More Precision.

opto NCDT ILR

Laser distance sensors

2

optoNCDT ILR: Compact laser distance sensors

Advantages optoNCDT ILR

- Non-contact distance measurement:

more than 300 m without reflector

more than 3000 m with reflector

- Excellent repeatability and linearity

- Short response time

- Compact sensor design

- Various interfaces

- Sighting laser for easy set up

- Excellent price-performance ratio

Laser distance sensors

Sensors in the optoNCDT ILR series are optoelectronic sensors for non-contact displacement, distance and also speed measurement.

The large measuring range of the laser distance sensors enables measurements on critical surfaces such as, e.g. hot metal, from a safe distance or the regulation of large travel displacements with a small installation size. Measurements without wear and thus a long service life are made possible due to the non-contact measurement technique. Depending on the application, there are four series available with different focuses on accuracy and measuring speed. The sensors are designed for operation with and without reflector and are thus very flexible to use. Due to their robust construction and compact design, the ILR sensors are used indoors and outdoors for many different measurement tasks, both for static as well as moving measurement objects. The exact positioning of the sensor can be performed easily due to the switchable sighting laser.

P laser diode refererence diode photo diode tstart time tstop t

Time of flight measurement principle

The ILR102x, 110x, 115x, and 119 x sensors operate according to the time of flight measurement principle. A laser diode in the sensor produces short laser pulses which are projected onto the target. The light reflected from the target is recorded by the sensor element. The time of flight of the light pulse to the target and back determines the measurement distance. The integrated electronics in the sensor derives the distance using the time of flight and conditions the signal for the analogue and digital output.

Sensors using this principle are not sensitive to external light.

Phase comparison measuring principle

The ILR118x sensors operate according to the phase comparison principle. High frequency modulated laser light with low amplitude is transmitted to the target. Depending on the distance of the object, the distance changes the phase relationship between transmitted and received signal. Sensors using this principle operate with high accuracy for measurement distances up to 150 metres.

Page 6-7

ILR 1020/1100/1150

CompaCt & FaSt

Measuring ranges 0.2 ... 10 m

Linearity ±8 ... ±40mm

Repeatability ±4 ... ±10mm

Resolution from 0.1mm

Fast response time



Interface RS422 / SSI



Analog output 4 ... 20 mA



Compact sensor design



Sensor configuration via touch keys



IP67

Measuring range without reflector

0.1 m

1 m 10 m 100 m 1000 m

Measuring range with reflector

0.1 m 1 m 10 m 100 m 1000 m 10000 m

Page 8-9

ILR 1021/1101/1151

CompaCt & FaSt (ReFleCtoR)

Measuring ranges 0.2 ... 250m

Linearity ±3 ... ±60mm

Repeatability ±2 ... ±10mm

Resolution from 0.1mm

Fast response time

 Interface RS422 / SSI



Analog output 4 ... 20 mA

 Compact sensor design



Sensor configuration via touch keys

 IP67

Measuring range without reflector

0.1 m 1 m 10 m 100 m 1000 m

Measuring range with reflector

0.1 m 1 m 10 m 100 m 1000 m 10000 m

Page 10-11

ILR 1181/1182/1183

induStRial StandaRd with high pReCiSion

Measuring ranges 0.1 ... 150 m

Linearity ±2 ... ±5mm

Repeatability <0.5mm

Resolution 0.1mm

Measurement with and without reflector



Interface RS232 / RS422 / SSI / Profibus



Analog output 4 ... 20 mA



Integrated heating (option)



Small spot diameter



IP65

Measuring range without reflector

0.1 m 1 m 10 m 100 m 1000 m

Measuring range with reflector

0.1 m 1 m 10 m 100 m 1000 m 10000 m

Page 12-13

ILR 1191

high-peRFoRmanCe SenSoR

Measuring ranges 0.5 ... 3000m

Linearity ±20 ... ±60mm

Repeatability <20mm

Resolution 1mm

Measurement with and without reflector

Distance and speed measurement

Measuring range without reflector

0.1 m 1 m 10 m 100 m 1000 m



Interface RS232 / RS422 / SSI / Profibus

 Analog output 4 ... 20 mA



High measuring rate

 With integrated heating



IP67

Measuring range with reflector

0.1 m 1 m 10 m 100 m 1000 m 10000 m

3

4

Applications

Controlled opening of gates and doors

optoNCDT ILR distance sensors monitor the opening positions of doors and gates. Apart from the linear measurement, the two switching outputs also enable a switching acquisition of certain positions (e.g. „Door open/closed“) to be employed with just one sensor.

Positioning of automotive parts

In car production the positions of the trunk lid and engine hood are acquired with laser propagation time sensors. If they are completely open, the assembly robot is put into motion for further assembly steps.

Classification and sorting on conveyors

A number of horizontally and also vertically mounted laser probes measure items in three dimensions. These are classified based on their size and then sorted.

Landscape scan with helicopters

In addition to the camera, optoNCDT ILR sensors for the height determination of the helicopter are used for the profile measurement of landscapes.

Speed measurement in the crash test

During the acceleration of vehicles in the crash test, an ILR1191 measures the impact speed and the deformation of the test vehicle.

Distance measurement on monorail conveyors

In automotive production lines car parts are transported by monorail conveyors. To control the flow of production and to prevent damage to the parts, the spacing between the conveyors is monitored.

Position measurement on gantry cranes

Numerous measurement tasks on gantry cranes must be performed: Positioning of the trolley, detection and dimensioning of containers and monitoring of the minimum clearance between the cranes. The ILR1191 with a very large measuring range and low response time is designed for these measurement tasks.

Acquisition of coil diameters

The quantities of steel, paper and fabric wound on and off are monitored via the acquisition of coil diameters using laser probes.

Level measurement in container, tanks and silos

Depending on the accuracy demanded, the filling level of silos is found at up to four points. The level is determined from these distances.

Position acquisition of gantry cranes and storage and retrieval units

Fast response time in combination with high measurement accuracy facilitate the exact positioning of storage and retrieval units.

5

6

Compact and fast distance sensors (no reflector) ILR 1020/1100/1150

Gaging sensors of the series optoNCDT

1020/1100/1150 are designed for non-contacting measurements at distances of up to

10 m. These measurements are required for position determination, attendance checking, type classification and for machine control in numerous fields of application.

Precise sensor alignment

The aiming laser can be turned on for accurate alignment of the sensor with the measurement object. For mounting the sensor a mounting bracket and a fine adjuster are available as accessories, which simplify the precise alignment of the sensor to the measurement object.

21

42

Q

A

S

1 inv.

PWR

SLOW

0% analog

S

2

Q

B

S

1 inv.

S

2

S

ESC

T

opto NCDT

ILR1020: Limit switch programming via touch keys ILR1100/ILR1150: Limit switch programming via software

5.8

42

Advantages

- Measuring range up to 10 m on diffuse reflecting targets

- Short response time

- Excellent price-performance ratio

- Fast sensor set configuration via touch keys

94.5

43

9.5

Model

Measuring range

Linearity

Resolution

Repeatability

Response time

Laser class

Operation temperature

Storage temperature

Limit outputs

Switching points

Switching hysteresis

Plausibility output

Service output

Serial interface black 6% grey 10% white 90% measuring laser sighting laser

Bus interface

Analog output

Temperature stability

Supply

Max. consumption

Connection

Protection class

Material (housing)

Vibration

Shock

Weight

Accessoires

EN 60947-5-2

EN 60947-5-2

All data regarding accuracy and distance are based on the specified surface at constant ambient conditions and with a minimum operating time of 15 minutes.

1) slow/fast

ILR1020-6

0.2 ... 2.5m

0.2 ... 6m

0.2 ... 6m

±40mm

ILR1100-6

0.5 … 2m

0.5 m … 4m

0.5 m … 6m

±10mm

1 ... 5mm

±10 / ±15mm

1)

80 / 13ms

1)

IR 905 nm, laser class 1

0.1mm

±5mm

12ms

IR 900 nm, laser class 1 red 650 nm, laser class 2

-10° … +50° C (-20° … +50° C in continous operation)

-30° … +75° C

QA / QB (max. 100 mA)

ILR1150-10

0.5 … 3m

0 5 … 7m

0.5 … 10m

±8mm

0.1mm

±4mm

12ms free adjustable (teach in)

30mm

-

-

adjustable in 1-mm-steps min. 20mm (adjustable) min. 10mm (adjustable)

QP (max. 50 mA)

QS (max. 50 mA)

RS422 (2 9ms at 57.6kBaud)

SSI - compatible (GRAY / BINÄR adjustable) (SSI cycle 80μs)

-

<1.2mm / °C

Profibus or DeviceNet via respective gateway (accessory)

4 - 20mA

<±5mm absolute <0.5mm / °C

18 - 30 VDC

<3W at 24V

12-pin connector M16 5-pin connector M12

IP 67

ABS shock resistant

10 - 55 Hz, amplitude 1.5mm, period 5 min. at resonant frequency or 55 Hz, stress time 30 min. per axis acceleration 30 g, pulse duration 11 ms, half sinusoid, 3 shocks/axis appr. 200 g appr. 230 g page 14 - 15

7

Operating Mode

Laser Class 1 (Infrared)

Setup Mode

Laser Class 2 (Visible - Red)

Do not stare into beam

p max

EN 60825-1. 10/2003 optoNCDT ILR 1020/1100/1150 use a semiconductor class 1 laser (operating mode) and a semiconductor class 2 laser

(setup mode). With these classes no protection is needed.

Spot diameter ILR1020

4 x 7mm

2m

3 x 10mm

4m

Spot diameter ILR1100/1150

3 x 10mm

4m

4 x 12mm

6m

4 x 12mm

8m

10 x 20mm

10m

8

Compact and fast distance sensors (with reflector) ILR 1021/1101/1151

Distance sensors of the series optoNCDT

1021/1101/1151 are designed for non-contact measurements against objects up to 250 m.

These distance sensors need a special reflector on the measurement object with the sensor being matched to its reflective properties. The use of this reflector facilitates measurement distances of up to 250 m with excellent accuracy.

Precise sensor alignment

The aiming laser can be turned on for accurate alignment of the sensor with the measurement object. With large measurement distances this laser is adjusted using the optical alignment aid available as an accessory. For mounting the sensor a mounting bracket and a fine adjuster are available as accessories, which simplify the precise alignment of the sensor to the measurement object

21

42

5.8

42

Q

A

S

1 inv.

PWR

SLOW

0% analog

S

2

Q

B

S

1 inv.

S

2

opto NCDT

S

ESC

T

ILR1021: Limit switch programming via touch keys ILR1101/ILR1151: Limit switch programming via software

Advantages

- Measuring ranges up to 250 m with reflector

- Short response time

- Excellent price-performance ratio

- Fast sensor set configuration via touch keys

94.5

43

9.5

Model

Measuring range

Linearity

Resolution

Repeatability

Response time

Laser class

Operation temperature

Storage temperature

Limit outputs

Switching points

Switching hysteresis

Plausibility output

Service output

Serial interface measuring laser sighting laser

Bus interface

Analog output

Temperature stability

Supply

Max. consumption

Connection

Protection class

Material (housing)

Vibration

Shock

Weight

Accessoires

EN 60947-5-2

EN 60947-5-2

All data regarding accuracy and distance are based on the specified surface at constant ambient conditions and with a minimum operating time of 15 minutes.

1) min. distance 2m

2) slow/fast

ILR1021-30

0.2 ... 30m

±60mm

1 ... 5mm

±5 / 10mm

65 / 30ms

2)

2)

IR 905 nm, laser class 1

ILR1101-50

0.5 … 50m reflector required for operation

±5mm

1)

0.1 or 0.125mm

±4mm

12ms

IR 900 nm, laser class 1 red 650 nm, laser class 2

ILR1151-250

0.5 … 250m

±3mm

±2mm

1) free adjustable (teach in)

-10° … +50° C (-20° … +50° C in continous operation)

-30° … +75°C

QA / QB (max. 100 mA) adjustable in 1-mm-steps

30mm

-

min. 20mm (adjustable)

QP (max. 50mA)

QS (max. 50mA) min. 10mm (adjustable)

-

RS422 (2.9ms at 57.6kBaud)

SSI - compatible (GRAY / BINÄR adjustable) (SSI Zyklus 80 μs)

-

4 ... 20 mA

<1.2mm / °C

5-pin connector M12

Profibus or DeviceNet via respective gateway (accessory)

-

<0.5mm / °C

18 - 30 VDC

<±5mm absolut

<3W at 24V

12-pin connector M16

IP 67

ABS shock resistant

10 - 55 Hz, amplitude 1.5mm, period 5 min. at resonant frequency or 55 Hz, stress time 30 min. per axis acceleration 30 g, pulse duration 11 ms, half sinusoid, 3 shocks/axis appr. 200 g appr. 230 g page 14 - 15

9

Operating Mode

Laser Class 1 (Infrared)

Setup Mode

Laser Class 2 (Visible - Red)

Do not stare into beam

p max

EN 60825-1. 10/2003 optoNCDT ILR 1021/1101/1151 use a semiconductor class 1 laser (operating mode) and a semiconductor class 2 laser (setup mode). With these classes no protection is needed.

Spot diameter ILR1021

15 x 20mm

10m

30 x 40mm

20m

45 x 80mm

30m

Spot diameter ILR1101/1151

20 x 20mm

10m

100 x 100mm 200 x 200mm

50m 100m

500 x 500mm

250m

10

State of the art sensor with high precision ILR 1181-30 / 1182-30 / 1183-30

Sensors in the optoNCDT ILR 1181 / 1182 /

1183 series are optoelectronic sensors for noncontact distance and displacement measurement for industrial applications. Both sensors operate according to the phase comparison principle, whereby higher precision can be achieved. They can be aligned and positioned in use with a visible laser beam with little effort.

The optoNCDT ILR 1182 series operates with a

50Hz measuring rate and is therefore suitable for fast processes. The mounting grooves on the housing offer flexible mounting options for many situations.

194

144 slot nuts

M6

36

56

Advantages

- Measuring range up to 80m on diffuse reflecting surfaces, up to 150m with reflector

- Option with integral heating

- Easy adjustment with Laser sighting

- Precise measurement on various surfaces

- Practical mounting grooves for easy installation

- Accessories for harsh environments

7.3

41.9

84.4

99

Configuration and measurement software for ILR1181 und ILR1182

Model

Measuring range

1) black 6% grey 10% white 90% reflector

Linearity

2)

Resolution

Repeatability

Response time

1)

Laser class (IEC 825-1 / EN 60825-1)

Operation temperature

Storage temperature

Limit outputs

Switching points

Switching hysteresis

Trigger input (not compatible with integral heating)

Serial interface

Profibus

Operation mode

Analog output

Temperature stability

Supply

3)

Max. consumption

Connection

Protection class

Material (housing)

Vibration/Shock

Weight

EMV

ILR1181-30 ILR1182-30

0.4 ... 17m

0.1 ... 30m

0.1 ... 80m

0.1 ... 150m (reflector film ILR-RF118x)

±2mm (+15°C … +30°C), ±5mm (-40°C … +50°C)

ILR1183-30

100ms ... 6s

0.1mm

≤0.5mm

20ms ... 6s red 650 nm, laser class 2

20ms ... 6s

-10°C … + 50°C (optional -40°C … +50°C, with integrated heating)

-40°C … +70°C

QA (max. 500 mA) QA / QB (max. 500 mA) free adjustable free adjustable trigger edge and delay selectable, trigger pulse of max 24V

RS232 or RS422

3) adjustable, max 38.4 kBaud

SSI interface (RS422), 24Bit,

Gray-encoded, 50kHz … 1MHz

-

<1.5W at 24 V (<24W with heating)

Profibus (RS485)

9.6kBaud … 12MBaud

3) external triggering, single / continuous measurement, distance tracking

4 … 20mA (16 Bit DA) -

≤50ppm / °C

10 … 30 VDC

3,2W at 24 V

(<26W with heating)

12-pin M16

IP 65 aluminium strangeness profile, powder-coated

500g, 0.5ms, 1 shock/axis (DIN ISO 9022-30-08-1)

1 x 12-pin M16

2 x 5-pin M12 B-encoded

10g, 6ms, 1000 shocks/axis (DIN ISO 9022-3-31-01-1)

980 g

EN 61000-6-2, EN 55011 page 14 - 15 Accessoires

1) depending on target reflectance, ambient light influences and atmospheric conditions

2)

with statistical spread of 95%

3)

Product identification

ILR 118x - 30 (x x)

Serial interface

0= none

1= RS232

2= RS422

0= without heating

2= integral heating

LASER RADIATION

Do not stare into the beam

CLASS 2 LASER PRODUCT

EN60825-1

P≤1 mW; λ= 650nm optoNCDT ILR 1181/1182/1183 operate with a wavelength of 650 nm (visible, red). The maximum optical output is ≤

1 mW. The sensors are classified in Laser Class 2. Class 2 lasers are not notifiable and a laser protection officer is not required either.

Spot diameter ILR1181/1182/1183

ø11mm

10m

ø35mm

50m

ø65mm

100m

11

12

High-performance distance sensor ILR 1191-300

Sensors in the optoNCDT ILR 1191 series are optoelectronic sensors for non-contact distance and speed measurement for industrial use. The sensor is designed for very large measuring ranges, with and without reflector. Due to the very high measuring rate of the sensor, moving objects can be measured easily. The sensor operates according to the laser pulse runtime principle and is therefore particularly well suited to applications with large distances.

Commissioning of the sensor is straightforward due to a variety of interfaces and easy mounting options. The optoNCDT ILR 1191 is fitted with an integrated heater for outdoor use. A sighting device is also integrated for alignment.

24

57

135.4

29.5 90.4

Advantages

- Measuring range 500m in diffuse reflecting surfaces, up to 3000m with reflector

- Distance and speed measurement

- Integrated heating

- For fast measuring events

- Easy installation

- Accessories for harsh environments

Configuration and measurement software for ILR1191

Model

Measuring range

Speed

Linearity

Profibus

Operation mode

Analog output

Temperature stability

Supply

Max. consumption

Connection

Protection class

Material (housing)

Weight

2

Resolution

Repeatability

Response time

Laser class

Operation temperature

Storage temperature

Limit outputs

Switching points

Switching hysteresis

Trigger input

Serial interface

Vibration/Shock

1) black 6% grey 10% white 90% reflector distance measurement speed measurement measuring laser sighting laser

EMV

Accessoires

1

depending on target reflectivity, stray light effects and atmospheric conditions

2

with statistical spread of 95%

ILR1191-300

1 ... 150 m

0.5 ... 300 m

0.5 ... 500 m

0.5 ... 3000 m

0ms -1 ... 100ms -!

±20mm (at measurement output 100Hz) ±60mm (at measurement output 2kHz)

1mm

≤20mm

0.5ms

12ms

905 nm, laser class 1

635 nm, laser class 2

-40°C … +60°C

-40°C … +70°C

QA / QB (max. 200 mA) free adjustable free adjustable trigger edge and trigger delay programmable, trigger pulse max. 30 V

RS232 and RS422 with 1.2kBaud … 460.8kBaud

SSI interface (RS422), 24Bit, Gray-encoded 50kHz … 1MHz

RS485, 9.6 kBaud … 12MBaud single / continuous measurement, external triggering (adjustable near field elimination), speed measurement

4 … 20mA (16 Bit DA)

≤50ppm / °C

10 … 30 V DC

<5W without heating, 11.5W with heating

1 x 12-pin M16, 2 x 5-pin M12 B-coded

IP 67 aluminium strangeness profile, powder-coated

800 g (depends on equipment)

500g, 0.5ms, 1 shock / axis (DIN ISO 9022-30-08-1)

10g, 6ms, 1000 shocks / axis (DIN ISO 9022-3-31-01-1)

EN 61000-6-2, EN 55011 page 14 - 15

Product identification

ILR 1191 - 300 (0 x)

Serial interface

1= RS232

2= RS422

3= RS232 + SSI

4= RS232 + Profibus

13

LASER RADIATION

Do not stare into the beam

CLASS 2 LASER PRODUCT

EN60825-1 λ=905 nm Q m x

=137µJ t=6ns

F=2kHz λ=635 nm P m x

=800µW CW optoNCDT ILR 1191 use a semiconductor class

1 laser (operating mode) and a semiconductor class 2 laser (setup mode). With these classes no protection is needed.

Spot diameter ILR1191 measuring laser sighting laser

45mm

ø17mm

10m

155mm

ø82mm

75m

240mm

ø133mm

125m

538mm

ø307mm

300m

5128mm

ø3007mm

3000m

14

Software and signal processing

Setup and configuration software

Software for easy configuration of the sensor is included as standard. All settings can be conveniently performed with this using a Windows interface on a PC. The sensor parameters are transmitted to the sensor via the serial port and can also be saved if required. The software also contains a module which can display and store the measurement results.

The connection to the PC is made using the respective sensor cable with a USB converter.

Software download free of charge from www.micro-epsilon.com/download

IF 2008 Interface card

The IF2008 interface card and IF2008E extension card are designed for installation in PCs and enables the synchronous capture of up to six digital sensor signals, two analogue sensor signals and two encoders. The card is used for the customer’s own data evaluation. The interface card reads the data from all connected devices simultaneously and transmits these to an external PC for further processing.

up to 6 digital signals

2 analog signals

2 encoder

CSP 2008: universal controller for multiple sensor signals

Inputs/Outputs sensors

2 sensor connectors (16 pin)

Digital

1x Ethernet (PC 100 MBit)

1x Ethercat

1x RS422 (SPS max. 1.5 Mbaud)

2 terminal strips (13 pins)

Analog

voltage 0…5 V,

scaleable via software

0…10 V, -5…5 V, -10…10 V),

electrically isolated, 100 kHz, 16 Bit

Functions

filter: moving average 1…1024 /

recursive 1...32768 / median 3/5/7/9

zero, master

trigger (measuring value, edge, gate,

software)

automatic sensor detection

(digital interface)

scaleable measuring ranges

synchronisation

Limits

OG, UG, OW, UW, OK

Calculation

A,B; A+B; A-B; -A-B; K-A-B; K+A+B;

K+A-B; K+A; K+B; K(A+B); K(A+k*B)

IF2008 PCI interface card for individual signal processing

146

3.3

57.9

69.1

Accessories

Supply and output cable ILR10xx

PC1000-2

PC1000/90-2 length 2 m length 2 m, 90°-connector

PC1000-5

PC1000/90-5

PC1000/90-10 length 5 m length 5 m, 90°-connector length 10 m, 90°-connector

Supply and output cable ILR11xx

PC1100-3 length 3 m

PC1100/90-3

PC1100-5 length 3 m, 90°-connector length 5 m

PC1100/90-5

PC1100/10

PC1100/90-10

PC1100/20 length 5 m, 90°-connector length 10 m length 10 m, 90°-connector length 20 m

PC1100/90-20

PC1100/30

PC1100/90-30

FC1100 length 20 m, 90°-connector length 30 m length 30 m, 90°-connector connector

FC1100/90

PC115x-3/CSP connector, 90° interface cable ILR110x / 115x mit CSP

PC118x-3/CSP interface cable ILR118x / 119x mit CSP

PC115x-3/IF2008 interface cable ILR110x / 115x mit IF2008

PC118x-3/IF2008 interface cable ILR118x / 119x mit IF2008

Configuration cable ILR118x and ILR1191:

PC1100/90-3/RSxxx length 3 m, D-Sub for RS232 and

RS422, integrated power supply

Profibus

PBC1100-I/O-5 Profibus input and output cable, 5m

PBC1100-I-5

PBC1100-I-10

Profibus input cable, 5m

Profibus input cable, 10m

PBC1100-O-5

PBC1100-O-10

PBFC1100

PBMC1100

Profibus output cable, 5m

Profibus output cable, 10m

Profibus plug

Profibus connector

30

2x ø4,3

ø55

ø25

8,6

ILR-FBV118x air purge collar for ILR118x

+3°

ILR-MA90 mounting bracket

+3°

+ -

+

-

ILR-FA1 fine adjustment for mounting bracket

PBLR1100

ILR-M-PB/USB

Profibus load resistance

Profibus/USB module and service software for

ILR1183 / 1191

Accessories ILR 10xx / 110x / 115x

ILR-RF250 reflector film 250x250mm

ILR-R250

ILR-R460 reflector film 250x250mm reflector film 460x460mm

ILR-R540

ILR-R660

ILR-R700

ILR-MA90 reflector film 540x540mm reflector film 660x660mm reflector film 700x700mm mounting bracket

ILR-FA1

ILR-AA1

ILR-APB

ILR-ADN fine adjustment for mounting bracket aligning aid connector adapter, Gateway/ProfiBus connector adapter, Gateway/DeviceNet

Accessories ILR 118x / 1191

ILR-MP1191 mounting plate for ILR1191

ILR-AA1191

ILR-RPT1191 aligning aid for ILR1191 protection tube, 100mm for ILR1191

ILR-RF118x

ILR-MT118x

ILR-MP118x

ILR-MTN118x reflector film 250x250mm for ILR1181X mounting clamp for ILR118x mounting plate for ILR118x slot nuts for ILR118x

ILR-FBV118x

ILR-PG118x

ILR-FV118x air purge collar for ILR118x protection glass for ILR118x filter for ILR118x

Display and signal processing units

DD241PC digital process display, 1 analog input

DD245PC

DD214NA digital process display, 2 analog inputs display for SSI-sensors

CSP2008

IF2008 universal controller for multiple signals interface card RS485 for PCI interface

15

1.75

16.75

ILR-PG118x protection glass for ILR118x

ILR-AA1:

Optical aligning aid for beam positioning

+ -

16

High performance sensors made by Micro-Epsilon

Sensors and systems for displacement, position and dimension

Eddy current sensors

Optical and laser sensors

Capacitive sensors

Inductive sensors

Draw-wire sensors

Optical micrometers

2D/3D profile sensors

Image processing

Sensors and measurement devices for non-contact temperature sensors

Online instruments

Handheld devices

Thermal imagar

Measuring systems for quality control for plastic and film for tire and rubber for web material for automotive components for glass

Svensk generalagent och distributör:

Sensotest AB

Girovägen 13 - 17562 Järfälla

Tel: 08-564 733 80 - Fax: 08-564 733 89 www.sensotest.se - [email protected]

MICRO-EPSILON MESSTECHNIK GmbH & Co. KG

Königbacher Str. 15 · 94496 Ortenburg / Deutschland

Tel. +49 (0) 8542 / 168-0 · Fax +49 (0) 8542 / 168-90 [email protected] · www.micro-epsilon.de