Bhiwadi Technical Schedule to be filled by Bidder

1
TECHNICAL SCHEDULES
TO BE FILLED BY BIDDER
Refer ITB 11.1 (b)
PURCHASER /OWNER
:
MINISTRY OF MICRO, SMALL AND MEDIUM
ENTERPRISES, BHIWADI
PROJECT
:
MSME TECHNOLOGY CENTER, BHIWADI
LOCATION
:
BHIWADI, RAJASTHAN
CONSULTANT/MANAGER/ENGINEER : TATA CONSULTING ENGINEERS
LIMITED
2
TABLE OF CONTENTS
1.
DATA SHEET FOR PLUMBING ................................................................................ 7
1.1. BUTTERFLY VALVES ......................................................................................................7
1.2. Y STRAINER ......................................................................................................................9
1.3. WAFER CHECK VALVES ..............................................................................................11
1.4. BALL VALVES ................................................................................................................12
1.5. SOLENOID VALVE .........................................................................................................13
1.6. TRANSFER PUMPS .........................................................................................................15
1.7. FLOAT SWITCH ..............................................................................................................17
1.8. ELECTRICAL TECHNICAL DATA SHEETS ................................................................20
1.9. CONSTRUCTIONAL FEATURES FOR MCC ...............................................................22
1.10. PIPES24
2.
DATA SHEET FOR FIRE PROTECTION SYSTEM.............................................. 26
2.1. DATA SHEETS FOR INSTRUMENTS EQUIPMENT ...................................................26
2.1.1.
Pressure Gauges .............................................................................................. 26
2.1.2.
Pressure Switch ............................................................................................... 26
2.1.3.
Solenoid Valve ................................................................................................ 27
2.1.4.
Level Gauge / Indicator – Float & Cord ......................................................... 27
2.1.5.
Float Switch .................................................................................................... 28
2.1.6.
JUNCTION BOXES ....................................................................................... 30
2.2. DATA SHEETS FOR HORIZONTAL CENTRIFUGAL PUMPS ..................................31
2.2.1.
DATA SHEETS B .......................................................................................... 31
2.2.2.
DATA SHEET C ............................................................................................ 33
2.3. DATA SHEETS FOR DIESEL ENGINE AND ACCESSORIES ....................................34
2.3.1.
DATA SHEETS B .......................................................................................... 34
2.3.2.
DATA SHEET C ............................................................................................ 42
2.4. DATA SHEET FOR HYDRANT VALVE .......................................................................43
2.4.1.
DATA SHEETS B .......................................................................................... 43
2.4.2.
DATA SHEETS C .......................................................................................... 43
2.5. DATA SHEET FOR BRANCH PIPES AND NOZZLES .................................................44
2.5.1.
DATA SHEETS B .......................................................................................... 44
2.5.2.
DATA SHEETS C .......................................................................................... 45
2.6. DATA SHEET FOR FIRE HOSES WITH COUPLING ..................................................45
2.6.1.
DATA SHEETS B .......................................................................................... 45
2.6.2.
DATA SHEETS C .......................................................................................... 45
2.7. DATA SHEET FOR FIRE HOSES CABINETS .............................................................47
2.7.1.
DATA SHEETS B .......................................................................................... 47
2.7.2.
DATA SHEETS C .......................................................................................... 47
2.8. DATA SHEET FOR FIRE HOSES REELS .....................................................................48
2.8.1.
DATA SHEETS B .......................................................................................... 48
2.8.2.
DATA SHEETS C .......................................................................................... 48
3
2.9. DATA SHEETS FOR PORTABLE FIRE EXTINGUISHERS ........................................49
2.9.1.
DATA SHEETS B .......................................................................................... 49
2.9.2.
DATA SHEETS C .......................................................................................... 50
2.10. VALVES AND SPECIALITIES GENERAL REQUIREMENTS....................................51
2.10.1. DATA SHEET-B (GATE VALVE) ............................................................... 51
2.10.2. DATA SHEET-B (WAFER CHECK VALVES) ........................................... 52
2.10.3. DATA SHEET-B (BALL VALVES) ............................................................. 53
2.10.4. DATA SHEET-B (Y STRAINER) ................................................................. 53
2.10.5. DATA SHEET-B (BUTTERFLY VALVE) ................................................... 54
2.10.6. DATA SHEET-C ............................................................................................ 58
2.11. FIRE WATER PIPING GENERAL REQUIREMENTS ..................................................58
2.11.1. DATA SHEET B ............................................................................................ 58
2.12. FIRE UNDERGROUND PROTECTION FOR PIPING ..................................................60
2.12.1. (DATA SHEETS A) ....................................................................................... 60
2.13. FIRE PROTECTION EQUIPMENT WET PIPE TYPE SPRINKLER SYSTEM ...........61
2.13.1. DATA SHEETS B .......................................................................................... 61
2.14. LOW VOLTAGE INDUCTION MOTORS ......................................................................62
2.14.1. DATA SHEET-B ............................................................................................ 62
2.14.2. Low voltage induction motors data sheet-c .................................................... 64
3.
DATA SHEET FOR HVAC WORKS ........................................................................ 68
3.1. SPLIT AIR-CONDITIONERS DATA SHEET for BIDDER ...........................................68
3.2. AIR-COOLED VARIABLE REFRIGERANT FLOW SYSTEM DATA SHEET for
BIDDER:
71
3.3. THERMAL INSULATION FOR COLD SURFACES DATA SHEET for BIDDER: .....72
3.4. PANEL TYPE AIR FILTERS: ..........................................................................................73
3.5. AIR WASHER DATA SHEET for BIDDER:...................................................................76
3.6. AXIAL FANS FOR VENTILATION SYSTEM ..............................................................79
4.
DATA SHEET FOR COMPRESSED AIR WORKS ................................................ 82
4.1.
4.2.
4.3.
4.4.
4.5.
5.
DATA SHEET B :AIR COMPRESSOR ..........................................................................82
DATA SHEET C : AIR COMPRESSOR .........................................................................88
DATA SHEET B– AIR DRYING PLANT (REFRIGERATED TYPE) .........................90
WELDED UNFIRED PRESSURE VESSEL DATA SHEET C :....................................95
MOTOR DATASHEETS B :.............................................................................................95
DATA SHEET FOR ELECTRICAL ........................................................................ 100
5.1.
5.2.
5.3.
5.4.
5.5.
5.6.
DATA SHEET A1 HIGH VOLTAGE METAL ENCLOSED SWITCHGEAR ............100
DATA SHEET A2 HIGH VOLTAGE METAL ENCLOSED SWITCHGEAR ............108
DATA SHEET A1 LOW VOLTAGE SWITCHGEAR ..................................................109
DATA SHEET A2 LOW VOLTAGE SWITCHGEAR ..................................................116
DATA SHEET A1 CONTROL PANEL .........................................................................118
DATA SHEET A2 CONTROL PANEL .........................................................................121
4
5.7. DATA SHEET A1 POWER FACTOR CORRECTION SYSTEM ................................122
5.8. DATA SHEET A2 POWER FACTOR CORRECTION SYSTEM ................................125
5.9. DATA SHEET A1 DISTRIBUTION TRANSFORMER................................................126
5.10. DATA SHEET A2 DISTRIBUTION TRANSFORMER................................................131
5.11. DATA SHEET A1 BUS DUCT ......................................................................................132
5.12. DATA SHEET A2 DISTRIBUTION TRANSFORMER................................................137
5.13. DATA SHEET A1 XLPE INSULATED H.V. POWER CABLES................................138
5.14. DATA SHEET A1 1100V XLPE POWER CABLES ...................................................140
5.15. 1100V PVC INSULATED CONTROL CABLES ........................................................142
5.16. DATA SHEET A2 CABLING ACCESSORIES, CABLE TRAYS AND CONDUITS
/ PIPES
143
5.17. DATASHEET-A1 UPS SYSTEM...................................................................................144
5.18. DATASHEET-A2 UPS SYSTEM...................................................................................149
5.19. DATASHEET-A1 LEAD ACID BATTERY ..................................................................152
5.20. DATASHEET-A2 LEAD ACID BATTERY ..................................................................157
5.21. DATASHEET-A1 LIGHTING ........................................................................................158
5.22. DATASHEET-A1 LED LUMINAIRES .........................................................................160
5.23. DATASHEET-B HIGH VOLTAGE METAL ENCLOSED SWITCHGEAR ...............165
5.24. DATASHEET-B LT SWITCHGEAR .............................................................................176
5.25. DATASHEET-B HT TERMINATIONS .........................................................................184
5.26. DATASHEET-B POWER TRANSFORMER ................................................................186
5.27. DATASHEET-B BUS DUCT .........................................................................................199
5.28. DATASHEET-B CONTROL PANEL ............................................................................202
5.29. DATASHEET-B CABLE SYSTEM INSTALLATION WORKS .................................204
5.30. DATASHEET-B LIGHTING INSTALLATION WORKS ............................................204
5.31. DATASHEET-B LEAD ACID BATTERIES .................................................................207
5.32. DATASHEET-B SHUNT CAPACITORS ......................................................................211
5.33. DATASHEET-B LED .....................................................................................................215
6.
DATA SHEET FOR BUILDING MANAGEMENT SYSTEM ............................. 221
6.1. Direct Digital Control (DDC) Specification ....................................................................221
6.2. FIRE DETECTION AND ALARM SYSTEM................................................................224
6.2.1.
Fire Alarm Control Panel Specification ........................................................ 224
6.2.2.
Fire Alarm Repeater Panel Specification ...................................................... 229
6.2.3.
Fire Alarm Control Relay Module Specification .......................................... 232
6.2.4.
Fire Alarm Heat Detector Specification ....................................................... 234
6.2.5.
Fire Alarm Multi-Sensor Detector Specification .......................................... 237
6.2.6.
Fire Alarm Beam Type Smoke Detector Specification ................................ 239
6.2.7.
Fire Alarm Smoke Detector Specification .................................................... 242
6.2.8.
Fire Alarm Monitor Module Specification ................................................... 244
6.2.9.
Manual Call Point (MCP) Specification ....................................................... 246
6.2.10. SOUNDER cum STROBE Specification ..................................................... 248
6.2.11. Fire Alarm Fault Isolator Module Specification ........................................... 250
6.3. PUBLIC ADDRESS SYSTEM .......................................................................................252
6.3.1.
Microphone Specification ............................................................................. 252
5
6.3.2.
Loudspeaker Specification ............................................................................ 253
6.3.3.
Desktop Call Station ..................................................................................... 254
6.4. CLOSED CIRCUIT TELEVISION SYSTEMS ..............................................................257
6.4.1.
CCTV Camera Specification ........................................................................ 257
6.4.2.
CCTV MONITOR SPECIFICATION .......................................................... 259
6.4.3.
DVR (Digital Video Recorder) SPECIFICATION ...................................... 260
7.
DATA SHEET FOR EXTERNAL SERVICES ....................................................... 263
7.1. HORIZONTAL CENTRIFUGAL PUMP .......................................................................263
7.2. AIR BLOWER .................................................................................................................265
7.3. SUBMERSIBLE PUMP (Raw Sewage from Equalisation Tank) ...................................268
6
TECHNICAL SPECIFICATIONS – BIDDER TO FILL
FOR
PLUMBING SYSTEM
PURCHASER
:
MINISTRY OF MICRO, SMALL AND MEDIUM
ENTERPRISES, BHIWADI
PROJECT
:
MSME TECHNOLOGY CENTER, BHIWADI
LOCATION
:
BHIWADI, RAJASTHAN
CONSULTANT : TATA CONSULTING ENGINEERS LIMITED
7
1.
DATA SHEET FOR PLUMBING
1.1.
BUTTERFLY VALVES
SL. NO.
1.0
DATA SHEET A
BUTTERFLY VALVES
ITEM
UNIT
GENERAL
1.1.
SERVICE
1.2.
TAG NOs.
1.3.
NO. OF VALVES
1.4.
DESIGN STANDARD
1.5.
VALVE CATEGORY
1.6.
DISC
1.7.
BODY TYPE
1.8.
VALVE SIZE
1.9.
VALVE RATING / CLASS
1.10.
FLUID HANDLED WITH ITS SPEC. GRAVITY
1.11.
COMPANION FLANGE TYPE AND CLASS
1.12.
TYPE OF VALVE OPERATOR
No.
NB
MAXIMUM FLOW (INDICATE THE RELATED
PRESSURE ALSO)
M3/hr,
KPa
1.14.
MAXIMUM FLOW VELOCITY
m/s
1.15.
DESIGN PRESSURE
KPa
1.16.
OPERATING PRESSURE
KPa
1.17.
DESIGN TEMPERATURE
0C
1.18.
OPERATING TEMPERATURE
0C
1.19.
VALVE LOCATION
1.13.
4.0
TO BE FILLED BY BIDDER
MATERIALS OF CONSTRUCTION
4.1
BODY
3.2.
DISC
3.3.
STEM
MAX.
MIN.
OPER
A
T
I
N
G
8
SL. NO.
DATA SHEET A
BUTTERFLY VALVES
ITEM
3.4.
SEAT
3.5.
BODY SEAT RINGS
3.6.
DISC SEAL RINGS
3.7.
SEAT RETAINING RINGS
3.8.
COMPANION FLANGE
5.0
UNIT
TO BE FILLED BY BIDDER
TESTS AND INSPECTION
Kg/cm2
4.1.
HYDROSTATIC TEST PRESSURE FOR BODY
4.2.
HYDROSTATIC TEST PRESSURE FOR DISC
4.3.
DISC STRENGTH TEST PRESSURE
Kg/cm2
4.4.
ACTUATOR PERFORMANCE TEST
PRESSURE
Kg/cm2
4.5.
AIR LEAK TEST PRESSURE
Kg/cm2
4.6.
ELECTRICAL CONTINUITY TEST
4.7.
SPARES
6.0
DISC SEAL RINGS
5.1.
FLANGE GASKET
5.2.
SEAT/SEAL CLAMPING BOLTS
5.3.
'O' RING SEALS OR GLAND PACKING
5.4.
(REF. NOTE -10)
Kg/cm2
NOTES :1.0
2.0
a)
b)
3.0
4.0
5.0
6.0
7.0
8.0
9.0
10.0
FOR GENERAL REQUIREMENTS. HOWEVER, IN CASE OF OVERLAPPING REQUIREMENTS, THOSE OF THE
DATA SHEET A, TO BE CONSIDERED AS THE FINAL ONE.
THE VALVE SHALL BE DESIGNED CONSIDERING THE LARGER OF THE FOLLOWING TORQUE REQUIREMENTS
FOR WHICH CALCULATIONS SHALL BE SUBMITTED:
CALCULATED AS PER AWWA-C504-80
CALCULATED AS PER THE STANDARD TO WHICH VALVE IS DESIGNED.
FOR MANUALLY OPERATED VALVES, TORQUE REQUIRED AT HAND WHEEL SHALL NOT EXCEED 7 KG.M.
MOTOR OPERATED VALVE ACTUATOR SHALL BE RATED TO PROVIDE AN OUTPUT TORQUE OF ATLEAST
150% OF TORQUE REQUIRED AS PER NOTE-2 ABOVE UNLESS OTHERWISE NOTED.
THE ACTUATOR SHALL BE CAPABLE OF OPERATING IN ANY MOUNTING ANGLE.
THE TRANSMISSION UNIT SHALL BE DESIGNED TO TRANSMIT TWICE THE VALVE DESIGN TORQUE UNLESS
OTHERWISE NOTED.
THE ACTUATOR SHALL PROVIDE AN UNSEATING TORQUE OF AT LEAST 50% IN EXCESS OF VALVE SEATING
TORQUE AT THE SPECIFIED VOLTAGE UNLESS OTHERWISE NOTED.
SEGMENTAL WELDED CARBON STEEL FLANGE PLATES ABOVE 20 MM THICKNESS SHALL BE SUBJECTED TO
PREHEATING BEFORE WELDING AND STRESS RELIEVING AFTER WELDING AS PER IS 2825 UNLESS OTHERWISE
SPECIFIED.
UNLESS OTHERWISE SPECIFIED IN SECTION –C, ONE COAT OF ZINC RICH PRIMER AND TWO COATS OF
ENAMEL SHALL BE APPLIED TO ALL STEEL AND CAST IRON EXPOSED SURFACES. THE MINIMUM THICKNESS
OF COATING SHALL BE 100 MICRONS.
THE VENDOR MAY ALSO SUGGEST ANY ADDITIONAL SPARES AND TOOLS REQUIRED FOR THE SUCCESSFUL
OPERATION, START UP AND MAINTAINENCE OF THE VALVE.
9
11.0
IN THE ABSENCE OF ANY TEST RELATED DATA, THE RELEVANT TESTING STANDARD FOR BUTTERFLY
VALVES MAY BE INDICATED.
1.2.
Y STRAINER
DATA SHEET A
STRAINERS (Y TYPE)
1.
TAG NO.
2.
QUANTITY REQUIRED
3.
LOCATION
4.
TYPE
5.
FLUID
7.
FLOW RATE
m3/hr
OPERATING PRESSURE
8.
OPERATING TEMPERATURE
9.
DESIGN PRESSURE
barg
10.
DESIGN TEMPERATURE
C
11.
FLUID VISCOSITY (Cp) AT
OP.TEMP.
6.
12.
13.
14.
bar
FLUID SP. GRAVITY AT OP.
TEMP.
MAX. PERMISSIBLE PR. DROP
UNDER 50% CLOGGED
CONDITION
SCREEN BASKET DATA
1. DIA OF PERFORATIONS, mm
2. MIN. THICKNESS, mm
3. FREE STRAINING AREA
15.
STEAM JACKET
1. INLET PR. barg, OP. / DESN.
2. INLET TEMP.  C, OP./DESN.
16.
END CONNECTIONS
DESIGN DATA
1. SIZE, NB mm
2. TYPE
3. DETAILS/ STANDARDS
17.
COVER
18.
IBR APPROVAL
C

TO BE FILLED BY
BIDDER
MATERIALS
10
27.
27.1
27.2
27.3
27.4
26.
26.1
26.2
27.
28.
29.
19.
BODY
20.
COVER
21.
SCREEN BASKET
22.
BOLTS/ STUDS
23.
NUTS
24.
GASKETS
25.
JACKET
JACKET COUPLINGS/ FLANGES
26.
ACCESSORIES BY VENDOR:
FOUNDATION BOLTS
DIFFERENTIAL PRESSURE GAUGE
DRAIN/ VENT COCK (SS 316)
SUPPORT LEGS
HYDROSTATIC TEST PRESSURE, barg
SHELL SIDE
JACKET SIDE
VACUUM TEST REQUIRED
PRESSURE DROP TEST REQUIRED
CLEAN/ 50% CLOGGED
INSPECTION:
30.
NOTES:
1. GENERAL REQUIREMENTS:
2. '*’: BIDDER TO FURNISH INFORMATION.
3 GASKET SHALL BE METAL WIRE-REINFORCED AND GRAPHITED BOTH SIDES.
11
1.3.
WAFER CHECK VALVES
GENERAL
TO BE FILLED BY
BIDDER
1.
TAG NO.
:
2.
3.
7.
SIZE RANGE
:
RATING
:
STANDARD :
8.
TYPE
:
9.
ENDS
:
CONSTRUCTION FEATURES
MATERIALS
:
SIZ
5. DES. PR.
:
6. DES. TEMP. :
GRADE: CT
mm
4. FLUID
10.
TESTS &
INSPECTION
SHEET :
DATA SHEET A
WAFER CHECK VALVES
11.
12.
13.
14.
OTHER REQUIREMENTS
:
15.
BODY
:
16.
PLATE
:
17.
SEAL
:
18.
PLATE SEAT
:
19.
SPRING
:
20.
HINGE PIN & STOP PIN
:
24.
SHELL HYDRO
:
25.
SEAT HYDRO
:
26.
INSPECTION :
21.
NOTES: 1. GENERAL REQUIREMENTS :.
1 OF 1
QUANTITY
E
P0
R0
R1
R2
12
1.4.
BALL VALVES
SHEET : 1
DATA SHEET A
CONSTRUCTION FEATURES
GENERAL
TO BE FILLED BY BIDDER
TAG NO.
SIZE RANGE
RATING
:
:
:
4.
GRADE
:
5.
6.
7.
8.
9.
10.
PORT
:
STEM
:
ENDS
:
OPERATION
:
ANTISTATIC FEATURE
FIRE SAFE DESIGN
OTHER
REQUIREMENTS
MATERIALS
:
:
:
INS. THK., mm :
13.
BODY
BALL (MIRROR FINISHED)
14.
15.
16.
17.
18.
19.
20.
21.
STEM
SEAT
SEAL (STEM & BODY)
BOLTS, STUDS & NUTS
22.
INSPECTION :
SHELL HYDRO
SEAT HYDRO
SEAT AIR
SIZE
QUANTITY
mm
P0
R0
R1
REFER SECTION F
SIZE, (in/ mm) :
12.
TESTS &
INSPECTION
BALL VALVES
1.
2.
3.
11.
OF 1
:
:
:
R2
13
1.
2.
3.
1.5.
SOLENOID VALVE
DATA SHEET A
SOLENOID VALVE
GENERAL
Manufacturer
Model No.
33.
Cable Entry Size : 1” ET
34.
PAINTING
35.
Protection For Rust Prevention
36.
Painting Standard : As Per IS-6005, 1970
37.
ACCESSORIES
38.
Name Plate : Required
39.
Metalling enclosure for connecting flying leads:
Required
4.
Service
5.
PROCESS DATA
40.
CODES AND STANDARDS
6.
Fluid
41.
ASME, ASTM, IEEE, IBR
7.
Pipe size
42.
Weather Proof : IS 13947 PART I
8.
Operating Pressure : kg/sQcm
43.
Ex. Proof : IS 2148 / BS EN 50014 / BS EN 50020
9.
Operating Temperature : °C
44.
TEST
10.
Operating Flow
45.
Performance; Required
11.
46.
Hydro Test : Required
12.
FEATURES
47.
Seat Leakage Test : Required
13.
Shut Off Class (Leakage)
48.
CV Test : Certificate to be furnished
14.
Type : Pilot
49.
Coil Insulation Test : Required
15.
Body Rating : ANSI Class 300
50.
16.
Duty : Continuous
Test Certificate From PESO : Required for all exproof
solenoid valves
17.
No. of Ports / No. of Ways : 3/2
18.
Power Supply : 230 V AC
19.
Style Of Coil : Moulded
20.
Coil Insulation : Class F for high temp. as per IEC
60085/IS 1271
55.
21.
MATERIAL OF CONSTRUCTION
56.
22.
Body Material : Bronze
SS 316
23.
Seat Material : SS 316
Teflon
24.
Plunger Material : SS316
25.
Packing Material
26.
ENCLOSURE PROTECTION
27.
29.
Weather Proof To : IP 67 & 68
Ex-Proof To: Zone 1
ZONE 2
Group IIA
IIB
IIC
Temp.Class : T1 T2 T3 T4
Intrinsic safe certified
30.
CONNECTION AND DIMENSIONS
31.
Process Connection Type : NPT
32.
Size
Direct
Intermittent
51.
5/2
110 VAC
24 VDC
52.
53.
28.
54.
57.
58.
59.
60.
61.
62.
63.
64.
T5
BSP
T6
65.
66.
67.
14
NOTES:
1.
* - Bidder to furnish details.
2.
All accessories shall be supplied as applicable.
3.
The bidder shall indicate all applicable codes and standards
4.
The solenoid coil shall operate the valve even when the supply voltage drops down by 15% or goes up by
10%.
5.
The coil shall be wired to a terminal block located inside the housing. Flying lead wires of the coil are not
acceptable.the material of housing shall be metallic unless otherwise indicated in data sheet.
6.
Each solenoid valve body shall be subjected to pneumatic pressure test by air / nitrogen with test pressure
not less than 1.5 times the maximum working pressure (rated) of the valve. There shall not be any
visible leakage during the test
7.
Each solenoid valve shall be subjected to seat leakage test by air / nitrogen with test pressure equal to
maximum working pressure (rated) of the valve for one minute. There shall not be any seat
leakage during this test.
8.
The coil shall be low power consumption type. Generally the power consumption of coil shall be less than
5 W.
15
1.6.
TO BE FILLED BY BIDDER
TRANSFER PUMPS
Pump
Make
:
Type & Model
:
Discharge in LPS / GPM
:
Head (Meters of WC)
:
Shut off Head (Meters of WC)
:
Efficiency (%)
:
No. of Stages
Suction End I.D.
:
Delivery End I.D.
:
Details of N.P.S.H.
:
Vibration Isolation Detail
:
Skid Details
:
Operating Weight
:
Overall Dimension (MM)
:
Mechanical Seal Detail
:
Material
Body
:
Impeller
:
Type of Impeller
16
Shaft
:
Is it suitable for direct coupling
:
:
Motor
Make
:
Model
:
Power Requirement (HP / KW)
:
R.P.M.
:
Rating
:
Over Load Capacity
:
Class of Insulation
:
Details of Additional protection in
winding
:
Motor Efficiency
:
It it suitable for direct coupling to
pump?
:
Type of rotary movement
:
Method of Starting
:
Size and type of cable for connections.
:
Number of variable frequency drive
:
Detail of VFD
:
17
1.
DATA SHEET TO BE FILLED BY BIDDER
1.7.
Elbows : : Cast Aluminum
Aluminum epoxy painted
Aluminum polyurethane painted
20.
Pulley: SS316
21.
Pipe enclosing float cable: GI
22.
CONNECTIONS & DIMENSIONS
23.
Type : flanged
24.
Flange size :
25.
Flange rating
FLOAT SWITCH
GENERAL
2.
Manufacturer :
*
3.
Model no. :
*
4.
5.
FEATURES
6.
Calibrated scale board
7.
Colour of numerals :
8.
Height of numerals :
9.
Accuracy : +/- 5 mm
10.
Range :
Aluminum
SS 316
26.
+/- 10 mm
11.
12.
MATERIAL OF CONSTRUCTION
13.
Float : SS 316
14.
Float cable : SS 316
15.
Anchor : SS 316
16.
Spring assembly : spring steel
CS with cadmium plating
17.
Board : Aluminum epoxy painted
Aluminum polyurethane painted
18.
19.
Guide wires (refer note 4 & 5) :
SS 316
27.
ACCESSORIES (REFER NOTE 3)
28.
Mounting brackets
29.
Name plate / metal tag
30.
Gaskets, bolts, nuts
31.
All installation hardware
32.
33.
CODES & STANDARDS
34.
Refer note - 2
35.
36.
TESTS
37.
Performance :
38.
Calibration :
39.
Hydro test for the float :
DRAWINGS/DOCUMENTS
1.
Vendor shall submit data sheets, catalogue and erection sketch for review and comments by purchaser/consultant.
2.
Vendor shall submit instruction manual for records.
TEST CERTIFICATES
1.
Vendor shall submit all routine test certificates for purchaser/consultant’s review.
NOTES :
1.0
*: bidder to state / furnish details; : required; – not required.
2.0
The bidder shall indicate all applicable codes & standards.
3.0
All accessories shall be supplied as applicable.
4.0
Sufficient float & guide wire to be supplied on single length to cut at site as per requirement.
5.0
Option of counter weight instead of anchoring of guide wire at bottom is decided based on site condition of the Tanks
6.0
Refer follow-up sheets for service and application details.
18
1.
FLOAT TYPE LEVEL SWITCHES
33.
Housing: Die cast Aluminium
Polyamide
Cable for tilt switch:
Counter weight for titl type switch:
32.
DATA SHEET A
GENERAL
SS 316
2.
Manufacturer :
*
34.
3.
Model no.:
*
35.
4.
FEATURES
36.
5.
Type: Magnetic float with guide tube
Tilt type
Accuracy: ± 2 MM
CONNECTION &
DIMENSIONS
37.
External chamber connection type:
Upper side - lower side
6.
7.
8.
9.
10.
11.
12.
13.
Mounting: Direct
External chamber
GUIDED FLOAT TYPE
Upper side - lower bottom
38.
Switch type: glass encapsulated hermetically
sealed reed switch
Minimum distance between reed switches
No. of floats: single
multiple
Refer followup sheet
C-C distance for external chamber mounted
switches: ………..mm
TILT TYPE
16.
Switch type: Microswitch encapsulated in
float
No. of floats: single
multiple
Refer followup sheet
ENCLOSURE PROTECTION:
17.
Housing : IP-65
18.
Certification/ approval type:
Ex d
Ex ia
NA
Housing colour: Grey 
Black
14.
15.
*
39.
40.
41.
42.
43.
External chamber process connection size:
½”
1”
others
Type : NPT
flange
SW
External chamber instrument flange: ANSI
class 150 RF flanged (Refer note
3.0)
Drain arrangement for external chamber
Valve
Plug
Vent plug
Process conncetion for direct mounted:
ANSI class 150 RF flanged(Refer
note 3.0)
Cable entry: 1”ET
½ “ NPT
others
44.
ACCESSORIES
45.
Still well for direct mounting
46.
Counter weight to keep tilt type
switch cable and float in
position
47.
Name plate : Removable – SS
Switch contacts:
SPDT
1 NO
Switch contact rating :
0.2A, 220V DC / 5A , 230VAC
MATERIAL:
48.
Metal tag – SS
49.
Counter flanges
50.
CODES AND STANDARDS
51.
Refer note no. 6.0
52.
26.
External chamber with drain/ vent
arrangement:
CS A105
SS 316
PP
Float: 316 SS
PP
Others
27.
Guide tube: 316 SS
28.
Bolts & nuts :
ASTM A 193 Gr.B7 / A194 Gr.2H
Gaskets : PTFE
OTHERS
19.
20.
21.
22.
23.
24.
25.
29.
30.
31.
IP_ _
Ex-proof to zone: 0
1
2
Group: I
IIA
IIB
IIC
Temperature class: T1/2/3/4/5/6
SUPPLY / SIGNAL
Wetted parts: SS 316
OTHERS
Flange: SS 316
PP
PP
PP
.
53.
SPARES
54.
Minimum one (1) no. Or 10% of total qty., whichever is higher, for each type and model no.
55.
56.
57.
TESTS
Material test / contact rating test / hydro test / calibration test
58.
Valid type test certificate to be provided for enclosure protection .
59.
Vendor to submit test certificates for owner / engineer’s review & records
60.
DRAWING
61.
The vendor to submit data sheet, dimensional drawing and erection sketch for review and comments by
purchaser/ consultant.
62.
The vendor shall submit all operating and service manuals for the equipment supplied for records
NOTES:
1.0
Bidder to submit list of installations and commissions for the make & type of instrument offered and user’s certificates.
2.0
Bidder to furnish details (*); required (); not required (-).
3.0
Float size shall be suitable to process conditions and tank height. Accordingly, instrument flange size shall be selected.
4.0
For qty. Refer to the attached bill of material.
5.0
All accessories shall be supplied as specified. In addition, any other accessories required shall be supplied without any price
implication to make the measurement complete to match with process requirement.
6.0
Bidder shall indicate all applicable codes and standards.
20
1.8.
ELECTRICAL TECHNICAL DATA SHEETS
For MCC +PDBs+MLDBs/SLDBs/DBs ( To be filled by the bidders)
S.No
Description
.
1
Type of Panel
2
Type of Mounting
3
Fault kA
4
Thickness of CRCA sheets
a
Structural members
b
Covers and doors
c
Base channel
d
Gland plate
5a.
Painting/ Process
b
Paint shade;
a. Inside
b. Outside
6
Details of busbars
7
Cable Entry
8
Enclosure
Protection/
TO BE FILLED BY BIDDER
Ventilation
9
Control Wiring/
Power Wiring
a.
Voltage Circuit
b.
Current Circuit
c.
Minimum size of Power wiring
CKt
10
Maximum Operating Height
11
Mounting height of
Relays/Meters
Control Switches
22
1.9.
CONSTRUCTIONAL FEATURES FOR MCC
S.No.
Description
1
MCC
a.
Busbar Chamber
b.
Metering Chamber
c.
Incoming Compartment
d.
Overall Height
e.
Overall Depth
f.
Overall Length
g.
Construction
h.
Current Density
i.
Main Bus
ii.
Branch Bus Rating
iii.
Neutral Bus
iv.
Earth Bus
j.
Incoming and outgoing feeders.
TO BE FILLED BY BIDDER
2
AHU Panels
a.
Accessibility
b.
Overall Depth
c.
Overall Height
d.
Incoming compartment
24
1.10.
SR
PIPES
Description
1
MAKE
2
Pressure rating
3
MOC
4
STANDARD
TO BE FILLLED BY BIDDER
TECHNICAL SPECIFICATION TO BE FILLED BY BIDDER
FOR
FIRE PROTECTION SYSTEM
CLIENT
:
OFFICE OF THE DEVELOPMENT
COMMISSIONER (MSME) , MINISTRY OF
MICRO, SMALL & MEDIUM ENTERPRISES,
GOVERNMENT OF INDIA
PROJECT
: TECHNOLOGY CENTER, BHIWADI
LOCATION
: BHIWADI, RAJASTHAN
CONSULTANT
: TATA CONSULTING ENGINEERS
LIMITED
26
2.
DATA SHEET FOR FIRE PROTECTION SYSTEM
2.1.
DATA SHEETS FOR INSTRUMENTS EQUIPMENT
2.1.1. Pressure Gauges
Sr.
No.
Description
Bidder
1
Type
2
Casing
3
Glass
4
Dial size
5
Wetted
(including
accessories)
6
2-valve manifold
7
Diaphragm seal
8
Pointer
9
Movement & socket
10
Accuracy
11
Process Connection
12
Over range protection
13
Accessories
Parts
2.1.2. Pressure Switch
Sr.
No.
Description
Bidder
1
Type
2
Casing
3
Wetted
(including
accessories)
4
Repeatability
5
Micro switch contacts
Parts
6
Over range protection
7
Accessories
2.1.3. Solenoid Valve
Sr. No.
Description
1
Type
2
Power supply
3
Size
4
Material
Construction
5
Accessories
6
Applications
Bidder
of
Notes: Terminal blocks and Manual actuator shall be provided in the
solenoid valves.
2.1.4. Level Gauge / Indicator – Float & Cord
Sr.
No.
Description
GENERAL
1.
Manufacturer
2.
Model No.
FEATURE
3.
Calibrated scale board
4.
Colour of numerals
5.
Accuracy
6.
Enclosure
7.
Mounting
8.
Height of numerals
MATERIAL OF
CONSTRUCTION
9.
Float
Qt
y.
Bidder
28
10.
Float cable
11.
Anchor
12.
Spring assembly
13.
Board
14.
Guide wires
15.
Elbows
16.
Flanges
CONNECTION &
DIMENSIONS
17.
Type
18.
Flange size
19.
Flange rating
20.
Name plate/ metal tag
Installation hardware
2.1.5. Float Switch
Sr. Description
No
40.
Manufacturer :
41.
Model no. :
Bidder
42.
43.
FEATURES
44.
Calibrated scale board
45.
Colour of numerals :
46.
Height of numerals :
47.
Accuracy : +/- 5 mm
48.
Range :
+/- 10 mm
49.
50.
MATERIAL OF CONSTRUCTION
51.
Float : SS 316
52.
Float cable : SS 316
53.
Anchor : SS 316
54.
Spring assembly : spring steel
CS with cadmium plating
55.
Board : Aluminum epoxy painted
Aluminum polyurethane painted
56.
Guide wires (refer note 4 & 5) :
SS 316
57.
Elbows : : Cast Aluminum
Aluminum epoxy painted
Aluminum polyurethane painted
58.
Pulley: SS316
59.
Pipe enclosing float cable: GI
60.
CONNECTIONS & DIMENSIONS
61.
Type : flanged
62.
Flange size :
63.
Flange rating
Aluminum
SS 316
64.
65.
ACCESSORIES (REFER NOTE 3)
66.
Mounting brackets
67.
Name plate / metal tag
68.
Gaskets, bolts, nuts
69.
All installation hardware
70.
71.
CODES & STANDARDS
72.
Refer note - 2
73.
74.
TESTS
75.
Performance :
76.
Calibration :
77.
Hydro test for the float :
DRAWINGS/DOCUMENTS
1.
Vendor shall submit data sheets, catalogue and erection sketch for review and comments by
purchaser/consultant.
2.
Vendor shall submit instruction manual for records.
TEST CERTIFICATES
1.
Vendor shall submit all routine test certificates for purchaser/consultant’s review.
30
NOTES :
*: bidder to state / furnish details; :required; – not required.
The bidder shall indicate all applicable codes & standards.
All accessories shall be supplied as applicable.
Sufficient float & guide wire to be supplied on single length to cut at site as per requirement.
Option of counter weight instead of anchoring of guide wire at bottom is decided based on site
condition of the Tanks
6.0 Refer follow-up sheets for service and application details.
1.0
2.0
3.0
4.0
5.0
2.1.6. JUNCTION BOXES
Sr.
Description
No.
GENERAL
1.
Manufacturer
2.
Model No.
FEATURE
3.
Mounting
4.
No. of terminals
5.
Terminal type
6.
Terminal size
7.
Mounting plate
8.
Cable entry
9.
Gland plate
10.
Door
11.
Lock & key
12.
Sheet thickness
13.
Painting
14.
Protection class
Qty.
Bidder
Sr.
Description
Qty.
Bidder
No.
MATERIAL OF
CONSTRUCTION
2.2.
15.
Enclosure
16.
Gasket
17.
Cable entry sealing
18.
Name plate/ metal tag
19.
Installation hardware
DATA SHEETS FOR HORIZONTAL CENTRIFUGAL PUMPS
2.2.1. DATA SHEETS B
Sl.
No.
1.
Item
Bidder
Designation:
2.
Number offered
3.
Tag numbers
4.
Pump make and model number
5.
Design capacity
M3/hr
6.
Differential head
Mlc
7.
Shut-off head
Mlc
8.
Hydrostatic test pressure
9.
Number of stages
10.
Pump efficiency at duty point
11.
Pump speed
Rpm
12.
Pump bkw
Kw
13.
Maximum pump power requirement
Kw
14.
Power input to driver at duty point
Kw
15.
Method of lubrication
17.
Npsh required
Kg/cm2(g)
%
Mlc
32
18.
Driver rating
Kw
19.
Driver speed
Rpm
20.
Driver efficiency
21.
Suction nozzle
21.1
Orientation
21.2
Size
22.
Discharge nozzle
22.1
Orientation
22.2
Size
23.
Type and make of mechanical seal
24.
Type of coupling
25.
Minimum capacity for continuous
%
Mm nb
Mm nb
M3/hr
Operation
26.
Maximum allowable size of solids
27.
External water requirement for
Mm
Cooling
27.1
Flow rate
M3/hr
27.2
Pressure
Kg/cm2(g)
28.
External water requirement for
Sealing
28.1
Flow rate
M3/hr
28.2
Pressure
Kg/cm2(g)
29.
Weight of bare pump
Kg
30.
Weight of driver
Kg
31.
Weight of common base plate
Kg
32.
Moment of inertia of pump rotor
33.
Accessories as per data sheet a to
34.
Kg-m2
whether included
Be included
Yes no
Outline dimensional drawing to be
Whether enclosed
35.
36.
Enclosed
Yes/no
Foundation drawing with static
Whether enclosed
And dynamic loads to be enclosed
Yes/no
Cross-section drawing of pump
With part list and materials of
Whether enclosed
Construction and relevant
Yes/no
Standards to be enclosed
37.
Performance curves flow rate vs
Head, bkw, efficiency, npshr and
Whether enclosed
Torque-speed curve to be enclosed
Yes/no
38.
Performance guarantee
38.1
Capacity
M3/hr
(+)
(-)
38.2
Differential head
Mlc
(+)
(-)
38.3
Power consumption
Kw
(+)
(-)
2.2.2. DATA SHEET C
DATA TO BE FURNISHED BY THE VENDOR AFTER THE ISSUE OF
PURCHASE ORDER
(a)
List of drawings and documents to be submitted for review, approval and
information with scheduled submission dates
(b)
Quality Assurance Plan (QAP)
(c)
Detailed dimensioned general arrangement drawing of pump and driver. This
drawing shall indicate all the design data and information furnished in data
sheets A and B.
(d)
Foundation drawing of pump and driver with static and dynamic loads, details
of fixing, grouting and all relevant data required for design of foundation
(e)
Cross-section drawing of the pump with complete part list, materials of
construction and relevant standards for each part
(f)
Pump performance curves flow rate Vs head, BKW, efficiency, NPSHR from
zero flow to maximum flow and torque-speed curve
(g)
Scheme for pump sealing, lubrication and cooling
34
2.3.
(h)
Driver dimensional drawing
(i)
Surface preparation and painting procedures
(j)
Catalogues, data sheets and drawings for instruments
(k)
Installation, operation and maintenance manual along with lubricant.
DATA SHEETS FOR DIESEL ENGINE AND ACCESSORIES
2.3.1. DATA SHEETS B
Sr.No
Item
Bidder
1.0
DIESEL ENGINE & AUXILIARIES (Design
Features)
1.1
Name of manufacturer / Model no.
1.2
KW
1.3
Engine rating at ISO standard reference
condition
Engine rating at site
1.4
Maximum engine rating at site
KW
1.5
Derating factors :
1.6
(a) Altitude
(b) Inlet air temperature
(c) Humidity
(d) Cooling Water Temperature
(e) Overall Derating Factors
Period of maximum engine rating
%
%
%
%
%
Hour
1.7
Operating speed
RPM
1.8
No. of strokes/cycle
1.9
No. of cylinders
1.10
Arrangement of cylinders
1.11
Rotation direction (viewed from free end)
1.12
Compression ratio
1.13
Supercharging air pressure at rated load
1.14
Firing order (viewed from power take-off end)
1.15
Jacket Water temperature at rated load Inlet /  C
Outlet
KW
mm of Hg
1.16
Jacket Water pressure (at engine inlet)
Kg / cm2
(g ),
1.17
Fuel system injector pressure
Kg / cm2
(g ),
1.18
Fuel system booster pump pressure
Kg / cm2
(g ),
1.19
Lube oil pressure at pump discharge
Kg / cm2
(g ),
1.20
Lube oil temperature at pump in engine sump
C
1.21
Minimum acceptable lube oil temperature at  C
start up
1.22
Minimum acceptable lube oil pressure at start Kg / cm2
- up
(g ),
1.23
Maximum period for which the engine can min.
operate without cooling water supply
2.0
DIESEL
ENGINE
&
(Construction Features)
2.1
Bed Plate :
2.1.1
Material
2.1.2
Construction
2.2
Crankcase housing :
2.2.1
Material
2.2.2
Construction
2.3
Cylinder heads :
2.3.1
Material
2.3.2
Construction
2.4
Cylinder liners
2.4.1
Material
2.4.2
Construction
2.5
Crank Shaft :
AUXILIARIES
36
2.5.1
Material
2.5.2
Construction
2.5.3
Method of attachment of balance weights
2.6
Connecting rods :
2.6.1
Material
2.6.2
Construction
2.7
Connecting rod bearings :
2.7.1
Material
2.7.2
Construction
2.8
Pistons
2.8.1
Material
2.8.2
Construction
2.9
Nos. of inlet valves/cylinder head
2.10
Nos. of exhaust valves/cylinder head
2.11
Fly wheels :
2.11.1
Material
2.11.2
Construction
2.11.3
Diameter
mm
2.11.4
Moment of inertia
Kg/sq.m
2.12
Supercharger :
2.13.1
Type
2.13.2
Manufacturer
2.13.3
Number
2.13.4
Drive
2.13.5
Speed
2.13.6
Lubrication
RPM
2.13.7
2.14
Bearing cooling
Fuel oil system :
2.14.1
Type
2.14.2
Filters :
(a) Type
(b) Number
(c) Location
2.14.3
Engine drive booster pump :
(a) Type
(b) Rating
2.14.4
Injection pumps :
(a) Type
(b) Number
2.14.5
Injection :
(a) Type
(b) Cooling
2.14.6
AC motor driven priming pump, if any.
(a) Type
(b) Rating
2.14.7
Day tank :
(a) Capacity
(b) Material
(c) Location
2.14.8
Characteristics of fuel oil to be used
2.15
Lube oil system
2.15.1
Type
2.15.2
Filters :
(a) Type
(b) Number
(c) Location
2.15.3
Engine driven lube oil pump :
Litres
38
(a) Type
(b) Rating
2.15.4
DC motor driven standby pump, if any :
(a) Type
(b) Location
(c) Rating
2.15.5
AC motor driven priming pump, if any :
(a) Type
(b) Location
(c) Rating
2.15.6
Lube oil tank
(a) Capacity
(b) Material
(c) Location
2.15.7
Grade of lube oil to be used
2.16
Jacket water system :
2.16.1
Type
2.16.2
Quality of water to be used
2.16.3
Quantity of water :
(a) Engine cooling circuit
(b) Lube oil cooler
(c) Charge air cooler
2.16.4
Make up tank
(a) Capacity
(b) Material
(c) Location
2.16.5
Engine driven pump :
(a) Type
(b) Rating
2.16.6
Bypass control valves :
(a) Type
(b) Location
KW
2.16.7
Radiator ( If provided )
(a) Rating of radiator fan
2.17
Air Intake System :
(a) Intake filter type
(b) Location
2.18
Exhaust gas system :
2.18.1
Manifolds :
(a)
(b)
(c)
(d)
2.18.2
Expansion joints :
(a)
(b)
(c)
(d)
2.18.3
Location
Size
Construction
Material
Number
Type
Location
Material
Exhaust silencer :
(a) Type
(b) Location
2.19
Air starting system :
2.19.1
Type
2.19.2
Distributor, if any
(a) Drive
(b) Type
(c) Location
2.19.3
Starting air valves, if any :
(a) Type
(b) Location
2.19.4
AC motor driven air compressor :
(a) Manufacturer
(b) Type
KW
40
2.19.5
Air receiver :
(a)
(b)
(c)
(d)
Number
Construction
Material
Capacity
Litres
2.19.6
Time to replenish system after six consecutive Min
engine starts
2.19.7
Quantity of free air/start
2.19.8
Starting air pressure
2.19.9
Minimum air pressure at which engine can be Kg/cm2
started
2.20
Terminal piping
2.20.1
Day oil tank :
(a) Size
(b) Type
2.22.2
Lube oil heat exchanger
Cooling water ‘IN’
(a) Size
(b) Type
2.22.3
Cooling water ‘Out’
(a) Size
(b) Type
Jacket water heat Exchanger :
Cooling Water ‘IN’
(a) Size
(b) Type
Cooling Water ‘OUT’
(a) Size
(b) Type
2.21
Heat exchangers (shell and tube type)
A. Construction Features :
.1
.2
.3
.4
Position (Horizontal/vertical)
Size (shell dia. X str. Tube length)
Type
Surface
Kg/cm2
B. Shell Slide
.1 Fluid circulated
.2 Quantity of fluid circulated
m3/ hr
.3 Temperature, inlet
C
.4 Temperature, outlet
C
C. Tube Side
.1 Fluid circulated
m3/ hr
.2 Quantity of fluid circulated
.3 Temperature, inlet
C
.4 Temperature, outlet
C
D. MATERIAL SPECIFICATION
.1 Shell
.2 Tubes
.3 Tube sheet
.4 Gaskets
.5 Bolts
.6 Nuts
.7 Channel
.8 Channel cover
.9 Flanges
3.0
PERFORMANCE GUARANTEE
3.1
Net electrical output at engine shaft at site
after engine derating factors ad auxiliary
power requirements have been taken into
account
3.2
Specific Fuel oil consumption :
(a) Full load
g/kW hr.
42
(b) 75% load
(c) 50% load
(d) 25% load
g/kW hr.
g/kW hr.
g/kW hr.
3.3
Lube oil consumption at rated load
Litres / hr
3.4
Jacket water temperature ‘IN’ to engine
C
3.5
Jacket water temperature ‘OUT’ from engine
C
3.6
Lube oil temperature ‘IN’ to engine
C
3.7
Lube oil temperature ‘OUT from engine
C
3.8
Vibration level
mm / s
3.9
Noise level
db ( A )
4.0
WEIGHT SCHEDULE
4.1
Weight of engine, less flywheel including Kg.
standard accessories
4.2
Weight of flywheel
Kg.
4.3
Weight of day oil tank
Kg.
4.4
Total shipping weight
Kg.
4.5
Weight of control panel
Kg.
4.6
Total equipment weight
Kg.
4.7
Heaviest single piece to be handled during
(a) Erection
(b) Maintenance
Kg
5.0
5.1
5.2
DIMENSIONS
Shipping dimension of engine
Overall dimensions of the engine including
flywheel
5.3
Overall dimensions of day oil tank
5.4
Maintenance space required around the diesel
engine
2.3.2. DATA SHEET C
DATA TO BE SUBMITTED BY THE CONTRACTOR AFTER THE AWARD OF
CONTRACT
2.4.
(a)
General arrangement drawings showing overall dimensions, equipment
arrangement and details and arrangement of terminals.
(b)
Equipment details drawing
(c)
Equipment foundation drawing with load details
(d)
Fuel oil system with instrumentation and control with write up
(e)
Lube oil system with instrumentation and control with write up
(f)
Governor system with write up
(g)
Piping drawing for the entire system
(h)
Detailed instruction manual for installation, operation, maintenance repairs
and major overhaul
(i)
Wiring diagram of various sensing devices mentioned, on engine, air receiver,
etc. control panel and governor system
DATA SHEET FOR HYDRANT VALVE
2.4.1. DATA SHEETS B
Sl. No.
1.
Item
Unit
Sub vendor's name / make
Bidder:
/
2.
General
3.
4.
5.
6.
7.
8.
2.4.2. DATA SHEETS C
DATA TO BE FURNISHED BY THE CONTRACTOR AFTER THE AWARD OF
CONTRACT
(a)
List of drawings and documents to be submitted for review, approval and
(b)
information along with scheduled submission dates
44
(c)
Quality Assurance Plan (QAP)
(d)
Descriptive catalogues
(e)
Dimensional drawings
(f)
Cross-sectional drawing of hydrant valve assembly with part list and material
of construction of each part
2.5.
(g)
Material test certificates
(h)
Current ISI certificates
DATA SHEET FOR BRANCH PIPES AND NOZZLES
2.5.1. DATA SHEETS B
Sl.no.
1.
Item
Unit
Bidder:
Sub-vendor’s name / make
/
Dimensional drawings of
branch pipe with nozzle is
enclosed?
Yes / no
2.
General
3.
3.
4.
5.
6.
7.
8.
9.
10.
Documents
11.
12.
13.
14.
15.
16.
2.5.2. DATA SHEETS C
DATA TO BE FURNISHED BY THE CONTRACTOR AFTER THE AWARD OF
CONTRACT
2.6.
(a)
Technical Data Sheet
(b)
Quality Assurance Plan (QAP)
(c)
Dimensional outline drawing, Part list with material specifications.
(d)
Material test certificates
(e)
Current ISI Certificate
DATA SHEET FOR FIRE HOSES WITH COUPLING
2.6.1. DATA SHEETS B
Sl.
No.
General
1.
Item
Sub-vendor’s name / make
2.
Brand name of the product offered
3.
Design code for hose
4.
Design code for coupling
5.
Manufacturer’s catalogues for hoses
and delivery couplings to be enclosed
Bidder
/
Yes / no
6.
7.
8.
9.
10.
11.
2.6.2. DATA SHEETS C
DATA TO BE FURNISHED BY THE CONTRACTOR AFTER THE AWARD OF
CONTRACT
(a)
Technical data Sheet
(b)
Quality Assurance Plan (QAP)
(c)
Dimensional outline drawing, Part list with material specifications.
(d)
Material test certificates
46
(e)
Hose proof pressure and bursting pressure test certificates
(f)
Coupling hydrotest pressure test certificates
(g)
Any other document / details as required as per approved QAP
(h)
Current ISI certificates
2.7.
DATA SHEET FOR FIRE HOSES CABINETS
2.7.1. DATA SHEETS B
Sl.
No.
1.
Sub-vendor’s name / make
2.
Dimensions
2.1
Suitable for hydrants
2.3
General
Item
3.
Suitable for hydrant and hose reel
assembly
Whether tac approved
Unit
Bidder
/
L
d
Mm
Mm
b
X
x
X
x
-na-
4.
5.
6.
7.
8.
9.
10.
11.
Dimensional drawings of cabinets to
be
Whether enclosed : yes/no
Documents
Enclosed
12.
Cross-sectional drawings of
Whether enclosed : yes/no
Cabinets to be enclosed
13.
14.
15.
16.
2.7.2. DATA SHEETS C
DATA TO BE FURNISHED BY THE CONTRACTOR AFTER THE AWARD OF
CONTRACT
(a)
Technical data Sheet
(b)
Quality Assurance Plan (QAP)
(c)
Dimensional outline drawing indicating plan, elevation and end views
showing arrangement of accessories, Part list with material specifications.
48
(d)
2.8.
Cabinet supporting arrangement
DATA SHEET FOR FIRE HOSES REELS
2.8.1. DATA SHEETS B
Sl
Item
no.
1. Subvendor's name / make
2. Descriptive catalouges listing all
Items and accessories with brief
Bidder:
/
Yes/no
General
Specifications to be enclosed
3.
Overall dimensional drawing of
Hose reel to be enclosed
4.
5.
6.
Yes/no
Whether tac approved
Whether isi marked
-naYes/no
Whether certifed by any
Authorities
Yes/no
2.8.2. DATA SHEETS C
DATA TO BE FURNISHED BY THE CONTRACTOR AFTER THE
AWARD OF CONTRACT
(a)
Schedule of drawings and documents to be submitted along with submission
dates
(b)
Quality Assurance Plan (QAP)
(c)
Descriptive catalogues
(d)
Dimensional drawings
(e)
Cross-sectional drawing of hose reel assembly with part list and material
of construction of each part
(f)
Current ISI certificates
(g)
Material test certificates
2.9.
DATA SHEETS FOR PORTABLE FIRE EXTINGUISHERS
2.9.1. DATA SHEETS B
Sl no
Type
Capacity
1.
Sand/water
bucket
2.1
Carbon dioxide
Make
Isi marked
Catalouge for each
type to be enclosed.
Whether enclosed
10.0 lit
Yes/no
Yes/no
2.0 kg
Yes/no
Yes/no
2.2
3.0 kg
Yes/no
Yes/no
2.3
4.5 kg
Yes/no
Yes/no
2.4
6.5 kg
Yes/no
Yes/no
2.5
9.0 kg
Yes/no
Yes/no
2.6
22.5 kg
Yes/no
Yes/no
2.7
6 to 7 kg  2
nos.
Yes/no
Yes/no
9.0 lit
Yes/no
Yes/no
3.2
50.0 lit
Yes/no
Yes/no
3.3
150.0 lit
Yes/no
Yes/no
Yes/no
Yes/no
135.0 lit
Yes/no
Yes/no
9.0 lit
Yes/no
Yes/no
50.0 lit
Yes/no
Yes/no
Yes/no
Yes/no
2.8
2.9
3.1
Chemical foam
3.4
4.1
Mechanical
foam
4.2
9.0 lit
4.3
5.1
Soda acid
5.2
6.1
Abc dry
chemical
powder
0.5 kg
6.2
1.0 kg
Yes/no
Yes/no
6.3
2.0 kg
Yes/no
Yes/no
6.4
6.0 kg
Yes/no
Yes/no
6.5
9.0 kg
Yes/no
Yes/no
6.6
1.0 kg
Yes/no
Yes/no
6.7
2.0 kg
Yes/no
Yes/no
50
Sl no
Type
Capacity
Make
Isi marked
Catalouge for each
type to be enclosed.
Whether enclosed
6.8
5.0 kg
Yes/no
Yes/no
6.9
10.0 kg
Yes/no
Yes/no
6.10
25.0 kg
Yes/no
Yes/no
6.11
50.0 kg
Yes/no
Yes/no
612
75.0 kg
Yes/no
Yes/no
Yes/no
Yes/no
1.25 kg
Yes/no
Yes/no
7.2
2.5 kg
Yes/no
Yes/no
7.3
4.0 kg
Yes/no
Yes/no
7.4
5.0 kg
Yes/no
Yes/no
7.5
6.5 kg
Yes/no
Yes/no
9.0 lit
Yes/no
Yes/no
7.1
8.1
Halon 1211
Water(gas
cartridge)
8.2
2.9.2. DATA SHEETS C
DATA TO BE FURNISHED BY THE CONTRACTOR AFTER THE AWARD OF
CONTRACT
(a)
List of drawings and documents to be submitted for review, approval and
information along with scheduled submission dates
(b)
Quality Assurance Plan (QAP)a
(c)
Descriptive catalogues for each type of extinguisher
(d)
Detailed dimensional drawings for each type of extinguisher with trolley
(wherever applicable)
(e)
Cross-sectional drawing of hydrant valve assembly with part list and material
of construction of each part
(f)
Dimensional drawing of supporting stand for each type of floor mounted
extinguisher
(g)
Fixing detail for each type of wall mounted and column mounted extinguisher
2.10.
(h)
Material test certificates
(i)
Current ISI certificates
VALVES AND SPECIALITIES GENERAL REQUIREMENTS
Construction features
General
2.10.1. DATA SHEET-B (GATE VALVE)
1.
Tag no.:
2.
Size range:
3.
Rating:
4.
Grade:
5.
Fluid :
8.
Stem
:
9.
11
.
12
.
13
.
14
.
Ends
:
Size
Mm
Bonnet
:
Wedge
:
Operator :
Seat
:
:
15
.
Other requirements :
Tests & inspection
Materials
Conforming to
16.
17
.
18
.
19
.
20
.
21
.
22
.
23
.
24
.
25
.
26
.
27
.
Body/ bonnet
:
Wedge
:
Stem
:
Body seat ring
:
Wedge facing ring
:
Gland packing
:
Gasket
:
Bolts & nuts
:
Handwheel
:
Shell hydro
:
Seat hydro
:
28
.
Inspection :
Quantity
P0
R0
R1
R2
52
Notes: 1. General requirements: as per valves and specialities general requirements
2. Additional tests indicated as 'b' in shops inpection requiremets shall also be carried out when
it is applicable.
Materials
Construction features
General
2.10.2. DATA SHEET-B (WAFER CHECK VALVES)
1.
Tag no.
:
2.
Size range
:
5. Des. Pr.
3.
Rating
:
6. Des. Temp. :
7.
Standard
8.
Type
:
9.
Ends
:
4. Fluid
Grade:
:
:
Size
Quantity
Mm
P0
R0
R1
R2
10.
11.
12.
13.
14. Other requirements
:
15. Body
:
16. Plate
:
17. Seal
:
18. Plate seat
:
19. Spring
:
20. Hinge pin & stop pin
:
Tests & inspection
21.
24. Shell hydro
:
25. Seat hydro
:
26. Inspection :
Notes: 1. General requirements: as per valves and specialities general requirements
2. Additional tests indicated as 'b' in shops inpection requiremets shall also be carried out when it is
applicable.
Tests &
inspection
Materials
Construction features
General
2.10.3. DATA SHEET-B (BALL VALVES)
1.
Tag no.
:
--
2.
Size range
:
3.
Rating
:
4.
Grade
:
5.
6.
7.
8.
9.
10.
11.
Port
:
Stem
:
Ends
:
Operation
:
Antistatic feature
fire safe design (api 607)
other requirements
Size
Quantity
P0
R1
R2
Refer boq
: Not required
: Not required
Three piece construction
:
Size, (in/ mm) :
Ins. Thk., mm :
12. Body
:
13. Ball (mirror finished)
:
14.
15.
16.
17.
18.
:
:
:
:
Stem
Seat
Seal (stem & body)
Bolts, studs & nuts
R0
19. Shell hydro
:
Barg
20. Seat hydro
21. Seat air
:
:
Barg
Barg
22. Inspection :
Notes: 1. General requirements: as per valves and specialities general requirements
2. Additional tests indicated as 'b' in shops inpection requiremets shall also be carried out when it is
applicable.
Design data
2.10.4. DATA SHEET-B (Y STRAINER)
1.
Tag no.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
Quantity required
Location
Type
Fluid
Flow rate
m3/hr
Operating pressure
barg
Operating temperature  c
Design pressure
barg
Design temperature
c
Fluid viscosity (cp) at op.temp.
Fluid sp. Gravity at op. Temp.
Max. Permissible pr. Drop
Under 50% clogged condition
Screen basket data
1. Dia of perforations, mm
2. Min. Thickness, mm
3. Free straining area
Steam jacket
14.
15.
54
ests & inspection
Materials
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
27.
27.1
27.2
27.3
27.4
26.
26.1
26.2
27.
28.
29.
1. Inlet pr. Barg, op. / desn.
2. Inlet temp.  c, op./desn.
End connections
1. Size, nb mm
2. Type
3. Details/ standards
Cover
Ibr approval
Body
Cover
Screen basket
Bolts/ studs
Nuts
Gaskets
Jacket
Jacket couplings/ flanges
Accessories by vendor:
Foundation bolts
Differential pressure gauge
Drain/ vent cock (ss 316)
Support legs
Hydrostatic test pressure, barg
Shell side
Jacket side
Vacuum test required
Pressure drop test required
Clean/ 50% clogged
Inspection: as per a) shop inspection and testsand
30.
Notes: 1. General requirements: as per valves and specialities general requirements
2. Additional tests indicated as 'b' in shops inpection requiremets shall also be carried
out when it is applicable.
3. '*’: Bidder to furnish information.
4. Additional tests indicated as 'b' in shops inpection requirements shall
also be carried out when it is applicable.
5. Gasket shall be metal wire-reinforced and graphited both sides.
2.10.5. DATA SHEET-B (BUTTERFLY VALVE)
Sl.
No.
Item
1.0
General
5.5.
Service
5.6.
Tag nos.
5.7.
No. Of valves
Unit
No.
Sl.
No.
Item
Unit
5.8.
Design standard
5.9.
Valve category (in case api std.is
being considered)
5.10.
Disc
5.11.
Body type
5.12.
Valve size
5.13.
Valve rating / class
5.14.
Fluid handled with its spec. Gravity
5.15.
Companion flange type and class
5.16.
Type of valve operator
5.17.
Maximum flow (indicate the related
pressure also)
M3/hr,
Kpa
5.18.
Maximum flow velocity
M/s
5.19.
Design pressure
Kpa
5.20.
Operating pressure
Kpa
5.21.
Design temperature
0
5.22.
Operating temperature
0
5.23.
Valve location
5.24.
Maximum differential pressure
5.25.
Shut off class / requirements
5.26.
Valve flange face
5.27.
Type of mating flange
5.28.
Drilling standard
5.29.
Surface finish
5.30.
Preferred face to face dimension
Mm
5.31.
Power supply
Phase
,v, hz,
5.32.
Air / hydraulic supply pressure
Bar
5.33.
Valve opening / closing time
Secs
5.34.
Fail safe position of actuator
5.35.
Shut off applicability
5.36.
Frequency of valve operation
5.37.
Valve shaft orientation
5.38.
5.39.
Fire tested
Electric continuity between shaft /
Nb
c
c
Kpa
56
Sl.
No.
Item
body / disc
5.40.
Motor spec. (for motorised actuator
only)
5.41.
Application of valve for dead – end
service
5.42.
Application of valve for bi-directional
service.
6.
Accessories
6.1.
Floor stand
6.2.
Companion flange with bolts, nuts &
gaskets
6.3.
Lifting lugs
6.4.
Tapped holes in lug
6.5.
Extension spindle
6.6.
Torque & limit switch mechanism
6.7.
End limit switches
6.8.
Adjustable seat
6.9.
Reduction gear unit
6.10.
Locking device
6.11.
Valve position indicator
6.12.
Body lining
6.13.
Auxilliary hand wheel
6.14.
Blow out proof stem
7.
7.1.
7.2.
7.3.
8.
Additional requirement
Painting(refer note-9)
Seismic qualification of valve required
If yes, indicate the document no. For
response spectrum or equivalent data
which the vendor has to refer
Any other requirement
8.1.
Materials of construction
Body
8.2.
Disc
8.3.
Stem
8.4.
Seat
8.5.
Body seat rings
Unit
Sl.
No.
Item
8.6.
Disc seal rings
8.7.
Seat retaining rings
8.8.
Companion flange
9.
Tests and inspection
9.1.
Additional tests indicated as 'b' in
shops inpection requiremets shall also
be carried out when it is applicable.
9.2.
Hydrostatic test pressure for body
9.3.
Hydrostatic test pressure for disc
9.4.
Disc strength test pressure
9.5.
actuator performance test pressure
9.6.
Air leak test pressure
9.7.
Electrical continuity test
10.
Unit
Kg/c
m2
Kg/c
m2
Kg/c
m2
Kg/c
m2
Kg/c
m2
spares
10.1.
Disc seal rings
10.2.
Flange gasket
10.3.
Seat/seal clamping bolts
10.4.
'O' ring seals or gland packing
10.5.
NOTES:1. For general requirements refer valve and specialities. However, in case of overlapping
requirements, those of the data sheet a, to be considered as the final one.
2. The valve shall be designed considering the larger of the following torque requirements for
which calculations shall be submitted:
a. Calculated as per awwa-c504-80
b. Calculated as per the standard to which valve is designed.
3. For manually operated valves, torque required at hand wheel shall not exceed 7 kg.m.
4. Motor operated valve actuator shall be rated to provide an output torque of atleast 150% of
torque required as per note-2 above unless otherwise noted.
5. The actuator shall be capable of operating in any mounting angle.
6. The transmission unit shall be designed to transmit twice the valve design torque unless
otherwise noted.
7. The actuator shall provide an unseating torque of at least 50% in excess of valve seating
torque at the specified voltage unless otherwise noted.
8. Segmental welded carbon steel flange plates above 20 mm thickness shall be subjected to
preheating before welding and stress relieving after welding as per is 2825 unless otherwise
specified.
58
9. Unless otherwise specified in section –c, one coat of zinc rich primer and two coats of
enamel shall be applied to all steel and cast iron exposed surfaces. The minimum thickness
of coating shall be 100 microns.
10. The vendor may also suggest any additional spares and tools required for the successful
operation, start up and maintainence of the valve.
11. In the absence of any test related data, the relevant testing standard for butterfly valves
may be indicated.
2.10.6. DATA SHEET-C
Data to be furnished by the vendor after the
Issue of purchase order
2.11.
(a)
List of drawings and documents to be submitted for review, approval or
information with scheduled submission dates.
(b)
Quality Assurance Plan (QAP)
(c)
Drawings showing outline dimensions, clearance dimensions for disassembly,
weight, part numbers, materials of construction, test pressures, statutory and
any special requirements, sizes, tag numbers and quantities. All information
covered in data sheets A and B shall be incorporated in this drawing. The
PURCHASER'S identifying tag numbers shall be shown on each drawing or
on a sheet attached to the drawing with proper cross-references.
(d)
Operation and maintenance manuals
FIRE WATER PIPING GENERAL REQUIREMENTS
2.11.1. DATA SHEET B
8. Piping:
2. Supply of valves and specialities:
9. Welding: as per specification
3. Supply of structural steel for
pipe supports
Design data
1. Supply of pipes and fittings:
11. Valve chambers: brick masonry/
Stone masonry/rcc as per drg
commissioning of piping system:
5. Excavation and back filling:
6. Valve chambers with covers (whereever
necessary):
7. Painting and corrosion
protection:
Tests and inspection
Scope
4. Erection, testing and
10. Underground protection:
(note 1)
13.
14.
15.
Notes:
Additional tests indicated as 'b' in shops inpection requiremets shall also be carried out when it is
1. applicable.
Also be carried out when these are applicable.
*
bidder shall submit the drawing and the same shall be revised to incorporate the comments of client /
consultant before being released for construction.
60
2.12.
FIRE UNDERGROUND PROTECTION FOR PIPING
2.12.1. (DATA SHEETS A)
General and materials
1.
2.
Supply of all coating and
Wrapping materials
Soil resistivity
3.
Type of underground protection
Documents
Testing
Application
4.
5.
Application methodology
6.
7.
8.
9.
Coating thickness
Bond/ adhesion test for coating /
Wrapping tapes
Holiday test
10.
Documents required after the
Award of contract
By contractor
2.13.
FIRE PROTECTION EQUIPMENT WET PIPE TYPE SPRINKLER SYSTEM
2.13.1. DATA SHEETS B
1. Standard:
11.3 clapper:
2. Area to be covered:
3. Hazard class:
4. Quality of water: raw water
5.
6.
7. Installation control valve:
7.1 size:
7.2 pressure at inlet:
Materials of construction (contd.)
General
11.4 clapper facing:
11.5 handhole cover:
11.6 clapper/ handhole gasket:
11.7
11.8
12. Sprinkler:
7.3 end connection:
13.
7.4 water motor gong
14.
8. Sprinkler:
16. P&i diagram:
8.1 standard:
8.2 type:
8.3 nominal temperature rating:
9.
10.
11. Installation control valve:
11.1 body:
17. Ga drawing:
Companion specifications
Construction features
15.
18. Pump:
19. Piping:
20. Instruments:
21. Control panel:
22.
11.2 seat ring:
23.
24.
33. Installation control valve:
Approved subvendors
Tests and
inspection
25.
33.1
33.2
33.3
62
33.4
for installation controlvalve
sprinkler
and
33.5
27.
34. Sprinkler:
28.
34.1
29.
34.2
30.
34.3
31.
34.4
32.
34.5
Notes
1.
Test connection at the remotest nozzle shall be provided.
Additional tests indicated as 'b' in shops inpection requiremets shall also be carried
out when it is applicable.
2.
2.14.
LOW VOLTAGE INDUCTION MOTORS
2.14.1. DATA SHEET-B
1.0
Application
2.0
Manufacturer
3.0
Country of Origin
4.0
Applicable Standards
5.0
Efficiency Category( For Energy
Efficient Motors only)
6.0
Rated
(a)
(b)
(c)
Output
Speed
Frame size
7.0
Type of Duty (IS 325 or equivalent)
8.0
(a)
kW
RPM
Supply Conditions
i)
ii)
iii)
Rated Voltage
No. of Phases
Frequency
V
No(s).
Hz
(b)
Allowable Variations in
i)
ii)
iii)
9.0
Voltage
Frequency
Combined
%
%
%
Current
(a)
(b)
Full Load Amps
Starting
10.0
Method of Starting
11.0
Insulation
11.1
Class of Insulation
11.2
Whether Tropicalised
12.0
(a)
Ref. Ambient Temp.
Temp. rise of windings by Res.
Method
i) Stator
ii) Rotor
% FL
Yes/No
deg.C
(b)
(c)
Temp. rise of bearings
deg.C
deg.C
deg.C
13.0
Degree of Protection (IS 4691 or
equivalent)
14.0
Suitable for Outdoor Operation
Yes/No
15.0
Normal winding connection
Star/Delt
a
(i)
(ii)
16.0
Stator
Rotor
Space heater Rating Terminal box
Type & No. of Terminals
(i)
brought Out
Fault withstand capacity at rated
(ii)
voltage & duration
(iii) Maximum size of Aluminium
armoured cable that can be
Terminated
Watts
cores X
Sq mm
64
17.0
Dimensional Dwg. Enclosed
Yes/No
18.0
Torque
a)
Full load torque
b)
Starting torque
c)
Pull out Torque
d)
Pull up Torque
Efficiency (%)
kg-m
% FLT
% FLT
% FLT
19.09
a)
Full Load Efficiency
b)
75% Load Efficiency
c)
50% Load Efficiency
d)
25% Load Efficiency
LUBRICATION ARRANGEMENT
20
2.14.2. Low voltage induction motors data sheet-c
(a)
Information to be submitted by the vendor
(b)
After award of contract
(c)
Technical particulars as per data sheet B of tender specification. (Based on motor
manufacturer)
(d)
Type and frame size:
(e)
Starting time (Secs)
(f)
With 100% voltage at terminals
(g)
With minimum voltage at terminals (at ____ % Rated voltage)
(h)
With 110% voltage at terminals
(i)
Safe stall time at 100/110% rated voltage under hot/cold condition.
(j)
Type and size of cable for which gland is provided in the terminal box :
(k)
Type of bearings and expected life.
(l)
Total weight of motor (kg)
(m)
Weight of Stator (kg)
(n)
Weight of Rotor (kg)
(o)
Motor GD2:
(p)
Efficiency (%)
(q)
Full Load Efficiency
(r)
75% Load Efficiency
(s)
50% Load Efficiency
(t)
25% Load Efficiency
(u)
Power Factor
(v)
Full Load Power Factor
(w)
75% Load Power Factor
(x)
50% Load Power Factor
(y)
25% Load Power Factor
(z)
Torque (% FLT)
(aa)
Starting
(bb)
Maximum (Pullout torque)
(cc)
Pull up torque
(dd)
Type of Enclosure
(ee)
Cooling designation
(ff)
Space heaters
(gg)
Rated voltage/number
(hh)
Rating total
(ii)
Separate terminal box provided
(jj)
Motor reactances (Pu)
(kk)
Sub transient reactance
(ll)
Transient reactance
(mm)
Steady state reactance
(nn)
Guaranteed losses (kW)
(oo)
Iron loss
(pp)
Copper loss
(qq)
Friction, Windage & Stray losses.
(rr)
Motor outline dimension drawing (Number of copies as per distribution schedule)
(ss)
Type test certificates (Number of copies as per distribution schedule)
(tt)
Speed torque curve at rated & minimum starting voltage with Speed/Torque curve of
the driven equipment superimposed.
(uu)
Current - speed curve.
(vv)
Current - time curve.
(ww)
Efficiency, power factor, slip, current against output curve.
(xx)
Thermal withstand characteristic for motors of 100 kW & above - Hot & Cold.
66
(yy)
Negative sequence current Vs time curve for motor of 100 kW & above.
(zz)
Rotor voltage/Rotor current (for wound motors).
TECHNICAL SPECIFICATION TO BE FILLED BY BIDDER
FOR
HVAC WORKS
CLIENT
:
OFFICE OF THE DEVELOPMENT
COMMISSIONER (MSME) , MINISTRY OF
MICRO, SMALL & MEDIUM ENTERPRISES,
GOVERNMENT OF INDIA
PROJECT
: TECHNOLOGY CENTER, BHIWADI
LOCATION
: BHIWADI, RAJASTHAN
CONSULTANT
: TATA CONSULTING ENGINEERS
LIMITED
68
3.
DATA SHEET FOR HVAC WORKS
3.1.
SPLIT AIR-CONDITIONERS DATA SHEET for BIDDER
SL.
NO.
ITEM
UNIT
1.0
GENERAL
1.1
DESIGNATION
1.2
NUMBERS REQUIRED
1.3
TAG NUMBERS
1.4
REFRIGERANT USED
1.5
STAR RATING (BEE)
1.6
OPERATION
2.0
DESIGN DATA
2.1
REQUIRED
MINIMUM
CAPACITY REQUIRED
2.2
DESIGN OUTDOOR CONDITIONS
2.2.1
DRY BULB TEMPERATURE
0C
2.2.2
WET BULB TEMPERATURE
0C
2.3
DESIGN INDOOR CONDITIONS
2.3.1
DRY BULB TEMPERATURE
0C
2.3.2
WET BULB TEMPERATURE
0C
3.0
INDOOR UNIT
3.1
TYPE
3.2
REQUIRED
DEHUMIDIFIED
AIR
FLOW CAPACITY OF EACH INDOOR
UNIT
3.3
FILTRATION
3.3.1
ANTIDUST FILTERS (PRE-FILTERS)
3.3.2
DEODORIZATION FILTERS
3.3.3
ANTI-BACTERIA FILTERS
3.4
ULTRAVIOLET SCREEN
3.5
FAN TYPE
3.6
FAN SPEED
3.7
FAN MOTOR TYPE
3.8
Nos.
ACTUAL
NOISE LEVEL @ 1.0 M FROM UNIT
TR
dB(A)
SL.
NO.
ITEM
3.9
NO. OF UNITS / OUTDOOR
3.10
RETURN GRILLE
3.11
COOLING COIL
3.12
FINS
3.13
ANTI-CORROSIVE
COIL
4.0
OUTDOOR UNIT
4.1
COMPRESSOR
4.2
VIBRATION ISOLATORS
4.3
NOISE LEVEL @ 1.0 M FROM UNIT
4.4
ANTI-CORROSIVE
BODY
4.5
ANTI-CORROSIVE COATING ON COIL
4.6
FAN TYPE
4.7
FAN SPEED
5.0
ELECTRICAL
5.1
OUTDOOR MOTOR
5.2
POWER SUPPLY
5.3
POWER SUPPLY LOCATION
UNIT
COATING
COATING
ON
dB(A)
ON
MINIMUM CABLE LENGTH WITH PLUG &
5.4
SOCKET
6.0
INTERCONNECTED PIPING
6.1
MAXIMUM PERMISSIBLE DISTANCE
BETWEEN IDU AND ODU
6.1.1
VERTICAL
m
m
6.1.2
TOTAL
m
6.2
INSULATED
REFRIGERANT
m
PIPING BETWEEN IDU AND ODU
6.3
ACCESSORIES IN REFRIGERANT
PIPING
6.3.1
ECONOMIZER
6.3.2
SIGHT GLASS
6.4
INSULATED CONDENSATE DRAIN
PIPING
7.0
ACCESSORIES, AUXILIARIES AND
SERVICES
70
SL.
NO.
ITEM
UNIT
7.1
CORDLESS
CONTROLLER
REMOTE
7.2
OCCUPANCY SENSOR IN IDU
7.3
ON-OFF TIMER
7.4
MOUNTING FRAME FOR IDU &
ODU WITH ALL ACCESSORIES
7.5
MOUNTING FRAME WITH EPOXY
COATING
7.6
SEQUENTIAL CONTROLLER
8.0
SPARES
AND
MAINTENANCE
TOOLS AND TACKLES
8.1
8.2
ESSENTIAL SPARES
8.3
SPECIAL TOOLS
9.0
PERFORMANCE GUARANTEES
9.1
CAPACITY OF EACH SAC AT DESIGN
TR
CONDITION
9.4
TOTAL POWER INPUT AT DESIGN
kW
CONDITION
DEHUMIDIFIED AIR FLOW OF
m3/hr
INDOOR UNIT
NOISE LEVEL
9.4.1
AT INDOOR UNIT @ 1.0 M
dB(A)
9.4.2
AT OUTDOOR UNIT @ 1.0 M
dB(A)
10.0
COST LOADING AND PENALTY
10.1
FOR DIFFERENTIAL TOTAL POWER
Rs/kW
INPUT AT DESIGN CONDITIONS
11.0
TESTS AND INSPECTION
9.2
9.3
11.1
AS PER STANDARD
3.2.
AIR-COOLED VARIABLE REFRIGERANT FLOW SYSTEM DATA SHEET for
BIDDER:
1.0 Make
2.0 Casing
3.0 Type: Ductable/ Cassete/ High wall
4.0 Dimension WxDxH (M)
Dakin/ Bluestar/ Voltas
CS/ (CS/ CAST AL)/ EN8
Ductable/Package Floor Mounted/ High
wall
Ducatble Package Floor Mounted
High wall
VRF Table is given below
5.0 Cooling Capacity
6.0 Air quantity at max. Speed
And 1 m long duct collar CMH
7.0 Air quantity at min. Speed
And 1.0 m. Long duct collar CMH
8.0 Whether auxiliary drain pan
Provided: Yes/No.
Yes/No.
9.0 Make & model of room thermostat.
10.0 Whether acoustic lined
Yes/No.
duct collar included in Unit price
Yes/No.
11.0 Does Indoor Unit have return air
plenum. Yes/No.
Yes/No.
12.0 Noise Level at 1 m distance:
db
OUTDOOR
1. Manufacturer
2. Type
3. Model
4. Overall dimensions (mm) WxDxH
5. Operating Weight (kg.)
6. No. of fans
7. CMH per fan
8. Outlet velocity (Mts. Per min)
9. Tip speed (Mts per min)
10. Compressor Type
11. Vibration isolator
12. Noise Level at 1 m distance:
Dakin/ Bluestar/ Voltas
300
Rubber pads
db
72
3.3.
THERMAL INSULATION FOR COLD SURFACES DATA SHEET for BIDDER:
SL.
NO.
1.
ITEM
INSULATION MATERIALS
1.1
EQUIPMENT
1.2
PIPING SYSTEMS
1.3
AIR-CONDITIONING DUCT
2
INSULATION ADHESIVES
3.
VAPOUR BARRIERS
4.
FINISHING MATERIALS
4.1
EQUIPMENT
4.2
PIPING SYSTEMS
4.3
AIR-CONDITIONING DUCT
5.0
DENSITY OF EACH OF THE INSULATING
Kg/M3
MATERIALS
6.0
IS
ANY
INSULATION
MATERIAL
CORROSIVE TO CARBON STEEL OR
ALLOY STEEL SURFACE IN CONTACT
7.0
INSULATION THICKNESSES FOR ALL
INSULATION MATERIALS SELECTED, IN
THE FORMAT SIMILAR TO THAT IN
DATA SHEET A, TO BE ENCLOSED.
3.4.
SL.
NO.
PANEL TYPE AIR FILTERS:
ITEM
UNIT
1.
DESIGNATION
2.
NUMBER OFFERED:
3.
TAG NUMBERS:
4.
MAKE AND MODEL NUMBER
5.
PLACE OF MANUFACTURE
6.
NORMAL
CAPACITY
AT M3/Hr
SUCTION
CONDITIONS
7.
STATIC PRESSURE
mmW
C
8.
STATIC EFFICIENCY
9.
MATERIALS
%
OF
CONSTRUCTION
9.1
CS /GI WITH 220 GSM ON BOTH
CASING
SIDES
9.2
IMPELLER
CS / CAST AL / PP / PPG / PAG
9.3
SHAFT
EN 8 /
10.
IMPELLER DIAMETER
mm
11.
IMPELLER SPEED
RPM
12.
POWER REQUIREMENT
12.1.
POWER INPUT TO FAN AT DUTY KW
POINT (BKW)
12.2
MAXIMUM
REQUIREMENT
POWER KW
AT SELECTED
SPEED
12.3
MOTOR RATING
KW
74
SL.
NO.
12.4
ITEM
UNIT
POWER INPUT TO MOTOR AT KW
DUTY POINT
13
WEIGHT
OF
FAN-MOTOR Kg
ASSEMBLY
14.
NOISE LEVEL AT
DISTANCE FROM FAN
1.5
M dB(A)
15.
SL.
ITEM
UNIT
NO.
16
DOCUMENTS TO BE ENCLOSED
WHETHER ENCLOSED
GENERAL ARRANGEMENT
YES / NO
DRAWING WITH
MAJOR DIMENSIONS
17.
PARTS LIST WITH CODES AND
YES / NO
MATERIALS
OF CONSTRUCTION
18.
RATING CHARTS OR TABLES
YES / NO
WITH
SELECTION MARKED
19.
PERFORMANCE CURVE WITH
YES / NO
DUTY POINT
MARKED
20.
FAN MOUNTING DETAILS WITH
YES / NO
WALL
OPENING REQUIREMENTS
21.
RECOMMENDED SPARE PARTS
LIST FOR
2 YEARS NORMAL OPERATION
PERFORMANCE GUARANTEES
YES / NO
SL.
NO.
22.
ITEM
CAPACITY
UNIT
AT
SUCTION M3/Hr
(+)
(-)
mmW
(+)
(-)
(+)
(-)
CONDITIONS
23.
STATIC PRESSURE
C
24.
POWER CONSUMPTION
KW
76
DESIGN DATA
GENERAL
3.5.
AIR WASHER DATA SHEET for BIDDER:
SL.
NO.
1.
ITEM
DESIGNATION
AIR WASHER FOR
2.
NUMBERS OFFERED
(W + S)
3.
TAG NUMBERS
4.
MAKE, MODEL
PLACE OF
NUMBER
AND
MANUFACTURE
5.
OVERALL
L x B x H
6.
EPOXY
PAINTING
MATERIALS
7.
TYPE OF AIR WASHER
8.
AIR HANDLING CAPACITY
M3/Hr
9.
SATURATION EFFICIENCY
%
10.
MAXIMUM FACE AIR VELOCITY
M/Sec
11.
AIR SIDE PRESSURE DROP
mmW
C
12.
RECIRCULATING
RATE
13.
MAKE-UP WATER FLOW RATE
14.
SPRAY TYPE
14.1
NUMBER OF SPRAY BANKS
14.2
NUMBER OF SPRAY NOZZLES PER
SPRAY
BANK
14.3
NUMBER OF FLOODING NOZZLES
14.4
CAPACITY
NOZZLE
14.5
CAPACITY OF EACH FLOODING M3/Hr
NOZZLE
14.6
PRESSURE
DROP
SPRAY NOZZLE
14.7
PRESSURE DROP THROUGH
FLOODING
NOZZLE
SIZE mm
OF
OF
CS
x
x
YES / NO
SPRAY TYPE / RIGID
MEDIA
PAD TYPE
FLOW M3/Hr
WATER
EACH
M3/Hr
SPRAY M3/Hr
THROUGH Kg/cm2
Kg/cm2
14.8
PRESSURE REQUIRED AT INLET
OF SPRAY
Kg/cm2
g
HEADER
MATERIALS OF
CONSTRUCTION
DESIGN DATA (CONTINUED)
SL.
NO.
14.9
ITEM
PRESSURE REQUIRED AT INLET
OF
FLOODING NOZZLE HEADER
14.10
NUMBER OF SUCTION SCREENS
14.11
SIZE OF EACH SUCTION SCREEN L mm
x B
15.
RIGID MEDIA PAD TYPE
15.1
DEPTH OF PAD
15.2
OVERALL SIZE OF PAD
15.3
METHOD OF CLEANING
15.4
FREQUENCY OF CLEANING
16.
TANK
17.
CATWALK
18.
AIR DISTRIBUTION PLATES
19.
SPRAY NOZZLES
20.
FLOODING NOZZLES
21.
INSPECTION DOOR
22.
ELIMINATOR PLATES
23.
SUCTION SCREEN
24.
PAD FOR RIGID MEDIA PAD TYPE
25.
x
mm
L x B
TO BE INCLUDED
mm
x
DAYS
YES / NO
MAKE-UP WITH FLOAT VALVE AND
QUICK-FILL CONNECTIONS WITH
ISOLATING
ACCESSORIES
Kg/cm2
g
YES / NO
VALVE, ETC.
26.
DRAIN WITH ISOLATING VALVE
AND
OVERFLOW CONNECTION, ETC.
YES / NO
27.
MARINE LIGHTS
YES / NO
28.
INSPECTION DOOR
YES / NO
29.
SUPPORTING FRAME WORK FOR
ITEMS AT
SL. NO. 16 TO 24 AND 27 ABOVE
YES / NO
78
SL.
NO.
30.
31.
32.
ITEM
TO BE INCLUDED
YES / NO
WATER LEVEL SWITCH WITH ALARM AND
INTERLOCKING WITH PUMP
YES / NO
ACCESS
HANDRAILS
LADDERS
LADDERS
AND
SUCTION SUMP COVER
WITH
MONKEY
YES / NO
YES / NO
3.6.
AXIAL FANS FOR VENTILATION SYSTEM
SL.
NO.
1.
ITEM
2.
NUMBER OFFERED
3.
TAG NUMBERS
4.
TYPE
5.
MAKE AND MODEL NUMBER
6.
PLACE OF MANUFACTURE
7.
NORMAL CAPACITY AT SUCTION
DESIGNATION
CONDITIONS
M3/Hr
8.
STATIC PRESSURE
Mm
WC
9.
STATIC EFFICIENCY
%
10.
MATERIALS OF CONSTRUCTION
10.1
CASING
10.2
IMPELLER
10.3
SHAFT
11.
IMPELLER DIAMETER
mm
12.
IMPELLER SPEED
RPM
13.
POWER REQUIREMENT
13.1
POWER INPUT TO FAN AT DUTY POINT KW
(BKW)
13.2
MAXIMUM POWER REQUIREMENT AT
SELECTED SPEED
KW
13.3
MOTOR RATING
KW
13.4
POWER INPUT TO MOTOR AT DUTY KW
POINT
14.
WEIGHT OF FAN-MOTOR ASSEMBLY
15.
MINIMUM CAPACITY FOR STABLE
OPERATION
Kg
M3/Hr
80
SL.
NO.
16.
ITEM
NOISE LEVEL AT 1.5 M DISTANCE FROM dB(A)
FAN
DOCUMENTS TO BE ENCLOSED
17.
GENERAL
WITH
ARRANGEMENT
DRAWING
MAJOR DIMENSIONS
18.
PARTS LIST
MATERIALS
WITH
CODES
AND
OF CONSTRUCTION
19.
RATING CHARTS OR TABLES WITH
SELECTION MARKED
20.
PERFORMANCE CURVE WITH DUTY
POINT
MARKED
21.
FAN MOUNTING DETAILS WITH WALL
OPENING REQUIREMENTS
22.
RECOMMENDED SPARE PARTS LIST
FOR
2 YEARS NORMAL OPERATION
PERFORMANCE GUARANTEES
23.
CAPACITY AT SUCTION CONDITIONS
M3/Hr
24.
STATIC PRESSURE
Mm
WC
25.
POWER CONSUMPTION
KW
TECHNICAL SPECIFICATION TO BE FILLED BY BIDDER
FOR
COMPRESSED AIR WORKS
CLIENT
:
OFFICE OF THE DEVELOPMENT
COMMISSIONER (MSME) , MINISTRY OF
MICRO, SMALL & MEDIUM ENTERPRISES,
GOVERNMENT OF INDIA
PROJECT
: TECHNOLOGY CENTER, BHIWADI
LOCATION
: BHIWADI, RAJASTHAN
CONSULTANT
: TATA CONSULTING ENGINEERS
LIMITED
82
4.
DATA SHEET FOR COMPRESSED AIR WORKS
4.1.
DATA SHEET B :AIR COMPRESSOR
GENERAL
TO BE FILLED BY BIDDER
SL.
NO.
CONTRACTOR
1.
2.
3.
4.
DESIGNATION
NUMBER OFFERED
TAG NUMBERS
TYPE OF COMPRESSOR
5.
MAKE AND MODEL
NUMBER
ITEM
COMPRESSORS FOR
(W+S)
RECIPROCATING/CENTRIFUGAL/
SCREW
LUBRICATED / NONLUBRICATED
6.
7.
RECIP
8.
9.
10.
COMPRESSOR DATA
11.
12.
13.
14.
15.
NUMBER OF STAGES
NUMBER OF CYLINDERS
PER
STAGE
TYPE OF CYLINDER
CYLINDER LINER
PROVIDED
SINGLE ACTING /DOUBLE
ACTING
CAPACITY (FAD)
MASS FLOW RATE
TYPE OF SUCTION AND
DISCAHRGE VALVE
16
17.
SUCTION PRESSURE
VER /
HOR
YES / NO
SINGLE/
DOUBLE
CENT
SCREW
NA
NA
NA
NA
NA
NA
NA
NA
3
M / Hr
Kg/Hr
NA
PLATE /
NA
IGV/
BUTTERF
LY
CHANNE BUTTERFL / PISTON
L
Y
TYPE
VALVE
VALVE
(OP)
(OP)
AT
AT
SUCTION SUCTION
Kg/
cm2(g)
DISCHARGE PRESSURE
Kg/
cm2(g)
LEGEND : RECIP = RECIPROCATING, CENT= CENTRIFUGAL, VER =
VERTICAL,
HOR = HORIZONTAL,IGV = INLET GUIDE VANES, OP = OPTIONAL, NA =
NOT APPLICABLE
SL.
NO.
18.
19.
20.
21.
COMPRESSORS DATA (CONTD.)
22.
23.
24.
25.
26.
27.
28.
29.
30.
31.
32.
33.
CONTRACTOR
ITEM
SUCTION TEMPERATURE EACH STAGE
DISCHARGE
TEMPERATURE EACH STAGE
SELECTED COMPRESSOR
SPEED
BKW AT SELECTED
COMPRESSOR
SPEED
RECOMMENDED
MAXIMUM
SPEED
BKW AT RECOMMENDED
MAXIMUM SPEED
VOLUMETRIC EFFICIENCY
MECHANICAL EFFICIENCY
MOTOR RATING AND
SPEED
LUBE OIL CONSUMPTION
FOR EACH COMPRESSOR
LUBE OIL PUMP DRIVEN
BY
COMPRESSOR MOTOR
MOTOR RATING, IF LUBE
OIL
PUMP IS DRIVEN BY
SEPARATE
MOTOR
AUXILIARY LUBE OIL
PUMP
TO BE PROVIDED
AUXILIARY LUBE OIL
PUMP
MOTOR RATING AND
SPEED
TYPE AND MAKE OF
BEARINGS
COOLING WATER
0
RECIP
CENT
SCREW
/
/
/
YES/ NO
YES/ NO
YES/ NO
C
0
C
RPM
KW
RPM
KW
%
%
KW/RP
M
LPM
KW
WHETHER PROVIDED
YES/ NO
/
KW/RP
M
/
/
84
33.1
33.1.
1
33.1.
2
33.1.
3
33.2
33.2.
1
33.2.
2
33.2.
3
33.2.
4
33.2.
5
34.
34.1
34.2
34.3
34.4
34.5
35.
35.1
35.2
35.3
35.4
REQUIREMENTS (NOTE 1)
FOR COMPRESSOR
COOLING
FLOW RATE
INLET AND MINIMUM
OUTLET
PRESSURE
INLET AND MAXIMUM
OUTLET
TEMPERATURE
FOR BEARING COOLING IF REQIRED
FLOW RATE
INLET AND MINIMUM
OUTLET
PRESSURE
INLET AND MAXIMUM
OUTLET
TEMPERATURE
INTAKE FILTER TYPE
FILTER ELEMENT
RATED CAPACITY
EFFICIENCY
DESCRIPTIVE LITERATURE
TO BE ENCLOSED
CAPACITY CONTROL
TYPE AND NUMBER OF
STEPS
METHOD EMPLOYED IN
CASE OF CONSTANT SPEED
TYPE
CONTROL SYSTEM WRITEUP TO
BE ENCLOSED
WIRING AND TUBING
DIAGRAM
WITH CONTROL SCHEME TO
BE
M3/ Hr
/
/
/
/
/
/
/
/
/
/
/
/
Kg/cm
2
(g)
0
C
M3/ Hr
Kg/cm2
(g)
0
C
M3/ Hr
%
WHETHER ENCLOSED
YES/ NO
BY SPEED VARIATION / AT
CONSTANT SPEED AND
WHETHER ENCLOSED
YES/ NO
WHETHER ENCLOSED
YES / NO
36.
36.1
36.2
37.
37.1
37.2
38.
39.
ENCLOSED
EQUIPMENT AND
ACCESSORIES
MOUNTED ON COMMON
BASE
FRAME WITH THE
COMPRESSOR
WEIGHT OF ENTIRE UNIT
MOUNTED
ON COMMON BASE FRAME
OVERALL DIMENSIONS OF
COMMON BASE FRAME L
X W
EQUIPMENT AND
ACCESSORIES
MOUNTED ON SEPARATE
BASE
FRAME
WEIGHT OF EQUIPMENT
AND ACCESSORIES
MOUNTED ON SEPARATE
BASE FRAME
OVERALL DIMENSIONS OF
SEPARATE BASE FRAME L
X W
NAME AND OVERALL
DIMENSIONS
OF SINGLE LARGEST
COMPONENT
TO BE LIFTED
LXWXH
NAME AND WEIGHT OF
HEAVIEST
SINGLE COMPONENT TO BE
LIFTED
Kg
X
X
X
X
X
X
M
Kg
M
M
X
X
Kg
COMPRESSOR DATA (CONTD.)
INTER-COOLERS / AFTERCOOLERS (CONTD.)
RECIP
40.
42.1
SUCTION FLANGE - FIRST
STAGE
SIZE/ STANDARD/ RATING
DISCHARGE FLANGE FINAL
STAGE - SIZE/ STANDARD/
RATING
IF DRIVE MOTOR IS TO BE
FURNISHED BY THE
PURCHASER
RATING/ SPEED
42.2
STARTING TORQUE
41.
42.
X
mm
NB/
mm
NB/
KW/RP
M
Kg M
CENT
SCREW
86
42.3
43.
DIRECTION OF ROTATION
OF MOTOR AS VIEWED
FROM COUPLING END
ALL THE ACCESSORIES AS
CALLED FOR IN DATA
SHEET A
TO BE INCLUDED
/
/
/
WHETHER INCLUDED
YES / NO
44.
I/C
1 STG
45.
46.
47.
DESIGNATION
NUMBER OFFERED
TAG NUMBERS
48.
TYPE
49.
50.
CAPACITY (FAD)
COOLING WATER FLOW
RATE
AIR/ GAS INLET/OUTLET
51.
TEMPERATURE
52.
COOLING WATER INLET/
MAXIMUM OUTLET
TEMPERATURE
A/C
2 STG
3 STG
VER/ HOR
VER/HO
R
M3/Hr
M3/ Hr
0
0
/
/
/
/
/
/
/
/
C
C
I/C
53.
54.
55.
56.
57.
58.
59.
60.
61.
62.
63.
AIR/ GAS INLET AND
OUTLET
PRESSURE
/
/
/
/
/
/
/
/
Kg/cm2(
g)
COOLING WATER INLET/
MINIMUM OUTLET
PRESSURE
COOLING SURFACE AREA
DESIGN PRESSURE - AIR/
GAS SIDE
DESIGN PRESSURE - WATER
SIDE
CODE OF CONSTRUCTION
CORROSION ALLOWANCE
NUMBER OF PASSES
EMPTY WEIGHT
OPERATING WEIGHT
WATER FILLED WEIGHT
A/C
2
Kg/cm (
g)
M2
Kg/cm2(
g)
Kg/cm2(
g)
mm
Kg
Kg
Kg
3
3
3
3
RECEIVERS
RECEIVERS (CONTD.)
64.
ALL THE ACCESSORIES
65.
66.
67.
68.
AS CALLED FOR IN DATA
SHEET A
TO BE INCLUDED
DESIGNATION
NUMBER OFFERED
TAG NUMBERS
TYPE
69.
70.
70.1
70.2
71.
CAPACITY
SIZE
DIAMETER
HEIGHT TAN TO TAN
DESIGN PRESSURE
72.
73.
74.
74.1
74.2
75.
75.1
75.2
75.3
CODE OF CONSTRUCTION
CORROSION ALLOWANCE
THICKNESS
SHELL
DISHED ENDS
WEIGHT
76.
ALL THE ACCESSORIES AS
CALLED
FOR IN DATA SHEET A TO BE
INCLUDED
ALL THE VALVES,
SPECIALITIES,
INSTRUMENTS, COUNTER
FLANGES,
FOUNDATION BOLTS ETC. AS
CALLED FOR IN DATA SHEET
A AND
AS PER ENCLOSED P & I D TO
BE
INCLUDED
CAPACITY OF COMPRESSOR
MISCELLANEOUS
77.
PERFORMANCE
GUARANTEES
78.
79.
EMPTY
OPERATING
FILLED WITH WATER
DISCHARGE PRESSURE
80.
POWER CONSUMPTION
81.
TEMPERATURE OF AIR AT
OUTLET OF AFTER-COOLER
COOLING WATER FLOW RATE
82.
WHETHER INCLUDED
YES / NO
RECEIVERS FOR
VER/
HOR
VER/
HOR
VER/
HOR
M3
mm
mm
Kg/cm2(
g)
mm
mm
mm
Kg
Kg
Kg
WHETHER INCLUDED
YES / NO
WHETHER INCLUDED
YES / NO
M3/ Hr
(+)
()
(+)
()
(+)
()
(+)
()
(+)
()
2
Kg/cm (
g)
KW
0
C
M3/ Hr
88
83.
84.
COOLING WATER OUTLET
TEMP.
COOLING WATER PRESSURE
DROP
0
C
Kg/cm2(
g)
(+)
()
(+)
()
85.
Notes
1. IF AIR COOLED COMPRESSOR IS OFFRERED, CONTRACTOR TO FURNISH
COOLING SYSTEM
DETAILS LIKE NATURAL OR FORCED COOLING, FAN CAPACITY, MOTOR
RATING ETC.
LEGEND : I/C = INTER-COOLER, A/C = AFTER-COOLER, STG = STAGE
NOTES TO CONTRACTOR
1. DATA SPECIFIED IN DATA SHEET-A HAS SIGNATURE OF
NOT BEEN REPRODUCED IN DATA SHEET- CONTRACTOR
B. IN CASE OF DEPARTURE FROM DATA
SHEET-A, CONTRACTOR SHALL BRING OUT
THE SAME IN SCHEDULE OF DEVIATIONS,
FAILING WHICH IT SHALL BE CONSTRUED DATE
THAT CONTRACTOR COMPLIES WITH THE
REQUIREMENTS STIPULATED IN DATA
SHEET-A.
2. THIS DATA SHEET SHALL BE FILLED UP
COMPLETELY AND A COPY SHALL BE
ENCLOSED WITH EACH COPY OF THE BID.
4.2.
DATA SHEET C : AIR COMPRESSOR
DATA TO BE FURNISHED BY THE CONTRACTOR AFTER THE
AWARD OF CONTRACT
1.
List of drawings and documents to be submitted for review, approval and information
with scheduled submission dates
2.
Quality Assurance Plan (QAP)
3.
Calculations for compressor capacity, drive motor rating, selection of speed reducers
and couplings. Torsional vibration analysis for centrifugal and screw compressors
4.
Thermal design calculations for inter-coolers, after-coolers and oil-coolers
5.
Detailed P&I diagram showing clearly the scope of supply of equipment, piping with
line sizes and material specifications, valves, specialities, instrumentation and control
and all the accessories. All equipment, lines, valves, specialities and instruments shall
be tagged as per the PURCHASER’s procedure to be given to the successful
CONTRACTOR. All terminal points shall be clearly identified. All design data and
other information furnished in data sheets A and B shall be covered either in this
drawing or other relevant drawings or documents mentioned below.
6.
Detailed equipment list and bill of materials of all items in the CONTRACTOR’s
scope
7.
Sub-vendor list for all bought-out items
8.
Mechanical design calculations for inter-coolers, after-coolers, oil-coolers, moisture
and oil separator and receivers
9.
Characteristic curves of compressors. For centrifugal compressors, in addition to
curves for operating conditions, characteristic curves shall be submitted considering
minimum and maximum ambient temperature, minimum and maximum humidity and
minimum and maximum frequency conditions
10.
Dimensioned to-scale equipment layout drawing showing all equipment, accessories,
relevant external dimensions, location and elevation of terminal points, details of
piping and electrical connections to be made by the PURCHASER, clearances
required for erection, dismantling, operation and maintenance
11.
Dimensioned cross-section drawings of compressors and other proprietary items with
part list and materials of construction
12.
Detailed fabrication drawings of all fabricated equipment like inter-coolers, aftercoolers, air receivers etc.
13.
Line designation schedule for all lines in the CONTRACTOR’S scope
14.
List of valves, specialities and instruments in the CONTRACTOR’S scope with tag
numbers, type, makes, pressure ratings, materials of construction and ranges for
instruments etc.
15.
Manufacturer’s drawings, data sheets and catalogues for valves, specialities and
instruments etc.
16.
Dimensioned to-scale piping layout drawing for piping in the CONTRACTOR’s
scope with allowable forces and moments on the piping nozzles and displacement of
the nozzles
17.
Overall foundation plan, base frame drawing for each equipment, static and dynamic
loads on each of the anchor bolts and dimensional details of pockets and anchor bolts
18.
Motor drawings
19.
Electrical control wiring diagrams with all interlocks
20.
Control philosophy, interlock description and logic diagrams
90
21.
Dimensional to-scale general arrangement and section drawings of MCC and
instrument control panel with complete bill of materials
22.
List of alarms and trip settings
23.
Erection, start-up, operation and maintenance manual complete with lubrication
schedule etc.
4.3.
DATA SHEET B– AIR DRYING PLANT (REFRIGERATED TYPE)
SL. NO.
ITEM
1.0
GENERAL
1.1
DESIGNATION
1.2
NUMBER REQUIRED
1.3
TAG NUMBERS
1.4
OPERATION
1.5
LOCATION
UNIT
SPECIFICATION
AIR DRYING PLANT FOR
Hrs/D
CONTINUOUS
AY
INTERMITTENT
INDOOR / OUTDOOR
OIL
1.6
/
INLET AIR QUALITY
FREE
OR
OIL
CONTAMINATED
COMPRESSED AIR
1.7
APPLICABLE CODE
2.0
DESIGN DATA
2.1
DESIGN CAPACITY (FAD)
2.2
OPERATING PRESSURE
2.3
DESIGN PRESSURE
IS
11989
(2.4.7.1)
M3/H
r
Kg/c
m²(g)
Kg/c
m²(g)
/
ISO-8573-1
SL. NO.
ITEM
UNIT
MAXIMUM
2.4
PRESSURE
ALLOWABLE
DROP
ACROSS
AIR
DRYING PLANT
Kg/c
m²
SPECIFICATION
0.5
2.5
AIR INLET TEMPERATURE
C
2.6
AIR OUTLET TEMPERATURE
C
2.7
OUTLET AIR DEW POINT (NOTE 1)
2.7.1
AT ATMOSPHERIC PRESSURE
C
(-) 15
2.7.2
AT OPERATING PRESSURE
C
(+) 3
QUALITY
2.8
2.9
COOLING
CW INLET TEMPERATURE
ALLOWABLE
CW
OUTLET TEMPERATURE
SL. NO.
ITEM
2.11
CW INLET PRESURE
MAXIMUM
2.12
WATER
(CW)
MAXIMUM
2.10
OF
C
UNIT
ALLOWABLE
Kg/c
m²(g)
CW Kg/c
PRESSURE DROP
m²
2.13
CONTROL POWER SUPPLY
V
2.14
P&I DIAGRAM NO.
2.15
PIPING
2.16
TYPE OF REFRIGERANT
3.0
AIR-TO-AIR HEAT EXCHANGER
3.1
DESIGN CODES
3.2
CORROSION ALLOWANCE
REFER PIPING MATERIAL
SPECIFICATION (PMS)
R407C, R410A, R134
ASME SEC VIII DIV 1 AND
TEMA C
mm
1.5
92
SL. NO.
ITEM
3.3
SHELL
UNIT
SPECIFICATION
SA 106 GR B / IS 2002 GR 2
COPPER/ADMIRALITY
3.4
TUBES
BRASS AS PER BS EN
1057(NOTE 2)
3.5
TUBE SHEET
IS 2002 GR 2 / SA 105
3.6
BAFFLE PLATES
IS 2062 GR B / IS 2002 GR 2
3.7
MOISTURE SEPARATOR
CENTRIFUGAL TYPE WITH
DEMISTER
PAD
AND
AUTOMATIC DRAIN TRAP
4.0
CONTROLS (NOTE 3)
CONTROL
4.1
SIGNAL
LAMPS
FOR
POWER, CONTROL SUPPLY ON
REQUIRED
4.2
SWITCHES/PUSH BUTTONS FOR
4.2.1
COMPRESSOR ON / OFF
REQUIRED
4.2.2
ACKNOWLEDGE/RESET/ TEST
REQUIRED
AUTO/MANUAL
4.2.3
CHANGEOVER
REQUIRED
SELECTOR SWITCH
4.3
ANNUNCIATION SYSTEM
5.0
MISCELLANEOUS
REQUIRED
BY PASS ARRANGEMENT FOR THE
5.1
PLANT REQUIRED
YES / NO
ALL THE VALVES, SPECIALITIES,
5.2
INSTRUMENTS AND ACCESSORIES
REQUIRED
AS PER ENCLOSED P&ID
COUNTER FLANGES FOR ALL THE
5.3
CONNECTIONS
AT
LIMITS
NUTS,
WITH
BATTERY
STUDS
BOLTS, GASKETS AND WASHERS
YES / NO
SL. NO.
ITEM
UNIT
SPECIFICATION
REQUIRED
5.4
FLANGES
AS PER ANSI B16.5
5.5
FOUNDATION BOLTS REQUIRED
YES / NO
5.6
ERECTION BY CONTRACTOR
YES / NO
ERECTION
5.7
SUPERVISION
BY
YES / NO
CONTRACTOR
6.0
PAINTING
6.1
PRIMER
6.1.1
NUMBER OF COATS
6.1.2
DRY FILM THICKNESS PER COAT
6.2
FINISH PAINT
RED OXIDE/ EPOXY
µ
SYNTHETIC
EPOXY /
NUMBER OF COATS
DRY FILM THICKNESS PER COAT
7.0
COMPANION SPECIFICATIONS
7.1
INSULATION
8.0
SPARES
AND
MAINTENANCE
TOOLS AND TACKLES
8.1
8.2
ESSENTIAL SPARES
9.0
TESTS AND INSPECTION
9.1
9.2
10.0
PERFORMANCE GUARANTEES
10.1
DESIGN CAPACITY (FAD)
µ
ENAMEL
/
94
SL. NO.
ITEM
UNIT
M3/H
r
M3/H
OUTLET
AIR
DEW
POINT
0.00
C
(+)
0.00
C
()
C
(+)
C
()
AT
ATMOSPHERIC
PRESSURE
10.3
(+)
()
r
10.2
SPECIFICATION
PRESSURE DEW POINT AT OUTLET
0.00
AIR PRESSURE DROP ACROSS THE
10.4
PLANT
Kg/c
m²
Kg/c
m²
(+)
0.00
()
TOTAL POWER CONSUMPTION PER
10.5
11.0
CYCLE
(+)
KW
()
0.00
COST LOADING AND PENALTY
TOTAL POWER CONSUMPTION /
11.1
KW
CYCLE
Rs.
/ KW
4.4.
WELDED UNFIRED PRESSURE VESSEL DATA SHEET C :
DATA TO BE FURNISHED BY THE VENDOR AFTER THE ISSUE OF
PURCHASE ORDER
1. Schedule of complete design calculations, drawings and documents to be submitted along
with submission dates
2. Quality Assurance Plan (QAP)
3. Complete design calculations
4. General arrangement drawing indicating overall dimensions, complete design data,
general notes, BOM, specifications of each of the pressure and non-pressure parts,
nozzle schedule with nozzle tag number, service, size, nozzle wall thickness, complete
end connection details, nozzle elevations, locations, and orientation, support details,
locations and orientation etc. Operating weight, erection weight and weight filled with
water shall be indicated.
5. Detailed fabrication drawing for each part and welding details
6. Details of internals
7. Details of external cleats and structurals
8. Welding procedure
4.5.
MOTOR DATASHEETS B :
TO BE FILLED BY BIDDER
1.
Application/Designation
0
2.
Manufacturer
0
3.
Applicable standards
4.
Country of Origin
5.
Efficiency Category( For Energy
Efficient Motors only)
6.
Rated
3
a) Output
KW
b) Speed
RPM
c) Frame size
7.
Type of Duty (CI.10.2 of IS 325 OR CL9.3 OF IS 4722)
8.
Supply conditions
96
a) 1) Rated voltage
V
2) No. of phases
3) Frequency
Hz
b) Allowable Variations in
1) Voltage
%
2)
Frequency
%
3)
Combined
%
c) Permissible Unbalance in Supply
Voltage
9.
%
Current
a) Full Load
Amp
s
b) Starting
% FL
10.
Method of Starting
11.
Insulation
11.1
Class of Insulation
11.2
Whether Tropicalised
12.
a) Reference ambient Temperature
Yes/
No
b) Temp. rise by res. Method
Stator
0
C
Rotor
0
C
c) Temp. rise of bearing
0
C
13.
Type of bearing Lubricating Grease / Oil
14.
Facility for On line Greasing of bearing
for motors above 15kW
15.
Degree of Protection(IS 4691 or
equivalent)
16.
Suitable for Outdoor Operation
Yes/No
17.
Normal winding connection
Star/Delta
18.
Space Heater rating
Watt
19.
Noise level
db
20.
(i) Type & No. of Terminals brought Out
(ii) Fault withstand capacity at rated
voltage & duration
iii) Maximum size of Aluminium
armoured cable that can be Terminated
cores
X Sq
mm
1.0
2.0
3.0
3.1
3.2
3.3
4.0
5.0
6.0
7.0
7.1
7.2
8.0
9.0
9.1
9.2
9.3
9.4
10.0
10.1
10.2
10.3
10.4
11.0
11.1
21.
Dimensional Dwg. Enclosed
22.
Torque
22.1
Full Load
Kgm
22.2
Starting torque
%FL
T
22.3
Pull out Torque
%FL
T
22.4
Pull up Torque
%FL
T
INFORMATION TO BE SUBMITTED BY THE CONTRACTOR
AFTER AWARD OF CONTRACT
Technical particulars as per data sheet B of tender specification. (Based on motor
manufacturer)
Type and frame size :
Starting time (Secs)
With 100% voltage at terminals
With minimum voltage at terminals (at ____ % Rated voltage)
With 110% voltage at terminals
Safe stall time at 100/110% rated voltage under hot/cold condition.
Type and size of cable for which gland is provided in the terminal box :
Type of bearings and expected life.
Total weight of motor (kg)
Weight of Stator (kg)
Weight of Rotor (kg)
Motor GD2 :
Efficiency (%)
Full Load Efficiency
75% Load Efficiency
50% Load Efficiency
25% Load Efficiency
Power Factor
Full Load Power Factor
75% Load Power Factor
50% Load Power Factor
25% Load Power Factor
Torque (% FLT)
Starting
98
11.2
11.3
12.0
13.0
14.0
14.1
14.2
14.3
15.0
15.1
15.2
15.3
16.0
16.1
16.2
16.3
17.0
18.0
19.0
20.0
21.0
22.0
23.0
24.0
25.0
Maximum (Pullout torque)
Pull up torque
Type of Enclosure
Cooling designation
Space heaters
Rated voltage/number
Rating total
Separate terminal box provided
Motor reactances (Pu)
Subtransient reactance
Transient reactance
Steady state reactance
Guaranteed losses (kW)
Iron loss
Copper loss
Friction, Windage & Stray losses.
Motor outline dimension drawing (Number of copies as per distribution schedule)
Type test certificates (Number of copies as per distribution schedule)
Speed torque curve at rated & minimum starting voltage.
Current - speed curve.
Current - time curve.
Efficiency, power factor, slip, current against output curve.
Thermal withstand characteristic for motors of 100 kW & above - Hot & Cold.
Negative sequence current Vs time curve for motor of 100 kW & above.
Rotor voltage/Rotor current (for wound motors).
TECHNICAL SPECIFICATIONS – BIDDER TO FILL
FOR
ELECTRICAL SYSTEM
PURCHASER
:
MINISTRY OF MICRO, SMALL AND MEDIUM
ENTERPRISES, BHIWADI
PROJECT
:
MSME TECHNOLOGY CENTER, BHIWADI
LOCATION
:
BHIWADI, RAJASTHAN
CONSULTANT : TATA CONSULTING ENGINEERS LIMITED
100
5.
DATA SHEET FOR ELECTRICAL
DATA SHEET A1 - TECHNICAL REQUIREMENTS
DATA SHEET A2 - CODAL REQUIREMENTS
DATA SHEET B - TO BE FILLED BY BIDDER
5.1.
DATA SHEET A1 HIGH VOLTAGE METAL ENCLOSED SWITCHGEAR
SL. NO.
1.1
1.2
NOMINAL SYSTEM
VOLTAGE PHASES &
FREQUENCY
SYSTEM NEUTRAL
EARTHING
TECHNICAL
PARTICULARS
UNIT
VOLTS, PH, HZ
33000V, 3Ph, 50Hz
EFFECTIVELY
EARTHED
1.3
MAXIMUM SYSTEM
VOLTAGE
VOLTS
36000V
1.4
POWER FREQUENCY
WITHSTAND VOLTAGE
kV (rms), 1 min
70
kV (peak),
170
kA (rms)
25kA for 1 sec
1.5
1.0
SWITCHGEAR RATINGS
ITEM
1.6
1.6.1
1.2/50 µ SEC. IMPULSE
WITHSTAND VOLTAGE
SHORT CIRCUIT
WITHSTAND
SHORT TIME (1 SEC.) AT
RATED VOLTAGE
1.6.2
SHORT TIME (3 SEC.) AT
RATED VOLTAGE
kA (rms)
--
1.6.3
DYNAMIC RATING
kA (peak
62.5kA
1.7
1.8
1.9
REFERENCE SITE
AMBIENT TEMPERATURE
CONTINUOUS CURRENT
RATING OF BUS BARS
UNDER REFERENCE SITE
AMBIENT TEMP.
MAXIMUM
TEMPERATURE OF BUS
BARS AND
DROPPERS/CONNECTORS
UNDER CONDITIONS
SPECIFIED – SR. NOS. 1.7
and 1.8 ABOVE
 400C

450C 500C
REFER. SR. NO. 2.0
BELOW
900C FOR BUSBARS
HAVING NONSILVER
PLATED JOINTS
0
105 C FOR BUSBARS
HAVING
SILVER
PLATED JOINTS
SL. NO.
ITEM
SWITCHGEAR CONSTRUCTIONAL
REQUIREMENRTS
2.0 SWITCHGEAR RATINGS
SR. NO.
BUS BARS
COPPER
(TINNED)
ALUMINIU
M
AMPS.
2.1
UNIT
HT PANEL-3
VCB
SWITCHGE
AR
CABLE ENTRY
TOP
TECHNICAL
PARTICULARS
TOTAL NO.
REMA
OF
RKS
CUBICLES
(DIME
PER
NSIO
SWITCHGEA NAL
R
LIMIT
S
IF
ANY)
BOTTO
M
630,
ALUMINIU
M
BOTTO
M
03
HEIG
HT < /
= 2.3
M
INCL
UDIN
G
BASE
FRAM
E
3.1
CLEARANCE IN AIR
PHASE TO PHASE
mm
320
3.2
BUS BAR INSULATION





3.3
DEGREE OF PROTECTION

- IP 4X: ENCLOSURE
- IP 2X: PARTITION
BETWEEN
COMPARTMENTS
3.4
BUS DUCT CONNECTION

 REQUIRED
 NOT REQUIRED
 SEE PROJECT
DWG.
3.5
EARTHING BUS
MATERIAL
 Cu  Al  GI
SIZE
50 x 06mm Cu
3.6
COLOUR FINISHED
SHADE
HEAT SHRUNK
HR – PVC
ENCAPSULATED
BARE
102
SL. NO.
3.6.1
INTERIOR
3.6.2
EXTERIOR
4.1
BREAKER PARTICULARS
4.1.2
CIRCUIT BREAKER TYPE
(REF. SPEC. CL. 3.1.4)
VOLTAGE, FREQUENCY,
& NO.OF PHASES
RATED OPERATING DUTY
4.1.3
4.1.4
4.1.5
UNIT
TECHNICAL
PARTICULARS
RAL 7032 POWDER
COATED MINIMUM
THICKNESS 80
MICRONS
ENAMEL
EPOXY
LIGHT GREY SEMI
GLOSSY SHADE 631
FO IS:5
 SF6
VOLTS, Ph, Hz
 VCB
33000V, 3Ph, 50Hz
O3 MINCO3
MINCO
4.1.10
RATED CURRENT AT
REFERENCE SITE
AMBIENT TEMPERATURE
RATED BREAKING
CURRENT
RATED MAKING
CURRENT
SHORT TIME CURRENT
WITHSTAND FOR 1 SEC.
DURATION.
ASYMMETRICAL
BREAKING CURRENT
(a) AC COMPONENT
(b) D.C. COMPONENT
TOTAL OPENING TIME
4.1.11
TOTAL CLOSING TIME
CYCLES / mSEC
LESS THAN 5
CYCLES
4.1.12
OPERATING MECHANISM,
TYPE

NORMAL - SPRING
CHARGING FOR
CLOSING AND
TRIPPING
EMERGENCY MANUAL TRIP AND
SPRING CHARGED
FOR CLOSING AND
TRIPPING
4.1.6
4.1
CIRCUIT BREAKERS
ITEM
4.1.7
4.1.8
4.1.9
AS PER PROJECT
DRAWING(S)
kA (rms)
25
kA (peak)
66
kA (rms)
25
kA (rms)
kA
CYCLES / mSEC
kA (rms) – BY BIDDER
kA – BY BIDDER
LESS THAN 3
CYCLES
6.0
DISCONNECTORS
5.0
MECHANISM
4.2
VACUUM
CONTACTOR
4.1
CIRCUIT BREAKERS (CONTD.)
SL. NO.
4.1.13
MINIMUM NO. OF
AUXILIARY CONTACTS
4.1.14
AUXILIARY CONTROL
VOLTAGE
(a) FOR
CLOSING/TRIPPING COIL
(b) FOR SPRING
CHARGING MOTORS
(c) FOR SPACE HEATERS
& LIGHTING
BREAKER APPLICATION
4.1.15

TECHNICAL
PARTICULARS
6 ‘NO’ + 6 ‘NC’ FOR
PURCHASER’S USE
VOLTS
110V DC
VOLTS
230V AC
VOLTS
230V AC
ITEM
UNIT
(a) TRANSFORMER
CONTROL
(b) MOTOR CONTROL
YES / NO
(c) FURNACE CONTROL
YES / NO
(d) CAPACITOR CONTROL
YES / NO
YES / NO
VACUUM CONTACTOR

NA
APPLICATION
(CONTROLLED EQPT.)
MAX. SYSTEM VOLTAGE
& FREQUENCY
NO. OF POLES

MOTOR , CAPACITOR
V. Hz.
NA

ONE TWO THREE
5.1
SPRING CHARGING

YES
5.2
TYPE

AC
DC
UNIVERSAL
5.3
RATING VOLTAGE
V
230
5.4
RATING
kW
BIDDER TO SPECIFY
5.5
OTHER

MECH & ELECT
INDICATIONS
REQUIRED WITH
REMOTE
INDICATIONS
6.1
APPLICATION
(CONTROLLED EQPT.)
TYPE

NA

NA
RATED CURRENT AT
REFERANCE SITE
AMBIENT TEMPERATURE
RATED MAKING &
BREAKING CAPACITIVE
CURRENT

NA
A
NA
4.2
4.2.1
4.2.2
4.2.3
6.2
6.3
6.4
NO
104
SL. NO.
6.5
6.6
6.7
6.8
7.0
CURRENT TRANSFORMER
TECHNICAL
PARTICULARS
UNIT
S.C. WITHSTAND
CURRENTS
a) MOMENTARY

NA
kA (peak)
NA
b) 1 SEC. CURRENT
kA (rms)
NA
OPERATING MECHANISM
CLOSING & OPENING
MOTORISED
MANUAL
CONTROL VOLTAGE
VOLTS
 AC  DC
MINIMUM NO. OF AUX.
CONTACTS
HRC FUSES (RATING TO
SUIT APPLN.)

2 NO. + 2 NC.
SEE PROJ.
DRAWINGS
REQUIRED
NOT REQUIRED
7.1
TYPE
CAST RESIN BAR
PRIMARY
7.2
SYSTEM VOLTAGE &
FREQUENCY
CLASS OF INSULATION
33000 VOLT, 50Hz
7.4
RATED PRIMARY
CURRENT & RATIO
REFER SINGLE LINE
DIAGRAM
7.5
ACCURACY CLASS &
BURDEN
7.3
8.0
VOLTAGE
TRANSFORMERS
ITEM
7.6
8.1
SHORT TIME 1 SEC.
CURRENT RATING &
DYNAMIC RATING
CORE BALANCE CTs
SHALL BE SUITABLE FOR
CABLE SIZES OF THE
RESPECTIVE FEEDERS
AND SHALL BE
COMPLETE WITH
SUITABLE SUPPORTS.
TYPE
8.2
RATED VOLTAGE
7.7
CLASS-B OR BETTER
METERING
AS PER SLD
PROTN.
CL.PS/ 5P20 /AS PER
SLD
kA (rms)
kA (peak)
25kA
66kA
-
NA

CAST RESIN
8.2.1
PRIMARY (P1)
Volts
33000/√3
8.2.2
SECONDARY (S1)
Volts
110/√3
8.2.3
SECONDARY (S2)
Volts
--
METHOD OF
CONNECTION
PRIMARY (P1)
P1
STAR EARTHED
8.3
8.3.1
12.0
LIST OF ESSENTIAL
SPARES
11.0
RELAYS
10.0
METERS
9.0
H.V.FUSE
SL. NO.
ITEM
UNIT
TECHNICAL
PARTICULARS
STAR EARTHED
8.3.2
SECONDARY (S1)
S1
8.3.3
SECONDARY (S2)
S2
OPEN DELTA
STAR EARTHED REF
SLD
8.4
RATED VOLTAGE
FACTOR

1.2 CONT., 1.9 TIMES
FOR 8 HOURS.
8.5
CLASS OF INSULATION

CLASS – B OR
BETTER
8.6
9.1
PROVISION OF PT &
ALARM ON EATHING
TROLLEY
RATED CURRENT
A
NA
9.2
VOLTAGE CLASS
kV
NA
9.3
SYM. INTERRUPTING
RATING
kA (rms)
NA
10.1
TYPE
10.2
ACCURACY CLASS

FOR INDICATING
INSTRUMENTS: 1.5
OR BETTER,
MICROPROCESSOR
BASED WITH RS 485
PORT
11.1
TYPE

ELECTRO MAGNETIC
SOLID STATE
NUMERICAL - REF
SLD
11.2
OTHER SPECIFICATION

SUITABLE FOR 1A
CT SEC (REFER SLD)
12.1
12.1.1
ONE COMPLETE POLE OF
EACH BREAKER
A. RATING
SET
--
12.1.2
A. RATING
SET
--
12.1.3
A. RATING
LOOSE BREAKER
COMPLETE WITH
OPERATING MECHANISM
AND TRUCK MOUNTED
SET
--
12.2
YES/ NO
DIGITAL/
ANALOGUE
NA
106
SL. NO.
TECHNICAL
PARTICULARS
UNIT
12.2.1
A. RATING
SET
--
12.2.2
A. RATING
SET
--
12.2.3
A. RATING
SET
--
12.2.4
A. RATING
CLOSING & TRIPPING
COILS SET
SPRING CHARGING
MECHANISM
SPRING CHARGING
MOTOR ALONE
SET OF GASKETS FOR
ALL RATINGS
VACUUM CONTACTORS
SET
--
SET
THREE
SET
NA
SET
NA
SET
TWO
12.7.1
ONE COMPLETE SET
EA
NA
12.7.2
OPERATION COIL SET
BUSBAR SUPPORT
INSULATORS
AUXILIARY SWITCH
ASSEMBLY
LIMIT POSITION SWITCH
LOCAL/REMOTE
SELECTOR SWITCH
BREAKER CONTROL
SWITCH
EA
NA
SET
TWO
BUS SEAL OFF BUSHING
SET
PROTECTIVE RELAYS:

DEVICE NO. RELAY
FUNCTION
49 THERMAL OVERLOAD
QTY
SET
12.14.4
50 S/C PHASE SHORT
CIRCUIT
50 N EARTH SHORT
CIRCUIT
51 PHASE OVERLOAD
12.14.5
51 N EARTH OVERLOAD
SET
12.14.6
50 LR LOCKED ROTOR
SET
12.14.7
27 UNDER VOLTAGE
SET
12.3
12.4
12.5
12.6
12.7
12.8
12.9
12.10
12.11
12.0
LIST OF ESSENTIAL SPARES (CONTD.)
ITEM
12.12
EA
EA
EA
EA
TWO
TWO
TWO
TWO
TWO
12.13
12.14
12.14.1
12.14.2
12.14.3
SET
ONE OF EACH
APPLICABLE TYPE
NA
SET
SET
NA
SL. NO.
TECHNICAL
PARTICULARS
UNIT
12.14.8
64 RESIDUAL CURRENT
SET
12.14.9
86 LOCKOUT (MASTER)
SET
12.14.10
87 T TRANSFORMER
DIFFERENTIAL
95 FUSE FAILURE
SET
NA
SET
NA
AUX.RELAYS OF ALL
CONFIG.
TIMERS OF ALL RATINGS
SET
12.14.11
12.14.12
12.14.13
12.15
12.15.1
12.16
12.0
LIST OF ESSENTIAL SPARES (CONTD.)
ITEM
12.17
12.18
INDICATING LAMP
RED, YELLOW, BLUE,
GREEN, AMBER
CAST RESIN CURRENT
TRANSFORMER
CAST RESIN VOLTAGE
TRANSFORMER
NA
SET
SET
SET
SET
MUILT CHIP LED
TYPE
THREE OF EACH
TYPE
ONE OF EACH
RATING
ONE NO. AS PER
SLD.
INSTRUMENTS
12.18.1
AMMETER
SET
ONE
12.18.2
VOLTMETER
SET
ONE
12.18.3
WATTMETER
SET
NA
12.18.4
WATT HOUR METER
SET
ONE
EA
ONE EACH
12.19
FUSES
12.19.1
HRC HV FOR VT
12.19.2
HRC LV OF DIFFERENT
-SET
RATINGS
NOTES :
1) ITEM TICK MARKED TO BE PROVIDED IN SPECIFIED QUANTITY.
2) UNIT PRICES TO BE INDICATED BY THE BIDDER IN QUOTATION
APART FROM ABOVE LIST OF SPARES, BIDDER TO INDICATE LIST OF
RECOMMENDED SPARES FOR 3 YEARS OF TROUBLE FREE OPERATION.
108
5.2.
DATA SHEET A2 HIGH VOLTAGE METAL ENCLOSED SWITCHGEAR
SL. NO.
DESCRIPTION
1
METAL ENCLOSED SWITCHGEAR
IS : 3427
2
CIRCUIT BREAKERS
IS : 13118
3
SWITCHES & SWITCH
DISCONNECTORS ABOVE 1000 V &
UPTO 11 KV
4
(OFF LOAD) DISCONNECTORS
5
APPLICABLE STANDARDS
6
6.1
6.2
 IEC : 62271
 IEC : 60265
 IEC : 62271
ARRENGEMENT FOR SWITCHGEAR
BUSBARS, MAIN CONNECTION AND IS :5578,11353
AUXILIARY WIRING
BUSBARS
IEC :
IS: 5082
IEC:
7
BUSBAR SUPPORT INSULATORS
IS : 2544
IEC :
8
DEGREE OF PROTECTION
IS : 3427
IEC :60529
9
CURRENT TRANSFORMERS
IS : 2705
IEC : 60044
10
POTENTIAL TRANSFORMERS
IS : 3156
IEC : 60044
11
A.C. ELECTRICITY METERS
IS : 722
IEC :
13
NOT
E
IEC : 60265
COPPER
ALUMINIUM
12
1.
REFERENCE STANDARDS
ELECTRICAL INDICATING
IS : 1248
INSTRUMENTS
ELECTRICAL RELAYS FOR POWER
IS : 3231
SYSTEM PROTECTION
IEC : 60051
IEC :60255
14
HIGH VOLTAGE FUSES
IS : 9385
IEC :60282
15
HRC FUSES
IS : 13703
IEC : 60269
16
CODE OF PRACTICE FOR
PHOSPATING IRON AND STEEL
IS : 6005
IEC :
17
SF6 GAS
IS :
 IEC : 60376
18
H.V. CABLE TERMINATION
IS :
 IEC : 62329
EQUIPMENT, ACCESSORIES, COMPONENTS / PARTS, RAW MATERIALS AND TEST
SHALL IN GENERAL CONFORM TO : IS 
IEC  ANSI 
5.3.
SL.
NO.
1.0
1.1
1.2
1.3
1.4
1.5
1.6
1.7
1.8
DATA SHEET A1 LOW VOLTAGE SWITCHGEAR
ITEM
UNIT
TECHNICAL PARTICULARS
SWITCHGEAR & BUSBAR
RATING
RATED VOLTAGE, PHASES &
FREQUENCY
SYSTEM NEUTRAL
EARTHING:
(EFFECTIVELY/ NON
EFFECTIVELY)
MAXIMUM SYSTEM
VOLTAGE
ONE MINUTE POWER
FREQUENCY VOLTAGE
A) POWER CIRCUITS
B) CONTROL CIRCUITS
C) AUX. CIRCUITS
CONNECTED TO SEC. OF CTS
CONTINUOUS CURRENT
RATING OF BUSBARS UNDER
SITE REFERENCE AMBIENT
TEMPERATURE
REFERENCE AMBIENT
TEMPERATURE
MAXIMUM TEMPERATURE OF
BUSBARS, DROPPERS AND
CONTACTS AT CONTINUOUS
CURRENT RATING UNDER
SITE REFERENCE AMBIENT
TEMPERATURE
SHORT CIRCUIT WITHSTAND
FOR BUSBARS AND
DROPPERS
A) SHORT TIME (1 SEC.) AT
415V
B) DYNAMIC RATING
1.9
STANDARD APPLICABLE
2.0
SWITCHGEAR
CONSTRUCTIONAL
REQUIREMENTS
415 V, 3 Ph, 4 WIRE, 50 Hz
EFFECTIVELY EARTHED
456.5 VOLTS (415+10%)
VOLTS
VOLTS
VOLTS
2500
1500
2000
REFER ITEM-2 BELOW AND
ENCLOSED SLD
C
50
C
85
KA (RMS)
KA
(PEAK)
50/ 35
105/ 73.5
AS PER DATA SHEET-A2
110
SL.
NO.
2.1
2.2
2.3
2.4
2.5
ITEM
THICKNESS OF SHEET STEEL
COLD
ROLLED
HOT
ROLLED
DEGREE OF ENCLOSURE
PROTECTION
DEGREE OF ENCLOSURE
PROTECTION AGAINST
EXTERNAL MECHANICAL
IMPACTS
COLOUR FINISH SHADE AS
PER IS:5
UNIT
TECHNICAL PARTICULARS
mm
mm
AS PER SECTION-D
FRAME 2.0 DOORS 2.0 COVERS 1.6
FRAME
DOORS
COVERS
AS PER
IS:13947
IP-52 FOR INDOOR PANELS & IP-55
FOR OUTDOOR PANELS
AS PER IEC - 62262
GLOSSY WHITE
RAL 7032/ 631 LIGHT GREY SEMI
GLOSSY SHADE
INTERIOR
EXTERIOR
EARTHING BUS
MATERIAL
SIZE
PURCHASER’S EARTHING
CONDUCTOR
mm
2.6
MATERIAL
2.7
2.8
SIZE
CLEARANCES IN AIR OF LIVE
PARTS
METAL ENCLOSED BUSDUCT/
BUS TRUNKING ENTRY TO
CUBICLES IF REQUIRED
mm
GI
TO SUIT SHORT CIRCUIT LEVEL
GI
75 x12 mm
PHASE TO PHASE : 25.4 MM
PHASE TO EARTH : 19.4 MM
TOP/ BOTTOM
INDOOR/ OUTDOOR
2.9
FORM OF SEPARATION AS PER
IEC 60439-1
PANELS HAVING ACB AS INCOMER
– FORM 4A; OTHER PANELS –
FORM 3B
2.10
REQUIREMENT OF ARC
RESISTANCE FEATURE
YES/ NO
3.0
STARTERS
3.1
TYPE
UPTO 7kW – DOL, 8kW to 45kW - Y, >45kW – RELAY PROTECTION
3.2
CONTACTOR RATED DUTY
AS PER IS:13947
3.3
UTILISATION CATEGORY
AS PER IS:13947
SL.
NO.
ITEM
3.4
CONTROL SCHEME & BILL OF
MATERIAL ENCLOSED
3.5
CONTROL TRANSFORMER :
3.5.1
3.5.2
3.6
SEPARATE FOR EACH
MODULE
COMMON FOR EACH
SWITCHGEAR SECTION WITH
100% STANDBY
SINGLE PHASING PREVENTOR
REQUIRED
UNIT
YES/NO
TECHNICAL PARTICULARS
IF YES, REF.NO.
SEE ENCLOSED DWG LIST IN
SECTION-C
NOT APPLICABLE
YES/NO
NO
YES/NO
NO
YES/NO
YES
3.7
STANDARD APPLICABLE
AS PER DATA SHEET-A2
3.8
THERMAL OVER LOAD
RELAY RESET
HAND/ AUTO
4.0
CIRCUIT BREAKER
4.1
CIRCUIT BREAKER TYPE
AIR CIRCUIT BREAKER
4.2
VOLTAGE, FREQUENCY & NO.
OF PHASES
415 V, 3 PHASE, 4 WIRE, 50 Hz
4.3
RATED BREAKING DUTY
B-0.3 SEC-MB-3 SEC-MB
4.4
4.5
RATED BREAKING CAPACITY
(a) MVA
(b) kA(RMS) AT 415V 0.25 P.F.
SHORT CIRCUIT WITHSTAND
CURRENT FOR 1 SEC.
DURATION
36/ 26
50/ 36
kA
50/ 36
4.6
RATED MAKING CURRENT
kA(PEAK
105/ 75.6
4.7
RATED CURRENT AT SITE
REFERENCE AMBIENT
TEMPERATURE
A
4.8
TYPE OF OPERATING
MECHANISM
MANUAL SPRING ASSISTED /
MANUAL SPRING CHARGED/
MOTOR WOUND SPRING CHARGED
4.9
KEY INTERLOCKING
REQUIRED
YES/NO
4.10
SHUNT TRIP REQUIRED
YES/NO
REFER 415V SLDs
112
SL.
NO.
4.11
4.12
ITEM
PROTECTION REQUIRED
(a) RELAYS/ SERIES
RELEASES
(b) RELAY TYPE & SETTINGS
(c) UNDER VOLTAGE
RELEASE REQUIRED SETTING
MINIMUM NO OF AUXILIARY
CONTACTS
CONTROL VOLTAGE
4.13
(a) FOR SPRING CHARGING
MOTOR
4.14
4.15
(b) FOR CLOSING/TRIPPING
EMERGENCY MANUAL
OPERATION REQUIRED IN
ADDITION TO ELECTRICAL
OPERATING DEVICES
(a) FOR SPRING CHARGING &
CLOSING
(b) FOR TRIPPING
ANNUNCIATOR REQUIRED
4.16
STANDARDS APPLICABLE
5.0
MCCB’s
MOULDED CASE CIRCUIT
BREAKERS TO BE PROVIDED.
(a) FOR MOTOR CONTROL
CIRCUITS
(b) FOR OTHER CIRCUITS
VOLTAGE, FREQUENCY & NO
OF
PHASES
5.1
5.2
5.3
5.4
5.5
UNIT
AS PER SLD,
YES/ NO DG PCC PANEL
WITH/ WITHOUT TIME DELAY
6 ’NO’ + 6 ‘NC’
V AC/ DC
230V, 1 PH, AC
230V, 1 PH, AC UPS SUPPLY
YES/ NO
YES/ NO
YES/ NO
AS PER DATA SHEET-A2
YES/ NO
YES/ NO
415 V, 50 Hz, 3 PHASE, 4 WIRE
RATED OPERATING DUTY
RATED BREAKING CAPACITY
(AT 415V 0.25 P.F.)
RATED MAKING CURRENT
TECHNICAL PARTICULARS
AS PER IS
kA(RMS)
36/ 25/ 16
kA (Peak)
75.6/ 52.5/ 33.6
5.6
RATED CURRENT AT SITE
REFERENCE AMBIENT
TEMPERATURE
5.7
ON/OFF OPERATION
MANUAL
REMOTE POWER OPERATED
YES/NO
YES/NO
RELEASES REQUIRED
OVER LOAD INVERSE TIME
UNDER VOLTAGE
YES/NO
YES/NO
5.8
REFER 415V SLDs
SL.
NO.
5.9
ITEM
STANDARDS APPLICABLE
UNIT
TECHNICAL PARTICULARS
AS PER DATA SHEET-A2
NOTES:
(a) MCCB SHALL BE PROVIDED IN DQ STARTER FEEDERS OF AUXILIARY
MCC
(b) NO SWITCH FUSE UNITS SHALL BE USED
(c) OUTGOING OF AMF CUM DG SWITCHGEAR SHALL BE 1200A MOULDED
CASE CIRCUIT BREAKER WITHOUT RELEASES
6.0
ESSENTIAL SPARES
DESCRIPTION
6.1
ESSENTIAL SPARES TO BE
FURNISHED (REFER NOTE-2)
COMPLETE BREAKER WITH
OPERATING MECHANISM
AND
RELEASES WHERE SPECIFIED
I)
A
II)
A
III)
A
IV)
A
CLOSING & TRIPPING COILS
SPRING, CHARGING
MOTORS,
ALONG WITH CLOSING &
TRIPPING SPRINGS IN CASE
OF SPRING OPERATED
BREAKERS
AUXILIARY CONTACT
BLOCKS
10% OF EACH RATING WITH
MINIMUM 1NO.
6.4
MOVING AUXILIARY
CONTACT
BLOCKS
10% OF EACH RATING WITH
MINIMUM 1NO.
6.5
BREAKER CONTROL
SWITCHES
10% OF EACH RATING WITH
MINIMUM 1NO.
LOCAL/REMOTE SELECTOR
SWITCHES
PROTECTIVE RELAYS
I) 50 S/C
II) 49
III) 50N
IV) 50 LR
V) 27
VI) 51
VII) AUXILIARY RELAYS
VIII) TIMERS
10% OF EACH RATING WITH
MINIMUM 1NO.
6.2
6.3
6.6
6.7
10% OF EACH RATING WITH
MINIMUM 1NO.
114
SL.
NO.
6.8
6.9
6.10
6.11
6.12
6.13
ITEM
INDICATING LAMPS WITH
SERIES
RESISTORS :
I)
RED
II)
GREEN
III)
AMBER
IV)
V)
CURRENT TRANSFORMERS
I)
II)
III)
IV)
V)
VI)
VII)
VOLTAGE TRANSFORMERS
I)
II)
III)
IV)
V)
CONTRTOL TRANSFORMERS
RATIO
415/110V
I)
II)
III)
IV)
V)
INSTRUMENTS :
I) AMMETER FOR 5A
OPERATION
II) VOLTMETER FOR 110V
OPERATION
CONTACTORS, RATING :
I)
II)
III)
IV)
V)
UNIT
TECHNICAL PARTICULARS
10% OF EACH RATING WITH
MINIMUM 5NOS. OF EACH TYPE.
10% OF EACH RATING WITH
MINIMUM 1NO.
10% OF EACH RATING WITH
MINIMUM 1NO.
10% OF EACH RATING WITH
MINIMUM 1NO.
10% OF EACH RATING WITH
MINIMUM 1NO.
10% OF EACH RATING WITH
MINIMUM 1NO.
SL.
NO.
6.14
6.15
6.16
6.17
7.18
7.19
ITEM
BI-METALLIC THERMAL
ELEMENTS
TO SUIT MOTORS OF
FOLLOWING
RATINGS :
I)
II)
III)
IV)
V)
VI)
VII)
POWER FUSES TO SUIT
CIRCUITS OF FOLLOWING
RATINGS :
I)
II)
III)
IV)
V)
VI)
VII)
UNIT
TECHNICAL PARTICULARS
NA
NA
CONTROL CIRCUIT FUSES
PUSH BUTTONS :
I) START
II) STOP
HEAVY DUTY AIR BREAK
SWITCHES
I)
II)
III)
IV)
V)
VI)
VII)
MCBs FOR SPACE HEATERS
NA
116
SL.
NO.
7.20
7.21
ITEM
UNIT
TECHNICAL PARTICULARS
CONTROL CABLE GLANDS TO
SUIT FOLLOWING CABLE
SIZES;
I)
II)
III)
IV)
V)
VI)
VII)
IN ADDITION TO ABOVE
ITEMS QUANTITIES AND
ITEMISED PRICES OF
FOLLOWING ITEMS AND ANY
OTHER ITEMS
RECOMMENDED BY THE
BIDDER SHALL BE
FURNISHED
I) ARCING CONTACTS OF
BREAKERS
II) ARC CHUTES
III)
NOTES :
1) ITEM TICK MARKED TO BE PROVIDED
2) RECOMMENDED QUANTITY AND UNIT PRICES TO BE INDICATED BY THE BIDDER IN
HIS QUOTATIONS
5.4.
DATA SHEET A2 LOW VOLTAGE SWITCHGEAR
1.
SWITCHGEAR GENERAL
REQUIREMENTS
 IS:13947
1
 BSEN:60947
2.
AC CIRCUIT BREAKERS
BSEN 60947-2  BS:3871(PI)
3.
FACTORY BUILT ASSEMBLIES
OF SWITCHGEAR AND
CONTROL GEAR FOR
VOLTAGES UPTO AND
INCLUDING 1000V A.C. & 1200
V D.C
4.
AIR BREAK SWITCHES
 IEC:60439-
 IEC 947-2
 IS:8623
 BS:5486
 IEC:439
IS:13947
 BSEN:60947-3
 IEC-947-3
5.
MINIATURE CIRCUIT
BREAKERS
IS:8828
 BS:3871
 IEC:
6.
HRC CARTRIDGE FUSES
IS:13703(P2)
 BS:88
 IEC-769
7.
D TYPE FUSES
 IS:8187
 BS:
 IEC:
8.
CONTACTORS
 IS:13947
 BSEN-60947-1
 IEC:9474-1
9.
STARTERS
 IS:13947
 BSEN-60947-4-1
 IEC:947-4-1
10.
CONTROL SWITCHES/PUSH
BUTTONS
 IS:13947
 BS:
 IEC:
11.
CURRENT TRANSFORMERS
IS:2705
 BS:7626
 IEC:60044
12.
VOLTAGE TRANSFORMERS
 IS:3156
 BS:7625
 IEC:60044
13.
RELAYS
IS:3231
 BS:142
 IEC:255
14.
INDICATING INSTRUMENTS
 IS:1248
 BS:89
 IEC:51
15.
ARRANGEMENT FOR BUSBARS
MAIN CONNECTIONS AND
ACCESSORIES
 IS:5578
IS:11353
 BS:159
 IEC:
16.
AC ELECTRICITY METERS
 IS:8530
 BS:37
 IEC:
17.
DEGREE OF PROTECTION
IS:13947(PI)
 BS:
 IEC:947-1
IEC:62262
 IS:
 BS:
 IEC:
 IS:10118
 BS:
 IEC:
 IS:
 BS:
 IEC:
18.
19.
20
THE PERFORMANCE OF AC
CONTROL GEAR EQUIPMENT
RATED UPTO 600 V FOR USE
ON HIGH PROSPECTIVE FAULT
CURRENT SYSTEM
CODE OF PRACTICE FOR
INSTALLATION AND
MAINTENANCE OF
SWITCHGEAR
CLIMATE PROOFING OF
ELECTRICAL EQUIPMENT
118
CODE OF PRACTICE FOR
PHOSPHATING IRON AND
STEEL
WROUGHT ALUMINIUM AND
ALUMINIUM ALLOYS FOR
ELECTRICAL PURPOSES
CONTROL TRANSFORMER FOR
SWITCHGEAR AND CONTROL
GEAR FOR VOLTAGE NOT
EXCEEDING 110V AC
21.
22.
23.
24.
IS: 6005
 BS: 3169
 IEC:
 IS:5082
 BS:2898
 IEC:
 IS:12021
 BS:
 IEC:
ANSI / IEEE C.37.20.7
TESTING GUIDE
EQUIPMENT, ACCESSORIES, COMPONENT PARTS, RAW MATERIALS AND TESTS
SHALL BE IN GENERAL CONFORM TO
IS: 
BS
IEC: 
5.5.
SL.
NO.
DATA SHEET A1 CONTROL PANEL
ITEM
UNIT
1.0
GENERAL PARTICULARS
1.1
DESIGNATION
1.2
LOCATION
TECHNICAL PARTICULARS
RTCC, MARSHALLING BOX
INDOOR /
OUTDOO
INDOOR
R
1.3
DESIGN
TEMPERATURE
1.4
TYPE OF MOUNTING
AMBIENT
0
C
FLOOR
50
/
PEDESTA
L
COLUMN
/WALL
1.5
CABLE ENTRY
/
FLOOR, TRANSFORMER TANK
SL.
NO.
ITEM
UNIT
TECHNICAL PARTICULARS
A) TOP / BOTTOM
TOP / BOTTOM - AS PER SITE
CONDITION
B) GLANDS / CONDUITS -SIZE
C) GLANDS IF REQUIED
1.6
PURCHASER'S
AS PER REQUIREMENT
YES/NO
YES
EARTHING
CONDUCTOR
A) MATERIAL
COPPER /
ALUMINI
GI
UM / G I
B) TYPE
STRIPS
/
ROPE
/
WIRE./
STRIPS
ROD
1.7
C) SIZE
75 x12 mm
PAINTING
MIN. THICKNESS 80 MICRONS
A) COLOUR FINISH
OUTSIDE
RAL 7032 SIEMENS GREY (PEBBLE
GREY) WITH TEXTURED FINISH –
FOR RTCC AND COLOUR SHADE
632 OF IS-5 FOR MARSHALLING
BOX.
INSIDE
GLOSSY WHITE
B) EPOXY PAINT REQUIRED
1.8
YES/NO
YES – POWDER COATED
NO
TO BE FURNISHED BY BIDDER
CONTROL SCHEME & BILL OF
MATERIAL, ENCLOSED If NO,
TO
BE
VENDOR
FURNISHED
BY
120
SL.
NO.
2.0
2.1
ITEM
UNIT
TECHNICAL PARTICULARS
VOLTAGE
POWER
DEVICES,
MOTOR
DRIVES, ETC.
415V, 3PH
/ 3PH -N,
A)SUPPLY VOLTAGE
50Hz/
240V, 1PH-
415V, 3PH-N, 50Hz/ 230V, 1PH-N,
50Hz
N, 50Hz
PROVIDE
D/
B) DUPLICATE FEED
NOT
PROVIDE
NOT PROVIDED
D
2.2
CONTROL VOLTAGE
V, AC/DC
230V AC
REQD./
2.3
CONTROL TRANSFORMER
NOT
REQUIRED
REQD.
2.4
3.0
3.1
3.2
SPACE
HEATER/
LIGHTING
SUPPLY VOLTAGE
230 V, 1-PH, 50 Hz
OTHER PARTICULARS WHEN
APPLICABLE
STARTERS TYPE
CONTACTOR
(AS PER
RATED
IS:2459 & 8544)
DOL
DUTY
BY BIDDER
NOTES:
The Bidder shall also indicate his recommendation of spares, in addition to above, if necessary.
5.6.
DATA SHEET A2 CONTROL PANEL
1.
APPLICABLE STANDARDS
2.
SWITCHGEAR GENERAL
REQUIREMENTS
 IS 4237
 BSEN
 IEC 60947
3.
FACTORY BUILT
ASSEMBLIES OF
SWITCHGEAR AND
CONTROL GEAR FOR
VOLTAGES UPTO AND
INCLUDING 1000V. A.C. &
1200 V. D.C.
IS:8623
 BS : 5486
 IEC 60439-1
4.
AIR BREAK SWITCHES
 IS-13947
 BSEN 60947-3
 IEC60405
5.
MINIATURE CIRCUIT
BREAKERS
 IS:8828
 BS: 3871
 IEC IEC- (PI)
6.
H.R.C. CARTRIDGE FUSES
IS :13703
 BS-88
 IEC 60269-1
& IEC 60269-2
& IEC-60269-4
7.
D TYPE FUSES
IS-8187
 BS :
 IEC:
8.
CONTACTORS
IS-13947
 BS-775
 IEC-947-4-1
9.
STARTERS
IS-13947
 BSEN-60947
 IEC-947-4-2
10.
CONTROL SWITCHES/PUSH
BUTTONS
IS-13947
 BS
 IEC
11.
CURRENT TRANSFORMERS
IS-2705
 BS-60044-1
 IEC- 60185
12.
POTENTIAL (VOLTAGE)
TRANSFORMERS
IS-3156
 BS-7625
 IEC-60186
13.
RELAYS
IS-3231
 BS-142
 IEC-60255
14.
INDICATING INSTRUMENTS
 IS-1248
 BS-89
 IEC-60051
15.
ARRANGEMENT FOR BUS
BARS, MAIN CONNECTIONS
AND ACCESSORIES
IS-5578
& IS-11353
 BS-159
 IEC
122
16.
A.C. ELECTRICITY METERS
IS-722
 BS-5685
 IEC
17.
DEGREE OF PROTECTION
IS-13947
 BS:
 IEC-60947-1
IS
 BS
 IEC
IS-10118
 BS:
 IEC
IS-3202
 BS
 IEC
IS-6005
 BS-3189
 IEC
IS-5082
 BS-2898
 IEC-114
18.
19.
20
21.
22.
5.7.
THE PERFORMANCE OF A.C.
CONTROL GEAR
EQUIPMENT RATED UP TO
660V FOR USE ON HIGH
PROSPECTIVE FAULT
CURRENT SYSTEM
CODE OF PRACTICE FOR
INSTALLATION AND
MAINTENANCE
SWITCHGEAR
CLIMATE PROOFING OF
ELECTRICAL EQUIPMENT
CODE OF PRACTICE FOR
PHOSPHATING IRON &
STEEL
WROUGHT ALUMINIUM &
ALUMINIUM ALLOYS FOR
ELECTRICAL PURPOSES
DATA SHEET A1 POWER FACTOR CORRECTION SYSTEM
1.0
ITEM
UNIT
TECHNICAL PARTICULAR
1.1
APPLICATION/DESIGNATION
1.2
ITEM NO.
P.F. IMPROVEMENT/HARMONIC
FILTERS/ COMBINED P.F. +
HARMONIC FILTER
APFCP
1.3
QUANTITY
TWO
1.4
RATED CAPACITY
KVAR
475
1.5
RATED VOLTAGE
VOLTS
415
1.6
FREQUENCY
Hz
50
1.7
NO OF PHASES
3
1.8
EXPECTED POWER FACTOR
0.98 OR BETTER
1.9
EXPECTED DISTORTION
FACTOR
3%
1.10
APPLICABILITY OF
a) TCE M4-219-01
YES/NO
YES
IF YES, WHETHER
ENCLOSED
YES/NO
YES
b) TCE M4-204-02
YES/NO
NO
IF YES, WHETHER
ENCLOSED
YES/NO
NO
2.0
DESIGN REQUIREMENT
2.1
AMBIENT TEMPERATURE
0
C
50
2.2
TEMPERATURE RISE
0
C
AS PER IS:2834
2.3
TYPE OF MOUNTING,
FLOOR/WALL/PEDESTAL
FLOOR
2.4
LOCATION
OUTDOOR
INDOOR
2.5
TYPE
2.6
INSULATION LEVEL
2.7
SIZE OF CABLE
2.8
CABLE GLAND REQUIRED
2.9
SIZE OF EARTHING
CONDUCTOR AND MATERIAL
REFER EARTHING SCHEMATIC
LAYOUT
2.10
CAPACITOR BANK OPEN
/METAL ENCLOSED CUBICILE
METAL ENCLOSED CUBICILE
2.11
TYPE OF CAPACITOR BANK
CONNECTION
2.12
IF STAR CONNECTED, MODE
OF NEUTRAL CONNECTION EARTHED/UNEARTHED
NA
2.13
TYPE OF ATMOSPHERE
NORMAL
INDOOR/
ALL PP ( DOUBLE LAYER) /MIXED
DIELECTRIC
1100V
YES/NO
STAR/
DELTA
REFER SLD DRW NO: TCE-10106A4000-AU-40077
YES
DELTA
CHEMICAL WITH FUME/
NORMAL
3.0
SWITCHES
3.1
TYPE OF SWITCHING
THYRISTERISED
AUTOMATIC & MANUAL
AUTOMATIC/MANUAL
3.2
IF AUTOMATIC
A) BREAKER/SWITCH RATING
REFER ENCLOSED SLD
I) VOLTAGE
VOLTS
415 V
II) CURRENT
AMPS
REFER ENCLOSED SLD
124
III) FAULT LEVEL
MVA
B) VOLTAGE OPERATED
YES/NO
REFER ENCLOSED SLD
NO
C) P.F. OPERATED
YES/NO
YES
D) PARALLEL OPERATION OF
CAPACITORS
NOT REQUIRED
REQUIRED/NOT REQUIRED
4.0
DISCHARGE DEVICE –
RESISTOR
4.1
RATED VOLTAGE
4.2
RATED RESISTANCE
OHMS
4.3
RATED CONTINUOUS
WATTAGE
WATTS
4.4
TYPE AND MATERIAL
BY BIDDER
5.0
VTs
NA
5.1
RATED VOLTAGE RATIO
KV
NA
5.2
BASIC IMPULSE LEVEL
KV
NA
5.3
V.A. BURDEN
NA
5.4
ACCURACY CLASS
NA
5.5
TYPE OF INSULATION USED
NA
5.6
WEIGHT AND DIMENSIONS
NA
5.7
TECHNICAL BULLETIN
SHOWING COMPLETE DESIGN
FEATURES OF VTs ENCLOSED
6.0
SERIES REACTOR
6.1
APPLICATION
DETUNED FILTER REACTOR
6.2
TYPE/MAKE
DRY TYPE IRON CORED
6.3
NO. OF PHASES
3
6.4
BIL
KV
0.456.5
6.5
FREQUENCY
Hz
50
6.6
REACTANCE IN OHMS/IN
V
YES/NO
RESISTOR SHALL BE SUITABLE TO
DISCHARGE TO 50V WITHIN
300SEC. RATINGS TO BE DECIDED
ACCORDINGLY BY BIDDER
RESISTOR SHALL BE SUITABLE TO
DISCHARGE TO 50V WITHIN
300SEC. RATINGS TO BE DECIDED
ACCORDINGLY BY BIDDER
BY BIDDER
NA
7%
PERCENTAGE
6.7
CURRENT RATING
AMP
130% OF RATED CAPACITOR
BANK CURENT
BIDDER TO SPECIFY
6.8
MAXIMUM SWITCHING
SURGE FOR EACH BANK
WITH & WITHOUT REACTOR
6.9
VOLTAGE RATING
KV
415
6.10
SHORT CIRCUIT RATING
AMP
6.11
TYPE OF SHIELDING
MAGNETIC/NON-MAGNETIC
GENERALLY 16 TIMES OF 130%
RATED CURRENT OF CAPACITOR
BANK FOR 3 SECONDS.
NON-MAGNETIC
6.12
TYPE OF COOLING
OIL/AIR
AIR
7.0
SPECIAL TESTS TO BE
CONDUCTED
YES/NO
NO
HARMONIC MEASUREMENTS
8.0
NOTES
5.8.
1.0
1.1
1.2
1.3
1.4
1.5
2.0
DATA SHEET A2 POWER FACTOR CORRECTION SYSTEM
APPLICABLE STANDARDS
SHUNT CAPACITORS FOR POWER
SYSTEMS
SERIES REACTOR
INTERNAL FUSES AND INTERNAL
OVERPRESSURE
DISCONNECTORS FOR SHUNT
CAPACITORS
PORCELAIN POST INSULATORS
(3.3 KV AND ABOVE)
LIGHTENING ARRESTORS
(SURGE ARRESTORS)
NOTES
 IS 13585 & 13925
IEC
IS 5553
 BS
IS 12672
 BS
 BS
 IEC
 IEC
 IS2544
 BS
 IEC
 IS 15086
 BS
 IEC

126
5.9.
DATA SHEET A1 DISTRIBUTION TRANSFORMER
1.0
ITEM
UNIT
1.1
APPLICATION/DESIGNATION
DISTRIBUTION TRANSFORMER-1
1.2
QUANTITY REQUIRED
1
1.3
INSTALLATION
(INDOOR/OUTDOOR)
OUTDOOR
1.4
DEGREE OF PROTECTION AS
PER IS:13947
IP 55
2.0
RATINGS
2.1
RATING
2.2
NUMBER OF PHASES &
FREQUENCY
3 PH
2.3
TYPE OF COOLING
ONAN
2.4
NO LOAD VOLTAGE
KVA
HV
LV
2.5
VECTOR GROUP
2.6
PERCENTAGE IMPEDANCE
3.0
SYSTEM VOLTAGE
3.1
NOMINAL SYSTEM VOLTAGE
HV
HIGHEST SYSTEM VOLTAGE
HV
LV
4.0
NEUTRAL EARTHING
4.1
SYSTEM NEUTRAL
A) EFFECTIVELY EARTHED
4.2
2000
V
33000
V
433
DYN11
LV
3.2
TECHNICAL PARTICULAR
TRANSFORMER NEUTRAL
%
6.25
V
33000
V
415
KV
36 KV
V
0.457 KV
HV
NOT APPLICABLE (DELTA
CONNECTED)
5.0
INSULATION WITHSTAND
5.1
IMPULSE (1.2/50
MICROSEC/WAVE)
5.2
POWER FREQUENCY
(DRY & WET)
HV
LV
HV
NOT APPLICABLE (DELTA
CONNECTED)
LV
EFFECTIVELY EARTHED
HV
170
KV
70
KV
3
6.0
TEMPERATURE RISE
6.1
REFERENCE AMBIENT
0
C
45
6.2
OIL BY THERMOMETER
0
C
50
6.3
WINDING BY RESISTANCE
0
C
50
7.0
TAP CHANGING GEAR
7.1
TAPS
7.2
TAPPINGS ON WINDINGS
7.3
TOTAL TAPPING RANGE
7.4
STEPS
8.0
DETAILS OF TRANSFORMER
OPERATING IN PARALLEL
8.1
MANUFACTURER'S NAME
8.2
RATING
8.3
FULL LOAD LOSS
CORRECTED TO 750C
25 KW
8.4
% IMPEDANCE AT PRINCIPAL
TAPPINGS
6.25%
8.5
VECTOR GROUP
DYN 11
9.1
HV CABLE BOX- CABLE
ENTRY (TOP/ BOTTOM)
BOTTOM.
ON LOAD
HV/LV
HV
-5% TO +12%
%
2.5%
KVA
2000
128
9.2
LV TERMINATION
ARRANGEMENT(BUS DUCT/
CABLE BOX)
BUS DUCT.
9.3
IF CABLE BOX - CABLE
ENTRY (TOP/ BOTTOM)
NA
9.4
IF BUS DUCT- ENTRY TYPE
(TOP/SIDE)
TOP
9.5
NEUTRAL CTS
9.6
QUANTITY
ONE - ONE
9.7
RATIO
3200/1A - 3200/1A
9.8
VA BURDEN
9.9
ACCURACY CALSS
CL PS
CL5P20
9.10
KNEE POINT VOLTAGE
380V
---
9.11
MAGNETIZING CURRENT AT
KNEE-POINT VOLTAGE
30MA
---
10.0
TERMINAL CONNECTIONS
10.1
CABLE SCHEDULE COMPLETE
WITH CABLE
SIZES,TERMINATION DETAILS
OF EITHER SIDE
/INTERCONNECTION
SCHEDULE BETWEEN THE
TRANSFORMER ,M. BOX
,OLTC TO RTCC PANEL
BIDDER SCOPE
10.2
ORIENTATION OF HV & LV
TERMINATIONS
90 °
10.5
BUSHING TERMINALS
A) REQUIRED
--
YES/NO
B) SIZE OF PURCHASER'S
TAKE OFF
CONDUCTOR
10.6
CABLE BOX, LUGS AND
GLANDS
A) REQUIRED
B) PURCHASER'S CABLE
YES/NO
YES
10VA
DETAILS
11.0
EARTHING TERMINAL
11.1
MATERIAL OF CONDUCTOR
GI
11.2
SIZE OF CONDUCTOR
BY BIDDER
12.0
MISCELLANEOUS
12.1
WHEELS
A) PLAIN/FLANGED
B)
UNIDIRECTIONAL/BIDIRECTI
ONAL
12.2
BIDIRECTIONAL
VACUUM WITHSTAND
CAPABILITY
MAIN TANK WITH BUSHING
RADIATORS, FITTINGS &
ACCESSORIES
13.0
OPTIONAL FITTINGS
REQUIRED
13.1
DIAL TYPE THERMOMETER
WITH TWO CONTACTS FOR
OIL TEMP. AS PER CLAUSE 7.1
OF SECTION-D
YES/NO
YES
13.2
MAGNETIC OIL LEVEL
GAUGE WITH LOW OIL LEVEL
ALARM CONTACT AS PER
CLAUSE 7.2 OF SECTION D
YES/NO
YES
13.3
GAS AND OIL ACTUATED
(I.E.BUCHHOLZ) RELAY
YES/NO
YES
13.4
GAS SAMPLING DEVICE AS
PER CLAUSE 7.4 OF SECTIOND
YES/NO
YES
13.5
WINDING TEMPERATURE
INDICATOR AS PER CLAUSE
7.5 OF SECTION-D
YES/NO
YES
13.6
ONLOAD TAP CHANGING
MECHANISM AS PER CLAUSE
YES/NO
YES
130
7.6 OF SECTION-D
13.7
VALVES PER CLAUSE 7.7 OF
SECTION-D
YES/NO
YES
13.8
FOUR PLAIN ROLLERS IN
PLACE OF FIXING CHANNELS
YES/NO
YES
14.0
EVALUATION & PENALTY
14.1
FORMULA FOR EVALUATION
OF BIDS
14.2
RATES OF PENALTY FOR
EXCEEDING THE
GUARANTEED LOSSES
15.0
NOTES
16.0
ESSENTIAL SPARES
16.1
COMPLETE SET OF GASKETS
16.2
BUSHING OF EACH TYPE
16.3
CT OF EACH TYPE
16.4
DIAL TYPE THERMOMETER
16.5
OIL LEVEL GAUGE
16.6
COMPLETE SET OF WINDING
TEMPERATURE INDICATING
EQUIPMENT
16.7
EXPLOSION VENT
DIAPHRAGMS
16.8
SILICA-GEL BREATHER
16.9
BUCHHOLZ RELAY OR FAULT
PRESSURE RELAY
16.10
ONE VALVE OF EACH TYPE
NOTES:
1. ITEMS TICK MARKED TO BE PROVIDED.
2. RECOMMENDED QUANTITIES AND UNIT PRICES TO BE INDICATED BY THE
BIDDER IN HIS QUOTATIONS.
131
5.10.
DATA SHEET A2 DISTRIBUTION TRANSFORMER
1.0
APPLICABLE STANDARDS
1.1
POWER TRANSFORMER
IS:2026,  BS:171  IEC 176
1.2
FITTINGS AND ACCESSORIES
 IS:3639, 
1.3
DISTRIBUTION TRANSFORMER
 IS:1180,  BS:  IEC
1.4
LOADING OF OIL IMMERSED
TRANSFORMER
 IS:6600,  BS:CP:1010 
IEC 354
1.5
OIL
 IS:335,  BS: 148
IEC:296
1.6
BUSHING FOR > 1000 V, AC
 IS:2099,  BS: 223
IEC:137
1.7
BUSHING FOR  1000 V, AC
 IS:7421,  BS:  IEC
1.8
DEGREE OF PROTECTION
 IS:13947,  BS:  IEC:144
1.9
TESTS & TOLERANCES ON
GUARANTEED PARTICULARS
IS:2026,  BS:171
IEC:176
1.10
BUCHHOLZ RELAY
IS:3637,  BS: IEC
1.11
ELECTRICAL INSULATION
CLASSIFIED BY THERMAL
STABILITY
IS:3637, BS:  IEC
1.12
CLIMATE PROOFING
IS:3202, BS: 1014 IEC
2.0
NOTES
2.1
EQUIPMENT, ACCESSORIES, COMPONENTS /PARTS RAW MATERIALS AND
TESTS SHALL IN GENERAL CONFORM TO IS
 BS
IEC
BS:  IEC


132
5.11.
DATA SHEET A1 BUS DUCT
SL.
NO.
ITEM
UNIT
TECHNICAL PARTICULARS
1.0
DESIGN PARTICULARS
1.1
TYPE OF BUS DUCT
BUS
DUCT
(SANDWICH TYPE)
1.2
TYPE OF COOLING
AIR NATURAL COOLED
1.3
INSTALLATION
INDOOR/OUTDOOR
BUS DUCT - INDOOR
1.4
NOMINAL SERVICE VOLTAGE
KV
0.433
1.5
RATED VOLTAGE CLASS
KV
1.1
1.6
1.7
1.8
1.9
1.10
CONTINUOUS CURRENT
RATING OF BUS DUCTS
UNDER SITE CONDITIONS
BASIC IMPULSE INSULATION
LEVEL (1.2 X 50 MICRO
SECOND WAVE)
ONE MINUTE POWER
FREQUENCY WITHSTAND
VOLTAGE
MOMENTARY CURRENT
RATING
A
3200
KV
(PEAK)
-
KV
(PEAK)
2.5KV
KA
(PEAK)
125KA FOR 1 SEC
SHORT TIME CURRENT
RATING FOR ONE SECOND
KA (RMS)
50
DESIGN MAXIMUM
TEMPERATURE (HOT SPOT)
OF BUSBARS AT RATED
1.11
CURRENT
(a)
PLAIN JOINT
(b)
SILVER PLATED
JOINTS
C
80 DEG C
ALUMINUM
133
SL.
NO.
1.12
ITEM
DESIGN MAXIMUM
TEMPERATURE (HOT SPOT)
OF ENCLOSURE AT RATED
CURRENT
1.13
BUSBAR MATERIAL
1.14
BUSBAR SECTION
1.15
BUS ENCLOSURE MATERIAL
& THICKNESS
1.16
SHAPE OF ENCLOSURE
1.17
1.18
1.19
2.0
MATERIAL OF PHASE
BARRIERS & THICKNESS
PHASE CLEARANCE
(MINIMUM)
- PHASE TO PHASE
- PHASE TO EARTH
TYPE OF JOINTS BETWEEN
ADJACENT SECTIONS OF BUS
CONDUCTOR
WELDED/BOLTED
INSULATORS AND SEAL OFF
BUSHING
70 DEG C
ALUMINUM
SQ.MM.
MM
BY BIDDER
2MM THICK- G I/ EXTRUDED
ALUMINUM
BY BIDDER
BY BIDDER
MM
SHALL WITHSTAND POWER
FREQUENCY VOLTAGE WITHOUT
BREAKDOWN
BOLTED
0.433
DRY
KV (RMS)
2.5KV
WET
KV (RMS)
--
RATED VOLTAGE
2.2
ONE MINUTE POWER
FREQUENCY WITHSTAND
VOLTAGE
2.2.1
2.2.2
2.4
C
TECHNICAL PARTICULARS
KV
2.1
2.3
UNIT
IMPULSE WITHSTAND
VOLTAGE (1.2 X 50 MICROSECOND WAVE)
MINIMUM CREEPAGE
DISTANCE
KV
MM
--
50
134
SL.
NO.
ITEM
2.5
MATERIAL OF INSULATORS
2.6
CURRENT RATING OF SEAL
OF BUSHINGS
2.7
MATERIAL OF SEAL OFF
BUSHINGS
2.8
END CABLE TAP BOX
2.9
PHASE TRANSPOSITION
CHAMBER
2.10
NEUTRAL BUS
3.0
LINKS
3.1
DISCONNECTING LINKS
3.1.1
QUANTITY
3.1.2
RATED CURRENT
3.1.3
REFERENCE DWGS.
3.2
SHORTING LINKS
3.2.1
LOCATION
4.0
BUS DUCTS TENTATIVE
LENGTH
4.1
BUS DUCT LENGTH.
4.2
90 BEND
4.3
TEES
4.4
NO. OF TERMINATIONS
UNIT
A
TECHNICAL PARTICULARS
EPOXY/ MULTILAYER POLYESTER
BY BIDDER
BY BIDDER
REFER SLD DWG NO. TCE-10106A4000-AU-40077
BY BIDDER
REFER SLD DWG NO. TCE-10106A4000-AU-40077
BY BIDDER
A
M
135
SL.
NO.
ITEM
UNIT
TECHNICAL PARTICULARS
5.0
GENERAL
5.1
EARTHING CONDUCTOR
5.1.1
MATERIAL
SIZE
5.2
FINISH OF BUS ENCLOSURE
5.2.1
EXTERIOR
5.2.2
INTERIOR
5.3
LAYOUT DRAWING
REFERENCE NO.
5.4
RAIN HOOD REQUIRED
6.0
TESTS
6.1
ROUTINE TEST
AS PER STANDARDS IN DATA
SHEET A2
6.2
ACCEPTANCE TESTS
WATER AND AIR TIGHTNESS
6.3
6.4
7.0
TYPE TESTS
TESTS
ON
COMPONENTS
SUCH AS INSULATORS, SEALOFF BUSHINGS, BOLTED AND
FLEXIBLE JOINTS, BUSBARS,
ENCLOSURE
MATERIAL,
GALVANIZING
OF
SUPPORTING STRUCTURES,
CTS, VTS AND FUSES
START-UP AND ESSENTIAL
SPARES
GI.
SUITABLE FOR 50KA.
YES/NO
NO
TEST CERTIFICATES ON SIMILAR
UNITS FOR TYPE TEST AS PER
STANDARD IN DATA SHEET-A
SHOULD BE FURNISHED.(NOT
OLDER THAN THREE YEARS)
TYPE AND ROUTINE TEST
CERTIFICATES SHOULD BE
FURNISHED.
136
SL.
NO.
ITEM
UNIT
TECHNICAL PARTICULARS
ONE SET
BUS SUPPORT INSULATORS
NOS.
7.2
FLEXIBLE CONNECTOR
NOS.
7.3
ISOLATING LINK
NOS.
ONE SET
7.4
SEAL-OFF BUSHING
NOS.
--
7.5
FUSES
NOS.
--
7.6
DRAIN PLUGS
NOS.
--
7.7
GASKETS
NOS.
THREE SETS OF EACH TYPE.
7.8
CLAMPS
NOS.
SIX
7.1
NOTES :
1. ITEMS TICK-MARKED TO
BE PROVIDED
2. RECOMMENDED
QUANTITIES AND UNIT
PRICES TO BE INDICATED
BY THE BIDDER IN HIS
QUOTATIONS IN
RESPECTIVE SCHEDULE.
ONE SET OF EACH TYPE/ SIZE
(LENGTH)
137
5.12.
DATA SHEET A2 DISTRIBUTION TRANSFORMER
SL.
NO.
ITEM
1.0
APPLICABLE STANDARDS
1.1
Bus Conductor material
 IS 5082
1.2
Water and Air Tightness tests
IS 8084
1.3
Current Transformer
1.4
1.5
 BS 159
 IEC 60105
 IS 2705
 BS 7626
 IEC 60044
Voltage Transformers
 IS 3156
 BS 7625
 IEC 60186
HV Porcelain Bushing
 IS 2099
 IEC 60137
 IS 2544
 BSEN 60137
 BS 3297 (Part I & II)  IEC
1.6
Porcelain Post Insulators
60168  BSEN 60168
1.7
Reactor
 IS 5553
1.8
Hot Dip Galvanizing
 IS 2629 & 2633
1.9
Interconnecting Bus Bars for A.C.
Voltage above 1 kV upto and including
36 kV
 IS 8084
1.10
Fuses
 IS 13703, 9385, 2692 & 88  IEC 60269 &
60282
2.0
NOTES
2.1
Equipment, Accessories, Component Parts, Raw Materials and Tests shall in General Confirm
to
IS
 BS
 IEC
 IEC 60289  BSEN 60289
 BS 729
138
5.13.
DATA SHEET A1 XLPE INSULATED H.V. POWER CABLES
1.0
GENERAL REQUIREMENTS
-------------------------------------------------------------------------TCE Voltage Grade No.of Conductor Armour
Remarks
Group
Cores
A/C
W/F/AW/AS
Designation
-------------------------------------------------------------------------A3/1
1.9 / 3.3 kV
Three ___NA______ ___NA______
A3/2
1.9 / 3.3 kV
Single ___NA______ ___NA______
A3/3
3.8 / 6.6 kV
Three ___NA______ ___NA______
A3/4
3.8 / 6.6 kV
Single ___NA______ ___NA______
A3/5
6.35/ 11 kV
Three ___NA______ ___NA______
A3/6
6.35/ 11 kV
Single ___NA______ ___NA______
A3/7
11 / 11 kV
Three ___NA______ ___NA______
A3/8
11 / 11 kV
Single ___NA______ ___NA______
A3/9
12.7/ 22 kV
Three ___NA______ ___NA______
A3/10 12.7/ 22 kV
Single ___NA______ ___NA______
A3/11 19 / 33 kV
Three
ALUMINIUM GALVANISED STEEL DOUBLE
STRIP ARMOURING
A3/12 19 / 33 kV Single ___NA______ ___NA______
--------------------------------------------------------------------------
2.0
SYSTEM DETAILS
2.1
Nominal Power System Voltage
2.2
2.3
Maximum System Voltage for
continuous operation
System Neutral Earthing
kV
33
kV
36
UE/E E
139
2.4
Design ambient air temperature
3.0
FRLS PVC outer sheath required
oC
50
 YES  NO
4.0 NOTES
------------------------------------------------------------------------------------------------------------
140
5.14.
DATA SHEET A1 1100V XLPE POWER CABLES
1.0
GENERAL REQUIREMENTS (POWER CABLES)
--------------------------------------------------------------------------TCE Voltage Grade Core Conductor Armour
Remarks
Group
A/C
W/F/AW/AS
Designation
--------------------------------------------------------------------------A4/1
1100
Multi
A4/2
1100
Single ___Cu__ ___W___UPTO & INCLUDING 6sq.mm
A4/3
1100
Multi
A4/4
1100
Single ___Al__ ___W___UPTO & INCLUDING 16sq.mm
A4/5
1100
Multi
A4/6
1100
Single ___NA______ ___NA______
A4/7
1100
Multi
A4/8
1100
Single ___NA______ ___NA______
A4/9
1100
Multi
A4/10 1100
2.0
2.1
2.2
___Cu__ ___W___UPTO & INCLUDING 6sq.mm
___Al__ ___W___UPTO & INCLUDING 16sq.mm
___NA______ ___NA______
___NA______ ___NA______
___NA______ ___NA______
Single ___NA______ ___NA______
SYSTEM DETAILS
Nominal Power System Voltage kV 0.415
Maximum System Voltage for
continuous operation
kV 0.457
2.3
System Neutral Earthing
UE/E
2.4
Design ambient air temperature
oC
E
50
141
3.0 FRLS PVC outer sheath required
4.0 NOTES
 YES
 NO
142
5.15.
1100V PVC INSULATED CONTROL CABLES
1.0 GENERAL REQUIREMENTS
-------------------------------------------------------------------------TCE
Cores
Copper Conductor Armour Remarks
Group
Area, sq.mm (No. W/F
Desigof strands/dia)
nation
-------------------------------------------------------------------------A2/1
Multi upto 10 C
1.5 (7 / 0.5)
W
A2/2
Multi upto 10 C
1.5 (7 / 0.5)
X
A2/3
Multi > 10 C
1.5 (7 / 0.5)
F
A2/4
Multi > 10 C
1.5 (7 / 0.5)
X
A2/5
Multi upto 7 C
2.5 (7 / 0.67)
W
A2/6
Multi upto 7 C
2.5 (7 / 0.67)
X
A2/7
Multi >
7C
2.5 (7 / 0.67)
F
A2/8
Multi >
7C
2.5 (7 / 0.67)
X
A2/9
Multi >
7C
4.0 (7 / 0.85)
W
A2/10 Multi > 7 C 4.0 (7 / 0.85)
X
------------------------------------------------------------------------X Items not required
2.0
2.1
2.2
SYSTEM DETAILS
Nominal Power System Voltage kV 0.415
Maximum System Voltage for
continuous operation
kV 0.457
2.3 System Neutral Earthing
UE/E E
2.4 Design ambient air temperature oC
50
3.0 FRLS PVC outer sheath required  YES
4.0
NOTES
 NO
143
5.16.
DATA SHEET A2 CABLING ACCESSORIES, CABLE TRAYS AND CONDUITS /
PIPES
1.1
HOT DIP GALVANISING
IS: 2629
2.1
BRASS GLANDS FOR PVC
CABLES
 IS: 12943
• BS:
• IEC
•
2.2
FLAME-PROOF
ENCLOSURES OF
ELECTRICAL APPARATUS
 IS: 2148
• BS:4683
•
•
3.1
COMPRESSION TYPE
TUBULAR TERMINAL
ENDS
 IS:8309
• BS:4683
• IEC
•
4.1
RIGID STEEL CONDUITS
 IS:9537
• BS:
•
4.2
RIGID NON-METALLIC
CONDUITS
 IS:9537
• BS:
•
•
4.3
ACCESSORIES FOR RIGID
STEEL CONDUITS
 IS:3837
• BS:
•
•
4.4
FITTINGS FOR RIGID
STEEL CONDUITS
 IS:2667
• BS:
•
•
4.5
FITTINGS FOR RIGID NONMETALLIC CONDUITS
 IS:3419
• BS:
•
•
4.6
 IS:3480
• BS:
•
•
4.7
FLEXIBLE STEEL
CONDUITS
 IS:6946
• BS:
•
•
4.8
FLEXIBLE NON-METALLIC
CONDUITS
 IS:4649
• BS:
•
•
4.9
ADAPTORS FOR FLEXIBLE
STEEL CONDUITS
IS:1239
• BS:
•
•
MILD STEEL TUBES
5.1
PLUGS AND SOCKETS
IS:1293
• BS:
• IEC
•
5.2
SWITCHES AND
DISCONNECTORS
IS:13947 • BS:
• IEC
•
5.3
BOXES FOR ENCLOSURE
OF ELECTRICAL
ACCESSORIES
IS:5133
• IEC
•
• BS:
144
5.17.
SL.
NO.
1.1
1.2
1.3
1.4
DATASHEET-A1 UPS SYSTEM
ITEM
UNIT
TECHNICAL PARTICULARS
FOR
APPLICATION
TO
CRITICAL
MACHINE LOAD , SERVERS& PC’S.
POWER RATING AT LOAD PF
0.8 LAGGING
QUANTITY (NOS.)
METHOD
SUPPLY
OF
200 KVA CONTINUOUS
2 NOS
ENERGY
STORAGE
BATTERY BACK -UP
(a)
NON-REDUNDANT
WITH
STATIC BY PASS TO REGULATED
SUPPLY
1.5
TYPE
(b)
PARALLEL
REDUNDANT
WITHOUT BYPASS
(c)
WITH
PARALLEL
STATIC
REDUNDANT
BY
PASS
TO
REGULATED SUPPLY
1.6
INSTALLATION
INDOOR , NORMAL VENTILATION
1.7
AMBIENT TEMPERATURE (0C)
500 C
1.8
RELATIVE HUMIDITY
UPTO 95% NON CONDENSING
2.0
ENCLOSURE
2.1
SHEET STEEL THICKNESS
2.2
DEGREE OF PROTECTION AS
PER IS-13947
2MM, CRCA FOR DOORS AND
1.6MM CRCA FOR SIDE COVERS
IP42 IF LOCATED
CONDITIONED
LOCATED
IN
IN NON-AIR
AREA
/IP31
IF
AIR-CONDITIONED
145
SL.
NO.
ITEM
UNIT
TECHNICAL PARTICULARS
AREA.
2.3
PAINTING
RAL 7032/ 631 LIGHT GREY SEMI
EXTERIOR
2.4
- INTERIOR
GLOSSY WHITE
CABLE ENTRY
BOTTOM / TOP
ACOUSTIC
2.5
GLOSSY SHADE
NOISE
LEVEL
60 – 65 DBA UPTO 120KVA
MEASURED AT A DISTANCE
65 – 75DBA ABOVE 120KVA
OF 1M
2.6
SPACE HEATER, 240V, 1 PH
3.0
UPS SYSTEM
3.1
INPUT
REQUIRED / NOT REQUIRED
415 V, 3 PH, 3 W, 50 HZ AC NON3.1.1
SUPPLY VOLTAGE
EFFECTIVELY
EARTHED
/
EFFECTIVELY EARTHED.
3.1.2
ALLOWABLE VARIATION
(a) VOLTAGE
+ 10%
(b) FREQUENCY
+ 5%
(c) COMBINED
VOLTAGE
+
FREQUENCY
10%
3.1.3
HARMONIC CONTENT (INPUT)
<5%
3.2
OUTPUT
3.2.1
OUTPUT VOLTAGE
110V.1 PH, 240 V, 1 PH, 415 V, 3 PH, 4
146
SL.
NO.
ITEM
UNIT
TECHNICAL PARTICULARS
W
AC
3.2.2
VOLTAGE
(STEADY
ACCURACY
STATE)
OVER
ENTIRE LOAD, LOAD PF & DC
+ 2% FOR BALANCED LOAD
VOLTAGE RANGE.
3.2.3
TRANSIENT
VOLTAGE
REGULATION
8% AT 100% LOAD STEP
RETURN
3.2.4
TRANSIENT RECOVERY
TO
STEADY
STATE
CONDITION WITHIN 50 MS AFTER
DISTURBANCE.
3.2.5
3.2.6
3.2.7
3.2.8
3.2.9
VOLTAGE WAVE FROM
RANGE OF ADJUSTMENT OF
AC OUTPUT VOLTAGE
AC
HARMONIC
CONTENT(THD-VOLTAGE)
+ 5% AT RATED LOAD
AS PER IEEE 519
PHASE DISPLACEMENT FOR
1200 + 10 FOR BALANCE LOAD 1200
THREE PHASE OUTPUT
+ 30 FOR 20% UNBALANCED LOAD.
NOMINAL FREQUENCY
50 HZ
FREQUENCY
3.2.10
SINUSOIDAL
REGULATION
(WITHOUT STATIC BY-PASS
+ 0.1 %
SOURCE)
FREQUENCY
3.2.11
(WITH
REGULATION
STATIC
BY-PASS
SOURCE)
3.3
AC STANDBY SUPPLY
 2 HZ
147
SL.
NO.
3.3.1
ITEM
UNIT
TECHNICAL PARTICULARS
(a) SERVO
CONTROLLED
VOLTAGE STABILIZER (SCVS)
REQUIRED/NOT REQUIRED
TO
(b) RATING
MATCH
UPS
CONTINUOUS
RATING
10 TIMES RATED CURRENT FOR
(B) OVERLOAD CAPACITY
100MS
(C) INPUT VOLTAGE PHASE &
FREQUENCY
(D) PERCENTAGE VOLTAGE
REGULATION
415V + 10% 3 PH 3 WIRE 50 HZ
+ 2%
(e) SPIKE BUSTERS / SURGE
SUPPRESSORS
AND
INPUT
REQUIRED/NOT REQUIRED
FILTERS
3.3.2
ISOLATION TRANSFORMER
(a) RATING
REQUIRED
(b) INPUT VOLTAGE PHASE &
FREQUENCY
3.4
MAINTENANCE
BY
SWITCH
4.0
RECTIFIER
4.1
PARALLEL OPERATION
4.2
PASS
RECHARGE
TIME
BATTERY BOOST CHARGE
REQUIRED/NOT REQUIRED
REQUIRED/NOT REQUIRED
ON
AS
PER
MANUFACTURERS
RECOMMENDATION
BATTERY
148
SL.
NO.
ITEM
UNIT
TECHNICAL PARTICULARS
5.0
INVERTER
5.1
OVERLOAD CAPACITY
125% FOR 10 MIN.
150% FOR 1MIN
300% FOR 4 MILLI SECONDS
5.2
SYNCHRONISING
- BETWEEN INVERTERS
- BETWEEN INVERTERS AND
STANDBY SUPPLY
REQUIRED/NOT REQUIRED
REQUIRED/NOT REQUIRED
5.3
PARALLEL OPERATION
REQUIRED/NOT REQUIRED
5.4
SYNCHRONISING RANGE
50  3 HZ(ADJUSTABLE)
6.0
STATIC SWITCH
6.1
MAXIMUM TRANSFER TIME
6.2
7.0
7.1
SHORT
TIME
CURRENT
RATING
5MS (1/4 CYCLE)
1000% FOR 10 MILLI SECONDS
CIRCUIT BREAKER & LOAD
BREAK SWITCHES
TYPE
ACB/MCCB
149
5.18.
1.
DATASHEET-A2 UPS SYSTEM
UPS
IEC - 62040 (PART-III)
BASIC
CLIMATIC
MECHANICAL
2.
TESTS
FOR
FOR
&
DURABILITY
COMPONENTS
ELECTRONIC
IS 9000
AND
ELECTRICAL EQUIPMENT
ENVIRONMENTAL TESTS FOR
3.
ELECTRONIC & ELECTRICAL
IS 9000
EQUIPMENT
TRANSFORMER
AND
INDUCTORS (POWER, AUDIO,
4.
PULSE & SWITCHING) FOR
IS 6297
ELECTRONIC EQUIPMENT
5.
PRINTED WIRING BOARDS
IS 7405
ENVIRONMENTAL
REQUIREMENTS
6.
SEMICONDUCTOR
FOR
DEVICES
IS 6553
AND INTEGRATED CIRCUITS
TERMINALS
7.
8.
9.
10.
FOR
ELECTRONIC EQUIPMENT
IS 4007
HRC CARTRIDGE FUSES
IS 9224/IEC 60269.1
INDICATING INSTRUMENTS
IS 1248/IEC 60051
DEGREE OF PROTECTION
IS 13947/IEC60 947-1
SEMICONDUCTOR
11.
CONVERTERS
12.
SEMICONDUCTOR RECTIFIER
IEC 60146
IS 6619
150
EQUIPMENT CODE
13.
THYRISTOR CONVERTERS
IS 5082
EMERGENCY STD BY POWER
14.
15.
SYSTEMS
SEALED LEAD ACID CELLS
VENTED
16.
TYPE
17.
18.
19.
IEC 60896-2
NI-CD
BATTERIES
STATIONARY
CELLS
IEC 60623
OF
BATTERIES LEAD ACID TYPE
(A) TABULAR PLATE
IEC 60896-1
(B) PLANTE PLATE
IEC 60896-1
IEEE
RECOMMENDED
PRACTICE FOR SIZING NI-CD
20.
IEEE 446
BATTERIES FOR STATIONARY
IEEE 1115
APPLICATION.
21.
22.
1100V CABLES
IS 1554
SURGE
WITHSTAND
CAPABILITY
TEST
IN
ACCORDANCE WITH
23.
HARMONIC LEVELS
IEC 60255-5
IEEE-519
SPARE LIST
1.
2.
3.
MCB/MCCB OF EACH RATING
ONE SET
SEMICONDUCTOR FUSES OF
TWO SETS
EACH RATING
CONTROL CARDS
ONE SET
151
5.
THYRISTORS
/
POWER
TRANSISTORS
OF
ONE SET
EACH
RATING
6.
POWER
DIODES
OF
EACH
RATING
8.
AUXILIARY
RELAYS
POWER CONTACTORS
EACH TYPE.
FILTER CAPACITORS
9.
FILTER CHOKE
7.
ONE SET
&
OF
ONE SET
ONE SET
ONE SET
152
5.19.
SL.
NO.
DATASHEET-A1 LEAD ACID BATTERY
ITEM
UNIT
TECHNICAL PARTICULARS
A
GENERAL
1.
APPLICATION
UPS
2.
TYPE OF BATTERY
VRLA
3.
NOMINAL VOLTAGE
V
230
4.
BATTERY CAPACITY
AH
BY BIDDER
5.
6.
NUMBER OF BATTERY BANKS
REQUIRED
NUMBER
OF
(APPROXIMATE)
7.
TEMPERATURE
8.
MIN. TEMP.
9.
CELLS
DESIGN
AMBIENT
TEMPERATURE
B
RATING
10.
DESIGN MARGIN
11.
AGEING FACTOR
NO.
NO.
0
C
0
C
%
1
BY BIDDER
5
50
10
BY BIDDER
DC SYSTEM VOLTAGE AT DC
12.
a.
BUS OF THE SWITCHBOARD.
A NORMAL
V
BY BIDDER
b.
MAXIMUM
V
BY BIDDER
c.
MINIMUM
V
BY BIDDER
153
SL.
NO.
13.
C
ITEM
UNIT
TECHNICAL PARTICULARS
END
CELL
VOLTAGE
(
VOLTS/CELL)
( V/CELL)
1.85
DISCHARGE DUTY
AMPERE HOUR CAPACITY OF
BATTERY
14.
AT
TEMPERATURE,
RATE
MIN.
10
HOUR
C10
10
TO GIVE FINAL END
CELL VOLTAGE
15.
D
SKETCH NO. SHOWING LOAD
BY BIDDER
DUTY CYCLE DIAGRAM
LAYOUT
AND
CONSTRUCTION
TENTATIVE SIZE OF CABLES
16.
TO CONNECT BATTERY TO
EXTERNAL CIRCUIT
a.
TYPE
b.
SIZE
17.
AVAILABLE
BY BIDDER
MM2
AREA
IN
BATTERY ROOM (L X B)
MM X MM
BY BIDDER
REFER TENDER DRAWING
18.
LAYOUT DRG. NO. (IF ANY)
BY BIDDER
19.
MOUNTING ARRANGEMENT
MULTI TIER
WHETHER
YES
20.
METALLIC
STANDS TO BE DESIGNED
FOR SEISMIC FORCE
YES/NO
154
SL.
NO.
a.
21.
ITEM
UNIT
TECHNICAL PARTICULARS
IF YES, SEISMIC ZONE
TYPE
OF
BATTERY
GRADE 3
CELL
BY BIDDER
CONTAINER
22.
BMS TO BE SUPPLIED
E
MISCELLANEOUS
YES/NO
YES
1.1.a.i.1.1.1.1.1 R
E
Q
U
I
R
E
D
TAPPED
23.
CELL
ARRANGEMENT FOR FLOAT
CUM
BOOST
ARRANGEMENT.
CHARGING
/
REQUIRED
N
O
T
R
E
Q
U
I
R
E
155
SL.
NO.
ITEM
UNIT
TECHNICAL PARTICULARS
D
1.1.a.i.1.1.1.1.2 R
E
Q
U
I
R
E
D
DROPPER
24.
/
DIODE
ARRANGEMENT FOR FLOAT
CUM
BOOST
REQUIRED
N
CHARGING
O
ARRANGEMENT.
T
R
E
Q
U
I
R
E
D
25.
SPARES
a.
INTER-CELL
/
INTER-ROW/
NOS.
20% OF TOTAL QUANTITY.
156
SL.
NO.
ITEM
UNIT
TECHNICAL PARTICULARS
INTER-BANK / CONNECTORS
b.
NUTS, BOLTS, WASHERS ETC
NOS.
20% OF TOTAL QUANTITY.
157
5.20.
1. \
a)
DATASHEET-A2 LEAD ACID BATTERY
GENERAL REQUIREMENT AND
METHOD OF TESTS STATIONARY
LEAD ACID BATTERIES WITH TUBULAR POSITIVE PLATE
IS 1651
IEC- 60896
IS 1652
IEC- 60896
2.
WITH PLANTE POSITIVE PLATE
WATER FOR STORAGE BATTERY
3.
SULPHURIC ACID
IS: 266
RUBBER AND PLASTIC
CONTAINERS FOR LEAD ACID
STORAGE BATTERY
SEALING COMPOUND FOR LEAD
ACID BATTERIES ( BITUMEN
BASED )
SYNTHETIC SEPARATOR FOR
LEAD ACID BATTERIES
GENERAL REQUIREMENTS AND
METHODS OF TEST FOR LEAD
ACID STORAGE BATTERIES
RECOMMENDED PRACTICE FOR
SIZING LARGE LEAD ACID
STORAGE BATTERIES FOR
GENERATING STATIONS AND
SUBSTATIONS
CONTAINERS & VENT PLUGS
IS: 1146
10.
BATTERY ENCLOSURES
UL : 1778
RECOMMENDED PRACTICE FOR
DESIGN AND INSTALLATION OF
VENTED LEAD ACID BATTERIES.
IEEE-484
11.
B)
4.
5.
6.
7.
8.
9.
IS: 1069
IS: 3116
IS: 6071
IS: 8320
IEEE: 485
UL : 994
158
5.21.
1.0
DATASHEET-A1 LIGHTING
GENERAL
1.1
NORMAL SUPPLY VOLTAGE,
PHASE AND FREQUENCY
AC
DC
230V,1PH , 50HZ
1.2
VARIATION IN SUPPLY
A) VOLTAGE
B) FREQUENCY
C) COMBINED VOLTAGE &
FREQUENCY
%
%
%
± 10%
± 3%
± 10%
1.3
DESIGN AMBIENT AIR
TEMPERATURE
ºC
50 ºC
1.4
LUMINAIRE TERMINAL
SUITABLE FOR
1.4.1
INDOOR NON HAZARDOUS AREA
3C X 2.5 SQ.MM CU
CONDUCTOR PVC
INSULATION
A) CONDUCTOR MATERIAL
B) WIRE SIZE
1.4.2
XLPE CU , FRLS
CORES
X
SQ.MM
INDOOR HAZARDOUS /
OUTDOOR AREA
A) CONDUCTOR MATERIAL
B) CABLE SIZE
1.5
2R/C X 2.5 +1R X 1.5 SQ.MM
CU.WIRE (HFFR) FOR
INDOOR
XLPE CU , FRLS
CORES
X
SQ.MM
4C X16 SQ.MM CABLE (FRLS)
FOR OUTDOOR.
3C X 2.5SQ.MM CABLE
(FRLS) FOR DG YARD AREA.
LUMINAIRE EARTHING
TERMINAL SUITABLE FOR
A) CONDUCTOR MATERIAL
GI /CU
159
B) CONDUCTOR SIZE
SWG
8/ 12 SWG GI / 2.5SQ.MM CU
160
5.22.
DATASHEET-A1 LED LUMINAIRES
SL.
TECHNICAL
NO.
PARAMETERS
1
LIGHT SOURCE
HIGH POWER LED
2
MAKE OF LED LAMPS
OSRAM / PHILIPS / LUMILED / CREE/ NICHIA
3
LIGHTING
CUT OFF/ SEMI CUT OFF TYPE AS PER IESNA
DISTRIBUTION TYPE
TYPE II/ III LIGHTING DISTRIBUTION.
4
LUMINARY EFFICACY
>100 LM/W +/- 5 %
5
OPERATING VOLTAGE
140- 280V
SPECIFIC REQUIREMENRT
RANGE
6
OPERATING VOLTAGE
230V •+/- 10%
8
OPERATING
50 HZ +/- 3% HZ
FREQUENCY
9
TOTAL
HARMONIC
CURRENT < 15%; VOLTAGE < 5%
DISTORTION
10
POWER FACTOR
>= 0.95
11
OPERATING CURRENT
<700 MA
12
USAGE HOURS
DUSK TO DAWN (12 HOURS)
13
AUDIBLE NOISE
SHALL HAVE CLASS-A SOUND RATING WITH
AUDIBLE NOISE IN POWER SUPPLY
14
BEAM ANGLE
120 DEGREES (MINIMUM)
15
LIFE SPAN
50000 BURNING HOURS WITH 80% LUMEN
MAINTENANCE
16
COLOR TEMPERATURE
5500 - 6000K ( SUITABLE FOR “COOL WHITE”
LIGHT)
161
17
COLOR
RENDERING
MIN. 70
INDEX (CRI)
18
UNIFORMITY
RATIO
60%
(EMIN/ EAVG)
19
TRANSVERSE
40%
UNIFORMITY
RATIO
(EMIN/EMAX)
20
INGRESS PROTECTION
IP 66 FOR STREET LIGHTING
DRIVER:
21
DRIVER EFFICIENCY
>90%
22
OPTICAL EFFICIENCY
> 95%
23
P/N
<100 DEGREES C AT JUNCTION POINT AND <60
24
JUNCTION
TEMPERATURE
AT HEAT SINK.
SURGE
4.5 KV
IMMUNITY
LEVEL
25
EARTHING
DRIVER UNIT SHALL HAVE PROVISION FOR
PROPER GROUNDING
26
SHORT
CIRCUIT
PROTECTION
27
OVER
PROTECTION
RECOVERS AUTOMATICALLY AFTER FAULT
CONDITION IS REMOVED.
VOLTAGE
SHOULD BE ABLE TO WITHSTAND 320V FOR
MINIMUM 24 HOURS
162
28
HIGH – LOW VOLTAGE
IN SIDE LUMINARY OR A DEVICE TO BE
CUTOFF
INSTALLED ON THE POLE IN AN IP PROTECTED
BOX SUSTAINING 270V FOR HIGHER SIDE
CUTOFF & 140 V ON LOWER SIDE CUTOFFBEYOND& BELOW IT SHUT DOWN & RESTORE
NORMAL
WORKING
CONDITION
WHEN
VOLTAGE
29
HOUSING
WITH
SUPPLIER WORD MARK
ENGRAVED / EMBOSSING ON THE DIE CAST
HOUSING/ BODY PART
/ NAME
30
31
CONNECTING WIRES &
FRLS THREE CORE COPPER WIRE OF 2.5 MTR
CABLES USED
OUTSIDE LUMINARIE
IMPACT
IK 05 OR ABOVE
RESISTANCE
OF
COMPLETE
LUMINARIE
32
REPLACEMENT
GUARANTEE
5 YEARS AGAINST ANY DEFECTS/FAULTS (IN
OF
COMPLETE LUMINARY
CASE OF LUMEN DEPRECIATION BEYOND LIMIT
OF
L70,
NON-WORKING
DISCOLORATION
IN
POLYCARBONATE
LENS
COVER
ANY
OR
GLASS
RESULTING
LED,
OR
INTO
DEPRECIATION IN LUX LEVEL WITH RESPECT
TO L70)
33
FINISH
AESTHETICALLY DESIGNED HOUSING WITH
POWDER
COATED
CORROSION
HOUSING
34
WORKING
-20 DEGREE TO 50 DEGREE
TEMPERATURE
35
WORKING HUMIDITY
10% TO 90% RH
RESISTANT
163
36
HOUSING
THE FIXTURE SHOULD COMPRISE OF A TOP
CANOPY MADE OF DI-CAST HIGH PRESSURE
ALUMINUM ALLOY OF ADEQUATE THICKNESS
AND A LOWER PART COMPRISES OF UV
RESISTANT ACRYLIC BOWL TOP FROSTED FOR
VISUAL COMFORT
37
CONSTRUCTION
LED'S ARE MOUNTED ON A CIRCULAR/ ARRAY
MCPCB WHICH IS THERMALLY GLUED TO AN
ALUMINUM SHEET PROVIDED WITH ALUMINUM
FINS FIRMLY CONNECTED TO THE HOUSING
FOR EXCELLENT HEAT DISSIPATION.
164
DATASHEET-B
TO BE FILLED BY BIDDER
165
5.23.
DATASHEET-B HIGH VOLTAGE METAL ENCLOSED SWITCHGEAR
SR.NO. ITEM
1.0
UNIT
GENERAL

1.1
MANUFACTURER’S NAME

1.2
APPLICABLE STANDARD (S)

1.3
TYPE OF CIRCUT BEAKER

1.4
NOMINAL SYSTEM VOLTAGE
kV
1.5
MAXIMUM CONTINUOUS VOLTAGE
kV
1.6
POWER FREQUENCY WITHSTAND
(ONE MINUTE) VOLTAGE
kV
1.7
A) SHORT CIRCUIT WITHSTAND
1.8
 SF 6
kV (rms)
B) MOMENTARY WITHSTAND
kV
(peak)
IMPULSE 1.2/50  SEC
kV
(peak)
WITHSTAND VOLTAGE
 VACUUM
1.9
TYPE TEST REPORT

 ENCLOSED
 NOT ENCLOSED
2.0
COMPLIANCE WITH
SPECIFICATION

 YES
 NO,
ATTACHED
3.0
CONSTRUCTIONAL FEATURES

3.1
DIMENSIONS

a) SWITCHGEAR CUBICLE

DEVIATIONS
Lx
Wx
Lx
Wx
Lx
Wx
Dmm
b) ADAPTER PANEL

Dmm
c) OVERALL BASED ON (a) & (b)

Dmm
3.2
MINIMUM CLEAR. REQUIRED
Mm
Front :
mm,
Rear :
mm
166
3.3.1
CUBICLE WEIGHT WITH CIRCUIT
BREAKER
Kg.
3.3.2
TOTAL SWITCHGEAR WEIGHT
Kg.
3.4
DYNAMIC LOADING PER CUBICLE
Kg.
3.5
PAINTING SPECIFICATION
4.0
BUSBARS

 ENAMEL  EPOXY
 POWDER COATED

4.1
MATERIAL

4.2
APPLICABLE STANDARD

4.3
BUSBAR INSULATION

4.4
STANDARD TO WHICH THE BUSBAR
ARRANGEMENT CONFORMS

4.5
MINIMUM CLEARANCE :

A) PHASE TO PHASE
Mm
B) PHASE TO EARTH
Mm
5.0
CIRCUIT BREAKERS

5.1
FEEDER RATINGS
Amps
 COPPER  AL-ALLOY
COMPLIANCE WITH SPEC.
 YES
 NO, DEVIATIONS ATTACHED
AS PER SPEC.  YES
ATTACHED
5.2
SWITCHING OVERVOLTAGE

a) SWITCHING OFF MOTOR
RUNNING AT NO LOAD
P.U./ms
b) SWITCHING OFF MOTOR WITH
ITS ROTOR LOCKED
-----DO-----
c) SWITCHING OFF MOTOR
RUNNING AT FULL LOAD
-----DO-----
d) SWITCHING OFF UNLOADED
TRANSFORMER
-----DO-----
Amps
 NO
DETAILS
167
5.2.1
MAXIMUM PERMISSIBLE CHOPPING
CURRENT.

5.3
EXTERNAL
OVERVOLTAGE
DEVICES REQUIRED

5.3.1
DETAILS OF VOLTAGE LIMITING
DEVICE :

a) TYPE

b) RATED VOLTAGE

Volts
c) CONTINUOUS WITHSTAND
VOLTAGE BETWEEN LINE AND
EARTH

Volts
d) RESIDUAL VOLTAGE AT
DISCHARGE CURRENT OF

- 100 A

Volts
- 500 A

Volts
- 1000 A

Volts
5.4
5.5
SWITCHING
LIMITINGS
MAIN CONTACTS :
a) TYPE

b) MATERIAL

c) SILVER FACING PROCESS
–
d) THICKNESS OF THE FACING
MICRON
e) DESIGN CONTACT PRESSURE
KG./Sq.cm.
ARCING CONTACTS :

A) TYPE
–
B) MATERIAL
–
C) SILVER FACING PROVIDED
–
D) THICKNESS OF THE FACING
Microns
 YES
 NO
168
E) DESIGN CONTACT PRESSURE
Kg./Sq.Cm.
5.6
TRIP COIL CONSUMPTION AT RATED Watts
VOLTAGE
5.7
SATISFACTORY OPERATION OF
CLOSING BETWEEN 80% - 100% OF
RATED CONTROL VOLTAGE
–
5.8
SF6 BREAKER

a) STANDARD TO WHICH SF6 GAS
CONFORMS
–
b) SF6 GAS PRESSURE
5.9
5.10

 YES
 NO, BEING
SUBMITED
gm/year
–
 YES
 NO, REASON GIVEN
 YES
 NO, REASON GIVEN
Kg.
g) DECOMPOSED GASES AND
MOISTURE ABSORBANT
PROVIDED
–
VACUUM BREAKERS

a) PRESSURE INSIDE THE
INTERRUPTER
 NO
Kg./Sq.cm.
c) GAS DENSITY MONITOR PROVIDED
& DETAILS ATTACHED.
d) LEAKAGE OF SF6 GAS
e) SF6 GAS LEAKAGE DETECTOR
PROVIDED
f) WEIGHT OF SF6 GAS PER POLE
 YES
Mm.Hg.
b) CONTACT WEAR INDICATION
PROVIDED
–
 YES
 NO, REASON GIVEN
c)
–
 YES
 NO, REASON GIVEN
d) VACUUM MONITORING RELAY
PROVIDED
–
 YES
 NO, REASON GIVEN
e)
–
 YES
 NO, REASON GIVEN

 ENCLOSED
 NOT ENCLOSED
MECHANICAL FACILITY FOR
CHECKING LOSS OF VACUUM
PROVIDED
ADEQUATE SHIELDING
AGAINST
X-RAY
RADIATIONS PROVIDED
TYPE TEST REPORT
169
6.0
CIRCUIT BREAKER OPERATING
MECHANISM

6.1
TYPE OF CLOSING MECHANISM

6.2
SPRING CHARGING MECHANISM :

a)
SPRING CHARGING MOTOR :

i)
RATED VOLTAGE
Volts
ii)
RATING
Watts
Iii) SPEED
RPM
iv) CLASS OF INSULATION
–
v)
SATISFACTORY OPERATION
OF SPRING CHARGING
MOTOR BETWEEN 80% 100% OF RATED VOLTAGE
–
vi)
TIME REQUIRED TO
CHARGE THE SPRING FROM
FULLY DISCHARGED
CONDITION
SEC.
b)
 NO, DEVIATION
 YES
 NO, REASON GIVEN

vii) OVERLOAD AND SHORT
CIRCUIT PROTECTION
PARTICULARS
IS PROVISION MADE FOR
IMMEDIATE CHRAGING OF
CLOSING SPRING AFTER A
CLOSURE
 YES
GIVEN
–
–
 YES
 NO, REASON GIVEN
c)
ADEQUATE SPRING RESERVE FOR
ONE
O-C-O OPERATION
WITHOUT INTENTIONAL TIME
DELAY
–
 YES
 NO, REASON GIVEN
d)
MECHANICAL INDICATION FOR
SPRING CHARGED CONDITION
PROVIDED
WHETHER SLOW
CLOSING/OPENING IS FEASIBLE
FOR MAINTENANCE TESTING
–
 YES
 NO, REASON GIVEN
e)
170
6.3
METHOD OF CLOSING DURING
POWER SUPPLY FAILURE
–
7.0
VACUUM CONTACTORS

7.1
MAKERS NAME AND COUNTRY OF
MANUFACTURE
–
7.2
MANUFACTURER’S TYPE
DESIGNATION
–
7.3
APPLICABLE STANDARDS
–
7.4
TYPE TEST REPORT
–
7.5
CLEARANCES
–
a) BETWEEN PHASES
 ENCLOSED
 NOT ENCLOSED
mm
b) BETWEEN LIVE PARTS AND EARTH mm
c) CENTRE TO CENTRE DISTANCE
BETWEEN PHASES
mm
7.6
WHETHER THE VACUUM
CONTACTOR IS MECHANICALLY
LATCHED OR ELECTRICALLY HELD

7.7
a) TYPE OF OPERATING MECHANISM

b) POWER FOR OPERATING STATION Battery or
control
MECHANISM
transformer
7.8
METHOD OF CLOSING
a) NORMAL VOLTAGE OF COIL
–
Volts
b) POWER FOR CLOSING MECHANISMWatts
7.9
7.10
NUMBER OF OPERATIONS THE
Nos.
VACUUM CONTACTOR IS CAPABLE
OF PERFORMING WITHOUT
INSPECTION
SWITCHING OVER VOLTAGES
BY THE VACUUM CONTACTOR
Per unit
peak line to
earth
 YES
 NO, REASONS ATTACHED
171
–
7.11
METHOD OF CLOSING DURING
POWER SUPPLY FAILURE
7.12
WHETHER INSTRUCTION MANUAL IS YES / NO
ENCLOSED
8.0
INSTRUMENT TRANSFORMERS
–
8.1
CURRENT TRANSFORMERS METERING AND PROTECTION
–
8.1.1
MAKE
–
8.1.2
TYPE (BAR / WOUND / ANY OTHER)
–
8.1.3
APPLICABLE STANDARD
–
8.1.4
CLASS OF INSULATION
–
8.1.5
CORE BALANCE CTs. (FOR EACH CT)

a) RATIO
–
b) RATED VA BURDEN
VA
c) ACCURACY CLASS

d) MINIMUM KNEE-POINT VOLTAGE
8.1.6
COMPLIANCE WITH
SPECIFICATION & PROJECT
DWGS
 YES  NO, DEVIATIONS
ATTACHED
 CL, PS
Volts
e) MAXIMUM MAGNETISATION
CURRENT AT PROPOSED
SETTING
Ma
f) CT SECONDARY RESISTANCE
Ohms
g) MAGNETISATION
CHARACTERISTIC CURVE
ATTACHED
–
h) DIMENSIONED DRAWING
ATTACHED
YES / NO
i) APPLICABLE STANDARD

TYPE TEST REPORT FOR ALL CT
DESIGNS
–
 YES
 NO
 ENCLOSED
 NOT ENCLOSED
172
VOLTAGE TRANSFORMERS
8.2
–
COMPLIANCE WITH SPEC.
PROJECT DWGS
 YES  NO, DEVIATIONS
ATTACHED
8.2.1
MAKE
–
8.2.2
TYPE
–
8.2.3
APPLICABLE STANDARD
–
8.2.4
TYPE OF INSULATION
–
8.5
TYPE TEST REPORT
–
 ENCLOSED
 NOT ENCLOSED
9.0
INDICATING METERS
–
COMPLIANCE WITH SPEC. /DWGS
9.1
1.1.a.i.1.2 GENERAL

9.1.1
MAKE
–
9.1.2
APPLICABLE STANDARD
–
9.1.3
TYPE OF MOVEMENT
–
9.1.4
SIZE
–
9.1.5
SCALE SIZE (IN DEGREES)
–
9.1.6
MOUNTING, FLUSH TYPE OTHER
–
9.1.7
ACCURACY
–
9.1.8
RANGE AS PER SPECIFICATION
–
9.1.9
VA BURDEN FOR EACH TYPE
–
WATT HOUR METER
9.2
 YES  NO, DEVIATIONS
ATTACHED
–
9.2.1
MAKE
–
9.2.2
TYPE
–
9.2.3
STANDARD TO WHICH IT CONFORMS
–
X
mm
 YES  NO,
DEVIATIONS ATTACHED
173
–
9.2.4
MAXIMUM NUMBER OF DIGITS
9.2.5
VOLTAGE COIL RATING
Volts
9.2.6
CURRENT RATING
Amps.
9.2.7
VA BURDEN
VA
9.2.8
ACCURACY
–
9.2.9
RANGE AS PER SPECIFICATION
–
9.2.10
DRAW OUT / NON – DRAWOUT TYPE
–
9.2.11
MOUNTING, FLUSH TYPE OTHER
–
9.2.12
TEST PLUG/TEST BLOCKS TESTING
TERMINALS WITH LINKS
–
 ELECTROMECHANICAL
 SOLID STATE   P BASE
–
MAKE
10.0
1.1.a.i.1.3 PROTECTION RELAYS
10.1
INVERSE TIME OVER-CURRENT
RELAY
–
10.2
INSTANTANEOUS OVER-CURRENT
RELAY
–
10.3
THERMAL
PROTECTION RELAY
–
10.4
LOCKED ROTOR PROTECTION RELAY
–
10.5
THERMAL OVERLOAD ALARM RELAY
–
10.6
NEGATIVE SEQUENCE VOLTAGE
OPERATED RELAY
–
10.7
EARTH LEAKAGE RELAY FOR USE
WITH CORE BALANCE CT
–
10.8
EARTH FAULT RELAY FOR USE IN
THE RESIDUAL CIRCUIT OF MAIN
CTS.

10.9
DIFFERENTIAL RELAY
(HIGH
STABILITY
CIRCULATING
CURRENT TYPE)

OVERLOAD
 YES  NO, DEVIATION
ATTACHED
TYPE
174
10.10
DIFFERENTIAL RELAY FOR USE WITH
THROUGH-TYPE CTS.

10.11
VOLTAGE
OPERATED
EARTH
FAULT
RELAY
(NEUTRAL
DISPLACEMENT RELAY)

11.0
TERMINATION / WIRING
–
11.1
COLOUR CODING FOR WIRES FOR
:
–
a) D.C. CONTROL CIRCUITS
–
b) A.C. AUXILIARY POWER
CIRCUIT LIKE PANEL SPACE
HEATER, PANEL
ILLUMINATION ETC.
–
c) A.C. METERING CIRCUIT
–
d) EARTHING
–
11.2
NUMBERED FERRULES AT BOTH
ENDS
–
 YES  NO, REASON GIVEN
11.3
INSULATED SLEEVES PROVIDED
AT WIRE TERMINATIONS
–
 YES  NO, REASON GIVEN
11.4
TERMINALS :

a) MAKE
–
b) CURRENT RATING
Amps
c) CLAMP TYPE / BOLT TYPE
–
d) MOULDED INTER-TERMINAL
BARRIERS PROVIDED
–
e) MAXIMUM CONDUCTOR SIZE
AND NUMBER OF
CONDUCTORS WHICH IT CAN
RECEIVE
f) DISCONNECTING TYPE FOR CT
CIRCUITS
COMPLIANCE WITH SPEC.
 YES  NO, DEVIATIONS
ATTACHED
 YES
NO



sq.mm
–
YES
NO
175
11.5
g) TERMINAL MARKING FACILITY
PROVIDED
–

YES

NO
h) CRIMP TYPE CONNECTORS
PROVIDED AT THE TERMINALS
–

YES

NO
i) 10% SPARE TERMINAL PROVIDED
–

YES

NO
TYPE TEST REPORT FOR WIRING MATERIALS
–
 ENCLOSED
 NOT ENCLOSED
CABLE BOXES / POTHEADS
–
12.0
–
12.1
INCLUDED IN SCOPE OF SUPPLY
12.2
RATED VOLTAGE
12.3
APPLICABLE STANDARD
–
12.4
COMPOUND FILLED/EPOXY
RESIN / SHRINKABLE TYPE
–
12. 5
ALL FURNISHING MATERIAL AND
ACCESSORIES INCLUDING
COMPOUND, TAPES, BINDINGS,
WIRES, FILTERS, ARMOUR
CLAMPS, BRASS GLAND, ETC.
INCLUDED
–
13.0
SPARES
–
13.1
LIST OF RECOMMENDED SPARES
FOR NORMAL MAINTENANCE FOR
A PERIOD OF 3 YEARS FURNISHED
14.0
TESTS
14.1
KV

YES

NO
–

YES

NO
ALL TEST CERTIFICATES ON
BOUGHT ITEMS BE FURNISHED
–

YES

NO
14.2
LIST OF ROUTINE TESTS TO BE
CARRIED OUT ATTACHED
–

YES

NO
15.0
DRAWINGS AND DATA
176
15.1
5.24.
–
DRAWINGS SUBMITTED ALONG
WITH BID
YES
DATASHEET-B LT SWITCHGEAR
1.0
SPECIFIC PARTICULARS
1.1
SWITCHGEAR DESIGNATIONS
1.2
SINGLE FRONT OR DOUBLE
FRONT
APPLICABLE STANDARD
SF/DF
1.4
FULLY DRAWOUT/SEMI
DRAWOUT/FIXED
FD/SD/F
1.5
TOTAL DIMENSIONS OF EACH
COMPLETE
SWITCHGEAR L X W X D
MM L
W
D
1.6.1
WIDTH OF EACH VERTICAL
SECTION WITH CABLE ALLEY
MM
1.6.2
WIDTH OF CABLE ALLEY ONLY
MM
1.7
MINIMUM CLEAR SPACE
REQUIRED
1.3

MM
A)
IN FRONT
B)
BACK
MM
1.8
1.9
MAX. CUBICLE WEIGHT WITH
COMPONENTS
HAVE ALL THE FEEDERS AND
COMPONENTS SPECIFIED IN
ENCLOSED
DRAWINGS AND DATA SHEETS A
-3
BEEN PROVIDED ?
KG
YES/NO

NO
177
2.0
GENERAL PARTICULARS
2.1
SHEET STEEL
A) COLD ROLLED/HOT ROLLED
B) THICKNESS :
I)
FRAMES
MM
II)
DOOR
MM
III) REAR COVER
MM
IV) SIDE AND TOP COVERS
MM
V) PANEL PARTITIONS
MM
2.2
DEGREE OF PROTECTIONS
PROVIDED BY THE ENCLOSURE
(AS PER IS : 13947)
2.3
2.4
EARTH BUSBAR SIZE
BUSBAR
SQ.MM
GI/AL/CU
A) MATERIAL OF BUSBARS
AL/CU
B) SECTION
SQ.MM
C) CONTINUOUS CURRENT
RATING UNDER SITE
CONDITIONS
A
D) WHETHER BUSBARS
HAVE BEEN INSULATED
YES/NO
E) TYPE OF INSULATION
F)
TEMPERATURE RISE
OVER THE REFERENCE
AMBIENT
WHEN CARRYING RATED
CURRENT
PH :
°C
N:
178
G) MATERIAL OF BUSBAR
SUPPORTS
H) CLEARANCE IN AIR :
I)
BETWEEN PHASES
II) BETWEEN PHASES
EARTH
I) SHORT TIME RATING
(ONE SEC.)
MM
MM
KA
KA
J)
3.0
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
3.9
3.10
3.11
3.12
3.13
MOMENTARY RATING
(PEAK)
CIRCUIT BREAKERS
MAKER’S NAME
MAKER’S TYPE DESIGNATION
APPLICABLE STANDARDS
CIRCUIT BREAKERS TYPE
(AIR BREAK AND OR MCCB)
RATED VOLTAGE
RATED OPERATING DUTY
RATED CURRENT
DERATING FACTOR FOR
OPERATION UNDER SITE
CONDITIONS
RATED SYMMETRICAL
BREAKING
CURRENT AT RATED VOLTAGE.
(INDICATE POWER FACTOR)
RATED PEAK MAKING
CURRENT
RATED SHORT TIME WITHSTAND
RATING (FOR 1 SEC.) (FOR MCCB,
BIDDER TO INDICATE THE TIME)
OPERATING MECHANISM TYPE
LIMITS OF VOLTAGE FOR
SATISFACTORY OPERATION OF
THE FOLLOWING DEVICES AS A
% OF NORMAL VOLTAGE
V
A
KA
P.F.
KA
%
I)
OPERATING MECHANISM
II)
CLOSING AT NORMAL
%
179
VOLTAGE
3.14
3.15
3.16
IV) TRIP COIL
POWER REQUIRED FOR CLOSING
AT NORMAL VOLTAGE
POWER REQUIRED FOR TRIPPING
AT NORMAL VOLTAGE
SPRING CHARGING MOTOR
DETAILS :
%
W
W
KW
I) RATING
II) RATED VOLTAGE
3.17
3.18
3.19
3.20
3.21
4.0
4.1
4.2
4.3
4.4
4.5
5.0
5.1
5.2
5.3
5.4
5.5
III) SPRING CHARGING
OVERLOAD RELEASE PROVIDED
SHORT CIRCUIT RELEASE
SETTINGS AND TIME DELAY
FEATURES
UNDERVOLTAGE RELEASE
SETTING
HAVE ELECTRICAL AND
MECHANICAL ANTI-PUMPING
FEATURES BEEN PROVIDED
HAVE TYPE TEST CERTIFICATES
BEEN ENCLOSED ?
AIR BREAK SWITCHES
MAKE
TYPE
RATED VOLTAGE
APPLICABLE STANDARDS
MAXIMUM PROSPECTIVE FAULT
CURRENT WITHSTAND OF
COMPOSITE UNIT OF SWITCH
AND FUSE
FUSES
MAKE
TYPE
APPLICABLE STANDARDS
RATED VOLTAGE
RATED CURRENT FOR
INDIVIDUAL CIRCUITS TO BE
PROVIDED AS PER
REQUIREMENTS OF PROTECTION
COORDINATION
V,
AC/DC
SEC.
YES/NO
YES/NO
YES/NO
KA
(PEAK)
V
YES/NO
180
6.0
6.1
6.2
6.3
6.4
6.5
6.7
6.8
CONTACTORS
MAKE
RATED DUTY
RATED UTILISATION CATEGORY
APPLICABLE STANDARDS
RATED (THERMAL) CURRENT
PROVIDED AS PER
SPECIFICATION
RATED VOLTAGE OF AUXILIARY
CONTACTS
RATED VOLTAGE OF COIL
RATED BREAKING CAPACITY
6.9
RATED MAKING CAPACITY
6.10
LIMITS OF OPERATION
6.6
I) SUPPLY VOLTAGE
VARIATION
YES/NO
V
V
FACTO
R OF
RATED
CURRE
NT
FACTO
R OF
RATED
CURRE
NT
+%
+%
II) SUPPLY FREQUENCY
VARIATION FOR CLOSING
6.11
%
III) DROP OUT VOLTAGE
NO OF AUXILIARY CONTACTS :
I)
NORMALLY OPEN
II) NORMALLY CLOSED
7.0
7.1
8.0
8.1
8.2
8.3
9.0
SINGLE PHASING PREVENTERS
IS IT IN BUILT-IN BIMETAL
THERMAL OVERLOAD RELAY
CURRENT TRANSFORMERS
MAKE
APPLICABLE STANDARDS
ALL OTHER PARAMETERS OF CT
AS PER ENCLOSED SLD/LIST AND
SECTION-D
VOLTAGE TRANSFORMERS
YES/NO
YES/NO
181
9.1
9.2
9.3
9.4
9.5
9.6
9.7
10.0
10.1
10.2
10.3
10.4
10.5
10.6
11.0
11.1
11.2
11.3
11.4
12.0
12.1
12.2
12.3
12.4
12.5
13.0
13.1
13.2
13.3
13.4
14.0
14.1
14.2
14.3
15.0
15.1
15.2
16.0
16.1
MAKE
APPLICABLE STANDARDS
RATIO
OUTPUT PER PHASE
ACCURACY CLASS
OVER VOLTAGE FACTOR
CLASS OF INSULATION
CONTROL TRANSFORMERS
MAKE
TYPE
APPLICABLE STANDARDS
RATIO
CLASS OF INSULATION
RATED OUTPUT
INSTANTANEOUS
OVERCURRENT RELAY
APPLICATION (PHASE FAULT OR
EARTH FAULT)
MAKE
TYPE DESIGNATION
SETTING RANGE
INVERSE TIME AND THERMAL
OVERCURRENT RELAY
APPLICATION
MAKE
TYPE
CURRENT SETTING RANGE
TIME SETTING RANGE AT 10
TIMES THE CURRENT SETTING
UNDERVOLTAGE RELAY
MAKE
TYPE
VOLTAGE RATING
SETTING RANGE
AUXILIARY RELAYS AND
TIMERS
MAKE
TYPE
COIL VOLTAGE
CONTROL/SELECTOR SWITCH
MAKE
TYPE DESIGNATION
VOLTMETER
MAKE
V/V
VA
VA
SEC.
V
V
V
182
16.2
16.3
16.4
17.0
17.1
17.2
17.3
17.4
18.0
18.1
18.2
18.3
18.4
19.0
19.1
19.2
19.3
19.4
19.5
20.0
20.1
20.2
TYPE
APPLICABLE STANDARDS
ACCURACY CLASS
AMMETER
MAKE
TYPE
APPLICABLE STANDARDS
ACCURACY CLASS
WATTMETER
MAKE
TYPE
APPLICABLE STANDARD
ACCURACY CLASS
INDICATING LAMPS
MAKE
TYPE
VOLTAGE
SERIES RESISTOR
WATTAGE OF LAMP
PUSH BUTTONS
MAKE
TYPE DESIGNATION
20.3
NO OF CONTACTS:
I)
20.4
21.0
21.1
21.2
21.3
21.4
21.5
22.0
22.1
22.2
22.3
V
OHMS
W
NORMALLY OPEN
II) NORMALLY CLOSED
CONTACT RATING
SPACE HEATER
MAKE
TYPE
RATED VOLTAGE
HEATER OUTPUT FOR EACH
VERTICAL PANEL
THERMOSTAT AT SETTING °C
WIRING AND TERMINAL BLOCKS
VOLTAGE GRADE
INSULATION
MINIMUM SIZE OF CONDUCTOR
FOR :
A
V
W
SQ.MM
I)
POWER WIRING
SQ.MM
183
22.4
II) CONTROL WIRING
TYPE OF TERMINAL BLOCKS :
I)
22.5
22.6
23.0
23.1
FOR WITHDRAWABLE TYPE
II) FOR FIXED TYPE
MINIMUM CURRENT RATING OF
TERMINAL BLOCKS
WHETHER TERMINALS FOR CT’S
HAVE BEEN PROVIDED WITH
SHORT CIRCUITING FACILITIES
PUSH BUTTON STATION
METAL ENCLOSURE :
A
YES/NO
I) DIE-CAST
ALUMINIUM/SHEET METAL OF
2MM THICKNESS
II)
23.2
22.3
23.4
DEGREE OF PROTECTION
III) PAINTING, INSCRIPTION
EARTHING
TERMINALS AS SPECIFIED
GLAND PLATE AND CABLE
GLANDS PROVIDED
YES/NO
FACILITY FOR FIXING ON
WALL/STRUCTURE PROVIDED
NO. OF CONTACTS :
YES/NO
YES/NO
I) NORMALLY OPEN
23.5
II) NORMALLY CLOSED
CONTACT RATING :
I)
II)
AT 415 V AC
A
AT 110 V AC
A
III) AT 220 V DC
A
184
5.25.
DATASHEET-B HT TERMINATIONS
1.0
MANUFACTURER
2.0
APPLICABLE STANDARDS
3.0
GUARANTEED PARTICULARS
FOR THE NOMINAL (PHASE TO
PHASE) SYSTEM VOLTAGES
KV
A.C WITHSTAND VOLTAGE (PH /
GROUND)
KV
TIME DURATION
MINS
3.2
PARTIAL DISCHARGE AT 2 UO
PC
3.3
IMPULSE WITHSTAND, 1.2 / 50 S
KV
3.4
LOAD CYCLE TEST
3.1
(A) EACH CYCLE – HEATING DURATION
HRS
TEMPERATURE
0
COOLING DURATION
HRS.
C
(B) NUMBNER OF CYCLES
(C) CONTINUOUS PHASE TO
GROUND VOLTAGE
WITHSTAND
KV
3.5
THERMAL WITHSTAND SHORT
CIRCUIT CURRENT 1 SEC.
KA
3.6
DYNAMIC SHORT CIRCUIT
WITHSTAND
KA/PEA
K
3.7
TYPE TEST REPORT FOR ALL THE
TESTS ENCLOSED AS SPECIFIED
YES /
NO.
4.0
KIT PARTICULARS
185
4.1
MATERIAL OF THE TUBING /
MOULDED PARTY
4.2
METHOD OF STRESS CONTROL
4.3
METHOD OF ENVIRONMENTAL
SEAL
4.4
LIST OF ITEMS INCLUDED IN THE
KIT
(A) FOR TERMINATIONS
(B) FOR JOINTS
(C) WHETHER HEATING DEVICE
INCLUDED
(I) HOW MANY SUCH DEVICE
INCLUDED
5.0
YES /
NO.
QTY.
(D) ALLOWABLE KIT STORAGE
TEMPERATURE
0
(E)
YEARS
KIT SHELF LIFE
CABLE TERMINATIONS / JOINTS
INSTRUCTION MANUAL ENCLOSED
C
YES /
NO
186
5.26.
DATASHEET-B POWER TRANSFORMER
1.0
TRANSFORMER APPLICATION/
DESIGNATION
2.0
APPLICABLE STANDARDS
3.0
QUANTITY REQUIRED
4.0
FULL LOAD RATING
5.0
3 PHASE UNIT / BANK OF THREE
(3) 1 PHASE UNITS
6.0
AUTO WOUND / TWO WINDING
TRANSFORMERS / THREE
WINDING TRANSFORMERS
7.0
RATED NO-LOAD VOLTAGES :
7.1
HV
KV
7.2
MV
KV
7.3
LV
KV
8.0
COOLING (ONAN / ONAF / OFAN /
OFAF / OFWF)
9.0
RATINGS
9.1
RATINGS OF WINDINGS
9.1.1
HV
MVA
9.1.2
MV
MVA
9.1.3
LV
MVA
9.2
RATINGS CORRESPONDING TO
COOLING METHODS
9.2.1
ONAN
MVA
9.2.2
ONAF
MVA
MVA
187
9.2.3
OFAN
MVA
9.2.4
OFAF
MVA
9.2.5
OFWF
MVA
10.0
GUARANTEED (SUBJECT TO
TOLERANCE) IMPEDANCE
VOLTAGE AT RATED CURRENT
FOR THE PRINCIPAL TAPPING
10.1
HV – LV
%
10.2
HV – MV
%
10.3
MV – LV
%
11.0
EFFICIENCY AT 750C AT UNITY
P.F.
11.1
AT FULL LOAD
%
11.2
AT ¾ FULL LOAD
%
11.3
AT ½ FULL LOAD.
%
12.0
REGULATION AT FULL LOAD, 0.8
P.F AT 750C WINDING
TEMPERATURE
%
13.0
RATED FREQUENCY
HZ.
14.0
EXTERNAL SHORT CIRCUIT
WITHSTAND CAPACITY
MVA
15.0
CORE :
15.1
MATERIAL OF CORE
LAMINATION
15.2
THICKNESS OF CORE PLATES.
15.3
INSULATION OF CORE
LAMINATION.
188
15.4
INSULATION OF CORE BOLTS
15.5
INSULATION OF CORE BOLT
WASHERS
15.6
INSULATION OF CORE
CLAMPING PLATES.
16.0
WINDING CONNECTIONS :
16.1
HV
16.2
MV
16.3
LV
16.4
VECTOR GROUP
17.0
TAPPINGS ON WINDING
17.1
ON-LOAD / OFF TAPS
17.2
ON HV / MV / LV WINDING
17.3
FULL POWER TAPPING RANGE +
17.4
FOR CBVV RATING :
17.4.1
MAXIMUM VOLTAGE TAPPING
AND CORRESPONDING
VOLTAGE
17.4.2
MAXIMUM CURRENT TAPPING
AND CORRESPONDING
CURRENT
18.0
IF ON LOAD TAPS, SPECIFY
DETAILS OF OLTC GEAR.
18.1
MANUAL / AUTOMATIC
CONTROL
18.2
REMOTE / LOCAL CONTROL
%
189
18.3
IF REMOTE CONTROL,
WHETHER THE REMOTE
CONTROL CUBICLE INCLUDED
IN BIDDER’S SCOPE OF SUPPLY
18.4
VOLTAGE CLASS OF THE OLTC
18.5
CURRENT RATING OF THE OLTC
A
19.0
TERMINALS OF TERTIARY
(STABILISING) WINDING
BROUGHT OUT TO BUSHINGS
YES /
NO
20.0
WINDING INSULATION
CATEGORY :
20.1
HV UNIFORM / NON-UNIFORM
20.2
MV UNIFORM / NON-UNIFORM
20.3
LV UNIFORM / NON-UNIFORM
21.0
TYPE OF AXIAL COIL SUPPORTS
21.1
HV
21.2
MV
21.3
LV
22.0
TYPE OF RADIAL COIL
SUPPORTS
22.1
HV
22.2
MV
22.3
LV
23.0
IMPULSE VOLTAGE WITHSTAND
1.2 / 50 S WAVE
23.1
HV
KV/PEA
K
190
23.2
MV
KV/PEA
K
23.3
LV
KV/PEA
K
24.0
POWER FREQUENCY
WITHSTAND VOLTAGE (DRY
AND WET)
24.1
HV; HV NEUTRAL
KV(RMS
)
24.2
MV
KV(RMS
)
24.3
LV
KV(RMS
)
25.0
GUARANTEED MAXIMUM
TEMPERATURE RISE
25.1
OIL BY THERMOMETERS
25.2
WINDING BY RESISTANCE FOR :
25.2.1
0
C
ON / OB / OW COOLING
0
C
25.2.2
OFN / OFB COOLING
0
C
25.2.3
OFW COOLING
0
C
26.0
SWITCHING IMPULSE
WITHSTAND VOLTAGE FOR
HIGHEST EQUIPMENT VOLTAGE
 145 KV).
27.0
TANK COVER CONVENTIONAL /
BELL SHAPED
28.0
MINIMUM CLEARANCE HEIGHT
FOR LIFTING CORE AND
WINDINGS FROM TANK
29.0
BUSHINGS
MM
191
29.1
RATED VOLTAGE CLASS
KV
29.2
RATED CURRENT
A
29.3
1.2 / 50 S IMPULSE WITHSTAND
KV(RMS
)
29.4
ONE MINUTE POWER
FREQUENCY WITHSTAND DRY
AND WET
KV(RMS
)
29.5
MINIMUM CLEARANCE IN AIR
MM
29.6
MINIMUM CREEPAGE DISTANCE
29.6.1
TOTAL
MM
29.6.2
PROTECTED
MM
29.7
QUANTITY OF OIL IN OIL FILLED
BUSHINGS
LITRES
29.6.8
FREE SPACE REQUIRED AT TOP
FOR REMOVAL
MM
30.0
LOAD LOSS AT RATED
CURRENT AT 750C WINDING
TEMPERATURE (GUARANTEED
SUBJECT TO TOLERANCE AS
PER APPLICABLE STANDARD
AND EXCLUDING COOLER
LOSSES)
31.0
ESTIMATED MAXIMUM COOLER
LOSSES AT FULL LOAD
32.0
NO LOAD LOSSES (CORE LOSS
AND DI-ELECTRIC LOSS) AT
100% RATED VOLTAGE AND
FREQUENCY, GUARANTEED
SUBJECT TO TOLERANCE AS
PER APPLICABLE STANDARD
KW
192
33.0
GUARANTEED NO-LOAD
CURRENT :
33.1
WHEN EXCITED FROM LV SIDE
AT 100% RATED VOLTAGE
A
33.2
WHEN EXCITED FROM LV SIDE
AT 110% RATED VOLTAGE
A
34.0
MAXIMUM FLUX DENSITY
34.1
AT RATED VOLTAGE
WB/M2
34.2
AT 110% RATED VOLTAGE
WB/M2
34.3
OVERFLUXING CAPABILITY.
35.0
CURRENT DENSITY
35.1
HV
A/CM2
35.2
MV
A/CM2
35.3
LV
A/CM2
36.0
WHEELS
36.1
PLAIN / FLANGED
36.2
UNIDIRECTIONAL / BIDIRECTIONAL
36.3
QUANTITY
36.4
GAUGE (S)
37.0
VACUUM WITHSTAND
CAPABILITY :
37.1
MAIN TANK
MM OF
HG.
193
37.2
RADIATORS AND ACCESSORIES
MM OF
HG
38.0
ALL ACCESSORIES SUPPLIED
AS SPECIFIED
YES
NO
/
39.0
COOLER CONTROL SCHEME
CONFORMS TO SPECIFICATION
YES
NO
/
40.0
OLTC CONTROL SCHEME
CONFORMS TO SPECIFICATION
41.0
WEIGHTS
41.1
NET WEIGHT OF THE CORE
YES
NO
/
41.2
NET WEIGHT OF COPPER
41.2.1
HV
KG
41.2.2
LV
KG
41.2.3
TERTIARY
KG
41.2.4
TOTAL
KG
41.3
OIL
KG
41.4
TANK, COOLERS AND FITTINGS
KG
41.5
TOTAL
KG
41.6
UNTANKING WEIGHT
KG
42.0
SHEET METAL THICKNESS
42.1
OUTDOOR COOLER CONTROL
CABINET
MM
194
42.2
INDOOR OLTC CONTROL
CABINET
43.0
COOLING FANS :
43.1
TYPE
43.2
QUANTITY
NO.
43.3
RATING
KW
44.0
COOLING OIL PUMPS
44.1
TYPE
44.2
QUANTITY
NO.
44.3
RATING
KW
45.0
COOLING WATER PUMPS
45.1
TYPE
45.2
QUANTITY
NO.
45.3
RATING
KW
46.0
CAPABILITY OF TRANSFORMER
TO REMAIN IN OPERATION
FROM HOT CONDITION AFTER
FAILURE OF FORCED COOLING
46.1
FULL LOAD
MINUTE
S
46.2
WITHOUT LOAD CURRENT (FOR
TRANSFORMERS WITHOUT
ONAN RATING)
MINUTE
S
47.0
ON-LOAD TAP CHANGER
47.1
MAKE
195
47.2
TYPE DESIGNATION
47.3
SUITABLE FOR AUTO / MANUAL
OPERATION
47.4
RATED VOLTAGE
KV
47.5
RATED CURRENT
AMP
47.6
NUMBER OF STEPS
47.7
STEP VOLTAGE
VOLTS
47.8
RATED VOLTAGE OF DRIVE
MOTOR
V
47.9
RATED VOLTAGE OF CONTROL
CIRCUIT
V
47.10
TIME TO COMPLETE TAP
CHANGING OPERATION FROM
ANY ONE STEP TO NEXT
HIGHER OR LOWER STEP
47.10.
1
ON ‘AUTO’ OPERATION
SEC.
47.10.
2
ON ‘MANUAL’ OPERATION I.E.,
THROUGH PUSH BUTTON
SEC.
48.0
LIST OF ROUTINE TESTS TO BE
CARRIED OUT
49.0
LIST OF OTHER TESTS WHICH
WILL BE CARRIED OUT AGAINST
EXTRA PRICE QUOTED
ELSEWHERE
50.0
DRAWING NUMBER OF
GENERAL OUTLINE DRAWING
ENCLOSED WITH THE BID
SHOWING THE TRANSFORMER
196
WITH ALL ITS FITTINGS AND
ACCESSORIES IN PLAN, FRONT
AND SIDE ELEVATIONS AND
OTHER DETAILS
51.0
SHIPPING SECTION
51.1
SIZE OF LARGEST PACKAGE
(LXBXH)
MM
51.2
WEIGHT OF THE LARGEST
PACKAGE
TONNE
S
52.0
MANUFACTURER’S
MAINTENANCE PROCEDURE
AND SCHEDULE FOR SPARE
UNCHARGED TRANSFORMER
53.0
HYDRAULIC JACK
53.1
MAKE
53.2
TYPE
53.3
NUMBER
53.4
CAPACITY
55.0
OVERLOAD CAPACITY OF
TRANSFORMER FOR BOTH
100% OFAF COOLERS WORKING
SIMULTANEOUSLY.
56.0
BUSHINGS CTS, IF OFFERED
56.1
QUANTITY
56.2
RATIO
56.3
VA BURDEN
56.4
ACCURACY CLASS
197
56.5
KNEE POINT VOLTAGE
VOLTS
56.6
MAGNETISING CURRENT AT
KNEE-POINT VOLTAGE
AMPS
56.7
SECONDARY RESISTANCE
OHMS
57.0
VALUES OF TRANSFER SURGE
VOLTAGE WITHSTAND FOR :
57.1
LIGHTNING SURGES
57.1.1
AMPLITUDE
KV
57.1.2
RATE
KV/SEC.
57.2
SWITCHING SURGES
57.2.1
AMPLITUDE
KV
57.2.2
RATE
KV/SEC.
58.0
TERTIARY WINDING, IF ANY, IF
KEPT ISOLATED THEN THE
BIDDER TO STATE WHETHER
ONE TERMINAL TO BE EARTHED
OR NOT.
59.0
TORQUE FOR COIL CLAMPING
BOLTS
60.0
WHETHER NEUTRAL END
SURGE DIVERTER
RECOMMENDED BY THE
BIDDER
61.0
IF YES, DETAILS OF SURGE
DIVERTER
61.1
MAKE
KG-M
198
61.2
TYPE
61.3
KV CLASS
61.4
KV RATING
62.0
IF UNIT COOLER
ARRANGEMENT OFFERED FOR
COOLING, ADVISE ?
62.1
TOTAL NO. OF UNIT COOLERS
PROVIDED.
62.2
NO. OF UNIT COOLERS WHICH
WOULD BE IN SERVICE FOR
FULL LOAD OPERATION OF
TRANSFORMER.
62.3
NO. OF ‘SPARE’ UNIT COOLERS
62.4
NO. OF FANS IN EACH UNIT
COOLER
62.5
NO. OF PUMPS IN EACH UNIT
COOLER
62.6
RATING OF EACH FAN MOTOR
62.7
RATING OF EACH OIL PUMP
MOTOR
199
5.27.
DATASHEET-B BUS DUCT
1.0
BUS DUCT
1.1
MANUFACTURER/ COUNTRY
1.2
BUS CONDUCTOR
(A) BUSBAR GRADE
(B) SHAPE OF BUSBAR
(C) SIZE OF BUSBAR
1.3
MM2
BARRIERS
(A) THICKNESS OF PHASE BARRIER
MM
1.4
PHASE TO PHASE SPACING
MM
1.5
SIZE OF ENCLOSURE W X H OR
DIAMETER IF CIRCULAR
1.6
RESISTANCE/METRE/PHASE AT 20C
OF CONDUCTOR
INDUCTIVE
REACTANCE/METRE/PHASE AT 20C
CAPACITIVE
REACTANCE/METRE/PHASE AT 20C
HEAT LOSS IN THE BUS DUCT AT
FULL RATED CURRENT
1.7
1.8
1.9
1.10
WEIGHT OF 3-PHASE DUCT
1.11
STANDARD SECTION LENGTH
1.12
MINIMUM REQUIRED CLEARANCES
FROM THE PERIPHERY OF THE BUS
DUCT
I) TO STRUCTURAL STEEL WORK
PARALLEL TO THE
DUCT
MMXM
M/ MM
OHM
OHM
OHM
WATTS/
PH/ M
KG/MET
RE
M
MM
200
II) TO STRUCTURAL STEEL WORK
PERPENDICULAR
TO THE DUCT
2.0
INSULATORS
2.1
MANUFACTURER/ COUNTRY
2.2
TYPE
2.3
CANTILEVER STRENGTH
MM
I) UPRIGHT
KG.
II) UNDERHUNG
KG.
2.4
WEIGHT OF EACH INSULATOR
KG.
3.0
SEAL OFF BUSHINGS
3.1
MANUFACTURER/ COUNTRY
3.2
TYPE
3.3
MECHANICAL STRENGTH
I) COMPRESSION
KG.
II) TENSION
KG.
3.4
WEIGHT OF EACH BUSHING
KG.
4.0
BUS DUCT LAYOUT
4.1
REFERENCE DRAWING NO.
4.2
BUS ENCLOSURE - SECTION
5.0
GENERAL
5.1
TECHNICAL SPECIFIC
REQUIREMENTS CONFORM TO
DATA SHEET-A1 AND A2 OF THIS
SPECIFICATION
YES/NO
201
5.2
IF ANY DEVIATION IN TECHNICAL
SPECIFIC REQUIREMENTS,
IT IS BROUGHT OUT SEPARATELY
IN DEVIATION SCHEDULE
YES/NO
REFERENCE OF DEVIATION
SCHEDULE
202
5.28.
DATASHEET-B CONTROL PANEL
1.0
GENERAL PATICULARS
1.1
DESIGNATION
1.2
LOCATION
1.3
1.4
DESIGN AMBIENT
TEMPERATURE
TYPE OF MOUNTING
1.5
CABLE ENTRY
(INDOOR / OUTDOOR)
0
C
(FLOOR / PEDESTAL / COLUMN
/WALL)
A) TOP / BOTTOM
B) GLANDS / CONDUITS -SIZE
1.6
C) GLANDS IF REQUIED
YES/NO
PURCHASER'S EARTHING
CONDUCTOR
A) MATERIAL
COPPER / ALUMINIUM / G I
B) TYPE
STRIPS / ROPE / WIRE./ ROD
C) SIZE
1.7
PAINTING:
A) COLOUR FINISH
OUTSIDE
INSIDE
1.8
2.0
2.1
B) EPOXY PAINT REQUIRED
Yes/No
CONTROL SCHEME & BILL OF
MATERIAL, ENCLOSED
If NO, TO BE FURNISHED BY
VENDOR
VOLTAGE
YES.
Ref.No
POWER DEVICES, MOTOR
DRIVES, ETC.
A) SUPPLY VOLTAGE
415V, 3PH / 3PH-N, 50Hz / 240V,
1PH-N, 50Hz
PROVIDED/ NOT PROVIDED
B) DUPLICATE FEED
2.2
CONTROL VOLTAGE
2.3
CONTROL TRANSFORMER
V,
AC,DC
REQD.
NOT
REQD.
203
2.4
3.0
3.1
3.2
SPACE HEATER/LIGHTING
SUPPLY VOLTAGE
OTHER PARTICULARS WHEN
APPLICABLE
STARTERS TYPE
CONTACTOR RATED DUTY (AS
PER IS:2459 & 8544)
DOL/R
EVY / 
204
5.29.
DATASHEET-B CABLE SYSTEM INSTALLATION WORKS
1
2
3
SADDLES
SPACING
TYING
CORD
1.0
(A)
(B)
(C)
2.0
(A)
(B)
(C)
(D)
3.0
(A)
(B)
(C)
4.0
5.0
(A)
(B)
5.30.
CLEATING / CLAMPING OF CABLES
& CONDUITS
MAKE
MATERIAL
PAINTED / GALVANISED
CABLE IDENTIFICATION TAG
MAKE
MATERIAL
THICKNESS
BINDING WIRE MATERIAL
MM
BURIED CABLES MARKERS /
PROTECTIVE COVERS
APPLICABLE STANDARDS
MATERIAL OF PROTECTIVE COVERS
MATERIAL OF CABLE ROUTE / JOINT
MARKERS
CONDUIT & FLOOR OPENINGS
SEALING COMPOUNDS
MATERIAL & COMPOSITION FOR :
(I) WATER PROOFING
GROUNDING OF CABLE ARMOUR /
SHEATHS TRAYS / CARRIER
STRUCTURES / CONDUITS
MATERIAL OF CONDUCTOR
SIZE
DATASHEET-B LIGHTING INSTALLATION WORKS
1.0
ACCESSORIES, PART OF
INSTALLATION WORK
1.1
MISCELLANEOUS ITEMS
1.1.1
MATERIAL AND GUAGE FOR:
A) SADDLES
B) SPACER PLATES
1
2
HV CABLES
CABLES
LV
4
205
C) JUNCTION BOXES
D) FIXING HARDWARE
1.1.2
ACCESSORIES GALVANISED.
YES/NO
1.1.3
JUNCTION / INSPECTION BOXES
PROVIDED WITH NECESSARY
TERMINALS
YES/NO
1.1.4
APPLICABLE STANDARDS FOR
JUNCTION BOXES
1.2
MOUNTING / SUSPENSION
CONDUITS
1.2.1
MAKE
1.2.2
MATERIAL AND GUAGE FOR EACH
SIZE
1.2.3
SIZES
MM
1.2.4
GALVANISED
YES/NO
1.2.5
APPLICABLE STANDARDS
1.3
BOXES FOR HOUSING 2 SWITCHES
/ SOCKETS
1.3.1
APPLICABLE STANDARDS
1.3.2
MATERIAL AND GUAGE
1.3.3
GALVANISED
YES/NO
1.3.4
EARTHING TERMINAL PROVIDED
YES/NO
1.3.5
MATERIAL AND THICKNESS OF
COVER SHEET
EARTHING CONDUCTOR AND
CLAMPS
1.4
1.4.1
MATERIAL
206
1.4.2
SIZES FOR
A) INDOOR LIGHTING SYSTEM
B) OUTDOOR LIGHTING SYSTEM
C) HAZARDOUS AREAS
1.4.3
WHETHER SUITABLE EARTHING
CLAMPS PROVIDED
2.0
SUPPLY ITEMS
3.0
TECHNICAL DATA FURNISHED IN
DATA SHEET ‘B’ OF ENCLOSED
RELEVANT SPECIFICATION
POINT WIRING
3.1
THE FOLLOWING WILL BE
SUPPLIED PER POINT BASIS OF
INSTALLATION WORK :
WIRE / CABLE :
SWG/M
M2
SWG/M
M2
SWG/M
M2
YES/NO
YES/NO
YES/NO
A) MINIMUM SIZE / VOLTAGE
GRADE
I) INDOOR LIGHTING
II) RECEPTACLE
III) OUTDOOR LIGHTING
IV) HAZARDOUS AREA LIGHTING
B) CONDUCTOR MATERIAL
3.2
CONDUIT
YES/NO
A) GALVANISED / BLACK
ENAMELED
B) MINIMUM SIZE / GUAGE
3.3
REQUIRED CONTROL SWITCHES
YES/NO
3.4
REQUIRED SWITCHES AND
RECEPTACLES
EARTHING SYSTEM
YES/NO
3.5
YES/NO
207
5.31.
DATASHEET-B LEAD ACID BATTERIES
1.0
Manufacturer’s name
2.0
Standards to which battery is
manufactured
3.0
Rated capacity
3.1
At 270C and 10 hr discharge rate
3.2
Capacity at minimum ambient temperature
and the formulae used for calculations
3.3
Capacity at high discharge rate at 270C at
different end cell voltages (Enclose
capacity rating factor curves)
3.3.1
15 minutes
Ah
3.3.2
30 minutes
Ah
3.3.3
45 minutes
Ah
3.3.4
1 hour
Ah
3.3.5
2 hour
Ah
3.3.6
3 hour
Ah
3.3.7
4 hour
Ah
3.3.8
5 hour
Ah
3.3.9
6 hour
Ah
3.3.10 7 hour
Ah
3.3.11 8 hour
Ah
3.3.12 9 hour
Ah
3.4
Amps
Maximum Momentary current 1 minute
Ah
208
3.5
Expected life of battery
Years
4.0
Recommended charging rate
4.1
Float charging voltage / current
V/A
4.2
4.3
Trickle charging voltage / current
Normal Boost charging voltage / current
and duration (from fully discharged to
fully charged state)
V/A
V/A
4.4
Rapid Boost charging voltage / (current in
8 hours duration)
V/A
4.5
Equalising charge
(a)
Voltage / current
V/A
(b)
Duration
Hrs
(c)
Interval between successive
equalising charges and criteria to
initiate the same
days
5.0
Expected fault level at bus due to battery
kVA
6.1
Internal resistance of each battery cell
(fully charged)
Ohms
6.2
Total Resistance of battery including
resistance of inter-cell / inter row
connectors
Ohms
7.1
Ah efficiency at rated load
%
7.2
Watt hour efficiency
%
8.1
Type of positive plate
8.2
No. of positive plates / cell
8.3
No. of cells per battery, with
recommended float voltage
8.4
Whether the battery can meet the duty
209
cycle requirements with design margin,
temperature correction factor , ageing
factor etc., as specified (enclose battery
sizing calculations)
Inter – cell / Inter – row connectors
8.5
(a)
Type (lead, lead plated copper or
lead plated aluminium)
(b)
Thickness of lead plating (shall be
not less than 0.025 mm as measured
in accordance with IS : 6848).
8.6
Whether acid level indicators, included
(applicable for opaque containers)
8.7
Type of containers
8.8
Type of cell
9.0
Overall dimensions
9.1
Each cell LxWxH
9.2
Whether battery room size adequate
(enclose dimensioned drawing indicating
battery layout)
10.0
Weight of each cell
10.1
With electrolyte
kg
10.2
11.0
Without electrolyte
Are the vent plugs explosion proof
kg
Yes / No
12.0
Ventilation requirements No. of air
changes required
Changes/
Hr
13.0
Whether copy of the Type test reports (for
a similar type & rating battery) enclosed.
(clause 9.2 of write-up)
14.0
List of spares / accessories enclosed (Ref.
Yes / No
210
CL. 4 and CL. 10 of wirte-up)
15.0
List of deviation enclosed
Yes / No
211
5.32.
DATASHEET-B SHUNT CAPACITORS
1.0
CAPACITOR BATTERY
1.1
NAME OF MANUFACTURER
1.2
TYPE
1.3
REFERENCE STANDARDS
1.4
RATED KVAR CAPACITY OF THE
CAPACITOR BATTERY
KVAR
1.5
RATED VOLTAGE/SERVICE
VOLTAGE
VOLTS
1.6
RATED FREQUENCY
HZ
1.7
OUTPUT OF THE CAPACITOR
BATTERY AT RATED VOLTAGE
KVAR
1.8
TEMPERATURE RISE OVER THE
SPECIFIED AMBIENT
TEMPERATURE AS MENTIONED IN
DATA SHEET - A
0
C
1.9
A) HOTSPOT TEMPERATURE AT
RATED CURRENT
0
C
B) MAXIMUM OPERATING
TEMPERATURE
0
C
ALL PP (DOUBLE LAYER)
/MIXED DIELECTRIC
1.10
CAPACITANCE
1.11
A) RATED LINE CURRENT
AMPS
B) MAXIMUM PERMISSIBLE
OVERLOAD CURRENT
AMPS
1.12
1.13
MICRO
FARAD
S
CAPACITOR LOSSES
A) FOR COMPLETE BATTERY
WATTS
B) FOR INDIVIDUAL UNITS
WATTS
ELECTRICAL CLEARANCE IN THE
BANK
A) PHASE TO PHASE
MM
B) PHASE TO EARTH
MM
2.0
UNIT CAPACITORS
2.1
RATED VOLTAGE
VOLTS
212
2.2
RATED OUTPUT
2.3
NO. OF PHASES
2.4
WHETHER SINGLE BUSHING OR
MULTIBUSHING TYPE
2.5
MAXIMUM OVERVOLTAGE THE
UNIT CAPACITOR IS CAPABLE OF
WITHSTANDING CONTINUOUSLY
2.6
INSULATION STRENGTH TO EARTH
2.7
NO OF CAPACITOR ELEMENTS PER
CAPACITOR
2.8
MODE OF INTERNAL CONNECTION
OF THE CAPACITOR ELEMENT
SKETCH ENCLOSED.
2.9
a) TYPE OF ACTIVE ELEMENT
b) WATT LOSS OF ACTIVE
ELEMENT VARIOUS DIELECTRIC
TEMPERATURE ENCLOSED
2.10
KVAR
%
YES /
NO
YES /
NO
c) THICKNESS
MM
d) ALTERNATING NOMINAL R.M.S.
VOLTAGE STRESS ON THE
DIELECTRIC ELEMENT
VOLTS /
MM
a) TYPE OF IMPREGNANT USED
b) PRESSURE AT WHICH THE
IMPREGNANT IS KEPT WITHIN
THE UNIT
3.0
CAPACITOR FUSES
3.1
RATING OF THE FUSE ELEMENT
KG /
MM 2
A) CURRENT
A
B) VOLTAGE
V
C) RATED RESISTANCE
OHM
D) RATED CONTINUOUS WATTAGE
W
E) TYPE & MATERIAL
3.2
STRENGTH OF THE FUSE ELEMENTS
IN AMP 2 SEC AT WHICH IT MELTS.
AMP2
SEC.
213
3.3
a) MATERIAL OF THE FUSE
ELEMENT
b) TYPE (INTERNAL/EXTERNAL)
3.4
GRAPH OF THE ALLOWABLE I2T YES/NO
INTEGRAL
OF
THE
FUSE
ELEMENTS ENCLOSED
4.0
DISCHARGE DEVICE
4.1
RESISTOR
a) RATED VOLTAGE
V
b) RATED RESISTANCE
OHM
c) RATED CONTINUOUS WATTAGE
W
d) TYPE & MATERIAL
4.2
VOLTAGE TRANSFORMER
A) RATED VOLTAGE
KV
B) BASIC IMPULSE LEVEL
KV
C) VA BURDEN
VA
D) TYPE OF INSULATION USED
E) WEIGHT
KG
F) DIMENSIONS
MM
G) TECHNICAL LITERATURE
SHOWING COMPLETE DESIGN
FEATURES OF THE VT ENCLOSED
YES/NO
H) INDOOR/OUTDOOR
5.0
SERIES REACTORS
5.1
SERVICE
5.2
TYPE
5.3
NUMBER OF PHASES
5.4
BASIC IMPULSE LEVEL
KV
5.5
FREQUENCY
HZ
5.6
REACTANCE
OHMS
( REACTANCE IN % OF CAPACITOR
REACTANCE )
5.7
NOMINAL CURRENT RATING
AMPS
214
5.8
CONTINUOUS OVERCURRENT
RATING
5.9
MAXIMUM SWITCHING SURGE
WITHSTAND FOR EACH BANK
AMPS
A) WITH REACTOR
KV
B) WITHOUT REACTOR
KV
5.10
VOLTAGE RATING
KV
5.11
SHORT CIRCUIT RATING
KA
5.12
TYPE OF CONSTRUCTION
A) AIR CORE
B) IRON CORE
I) WITH SHIELDING
II) WITHOUT SHIELDING
5.13
TEMPERATURE RISE ABOVE
DESIGN AMBIENT
0
5.14
NOISE LEVEL
DB
5.15
TYPE OF COOLING
C
(N.A.C./M.O.C./S.N.I.L.C. ETC.)
5.16
QUANTITY OF OIL, IF REQUIRED
LITRES
5.17
TYPE OF OIL
6.0
GENERAL
6.1
OVERALL DIMENSIONS OF BANK
AND UNITS
MM
6.2
LAYOUT AND DIMENSION
DRAWINGS ATTACHED
YES/NO
7.0
BREAKERS/SWITCHFUSE DETAILS
8.0
PROTECTION SCHEME DETAILS
9.0
SWITCHING SCHEME DETAILS
10.0
TYPE TEST CERTIFICATES
ENCLOSED
YES/NO
215
5.33.
DATASHEET-B LED
SL.
TECHNICAL
SPECIFIC
BIDDER TO CONFIRM
NO.
PARAMETERS
REQUIREMENRT
1
LIGHT SOURCE
HIGH POWER LED
2
MAKE OF LED LAMPS
OSRAM
/
PHILIPS
/
LUMILED / CREE/ NICHIA
3
LIGHTING
CUT OFF/ SEMI CUT OFF
DISTRIBUTION TYPE
TYPE AS PER IESNA TYPE
II/
III
LIGHTING
DISTRIBUTION.
4
LUMINARY EFFICACY
>100 LM/W +/- 5 %
5
OPERATING VOLTAGE
140- 280V
RANGE
6
OPERATING VOLTAGE
230V •+/- 10%
8
OPERATING
50 HZ +/- 3% HZ
FREQUENCY
9
TOTAL
HARMONIC
CURRENT < 15%; VOLTAGE
DISTORTION
< 5%
10
POWER FACTOR
>= 0.95
11
OPERATING CURRENT
<700 MA
12
USAGE HOURS
DUSK
TO
DAWN
(12
HOURS)
13
AUDIBLE NOISE
SHALL
SOUND
HAVE
RATING
CLASS-A
WITH
AUDIBLE NOISE IN POWER
SUPPLY
216
14
BEAM ANGLE
120 DEGREES (MINIMUM)
15
LIFE SPAN
50000
BURNING
HOURS
WITH
80%
LUMEN
MAINTENANCE
16
COLOR TEMPERATURE
5500 - 6000K ( SUITABLE
FOR “COOL WHITE” LIGHT)
17
COLOR
RENDERING
MIN. 70
INDEX (CRI)
18
UNIFORMITY
RATIO
60%
(EMIN/ EAVG)
19
TRANSVERSE
40%
UNIFORMITY
RATIO
(EMIN/EMAX)
20
INGRESS PROTECTION
IP
66
FOR
STREET
LIGHTING
DRIVER:
21
DRIVER EFFICIENCY
>90%
22
OPTICAL EFFICIENCY
> 95%
23
P/N
<100
JUNCTION
TEMPERATURE
DEGREES
C
AT
JUNCTION POINT AND <60
AT HEAT SINK.
24
SURGE
IMMUNITY
4.5 KV
LEVEL
25
EARTHING
DRIVER UNIT SHALL HAVE
PROVISION
GROUNDING
FOR
PROPER
217
26
SHORT
CIRCUIT
PROTECTION
RECOVERS
AUTOMATICALLY
FAULT
AFTER
CONDITION
IS
REMOVED.
27
OVER
VOLTAGE
PROTECTION
SHOULD
BE
WITHSTAND
ABLE
TO
320V
FOR
MINIMUM 24 HOURS
28
HIGH – LOW VOLTAGE
IN SIDE LUMINARY OR A
CUTOFF
DEVICE TO BE INSTALLED
ON THE POLE IN AN IP
PROTECTED
SUSTAINING
BOX
270V
FOR
HIGHER SIDE CUTOFF & 140
V ON LOWER SIDE CUTOFFBEYOND& BELOW IT SHUT
DOWN
&
RESTORE
NORMAL
WORKING
CONDITION
WHEN
VOLTAGE
29
30
HOUSING
WITH
ENGRAVED / EMBOSSING
SUPPLIER WORD MARK
ON
THE
DIE
/ NAME
HOUSING/ BODY PART
CONNECTING WIRES &
FRLS THREE CORE COPPER
CABLES USED
WIRE OF 2.5 MTR OUTSIDE
LUMINARIE
31
IMPACT
RESISTANCE
OF
LUMINARIE
COMPLETE
IK 05 OR ABOVE
CAST
218
32
REPLACEMENT
GUARANTEE
5 YEARS AGAINST ANY
OF
COMPLETE LUMINARY
DEFECTS/FAULTS (IN CASE
OF LUMEN DEPRECIATION
BEYOND
LIMIT
OF
L70,
NON-WORKING ANY LED,
DISCOLORATION IN LENS
OR
GLASS
OR
POLYCARBONATE
COVER
RESULTING
INTO
DEPRECIATION
IN
LUX
LEVEL WITH RESPECT TO
L70)
33
FINISH
AESTHETICALLY
DESIGNED HOUSING WITH
POWDER
CORROSION
COATED
RESISTANT
HOUSING
34
WORKING
-20 DEGREE TO 50 DEGREE
TEMPERATURE
35
WORKING HUMIDITY
10% TO 90% RH
219
36
HOUSING
THE
FIXTURE
COMPRISE
SHOULD
OF
A
TOP
CANOPY MADE OF DI-CAST
HIGH
PRESSURE
ALUMINUM
ALLOY
ADEQUATE
AND
A
OF
THICKNESS
LOWER
PART
OF
UV
COMPRISES
RESISTANT
ACRYLIC
BOWL TOP FROSTED FOR
VISUAL COMFORT
37
CONSTRUCTION
LED'S ARE MOUNTED ON A
CIRCULAR/ ARRAY MCPCB
WHICH
IS
THERMALLY
GLUED TO AN ALUMINUM
SHEET
PROVIDED
WITH
ALUMINUM FINS FIRMLY
CONNECTED
TO
THE
HOUSING FOR EXCELLENT
HEAT DISSIPATION.
220
TECHNICAL SPECIFICATIONS – BIDDER TO FILL
FOR
IBMS & IT SYSTEM
PURCHASER
:
MINISTRY OF MICRO, SMALL AND MEDIUM
ENTERPRISES, BHIWADI
PROJECT
:
MSME TECHNOLOGY CENTER, BHIWADI
LOCATION
:
BHIWADI, RAJASTHAN
CONSULTANT : TATA CONSULTING ENGINEERS LIMITED
221
6.
DATA SHEET FOR BUILDING MANAGEMENT SYSTEM
6.1.
Direct Digital Control (DDC) Specification
Sr.
No.
Description
Requirement
A.
GENERAL
1.
Make
Bidder to Specify
2.
Model No
Bidder to Specify
B.
FEATURES
1.
Type
Microprocessor based fully
programmable with onboard
real time clock
2.
Local display with DDC
Required
Not Required
3.
Communication port
Required
Not Required
4.
Memory
5.
Network capability
Non volatile memory
Required
Not Required
6.
Management function as
alarm management, trending
functions,
remote
management,
access
protection
levels,
time
scheduling, data processing
etc
7.
Communication
DDC to DDC
8.
Network interface
Required
Not Required
between Peer to Peer communication
TCP/ IP
Bidder Comments
222
Sr.
No.
9.
Description
Requirement
Inputs to DDC
Digital
inputs
inputs,
Bidder Comments
Analog
10. Outputs to DDC
Digital outputs, Analog
outputs and PFC to drive
auxiliary contactor
11. Numbers of I/O module
Refer I/O table sheet
12. Facility to expand
channels in each DDC
I/O
13. LED status for each I/O
channel
14. Power supply
15. Data back-up in case of power
failure
Required
Not Required
Required
Not Required
230VAC from UPS
Required
Not Required
16. Location of the DDC
Please refer floor layout
17. Final paint colour (Exterior)
RAL-7032
18. Final paint colour (Interior)
Glossy white
19. Heat dissipation
Bidder to Specify
20. Rating of relay contact
Bidder to Specify
21. Analog input/ output
Refer I/O table sheet
22. Digital input/ output
Refer I/O table sheet
C.
CONSTRUCTIONAL FEATURES
1.
Sheet material
CRCA-cold
prefabricated
2.
Sheet material thickness
2mm
3.
Gland plate thickness
3mm
rolled
223
Sr.
No.
Description
4.
Neoprene gaskets for doors /
covers
Required
Cable entry
Bottom
5.
Requirement
Not Required
Top
Side
6.
Lighting
Fluorescent
(Fluorescent lamp of 40w
shall be provided from one
end of the panel to the other
end at continuous length
and shall be operated by the
door switches as well as by
manual switches.)
7.
Name plates
Required
Not Required
8.
9.
SS metal tags for all
instruments (to be tagged at
all hardware inside panel)
Receptacle with fuse switch
Required
Not Required
Bidder to Specify
(Note: Each section of the
panels shall be provided
with one each 3 pin
receptacles
for
230V,1P,50C/S)
10. Adequate maintenance space
Required
Not Required
11. Weight of the panel (total)
12. Panel shall be powder coated
with thickness of coating of
min. 60 microns
D.
Bidder to Specify
Required
Not Required
ENVIRONMENTAL CHARCTERISTICS
Bidder Comments
224
Sr.
No.
Description
Requirement
1.
Ambient temperature range
0-50°C
2.
Humidity range
95%
3.
Weather protection class
Min. IP52 for indoor panels
E.
SPARE
1.
Quantity
6.2.
Bidder Comments
Required
FIRE DETECTION AND ALARM SYSTEM
6.2.1. Fire Alarm Control Panel Specification
Sr.
No.
Description
A.
GENERAL
1.
Type
2.
Panel Location
Requirement
Microprocessor Based
1. Fire Command Centre,
Ground Floor,
Administration Building
2. Reception Area, Ground
Floor, Training &
Production Building
3. Ground Floor, Canteen
Building
B.
DISPLAY ON PANEL
1.
Type
Backlit LCD
2.
Lines X
Characters
LCD, Alphanumeric, display of
addresses, Minimum 80/160
characters
3.
Parameters to be
1.
Addresses
Bidder Comments
225
Sr.
No.
Description
displayed
4.
5.
LED indication
for:
Programming
facility
Requirement
2.
Fire situation
3.
Fire progression
4.
Evacuation details
5.
Fault Conditions
1.
Power ON
2.
Fire alarm
3.
Maintenance
4.
Fault conditions
1.
Keypad
2.
Touch screen
6.
Password and
selectable access
level
Required
7.
Switches / Push
buttons
C.
PANEL CHARACTERISTICS
1.
Audio indication
on alarm
Required
2.
Fault isolation
capability
Required
3.
Alarm
verification
capability
Required
4.
Sensitivity
adjustment
Required
5.
Sensor self test
capability
Required
Acknowledge, Silence and System
reset
Bidder Comments
226
Sr.
No.
Description
6.
Zone wise
grouping
7.
Response time
Requirement
Bidder Comments
Required
10 Seconds (Max) for full loaded
panel.
Note: The maximum allowable
response delay from activation of
an initiating device to receipt and
display by the receiver/ fire alarm
control unit shall be 10 seconds.
8.
Fault tolerant
wiring capability
9.
No. of loops /
Panel
Required
2 Nos. Loops (Working + Spares
for future)
Spare cards shall be mounted inside
the panel along with working cards
10. Expansion
capability
Required
11. Minimum
addressable
points per loop
Each loop shall be loaded upto 80%
of its capacity. However 20% spare
shall be considered in each loop for
future additional detectors / devices.
12. SLC loop
cabling type
Style 6, class ‘A’ as per NFPA 72
13. Loop length
supported
Upto 1.5 Km
14. Memory
NON-Volatile, NON-Erasable and
NON-Rewritable
15. Networking
1. Panel to Panel
2. Panel to Repeater Panel
3. Panel to Graphical User
Interface (GUI)
5.
227
Sr.
No.
Description
Requirement
4. PC to printer
16. Networking
protocol
RS-485 or Ethernet
17. Degraded mode
operation
Required
18. Redundancy for
controller
Not Required
19. Event recorder
Required
D.
POWER
1.
Supply voltage
to panel
230V - 10%, 50Hz, UPS mains
supply
2.
Operating
current
Bidder to specify
3.
Output voltage
Bidder to specify
4.
Wattage
consumption
Bidder to specify
5.
Types of
batteries
Sealed Maintenance Free (SMF)
Battery capacity
As per NFPA 72
6.
Note:- Battery shall be supplied
having manufacturing date nearer to
the supply date of battery.
Note:- Battery shall have sufficient
capacity to power the fire alarm
system under non alarm condition
for a minimum of 24 hours and
shall be capable of operating the
system during emergency condition
for a period of 15 minutes at
maximum connected load, upon
normal AC power failure. The full
load shall consist of simultaneous
operation of all sounders, operation
Bidder Comments
228
Sr.
No.
Description
Requirement
of detectors at least 25% of zones
(with minimum of two zones) and
the operation of fault indicators.
7.
Terminal blocks
for mains supply
Required
8.
Isolated earth bar
for shield
grounding
Required
E.
MECHANICAL CHARACTERISTICS
1.
Dimensions
Bidder to specify
2.
Weight
Bidder to specify
3.
Mounting
Wall
Surface
Flush
Semi Flush
4.
Sheet thickness
1.6mm
5.
Colour shade
Bidder to specify
6.
Housing material CRCA
F.
ENVIRONMENTAL CHARCTERISTICS
1.
Ambient
temperature
range
0-50°C
2.
Humidity range
95%
3.
Weather
protection class
Min. IP 20 for indoor panels located
in air condition space
G.
1.
APPROVAL / CERTIFICATE
UL/ FM/ VDS/
EN-54/ LPCB
Required
Bidder Comments
229
Sr.
No.
Description
Requirement
2.
Make
Bidder to specify
3.
Model No
Bidder to specify
Bidder Comments
6.2.2. Fire Alarm Repeater Panel Specification
Sr.
No.
Description
Requirement
A.
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
DISPLAY ON PANEL
1.
Type
Backlit LCD
2.
Lines X
Characters
Alpha-numeric, LCD display with
minimum 80 character, with LED
indications
3.
Parameters to be
displayed
4.
5.
LED indication
for:
Programming
1.
Addresses
2.
Fire situation
3.
Fire progression
4.
Evacuation details
5.
Fault Conditions
1.
Power ON
2.
Fire alarm
3.
Maintenance
4.
Fault conditions
1.
Keypad
Bidder Comments
230
Sr.
No.
Description
facility
Requirement
2.
Touch screen
6.
Password and
selectable access
level
Required
7.
Switches / Push
buttons
C.
PANEL CHARACTERISTICS
1.
Audio indication
on alarm
Required
2.
Alarm
verification
capability
Required
3.
Response time
Acknowledge, Silence and System
reset
10 Seconds (Max) for full loaded
panel.
Note: The maximum allowable
response delay from activation of
an initiating device to receipt and
display by the receiver/ fire alarm
control unit shall be 10 seconds.
4.
Memory
NON-Volatile, NON-Erasable and
NON-Rewritable
5.
Networking
6.
Networking
protocol
D.
POWER
1.
Supply voltage
to panel
230V - 10%, 50Hz, UPS mains
supply
2.
Operating
current
Bidder to specify
3.
Output voltage
Bidder to specify
Required
RS-485 or Ethernet
Bidder Comments
231
Sr.
No.
Description
Requirement
4.
Wattage
consumption
Bidder to specify
5.
Types of
batteries
Sealed Maintenance Free (SMF)
Battery capacity
As per NFPA 72
6.
Note:- Battery shall be supplied
having manufacturing date nearer to
the supply date of battery.
Note:- Battery shall have sufficient
capacity to power the fire alarm
system under non alarm condition
for a minimum of 24 hours and
shall be capable of operating the
system during emergency condition
for a period of 15 minutes at
maximum connected load, upon
normal AC power failure. The full
load shall consist of simultaneous
operation of all sounders, operation
of detectors at least 25% of zones
(with minimum of two zones) and
the operation of fault indicators.
7.
Terminal blocks
for mains supply
Required
8.
Isolated earth bar
for shield
grounding
Required
E.
MECHANICAL CHARACTERISTICS
1.
Dimensions
Bidder to specify
2.
Weight
Bidder to specify
3.
Mounting
Wall
Surface
Flush
Semi Flush
Bidder Comments
232
Sr.
No.
Description
Requirement
4.
Sheet thickness
1.6mm
5.
Colour shade
Bidder to specify
6.
Housing material
CRCA
F.
ENVIRONMENTAL CHARCTERISTICS
1.
Ambient
temperature
range
0-50°C
2.
Humidity range
95%
3.
Weather
protection class
Min. IP20 for indoor panels located
in air condition space
G.
Bidder Comments
APPROVAL / CERTIFICATE
1.
UL/ FM/ VDS/
EN-54/ LPCB
Required
2.
Make
Bidder to specify
3.
Model No
Bidder to specify
6.2.3. Fire Alarm Control Relay Module Specification
Sr.
No.
A.
Description
Requirement
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
1.
MODULE CHARACTERISTICS
Application
Activating
conventional Sounder
cum Strobe
Bidder Comments
233
Sr.
No.
Description
Requirement
To operate the dry
contact for third party
application
2.
Type
Microprocessor Based
3.
Addressable
Required
4.
Number of relay
outputs in each
module
1 No.
2 No.
4 No.
8 No.
5.
Type of relay
contact / contact
rating
Bidder to specify
6.
Cabling
Two wire signal line circuit
style 6, class ‘A’ as per NFPA72
7.
Built-in isolator
Not Required
Note: In case of built-in isolator
requirement the approval/
certification shall be VDS/ EN54/ LPCB else UL/ FM
approval/ certification shall be
applicable.
C.
POWER
1.
Operating voltage
24 VDC (Loop powered)
2.
Operating current
Bidder to specify
3.
Wattage
consumption
Bidder to specify
D.
1.
MECHANICAL CHARACTERISTICS
Dimensions
Bidder to specify
Bidder Comments
234
Sr.
No.
Description
Requirement
2.
Weight
Bidder to specify
3.
Material of
Enclosure
Non Corrosive
E.
ENVIRONMENTAL CHARCTERISTICS
1.
Ambient
temperature range
0-50°C
2.
Humidity range
95%
3.
Enclosure weather
protection class
4.
Explosion proof
enclosure
5.
Hazardous area
classification
F.
1.
Bidder Comments
For Indoor IP54
For Outdoor IP65
APPROVAL / CERTIFICATE
UL/ FM/ VDS/ EN54/ LPCB
Required
6.2.4. Fire Alarm Heat Detector Specification
Sr.
No.
A.
Description
Requirement
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
1.
DETECTOR CHARACTERISTICS
Type
Microprocessor
Based-Combination
of Fixed
Bidder Comments
235
Sr.
No.
Description
Requirement
Temperature and
Rate of Rise of
Temperature
Microprocessor
Based-Fixed
Temperature
Microprocessor
Based-Rate of Rise
of Temperature
2.
Addressable
Required
3.
LED Status
Multi colored, multi status
LED
4.
Response Time
The maximum allowable
response delay from
activation of an initiating
device to receipt and
display by the receiver/ fire
alarm control unit shall be
10 seconds
5.
Terminals for connecting
response indicator
Required
6.
Sensor Coverage
Bidder to specify
7.
Alarm set point for Heat
For fixed temperature type 55OC
For rate of rise of temp.
(Bidder to consider fault
isolator module after every
10 Nos. detectors/ devices
for UL/ FM offered panel
or inbuilt fault isolator base
shall be provided for EN54/ VDS/ LPCB offered
panel. Bidder to provide
necessary provision to
connect the response
indicator for any type of
fire detectors.)
Bidder Comments
236
Sr.
No.
Description
Requirement
type 7OC / Minutes
8.
Sensitivity Adjustment
Required
9.
Immune to false alarm
Required
10. Cabling
11. Built-in isolator
Two wire signal line circuit
style 6, class ‘A’ as per
NFPA-72
Not Required
Note: In case of built-in
isolator requirement the
approval/ certification shall
be VDS/ EN-54/ LPCB else
UL/
FM
approval/
certification
shall
be
applicable.
C.
POWER
1.
Operating voltage
24 VDC (Loop powered)
2.
Operating current
Bidder to specify
3.
Wattage consumption
Bidder to specify
D.
MECHANICAL CHARACTERISTICS
1.
Dimensions
Bidder to specify
2.
Weight
Bidder to specify
3.
Material of Enclosure
Non Corrosive
4.
Colour
Bidder to specify
E.
ENVIRONMENTAL
CHARCTERISTICS
1.
Ambient temperature
range
0-50°C
2.
Humidity range
95%
Bidder Comments
237
Sr.
No.
F.
1.
Description
Requirement
Bidder Comments
APPROVAL / CERTIFICATE
UL/ FM/ VDS/ EN-54/
LPCB
Required
6.2.5. Fire Alarm Multi-Sensor Detector Specification
Sr.
No.
Description
Requirement
A.
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
DETECTOR CHARACTERISTICS
1.
Type
Microprocessor based,
combination of smoke and
heat detector (Fixed and
Rate of Rise of
Temperature type)
2.
Addressable
Required
3.
LED Status
Multi colored, multi status
LED
4.
Remote / Local Test
Capability
Required
5.
Response Time
The maximum allowable
response delay from
activation of an initiating
device to receipt and
display by the receiver/ fire
alarm control unit shall be
10 seconds
6.
Terminals for connecting
Required
Bidder Comments
238
Sr.
No.
Description
Requirement
response indicator
(Bidder to consider fault
isolator module after every
10 Nos. detectors/ devices
for UL/ FM offered panel
or inbuilt fault isolator base
shall be provided for EN54/ VDS/ LPCB offered
panel. Bidder to provide
necessary provision to
connect the response
indicator for any type of
fire detectors.)
7.
Sensor Coverage
Bidder to specify
8.
Alarm set point for Heat
For fixed temperature type
- 55OC
For rate of rise of temp.
type 7OC / Minutes
9.
Sensitivity Adjustment
Required
10. Immune to false alarm
Required
11. Cabling
Two wire signal line circuit
style 6, class ‘A’ as per
NFPA-72
12. Built-in isolator
Not Required
Note: In case of built-in
isolator requirement the
approval/ certification shall
be VDS/ EN-54/ LPCB
else UL/ FM approval/
certification
shall
be
applicable.
C.
POWER
1.
Operating voltage
24 VDC (Loop powered)
2.
Operating current
Bidder to specify
Bidder Comments
239
Sr.
No.
Description
Requirement
3.
Wattage consumption
D.
MECHANICAL CHARACTERISTICS
Bidder to specify
1.
Dimensions
Bidder to specify
2.
Weight
Bidder to specify
3.
Material of Enclosure
Non Corrosive
4.
Colour
Bidder to specify
E.
ENVIRONMENTAL
CHARCTERISTICS
1.
Ambient temperature
range
0-50°C
2.
Humidity range
95%
F.
APPROVAL / CERTIFICATE
1.
UL/ FM/ VDS/ EN-54/
LPCB
Bidder Comments
Required
6.2.6. Fire Alarm Beam Type Smoke Detector Specification
Sr.
No.
A.
Description
Requirement
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
1.
DETECTOR CHARACTERISTICS
Type
Reflective beam
type smoke
detector
Projected beam
Bidder Comments
240
Sr.
No.
Description
Requirement
type smoke
detector
2.
Addressable
Required
Note: In case bidders
offers
conventional
beam detector, same
shall
be
made
addressable
by
providing addressable
monitor module.
3.
LED Status
Multi colored, multi
status LED
4.
Remote / Local Test
Capability
Required
5.
Response Time
The
maximum
allowable
response
delay from activation of
an initiating device to
receipt and display by
the receiver/ fire alarm
control unit shall be 10
seconds
6.
Sensor Coverage
Bidder to specify
7.
Alarm set point for Heat
Bidder to specify
8.
Sensitivity Adjustment
Required
9.
Immune to false alarm
Required
10. Cabling
C.
1.
Two wire signal line
circuit style 6, class ‘A’
as per NFPA-72
POWER
Operating voltage
24 VDC
Bidder Comments
241
Sr.
No.
Description
Requirement
2.
Operating current
Bidder to specify
3.
Wattage consumption
Bidder to specify
D.
MECHANICAL CHARACTERISTICS
1.
Dimensions
Bidder to specify
2.
Weight
Bidder to specify
3.
Material of Enclosure
Non Corrosive
4.
Colour
Bidder to specify
5.
Spacing & mounting
As per the norms of
NFPA 72,2010 edition
& as per manufacturer’s
instructions
E.
ENVIRONMENTAL
CHARCTERISTICS
1.
Ambient temperature range
0-50°C
2.
Humidity range
95%
3.
Weather protection class
For indoor application:
IP 54
F.
1.
APPROVAL / CERTIFICATE
UL/ FM/ VDS/ EN-54/
LPCB
Required
Bidder Comments
242
6.2.7. Fire Alarm Smoke Detector Specification
Sr.
No.
Description
Requirement
A.
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
DETECTOR CHARACTERISTICS
1.
Type
2.
Addressable
Required
3.
LED Status
Multi colored, multi
status LED
4.
Remote / Local Test
Capability
Required
5.
Response Time
10 Seconds Max. For
Full Loaded Panel.
Detectors
Response
Time Shall Be Suitable
For The Same.
Microprocessor BasePhotoelectric Type
Note: The maximum
allowable
response
delay from activation of
an initiating device to
receipt and display by
the receiver/ fire alarm
control unit shall be 10
seconds.
6.
Terminals for Connecting
Response Indicator
Required
7.
Sensor Coverage
Bidder to specify
8.
Sensitivity Adjustment
Required
9.
Immune to false alarm
Required
Bidder Comments
243
Sr.
No.
Description
10. Cabling
11. Detector Mounting Base
Requirement
Two wire signal line
circuit style 6, class ‘A’
as per NFPA-72
With Isolator
Without
Isolator
C.
POWER
1.
Operating voltage
Bidder to specify
2.
Operating current
Bidder to specify
3.
Wattage consumption
Bidder to specify
4.
Loop Powered
Required
D.
MECHANICAL CHARACTERISTICS
1.
Dimensions
Bidder to specify
2.
Weight
Bidder to specify
3.
Material of Enclosure
Non Corrosive
4.
Colour
Bidder to specify
5.
Spacing & mounting
As per the norms of
NFPA 72,2010 edition
& as per manufacturer’s
instructions
E.
ENVIRONMENTAL
CHARCTERISTICS
1.
Ambient temperature range
0-50°C
2.
Humidity range
95%
3.
Weather protection class
For indoor application:
IP 65
F.
APPROVAL / CERTIFICATE
Bidder Comments
244
Sr.
No.
1.
Description
Requirement
UL/ FM/ VDS/ EN-54/
LPCB
Bidder Comments
Required
6.2.8. Fire Alarm Monitor Module Specification
Sr.
No.
Description
Requirement
A.
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
MODULE CHARACTERISTICS
1.
Application
To normally open dry-contact
alarm activation devices
2.
Type
Microprocessor Based
3.
Addressable
Required
4.
Number of relay
outputs in each
module
1 No.
2 No.
4 No.
8 No.
5.
Response time
The
maximum
allowable
response delay from activation
of an initiating device to
receipt and display by the
receiver/ fire alarm control unit
shall be 10 seconds
6.
Cabling
Two wire signal line circuit
style 6, class ‘A’ as per NFPA72
7.
Built-in isolator
Not Required
Bidder Comments
245
Sr.
No.
Description
Requirement
Note: In case of built-in
isolator
requirement
the
approval/ certification shall be
VDS/ EN-54/ LPCB else UL/
FM approval/ certification
shall be applicable.
C.
POWER
1.
Operating voltage
24 VDC (Loop powered)
2.
Operating current
Bidder to specify
3.
Wattage
consumption
Bidder to specify
D.
MECHANICAL CHARACTERISTICS
1.
Dimensions
Bidder to specify
2.
Weight
Bidder to specify
3.
Material of
Enclosure
Non Corrosive
E.
ENVIRONMENTAL CHARCTERISTICS
1.
Ambient temperature
range
0-50°C
2.
Humidity range
95%
3.
Enclosure weather
protection class
For Indoor IP54
For Outdoor IP65
4.
Explosion proof
enclosure
Bidder to specify
5.
Hazardous area
classification
Bidder to specify
F.
APPROVAL / CERTIFICATE
1.
UL/ FM/ VDS/ EN-
Required
Bidder Comments
246
Sr.
No.
Description
Requirement
Bidder Comments
54/ LPCB
6.2.9. Manual Call Point (MCP) Specification
Sr.
No.
A.
Description
Requirement
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
1.
MCP CHARACTERISTICS
Type
Break glass
type
Push and pull
type
Lift and pull
type
2.
Clear and visible operating
instructions on the body
Required
3.
The word "FIRE" indication on
the front of MCP in raised
letters, 1.75 inches (44 mm) or
larger
Required
4.
Response Time
The
maximum
allowable
response
delay from activation of
an initiating device to
receipt and display by
the receiver/ fire alarm
control unit shall be 10
seconds
5.
Cabling
Two wire signal line
circuit style 6, class ‘A’
Bidder Comments
247
Sr.
No.
Description
Requirement
as per NFPA-72
6.
Built-in isolator
Not Required
Note: In case of built-in
isolator requirement the
approval/ certification
shall be VDS/ EN-54/
LPCB else UL/ FM
approval/ certification
shall be applicable.
C.
POWER
1.
Operating voltage
24 VDC (Loop
powered)
2.
Operating current
Bidder to specify
3.
Wattage consumption
Bidder to specify
D.
MECHANICAL CHARACTERISTICS
1.
Dimensions
Bidder to specify
2.
Weight
Bidder to specify
3.
Material of Enclosure
Non Corrosive
4.
Colour
Bidder to specify
E.
ENVIRONMENTAL CHARCTERISTICS
1.
Ambient temperature range
0-50°C
2.
Humidity range
95%
3.
Enclosure weather protection
class
For Indoor IP54
For Outdoor IP65
4.
Explosion proof enclosure
Bidder to specify
5.
Hazardous area classification
Bidder to specify
Bidder Comments
248
Sr.
No.
Description
F.
APPROVAL / CERTIFICATE
Requirement
1.
UL/ FM/ VDS/ EN-54/ LPCB
Required
2.
ATEX/ CCOE
Not Required (For
Explosion Proof type)
Bidder Comments
6.2.10. SOUNDER cum STROBE Specification
Sr.
No.
A.
Description
Requirement
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
1.
SOUNDER/ STROBE CHARACTERISTICS
Type
Loop Powered
Externally Powered
Note: Externally powered through
FACP.
2.
Addressable
Required
3.
Response time
The maximum allowable response
delay from activation of an initiating
device to receipt and display by the
receiver/ fire alarm control unit shall
be 10 seconds
4.
dB level
90 db at 10 Feet from device
5.
Light intensity
15/30/75/110 cd
6.
Number of
selectable tones
Minimum 4
Bidder Comments
249
Sr.
No.
Description
7.
Cabling
8.
Built-in isolator
Requirement
Two wire signal line circuit style 6,
class ‘A’ as per NFPA-72
Not Required
Note: In case of built-in isolator
requirement
the
approval/
certification shall be VDS/ EN-54/
LPCB else UL/ FM approval/
certification shall be applicable.
C.
POWER
1.
Operating voltage
24 VDC
2.
Operating current
Bidder to specify
3.
Wattage
consumption
Bidder to specify
4.
Power Supply
Bidder to specify
D.
MECHANICAL CHARACTERISTICS
1.
Dimensions
Bidder to specify
2.
Weight
Bidder to specify
3.
Material of
Enclosure
Non Corrosive
4.
Mounting
Wall
Surface
Structure beam
Note: - All accessories shall be
supplied and erected as applicable
E.
1.
ENVIRONMENTAL CHARCTERISTICS
Ambient
temperature range
0-50°C
Bidder Comments
250
Sr.
No.
Description
2.
Humidity range
95%
3.
Weather
protection class
IP 65
F.
Requirement
Bidder Comments
APPROVAL / CERTIFICATE
1.
UL/ FM/ VDS/
EN-54/ LPCB
Required
2.
ATEX/ CCOE
Not Required (For explosion proof
type)
6.2.11. Fire Alarm Fault Isolator Module Specification
Sr.
No.
A.
Description
Requirement
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
MODULE CHARACTERISTICS
1.
Type
Microprocessor
Based
2.
Addressable
Required
3.
After every numbers of
detector/devices
18 nos.
4.
Automatically resets on
correction of short
Required
5.
Wide viewing angle of LED
Required
6.
Cabling
Two wire signal line
circuit style 6, class
‘A’ as per NFPA-72
Bidder Comments
251
Sr.
No.
C.
Description
Requirement
POWER
1.
Operating voltage
24 VDC (Loop
powered)
2.
Operating current
Bidder to specify
3.
Wattage consumption
Bidder to specify
D.
MECHANICAL CHARACTERISTICS
1.
Dimensions
Bidder to specify
2.
Weight
Bidder to specify
3.
Material of Enclosure
Non Corrosive
E.
ENVIRONMENTAL CHARCTERISTICS
1.
Ambient temperature range
0-50°C
2.
Humidity range
95%
3.
Enclosure Weather protection
class
F.
1.
For Indoor IP54
For Outdoor IP65
APPROVAL / CERTIFICATE
UL/ FM/ VDS
Required
Bidder Comments
252
6.3.
PUBLIC ADDRESS SYSTEM
6.3.1. Microphone Specification
Sr.
No.
A.
Description
Requirement
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
3.
Frequency range
100 Hz to 15 kHz
4.
Sensitivity (mV)
Bidder to specify
5.
Impedance: ≤ 600 Ohm
Bidder to specify
6.
Dimensions
Bidder to specify
7.
Weight
Bidder to specify
8.
Colour
Bidder to specify
9.
On/off switch
Required
10.
Cable length
2 meter minimum
11.
Connector
Lockable
12.
Voltage range & current
consumption for
condenser type
microphone
Bidder to specify
13.
Operating temperature
0° to 50° C
14.
Relative humidity
< 95%
15.
Certificate
CE
16.
Accessories
Bidder
shall
provide
appropriate
mounting
accessories
like
microphone
holder,
Bidder Comments
253
Sr.
No.
Description
Requirement
Bidder Comments
extension cable, mounting
bracket, table stand, floor
stand to suit the site
requirement and same
shall be submitted to
purchaser’s approval
6.3.2. Loudspeaker Specification
Sr. No.
Description
Requirement
A.
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
3.
Maximum power (W)
4.
Rated power/ wattage tapping (W)
5.
Power tapping/ Rated voltage
6.
Sound Pressure Level (SPL)
7.
Frequency Response
8.
Colour
9.
Rated impedance
Bidder to specify
10.
Dimensions
Bidder to specify
11.
Weight
Bidder to specify
12.
Colour
Bidder to specify
13.
Material
Aluminium/ ABS
14.
Standards
CE, EN60065
15.
Operating Temperature
0° to 50° C
100V & 70V
Bidder Comments
254
Sr. No.
Description
Requirement
16.
Related Humidity
<95%
17.
IP rating
IP54
18.
Ex-proof rating
Bidder Comments
6.3.3. Desktop Call Station
Sr. No.
Description
Requirement
A.
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
3.
Microphone
a)
Frequency Response: 100 Hz
to 15 kHz
b)
Sensitivity (mV)
c)
Impedance: <600 Ohm
d)
Type: Uni-directional
Condenser Gooseneck
e)
Signal to Noise Ratio: >60
dB
f)
Load
4.
Loudspeaker
a)
Rated power
b)
Signal to Noise Ratio: >60dB
c)
Sound Pressure Level: 85 dB
d)
Frequency Response: 100 Hz
to 15 kHz
Bidder to specify
Bidder to specify
Bidder to specify
Bidder Comments
255
Sr. No.
Description
Requirement
e)
Rated impedance
Bidder to specify
5.
Material
Bidder to specify
6.
Standards: CE, EN60065
7.
Operating Temperature : 0°
to 50° C
8.
Related Humidity: <95%
9.
Input voltage
Bidder to specify
10.
Load (W)
Bidder to specify
11.
Multi colour multi status
LED:
Required
(for
indication of active zones,
emergency massages, power
ON, error signals)
12.
Attachment
for
add-on
keypads : Required (No. of
keypads shall be decided as
per requirement considering
no.
of
zones
and
multiprogramming
key
requirement)
13.
Key station/ keypad:
Required (keys shall be used
for assigning zones and for
multipurpose use)
14.
Dimensions
Bidder to specify
15.
Weight
Bidder to specify
16.
Colour
Bidder to specify
17.
Mounting: Desk mountable
type
18.
Mute button: Required (for
inbuilt loudspeaker)
Bidder Comments
256
Sr. No.
19.
Description
3.5mm jack for headphone &
microphone: Required
Requirement
Bidder Comments
257
6.4.
CLOSED CIRCUIT TELEVISION SYSTEMS
6.4.1. CCTV Camera Specification
Sr. No.
Description
Requirement
A.
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
3.
Camera details
Colour - Day/ Night
camera
4.
Image sensor
1/3” CCD
1/3” CMOS
5.
Lens type
Fixed lens
Varifocal lens
IR corrected lens
Motorized zoom lens
6.
Lens format
Minimum 1/3”, shall be
compatible with image
sensor
7.
IR cut filter
Required
or
IR corrected lens
8.
IRIS
Automatic
9.
F-STOP Range
F/1.4 to F/16
10.
Sensitivity for usable video
Minimum
0.1 Lux @(F1.2,AGC O
N),
0 Lux with IR
11.
Resolution
WD1 (960×480)
Bidder Comments
258
Sr. No.
Description
Requirement
12.
Automatic shutter
Required
13.
Backlight compensation
Required
14.
Wide dynamic range (WDR)
Required
15.
Signal to noise ratio (SNR)
> 50dB (minimum)
16.
Auto contrast adjustment
Required
17.
Horizontal & vertical angle
of view
700 Horizontal Minimum
18.
White balance
Required
19.
Video compression
Bidder to specify
H.264
Motion JPEG
20.
Video data rate range
Bidder to specify
21.
Frames per second for
viewing
25 FPS
22.
Frames per second for
recording
15 FPS Minimum
23.
Automatic gain control
(AGC) 20 dB Minimum
Bidder to specify
24.
Power supply
UPS Power
25.
Housing
Box camera housing for
indoor and outdoor use
shall be vandal proof,
rugged, durable,
industrial grade,
M.O.C is cast
aluminium, with in-built
heater /blower &
sunshield.
26.
IP Rating for indoor camera
IP52
Bidder Comments
259
Sr. No.
Description
Requirement
27.
IP Rating for outdoor
camera
IP66
28.
Operating temperature
-100C to 600C For
Outdoor camera
Bidder Comments
-100C to 500C For Indoor
camera
29.
Operating humidity
95 RH
30.
Mounting accessories
All necessary accessories
are required
31.
Tampering alarm
Required (tampering
such as dis-focus/ move
viewing direction/
masking)
32.
Spares
10% or 1 no. (whichever
is higher) shall be
provided for each type of
camera
33.
Standards UL, CE
Required
6.4.2. CCTV MONITOR SPECIFICATION
Sr. No.
Description
Requirement
A.
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
3.
Display size
32”
4.
Resolution
1920 X 1080
5.
Dynamic contrast ratio
Required
6.
Wide colour enhancer
Required
Bidder Comments
260
Sr. No.
Description
Requirement
7.
Aspect ratio
16:9
8.
Audio
Not required
9.
Connectivity:
Required
Bidder Comments
VGA
HDMI : 2 ports (Minimum)
10.
Mounting
Wall
Desk
11.
Power supply
110 V AC
230 V AC
12.
Power consumption
Bidder to specify
13.
Dimensions : (W x H x D)
Bidder to specify
14.
Weight
Bidder to specify
15.
Accessories
As required for proper
operation
6.4.3. DVR (Digital Video Recorder) SPECIFICATION
Sr. No.
Description
Requirement
A.
GENERAL
1.
Make
Bidder to specify
2.
Model No
Bidder to specify
B.
Video Input
1.
Video Compression
H.264
2.
Video Input
4 Channel
8 Channel
16 Channel
Bidder Comments
261
Sr. No.
Description
Requirement
C.
Video Output
1.
HDMI/VGA Output
1920 X 1080
2.
Encoding Resolution
WD1
3.
Frame Rate
25 FPS or better
D.
Hard Disk
1.
SATA
2 SATA Interface
2.
Capacity
Minimum 30 Days
E.
External Interface
1.
Network Interface
RJ45
2.
Serial Interface
RS-485
3.
USB Interface
USB 2.0
F.
Power
1.
Power Supply
12 VDC
2.
Consumption
20 W
G.
Mechanical Properties
1.
Dimensions
Bidder to Specify
2.
Weight
Bidder to Specify
H.
Environmental Properties
1.
Temperature
-100C to 500C
2.
Humidity
95 RH
Bidder Comments
262
TECHNICAL SPECIFICATIONS – BIDDER TO FILL
FOR
EXTERNAL SERVICES
PURCHASER
:
MINISTRY OF MICRO, SMALL AND MEDIUM
ENTERPRISES, BHIWADI
PROJECT
:
MSME TECHNOLOGY CENTER, BHIWADI
LOCATION
:
BHIWADI, RAJASTHAN
CONSULTANT : TATA CONSULTING ENGINEERS LIMITED
263
7.
DATA SHEET FOR EXTERNAL SERVICES
7.1.
HORIZONTAL CENTRIFUGAL PUMP
1.
DESIGNATION
2.
NUMBER OFFERED
3.
TAG NUMBERS
4.
PUMP MAKE AND MODEL NUMBER
5.
DESIGN CAPACITY
M3/Hr
6.
DIFFERENTIAL HEAD
MLC
7.
SHUT-OFF HEAD
MLC
8.
HYDROSTATIC TEST PRESSURE
REFER SECTION -C
Kg/cm2(g
)
9.
NUMBER OF STAGES
10.
PUMP EFFICIENCY AT DUTY POINT
11.
PUMP SPEED
RPM
12.
PUMP BKW
KW
13.
MAXIMUM PUMP POWER
KW
%
REQUIREMENT
14.
POWER INPUT TO DRIVER AT DUTY
KW
POINT
15.
METHOD OF LUBRICATION
17.
NPSH REQUIRED
MLC
18.
DRIVER RATING
KW
19.
DRIVER SPEED
RPM
20.
DRIVER EFFICIENCY
21.
SUCTION NOZZLE
21.1
ORIENTATION
%
264
21.2
SIZE
22.
DISCHARGE NOZZLE
22.1
ORIENTATION
22.2
SIZE
23.
TYPE AND MAKE OF MECHANICAL
SEAL
24.
TYPE OF COUPLING
25.
MINIMUM CAPACITY FOR
CONTINUOUS
mm NB
mm NB
M3/Hr
OPERATION
26.
MAXIMUM ALLOWABLE SIZE OF
SOLIDS
27.
EXTERNAL WATER REQUIREMENT
FOR
mm
COOLING
27.1
FLOW RATE
27.2
PRESSURE
M3/Hr
Kg/cm2(g
)
28.
EXTERNAL WATER REQUIREMENT
FOR
SEALING
28.1
FLOW RATE
28.2
PRESSURE
M3/Hr
Kg/cm2(g
)
29.
WEIGHT OF BARE PUMP
Kg
30.
WEIGHT OF DRIVER
Kg
31.
WEIGHT OF COMMON BASE PLATE
Kg
32.
MOMENT OF INERTIA OF PUMP
ROTOR
Kg-M2
265
33.
ACCESSORIES AS PER DATA SHEET
WHETHER INCLUDED
A TO
BE INCLUDED
34.
YES NO
OUTLINE DIMENSIONAL DRAWING
WHETHER ENCLOSED
TO BE
ENCLOSED
35.
YES/NO
FOUNDATION DRAWING WITH
WHETHER ENCLOSED
STATIC
AND DYNAMIC LOADS TO BE
YES/NO
ENCLOSED
36.
CROSS-SECTION DRAWING OF
PUMP
WITH PART LIST AND MATERIALS
WHETHER ENCLOSED
OF
CONSTRUCTION AND RELEVANT
YES/NO
STANDARDS TO BE ENCLOSED
37.
PERFORMANCE CURVES FLOW
RATE Vs
HEAD, BKW, EFFICIENCY, NPSHR
WHETHER ENCLOSED
AND
TORQUE-SPEED CURVE TO BE
YES/NO
ENCLOSED
38.
PERFORMANCE GUARANTEE
38.1
CAPACITY
M3/Hr
(+)
(-)
38.2
DIFFERENTIAL HEAD
MLC
(+)
(-)
38.3
POWER CONSUMPTION
KW
(+)
(-)
7.2.
AIR BLOWER
266
A.
GENERAL
1.
DESIGNATION
2.
NUMBER OFFERED
3.
TAG NUMBERS
4.
MAKE AND MODEL NUMBER
5.
AMCA ARRANGEMENT NUMBER
B.
(W + S)
DESIGN AND PERFORMANCE
6.
CAPACITY (FAD) NORMAL/
MAXIMUM
7.
VACUUM CREATED
8.
DISCHARGE PRESSURE
9.
SELECTED SPEED OF BLOWER
10.
CASING MATERIAL/THICKNESS
11.
IMPELLER OR ROTOR DIAMETER
12.
13.
C.
AIR BLOWER FOR
M³/Hr
/
cm Hg VACUUM
Kg/cm²g
RPM
/
mm
IMPELLER OR ROTOR MATERIAL/
THICKNESS
/
mm
SHAFT MATERIAL/DIAMETER
/
mm
mm
ACCESSORIES
14.
MATERIAL OF CONSTRUCTION/
EFFICIENCY OF AIR FILTER
/
15.
PRESSURE DROP ACROSS AIR
FILTER
16.
SIZE/MATERIAL OF
CONSTRUCTION OF CASING DRAIN
VALVE
mm NB/
17.
SIZE/MATERIAL OF
CONSTRUCTION OF RELIEF VALVE
INLET___INCH,
OUTLET___
INCH ORIFICE_____ /
18.
SIZE/MATERIAL OF
CONSTRUCTION OF OUTLET
DAMPER
19.
VIBRATION DAMPENING PADS
mm WC
MAXIMUM
mm/
CUSHYFOOT(DUNLOP)/
267
D.
DRIVE DATA
MOTOR
COUPLIN
G
V-BELT
20.
TYPE
21.
MAKE
22.
MODEL NUMBER
23.
ABSORBED POWER AT SHAFT
KW
NA
NA
24.
POWER INPUT AT DUTY POINT
KW
NA
NA
25.
RATING
KW
26.
SPEED
RPM
27.
REDUCTION RATIO
28.
EFFICIENCY
29.
SERVICE FACTOR
E.
MISCELLANEOUS
NA
%
NA
NA
NA
30.
NOISE LEVEL AT 1.5 M DISTANCE
FROM BLOWER
31.
WEIGHT OF ENTIRE UNIT
MOUNTED ON COMMON BASE
PLATE
Kg
32.
TOTAL DYNAMIC LOAD
Kg
33.
DOCUMENTS TO BE ENCLOSED
34.
GENERAL ARRANGEMENT
DRAWING WITH MAJOR
DIMENSIONS
YES/NO
34.1
PART LIST WITH CODES AND
MATERIALS OF CONSTRUCTION
YES/NO
34.2
PERFORMANCE CURVE WITH
DUTY POINT MARKED
YES/NO
34.3
SELECTION CHARTS OR CURVES
YES/NO
34.4
LIST OF START-UP SPARES
YES/NO
34.5
LIST OF RECOMMENDED SPARES
YES/NO
dBA
WHETHER ENCLOSED
268
FOR 2 YEARS NORMAL OPERATION
F.
PERFORMANCE GUARANTEES
35.
CAPACITY (FAD)
36.
37.
7.3.
M³/Hr
(+)
(-)
DISCHARGE PRESSURE
Kg/cm²g
(+)
(-)
POWER CONSUMPTION
KW
(+)
(-)
SUBMERSIBLE PUMP (Raw Sewage from Equalisation Tank)
DATA TO BE FURNISHED BY
BIDDER
1.0
GENERAL
1.1
Make
1.2
Model
2.0
PUMP
2.1
Capacity
2.2
Total head
MLC
2.3
Shut - off head
MLC
2.4
Speed
RPM
2.5
Combined pump and motor efficiency
2.6
Solid handling capacity
M3 / hr.
%
mm
269
3.0
MOTOR
3.1
Motor type
3.2
Motor rating
3.3
Motor Cooling Arrangement
3.4
Class of insulation
3.5
Output of Motor
3.6
Power factor
3.6.1
Full load
3.6.2
3/4 load
3.7
Starting current
3.8
Degree of protection
3.9
Cable size
3.10
Voltage drop per 10 metre cable length
4.0
CONSTRUCTION DETAILS
4.1
Impeller type
4.2
Number of impeller vanes
kW
Amp.
270
4.4
Moment of inertia with entrained sewage
4.5
Weight of pump, motor, and cables
kg - m2
kg
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