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Entwicklungs- und Vertriebs GmbH
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Color control and color measurement

N° 234


Fluorescence color sensor type SPECTRO-3-FIO-BL/OR-JR
The fluorescence color sensor SPECTRO-3-FIO-BL/OR-JR is using ultra bright blue LED. At this, the blue light will be converted from a suitable object (marker) into the upper visible wavelength range, but only the visible light above the yellow range will be used at the receiver side. Normally the efficiency of the fluorescence material (marker) is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright blue LED, a side heat sink is provided. The sensor can be used in connection with an optical fiber type R-S-A3.0-(3.0)-1200-67° and an optical frontend type KL-9-A3.0. In connection with a spacer type A3.0-OFL, A3.0-OFL-SHIFT or KL-3/4/5/8/9-OFL the system can used as a hand held device.

Color control and color measurement

N° 233


Fluorescence contrast sensor type SPECTRO-1-FIO-GN/OR
The fluorescence contrast sensor SPECTRO-1-FIO-GN/OR is using ultra bright green LED. At this, the green light will be converted from a suitable object (marker) into the upper visible wavelength range, but only the visible light above the yellow range will be used at the receiver side. Normally the efficiency of the fluorescence material (marker) is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright blue LED, a side heat sink is provided. The sensor can be used in connection with an optical fiber type R-S-A3.0-(3.0)-1200-67° and an optical frontend type KL-9-A3.0. In connection with a spacer type A3.0-OFL, A3.0-OFL-SHIFT or KL-3/4/5/8/9-OFL the system can used as a hand held device.

Color control and color measurement

N° 232


Fluorescence color sensor type SPECTRO-3-FIO-GN/OR-JR
The fluorescence color sensor SPECTRO-3-FIO-GN/OR-JR is using ultra bright green LED. At this, the green light will be converted from a suitable object (marker) into the upper visible wavelength range, but only the visible light above the yellow range will be used at the receiver side. Normally the efficiency of the fluorescence material (marker) is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright green LED, a side heat sink is provided. The sensor can be used in connection with an optical fiber type R-S-A3.0-(3.0)-1200-67° and an optical frontend type KL-9-A3.0. In connection with a spacer type A3.0-OFL, A3.0-OFL-SHIFT or KL-3/4/5/8/9-OFL the system can used as a hand held device.

Color control and color measurement

N° 231


Fluorescence contrast sensor type SPECTRO-1-FIO-BL/OR
The fluorescence contrast sensor SPECTRO-1-FIO-BL/OR is using ultra bright blue LED. At this, the blue light will be converted from a suitable object (marker) into the upper visible wavelength range, but only the visible light above the yellow range will be used at the receiver side. Normally the efficiency of the fluorescence material (marker) is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright blue LED, a side heat sink is provided. The sensor can be used in connection with an optical fiber type R-S-A3.0-(3.0)-1200-67° and an optical frontend type KL-9-A3.0. In connection with a spacer type A3.0-OFL, A3.0-OFL-SHIFT or KL-3/4/5/8/9-OFL the system can used as a hand held device.

Color control and color measurement

N° 230

Data
sheet:

Fluorescence color sensor type SPECTRO-3-FIO-UV/VIS-JR
The fluorescence contrast sensor SPECTRO-3-FIO-UV/VIS-JR is using UV - LED. The UV - light will be converted from a suitable object into the visible wavelength range, but only the visible light above 450nm will be used at the receiver side. Normally the efficiency of the fluorescence material (e.g. oil) is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright UV - LED, a side heat sink is provided. The sensor can be used in connection with an optical fiber type R-S-A3.0-(3.0)-1200-22°-UV and an optical frontend type KL-9-A3.0. Additionally, in using the A3.0-OFL, the A3.0-OFL-SHIFT or alternatively the KL-3/4/5/8/9-OFL, the system can be used as a hand held device.

Color control and color measurement

N° 229

Data
sheet:

Fluorescence contrast sensor type SPECTRO-1-FIO-UV/VIS
The fluorescence contrast sensor SPECTRO-1-FIO-UV/VIS is using UV - LED. The UV - light will be converted from a suitable object into the visible wavelength range, but only the visible light above 450nm will be used at the receiver side. Normally the efficiency of the fluorescence material (e.g. oil) is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright UV - LED, a side heat sink is provided. The sensor can be used in connection with an optical fiber type R-S-A3.0-(3.0)-1200-22°-UV and an optical frontend type KL-9-A3.0. Additionally, in using the A3.0-OFL, the A3.0-OFL-SHIFT or alternatively the KL-3/4/5/8/9-OFL, the system can be used as a hand held device.

Distance measurement and positioning

N° 228

Data
sheet:

Laser displacement sensor type L-LAS-LT-80-SL
The laser distance sensor L-LAS-LT-80-SL comes with a measurement range of approximately 80mm, whereby the measurement range begins at roughly 40mm object distance from the sensor. The maximum scan frequency is around 5 kHz and furthermore, the sensor has an extremely high dynamic range.

Product marking and product tracking

N° 227


Fluorescence detector type LUMI-MOBILE-FED-SL-IR/IR
The compact fluorescence sensor LUMI-MOBILE-FED-SL-IR/IR evaluates a time delayed IR - response from up to five suitable fluorescent markers. At this, the time constant as well as the intensity of the markers can be stored in the system.

Product marking and product tracking

N° 226


Fluorescence detector type LUMI-MOBILE-CL-IR/IR
The compact fluorescence sensor LUMI-MOBILE-CL-IR/IR evaluates a time delayed IR - response from a suitable fluorescent marker. At this, the time constant as well as the intensity of a marker can be stored in the system.

Color control and color measurement

N° 225

Data
sheet:

Fluorescence color sensor type SPECTRO-3-30-BL/OR-CL
The fluorescence color sensor SPECTRO-3-30-BL/OR-CL is using blue LEDs. The blue light will be converted from a suitable object into the visible wavelength range above the yellow range. Normally the efficiency of the fluorescence material is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright blue LEDs, a side heat sink is provided. In combination with an optional available spacer, the system can be used as a hand held device.

Color control and color measurement

N° 224

Data
sheet:

Fluorescence color sensor type SPECTRO-3-30-GN/OR-CL
The fluorescence color sensor SPECTRO-3-30-GN/OR-CL is using green LEDs. The green light will be converted from a suitable object into the visible wavelength range above the yellow range. Normally the efficiency of the fluorescence material is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright green LEDs, a side heat sink is provided. In combination with an optional available spacer, the system can be used as a hand held device.

Color control and color measurement

N° 223


Fluorescence color sensor type SPECTRO-3-FIO-UV/OR-JR
The fluorescence contrast sensor SPECTRO-3-FIO-UV/OR-JR is using UV-LED. The UV light will be converted from a suitable object into the visible wavelength range, but only the visible light above the yellow range will be used at the receiver side. Normally the efficiency of the fluorescence material (e.g. oil) is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright UV-LED, a side heat sink is provided. The sensor can be used in connection with an optical fiber type R-S-A3.0-(3.0)-1200-22°-UV and an optical frontend typ KL-9-A3.0.

Color control and color measurement

N° 222

Data
sheet:

Color inline measurement sensor with onboard white balance calibration unit type SPECTRO-3-28-45°/0°-ICAL
The inline color measurement sensor type SPECTRO-3-28-45°/0°-ICAL comes with an integrated white balance calibration unit. The white balance can be activated with an +24V input signal e.g. from a PLC, at this, the color sensor will be turned by 90° and directed onto a white ceramic tile, afterwards the sensor takes again the starting position.

Color control and color measurement

N° 221

Data
sheet:

Fluorescence contrast sensor type SPECTRO-1-30-GN/OR
The fluorescence contrast sensor SPECTRO-1-30-GN/OR is using green LEDs. The green light will be converted from a suitable object into the red wavelength range. Normally the efficiency of the fluorescence material is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright green LEDs, a side heat sink is provided. In combination with an optional available spacer, the system can be used as a hand held device.

Color control and color measurement

N° 220


Fluorescence contrast sensor type SPECTRO-1-FIO-UV/OR
The fluorescence contrast sensor SPECTRO-1-FIO-UV/OR is using UV-LED. The UV-light will be converted from a suitable object into the visible wavelength range, but only the visible light above the yellow range will be used at the receiver side. Normally the efficiency of the fluorescence material (e.g. oil) is very weak, thus a high amplification with a strong optical filtering is required from the sensor side. Due to the power consumption of the bright UV - LED, a side heat sink is provided. The sensor can be used in connection with an optical fiber type R-S-A3.0-(3.0)-1200-22°-UV and an optical frontend type KL-9-A3.0.

Surface inspection and counting

N° 219

Data
sheet:

Metal strip height control type FLB-MSHC-1020
The metal sheet height limit control system FLB-MSHC-1020 can be used e.g. in the stamping technology especially in connection with unwinders and rewinders. The detecting range is approximately 950mm, 24 light barriers are arranged at a distance of 40mm to each other (exceptions build the outer light barriers: 55mm to the direct neighbor). At this, the maximum distance between transmitter and receiver is 200mm. The system delivers an analog voltage (0V … +10V) as well as current (4mA … 20mA) signal. Both signals inform about the current position of the metal strip.

Surface inspection and counting

N° 218

Data
sheet:

Metal strip height control type FLB-MSHC-600
The metal sheet height limit control system FLB-MSHC-600 can be used e.g. in the stamping technology especially in connection with unwinders and rewinders. The detecting range is approximately 500mm, 24 light barriers are arranged at a distance of 16mm to each other (exceptions build the outer light barriers: 85mm to the direct neighbor). The system delivers an analog voltage (0V … +10V) as well as current (4mA … 20mA) signal. At this, the maximum distance between transmitter and receiver is 200mm.

Fiber optics and accessories

N° 217


Optical frontend type KL-8-R2.1-UV
The optical frontend type KL-8-R2.1-UV can be used in connection with the contrast sensor type SPECTRO-1-FIO-UVC/UVC and the SPECTRO-2-FIO-(UVC/UVC)/(UVC/UVC) in connection with an optical quartz fiber type R-S-R2.1-(6x1)-1200-22°-UV.

Fiber optics and accessories

N° 216


Optical frontend type KL-D-50°-10-R2.1
The optical frontend KL-D-50°-10-R2.1 can be used in connection with an optical fiber type D-S-R2.1-(6x1)-1200-67°. At this, the recommended distance to the object is 10mm and the spot size at this distance is approximately 4mm x 0.7mm.

Fiber optics and accessories

N° 215

Data
sheet:

Flange attachment plate type KL-D-45°/0°-22-d80/d110-A3.0 for gauge glasses to measure the color of objects behind the glass plate
The KL-D-45°/0°-22-d80/d110-A3.0 can be installed on a gauge glass to measure the color of objects behind the glass plate. The distance to the object is around 22mm, the detecting area is around 20mm in diameter and the angle between transmitter and receiver is 45°. At this, either the transmitter optical fiber or the receiver fiber is directed perpendicular onto the object (0°/45°-method or 45°/0°-method). The flange can be used in connection with an optical fiber type D-S-A3.0-(3.0)-1200-67° with the color measurement system SPECTRO-3-FIO-MSM-DIG-VIS or SPECTRO-3-FIO-MSM-ANA-VIS.



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Automotive Interior
8-9 November 2017
Regensburg, Germany
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Electric Automation
Systems and Components
International Exhibition
28-30 November 2017
Nuremberg, Germany
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New sensors:
L-LAS-LT-...-SL-P Series
L-LAS-LT-...-SL-L Series



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New applications:
Application-News N° 633-634
  • Soot quantity measurement on filter paper
  • Glue line control on printed paper



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