.001mm

Ordering Information :

ELC 374-1-DG

Length Comparator, Digital

Analogue dial gauge ELC-070 can be provided on request

ELC 374-1 DG

Volume Change Apparatus

ELC 375

Ref. Standard : ASTM - C490

This apparatus is used for determining the volume change of cement / concrete. The apparatus consists of a mould 100 x

100 x 250 mm effective gauge length (Distance between the innermost points of the reference points) complete with base plate and four reference points of standard length. Supplied complete, with ELC 374 Length Comparator.

Ordering Information :

ELC 375

Volume Change Apparatus

D41 www.edibon.com

Prism Mould

ELC 376

Prism mould size is 75mm x 75mm x 285 mm.

Ordering Information :

ELC 376

Prism Mould

ELC 376

Permeability

ELC 379, ELC 380, ELC 381, ELC 382, ELC 383 & ELC 384

The design of concrete mix aims at maximum durability for the conditions prevailing at the site where it is to be used. ability to resist the flow of water through, is one of the important durability characteristics. The permeability is determined on cement. mortar and concrete specimens, either cast in the laboratory or obtained by cutting out cores from existing structures.

The Permeability test is carried out as per the standard IS:3085 and US

Bureau of Reclamation.

Permeability Testers

High Pressure Permeability Test can be conducted on different size specimens using different cells. Each cell is made of steel and provided with a top plate and funnel at the bottom having gasket seals held in position through bolts and nuts. The concrete specimens are sealed in the cells to prevent any leakage along the side walls. The permeated water is collected in glass bottles attached at the bottom.

Each test stall has its own control valves. The control Value are mounted on a sturdy welded structural stand. All multi-units are provided with end pressure gauges. Each unit is provided with chamber pressure gauges of

2

Pressures are applied using any available pressure line at the site for a compressor.

Note:

1. The Compressor is not supplied as a part of the outfit.

ELC 384

2. Although IS doesn’t cover cubes. Machine has been designed for testing of cubes keeping in mind customer requirements.

3. ELC 380, ELC 382 & ELC 383 models meet all the requirements of IS 3085 but keeping in mind requirement of majority of customers, the Pressure Range has been limited to 10 kg/sq cm to get finer control of Pressure In Lower Working Range.

4. On request ELC 380, ELC 382 & ELC 383 models can also be supplied suitable for 15 kg/sq cm with Item Codes as

ELC 380-15, ELC 382-15 & ELC 383-15 respectively. Rest of the things remain same.

Concrete Permeability Apparatus

Cat. Ref No. of Specimen

Standard Cells

ELC 379 IS:3085

ELC 380 IS:3085

ELC 381

IS:3085

ELC 382 IS:3085

ELC 383 IS:3085

Three

Three

Three

One

One

Cube

Cylinder

Size

100 mm Cube

100 mm dia

Cube 150 mm Cube

Cylinder 150 mm dia Iron split

150 mm high lengthwise for 150mm dia x

150 mm specimens

Cylinder 300 mm dia

300 mm high lengthwise for 300mm dia x specimens 300mm high

Concrete Impermeability Apparatus

ELC 384 DIN Standard

Three

1048

Cube 150 mm Cube

Optional Extras

ELC 343 Mould Cast Iron for 100 mm Cubes

ELC 351 Cylindrical mould, Cast Iron, split

100 mm high lengthwise for 100 mm dia x 100 mm high specimens

ELC 344 Mould, Cast Iron for 150 mm Cube.

ELC 352 Cylindrical Mould,

150mm x 150mm, Cast Iron

ELC 354, Cylindrical Mould, Cast Iron

300mm x 300mm

ELC 344 Mould, Cast Iron for 150 mm Cube.

www.edibon.com

D42

Ordering Information :

ELC 379

ELC 380

ELC 381

Concrete Permeability Apparatus, 3 cell model for 100 mm cube

Concrete Permeability Apparatus, 3 cell model for 100 mm cylinder

Concrete Permeability Apparatus, 3 cell model for 150 mm cube

ELC 382

ELC 383

Concrete Permeability Apparatus, 1 cell model for 150 mm cylinder

Concrete Permeability Apparatus, 1 cell model for 300 mm cylinder

ELC 384

Concrete Impermeability Apparatus, 3 cell model for 150 mm cube as per DIN Std.

Optional Accessories

ELC 38104

ELC 38106

Compressor for Permeability Apparatus 15kg/cm

2

Compressor for Permeability Apparatus 7kg/cm

2

Abrasion Resistance of Concrete

Abrasion Resistance of Concrete can be used as a measure of its durability. Concrete surfaces may deteriorate in the long run due to abrasion caused by various factors such as sliding, scraping and abrasive materials carried by water etc. Abrasion

Resistance of Concrete therefore becomes difficult to assess because of various modes of abrasive actions. However, the evaluation of the relative resistance of a concrete surface is possible using proper test methods.

Edilab supplies Concrete Abrasion Resistance machines suitable for two test methods –

• Underwater Method.

• Abrasion Charge Method.

(Underwater Method)

ELC 385

Ref. Std. : ASTM C1138

This test method covers a procedure for determining the relative resistance of concrete(including concrete overlays and impergnated concrete) to abrasion under water. This procedure simulates the abrasive action of waterborne particles (silt, sand, gravel, and other solids).

This test method is intended to qualitatively simulate the behavior of swirling water containing suspended and transported solid objects that produce abrasion of concrete and cause potholes and related effects such as the flow of water containing debris over spillways during monsoons. This test method should provide a relative evaluation of the resistance of concrete to such action. The results are expected to be useful in selection of materials, mixtures, and construction practices for use where such action is to be expected. The test method is not intended to provide a quantitative measurement of the length of service that may be expected from a specific concrete.

Steel balls tumbling in a circular orbit in swirling water on the concrete specimen.

Suitable for operation on 220V, 50Hz, Single Phase, AC supply.

ELC 385

The equipment consist of the following replaceable parts :

ELC 38501 Rotating Device - A drill machine with a chuck capable of holding and rotating the agitation paddle under test condition at a speed of 1200 ± 100 rpm

ELC 38502 Agitation Paddle

ELC 38503 Test Container - A steel pipe, 305 ± 6mm inside diameter, 450 ± 25mm fitted with a watertight steel base is used. A six steel blocks is welded on the base plate to support the specimen

ELC 38504 Abrasive Charges - 1” dia ball 10no, 0.75” dia ball 35no, 0.50” dia ball 25no 1 Set

D43 www.edibon.com

New

(

Abrasion Charge Method)

ELC 387

This method covers a procedure for determining the relative resistance of a concrete surface by finding the abrasion loss of the specimen subjected to an abrasive charge. This procedure simulates the abrasion action suffered under physical effects by concrete pavements

(roads & air-fields), footpaths, railway platforms, dockyards and industrial floors etc. This method may also be used to assess the abrasion resistance of surfaces made of stone and cement mortar etc.

For Voltage Ratings please refer Page No. A 69

The equipment consist of the following replaceable parts :

ELC 38701

Specimen Carrier

ELC 38702

Cradle

ELC 38703

Nozzle

ELC 38704

Pressure Gauge

1 No.

1 No.

1 No.

1 No.

ELC 387

Ordering Information

ELC 385

Abrasion Resistance of Concrete (Underwater Method)

ELC 387

Abrasion Resistance of Concrete (Abrasion Charge Method)

Optional Accessories

For use with ELC-385

ELC 38505

ELC 38506

Mould – A cylindrical in shape, having a diameter approximately 6mm less than that of the inside diameter of the test container and a height of 100mm

Weighing Basket as per ASTM C1138

ELC 38507

ELC 38508

Weighing Balance 50kg as per ASTM C1138

Water Tank as per ASTM C1138 www.edibon.com

D44

Concrete Test Hammers

Ref. Std. : ASTM C805, D5873

The concrete test hammer is an instrument used for the non destructive testing of concrete. It allows one to have a quick estimate of the strength of concrete. Since it simply gives an indication based on surface properties. We provide two models Analogue & Digital.

Concrete Test Hammer Analogue

ELC 388

Ref. Std. : ASTM C805, D5873

Measuring Range:10 to 70 N/mm

2

Impact energy : 2.207Nm.

ELC 388

Concrete Test Hammer (Digital)

ELC 388-DG

Ref. Std. : IS 13311 - 1992 (Part 2) & ASTM C805, D5873

Measuring Range:10 to 70 N/mm

2

Impact energy : 2.207Nm.

ELC 388-DG

Salient Features :

• Light and easy to use.

• High resolution and accuracy.

• Measurement and indication of the exact instrument tilt angle by triaxial inclinometer.

• Saves, displays and downloads data to PC via USB port.

• Automatic conversion of rebound values to equivalent compressive strengths in MPa, N/mm2, kg/cm2.

• Facility to generate customized curves between rebound value and compressive strength.

• Facility to generate test reports on the basis of selectable custom curves between rebound value and compressive strength.

• Storage of up to 400 measuring series of up to 10 measurements.

• Automatic elimination of erroneously high and erroneously low rebound values in a single measurement series.

Technical Data :

Display

Communication Protocol

Software

Battery Type

Operating temperature

: LCD Display (16x2)

: USB data transfer.

: Edilab concrete test hammer software.

: Li-ion rechargeable cell 4.2V, 2200mAh.

: 0 °C to 60 °C.

Ordering Information :

ELC 388

Concrete Test Hammer (Analogue) with NCCBM certificate

ELC 388-DG

Concrete Test Hammer (Digital) with NCCBM certificate

D45 www.edibon.com

Hydraulic Jacks

ELC 465, ELC 466, ELC 467, ELC 468, ELC 469, ELC 470 & ELC 471

Hydraulic Jacks have multipurpose utility, i.e. application of loads while engaged in field investigation, determination of load carrying capacity of piles in the field, tensioning of wires in pre-stressed structures, loading of members of any structure for deformation characteristics etc. The jacks are supplied complete with manually operated pumping units fitted with bourdon tube type load gauge and high pressure flexible hose pipe.

All the jacks have a piston travel of 50 mm and jacks upto 1000 kN capacity are provided with retraction springs. These are available in the different ranges.

Note: Piston Travel upto 150mm can be provided on request

ELC 468

Edilab Range of Hydraulic Jacks (Analogue)

Capacity (kN) Model No.

Specs of Load Gauge

Range (kN) L.C. (kN)

50

100

250

500

1000

2000

3000

ELC 465

ELC 466

ELC 467

ELC 468

ELC 469

ELC 470

ELC 471

50

100

250

500

1000

2000

3000

5

10

10

0.2

0.5

1

2

Ordering Information :

ELC 465

Hydraulic Jack 50kN capacity with gauge & hand pump

ELC 466

ELC 467

ELC 468

Hydraulic Jack 100kN capacity with gauge & hand pump

Hydraulic Jack 250kN capacity with gauge & hand pump

Hydraulic Jack 500kN capacity with gauge & hand pump

ELC 469

ELC 470

Hydraulic Jack 1000kN capacity with gauge & hand pump

Hydraulic Jack 2000kN capacity with gauge & hand pump

ELC 471

Hydraulic Jack 3000kN capacity with gauge & hand pump

Optional Accessories :

ELC 475 Hydraulic hand operated pump without gauge

ELC 47501

ELC 47502

ELC 47503

High pressure flexible hose pipe 1 meter

High pressure flexible hose pipe 2 meter

High pressure flexible hose pipe 5 meter

Piston Dia.

(mm)

50.0

78.7

78.7

111.2

157.0

222.2

272.2

General Specs

Piston Stroke

(mm)

50

50

50

50

50

50

50 www.edibon.com

D46

Natural Frequency Tester

ELC 389

Power Amplifier Noise Amplifier Data Acquisition System

The Natural Frequency Tester is used to identify the active frequencies of any structure. This equipment is particularly useful for structural testing of bridges and other structures in earthquake affected regions. Using this equipment, a building's or structure's design can be simulated depending on the natural frequencies found at the design stage, in cases where the natural frequencies coincide with potential seismic frequencies.

This equipment allows all multiple frequencies to be used to excite a model structure and facilities the online measurement and storage of all results of the impact of the structure under such dynamic seismic like loading.

The equipment consists of a Dynamic Signal Source, Power Amplifier, Exciter & Sensors along with a Data

Acquisition System.

The Dynamic Signal Source can generate variable frequencies with variable amplitudes. The selection of different signal types such as square, sinusoidal, triangular and random, etc. is also possible.

The Power Amplifier provides sufficient energy to drive the exciter which will feed the required energy to the structure through a plunger and impact sensor.

The Dynamic Data Acquisition System has a resolution of 16 bits with a very high sampling rate to sense the required parameters such as impact force and accelerometers to sense the effect of impact on the structure.

Technical Specification :

Various Type of Inputs Signal: Sine, Triangular, Square & Random

Frequency Range: 0.01Hz to 200Hz Variable Amplitude

The equipment consist of the following replaceable parts :

ELC 38901

ELC 38902

ELC 38903

ELC 38904

ELC 38905

ELC 38906

Dynamic Signal Source

Power Amplifier

Dynamic Data Acquisition System

Exciter

Accelerometer (0-100Hz, ±5g)

Cable Set a) Accelerometer cable b) Power cable for signal generator c) Power case for amplifier d) Exciter cable

Ordering Information :

ELC 389 Natural Frequency Tester for testing frequency of structures.

D47 www.edibon.com

Cement, Lime & Mortar

Testing Equipment

Fineness

To determine the fineness of cements, pozzolanas and other powdery materials, various international specifications recommend the use of “specific area” method. In the instrument described below, air permeability method is used to determine the specific surface as total surface area in cm²/g of material.

Air Permeability Apparatus

EN-196-6, ASTM, C-204

ELC 390

It is a variable flow type Air Permeability Apparatus.

The equipment consist of the following replaceable parts :

ELC 39001 Permeability Cell.

ELC 39002 ‘U’ Tube Manometer, mounted on stand.

ELC 39003 Perforated Metal Disc.

ELC 39004 Plunger.

ELC 39005 Rubber Stopper.

ELC 39006 Rubber Tube, 20 cm long.

ELC 39007 Filter Paper Discs (Twelve Nos.).

ELC 39008 Dibutylphthalate Liquid, 100 ml bottle.

ELC 39009 Punch.

ELC 39010 Non Perforated Disc.

ELC 39011 Suction Bulb.

ELC 390

Ordering Information :

ELC 390 BS

Air Permeability Apparatus (Blaine Type)

ELC 390 ASTM

Air Permeability Apparatus (Blaine Type)

As per BS/ASTM is also available on request

Automatic Blaine Apparatus

New

ELC 391-3 & ELC 391-4

Ref. Standards : EN:196-6, ASTM,- C-204

Blaine apparatus is used to determine the fineness of cement

The Edilab - Automatic Blaine has the following features:

• Single touch operation:

- Automatic control of the movement of fluid until the upper mark.

- Automatic sensing of the upper & lower marks ensuring error free repeatable measurement of the time taken for the liquid column to fall.

- Automatic measurement of temperature during the test using a Pt 100 probe.

- Automatic correction of formula for calculation of the Blaine value per IS:5516 with variation in temperature.

• Facility to operate in either Standalone Mode or through a Computer Controlled system complete with software.

• Login Facility as Supervisor & Operator.

• Report Generation based on Date/Time, User type & type of cement in Excel or

(.CSV) format.

• Facility to Monitor and Configure various Cement types.

• User Programable K factor.

• Power Consumption less than 5W.

ELC 391-3

Note: In the AIM 391-4 model, there is no onboard data acquisition and no option of changing the K factor from the keypad, these are only possible using a computer (not included as a part of instrument).

Ordering Information :

ELC 391-3 BS/ASTM

Automatic Blaine Apparatus, with inbuilt data recording and control system.

ELC 391-4 BS/ASTM Automatic Blaine Apparatus, with PC based data recording and onboard control system

E1 www.edibon.com

Fineness of Fly Ash (Wet Sieving)

Wet Sieving method is recommended for determining the Fineness of Fly Ash using 45micron sieve as recommended in various international standards. In this instrument, wet sieving is done using 45micron Sieve, Spray Nozzle, Pressure

Gauge & Water source.

Fineness Testing Apparatus

(Wet Sieving type) for Fly Ash

ELC 392

New

Ref. Standard - ASTM C430 - 96,

BS 3892 Part 1, 1997, EN 451-2:1994

The equipment consist of the following replaceable parts :

ELC 39201 Pressure Gauge 0- 1.6 kg/cm²

ELC 39202 Spray Nozzle

ELC 39203 Fittings to attach the apparatus to a water source

ELC 39204 Sieve frame 45micron

ELC 392

Ordering Information :

ELC 392

Fineness Testing Apparatus (Wet Sieving type) for Fly Ash temperature monitoring facility

Consistency and Setting-time

Apparatus for determining the normal consistency, standard consistency and time of setting of cement and lime in accordance with IS, ASTM, BS and AASHTO specifications.

Vicat Method :

Ref. Standards - BS:12, 146, 915, 1370, 4027, 4246, 4248, ASTM C-91, C-141, C-187, C-308, C-359, C-472 &

AASHTO T-129, E-131, EN-196-3

The procedure, as recommended in various standards, is for determining the quantity of water required to produce a cement paste of standard consistency. The standard consistency is attained when the 10 mm plunger of the apparatus penetrates the material to a pre-determined depth under free-fall. A new sample is prepared and tested with initial and final needles in accordance with the procedure described in various specifications.

Vicat Apparatus

ELC 394

The equipment consist of the following replaceable parts :

ELC 39301 Vicat Mould

ELC 39302

ELC 39303

ELC 39304

ELC 39305

ELC 39306

ELC 39307

Glass Base Plate

Initial Needle (in Plastic Case)

Final Needle (in Plastic Case)

Consistency Plunger (in Plastic Case)

Mild Steel Base Plate

Vicat Mould Split Type, with Clamping Ring

ELC 394

Ordering Information :

ELC 394 EN

Vicat Apparatus, As per BS/EN

ELC 394 ASTM Vicat Apparatus, As per ASTM

As per BS/ASTM is also available on request www.edibon.com

E2

Gillmore Needle Apparatus

ELC 396

This operation is used for determining setting time of hydraulic cement. It consists of a base with a vertical shaft and two horizontal arms, the lower arm being adjustable for height.

Supplied complete with one initial needle, one final needle and a glass base plate.

The equipment consist of the following replaceable parts :

ELC 39601 Initial Needle 1 / 12 inch dia. 1 / 4 lb.wt.

ELC 39602 Final Needle 1 / 24 inch dia. 1 / 4 lb.wt.

ELC 39603 Glass base plate.

Ordering Information :

ELC 396

Gillmore Needle Apparatus

ELC 396

Soundness of Cement and Hydrated Lime

Le-Chatelier Apparatus :

The soundness of ordinary and rapid hardening portland cement, low heat portland cement and class-A lime can be determined by an expansion test using Le-Chatelier moulds as specified in BS:890, 915, 1370, 4027, 4226 and 4248.

Le-chatelier Mould

ELC 400

Ref. Standard - BS:196-3, BS 646 3

ELC 400

It consists of a small split cylinder forming a mould of 30mm internal dia. and 30 mm high. On either side of the split cylinder, two parallel indicating arms with pointed ends are fixed.

Two loops of suitable material and strength soldered to the upper half of the mould on each side of the central split is provided to facilitate demoulding of the hardened paste specimen after test

The resilience of the mould shall be such that the action of a mass of 300g applied shall increase the distance between the indicator ends of the needle by 17.5mm + 2.5mm without permanent deformation.

The mould is supplied complete with two glass plates and lead weight.

Extensibility of Mould Apparatus

ELC 400-S

(Resistance of Mould Test Apparatus)

This unit comprises of a metal sleeve with a hook and set of screw to fit over one of the mould pointers and a clamp to fit on to the other pointer of the mould. Le - Chatelier moulds should be checked periodically calibrated with this unit to check the state of the split cylinder. Supplied complete with over weight 300g ± 1g.

Ordering Information :

ELC 400 BS Le-Chatelier Mould

ELC 400-S Extensibility of Mould Apparatus (Resistance of Mould Test Apparatus)

Optional Accessories :

ELC-9173-S1

ELC-9173-S2

Le-Chatelier Water Bath with Controller size 12"x9"x12"

Le-Chatelier Water Bath with Controller size 12"x9"x12", made of stainless steel, complete with removable rack to hold 12 moulds. The temp. is thermostatically controlled and is indicated on a digital display

E3 www.edibon.com

Le-Chatelier Flask

ELC 401

Used for the determination of specific gravity of hydraulic cement as specified in IS:4031-II

Ordering Information :

ELC 401 Le-Chatelier Flask

Shrinkage Bar Mould

ASTM - C151

ELC 402, ELC 403, ELC 404, ELC 405, ELC 406 & ELC 407

ASTM C 151 also specifies the use of shrinkage bar moulds for the determination of soundness. The change in length of the specimen is determined by Length Comparator listed in the concrete section.

Two models are offered. One is provided with stainless steel smooth reference points while the other is provided with knurled and threaded reference points. Both the models are available as single mould and multiple mould compartments. Each mould is supplied complete with base plate and two reference points per compartment of mould.

Mould size :

25 x 25 mm section and 250 mm effective length (Distance between two inner-most reference points)

Ordering Information :

ELC 402 Shrinkage Bar Mould, single compartment with smooth reference point

ELC 403

ELC 404

ELC 405

Shrinkage Bar Mould, two compartments with smooth reference point

Shrinkage Bar Mould, four compartments with smooth reference point

Shrinkage Bar Mould, single compartment with knurled and threaded reference point

ELC 406

ELC 407

Shrinkage Bar Mould, two compartments with knurled and threaded reference point

Shrinkage Bar Mould, four compartments with knurled and threaded reference point

Optional Accessories :

ELC 40201 Set of 20, Smooth Reference Points

ELC 40501 Set of 20, Knurled and Threaded Reference Points

ELC 403

ELC 407

Laboratory Cement Autoclave

ELC 408-2

Ref. Standard - ASTM C188, C141, C151

The Laboratory Cement Autoclave is suitable for conducting accelerated soundness tests on Cement or the Autoclave expansion test.

The equipment consists of a Stainless Steel Pressure Vessel with insulated outer shell, fabricated out of high quality

Stainless Steel Sheet. The pressure inside the vessel is controlled through a micro processor based PID controller. The equipment is supplied complete with spring loaded safety valve pressure gauge, PID controller with RTD for control of

Heater unit.

Special Features :

• Rust proof stainless steel pressure vessel & enclosure

• Microprocessor based PID controller for accurately controlling the temperature hence pressure

• Three fold safety mechanism for the equipment & the operator

• Reliable silicon rubber lid sealing gasket

• Very Compact www.edibon.com

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Specification :

Working Pressure

Pressure Vessel

Weight

Heater

Size

Supply

: ID 150mm X Depth 500 mm

: 70 Kg

: 2000 Watts

: 480 (W) x 580 (D) x 1100 (H)

: 220V, 50Hz, 1 phase

Panel mounted PID controller with international safety certifications.

The equipment consist of the following replaceable parts :

ELC 408-203

ELC 408-2-01

ELC 40806-2

ELC 408-205

Rubber Gasket, Viton

Pressure Gauge, 0-42kg/cm

Safety Valve

2

Digital Temperature Controller

1 No.

Ordering Information :

ELC 408-1

ELC 408-2

Cement Autoclave, with Digital Pressure

& temp controller

Cement Autoclave, with Analog pressure

Gauge & Digital temp controller

Optional Accessories:

ELC 374-1-DG

Length Comparator, Digital

Note: Autoclave for tiles can be provided on request.

ELC 408-2

Flow and Workability of Mortar and Lime

The Flow Test is carried out as recommended in BS-4551-1, 3892-1, ASTM C87, C 109, C 185, C 230, C 243 on cement mortars, pozzolanas and limes. The specimen is placed on a flow table top which is then raised and dropped through a known height.

Flow Table, Electrically Operated

ELC 410 & ELC 411-1

The Flow Table consists of a brass table top 250 ± 2.5 mm dia, mounted on a rigid stand. The table top is reinforced with equally spaced ribs and allowed to drop through 12mm by a ground and hardened cam. The Motor Drive assembly using the geared motor box is designed to rotate the cam through the shaft at 100 rpm.

Complete with Flow mould 100mm base dia, 70mm top dia and 50mm high. The new design has better aesthetics and compact look.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 410

ELC 411-1

Flow Table, Hand Operated

Flow Table, Electrically Operated

Optional Accessories:

ELC 41102 Flow Mould

ELC 411-1

E5 www.edibon.com

Sample Preparation

Digi Mortar Mixer

ELC 412-4

Automatic/Manual Mortar Mixer, 5 litre nominal capacity

Application: Preparation of standard prisms with Automatic/

Manual mixing procedure in accordance with EN 196-1 & EN 196-3,

ASTM C 230

This apparatus has specially been designed to prepare cement mortar for strength determination. It can also be used in mixing lime with pozzolonic materials for determination of lime reactivity and for uniform mixing of soils with additives such as lime, cement, etc.

Special Features :

• Microprocessor Control

• Automatic or Manual modes

• Choice of automatic mixing cycles as per EN Standard

• User defined Mixing cycle

• Sand Dispenser

• Water Burette

ELC 412-4

The mixer is designed to mix mortars and cement pastes primarily to the requirements of EN 196. The mixing paddle has a planetary motion and is driven by a motor with a microprocessor based speed and program controller. The mixer can be operated either in an automatic or manual mode. When the mixer is used in the manual mode, the two mixing speeds can be changed by means of a soft touch button, without switching off the motor. In the automatic mode any one of the pre-set mixing programmes may be selected.

Also, ELC-412-4 has been designed to prepare cement mortar for strength determination as specified in IS:4031. It can also be used in mixing lime with pozzolonic materials for determination of lime reactivity (as per IS:1727) and for uniform mixing of soils with additives such as lime, cement.

Standard Supply includes:

Basic unit with stainless steel mixing bowl and stirrer, Program controller with status indicators to run the

Mixer in fully Automatic or Manual mixing mode.

Technical Specifications :

Low Speed

High Speed

Rotational Speed (rpm)

140+/-5

285+/-10

Planetary Speed (rpm)

62+/-5

125+/-10

Suitable for operation on 220V, 50Hz, single phase, AC supply.

The equipment consist of the following replaceable parts :

ELC 412-401

ELC 412-403

ELC 412-405

ELC 412-415

Bowl, S.S., conforming to ASTM & EN 196 Standards 5 litre capacity(approx)

Paddle, S.S., conforming to IS ASTM & EN 196 Standards

Scraper, Plastic

Cleaning Brush

Ordering Information :

ELC 412-4

Automatic/Manual Digi Mortar Mixer, 5 litre nominal capacity

1No.

1No.

1No.

1No.

Note: For High Viscous Material Including Admixtures, ELC-412-2 Morter Mixer, 5ltr. capacity and ELC 412-2-S1,

10 litre capacity can be provided on request www.edibon.com

E6

Vibration Machine

ELC 418-2 & ELC 418-3

Ref. Standard - EN 196-1 413-2, EN 13454-2

A specially designed Vibration Machine is used for vibrating the mix in moulds at a frequency of 12,000 ± 400 cycles per minute, as per specifications.

The Vibrator is mounted over coiled springs and the vibrations are developed by means of a revolving eccentric shaft. The centre of gravity of the vibrator, including the cube and mould, is either at the centre of the eccentric shaft or within 25mm below it. The simple design of the machine facilitates easy assembly and dismantling of the cube moulds. Each machine is supplied ELC 414 one cube mould with

ISI Certification Mark and poking rod.

For Voltage Ratings please refer Page No. A 69

The equipment consist of the following replaceable parts :

ELC 414 Mould Steel, for 70.6 mm Cube

ELC 41801 Side Spring

ELC 41802 Supporting Springs (Set of four)

ELC 41803 Springs, for Fitting Mould (Set of two)

ELC 41804 Endless Belt

ELC 41805 Belt Guard

ELC 41807 Eccentric Shafts with bearing

ELC 418-2

Ordering Information :

ELC 418-2

ELC 418-3

Vibration Machine with built-in Digital Timer, NABL Calibrated

Vibration Machine with built-in Digital Timer, without Calibration

Optional Accessories :

ELC 41855-S1 Top attachment of vibration machine suitable for 50mm mould.

Note: CE mark available on request

Moulding

ELC 414, ELC 417 & ELC 417-3

Cube Moulds:

For preparation of mortar and lime cubes, the following

Cube Moulds are offered :

ELC 414 ELC 417

Ordering Information :

ELC 414

Mould, Steel, for 70.6 mm Cube with ISI Certification Mark as per IS:10080

ELC 417

ELC 417-3-CI

ELC 417-3-NB

Mould, Cast Iron for 50 mm Cube with ISI Certification Mark as per IS:10086.

Mould Three Gang Cast Iron for 50 mm Cube

Three Gang Mould Naval Brass for 2 inch cube Mould

E7 www.edibon.com

Preparation of Flexural Prisms :

(For Rilem Cembureau Test)

Ref. Standard - EN-196

Utilizes a specially designed jolting apparatus and requires the prisms to be compacted by allowing the mould to fall through a controlled height, at the rate of 60 jolts per min. The prisms of cement and pozzolana mortars are formed according to the standard procedure as given in the specifications.

Jolting Apparatus

ELC 421

ELC 421

Ref. Standard - EN-196-1-13454-2

The Jolting apparatus consists of a rectangular table, rigidly connected by two support arms to spindle at a horizontal distance of 800 mm from the centre of the table. The table can be raised and allowed to fall freely by a cam which is connected to a motor. The cam rotates at a rate of 60 rpm. A digital counter with sensor is provided, which stops the machine after 60 jolts. Locating pins are provided for mounting the mould compartments on the table. The mould, surrounded by the hopper, can be clamped rigidly to the table. Supplied complete with mould and hopper.

The equipment consist of the following replaceable parts :

ELC 42101

ELC 42102

Counter

Aluminum hopper

ELC 422 BS/EN

Jolting Mould

Ordering Information :

ELC 421 BS/EN Jolting Apparatus as per BS/EN standard.

Mould for Flexural Prism

ELC 422-BS/EN

Steel, three compartments, each of 401 x 40 x 160 mm

ELC 422

Compression Frame Jig Assembly

ELC 422-J

Ref. standard - EN 196-1: ASTM C109

This jig assembly is designed for the compression testing of 40 x 40 x

160 mm mortar prisms after breaking in Flexural Jig Assembly.

The frame is fitted with a spherical ball seating assembly to which is attached the upper platen.

The jig can be used on the complete range of Edilab compression testing machines and has an overall height of 223 mm.

ELC 422-J www.edibon.com

E8

Flexural Jig Assembly

ELC 422-F

This jig is designed for the flexural testing of 40 x 40x 160 mm mortar prisms. The frame is fitted with a ball seating assembly to which is attached the upper roller bearers.

The jig can be used on the complete range of Edilab compression testing machines and has an overall height of 223 mm.

Ordering Information :

ELC 422 BS/EN Mould for Flexural Prism

ELC 300-5525

ELC 320-5522

Compression Frame Jig Assembly

Flexural Jig Assembly

ELC 320-5521-01 50 mm SQ Plate Set

ELC 320-5521-01 21 inch SQ Plate Set

ELC 320-5521-01 40 mm SQ Plate Set

ELC 422-F

Demoulding Apparatus, for demoulding the specimens.

ELC 423, ELC 424, ELC 426, ELC 428 & ELC 429

ELC 428

Ordering Information :

ELC 423 Demoulding Apparatus, for demoulding the specimens.

ELC 424 Briquette Mould, Single gang with steel base plate

ELC 426

ELC 428

ELC 429

Briquette Mould, Three gang with steel base plate

Gauging Trowel Ref. Standard - IS:4031 Part 14, 100 to 150 mm long blade with straight edge.

Weight 210 ± 10g

Gauging Trowel, Ref. Standard - IS:5515, 200 mm long blade Weight 210 ± 10g

Modulus of Rupture Testing Machines (M.O.R.)

Hand Operated/ Electrically Operated

ELC 430-HO & ELC 430

A brief general description of these machines is :

Loading Unit :

The loading unit is of fully welded construction having a cross head, base and solid side plates. The hydraulic jack is fixed to the base. The platens of the machine are hardened, ground and polished.

The upper platen is provided with self-aligning action. To facilitate testing of various size specimens, suitable size spacers are provided.

Pumping Unit :

The hydraulic pumping unit is :

• Manually operated or

• Electrically operated

The loads are measured on Bourdon tube type load gauges which are calibrated against certified proving rings. The load gauges are fitted with a maximum load pointer.

Manually operated Pumping Unit is a two-speed design to facilitate fast approach of the platens for daylight closure, thus eliminating the need for the lead screw where as electrically operated machine has variable speed pumping unit.

In the Electrically Operated Pumping Units, load gauge is fitted with micro switches to switch-off the motor when the load approaches the maximum capacity of the gauge, to avoid any over-loading. Relays are incorporated so that the motor does not restart on its own after a power breakdown.

E9 www.edibon.com

The electrically operated pumping units are provided with a control knob to adjust the pace rate which can be effectively controlled by an experienced operator during the course of testing, by observing the progress of the load gauge reading.

Rupture Test Attachment.

It is designed to test specimens of 25 x 25 x 150 mm for determining the modulus of rupture.

The attachment consists of a bearing beam on which are kept two rollers of 25mm diameter at a centre distance of

125mm the rollers are supported on brackets and are held in position by springs. The loading roller, 25 mm diameter, is flattened on one side to sit flat on the upper platen.

Ordering Information :

ELC 430-HO M.O.R. Testing Machine Hand operated, Capacity 10kN

ELC 430 M.O.R. Testing Machine Electrically operated, Capacity 10kN

Optional Accessories :

ELC 430001 Rupture test attachment for M.O.R. Testing Machine.

Modulus of Rupture (MOR)

Testing Machine for Ceramic

ELC 430-S1

New

Ref. standard - IS 2556-1

The Machine consists of loading unit, MOR attachment for circular, rectangular and square bar samples, high precision load cell for accurate load determination of green and fired bars, digital indicator and analysis software.

The machine has feature of pause and speed reset during the test.

Loading frame 50kN capacity machine, comprises of a rigid twin column construction with an integral, fully variable microprocessor controlled drive unit and LCD display with a touch sensitive keyboard.

The machine is bench mounted for ease of installation and operation.

The use of a microprocessor controlled drive system and keyboard entry provides the Load Frame with a wide variety of features which include pause and speed reset during test, RS232 interface for computer control, operator programming of speed and control functions and many other features. A robustly constructed steel case houses the motor drive system with careful attention being given to the prevention of ingress of water or grit. All operating controls are mounted on the front panel of the machine which is angled and recessed to prevent physical and environmental damage.

For Voltage Ratings please refer Page No. A 69

Specifications of loading frame with Electronic instrumentation

:

Capacity

Drive Mechanism

: 50kN

: Stepper Motor Drive Microprocessor controlled

Rate of strain : 0.00001 to 9.99999 mm/minute.

Fast Forward & Reverse : 10mm / minute

Rapid Approach Speed : 15mm / minute

Horizontal clearance : 364mm

Max. vertical clearance : 910mm

Max. Platen travel : 100mm

Dimensions (L×W×H) : 600 × 500 × 1440 mm

Weight : 85 kg. (Approx.)

Load cell capacity

Resolution

: 2500N and 250N

: 0.1N & 0.01N

ELC 430-S1 www.edibon.com

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Analysis Software features:

Automatic calculation of MOR for circular, rectangular and square bar.

Simple and easy to operate software with automatic Calculation & data analysis as per the calculation pre-defined in IS standard. Detailed output report with all the necessary parameters (average, maximum, minimum per batch).

Ordering Information :

ELC-430-S1 Modulus of Raputure (MOR) Testing Machine for Ceramic

Cement Tensile Testing Machine

ELC 434-1

Ref. standard - EN-196-1

This Cement Tensile Testing Machine is primarily used to determine the tensile strength of briquette specimens of cement.

It can also be used to test the flexure strength of the sample.

This test is commonly used by Cement Manufacturers in order to determine the quality of cement.

Specifications:

Capacity : 2kN & 10 kN

Loading speed of the single lever system : 10 +/- 2 N/Sec

Flexure jaw diameter of the loading roller : 10mm

Supporting roller diameter : 10mm

Supporting roller distance

Baffle plate span

: 100mm

: 46mm

Ordering Information :

ELC 434-1

Cement Tensile Testing Machine

Optional Accessories :

ELC 424

ELC 426

Briquette mould, Single gang with steel base plate

Briquette mould, Three gang with steel base plate

Permeability

ELC 437 & ELC 438

Water proofing of concrete is desirable to increase the durability of concrete. Water proofness of concrete may be accomplished by using special water proof cements and admixtures.

The usefulness of the integral water proofing compounds or admixtures is established by measuring the permeability of standard mortar specimens prepared with and without the addition of such compounds.

Permeability test on pozzolana cement mortar and cement mortar with or without the addition of integral water proofing compound is carried out using a brass cell of 100 mm dia and 50 mm high.

Each cell with collar is clamped in-between a

ELC 434-1

ELC 438

E11 www.edibon.com

base plate and a top plate with the help of tension rods and nuts. The cell assembly is mounted on the stand. The top plate is provided with an inlet and air release vent and the base plate is provided with an outlet.

In three cell model, a pressure chamber is supplied with foot pump, whereas in six cell model, the foot pump is not provided, as this model is intended to be used with a compressor.

Ordering Information :

ELC 437 Permeability Apparatus, three cell model, with a Foot Pump

ELC 438 Permeability Apparatus, six cell model, with an end pressure gauge

Optional Accessories:

ELC 38104

ELC 38106

Compressor for Permeability Apparatus 15kg/cm

2

Compressor for Permeability Apparatus 7kg/cm

2

Note: Standard unit is supplied without compressor

Crushing & Grinding

Laboratory Ball Mill

ELC 441, ELC 441-10 & ELC 441-20

Laboratory Ball Mill is primarily designed for grinding pigments. The material is ground at a specific speed by using a specific quantity of grinding media (steel balls) for a specific period.

The equipment is used for making the ground cement samples in the laboratory. Apart from the cement industry, it is also used in the paint, plastic, granite and tile industries.

The equipment is provided with a revolution counter for recording the revolutions.

Recommended balls for Ball Mill for 5kg capacity

40 mm dia : 43 nos.

30 mm dia :

25 mm dia :

19 mm dia :

12.5 mm dia :

67 nos.

10 nos.

71 nos.

94 nos.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 441

ELC 441-10

ELC 441-20

Laboratory Ball Mill, 5 Kg capacity

Laboratory Ball Mill, 10 Kg capacity

Laboratory Ball Mill, 20 Kg capacity

Optional Accessories :

ELC 44101

Steel Ball, 40mm dia (Pack of 5kg.)

ELC 44102

ELC 44103

ELC 44104

Steel Ball, 30mm dia (Pack of 5kg.)

Steel Ball, 25mm dia (Pack of 5kg.)

Steel Ball, 19mm dia (Pack of 5kg.)

ELC 44105

ELC 44106

ELC 44118

Steel Ball, 12.5mm dia (Pack of 5kg.)

Steel Ball, 20mm dia (Pack of 5kg.)

Steel Ball, 36mm dia (Pack of 5kg.)

Note: Cabinet / Safety Cabinet are also available.

ELC 441 www.edibon.com

E12

Jaw Crusher

ELC 442-1

• Designed to speed-up crushing of aggregates,

Ores, Mineral, Coal and similar materials.

• Compact and rugged for laboratory and small production units.

• Manganese steel jaws adjustable upto 6 mm opening.

• 250kg materials can be crushed in approx. eight hours.

• Discharging opening adjustment range : 3-10mm

• Supported with strong steel frame.

• Suitable to crush any type of stone up to 45mm.

• Suitable for cement and chemical laboratories.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 442-1

Jaw Crusher

Note: ELC 442-1-SP Single phase Jaw Crusher is also available on request

ELC 442-1

Pulveriser

ELC 443-1

Features

• The new design has better aesthetics and is more compact construction.

• Designed for grinding materials to produce fine mesh samples.

• It is suitable to grind up to 150 micron.

• The motor & gear assembly is supported by two nos. of bearing blocks and mounted on sliding carriage.

• The gap of two grinding wheels can be adjusted by rotating wheel of sliding carriage.

• Ideal for use in cement and chemical industries.

Specifications:

• Dia of Grinding Wheel 175mm

• Material fo Grinding Wheel High Carbon Steel having 55-60 HRC Hardness

• Input Size of Material

• Output size of Material

For Voltage Ratings please refer Page No. A 69

ELC 443-1

Ordering Information :

ELC 443-1

Pulveriser, New Design

ELC 443-1-SP Single phase Pulveriser is also available on request

E13 www.edibon.com

Hydraulic Press

ELC 915-S1

Used for making pallets of graphite or Infra Red transmitting materials.

For elemental analysis of Cements, Slags or Refractories by X-ray

Fluorescence or Emission Spectromerty, the samples are mixed with graphite powder and pallets are made in the Hydraulic Press, compressing at desired pressures. The pallets are suitable for placing in the analyzing instruments.

Similarly, in the analysis of samples in the powder form by the Infra

Red Spectrophotometers, these are mixed with Sodium Chloride or IR transmitting materials, pallets made as above and placed in the instruments for analysis.

The Hydraulic Press is a portable bench model and can be used on a sturdy table top. It is fitted with a load measuring gauge calibrated for

0 - 250 kN and also fitted with a pressure release valve for removing pallets. Dies for different pallet sizes and corresponding sample ejectors can be supplied as per requirement at extra cost.

Ordering Information :

ELC 915-S1 Hydraulic Press 250 kN

Optional Extra :

ELC 91501 Pallet Die 10 mm dia with Sample Ejector

ELC 91502

ELC 91503

ELC 91504

Pallet Die 13 mm dia with Sample Ejector

Pallet Die 15 mm dia with Sample Ejector

Pallet Die 20 mm dia with Sample Ejector

ELC 91505

ELC 91506

ELC 91507

Pallet Die 25 mm dia with Sample Ejector

Pallet Die 40 mm dia with Sample Ejector

Pallet Die 45 mm dia with Sample Ejector

ELC 915-S1

Sample Ejectors for different pallet dies available are:

ELC 9150101 Sample Ejector for ELC 91501

ELC 9150202 Sample Ejector for ELC 91502

ELC 9150301 Sample Ejector for ELC 91503

ELC 9150401 Sample Ejector for ELC 91504

ELC 9150501 Sample Ejector for ELC 91505

ELC 9150601 Sample Ejector for ELC 91506

ELC 9150701 Sample Ejector for ELC 91507

Heat of Hydration Apparatus

ELC 9934

Ref. Std. ASTM C-186

When Portland cement is mixed with water, heat is liberated. This heat is called the heat of hydration, the result of the exothermic chemical reaction between cement & water. The heat generated by the cement's hydration raises the temperature of concrete.

During normal concrete construction, the heat is dissipated into the soil or the air and resulting temperature changes within the structure are not significant.

However, in some situations, particularly in massive structures, such as dams, mat foundations, or any element more than about a meter or yard thick, the heat can not be readily released. the mass concrete may than attain high internal temperatures, especially during hot weather construction, or if high cement contents are used.

Heat of Hydration apparatus is used for determining heat of hydration of

ELC 9934 cements by measuring difference between heat of solution of dry cement and heat of solution of a separate sample partially hydrated for 7 days & 28 days. Contant-speed stirrer maintains uniform temperature throughout liquid and supplies sufficient agitation to keep solid reactant suspended in the acid mixture. This equipment consists of insulated wood case, vacuum jar with stopper; thermometer plus holder, glass funnel; stirring paddle and chuck.

Ordering Information :

ELC 9934

Heat of Hydration apparatus www.edibon.com

E14

Sand,

Aggregate & Fillers

Testing Equipment

In-situ Sampling and Preparation

Riffle Sample Divider

ELC 445 & ELC 446

Ref. Standards: ASTM C 136, D421, D422, D427, D4517, D452,

D457, D806, D4318, BS: 812 (Part 103), 1377, AASHTO T27, T87.

For the rapid collection of true representative samples from aggregates, sand and fillers, sample divider is required.

Riffle Sample Divider consists of a metal box fitted with a series of chutes of equal width which discharge the material alternatively in opposite directions into separate pans. The chutes of the riffle are steep enough to allow rapid flow of the material.

Supplied complete with three containers.

Following models are available:

Model

Cat. No. mm

Slot width mm

ELC 445

ELC 446

13

25

ELC 446-1

ELC 446-2

ELC 446-3

ELC 446-4

ELC 446-5

19

30

38

50

64

No. of

Slots

14

16

8

8

8

8

8

Approx.

Capacity d m

2.1

4.4

4.1

4.1

2.1

4.1

4.1

3

Ordering Information :

ELC 445 Riffle Sample Divider, 14 Slots.

ELC 446 Riffle Sample Divider, 16 Slots.

ELC 446-1 Riffle Sample Divider, 19 Slots.

ELC 446-2 Riffle Sample Divider, 30 Slots.

ELC 446-3 Riffle Sample Divider, 38 Slots.

ELC 446-4 Riffle Sample Divider, 50 Slots.

ELC 446-5 Riffle Sample Divider, 64 Slots.

Determination of Flakiness & Elongation

Aggregates which are flaky and/or elongated will often lower the workability of a concrete mix and may also affect long term durability. In bituminious mixtures, flaky aggregates make for a harsh mix and may also crack and break up during compacting by rolling. The flakiness of aggregates is determined by measuring the thickness of individual particles. Edilab offers thickness gauge and length guage with

ISI certification mark check flakiness index and elongation index of the aggregate respectively.

Thickness Gauge with ISI Certification Mark, BS:812

ELC 450-BS

ELC 445

ELC 446

ELC 450-BS

F1 www.edibon.com

Length Gauge

ELC 451-BS

Ref. Standard - BS-812

Constructed from steel, mounted on a hardwood base.

Ordering Information :

ELC 450 - BS

ELC 451 - BS

Thickness Gauge

Length Gauge

ELC 451-BS

Specific Gravity and Water Absorption

Density Basket

ELC 453

Ref. Standard - BS-812

Ruggedly constructed from galvanised wire mesh, 20 cm dia x 20 cm high (approx.).

Ordering Information :

ELC 453

Density Basket

Optional Accessories :

ELC 9933

Buoyancy Balance

ELC 453

Bulk Density, Voids and Bulking

Angularity :

The angularity or absence of rounding of the particle of an aggregate is a property which is of importance, because it effects the ease of handling of a mixture of aggregate and binder, for example, the workability of concrete, or the stability of mixtures that depends on the interlocking of the particles.

The bulk density and voids in between aggregates can be ascertained using the following equipment :

Cylindrical Metal Measures,

ELC 454

Cylindrical Metal Measures Consists of one each of the following measures:

ELC 45401 Measure 3 litres

ELC 45402 Measure 15 litres

ELC 45403 Measure 30 litres

Supplied Complete with ELC 345 Tamping Rod of

16mm dia x 60 cm.

Ordering Information :

ELC 454 Cylindrical Metal Measures

ELC 454 www.edibon.com

F2

Bulk Density

ELC 339

For determining the unit weight of aggregates. The Bulk Density measures indicated in ELC 339 can be utilized to do the test.

Ordering Information :

ELC 339

Bulk Density

Mechanical Properties of Aggregates

Crushing Value :

Ref. Standards : BS:812, ASTM C131, C535, AASHTO T96

The selection of proper aggregate for a given application is essential to attain the desired quality. Various characteristics required to be determined for the selection of appropriate aggregate from the wide range are available. The following mechanical tests are designed to meet this requirement.

Crushing Value Apparatus

ELC 455

ELC 455

Ref. Standard - IS:9376

This apparatus is used for measuring resistance of an aggregate to crushing, as per IS:2386, (Part 4).

The equipment consist of the following replaceable parts:

ELC 45501 Cylindrical Cell

ELC 45502 Plunger

ELC 45503 Base Plate

ELC 45504 Tamping rod

ELC 45505 Metal measure

Ordering Information :

ELC 455-BS

ELC 455-1-S

Crushing Value Apparatus

Crushing Value 75mm

F3 www.edibon.com

Aggregate Impact Value

It is for determining the aggregate impact value and has been designed in accordance with BS - 812

The sturdy construction consists of a base and support columns to form a rigid frame work around the quick release trigger mechanism to ensure an effective free fall of the hammer during test. The free fall can be adjusted through 380 ± 5 mm. The hammer is provided with a locking arrangement.

Aggregate Impact Tester with Blow Counter

ELC 456

Ref. Standard - BS - 812

The equipment consist of the following replaceable parts :

ELC 45601 Cylindrical Cup

ELC 45602 Metal Measure

ELC 45603 Tamping Rod

ELC 45604 Automatic Blow Counter

Ordering Information :

ELC 456 - BS

Aggregate Impact Tester

Abrasion

Ref. Standards - IS:2386 (Part 4), BS:812, ASTM C-131, C535, D2, AASHTO T96

Two types of machines for determining the abrasion value of coarse aggregates are offered.

Deval Abrasion Testing Machine

(Also known as Deval Attrition Tester)

ELC 457

ELC 456

ELC 457

The Devals Abrasion Testing Machine, ELC-457 is used to determine the aggregate abrasion value of coarse aggregates as described in BS: 812. The machine consists of two hollow cylinders, closed at one end and provided with tight fitting covers at the other end, mounted on a shaft at an angle of 30° to the axis of rotation. The shaft rotates at 30-

33 r.p.m. through a reduction gearbox, coupled to a motor.

Supplied complete with a revolution counter but without abrasive charge.

For Voltage Ratings please refer Page No. A 69

www.edibon.com

F4

Los Angeles Abrasion Testing

Machine with Abrasive Charge

ELC 458

Ref. Standards - BS:812, EN 1097-2, ASTM CBI, C535

This machine is for determining the resistance to wear off small size coarse aggregates and crushed rock. The machine consists of a hollow cylinder, mounted on a sturdy frame on ball bearings. A detachable shelf which extends throughout the inside length of the drum catches the abrasive charge and does not allow it to fall on the cover. The drum is rotated at a speed of

30-33 rpm by an electric motor through a heavy duty reduction gear. Supplied complete with a tray for collection of the material.

For Voltage Ratings please refer Page No. A 69

The equipment consist of the following replaceable parts :

ELC 45801-EN Abrasive charge, consisting of a set of 12 hardened steel balls of 48 mm dia

ELC 45801-ASTM Abrasive charge, consisting of a set of 12 hardened steel balls of 48 mm dia

Ordering Information :

ELC 457

ELC 458-BS/EN

ELC 458 ASTM

Deval Abrasion Testing Machine.

Los Angeles Abrasion Testing Machine as per BS/ASTM standard.

Los Angeles Abrasion Testing Machine as per BS/ASTM standard.

ELC 458

Note: Los Angeles with canopy is also available on request.

Polished Stone Value (PSV)

The Polished stone Value provides a measure of the resistance of road aggregates to polishing under the action of vehicle tyres on a road surface, paving stones & paving blocks and gives a measure of the resistance to skidding. It is a fundamental test which is often used when selecting aggregates for road surfacing material.

Accelerated Polishing Machine

ELC 461

Reference std. BS 812-114, ASTM D331

Specimens are manufactured in accurately machined and matched moulds; they are then removed from the moulds and located on the 'Road Wheel' The wheel is now rotated and enters in contact with solid rubber tyre, spring loaded.

Abrasive charges are continuously fed by mechanical feeders at fixed speed. Feed rates for corn emery are 20-34 g/min. Feed rate for flour emery is 2-4 gm/min. The water is supplied at a controlled rate of 20 -34 ml/min & 5- 8 ml/min. respectively for

Corn emery & flour emery through a water container.

Road wheel speed is 315 to 325 rpm & applied load on specimens 715 to 735 N.

Used water and abrasives are collected in a large removable tray. Electrical supply is protected by the thermal cutouts and an emergency stop button

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 461-BS Accelerated polishing Machine

ELC 461-ASTM Accelerated polishing Machine

Optional Accessories :

ELC 46101 Corn Emery, ungraded 3 kg pack

ELC 46102 Flour emery ungraded 3 kg pack

ELC 461

F5 www.edibon.com

Asphalt Testing Equipment

Penetration

Ref. Standards - ASTM D 5, IP 49, ASTM D1321, ASTM D 2884, ASTM D1403, IP 310, BS:1377, BS:2000- (Part 49), BS:4691,

BS:4698, ASTM D 937, ISO 2137, IP 50, IP 179, ASTM D 217, AASHTO T49, EN DDENV 1991-2

Edilab Penetrometers are used for testing a wide variety of materials such as grease, petroleum, bitumen, tar, asphalt, wax polish, food stuffs, rubber, cement, pharmaceutical creams and soils.

In this test, a chosen force is applied over a given area for a known period of time and the depth of penetration or the depression made in the sample is measured in tenths of a millimetre which is expressed as a penetration number. An accurately aluminium casting base has been designed to facilitate penetration tests to be made over a wide surface area of sample. Adjustable feet are provided in the base for levelling. Upright may be rotated to permit the testing of samples immersed in a thermostat bath.

Each penetrometer is supplied with a plunger weighing 47.5 g for testing bituminous product, and one each of 50g and

100 g weights.

Universal Penetrometer

ELC 512-1

The unit is compact with in-built timer to control duration of penetration preset in factory to 5 seconds. The instrument is provided with levelling screws.

Ordering Information :

ELC 512-1 Universal Penetrometer

ELC 512-1

Penetration Cone

ELC 515

Ref. Standards IS:1448 (Part 60), ASTM D 937, IP 179, BS:4698,

ASTM D217, IP 50, ISO 2137.

For empirical estimation of the consistency of lubricating grease and petroleum. Made of brass with a hardened steel tip. The stem of the cone is interchangeable with all types of Edilab Penetrometers manufactured to close tolerances, providing a unified cone and ensuring that there is no shoulder between the tip and the body.

Weight : 102.5 ± 0.05g

ELC 515

*NPL Calibration, if required, will be arranged directly by the customer. Edilab can help the customers to get the equipment calibrated by

NPL on behalf of customers, at extra cost, in time frame as required by NPL (which will normally be 14-16 weeks).

Bitumen Penetration Kit

ELC 518

Ref. ASTM D-5, EN - 1426, 13179-2

The equipment consist of the following replaceable parts :

ELC 51801 Penetration Needle

ELC 51802 Transfer Dish made of copper.

ELC 51803 Aluminium Sample Containers, Set of two.

ELC 518

G1 www.edibon.com

Ordering Information :

ELC 515

ELC 518

ELC 04201

ELC 04202

Penetration Cone

Bitumen Penetration Kit

Penetration Test Cone Soil

Penetration Test Cup

Saybolt Viscometer

ELC 529-1

Ref. Standards - ASTM D88, D 244, AASHTO T 72

For the empirical measurement of Saybolt Viscosity of petroleum products at o determining the Saybolt Furol viscosity of bituminous materials at temperatures of 250, 275, 300, 350, 400 and 450°F. It comprises one each of Cylindrical Oil

Cup, Universal Tip, Furol Tip, Bath fitted with immersion heater mounted on a stand, Dimmerstat for temperature control, Stirrer with shield. Apparatus is supplied complete with insulated handle and thermometer support, receiving flask, withdrawal tube, filter funnel, thermometer support for cup and circular spirit level.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 529-1 Saybolt Viscometer with two cups - digital

Optional Accessories :

ELC 52910

ELC 52911

ELC 52912

ELC 52913

ELC 52914

ASTM Thermometer Type 17F, Range : 66° F to 80° F

ASTM Thermometer Type 18F, Range : 94° F to 108° F

ASTM Thermometer Type 19F, Range : 120° F to 134° F

ASTM Thermometer Type 20F, Range : 134° F to 148° F

ASTM Thermometer Type 21F, Range : 174° F to 188° F

ELC 52915

ELC 52916

ELC 52917

ELC 52918

ELC 52919

ASTM Thermometer Type 22F, Range : 204° F to 218° F

ASTM Thermometer Type 77F, Range : 245° F to 265° F

ASTM Thermometer Type 78F, Range : 295° F to 315° F

ASTM Thermometer Type 79F, Range : 345° F to 365° F

ASTM Thermometer Type 80F, Range : 395° F to 415° F

ELC 52920

Replacement Parts :

ASTM Thermometer Type 81F, Range : 445° F to 465° F

ELC 52901 Brass Oil Tube

ELC 52902

ELC 52903

ELC 52904

ELC 52905

ELC 52906

Receiving Flask 60 ml

Universal and Flurol Tip (set of 2)

Filter Funnel

Thermometer Support

Heating Coil

ELC 529-1 www.edibon.com

G2

Standard Tar Viscometer

ELC 531 & 533

Ref. Standards - IP 72, STPTC. RT 2, RT 3, BS:2000, (Part 72)

For determining the viscosity of cut back bitumen and road oil. The viscometer consists of a chrome plated copper bath, with a drain valve and a central tube to receive the test cup and to position the stirrer, and is mounted on a stand with levelling feet. Stirrer has a curved shield and is provided with an insulated handle, thermometer socket and swivel support for the valve.

Supplied complete with 10 mm cup and ball valve as per the model required.

ELC 531

Standard Tar Viscometer, 10 mm cup and ball valve Electrical

Heating with Immersion Heating Elements and Dimmerstat for controlling the temperature. Complete with 10 mm Cup and Valve.

ELC 533

Standard Tar Viscometer, 10 mm cup and ball valve Electrical

Heating similar to ELC 531, but with 4 mm Cup and Valve.

Replacement Parts :

ELC 53101 Cup 10 mm

ELC 53102 Ball Valve 10 mm

ELC 53301 Cup 4 mm

ELC 53302 Ball Valve 4 mm

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 531 Standard Tar Viscometer, 10mm cup and ball valve

ELC 533 Standard Tar Viscometer, 4mm cup and ball valve

Optional Accessories :

ELC 52610 Thermometer IP 8C Range : 0° C to 45° C.

ELC 52611

ELC 52612

Thermometer IP 9C Range : 40° to 85° C.

Thermometer IP 10C Range : 76° to 122° C.

Edilab Visco 2000

ELC 534

New

Edilab Visco 2000 Features

The Edilab Visco 2000 Viscometer is specially designed to perform

ASTM D4402 & BIS 73 high temperature testing of asphalt binders. The viscometer features an electrically heated thermal chamber with an auto

–tuned PID controller for precise regulation of asphalt temperatures up to

300C. supplied complete with a C25 titanium bob & stainless steel cup.

Single point measurements can be performed via the instrument front panel and displayed on the built in keyboard or optional printer, eliminating the need for a PC. However, if more sophisticated tests and analysis is needed, the viscometer can be interfaced with a PC and can be used in conjunction with Edilab Visco software.

The components are:

• Heater casing – the surrounds the cup containing the sample which heats it.

• Thermal cover (one half shown) – this cover the sample to maintain a uniform sample temperature. Do not make measurements without it in position.

G3

ELC 531

ELC 534 www.edibon.com

• Cup – this pushes into the hole in the center of the heater casing.

• Guard – this is to prevent the user touching the hot heater casing.

• Connector cable – this is hard-wired to the base of the heater.

• Heater Connector- Connect this four pin connector to the HEATER connector on the back of the control box.

• PT Connector – Connect this circular connector to the PT-100 connector on the control box. The heater is controlled using the PT 100 sensor built into the heater unit.

• Spirit Level – use this to check that the system is level. If not, adjust the levelling feet by turning their adjustment knobs.

Measuring Systems

The measuring systems are:

Lower measuring system -227.5 mm wide (C25) cup 1 in which the sample is placed. This fits inside the heater casing. Upper measuring system – a bob 2 (concentric cylinder) which is lowered into the cup.

The bob has a conical base. The inner cylinder diameter is 25mm.

When the bob is lowered into the cup as shown in the right-hand graphic below, the sample 3 fills the space between the two measuring systems, as shown below. The estimated sample volume is 15ml.

There is a small recess 4 on the outside of the cup’s base which matches a small index pin in the bottom of the recess. When inserting the cup in the recess, check that the cup is seated in the correct position. When the cup & bob combination is used, the gap is known and meets the DIN 53019 standard. There is a 1:1:1 ratio between the inner and outer cyclinders. He measuring systems are made of stainless steel 316.

Edilab Windows Software

Viscometry measurements are made using step shear rates to enable the equilibrim viscosity to be measured. The software automatically generates flow curves, and viscosity can be plotted as a function of shear stress, shear rate, time and temperature. Data Processing functions, Model Fitting, Job Stream (Script writing), user Defined

Tests (routine testing) and a context sensitive help system are integrated as standard into the viscometry software.

Edilab Visco 2000

Viscosity measurement for high temperature testing of asphalt binders

0-1000rpm

Parameters

Rotational Speeds

Shear rate

Torque Range

Shear stress

Viscosity Pas

The heater has temperature range

Operating Voltage

Measuring system

Serial interface

Power Consumption

Ordering Information :

ELC 534

Edilab Visco 2000

0-10mNm

Pa 8-1,500

0.006-350

Ambient to 300°C

230V, 50Hz

DIN 53019 C25

RS232 / USB

4W maximum www.edibon.com

G4

Engler Viscometer

ELC 535

Ref. Standard - ASTM D 1665, IP 212, BS:434

For determining the viscosity of bitumen road emulsions and fuel oils. The viscometer consists of a plated oil cup, fitted with a stainless steel jet, fitted in a highly polished and plated brass bath, which is mounted on a stand with levelling feet.

The oil cup has a double walled lid with thermometer socket. A thermometer clip is fitted to the water bath. Supplied with plug valve to fit jet.

Engler Viscometer Electrical Heating with Immersion Heater, Dimmerstat for temperature control.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 535 Engler Viscometer Electrical Heating

Optional Accessories :

ELC 52610 Thermometer IP 8C, Range : 0° C to 45° C

New

Marsh Cone (Funnel) Viscometer

ELC 536-1

The Marsh Funnel Viscometer is a simple device used for routine quick measurements of fluid viscosity. It is an excellent indicator of changes in drilling fluid properties. The Marsh Funnel Viscometer is conical in shape - 152 mm in diameter at the top and 305 mm long with a capacity of 1,500 cm3. A 12- mesh screen covers half of the top and is designed to remove any foreign matter and drilled cuttings from the fluid. The fluid runs through a fixed orifice at the end of the funnel, which is 50mm long by 4.7 mm diameter in size.

Optional Accessories:

ELC -53601

OR

Plastic Measuring Cup, 1000 ml

Glass Measuring Cup, 1000 ml

ELC- 53602

ELC- 53603

Thermometer 0-50°C

Stopwatch

Ordering Information :

ELC 536-1 Marsh Cone (Funnel) Viscometer

ELC 536-1

Flow Cup

ELC 539

Simple flow cup of the efflux type is used for approximate measurements of apparent viscosity for control of consistency during manufacture and use of paints, lacquers and viscous products. Flow cups with protective skirt are made from gun metal with stainless steel orifice and are equivalent to Type B cups.

Each cup is supplied complete with a stand having levelling screws.

ELC 539

Ordering Information :

*ELC 539 Flow Cup No.4

*NPL Calibration, if required, will be arranged directly by the customer. Edilab can help the customers to get the equipment calibrated by

NPL on behalf of customers, at extra cost, in time frame as required by NPL (which will normally be 14-16 weeks).

G5 www.edibon.com

Paving Mix Tests, Marshall Stability and Compaction

Paving Mix Tests, Marshall Stability and Compaction

Ref. Standards - ASTMD1559 BS:598-197, EN-12697-34

Most frequently used test by highway departments, contractors, engineers, testing laboratories and governmental agencies is the stability test using Marshall Apparatus. The test is intended for the measurement of the resistance to plastic flow of cylindrical specimens of bituminous paving mixture loaded on the lateral surface. For use with hot mixture containing asphalt or tar and aggregate upto 25.4 mm maximum size.

For Voltage Ratings please refer Page No. A 69

Marshall Apparatus

ELC 550-1

Salient Features :

• Single Speed, Bench top load frame

• Max. loading capacity, 50 KN

• Geared Screw jack and Motor Drive,

• Precise speed

• Limit Switch Protection for both upward and downward travel

User friendly and easy to use controls A thermal overload type Power Switch at the rear of the machine provides electrical protection. Platen movement is controlled from the front panel, by 3 push button switches, Up, Down and

Stop. A Ball seated screw fitting located on the crosshead accepts load cells and load transducers upto and including

50kN. The equipment is a table top loading frame, with adjustable crosshead mounted on columns attached to sturdy base. The forces applied are generated by a screw jack via a reduction unit with worm gears housed in the base casting. Motive Power is from an electric motor via a multi-vee drive belt and provides a platen speed of 50.8mm / min.

The worm reduction unit is a grease packed on assembly and should not normally require lubrication.

ELC 550-1

Specifications :

Maximum Vertical Clearance (Platen down, Cross-head up) 470mm

Minimum Vertical Clearance (Platen down, Cross-head down) 250mm

Horizontal Clearance 265mm

Platen Diameter

Platen Travel

Platen Speed

Rated Power

Diamension (I x w x h)

Weight

133mm

25mm

50.8mm/min

375W

550×400×870mm

60kg

The equipment consist of the following replaceable parts :

ELC 552

ELC 55001

Marshall Load Frame Cap 50kN

Breaking Head Stability Mould speed-50.8mm/min

ELC 55002 Compaction Mould Steel, cylindrical

ELC 55003 Base Plate

ELC 55004 Extension Collar

ELC 55005 Compaction Pedestal, Manual Operation, comprising a Steel Plate capped on a wooden post. A Mould Clamp is fitted to the top of the plate

ELC 55006 Compaction Hammer for use with Compaction Pedestal and

Mould, weight 4.5 kg with a free fall of 457 mm

ELC 55007 Load Transfer Bar

ELC 55018-1 Sample Eject for 4” dia Sample

ELC 072

Dial Gauge 25mm travel, 0.01mm least count

ELC 271 Proving Ring capacity 25 kN.

1 No.

1 No.

3 Nos.

3 Nos.

3 Nos.

1 No.

2 Nos.

1 No.

1 No.

1 No.

1 No.

www.edibon.com

G6

Modified Marshall Apparatus,

50 kN Single Speed

ELC 550-4

Ref. Standard ASTM D5581:2007

The Load Frame construction of the equipment is same as per ELC-552 but its capacity is 50kN and its mould size is 152.4mm dia. It is supplied with a Rammer of 10.21kg,

Breaking Head, and sample eject for 6" dia sample, as per the standard.

The equipment consist of the following replaceable parts :

ELC 552

ELC 55001-152

ELC 55002-152

ELC 55003-152

ELC 55004-152

ELC 55005-152

ELC 55006-152

ELC 55007

ELC 55018-152

ELC 072

ELC 274

Marshall load frame 50kN

Breaking Head Stability Mould

Marshall Mould 152.4mm ID x 114.3 on high.

Base Plate for 152.4mm dia sample

Extension collar for 152.4 mm dia sample

Compaction Pedestal for 152.4 mm dia sample

Compaction Hammer 10.21 kg x 457 mm drop

Load Transfer Bar

Sample Ejector for 152.4 mm dia Sample

Dial Gauge 25 mm travel, 0.01mm least count

Proving Ring capacity 50 kN

ELC 550-4

Digi Marshall Apparatus

ELC 550-2

Ref. Standards - ASTMD1559, ASTM D6927-06, BS 598-

107, EN 12697-34

The Edilab Digi Marshall Apparatus is used to test the

Stability of bituminous samples, by highway departments, contractors, engineers, testing laboratories and other governmental agencies. Digi-Marshall

Apparatus is used for measurement of the resistance to plastic flow of cylindrical specimens of Bituminous paving mixture loaded on the lateral surface. The machine can provide measurement data for use with hot mixture containing asphalt or tar and aggregate upto 25.4mm maximum size.

ELC 550-2

Ordering Information:

ELC 550-1 Marshall Apparatus, 50kN, Single speed, New model for 4” dia sample

ELC 550-2

Digi Marshall Apparatus, 50kN, Single speed, New model for 4” dia sample

ELC 550-3

ELC 550-4

ELC 550-5

ELC 550-6

Digi modified Marshall Apparatus, 50kN, Single speed, New model for 6” dia sample

Modified Marshall Apparatus, 50kN, Single Speed for 6” dia sample

Modified Marshall Apparatus, 100kN Single Speed, New Model for 4"/6" dia sample

Digi modified Marshall Apparatus, 100kN Single Speed, New Model for 4"/6" dia sample

Optional Accessories :

ELC 55020

ELC 55021

Electronic Conversion Kit for Marshall Apparatus

Electronic Conversion Kit for modified Marshall Apparatus Marshall Apparatus, 50kN

Note: Modified Marshall Apparatus, 100kN, Single Speed can also be provided.

G7 www.edibon.com

Core Drilling

Pavement Core Drilling Machine

ELC 551-1

Ref. EN 12504-1

The Pavement Core drilling machine, petrol engine powered road building drill has been designed specifically for the purpose of drilling test cores from or holes in roads, airport runways, bridges.

The Machine comprises of two vertical support columns which carry the drill head/engine assembly accurately with the help of screwed spindle.

The 6HP petrol engine with pulley mechanism works with minimum vibrations. The double precision bit advances with screwed spindle which provides a constant, accurate drill pressure, minimum core chipping & long bit life.

The complete assembly is supplied on a rigid metal base with leveling facility and is suitable for vertically down coring applications only.

Bit diameter : 150mm

Maximum depth of core : 400mm

Drill Speed

Drive

Guide Shafts

:

:

:

Variable speed from 900 to 1200rpm

6HP Petrol Engine

40mm dia

Screwed Spindle

Water Tap

Drill Wrenches

: 20mm dia

: 12mm

: Included

ELC 551-1

Ordering Information :

ELC 551-1

Pavement Core Drilling Machine

Optional Accessories :

ELC 55101 Diamond Core Bits, 50mm dia x 200mm long

ELC 55105

ELC 55109

ELC 55114

ELC 55103

ELC 55107

ELC 55108

ELC 55120

Diamond Core Bits, 75mm dia x 200mm long

Diamond Core Bits, 100mm dia x 200mm long

Diamond Core Bits, 150mm dia x 200mm long

Diamond Core Bits, 50mm dia x 400mm long

Diamond Core Bits, 75mm dia x 400mm long

Diamond Core Bits, 100mm dia x 400mm long

Diamond Core Bits, 150mm dia x 400mm long

Note 1: Standard Diamond core bit is suitable for taking out core from, Cement, Aspahlt Surface / Block . Hilti Make core bit recommended for taking out core from Reinforced Concrete Surface / Block.

Note 2: Continuous supply of water is essential for smooth functioning of the machine.

www.edibon.com

G8

Compaction

Automatic Compactor for Bituminous Mixes

ELC 553-1

Ref. EN 12697-10-30

• Rugged construction to withstand hard work.

• Fully automatic and easy to operate.

• Uniform compaction.

• Automatic Blow Counter.

The Automatic compactor eliminates the laborious process of manual compaction and allows achievement of even degree of compaction is achieved. The drive mechanism lifts the weight of 4.5 kg and drops it through a height of 457 mm.

The rammer foot is removable, which facilitates preheating. A compaction pedestal with specimen holder is fixed to the base. An automatic blow counter enables the number of blows to be preset before each test and automatically stops the machine on completion.

For Voltage Ratings please refer Page No. A 69

Bitumen Compactor for

Modified Marshall Moulds

ELC 553-2

Ref. Standard ASTM – D5581:1996, D 6926-04

The equipment is used for measurement of the resistance to plastic flow of cylindrical specimen of bituminous mixes. The mechanical compactor design is similar to ELC 553-1 except

• Weight of rammer - 10.2 Kg

• Provision for accommodating - 6” mould specimen

Other features are same as ELC 553-1

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 553-1

Automatic Compactor for Bituminous Mixes

ELC 553-2

Automatic Compactor for Bituminous mixes using Modified Marshall Mould.

ELC 553-1

Softening Point

Softening Point :

Ref. Standards - ASTM D 36, E 28, IP 198, IP 58, STPTC PT 3, AASHTO T53,

BS:2000, EN 1427

For determining the temperature at which a sample of bituminous material loaded by a 9.5 mm dia steel ball, drops a specified distance when heated under specified conditions.

Ring and Ball Apparatus

ELC 561-1 & ELC 561-2

ELC 561-1

The Ring and Ball Apparatus is a compact user friendly apparatus. It has magnetic stirrer with heating facility and digital display of temperature, the heating can be adjusted through knob in ELC 561-1 and can be controlled through the integral

PID controlled in ELC 561-2.

For Voltage Ratings please refer Page No. A 69

G9 www.edibon.com

The equipment consist of the following replaceable parts :

ELC 56101 Tapered Rings 2 Nos.

ELC 56102 Ball Centering Guide

ELC 56103 Steel Balls of 9.5 mm dia

ELC 56104 Ring holder

ELC 56105 Electric Heater (Hot Plate)

2 Nos.

2 Nos.

1 No.

1 No.

Ordering Information :

ELC 561-1-BS/ASTM

ELC 561-2-BS/ASTM

Optional Accessories :

ELC 56110

ELC 56111

Ring and Ball Apparatus

Ring and Ball Apparatus (Digital, Semi Automatic)

Thermometer IP 60C, Range : –2° C to 80° C

Thermometer IP 61C, Range : 30° C to 200° C

Binder Extraction

Ref. EN 12697-1, ASTM D 2172, AASHTO T-58, T-164

For determining bitumen percentage in Bituminous paving mixtures.

It has a removeable, precision machined, aluminium rotor bowl, mounted on a vertical shaft. A filter paper disc is pressed in-between the rotor bowl and cover plate by tightening a knurled nut. The bowl assembly is enclosed in a housing mounted on a cast body. In the electrical operating model, the rotor bowl is coupled to a motor. The solvent may be introduced during test through a cup on the housing cover.

Centrifuge Extractor,

Capacity 1500g Electrically Operated

ELC 563-1

The new design of centrifuge extractor is compact with in-built dimmerstat

for speed variation from 0 rpm to 3600 rpm.

Each unit is supplied complete with a set of 25 Filter Paper Discs.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 563-1 Centrifuge Extractor, Capacity 1500g Electrically Operated

ELC 563-2 Centrifuge Extractor, Capacity 3000g Electrically Operated

Replacement Parts :

ELC 56301 Filter Paper Discs, Set of 25 numbers

ELC 56302 Filter Paper Pack of 100 Nos. for ELC 563-2

Note: Solvent is not supplied as a part of the unit.

ELC 563-1 www.edibon.com

G10

Ductility

Ref. Standards ASTM D113, AASHTO T 51

Bituminous surfaces exposed to varying temperature conditions undergo a great deal of expansion and contraction.

Therefore, an important characteristic of the binder is its ductility and the degree of ductility has an effect on the cracking of bituminous surfaces caused by traffic stress.

The ductility of bitumen is expressed as the distance in centimetres to which a standard briquette can be elongated before the thread thus formed breaks under specified conditions.

A molten bitumen sample is poured into a standard mould, allowed to cool to room temperature and then placed in a water bath so that the briquette can be brought to test temperature before mounting in the testing machine.

Ductility Testing Machine,

Electrically Operated, Digital

ELC 565-1, ELC 565-DG & ELC 565-DG-C

ELC 565-1

Designed to test three specimens simultaneously. The machine consists of a carriage moving over a lead screw. An electric motor driven reduction gear unit ensures smooth constant speed and continuous operation. The entire assembly is mounted with water bath completely encased in metal bound hardwood. It is equipped with an electric pump circulator and heater. The temperature is controlled by digital temperature controller. Two rates of travel i.e. 5 cm/min and 1cm/min are provided. Suitable for operation on 220 V, 50 Hz, Single Phase, AC supply.

The equipment consists of :

ELC 56501 Ductility Mould, with Base Plate 3Nos.

Ordering Information :

ELC 565-1

Ductility Testing Machine

ELC 565-DG

Ductility Testing Machine with digital display

ELC 565-DG-C Ductility Testing Machine with digital display & cooling

Benkelman Beam

ELC 566-3 & ELC 566-3-AN

• Light weight aluminium construction.

• Ease of Transportation.

ELC 566-3

• Unique Telescopic Design, simplifying field set up.

• Compact, thereby reducing the amount of storage space needed.

Benkelman Beam utilises the technique of using balanced beam in conjunction with a suitable vehicle to measuring road flexure. The improved Benkelman Beam is a convenient, accurate device for measuring the deflection of flexible pavements under moving wheel loads. Operating on a simple lever arm principle, the unit consists of a Reference

Beam, Body, two part Probe Beam and Rear Zero adjust.

Ordering Information :

ELC 566-3

Benkelman Beam with Digital dial gauge 0.001x25mm Travel

ELC 566-3-AN

Benkelman Beam with Analog dial gauge 0.01x25mm Travel

Optional Accessories :

ELC 072

Analog Dial Gauge, 25 mm travel and 0.01 mm least count

ELC 072-DG

Digital Dial Gauge, 25 mm travel & 0.001 mm least count

G11 www.edibon.com

Pavement Dynamic Cone Penetrometer

ELC 567

• A simple and robust instrument for rapid in-situ measurement of the structural properties of road pavements.

• Provides fast and efficient method of obtaining information.

• For continuous measurements up to a depth of 800 mm and 1,200 mm with the extension rod.

• Portable and can be accommodated in a carrying case.

The Pavement Dynamic Cone Penetrometer (DCP) is a very robust instrument, designed for rapid in-situ evaluation of strength of sub- grade and the bases for roads

& runway pavements. Continuous measurements can be made down to a depth of

800 mm, or when an extension is fitted, to a depth of 1200 mm. Where pavement layers have different strengths, the boundaries can be identified and the thickness of the layers determined.

A typical test takes only a few minutes and the instrument therefore, provides a very efficient method of obtaining information which would normally require test-pits.

Correlations have been established between measurements with DCP and California

Bearing Ratio (CBR) so that the results can be interpreted and compared with

CBR specifications for pavement design. Agreement is generally good over most of the range but differences are apparent at low values of CBR, especially for fine grained materials.

It incorporates a 8kg weight dropping through a height of 575 mm and a 60° cone having a diameter of 20mm. It is supplied complete with assembly tools and weighs 20kg approx.

The DCP needs three operators, one to hold the instrument, other to raise and drop the weight and a technician to record the results. The instrument is held vertically and the weight carefully raised to the handle limit and then allowed to fall onto the anvil.

The equipment consist of the following replaceable parts :

ELC 56701 Top and Bottom Rod

ELC 56702 Handle

ELC 56703 Hammer

ELC 56704 1 m Scale

ELC 56705 60° Cone

ELC 56706 Anvil

Ordering Information :

ELC 567

Pavement Dynamic Cone Penetrometer

ELC 567 www.edibon.com

G12

Surface Irregularity

Equipment described below are based on the principle of a travelling straight edge and is for measuring, marking and recording irregularities of roads and runways pavements of both concrete and bituminous material.

Merlin

ELC 570

Features :

• Easy to use.

• Self calibrating.

• Robust.

• Easily maintained.

• No complex calculations.

• Measures displacement to less than a millimeter.

The unevenness of road surface is an important measure of road condition and a key factor in determining vehicle operating costs. A number of instruments have, therefore, been developed for measuring unevenness, which is usually called roughness and standard roughness scales have been established. However, many of the instruments are expensive and complicated to use or require regular calibration.

Modified Roughness Indicating machine is a simple machine to measure roughness, also called MERLIN - Machine for

Evaluating Roughness using low-cost Instrumentation.

The device can be used either for direct measurement or for calibrating other instruments such as the Vehicle Mounted

Bump Integrator. The equipment is easy to use, self - calibrating, robust, easily maintained and employs readily available components.

ELC 570

Ordering Information :

ELC 570

Modified Roughness Indicationg Machine - Merlin

G13 www.edibon.com

Asphalt Mixing

ELC 575, ELC 576 & ELC 577

Ref. Standard EN 12697-35

Edilab provides three model of asphalt mixer.

This machine is used for laboratory mixing of bituminous materials to prepare the specimens to be used for various asphalt tests. Its is widely used in road construction laboratories, Testing laboratories, Research Institutions.

The machine mainly consists of a main frame, variable speed mixer, elevating system, heating pot, electrical control box. The variable speed mixer consists of electric motor, gear box and vertical curved blade. The elevating system consists of a motor, worm gear, up right column, guide bar and stopper block.

In vertical type of mixer the pot can move up and down and in the horizontal type of mixer the elevating system with agitator assembly moves up and down.

ELC 576

Technical Specification

Cat No.

Mixer Bowl Capacity

Mixing capacity

Temperature Range

Speed of blade-Revolution

Speed of blade-Rotation

Heater Capacity

Testing Environment

Asphalt mixer 10 ltr.

Horizontal

ELC 576

20 ltr.

7-8 kg

Room temp. to 200 + 0.5° C

42-48 rpm

70 -75 rpm

1.5 kW

10-40°C &,

< 80 % RH

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 576

ELC 577

Asphalt Mixer Horizontal, 10 lt

Asphalt Mixer Vertical, 20 lt

ELC 577

Asphalt mixer 20 ltr.

Vertical

ELC 577

20 ltr.

12-14 kg

Room temp. to 200 + 0.5° C

42-48 rpm

70 -75 rpm

3 kW

10-40°C &,

< 80 % RH www.edibon.com

G14

Wheel Rut Shaper

ELC 578

Ref. Standard EN 12697 - 33

This apparatus is used to prepare the bitumen specimen for wheel rut testing used in research and road construction. It compacts asphalt slabs to a target density in a size of 300x300x50 mm.

The machine has a bearing car which has a mould for sample preparation loaded by rolling wheel vertically. The bearing car moves 300 mm in and out for homogenous compaction of specimen by rolling wheel. The rolling wheel is compacted thru pneumatic cylinder and has in built heater to heat up the specimen thru top cover of mould. The bearing car moves in and out on crank shaft, gear wheel with eccentric shaft mechanism. Automatically controlled compaction, Start and Emergency stop switches are provided in the machine.

For Voltage Ratings please refer Page No. A 69

Technical Specifications

Rolling wheel radius : 500 mm

Rolling wheel width : 300 mm

Temperature : room temp to 200 C

Pressure

Bearing car speed

Distance in & Out

Timer

Mould Size

:

:

:

:

: up to 9 bar

6 rpm

300 mm

0-999 rounds (can be set)

300x300x50 mm

Ordering Information :

ELC 578 Wheel Rut Shaper

Wheel Rut Tester

ELC 579

ELC 578

ELC 579

The wheel rut tester is used to determine the resistance ability to wheel tracking at high temperature of bituminous combined material.

The machine has two main parts i.e. testing machine and constant temperature cabinet, temperature is controlled by

PID controller. This consists essentially of a loaded wheel, which bears on a sample held on a moving table. The table reciprocates with simple harmonic motion. The wheel is fitted with a solid rubber tyre and moves at a speed of 42+/- 1 rpm and the sample table is fitted with a locking clamp for 230 +/- 10 mm. The machine is also provided a moving beam and balance weight to adjust the tyre position on and off the specimen at the beginning and at the end of the test. The pressure between table and specimen is ensured at 0.7 Mpa with the leverage effect of moving beam. Furthermore temperature sensor is provided near the specimen to maintain the temperature of the cabinet. The test is automatically

G15 www.edibon.com

controlled by a data acquisition and processing system with large graphic display to monitor in real time number of cycles, rut depth and temperature and time displacement graph.

For Voltage Ratings please refer Page No. A 69

Salient Features :

• Automatic test control by Rut tester and processing system

• Large permanent memory to store test data and results

• RS 232 ports for connection to PC and printer

• Large graphic display

• Real time display of number of cycles, rut depth and temperature

• Tracks for specified number of passes or to specified rut depth

• Adjustable load cycle frequency

• Temperature measurement: inside the cabinet

Technical specifications

Test wheel speed

Moving distanceof sample table

Rubber hardness of wheel

Specimen Size

Displacement measuring range

Max pressure applied on specimen

Temperature of cabinet

:

:

:

42+/- 1 rpm

230+/-10 mm

: 78+/- 2 at 60 C

: 300x300x50 mm

: 0-30 +/- 0.1 mm

: 0.7 +/- 0.05 Mpa

Ordering Information :

ELC 579 Wheel Rut Tester

Note: The unit is supplied with Software. Computer can be supplied at extra cost.

Skid Resistance Tester

ELC 580

Ref. Standard: BS 812-114

The apparatus is used to measure antiskid performance of high grade roads ad airport pavement both in the lab ad in-situ.

The apparatus consists of a spring loaded rubber slider mounted on a pendulum arm. The arm can be adjusted vertically from a rigid support column. The base has three adjustable feet so that the swing of the pendulum during the test moves through a truly circular path while operated directly on a road surface.

Ordering Information :

ELC 580 Skid Resistance Tester

ELC 580

Film Stripping Device

ELC 581

Film stripping device is used to measure the resistance of bituminous mixtures to stripping of asphalt from aggregate particles. It is generally used to evaluate mineral aggregates & to judge the adhesion of the bituminous materials.

The device consists of a disk on which 4 bottles are mounted. The disc rotates at a speed of approx. 100 rpm. The sample, usually the aggregate fraction which passes a 9.525 mm sieve but is retained on a No. 8 sieve, is placed in the bottles & agitated for 15 minutes. The percentage of aggregate stripped can be visually estimated. The device is provided with a pre set counter.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 581 Film Stripping Device

ELC 581 www.edibon.com

G16

Asphalt Mixer Theoretical

Density Meter

ELC 582

Ref. Standard: ASTM D2041-03

This machine is used for determination of theoretical density of asphalt mixer by vacuum method for applications such as asphalt mixer design, road condition investigation, calculation of porosity and compactness in the road construction quality management.

The equipment has a main body fitted with digital vacuum indicator, two vacuum containers, vibratory table, control panel. A vacuum pump is also supplied.

ELC 582

The vibratory table operates on manual and automatic mode to release the entrapped air from the asphalt sample.

For Voltage Ratings please refer Page No. A 69

Technical specifications

vacuum range : 0-700mm of Hg

Vibration loading capacity : 10kg

No of sample : Two

Ordering Information :

ELC 582

Asphalt Mixer Theoretical Density Meter with Vacuum Pump

Pavement Intensity Test Apparatus

ELC 583 & ELC 584

ELC 583 ELC 584

It is a multifunctional testing instrument for the material of road base and pavement. This can be used with many kind of testing accessories to test the compressive strength, indirect intensity test and bearing ratio of soil and pavement material. It can also be used to test the thermal stability and Marshall test of bituminous material.

G17 www.edibon.com

The machine has sturdy frame having two chrome plated pillars and cross head to work up to 100 kN axial load having two speed of loading to perform various test such as bearing ratio, Marshall test. The speed can be adjusted with the help of mechanical lever fitted on main frame. It can be run on forward and reverse mode also. (Accessories are not the part of apparatus)

Technical specifications

Capacity

Max. Vertical distance b/w the plates

Speed of piston

Ordering Information :

ELC 583

ELC 584

: 100kN

: 200mm

: High 50.8 mm/min

Low 1 mm/min

Pavement Intensity Test Apparatus, Digital type with load cells LVDT with digital indicator

Pavement Intensity Test Apparatus, manual type with proving ring & dial gauge

Edilab True Speed Pave Frame

ELC 583-1 & ELC 584-1

New

Based on the True Speed System, Edilab is also pleased to introduce a True

Speed Pave Frame for applications such as CBR, UCS, Marshall both standard and modified, Indirect Tensile, Triaxial and other routine tests.

Type : 50kN, Multiplex Variable Speed Motor with True Speed.

Speed Range : 0.8mm/min to 51mm/min programmable

Up/Down

Display

Electrical

: 5 mm/min

: LCD

: 220V, 50Hz, Single Phase. AC Supply

CAT No.

Types of Operation

Rates of Strain mm/min

Horizontal Clearance

Vertical Clearance

Maximum Platen Dia

Maximum Platen Travel

Ram Dia

Application

ELC 583-1

ELC 064-U (Variable Speed)

Microprocessor Based Closed loop feedback control

0.8 to 51mm/min with True Speed

265mm

525mm

130mm

30mm

50mm

CBR, UCS, Marshall, Modified Marshall and Indirect Tensile

Ordering Information :

AIM 583-1 Pave Frame Digital, 50 kN capacity with load cells LVDT with Digital Indicator

(for CBR & Marshall Test)

AIM 584-1 Pave Frame, Analog, 50 kN Capacity with Proving Ring & Dial Gauge

(for CBR & Marshall Test) www.edibon.com

G18

Water Proofing Apparatus - Hydraulic

ELC 586

The permeability apparatus is used to determine the water proofing of the petroleum bitumen felt and the roofing sheet.

The apparatus has a main body fitted with hydraulic pressure system, three specimen holder, Pressure gauge and control knobs.

For Voltage Ratings please refer Page No. A 69

Technical specifications :

Max testing pressure

Size of specimen

: 0-30Mpa

: 150mm dia x 15mm thick

Diameter of the water proofing plate : 92mm

Standard testing water temperature : 20 C

No of the testing specimen : 3 at a time

Ordering Information :

ELC 586

Water proofing test apparatus for Asphalt - Hydraulic

ELC 586

Asphalt Extraction Apparatus Automatic

ELC 588

The Asphalt Extraction Apparatus Automatic is used to perform reliable analysis on asphalt mixtures using noninflammable solvent as trichloroethylene and dichloromethane.

It works on high speed centrifugal separation, dissolvent recovery and purification technology for extracting the asphalt from bituminous mixtures.

The instrument has several safety features for its easy & trouble free operation such as Phase sequence alarm, overheating protection, high or low level protection, high voltage protection, timer etc. The centrifuge basket is made of aluminium alloy material supported by high performance thrust bearing for its long lasting performance. The dissolvent recovery and storage chamber is made of anti corrosion stainless steel. The extraction operation is completed in

ELC 588 three steps i.e. Bitumen extraction, dissolvent recovery chamber cleaning and regenerated combined liquid dissolvent recovery.

For Voltage Ratings please refer Page No. A 69

Technical specifications

Specimen capacity

Extraction accuracy

: 1000g to 1500g

: 0.1%

Centrifugal Separator rotation speed : 5500rpm, 11000rpm

Ordering Information :

ELC 588 Asphalt Extraction Apparatus Automatic

G19 www.edibon.com

Trichloroethylene Recycler

ELC 589

Ref: Standard ASTM D5616-04

The ever-increasing emphasis on safety, environmental pollution and automatic handling of toxic materials has seen a need for the development and use of asphalt extraction systems. Edilab offers instrument for asphalt extraction to recover the Trichloroethylene or dichloromethane from the bituminous mixtures. asphalt extraction tests and the recovered solvent can be used 6-7 times and its found very cost effective as the price of trichloroethylene is very high.

ELC 589

The instrument comprises of two chambers for solution evaporator and condensation and control cabinet for temperature control & cooling water cycling. The main unit is made of stainless steel for rust free operation for longer time.

For Voltage Ratings please refer Page No. A 69

Technical Specifications

Combined solution

Heating tube power

Temp control range

Working Temp

Relative Humidity

:

:

:

:

:

1500 ml to 5500ml

800W

<85%

Ordering Information :

ELC 589

Trichloroethylene Recycler

Asphalt Content Tester

ELC 590

Ref. Standard ASTM D6307 & EN 12697 39

This machine is used to determine the asphalt content of hot mix asphalt

(HMA), paving mixtures and pavement samples by removing the asphalt in an ignition furnace by means of sample heating not by means of solvents.

For Voltage Ratings please refer Page No. A 69

Technical Specifications

Working Temperature

Combustion Temperature

Balanced Capacity

Weight of the Sample

: 10kg

: 2500 g

Recommended Weight of Sample : 1500 g

Accuracy of Electronic Balance : 0.1g x 10kg

Time for test results

End Point Sensitivity

Data Output

Chamber Size

Outer Size

Power Rating

Accessories

: 30 to 45 min

: 0.01% for 3 consecutive minutes

: Through USB

: 300mm x 340mm x 400mm

: 590mmx755mmx1300mm

: 5 KW

:

Sample Bucket - 2 Sets,

Safety cover for bucket 1 No.

Lifting Handle - 1 No.,

Asbestos Gloves - 1 Pair,

Safety Helmet - 1 No.

Ordering Information :

ELC 590

Asphalt Content Tester www.edibon.com

G20

ELC 590

Mastic Asphalt Tester

ELC 592

Ref. Standard BS 5284 & IS 1195

This machine is used to determine the hardness of asphalt material the design features direct vertical loading with loading weight that rest on thrust bearings therefore load is applied to the specimen without transmitting shock to the loading column. At the end of the loading period the depth of penetration of the pin can be read form the dial gauge to an accuracy of 0.01mm. The thermostatically controlled heater unit has a built in impeller which circulates the water to maintain an even temperature throughout.

Technical Specifications

Water Bath

Mould Size

: 440 x 350 x 180mm

: 150 mm dia x 25 mm depth

Heating power : 1 kW

Temperature range : room temp to 85 +/- 0.1 C

Accuracy of penetration : 0.01 mm

Ordering Information :

ELC 592

Mastic Asphalt Tester

ELC 592

G21 www.edibon.com

Mobile Laboratories

Laboratory on Wheel

• A mobile laboratory for performing on site facilities both for physical and chemical test for Soil, Cement, Concrete,

Asphalt & other construction material.

• Rugged construction of vehicle for difficult terrain.

• Aesthetically designed interior with shelves and cupboards for housing Laboratory equipments

• Performance of tests, as and when required, with immediate results.

• Getting to destination quickly, fully-equipped for the job.

• Follow up and monitoring of several sites simultaneously

• The unit can fabricated on customer's vehicle like TATA 207/407 or SWARAJ MAZDA etc.

• Depending on area available, the quality and location of benches, desks cabinets, sink, hood etc can be decided

• Lab can be quipped with AC, generator etc. as required.

Suggested list of equipment and Lab Layout Plan are appended below. However, changes can be done as per customer's specific needs.

Soil Lab

Recommended Equipments For Mobile Van

Cement Lab Concrete Lab Highway Lab

Standard Penetration Test

Dynamic Cone

Penetration Test

Soil Sampler

Compression Testing Machine,

Hand Operated, 1000 kN

Sieves

Pan and Cover for 20cm dia sieves Sieves

Liquid & Plastic Limit Slump Test Apparatus

Unconfined compression tester Measuring Cylinder

Proctor Compaction

Sieves

Mould Cast Iron

Concrete Test Hammer

Sieve shaker Vicat Apparatus

Balance

Nuclear Density/Moisture Gauge

Gauging Trowel

Sand Replacement

Pressuremeter

Sand Pouring Cylinder

Apparatus

Electronic Balance

Soil Compactor

Pavement Core

Drilling Machine

Centrifuge Extractor

Thickness/ Length Gauge Sieves

Mould Cast Iron Sieve Shakers

Beam Mould

Slump Test Apparatus

Core Case

Air Entrainment Meter

Vibrating Table

Measuring Cylinder

Sample Tray

Balance

Marshall Apparatus

Benkelman Beam

Penetrometer

Bitumen Penetration Kit

VIBRATING TABLE,

A.C POSITION

Mobile Laboratory Layout Plan

SAND POURING

CYLINDER

DIAMOND

CORE BIT

NUCLEAR DENSITY /

MOISTURE GAUGE

AIR ENTRAINMENT

METER

SLUMP TEST

APPARATUS

SPEEDY MOISTURE

METER,

WORKING PLATFORM

MOULD CAST IRON

FOR 150mm CUBE

ELECTRONIC

BALANCE,

GENERATOR

PAVEMENT CORE

DRILLING MACHINE

DOOR

COMPRESSION TESTING

MACHINE (1000kN)

CHAIR

SAMPLE TRAY

(ENAMEL TRAY),

MEASURING CYLINDERS,

GRADUATED, POLYCARBONATE,

TABLE

DIGITAL

THERMOMETER

BEAM

MOULD,

THICKNESS

GAUGE

LENGTH GAUGE

SIEVE G.I FRAME

SINK

SIEVE BRASS FRAME

G22 www.edibon.com

Material Testing Equipment

Universal Testing Machine

ELC 651-1, ELC 652-1 & ELC 653-1

ELC 653-1

Salient Features

• Loading accuracy as high as ± 1% of the indicating value

• 4/6 pillar structure with hydraulic jaw grips.

• Strain measurement at variable speed to cover a wide range of materials adjustable by the manual control valve.

• High reading accuracy and rugged design of digital display.

• Simple control to facilitate ease of operation.

• Robust load frame with extremely rigid construction.

• Large effective clearance between columns enable testing of standard specimen as well as structures.

• Motor driven threaded columns for UP/DOWN movement of lower crosshead for quick change over of specimen, grips and attachment.

• Wide range of standards and special accessories including load stabilizer (Optional).

H1 www.edibon.com

Application

Edilab Universial Testing Machine is designed for testing metals under tension, compression, bending, transverse and shear load, both in the form of test pieces and as finished product (optional).

Principle of Operation

The load is applied by a hydrostatically lubricated ram. The cylinder in turns receives pressure from the power pack. The load is transmitted to the test specimen and is displayed by a separately housed load indicator.

Loading Units

It consists of a hydraulic cylinder & piston mounted on a robust base. The loading frame consists of an upper crosshead, middle crosshead and lower table. The upper cross-head and lower table are fitted on two/four hard chrome plated columns. The middle cross-head is fitted on two threaded columns. A reduction gear motor drives the chain and sprockets fixed at the bottom of the threaded columns for height adjustments. The cylinder and ram are individually lapped to eliminate friction. Axial loading of the system is ensured by provision of a ball seating under the lower table. An elongation scale with a least count of 1mm is provided for measurement of deformation of various samples. Tensile test is conducted by gripping the test specimen between the upper and middle cross-heads. Compression, Transverse,

Bending and Shear test are conducted between the middle crosshead and the lower table.

Hydraulic System produces a continuous non-pulsating oil flow. Hence the load application is very smooth. A pressure compensated flow control valve is provided which controls oil flow to the main cylinder. This maintains a constant rate of piston movement and hence straining rate is kept constant. This valve is hand operated and gives infinitely variable oil flow to obtain different rates of straining.

Electronic Control Panel

This includes high precision, sealed in built electronic control panel and very accurate load cell mounted in the loading unit. A stable data acquisition system converts the analog output of pressure transduer into equivalent digital figures.

Computerised Universal Testing Machine

It has a micro processor based electronic panel, Precision load cell for load measurement, Rotary encoder for crosshead displacement/Extension indication, LAN Card for PC interface, Data entry for specimen dimension, serial number, gauge length. Unit selection for load, displacement. Results include Load vs Displacement Curve, Maximum displacement, UTS,

% Elongation, Young's Modulus & Proof Stress (if Extensometer is used).

Accuracy and Calibration

Edilab Universal Testing Machines are controlled for precision and accuracy during every stage of manufacturing. The machines are calibrated in accordance with BS:1610 and IS standards. Edilab UTM comply with grade A of BS 1610 : 1964 and grade 1 of IS : 1828 - 1991. An accuracy of ± 1% is guaranteed from 20% of the load range selected to full load.

Below 20% of the selected range the maximum permissible error is 0.2% of the full load reading.

www.edibon.com

H2

Universal Testing Machine Model Available:

• Computerised (capacity 300 kN, 600 kN & 1000kN)

MODEL NO

Machine capacity

Macine Type

Resolution

Max Clearance for tensile test

Max Clearance for

Compression test

Clearance between columns

Ram Stroke

Straining/piston speed at no load

For Tension Test

Clamping jaws for round specimens

Clamping jaws for flat specimens thickness

Flat specimen width

For Compression Test:

Pair of compression plates

Dia of circular platen

For Transverse Test:

Table with the adjustable rollers

Width of rollers

Diameter of rollers

Max clearance between supports

Radius of punch tops

Crosshead geared motor (kW)

Power pack motor (kW)

Weight (approx)

ELC 651-1

300 kN

4 Pillar with

Hydraulic Jaw set

0.01 kN

50 - 600mm

0 - 600mm

Specifications

ELC 652 -1

600 kN

6 Pillar with

Hydraulic Jaw set

0.01 kN

50 - 700mm

0 - 700mm

435mm

200mm

0 - 50mm/min.

565mm

250mm

0 - 50mm/min.

8 - 25mm

0 - 20mm

60mm

160mm

160mm

50mm

460mm

12mm, 16mm.

0.37

2.0

1700kg

8 - 25mm

25 - 45mm

0 - 30mm

70mm

220mm

140mm

50mm

600mm

16mm, 22mm.

0.37

2.0

2500kg

ELC 653-1

1000 kN

6 Pillar with

Hydraulic Jaw set

0.01 kN

50 - 700mm

0 - 700mm

650mm

250mm

0 - 50mm/min.

8 - 25mm

25 - 45mm

0 - 40mm

70mm

220mm

140mm

50mm

700mm

16mm, 22mm.

0.37

2.5

3500kg

H3 www.edibon.com

Software for UTM

Edilab recognizes that the most efficient way of testing is with the help of software and the ease of its operation. The

Edilab Test Master has been ergonomically designed to suit the various needs of the customers as per their requirements and operation of the software is extremely user friendly and the features are self-explanatory.

Features

• Tensile Testing

• Compression Testing

• Transverse Test for flat sample

• Bend & Rebend Test

• Shear Test

• Torsion Test

• Rubber/Textile Test

• Spring Test

• Extensometer Test

The bright, large and prominent display for the load and displacement adds to the readability of the software and hence effortless observation of the online tests.

The enhanced display of the test screen displays the value of the load and displacement and the online graphs as it is generated during the tests. The selection of the scale on graph enables you to view the graph more prominently on the screen. The extensometer test screen incorporates the results of the normal Load Vs Displacement. Test as well as the

Load Vs Extension online graphical view simultaneously, a unique facility on its own. Customization of report is the main feature of new software.

Statistical Analysis:

This powerful tool enables the user to compare and study the results in a statistical format.

Most useful in places where the Batch Reports are studied for the production.

This extraordinary feature has been designed keeping in mind the ever changing needs of the industry to achieve higher standards.

This flexibility can be achieved with the Edilab Software with an assurance of lifetime quality service and updates as per the latest industry standards.

The test data can be analysed for following graphical presentations :

I Mean Deviation

II Frequency Distribution

III Skew Diagram

IV Histogram

• Security Manager : This helps the user to protect and save the test data of all the previous tests with help of Password

Protection feature.

• Graph Tracing : The resultant graph can be traced in various resolution of displacement with special zoom mode for time related behavior of the specimen.

• Additional Feature include the facility to incorporate the users Company Logo on the Test Report and can provide wide variety of customization of the software features as per the needs of the customer.

Minimum Recommended Computer Hardware

• 2 GHz Pentium Dual Core or equivalent

• 2 GB RAM, although using multiple testing machines may require additional memory and/or a faster

• Processor

• 256 MB DirectX 9.0 capable video card

• 250GB HD Drive

• CD-ROM Drive

• Mouse or pointing device and keyboard supported by Windows

• Monitor that supports at least 1024 x 768 resolution and 32-bit color

• 2 USB Serial Port adapter per machine

• Windows compatible printer recommended for reporting capabilities

• Windows compatible sound card and speakers (for audio playback)

• Additional USB ports for measuring devices, barcode scanners, printer etc.

• At least 1 integrated serial port (not USB) where possible

• Lan Card for connecting with electronic panel.

www.edibon.com

H4

Ordering Information :

ELC-651-1

ELC-652-1

ELC-653-1

Universal Testing Machine, Computerised, Capacity 300kN

Universal Testing Machine, Computerised, Capacity 600kN

Universal Testing Machine, Computerised, Capacity 1000kN

Optional Accessories for all capacities

ELC-65109

ELC-65110

ELC-65210

ELC-65318

Electronic extensometer strain gauge type with 2.5 mm extension and gauge length 25 & 50mm

Brinell test attachment for 300kN UTM

Brinell test attachment for 600kN UTM

Brinell test attachment for 1000kN UTM

ELC-65111 Bend test attachment 180*

ELC-65112 Flexural test attachment

ELC-65113

ELC-65114

Shear test attachment 6, 8, 12, 16 & 20mm dia

Shear test attachment 25, 30, 35 & 40 mm dia

ELC-65115

ELC-65116

ELC-65117

Pair of threaded holding heads 6, 8, 10, 12, 16, 18, 20mm (per SET)

Gripping device for threaded & shouldered specimens

Pair of split ring for shouldered specimen 6, 8, 10, 12, 16, 18, 20mm (per SET)

Note: Computerised models will be supplied with Edilab UTM Software. Computer will be Supplied at extra cost.

H5 www.edibon.com

Brinell cum Rockwell Hardness Tester

ELC 663

Hardness is the property of a material that enables it to resist plastic deformation usually by penetration. However, the term hardness may also refer to resistance to bending, scratching, abrasion or cutting.

There are various Hardness Testing Methods.

Edilab Hardness Testing Machine is designed for conducting Brinell & Rockwell

Hardness Tests on metallic materials, alloys of all types, hard or soft & of all shapes.

Features:

• Sturdy & Reliable Design.

• Easy to operate.

• Accessories of Brinell & Rockwell Test are part of standard outfit.

• There are 4 quick load change options 60,100,150 kgf for Rockwell Test

(HRA, HRB, HRC) and 187.5 kgf (BHN) for Brinell Test in this machine.

• Direct reading of Rockwell scales HR - A,B,C.

• Samples upto 230mm high & 155mm Throat depth can be tested.

• Rockwell Scales - NABL Calibration can be provided on request.

• Brinell Scales - NABL Calibration can be provided on request.

Technical Specification:

Rockwell Scales - A, B, C

Brinell Hardness

Hardness Resolution - 1.0 of a Rockwell unit

Test loads:

Rockwell - 10 kgf Pre Load / 60, 100, 150 kgf Main load.

Brinell - 10 kgf Pre Load / 187.5 kgf Main load.

Display - Analogue.

Accuracy - Conforms to IS 1586 - 2000 (2006)

Specimen accommodations:

Vertical space - 230mm

Horizontal space (from central line) - 155mm

Machine Specifications:

Machine Dimensions -

655 mm(H) x 170 mm(W) x 475 mm(D)

Machine Weight - 85kg (Approximately)

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 663 Brinell cum Rockwell Hardness Tester

New

Fatigue Testing Machine

ELC 664

New

Fatigue is one of the major reasons for failure of the materials used in all engineering designs, hence It is important to know fatigue properties of major materials before using them for actual application. Fatigue failure is a phenomenon in which a component fails due to repeated loading – load fluctuating between two extreme (maximum

& minimum) values. There are various ways of application of repeated loadings.

ELC 664

ELC 663 www.edibon.com

H6 www.edibon.com

Edilab Fatigue Failure Testing Machine is designed for applying reversed bending loads on the specimen. In this type of loading the fibres in the test specimen are stressed in compression & tension alternately.

Features:

• Compact simple design, light weight.

• Table top model.

• Load changing simple – through lever arrangement.

Technical Specifications:

Maximum bending moment

Bending moment adjustable

Ranges

Gripping dia of specimen

Testing dia of Specimen

Rotating Speed

Accuracy of applied bending moment

Digital counter

Power required

Main supply

Overall size (approx)

Weight (approx) kg.cm kg.cm kg.cm kg.cm mm mm rpm

HP mm

Kg

200

25-200

5-125

125-200

12

8

4200

± 1%

8 digit

0.5

3Ph, 415V, 50Hz, A.C.

1000 L x 500 W x 600 H

120

Ordering Information :

ELC 664

Fatigue Testing Machine

Pendulum Impact Tester

ELC 665

New

Impact testers are designed to determine the strength of a sample under impact load. This information is important as this strength determines the performance characteristics of the material under impact loading conditions.

Interchangeable strikers, adjustable pendulum drop angle and easy to mount test specimens in the specimen holders, make Edilab Impact tester user friendly and measure the impact resistance of a variety of materials in both Izod and

Charpy methods. The basic instrument for conducting both the test methods are same. However the attachements and mounting arrangements for these tests are specific to the tests.

ELC 665

H7 www.edibon.com

Technical Specifications:

Charpy Test

Izod Test

Pendulum drop angle

Pendulum effective weight

Pendulum impact energy

Min. graduation

Least count

Distance of axis of hammer rotation and centre

Striking Edge Angle

Radius of curvature

Width

Support Distance between arms

Sloping angle

Relief angle

Radius of curvature

140°

20.59kgs.

30kg - m

0.2kg - m

0.1 kg - m

825mm

30° ± 1°

2.25mm

18mm

40 mm

10°

1.25mm

85°

21.79kgs.

16.52kg - m

0.14kg - m

0.1 kg - m

825mm

75° ± 1°

0.75mm

Horizontal: 10°

Vertical relief: 5°

For gripping specimen with dimension

10mm X 10mm

Ordering Information :

ELC 665

Basic Pendulum Impact testing machine complete with Izod and Charpy strikers

New

Torsion Testing Machine

ELC 670

Torsion is the twisting of an object due to an applied torque & is hence expressed in Nm or lbf ft.

Torsion Tests are done on materials to determine properties such as the modulus of elasticity in shear, the torsion yield strength & the modulus of rupture.

For Voltage Ratings please refer Page No. A 69

Torsion testing equipment consists of:

• A twisting head with a chuck for gripping the specimen and for applying the twisting movements to the specimen.

• A weight head, which grips the other end of the specimen & measures the twisting movement or torque.

Features:

• Sturdy & reliable design

• Easy to operate

• Measurement of Torque with electronic load cell.

• Accuracy of Torque measurements ± 1% above 1/5th of the range.

• Can conduct torsion tests on both metallic & non-metallic materials.

Technical Specifications

Maximum capacity

Least Count

:

:

100Nm

0.01Nm

Maximum clearance between grips : 500mm

Grips for square specimens

Grips for flat specimens

: 5-15mm

: 5-12x40mm

Ordering Information :

ELC 670

Torsion Testing Machine

ELC 670 www.edibon.com

H8

Crushing Strength of Iron Ore Pellets

The Crushing Strength of Iron Ore Pellets is important for the manufacturer because it provides an idea about the quality problems associated with production. For the consumer it acts as a quality indicator for performance in the blast furnace.

Crushing Strength Testing

Machine For Iron Pellets

ELC 675

New

Ref. Standard – ISO 4700, ASTM E 382

Crushing Strength is the maximum compressive load at which an iron ore pellet is broken completely. Compressive load is applied on the pellet between two parallel platens at a uniform speed of 15

± 5mm/min over the entire period.

The testing machine is a geared machine of 10kN capacity with the capability to apply load at a uniform rate of 15 ± 5mm/minute.

The machine is supplied with a 10kN load cell for the measurement of load, a Load indicator with facilities for displaying the load, for holding the displayed value at the peak load value & for automatically switching the machine off at the maximum or breaking load.

For Voltage Ratings please refer Page No. A 69

Ordering Information :

ELC 675

Crushing Strength Testing Machine for

Iron Ore Pellets

ELC 675

New

Manhole Cover Testing Machine

ELC 680-HO, ELC 680-EO & ELC 680-DG

Manhole covers & frames are widely used in various locations for Drainage & water works. There are 4 grades of

Manhole covers & frames based on the locations of their placement & type of traffic coming on them.

Edilab Manhole cover testing machines are manufactured with high precision & meet the basic requirements of IS 1726.

Classification:

• Analogue model with hand operated pump

• Analogue model with electrically operated pump

• Digital model

Salient features:

• Capacities upto 500kN

• High Stability

• Lead screw for height adjustment to take care of various samples

Ordering Information:

ELC 680-HO

ELC 680-EO

ELC 680-DG

Manhole Cover Testing Machine Hand Operated, Analogue

Manhole Cover Testing Machine, Electrically Operated, Analogue

Manhole Cover Testing Machine Electrically Operated, Digital (On Request)

Note: Micro Controller based & Fully Automatic Machines can be supplied on request.

H9 www.edibon.com

General Lab Equipment

Weighing Balances

ELC-9000-1 Electronic Balance CAS MAKE,

Cap. 220g x 0.001g

CBL-220, PAN Size 100x100mm

ELC-9001-1 Electronic Balance CAS MAKE

300gx0.01g

MW-II, PAN Size 116mm dia

ELC-9002-1 Electronic Balance CAS MAKE

600gx0.01g

MWP-600, PAN Size 116mm Dia

ELC-9003-1 Electronic Balance CAS MAKE 3200g x

0.01g

CBL-3200, PAN Size 164x124mm

ELC-9004-1 Electronic Balance - CAS MAKE

MW-3000SD, Capacity 3000g x 0.1g

PAN SIZE: 158x144.6mm

ELC-9005-1 Electronic Balance CAS MAKE

320gx0.001g

CBL-320, PAN Size 100x100mm

ELC-9006-1 Electronic Balance CAS MAKE Capacity

10Kgx0.5g

SW-LR-10, PAN Size 230x190mm

ELC-9007-1 Electronic Balance CAS MAKE 15Kgx1.0g

SW-LR-15, PAN Size 230x190mm

ELC-9008-1 Electronic Balance CAS MAKE 20Kgx2g

SW-LR-20, PAN Size 230x190mm

ELC-9009-1 Electronic Balance CAS MAKE

5Kgx0.5gm

SW-LR-5, PAN Size 230x190mm

ELC-9010-1 Electronic Balance CAS MAKE, Capacity

2000x0.2gm

SW-LR 2, PAN SIZE: 230x190mm

ELC-9011-1 Electronic Balance CAS MAKE, 30Kg x 5g

SW-LR-30, PAN Size 230x190mm

ELC-9012-1 Electronic Balance CAS MAKE 50Kgx5gm

DZ-50, PAN Size 400x400mm

ELC-9013-1 Electronic Balance CAS MAKE

100Kgx10g

DZ-100, PAN Size 500x500mm

ELC-9014-1 Electronic Balance CAS MAKE

300Kgx50g

DZ-300, PAN Size 600x600mm

ELC-9017-1 Electronic Balance 150Kgx10g

DZ-150, PAN Size 500x500mm

ELC-9021

Physical Balance, Capacity 200g x 0.1mg with weight box

ELC-9031

Pan Balance, Capacity 5kg x 0.5g with

Weights

ELC-9032

Pan Balance, Capacity 10kg x 1g

ELC-9033

Pan Balance, Capacity 20kg x 2g with

Weights

ELC-9034

Chemical Balance-Satorious Germany,

500x1mg

ELC-9717

Electronic Balance capacity 200gm with

0.1mg accuracy

ELC-9080

Spring Balance 20kg capacity, 100 gm accuracy

ELC-9081

Spring Balance, 10kg capacity

Drying Ovens

ELC-9101 Laboratory Electric Oven, Thermostatically

Controlled, Range 50 deg to 250 deg C +/- 3 deg C with Air Circulating Fan, S.S.Inside

Size 450x450x450mm

ELC-9102 Laboratory Electric Oven, Thermostatically

Controlled, Range 50 deg to 250 deg C +/- 3 deg C with Air Circulating Fan, SS Inside

Size 450x600x450mm

ELC-9103 Laboratory Electric Oven, Thermostatically

Controlled, Range 50 deg to 250 deg C +/- 3 deg C with Air Circulating Fan, S.S.Inside size 600x600x600mm

ELC-9104 Laboratory Electric Oven, Thermostatically

Controlled, Range 50 deg to 250 deg C +/- 3 deg C with Air Circulating Fan S.S Inside

Size 600x900x450mm

ELC-9105 Laboratory Electric Oven, Thermostatically

Controlled, Range 50 deg to 250 deg C +/- 3 deg C with Air Circulating Fan, S.S.Inside

Size 600x900x600mm

ELC-9106 Laboratory Electric Oven, with Digital

Indicator Cum Controller with Safety Alarm,

Range 50 deg to 250deg C + /- 1 deg C with

Air Circulating Fan, S.SInside, Size

450x450x450mm

ELC-9107 Laboratory Electric Oven, with Digital

Indicator Cum Controller with Safety Alarm,

Range 50 deg to 250 deg C +- 1 deg. C. with

Air Circulating Fan, S.S Inside size

450x600x450mm

ELC-9108 Laboratory Electric Oven, with Digital

Indicator cum controller with safety alarm,

Range 50 Deg.C.to 250 Deg.C. +/- 1 Deg.C with Air Circulating Fan S.S. Inside size 600 x 600 x 600mm

ELC-9109 Laboratory Electric Oven, with Digital

Indicator Cum Controller with Safety Alarm,

Range 50 deg to250 deg C +/- 1 deg with Air

Circulating Fan, S.S. Inside Size

600x900x450mm

ELC-9110 Laboratory Electric Oven, with Digital

Indicator Cum Controller with Safety Alarm,

Range 50 deg to 250 deg C +/- 1 deg C with

Air Circulating Fan, S.S inside Size

600x900x600mm

J1 www.edibon.com

ELC-9121 Laboratory Electric Oven, Thermostatically

Controlled, Range 50 deg C to 300 deg C +/-

3 deg C with Air Circulating Fan, S.S. Inside,

Size 450 x450 x 450mm

ELC-9122 Laboratory Electric Oven, Thermostatically

Controlled, Range 50 deg C to 300 deg

C +/- 3 deg C with Air Circulating Fan, S.S.

Inside, size 450x600x450mm

ELC-9123 Laboratory Electric Oven, Thermostatically

Controlled, Range 50 deg C to 300 deg

C +/- 3 deg C with Air Circulating Fan, S.S.

Inside, size 600x600x600mm

ELC-9124 Laboratory Electric Oven, Thermostatically

Controlled, Range 50 deg C to 300 deg

C +/- 3 deg C with Air circulating fan, SS, inside size 600x900x450mm

ELC-9125 Laboratory Electric Oven, Thermostatically

Controlled, Range 50 deg C to 300 deg

C +/- 3 deg C with Air circulating fan, SS, inside size 600x900x600mm

ELC-9126 Laboratory Electric Oven, Digital Indicator

Cum Controller with Safety Alarm, Range 50 deg C to 300deg. C +/- 1 deg.

C with Air Circulating Fan, S.S. Inside, Size

450x450x450mm

ELC-9127 Laboratory Electric Oven, Digital Indicator

Cum Controller with Safety Alarm, Range 50 deg C.to 300deg. C. +- 1 deg C. with

Air circulating fan, S.S. inside size

450x600x450mm

ELC-9128 Laboratory Electric Oven, Digital Indicator

Cum Controller with Safety Alarm, Range

50 deg C to 300deg. C. +/- 1 deg. C. with

A i r C i r c u l a t i n g F a n , S . S . I n s i d e ,

Size 600 X 600 X 600mm

ELC-9129 Laboratory Electric Oven, Digital Indicator

Cum Controller with Safety Alarm, Range

50 deg C to 300

Muffle Furnace

ELC-9161 Muffle Furnace, Maximum Temperature 950 deg C, Working Temperature 900 deg

C with Digital Controller cum indicator with

Safety Alarm, size 125x125x250mm

ELC-9162 Muffle Furnace, Max. Temp. 950 deg C, working temp900 deg C with Digital

Controller Cum Indicator with Safety Alarm,

Size: 150x150x300mm

ELC-9166 Muffle Furnace, Maximum Temperature

1200 deg C, working Temp. 1150 D.C,with

Digital Controller Cum Indicator with Safety

Alarm, size 125x125x250mm

ELC-9167 Muffle Furnace, Maximum Temperature

1200 deg C, Working Temperature 1150 deg

C, with Digital Controller cum Indicator with

Safety Alarm, Size 150 x 150 x 300mm

Water Baths

ELC-9171 Water Bath, Rectangular, Double Walled,

Inside Stainless Steel, Thermostatically

Controlled, Temp. Range Amb. +5 deg.

C. to 95 deg. C. +/- 0.5 deg. C. size

300x250x100mm (6 holes of 75mm dia)

ELC-9172 Water Bath, Rectangular, Double Walled,

Inside Stainless Steel, Thermostatically

Controlled, Temp.Range Amb.+5 deg

C to 95 deg C +/- 0.5 deg C, Size

425x325x100mm (12 holes of 75mm dia)

ELC-9173 Serological Water Bath, Double Walled, with Digital Controller Cum Indicator with stirring arrangement inside Stainless Steel,

Size 300 x 250 x 175mm

ELC-9174 Serological Water Bath, Double Walled, with Digital Controller Cum Indicator with stirring arrangement, Inside Stainless Steel,

Temp. Range Amb. +5 deg. c. to 95 deg. c.+/- 0.2 deg. c. size 450x300x175mm (for

6 racks)

ELC-9175 Serological Water Bath, Double Walled, with Digital Controller Cum Indicator with stirring arrangement, inside Stainless Steel,

Temp. range amb. +5 deg.C to 95 deg. C +/-

0.2 deg. C Size 600x300x175mm

(for 8 racks)

ELC-917501 Heating Element, U-Shape, Length 8", Dia :

2cm, Double Flanged type for Water Bath, size 600x300x175mm

ELC-9176 Serological Water Bath, Double Walled,

Thermostatically Controlled, Inside

Stainless Steel, Temp. Range ±5 Deg. C to

95 Deg. c, Size 325x300x175mm(four

Racks)

ELC-9177 Serological Water Bath, Double Walled,

Thermostatically Controlled, Inside

Stainless Steel, Range 5deg C + ambient to 95 deg C +/- 0.5 deg C Size 450x 300 x

175mm (for 6 racks)

ELC-9178 Serological Water Bath, Double Walled,

Thermostatically Controlled, Inside

Stainless Steel, Range 5deg. C. + ambient to 95 deg. C. +/- 0.5 deg. C. size 600 x 300 x

175mm (for 8 racks)

ELC-9191 Water Still, Mounting Type, Output 4 lt/hr,

3kwBPI26A

ELC-9192 Water Still, Mounting Type, Output 6 lt/hr,

4.5kw

www.edibon.com

J2

Hot Plates

ELC-9197 Hot Plate, Rectangular, with Energy

Regulator, 250x300x150mm, 1.2kw

ELC-9198 Hot Plate, Rectangular, with Energy

Regulator, 300x450x180mm, 2.0kw

Miscellaneous Tools

ELC-9201 Spatula, 100mm blade with wooden handle

ELC-9202 Spatula, 150mm blade with wooden handle

ELC-9203 Spatula, 200mm blade with wooden handle

ELC-9206 Scoop, Stainless Steel, Capacity 2kg.

ELC-9207 Scoop, Stainless Steel, Capacity 5kg.

ELC-9208 Aggregate Scoop, 690x300x100mm with two handles

ELC-9211 Shovel, with Flat Blade 250x300mm

ELC-9221 Crucible Tongs, Straight 200mm long

ELC-9222 Tongs for Crucible Holding 16"

ELC-9225 Glove, latex rubber, size 7-1/2" (Box of 10 pcs)

ELC-9226 Heat Resistance Glove

ELC-9231 Timer Clock 'Mechanical'

ELC-9232 Stop Watch 'Mechanical' 1/5 se

ELC-9233 Stop Watch, Digital 1/10 sec.

ELC-9241 Chisel, 200mm long

ELC-9246 Hammer, Ball Pin, 500gm.

ELC-9247 Hammer, Ball Pin, 800gm.

ELC-9250 Adjustable Spanner 12"

ELC-9251 Adjustable Spanner 8"

ELC-9260 Tap Measure 3m long

ELC-9261 Tap Measure 5m long

ELC-9262 Tap Measure 30m long

ELC-9263 Steel Scale, 300 mm

ELC-9265 Metal Brush

ELC-9266 Vernier Caliper 150 x 0.1mm

ELC-9269 Nylon Bursh

ELC-9270 Wire Saw

ELC-9271 Rubber Mallet

ELC-9272-1 Tachometer (Dual Contact/Non contact)

ELC-9274 Hygrometer, 4'

ELC-9274-1 Thermo Hygrometer

ELC-9275 Hydrometer, Range : 0.995 to 1

ELC-9276 Circular Plate 250mm dia

ELC-9277 Mortar & Pestle 6"

ELC-9279 Hand Gloves (heat resistant)

ELC-9301 Moisture Content Tin,

Size 65mm dia x 20mm deep

ELC-9302 Moisture Content Tin,

Size 90mm dia x 20mm deep

ELC-9305 Sample Container, Steel, Size 0.5 litre

ELC-9306 Sample Container, Steel, Size 1.0 litre

ELC-9307 Sample Container, Steel, Size 2.0 litres

ELC-9308 Sample Container, Steel, Size 5.0 litres

ELC-9310 Sample Tray (Enamel Tray),

Size 650x500x50mm

ELC-9311 Sample Tray (Enamel Tray),

Size 600x450x50mm

ELC-9312 Sample Tray (Enamel Tray),

Size 450x300x40mm

ELC-9313 Sample Tray (Enamel Tray),

Size 300x250x40mm

ELC-9314 Sample Tray (Enamel Tray),

Size 200x150x30mm

ELC-9315 Sample Tray, GI, Size 450x450x50mm

ELC-9316 Aluminium Tin, Size 50mm X 30mm

ELC-9317 Aluminium Tin, Size 55mm X 35mm

ELC-9318 Aluminium Tin, Size 70mm X 45mm

ELC-9319 Aluminium Tin, Size 70mm X 50mm

ELC-9320 Aluminium Tin, Size 80mm X 50mm

Glass Ware

ELC-9401 Beaker, Glass, Graduated, Capacity 50ml

ELC-9401-P Beaker, Polycarbonate, Graduated,

Capacity 50ml

ELC-9402 Beaker, Glass, Graduated, Capacity 100ml

ELC-9402-P Beaker, Polycarbonate, Graduated,

Capacity 100ml

ELC-9403 Beaker, Glass, Graduated, Capacity 250ml

ELC-9403-P Beaker, Polycarbonate, Graduated,

Capacity 250ml

ELC-9404 Beaker, Glass, Graduated, Capacity 500ml

ELC-9404-P Beaker, Polycarbonate, Graduate, Capacity

500ml

ELC-9405 Beaker, Glass, Graduated, Capacity

1000ml

ELC-9405-P Beaker, Polycarbonate, Graduate, Capacity

1000ml

ELC-9406 Beaker, Glass, Graduated, Capacity

2000ml

ELC-9406-P Beaker, Polycarbonate, Graduate, Capacity

2000ml

J3 www.edibon.com

Measuring Cylinders

ELC-9411 Measuring Cylinder, Glass, Graduated,

Capacity 10ml

ELC-9411-P Measuring Cylinder, Graduated,

Polycarbonate, Capacity 10ml

ELC-9412 Measuring Cylinder, Glass, Graduated,

Capacity 25ml

ELC-9412-P Measuring Cylinder, Graduated,

Polycarbonate, Capacity 25ml

ELC-9413 Measuring Cylinder, Glass, Graduated,

Capacity 50ml

ELC-9413-P Measuring Cylinder, Graduated,

Polycarbonate, Capacity 50ml

ELC-9414 Measuring Cylinder, Glass, Graduated,

Capacity 100ml

ELC-9414-P Measuring Cylinder, Graduated,

Polycarbonate, Capacity 100ml

ELC-9415 Measuring Cylinder, Glass, Graduated,

Capacity 250ml

ELC-9415-P Measuring Cylinder, Graduated,

Polycarbonate, Capacity 250ml

ELC-9416 Measuring Cylinder, Glass, Graduated,

Capacity 500ml

ELC-9416-P Measuring Cylinder, Graduated,

Polycarbonate, Capacity 500ml

ELC-9417 Measuring Cylinder, Glass, Graduated,

Capacity 1000ml

ELC-9417-P Measuring Cylinder, Graduated,

Polycarbonate, Capacity 1000ml

ELC-9418 Measuring Cylinder, Glass, Graduated,

Capacity 2000

ELC-9418-P Measuring Cylinder, Graduated,

Polycarbonate, Capacity 2000ml

Pipettes

ELC-9431 Graduated Pipette, Size 1.0 x 0.01ml

ELC-9432 Graduated Pipette, Size 2.0 x 0.02ml

ELC-9433 Graduated Pipette, Size 5.0 x 0.05ml

ELC-9434 Graduated Pipette, Size 10.0 x 0.1ml

ELC-9435 Graduated Pipette, Size 25.0 x 0.2ml

ELC-9436 Sampling Pipettes fitted with pressure and suction inlets 10ml capacity

Burettes

ELC-9441 Burette, Straight Bore Stopcock,

Size 10 x 0.05ml

ELC-9442 Burette, Straight Bore Stopcock,

Size 25 x 0.10ml

ELC-9443 Burette, Straight Bore Stopcock,

Size 50 x 0.10ml

ELC-9444 Burette, Straight Bore Stopcock,

Size 100 x 0.20ml

ELC-9445 Burete Straight Bore Stopcock, size 25 x 0.10ml with Plastic Quoted Stand

Evaporating Dish

ELC-9451 Evaporating Dish, Flat Bottom with Pourout,

Size 80 x 45mm

ELC-9452 Evaporating Dish, Flat Bottom with Pourout,

Size 105 x 55mm

ELC-9453 Evaporating Dish, Flat Bottom with Pourout,

Size 150 x 80mm

ELC-9454 Evaporating Dish, Flat Bottom with Pourout,

Size 200 x 100mm

Volumetric Flasks

ELC-9421 Volumetric Flasks, Glass, size 100ml

ELC-9422 Volumetric Flasks, Glass, Size 250ml

ELC-9423 Volumetric Flasks, Glass, Size 500ml

ELC-9424 Volumetric Flasks, Glass, Size 1000ml

ELC-9425 Volumetric Flasks, Glass, Size 2000ml

Weighing Bottles

ELC-9461 Weighing Bottle, Glass with stopper, Size

50x35mm, Capacity 20ml

ELC-9462 Weighing Bottle, Glass with stopper, Size

25x60mm, Capacity 15ml

ELC-9463 Weighing Bottle, Glass with stopper, Size

40x90mm, Capacity 60ml

ELC-9464 Specific Gravity Bottle 50ml capacity normal type with narrow mouth for

Bitumen

ELC-9466 Aspirator with Stop Cock, 5000 ml.

ELC-9467 Glass stirring Rod, 7 mm www.edibon.com

J4

Dessicators

ELC-9471 Dessicator Non-Vacuum Type, 200mm dia, glass

ELC-9472 Dessicator Vacuum Type, 200mm dia

ELC-9473 Dessicator Vacuum Type, 250mm dia

ELC-9474 Vacuum Pump for Dessicator, 1/4 H.P.

Funnels

ELC-9481 Funnel, Glass, Accurate 60 deg Angle

Long Stem, Size 50ml

ELC-9482 Funnel, Glass, Accurate 60 deg Angle

Long Stem, Size 75ml

ELC-9483 Funnel, Glass, Accurate 60 deg Angle

Long Stem, Size 100ml

ELC-9484 Funnel, Polythene, Capacity 50 ml

ELC-9485 Funnel, Polythene, Capacity 100ml

ELC-9486 Wash Bottle, Polythene, Capacity 500ml

ELC-9487 Polythene Wash Bottles, capacity 1 litre

ELC-9501 Crucible Silica, Capacity 25ml with lid

ELC-9502 Crucible Silica, Capacity 50ml with lid

ELC-9503 Silicon Crucible, weight 20gm with lid

ELC-9506 Porcelain Crucible, Capacity 25ml with lid

ELC-9507 Porcelain Crucible, Capacity 50ml with lid

Humidity Chambers

ELC-9874 Humidity & Temperature Control Cabinet

(only Heating), Temp. Range-Amb. +5 to 60

Deg. C. +-1 Deg. C., Humidity-Amb. to 95%

+- 3%, Double Walled, Inner Chamber SS

304, Digital Controller cum Indicator, Size :

455x455x710mm

ELC-9875 Humidity & Temperature Control Cabinet

(only Heating), Temp. Range-Amb. +5 to 60

Deg. C. +-1 Deg. C., Humidity-Amb. to 95%

+- 3%, Double Walled, Inner Chamber SS

304, Digital Controller cum Indicator, Size :

610x610x610mm

ELC-9876 Humidity & Temperature Control Cabinet

(only Heating), Temp. Range-Amb. +5to 60

Deg. C. +-1 Deg. C., Humidity-Amb. to 95%

+- 3%, Double Walled, Inner Chamber SS

304, Digital Controller cum Indicator, Size :

610x610x910mm

ELC-9877 Environmental Test Chamber "Eco

Friendly" with Cooling Temp. Range-10

Deg. C. to 60 Deg. C. +-1 Deg. C., Humidity-

50% to 95% +-4%, Double Walled, Inner

Chamber SS 304, Digital Controller cum

Indicator, Size - 455x455x710mm

ELC-9878 Environmental Test Chamber "Eco

Friendly" with Cooling Temp. Range-10

Deg. C. to 60 Deg. C. +-1 Deg. C., Humidity-

50% to 95% +-4%, Double Walled, Inner

Chamber SS 304, Digital Controller cum

Indicator, Size - 610x610x610mm

ELC-9879 Environmental Test Chamber "Eco

Friendly" with Cooling Temp. Range-10

Deg. C. to 60 Deg. C. +-1 Deg. C., Humidity-

50% to 95% +-4%, Double Walled, Inner

Chamber SS 304, Digital Controller cum

Indicator, Size - 610x610x910mm

Thermometers

ELC-9601 Thermometer, Glass Range : 0 deg. C to

+50 deg. C

ELC-9602 Thermometer, Glass Range : -10 deg. C to +110 deg. C

ELC-9603 Thermometer, Glass Range : 0 deg. C to

+150 deg. C

ELC-9604 Thermometer, Glass Range : 0 deg. C to

+250 deg. C

ELC-9605 Thermometer, Glass Range : 0 deg. C to

+360 deg. C.

ELC-9606 Thermometer IP 47C, 155 deg C. to 170 deg C.

ELC-9621 Protected Thermometer, fitted in protective case Range : 0 - 360 deg.C

ELC-9622 Digital Thermometer Range : - 50 to 280 deg. C

ELC-9623 Non Contact Thermometer, (Infra red)

Range : - 20 to 315 deg.C

ELC-9624 Max. Min. Thermometer, ZEAL make

ELC-9625 Wet and Dry Thermometer, ZEAL make

ELC-9628 Dial Type Thermometer reading 0 deg.

C - 200 deg.C, Accuracy 2 deg. C.

Miscellaneous

ELC-9880 Soil Resistivity Meter

J5 www.edibon.com

Others

ELC-9630 Vacuum Pump, capacity 25 litre per minutes with motor and accessories

ELC-9651 Whatman Filter No. 40/41/42 Dia : 110 mm

(box of100)

ELC-9652 Whatman Filter No. 40/41/42 Dia : 150 mm

(box of100)

ELC-9715 Hard Groove Index Testing Machine

ELC-9802 Rain Gauge

ELC-9803 Rain Gauge Cylinder "Borosil"

ELC-9811 First Aid Box

ELC-9813 Camber Board

ELC-9815 PH meter digital, Auto Buffer PH range-0-14

(Table Top Model)

ELC-9819 Casserol

ELC-9822 Frying Pan

ELC-9831 Plastic Limit Apparatus

ELC-9838 Glass Plate with Rounded edges

600mmx600mmx10mm

ELC-9839 Dial type Thermometer 0-200 deg C

ELC-9840 Thin Film Oven /Loss on heating Oven

ELC-9841 Immersion Type Needle Vibrator, Electrically

Operated, Motor-Single Phase 2 HP,

Needle Dia-40mm Length (including

Needle) 4-5 Mtrs.

ELC-9842 3 meter Straight Edge and Metric Wedge

ELC-9844 Steel Tape 5m long

ELC-9845 Steel Tape 10m long

ELC-9846 Steel Tape 20m long

ELC-9847 Steel Tape 30m Long

ELC-9848 Brass Rod, 6mm

ELC-9852 Spirit Level

ELC-9866 PH Meter, portable

ELC-9867 Density Bottle for Bitumen,

ELC-9868 China Dish 3" dia

ELC-9869 China Dish 4" dia

ELC-9870 China Dish 6" dia

ELC-9872 Pippette 5ml

ELC-9873 Pippette 25ml

ELC-9892 Dropping Bottle Glass

ELC-9893 Burette Stand Double (Wooden)

ELC-9895 Weight Box (10mg to 5 kg)

ELC-9896 Wire Gauge with asbestos sheet in the middle

ELC-9897 Camel Hair Brush

ELC-9899 Carpenter Pencil

Note : Equipment with calibration certificate can be supplied on request at extra cost.

For Voltage Ratings please refer Page No. A 69

www.edibon.com

J6

Index

A

Abrasion Resistance of Concrete

Accelerated Polishing Machine

Aggregate Impact Tester

Air Entrainment Meter

Air Permeability Apparatus (Blaine Type)

Edilab Visco 2000

Air Water Constant Pressure System

Analogue Compression Testing Machine

Asphalt Content Tester

Asphalt Extraction Apparatus Automatic

Asphalt Mixer- Horizontal & Vertical

Asphalt Mixer Theoretical Density Meter

Automatic Blaine Appratus

Automatic Compactor for Bituminous Mixes

Automatic Compression Testing Machine

Automatic Free Fall Hammer

Automatic Volume Change Gauge

B

Beam Moulds

Benkelman Beam

Bernoulli's Theorem Apparatus

Bitumen Compactor for Modified Marshall Moulds

Bitumen Penetration Kit

Brazilian Test Apparatus

Briquette mould

Brinell cum Rockwell Hardness Tester

Bulk Density for Concrete

Bulk Density, Voids & Bulking for Sand

Buoyancy Balance

Burettes

C

California Bearing Ratio

Capping Sets

Cement Autoclave (Analogue & Digital)

Cement Tensile Testing Machine

Cement, Lime Plaster & Mortar Testing

Centrifuge Extractor

Compactation Test Apparatus, Manual

Compaction Factor Apparatus

Compression Frame Jig Assembly

Cone Drop Test Appratus

Concrete Mixers, Drum Type & Pan Type

Concrete Penetrometer, Spring Type

Concrete Test Hammer for Concrete

Consolidation Apparatus

Constant Pressure System for Rock Testing

Conversion Kits and Optionals

Core Case

Core Cutter

Core Cutting & Grinding Machine

Core Drilling Machine

Creep Test Rig

Cross Permeability Test Appratus

Crushing Strength of Iron Ore Pellets

Crushing Value Apparatus

Cube Moulds

Curing Tank for Concrete Testing

Cylindrical Metal, Measures

Cylindrical Moulds

E8

C3

D32

D30

D45

A45-A50

B6

D23

A42

D36

E4

E11

E1

G10

A37

D30

D39

A66

B1

B1

D36

C4

H9

F3

D33

D34

F2

D34

D1

G20

G19

G14

G17

E1

G9

D43

F5

F4

D31

E1

G3

A25

D9-D16

A1

A26

D33

G11

I1

G9

G1

B4

E9

H6

D31

F3

D37

J4

D

De-Aired Water Apparatus

Demoulding Appratus

Demountable Mechanical Strain Gauge

(Analogue & Digital)

Deval Abrasion Testing Machine

Density Basket

Dessicators

Digi Marshall Apparatus

Digi Mortar Mixer

Digital Compression Testing Machine

Discharge Over Notches

Direct Shear Apparatus for Rock Testing

Direct Shear apparatus for Soil Testing

Drying Ovens

Dry Sieve Test Appratus

Ductility Testing Machine

Dynamic Cone Penetration Test Apparatus

E

Edilab Consistometer

Edilab Data Acquisition cum Datalogging System

Electronic Kit for Rock Triaxial Test

Electronic outfit for CBR Test

Engler Viscometer Electrical Heating

Evaporating Dish

Extensibility of Mould Apparatus

F

Fatigue Testing Machine

Field California Bearing Ratio Test Apparatus

Film Stripping Device

Fineness Testing Apparatus (Wet Sieving Type)

Flat Jack Outfit

Flexural Jig Assembly

Flexural and Transverse Testing Machines

Flexure Testing Machine

Flow Cup No. 4

Flow Table for Cement Testing

Flow Table for Concrete Testing

Funnels

G

Geotextile Permeameter

Geostar the Geotechnical Software for Testing,

Analysis and Reporting

Gillmore Needle Apparatus

Glass Ware

Gradient Ratio Test Apparatus

Gauging Trowel

H

Hand Operated Extractor

Heat of Hydration Apparatus

High Speed Stirrer

Hoek Cell

Hot Plates

Humidity Chambers

Hydraulic Jack

Hydraullic Press

Hydrodynamic Sieve Test Apparatus

I

Impacat of Jet on Vanes

Infra-Red Moisture Meter

In-situ Vane Shear Test Apparatus

In-Plane Permeability Test Apparatus

Interface Friction

A31

E9

I5

B9

A34-A39

J1

C1

G11

A53

D40

F4

F2

J5

G7

E6

D4

C6

A32

E3

J3

C5

E9

I3

A4

A62

C4

C3

A2

E14

A11

B6

J3

J5

D46

E14

C2

H6

A62

G16

E2

B8

E9

D22

D21

G5

E5

D29

J5

D29

A31

B7

A41

G5

J4

E3

K1 www.edibon.com

Index

J

Jaw Crusher

Jolting Apparatus

N

Natural Frequency Tester

E13

E8

L

Laboratory Ball Mill

Laboratory Permeability Apparatus

Laboratory Vane Shear Apparatus Motorised

Large Direct Shear Apparatus

Lateral Extensometer (Analague & Digital)

Lateral Pressure Assembly

Le-Chatelier Flask

Le-Chatelier Mould

Length Comparator

Length Gauge

Liquid Limit Device

Load Frames

Load Truss

Long Term Flow Test Apparatus

Longitudinal Compressometer

Large Pullout Test Apparatus

Los Angeles Abrasion Testing Machine

M

M.O.R. Testing Machine (Electrically & Hand operated) E9

M.O.R. Testing Machine for Ceramic

Marshall Apparatus-Single speed

E10

G6

Mastic Asphalt Tester

Manhole Cover Testing Machine

G21

H9

G5 Marsh Cone Viscometer

Measuring Cylinders

Merlin

Metacentric Height Apparatus

Miniature High Pressure Permeameter

Miscellanceous

Miscellanceous Tools

Mobile Laboratories

Modified Marshall Apparatus

J

G13

B3

J

4

I2

5

J

3

Motorised Sieve Shaker

Mould for Flexural Prism

Moulds for Cement Testing

Muffle Furnace

Mu Compression Testing Machine

G22

G7

A10

E8

E7

D6-D8

J2

D41

F2

A5

A12-A14

A66

C5

D40

C7

F5

E12

A51

A39

A37

D41

A34

E4

E3

D47

O

Oil Water Constant Pressure System

Others

Online Solutions

A24

J6

D24

P

Pavement Core Drilling Machine

Pavement Dynamic Cone Penetrometer

G8

G12

Pavement Intensity Test Apparatus (Digital & Manual Type)

G13

Penetration Cone

Pendulum Impact Tester

Permeability Apparatus

Pipettes

Plastic Limit

Plate Bearing Test Apparatus

Point Load Index Tester

Pressuremeter

Prism Mould

Proctor Penetrometer

Polishing & Lapping Machine

Pore Pressure Apparatus

Portable Compression Testing Machine

Pneumatic Consolidation Apparatus

A23

D3

A49

A59-A62

D42

A68

G1

H8

E11

J4

A5

A61

B3

B2

Proving Rings

Pulveriser

Pycnometer

R

Reynold's Apparatus

Rectangular Platens

Refurbish Services

Relative Density Apparatus

Riffle Sample Dividers

Ring and Ball Apparatus

Rock Testing

S

Sampleject-5000

Sand Pouring Cylinder Apparatus

Sand, Aggregate & Fillers Testing

Saybolt Viscometer

Self Consolidating Concrete

Servo Controlled Compression Testing Machine

Sensitive Volume Change Gauge

Shrinkage Bar Moulds

Shrinkage Limit Set

Sieves

Skid Resistance Tester

Slake Durability Apparatus

Slump Test Apparatus

Soil Cone Penetrometer (Digital)

Soil Testing

Speedy Moisture Meter

Split Cylinder Test Platens

Standard Penetration Test Set

Standard Tar Viscometer

Static Cone Penetrometer

Swell Test Apparatus

A17-A18

E13

A7

T

Thermometers

Thickness Gauge for Geotextile

Triaxial Cell

Torsion Testing Machine

Triaxial Electronic Conversion Kit

Triaxial Test Outfit

Triaxial Testing for Rocks

Triaxial Test for Soil

Trichloroethlene Recycler

U

Unconfined Compression Tester for Rocks

Unconfined Compression tester for Soil

Universal Automatic Compactor

Universal Penetrometer

Universal Testing Machine

Universal Triaxial Cell, Stationary Bushing, 10 Bar

V

Vibrating Tables

Vibration Machine

Vibratory Hammer for Concrete Moulds

Vibratory Sieve Shaker

Vicat Apparatus, with ISI Certification Mark, IS:5513

Volume Change Apparatus

Volumetric Flasks

W

Water Baths

Water Proofing Apparatus-Hydraullic

Weighing Balances

Weighing Bottles

Wheel Rut Shaper

Wheel Rut Tester

J 5

C1

A20-A22

H9

A27

A28

B5

A18-A19

G20

B8

A14

A41

G1

H1

-H5

A22

D38

E7

D35

A10

E2

D41

J4

J2

G19

J1

J4

G15

G15

A2

A67

F1

G2

D27-D28

D17

A25

E4

A7

A8-A9

G16

B5

D26

A6

A1

A3

D23

A52

G3

A54-A57

A52

I4

D23

D23

A41

F1

G9

B1

K2 www.edibon.com

Index

Soil Testing Range

ELC 075-38

ELC 075

ELC 076

ELC 077

ELC 078

ELC 079

ELC 081-1

ELC 81-1-2

ELC 082

ELC 084

ELC 084-1

ELC 085

ELC 085-1

ELC 095-2 to

ELC 096-11-U

ELC 097-1

ELC 101

ELC 10121

ELC 10122

ELC 10123

ELC 104

ELC 105

ELC 105-1

ELC 105-2

ELC 105-3

ELC 106

ELC 106-1

ELC 025

ELC 031

ELC 031-S1

ELC 033-1

ELC 036-1

ELC 037-1

ELC 038

ELC 040

ELC 041

ELC 9831-1

ELC 042-2

ELC 042-3

ELC 045

ELC 046

ELC 051

ELC 052

ELC 053

ELC 054-1

ELC 054-VIB

ELC 054-VIB-1

ELC 056-1

ELC 062-1

ELC 064

ELC 064-E

ELC 065

ELC 066

A13

A14

ELC 261 to ELC 281 A17

ELC 284 A17

ELC 290 to ELC 298 A17

ELC 074-1 A19

A9

A10

A10

A11

A12

A12

A12

A13

A7

A7

A9

A9

A5

A5

A6

A6

A3

A3

A4

A5

A1

A2

A2

A2

A20

A21

A22

A23

A23

A24

A24

A24

A25

A25

A26

A27

A27

A29

A34

A35

A35

A36

A37

A37

A37

A28

A31

A31

A32

A29

ELC 10124

ELC 108-1

ELC 110

ELC 111

ELC 112

ELC 112-H

ELC 113-L

ELC 113

ELC 114-1

ELC 114-1-BS

ELC 114-1-ASTM A41

ELC 115-1 A41

ELC 120

ELC 121

A42

A43

ELC 12101

ELC 121-1

ELC 10116

ELC 125

A43

A43

A43

A45

ELC 125-1

ELC 126

ELC 126-1

ELC 127

ELC 127-1

ELC 127-2

ELC 127-3

ELC 129

A45

A45

A45

A45

A45

A45

A45

A45

ELC 129-1

ELC 129-2

ELC 129-3

ELC 10125

ELC 127-4

ELC 127-4-T

ELC 131

ELC 132

ELC 133

ELC 134

ELC 135

ELC 136

ELC 136-DG

ELC 136-20

ELC 138

ELC 141

ELC 142

ELC 143

ELC 144

ELC 145

ELC 146

ELC 147

ELC 155

A60

A60

A61

A61

A61

A62

A63

A52

A53

A54

A55

A56

A56

A58

A59

A45

A45

A45

A46

A48

A50

A51

A52

ELC 157

ELC 158

ELC 159

ELC 160

ELC 161

ELC 162

ELC 162-1

ELC 164

A38

A39

A40

A40

A40

A40

A40

A40

A41

A41

A64

A66

A66

A66

A66

A67

A67

A68

Rock Testing Range

ELC 201-2

ELC 202

ELC 202-2

ELC 202-100

ELC 202-150

ELC 203

ELC 205

ELC 206-1

ELC 206-DG

ELC 207

ELC 208

ELC 211

ELC 212

ELC 211-EX

ELC 211-AX

ELC 211-BX

ELC 211-NX

ELC 211-38

ELC 213

ELC 213-1

ELC 214

ELC 215

ELC 216

ELC 218

ELC 217-S2

ELC 220

ELC 221

B7

B7

B7

B7

B6

B6

B6

B6

B8

B8

B9

B5

B6

B6

B6

B3

B4

B5

B5

B1

B2

B3

B3

B1

B1

B1

B1

Geotextile Testing

Range

ELC 241

ELC 242

ELC 243

ELC 244

ELC 245

ELC 247

ELC 248

ELC 249

ELC 250

ELC 251

ELC 254

ELC 255

C3

C3

C4

C4

C1

C1

C2

C3

C5

C5

C6

C7

Concrete Testing

Range

ELC 302H-AN

ELC 302E-AN

ELC 305H-AN

ELC 305E-AN

ELC 308H-AN

ELC 308E-AN

ELC 311H-AN

ELC 311E-AN

ELC 314H-AN

ELC 314E-AN

ELC 317E-AN

D1

D1

D1

D1

D1

D1

D1

D1

D1

D1

D1

ELC 320E-AN

ELC 302E-DG-1

ELC 305E-DG-1

ELC 308E-DG-1

ELC 311E-DG-1

ELC 314E-DG-1

D4

D4

ELC 317E-DG-1 D4

ELC 317E-DG-1-BS/EN D4

D1

D4

D4

D4

ELC 320E-DG-1 D4

ELC 320E-DG-1-BS/EN D4

ELC 302E-MU-1

ELC 305E-MU-1

ELC 308E-MU-1

ELC 311E-MU-1

ELC 314E-MU-1

ELC 317E-MU-1

D6

D6

ELC 317E-MU-1-BS/EN D6

ELC 320E-MU-1 D6

D6

D6

D6

D6

ELC 320E-MU-1-BS/EN D6

ELC 320E-MU 5000-BS/EN D6

ELC 302E-FA-1

ELC 305E-FA-1

D9

D9

ELC 308E-FA-1

ELC 311E-FA-1

ELC 314E-FA-1

ELC 317E-FA-1

D9

D9

D9

D9

ELC 317E-FA-1-BS/EN D9

ELC 320E-FA-1 D9

ELC 320E-FA-1-BS/EN D9

ELC 320E-FA 5000 D9

ELC 320E-FA 5000-BS/EN D9

ELC 320E-FA 5000-1 D9

ELC 320E-FA 5000-1-BS-EN D9

ELC 302-SERV D17

ELC 305-SERV

ELC 308-SERV

ELC 311-SERV

ELC 314-SERV

D17

D17

D17

D17

ELC 317-SERV

ELC 320-SERV

ELC-331

ELC-332

ELC-332E-DG-1

ELC-332E-MU-1

ELC-332E-FA-1

ELC 333-DG

D17

D17

D21

D21

D21

D21

D21

D22

ELC-Frame

ELC 320-5532

ELC MISC

ELC 31728

ELC 325-1

ELC 325-2

ELC 325-3

ELC 325-4

ELC 325-5

ELC 325-6

ELC 325-7

D22

D23

D23

D23

D23

D23

D23

D23

D23

D23

D23

K3 www.edibon.com

Index

ELC 334

ELC 334-J

ELC 334-L

ELC 334-U

ELC 334-V

ELC 334-F

ELC 335

ELC 336

ELC 337

ELC 338

ELC 339

ELC 340

ELC 341

ELC 342

ELC 9701

ELC 9891

ELC 343

ELC 344

ELC 346

ELC 347

ELC 349

ELC 350

ELC 351

ELC 352

ELC 354

ELC 355-1

ELC 355-2

ELC 355-3

ELC 355-4

ELC 355-1 ACW

ELC 355-2 ACW

ELC 355-1 ACB

ELC 355-2 ACB

D34

D34

ELC 355-1 ACB-C D34

ELC 355-2 ACB-C D34

ELC 356

ELC 357

ELC 358

ELC 239

D35

D36

D36

D36

ELC 9933

ELC 364

ELC 365-1

ELC 364-1

ELC 366-1

ELC 367-1

ELC 368

D37

D38

D38

D38

D38

D38

D39

ELC 369

ELC 369-DG

ELC 370

ELC 370-DG

ELC 371

ELC 371-DG

ELC 372

ELC 372-DG

ELC 373

ELC 373-DG

ELC 374-1-DG

ELC 375

ELC 376

D40

D40

D40

D40

D40

D40

D40

D40

D41

D41

D41

D41

D42

D34

D34

D34

D34

D34

D34

D34

D34

D32

D33

D33

D34

D34

D34

D34

D34

D29

D30

D30

D31

D31

D31

D31

D32

D26

D27

D27

D28

D28

D28

D29

ELC 412-4

ELC 414

ELC 417

ELC 417-3

ELC 418-2

ELC 418-3

ELC 421

ELC 422

ELC 422-J

ELC 422-F

ELC 423

ELC 424

ELC 426

ELC 428

ELC 429

ELC 430-HO

ELC 430

ELC 430-S1

ELC 434-1

ELC 390

ELC 391-3

ELC 391-4

ELC 392

ELC 394

ELC 396

ELC 400

ELC 400-S

ELC 401

ELC 402

ELC 403

ELC 404

ELC 405

ELC 406

ELC 407

ELC 408-2

ELC 410

ELC 411-1

ELC 379

ELC 380

ELC 381

ELC 382

ELC 383

ELC 384

ELC 385

ELC 387

ELC 388

ELC 388-DG

ELC 465

ELC 466

ELC 467

ELC 468

ELC 469

ELC 470

ELC 471

ELC 389

Cement, Lime

Plaster & Mortar

Testing Equipment

D43

D45

D46

D46

D46

D46

D46

D46

D46

D47

D42

D42

D42

D42

D42

D42

D43

D44

E9

E9

E9

E9

E8

E9

E9

E9

E7

E7

E8

E8

E6

E7

E7

E7

E9

E10

E11

E4

E4

E4

E4

E3

E4

E4

E4

E1

E1

E1

E2

E2

E3

E3

E4

E5

E5

ELC 437

ELC 438

ELC 441

ELC 441-10

ELC 441-20

ELC 442-1

ELC 443-1

ELC 915-S1

ELC 9934

Sand, Aggregate

& Fillers Testing

Range

ELC 445

ELC 446

ELC 450 BS

ELC 451 BS

ELC 453

ELC 454

ELC 339

ELC 455

ELC 456

ELC 457

ELC 458

ELC 461

F2

F2

F3

F3

F1

F1

F1

F2

F4

F4

F5

F5

E11

E11

E12

E12

E12

E13

E13

E14

E14

Aspahalt Quality

Control Testing

Range

ELC 512-1

ELC 515

ELC 518

ELC 04201

ELC 04202

ELC 529-1

ELC 531

ELC 533

ELC 534

ELC 535

ELC 536

ELC 539

ELC 550-1

ELC 550-2

ELC 550-3

ELC 550-4

ELC 550-5

ELC 550-6

ELC 551-1

ELC 553-1

ELC 553-2

ELC 561-1

ELC 561-2

ELC 563-1

ELC 565-1

ELC 565-DG

ELC 565-DG-C

ELC 566-3

ELC 566-3-AN

ELC 567

G9

G9

G9

G10

G11

G11

G7

G7

G7

G7

G8

G9

G11

G11

G11

G12

G3

G5

G5

G5

G6

G7

G1

G1

G1

G2

G2

G2

G3

G3

ELC 570

ELC 576

ELC 577

ELC 578

ELC 579

ELC 580

ELC 581

ELC 582

ELC 583

ELC 583-1

ELC 584-1

ELC 586

ELC 588

ELC 589

ELC 590

ELC 592

Material

Testing Range

ELC 651 to ELC 653 H1

ELC 663 H6

ELC 664

ELC 665

H6

H7

ELC 670

ELC 675

ELC 680-HO

ELC 680-EO

ELC 680-DG

H8

H9

H9

H9

H9

G16

G17

G17

G18

G18

G19

G13

G14

G14

G15

G15

G16

G19

G20

G20

G21

General Laboratory

Equipment

ELC 9000 to ELC 9081 J1

ELC 9101 to ELC 9129 J1

ELC 9161 to ELC 9167 J2

ELC 9171 to ELC 9192 J2

ELC 9197 to ELC 9198 J3

ELC 9201 to ELC 9320 J3

ELC 9401 to ELC 9406-P J3

ELC 9411 to ELC 9418-P J4

ELC 9421 to ELC 9425 J4

ELC 9431 to ELC 9436 J4

ELC 9441 to ELC 9445 J4

ELC 9451 to ELC 9454 J4

ELC 9461 to ELC 9467 J4

ELC 9471 to ELC 9474 J5

ELC 9481 to ELC 9507 J5

ELC 9601 to ELC 9628 J5

ELC 9874 to ELC 9879 J5

ELC 9880 to ELC 536 J5

ELC 9630 to ELC 9899 J6

K4 www.edibon.com

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