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N° 214
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Assembly equipment type MOUNT-KL-D30-VA for the optical fiber front end type KL-PLNG-BL-A3.0 With the assembly equipment MOUNT-KL-D30-VA the optical fiber front end KL-PLNG-BL-A3.0 can be installed on site e.g. in the plastic industry. |
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N° 213
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Optical fiber front end type KL-PLNG-BL-A3.0 The optical fiber front end KL-PLNG-BL-A3.0 can be connected to the color measurement sensor SPECTRO-3-FIO-MSM-DIG-VIS as well as to the SPECTRO-3-FIO-MSM-ANA-VIS. The housing is made of stainless steel and the front side of the optical fiber is covered from a sapphire glass. Due to an integrated air duct the sensor can be used up to temperatures around 300°C, thus the front end can be directly placed into the polymer melt. Additionally the sensor is equipped with a temperature sensor. |
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N° 212
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Fluorescence contrast sensor type SPECTRO-1-30-BL/OR The fluorescence contrast sensor SPECTRO-1-30-BL/OR is using blue LEDs. The blue 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 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. |
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N° 211
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Color measurement sensor type SPECTRO-3-FIO-ANA-LEDCON The color measurement sensor SPECTRO-3-FIO-ANA-LEDCON in connection with an optical fiber R-S-R2.1-(6x1)-1200-67° can be used to measure the color e.g. of light bars, used in the automotive interior field. At this, even weak pulse width modulation (PWM) LED light can be measured, the sensor delivers even L*u´v´ values. |
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N° 210 |
Color sensor type SPECTRO-3-12-DIF-MSM-DIG-VISUV The color sensor type SPECTRO-3-12-DIF-MSM-DIG-VISUV comes with xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 209 |
Color sensor type SPECTRO-3-12-DIF-MSM-DIG-VIS The color sensor type SPECTRO-3-12-DIF-MSM-DIG-VIS comes with xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 208 |
Color sensor type SPECTRO-3-28-45°/0°-MSM-DIG-VISUV The color sensor type SPECTRO-3-28-45°/0°-MSM-DIG-VISUV comes with xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 207 |
Color sensor type SPECTRO-3-28-45°/0°-MSM-DIG-VIS The color sensor type SPECTRO-3-28-45°/0°-MSM-DIG-VIS comes with xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 206 |
Color sensor type SPECTRO-3-FIO-MSM-DIG-VISUV The color sensor type SPECTRO-3-FIO-MSM-DIG-VISUV comes with xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 205 |
Color sensor type SPECTRO-3-FIO-MSM-DIG-VIS The color sensor type SPECTRO-3-FIO-MSM-DIG-VIS comes with xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 204 |
Color sensor type SPECTRO-3-FIO-CL-MSM-DIG The color sensor type SPECTRO-3-FIO-CL-MSM-DIG comes with xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 203 |
Color sensor type SPECTRO-3-50-…-CL-MSM-DIG The color sensor type SPECTRO-3-50-…-CL-MSM-DIG comes with the following optical heads: -DIL, -DIL-d5, -FCL, -FCL-d5, -POL, -POL-d5, -UV • SPECTRO-3-50-DIL-CL-MSM-DIG • SPECTRO-3-50-DIL-d5-CL-MSM-DIG • SPECTRO-3-50-FCL-CL-MSM-DIG • SPECTRO-3-50-FCL-d5-CL-MSM-DIG • SPECTRO-3-50-POL-CL-MSM-DIG • SPECTRO-3-50-POL-d5-CL-MSM-DIG • SPECTRO-3-50-UV-CL-MSM-DIG Furthermore, the color sensors from the SPECTRO-3…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 202 |
Color sensor type SPECTRO-3-30-…-CL-MSM-DIG The color sensor type SPECTRO-3-30-…-CL-MSM-DIG comes with the following optical heads: -DIF, -DIL, -DIL-d5, -FCL, -FCL-d5, -POL, -POL-d5, -UV, -UV-10x1 • SPECTRO-3-30-DIL-CL-MSM-DIG • SPECTRO-3-30-DIL-d5-CL-MSM-DIG • SPECTRO-3-30-FCL-CL-MSM-DIG • SPECTRO-3-30-FCL-d5-CL-MSM-DIG • SPECTRO-3-30-POL-CL-MSM-DIG • SPECTRO-3-30-POL-d5-CL-MSM-DIG • SPECTRO-3-30-UV-CL-MSM-DIG • SPECTRO-3-30-UV-10x1-CL-MSM-DIG • SPECTRO-3-30-DIF-MSM-CL-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 201 |
Color sensor type SPECTRO-3-1000-COF-d…-CL-MSM-DIG The color sensor type SPECTRO-3-1000-COF-d…-CL-MSM-DIG comes with the following apertures: d12.0 (12mm diameter of the spot size at a distance of 1000mm), d25.0 (25mm diameter) and d50.0 (50mm diameter): • SPECTRO-3-1000-COF-d12.0-CL-MSM-DIG • SPECTRO-3-1000-COF-d25.0-CL-MSM-DIG • SPECTRO-3-1000-COF-d50.0-CL-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 200 |
Color sensor type SPECTRO-3-500-COF-d…-CL-MSM-DIG The color sensor type SPECTRO-3-500-COF-d…-CL-MSM-DIG comes with the following apertures: d12.0 (12mm diameter of the spot size at a distance of 500mm), d25.0 (25mm diameter) and d50.0 (50mm diameter): • SPECTRO-3-500-COF-d12.0-CL-MSM-DIG • SPECTRO-3-500-COF-d25.0-CL-MSM-DIG • SPECTRO-3-500-COF-d50.0-CL-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 199 |
Color sensor type SPECTRO-3-300-COF-d8.0-CL-MSM-DIG The color sensor type SPECTRO-3-300-COF-d8.0-CL-MSM-DIG comes with an aperture of d8.0 (8mm diameter of the spot size at a distance of 300mm). Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 198 |
Color sensor type SPECTRO-3-200-COF-d…-CL-MSM-DIG The color sensor type SPECTRO-3-200-COF-d…-CL-MSM-DIG comes with the following apertures: d6.0 (6mm diameter of the spot size at a distance of 200mm), d12.0 (12mm diameter) and d25.0 (25mm diameter): • SPECTRO-3-200-COF-d6.0-CL-MSM-DIG • SPECTRO-3-200-COF-d12.0-CL-MSM-DIG • SPECTRO-3-200-COF-d25.0-CL-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 197 |
Color sensor type SPECTRO-3-100-COF-d…-CL-MSM-DIG The color sensor type SPECTRO-3-100-COF-d…-CL-MSM-DIG comes with the following apertures: d3.0 (3mm diameter of the spot size at a distance of 100mm), d6.0 (6mm diameter) and d12.0 (12mm diameter): • SPECTRO-3-100-COF-d3.0-CL-MSM-DIG • SPECTRO-3-100-COF-d6.0-CL-MSM-DIG • SPECTRO-3-100-COF-d12.0-CL-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 196 |
Color sensor type SPECTRO-3-50-COF-d…-CL-MSM-DIG The color sensor type SPECTRO-3-50-COF-d…-CL-MSM-DIG comes with the following apertures: d3.5 (3.5mm diameter of the spot size at a distance of 50mm), d5.5 (5.5mm diameter), d8.0 (8mm diameter) and with a rectangular aperture of 13x3 (13mm x 3mm). • SPECTRO-3-50-COF-d3.5-CL-MSM-DIG • SPECTRO-3-50-COF-d5.5-CL-MSM-DIG • SPECTRO-3-50-COF-d8.0-CL-MSM-DIG • SPECTRO-3-50-COF-13x3-CL-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 195 |
Color sensor type SPECTRO-3-FIO-UV-MSM-DIG The color sensor type SPECTRO-3-FIO-UV-MSM-DIG comes with xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 194 |
Color sensor type SPECTRO-3-FIO-MSM-DIG The color sensor type SPECTRO-3-FIO-MSM-DIG comes with xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 193 |
Color sensor type SPECTRO-3-80-…-MSM-DIG The color sensor type SPECTRO-3-80-…-MSM-DIG comes with the following optical heads: -DIL, -FCL, -POL, -UV • SPECTRO-3-80-DIL-MSM-DIG • SPECTRO-3-80-FCL-MSM-DIG • SPECTRO-3-80-POL-MSM-DIG • SPECTRO-3-80-UV-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 192 |
Color sensor type SPECTRO-3-50-…-MSM-DIG The color sensor type SPECTRO-3-50-…-MSM-DIG comes with the following optical heads: -DIL, -DIL-d5, -FCL, -FCL-d5, -POL, -POL-d5, -UV • SPECTRO-3-50-DIL-MSM-DIG • SPECTRO-3-50-DIL-d5-MSM-DIG • SPECTRO-3-50-FCL-MSM-DIG • SPECTRO-3-50-FCL-d5-MSM-DIG • SPECTRO-3-50-POL-MSM-DIG • SPECTRO-3-50-POL-d5-MSM-DIG • SPECTRO-3-50-UV-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 191 |
Color sensor type SPECTRO-3-30-…-MSM-DIG The color sensor type SPECTRO-3-30-…-MSM-DIG comes with the following optical heads: -DIF, -DIL, -DIL-d5, -FCL, -FCL-d5, -POL, -POL-d5, -UV, -UV-10x1 • SPECTRO-3-30-DIL-MSM-DIG • SPECTRO-3-30-DIL-d5-MSM-DIG • SPECTRO-3-30-FCL-MSM-DIG • SPECTRO-3-30-FCL-d5-MSM-DIG • SPECTRO-3-30-POL-MSM-DIG • SPECTRO-3-30-POL-d5-MSM-DIG • SPECTRO-3-30-UV-MSM-DIG • SPECTRO-3-30-UV-10x1-MSM-DIG • SPECTRO-3-30-DIF-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 190 |
Color sensor type SPECTRO-3-50-COF-d…-MSM-DIG The color sensor type SPECTRO-3-50-COF-d…-MSM-DIG comes with the following apertures: d3.5 (3.5mm diameter of the spot size at a distance of 50mm), d5.5 (5.5mm diameter), d8.0 (8.0mm diameter) and with a rectangular aperture of 13x3 (13mm x 3mm). • SPECTRO-3-50-COF-d3.5-MSM-DIG • SPECTRO-3-50-COF-d5.5-MSM-DIG • SPECTRO-3-50-COF-d8.0-MSM-DIG • SPECTRO-3-50-COF-13x3-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 189 |
Color sensor type SPECTRO-3-30-COF-d…-MSM-DIG The color sensor type SPECTRO-3-30-COF-d…-MSM-DIG comes with the following apertures: d1.3 (1.3mm diameter of the spot size at a distance of 30mm), d2.0 (2.0mm diameter), d3.0 (3.0mm diameter), d4.5 (4.5mm diameter) and with a rectangular aperture of 8x2 (8mm x 2mm). • SPECTRO-3-30-COF-d1.3-MSM-DIG • SPECTRO-3-30-COF-d2.0-MSM-DIG • SPECTRO-3-30-COF-d3.0-MSM-DIG • SPECTRO-3-30-COF-d4.5-MSM-DIG • SPECTRO-3-30-COF-8x2-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 188 |
Color sensor type SPECTRO-3-20-COF-d…-MSM-DIG The color sensor type SPECTRO-3-20-COF-d…-MSM-DIG comes with the following apertures: d1.0 (1.0mm diameter of the spot size at a distance of 20mm), d1.5 (1.5mm diameter), d2.5 (2.5mm diameter), d3.5 (3.5mm diameter) and with a rectangular aperture of 5.5x1.5 (5.5mm x 1.5mm). • SPECTRO-3-20-COF-d1.0-MSM-DIG • SPECTRO-3-20-COF-d1.5-MSM-DIG • SPECTRO-3-20-COF-d2.5-MSM-DIG • SPECTRO-3-20-COF-d3.5-MSM-DIG • SPECTRO-3-20-COF-5.5x1.5-MSM-DIG Furthermore, the color sensors from the SPECTRO-3-…-MSM-DIG series delivers xyY, L*a*b*, L*u*v*, L*u´v´, L*C*h* color spaces. Due to the presence of 5 digital outputs, 31 color space triples can be taught and displayed. In using the COLOR GROUPS mode in connection with the digital serial bus, up to 64 color space triples can be taught and displayed. |
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N° 187 |
Structure and Haze sensor type GLAST-135-0°-T/R The structure and haze sensor GLAST-135-0°-T/R can be used e.g. for semitransparent plastic films. Dependent of the transparency, the object can be placed more or less closer to the transmitter grid lines. |
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N° 186 |
Fluorescence detection sensor type LUMI-MOBILE-FIO-SL-R/IR-M / LUMI-MOBILE-FIO-SL-R/IR-S The fluorescence detection sensor type LUMI-MOBILE-FIO-SL-R/IR-M and LUMI-MOBILE-FIO-SL-R/IR-S comes in connection with an optical fiber type R-S-A3.0-(3.0)-600-67° or R-S-A3.0-(3.0)-1200-67° and are used especially for time delayed secondary emission of IR light, excited from a primary red radiation (RED to IR time delayed light conversion – Stokes effect). At this, the time delay TAU (time constant) as well as the intensity INT of the secondary emission will be evaluated. For this purpose, the –M (master type) is used for the parameterization, whereas the –S (slave type) is used just for the control (the –S type is using the parameter file, generated from the –M type). Five individual parameter sets can be used on each device. |
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N° 185 |
Fluorescence detection sensor type LUMI-MOBILE-FIO-SL-IR/IR-M / LUMI-MOBILE-FIO-SL-IR/IR-S The fluorescence detection sensor type LUMI-MOBILE-FIO-SL-IR/IR-M and LUMI-MOBILE-FIO-SL-IR/IR-S comes in connection with an optical fiber type R-S-A3.0-(3.0)-600-67° or R-S-A3.0-(3.0)-1200-67° and are used especially for time delayed secondary emission of IR light, excited from a primary IR radiation (IR to IR time delayed light conversion – Stokes as well as Anti Stokes effect). At this, the time delay TAU (time constant) as well as the intensity INT of the secondary emission will be evaluated. For this purpose, the –M (master type) is used for the parameterization, whereas the –S (slave type) is used just for the control (the –S type is using the parameter file, generated from the –M type). Five individual parameter sets can be used on each device. |
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N° 184 |
Analog laser fork light barrier: type A-LAS-F24-…-C-… The analog laser fork light barrier type A-LAS-F24-…-C-… in connection with an amplifier type SI-CON-4, SI-CON8, SI-CON-11, AGL3, AGL4 or in connection with the evaluation unit type A-LAS-CON1, can be used for positioning, triggering, counting or spray jet control. The fork can be delivered in different width, different depth and with different cable length. |
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N° 183 |
Optical frontend for the UVC light range: type KL-8-R2.1-UV The optical front end type KL-8-R2.1-UV is especially made for the UVC light range and can be used in connection with the SPECTRO-1-FIO-UVC and the SPECTRO-2-FIO-(UVC/UV)/(UVC/UV) and additionally in connection with an optical fiber type R-S-R2.1-(6x1)-600-22°-UV and R-S-R2.1-(6x1)-1200-22°-UV. |
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N° 182 |
Mounting plate type C-MOUNT-LT-37-68/150 The mounting plate C-MOUNT-LT-37-68/150 is used in connection with the laser sensors type L-LAS-LT-37-MA and L-LAS-LT-37-SL especially for thickness measurements of objects. Furthermore, the plate can be used just for adjustment of the master and slave sensor. After the adjustment of both sensors, the unit can be removed. |
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N° 181 |
Optical fiber frontend type KL-D-45°/0°-85-1200-A2.0-VIS The optical fiber frontend type KL-D-45°/0°-85-1200-A2.0-VIS in connection with the color sensor type SPECTRO-3-FIO-MSM-ANA-VIS is used for color measurement tasks, especially in harsh environment with high temperature or Ex range. It has to be pointed out, that the distance from the frontend to the object is 85mm and the spot size at this distance is elliptical and around 30mm x 20mm. Furthermore the system is working as a 45°/0° color measurement system and can be used especially in connection with flat gauge glass. |
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N° 180 |
Optical fiber frontend type KL-D-0°/45°-85-1200-A2.0-VIS The optical fiber frontend type KL-D-0°/45°-85-1200-A2.0-VIS in connection with the color sensor type SPECTRO-3-FIO-MSM-ANA-VIS is used for color measurement tasks, especially in harsh environment with high temperature or Ex range. It has to be pointed out, that the distance from the frontend to the object is 85mm and the spot size at this distance is around 20mm in diameter. Furthermore the system is working as a 0°/45° color measurement system and can be used especially in connection with flat gauge glass. |
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N° 179
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Gloss sensor type GLOSS-15-60° The inline gloss sensor type GLOSS-15-60° comes with a working distance of 15mm end furthermore with a direct reflecting angle of 60° to the vertical axis. |
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N° 178 |
Mobile gloss and structure sensor type GLAST-MOBILE The hand-held device GLAST-MOBILE is used especially for glossy objects like stainless steel or aluminum sheets (in using the Haze effect). But even plastic films as well as lacquered flat components can be controlled. The quality of the surface will be shown in 10 different steps on the display, 21 steps in connection with a PC and as an analog signal 0V to +10V at the PLC output. |
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N° 177 |
Fluorescence detection sensor type LUMI-MOBILE-SL-R/IR-M / LUMI-MOBILE-SL-R/IR-S The fluorescence detection sensor type LUMI-MOBILE-SL-R/IR-M and LUMI-MOBILE-SL-R/IR-S are used especially for time delayed secondary emission of IR light, excited from a primary red radiation (RED to IR time delayed light conversion – Stokes effect). At this, the time delay TAU (time constant) as well as the intensity INT of the secondary emission will be evaluated. For this purpose, the –M (master type) is used for the parameterization, whereas the –S (slave type) is used just for the control (the –S type is using the parameter file, generated from the –M type). Five individual parameter sets can be used on each device. |
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N° 176 |
Fluorescence detection sensor type LUMI-MOBILE-SL-IR/IR-M / LUMI-MOBILE-SL-IR/IR-S The fluorescence detection sensor type LUMI-MOBILE-SL-IR/IR-M and LUMI-MOBILE-SL-IR/IR-S are used especially for time delayed secondary emission of IR light, excited from a primary IR radiation (IR to IR time delayed light conversion – Stokes as well as Anti Stokes effect). At this, the time delay TAU (time constant) as well as the intensity INT of the secondary emission will be evaluated. For this purpose, the –M (master type) is used for the parameterization, whereas the –S (slave type) is used just for the control (the –S type is using the parameter file, generated from the –M type). Five individual parameter sets can be used on each device. |
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N° 175 |
Accessories for the KL frontends: KL-D-0°-30-OFL The KL holder type KL-D-0°-30-OFL is used in connection with the KL frontends KL-D-45°-26-A3.0 and KL-D-45°-26-A2.0 in the case if an offline 45°/0° or 0°/45° color measurement is required. An adequate color sensor for this task is e.g. the SPECTRO-3-FIO-MSM-ANA-VIS in connection with the following optical fibers: R-S-A3.0-(3.0)-1200-67°-(1P+1BP) or R-S-A2.0-(2.5)-1200-67°-(1P+1BP) for the receiver side and R-S-A3.0-(3.0)-1200-67° or R-S-A2.0-(2.5)-1200-67° for the transmitter side. |
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N° 174 |
Offline unit GLAST-85-45°/45°-OFL for the gloss-structure sensor type GLAST-85-45°/45°-... The offline unit type GLAST-85-45°/45°-OFL is used in connection with the gloss-structure sensor type GLAST-85-45°/45°-… |
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N° 173
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Gloss- and structure sensor type GLAST-85-45°/45°-DIF-… The gloss- and structure sensor type GLAST-85-45°/45°-DIF-… is used especially for inline -surface control of aluminum and stainless steel sheets or car finish. There are three different types of line grids available: 0.5/0.5 (line width 0.5mm, gap 0.5mm), 1/1 (line width 1mm, gap 1mm) and 2/2 (line width 2mm, gap 2mm). |
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N° 172 |
Optical fiber frontend type KL-D-45°/0°-85-1200-A3.0-VIS The optical fiber frontend type KL-D-45°/0°-85-1200-A3.0-VIS in connection with the color sensor type SPECTRO-3-FIO-MSM-ANA-VIS is used for color measurement tasks, especially in harsh environment with high temperature or Ex range. It has to be pointed out, that the distance from the frontend to the object is 85mm and the spot size at this distance is elliptical and around 35mm x 25mm. Furthermore the system is working as a 45°/0° color measurement system and can be used especially in connection with flat gauge glass. |
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N° 171
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Color sensor type SPECTRO-3-1000-COF-d12.0-CL The color sensor type SPECTRO-3-1000-COF-d12.0-CL comes with a light spot size of 12mm at a distance of 1000mm. The measurement range is starting from roughly 20mm and goes up to 2000mm. |
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N° 170
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Two channel optical fiber sensor type SPECTRO-2-FIO-(IR2/IR)/(IR3/IR) The two channel optical fiber sensor type SPECTRO-2-FIO-(IR2/IR)/(IR3/IR) comes with two different infrared LEDs (center wavelength 950nm and 1450nm) and two photodiodes with a detecting range starting from 900nm up to 1700nm. The sensor can be used especially if the moisture of different objects has to be controlled and measured. |
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N° 169
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Two channel optical fiber sensor type SPECTRO-2-FIO-(IR1/IR)/(IR1/IR) The two channel optical fiber sensor type SPECTRO-2-FIO-(IR1/IR)/(IR1/IR) comes with two infrared-LEDs (maximum emitting wavelength is 860nm). Furthermore the system is equipped with two detectors, sensitive in the near IR – range (approximately from 700nm to 1050nm). Due to the fact, that the system can handle two optical channels simultaneously, a comparison of both signals delivers the information e.g. from the distance, gloss, contrast difference of an object, as well as an edge or a gap on an object, dependent of the type of optical fiber which is used for the respective application. |
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N° 168
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Two channel optical fiber sensor type SPECTRO-2-FIO-(UV/VIS)/(UV/VIS) The two channel optical fiber sensor type SPECTRO-2-FIO-(UV/VIS)/(UV/VIS) comes with two UV-LEDs (main wavelength 375nm). Furthermore the system is equipped with two detectors, sensitive in the visible range. The sensor is used especially for UV - fluorescent objects. Two channels can be controlled and compared simultaneously. |
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N° 167 |
Offline unit GLAST-85-30°/30°-OFL for the gloss-structure sensor type GLAST-85-30°/30° The offline unit type GLAST-85-30°/30°-OFL is used in connection with the gloss-structure sensor type GLAST-85-30°/30°. |
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N° 166
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Color sensor type SPECTRO-3-500-COF-d50.0-CL The color sensor type SPECTRO-3-500-COF-d50.0-CL comes with a white light spot size of 50mm diameter at a distance of 500mm. At this, the measurement range is starting at a distance of 100mm and goes up to 1000mm. |
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N° 165
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Color sensor type SPECTRO-3-500-COF-d25.0-CL The color sensor type SPECTRO-3-500-COF-d25.0-CL comes with a white light spot size of 25mm diameter at a distance of 500mm. At this, the measurement range is starting at a distance of 100mm and goes up to 1000mm. |
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N° 164
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Color sensor type SPECTRO-3-500-COF-d12.0-CL The color sensor type SPECTRO-3-500-COF-d12.0-CL comes with a white light spot size of 12mm diameter at a distance of 500mm. At this, the measurement range is starting at a distance of 100mm and goes up to 1000mm. |
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N° 163
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Color sensor type SPECTRO-3-COF-5x1.5-SLE The color sensor type SPECTRO-3-COF-5x1.5-SLE comes with a rectangular spot size of 5mm x 1.5mm at a distance of 45mm. The measurement range is starting at 20mm and goes up to 200mm. Due to the rectangular spot, the sensor is mainly used for color mark detection in the printing as well as in the packaging industry. |
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N° 162
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Color sensor type SPECTRO-3-1000-COF-d50.0-CL The color sensor type SPECTRO-3-1000-COF-d50.0-CL comes with a light spot size of 50mm at a distance of 1000mm. The measurement range is starting from roughly 20mm and goes up to 2000mm. |
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N° 161
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Color sensor type SPECTRO-3-COF-5x1.5-SLA The color sensor type SPECTRO-3-COF-5x1.5-SLA comes with a rectangular spot size of 5mm x 1.5mm at a distance of 45mm. The measurement range is starting at 20mm and goes up to 200mm. Due to the rectangular spot, the sensor is mainly used for color mark detection in the printing as well as in the packaging industry. |
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N° 160 |
Accessories for the GLOSS series: Air blow unit ABL-GLOSS-15-60° The air blow unit type ABL-GLOSS-15-60° is used in connection with the gloss sensor type GLOSS-15-60°. The task of the air blow unit is to avoid a contamination of the optical windows of the gloss sensor. |
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N° 159 |
Accessories for GLOSS sensors: Offline unit GLOSS-15-60°-OFL The offline unit type GLOSS-15-60°-OFL is used in connection with the gloss sensor type GLOSS-15-60°. The unit ensures a working distance of 15mm. |
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N° 158 |
Accessories for GLOSS sensors: Calibration shell type GLOSS-15-60°-CAL The calibration shell type GLOSS-15-60°-CAL is used in connection with the gloss measurement sensor type GLOSS-15-60°. |
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N° 157
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Color sensor type SPECTRO-3-1000-COF-d25.0-CL The color sensor type SPECTRO-3-1000-COF-d25.0-CL comes with a light spot size of 25mm at a distance of 1000mm. The measurement range is starting from roughly 20mm and goes up to 2000mm. |
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N° 156
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Gloss and structure sensor type GLAST-85-30°/30°-DIF-0.5/0.5 The gloss and structure sensor type GLAST-85-30°/30°-DIF-0.5/0.5 can be used especially for differentiating high-grade steel strips or aluminum sheets. Furthermore, the sensor can be used to define the quality of car finish. At this, the distance from the sensor to the object is around 85mm and the grid dimensions of the transmitter-side line lattice have a line width of 0.5mm for the black line and 0.5mm for the space between the lines. |
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N° 155
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Gloss and structure sensor type GLAST-85-30°/30°-1/1 The gloss and structure sensor type GLAST-85-30°/30°-DIF-1/1 can be used especially for differentiating high-grade steel strips or aluminum sheets. Furthermore, the sensor can be used to define the quality of car finish. At this, the distance from the sensor to the object is around 85mm and the grid dimensions of the transmitter-side line lattice have a line width of 1mm for the black line and 1mm for the space between the lines. |
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N° 154
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Gloss and structure sensor type GLAST-85-30°/30°-DIF-2/2 The gloss and structure sensor type GLAST-85-30°/30°-DIF-2/2 can be used especially for differentiating high-grade steel strips or aluminum sheets. Furthermore, the sensor can be used to define the quality of car finish. At this, the distance from the sensor to the object is around 85mm and the grid dimensions of the transmitter-side line lattice have a line width of 2mm for the black line and 2mm for the space between the lines. |
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N° 153 |
Optical frontend type KL-D-40°-23-5/DIF-A2.0 The optical frontend type KL-D-40°-23-5/DIF-A2.0 is used in connection with an optical fiber type X-S-A2.0-(2.5)-1200-67° for the transmitter path and an optical fiber type R-S-A2.0-(2.5)-1200-67°-(1P+1BP) for the receiver path. As a color measurement sensor the SPECTRO-3-FIO-MSM-ANA can be used. The frontend comes with two optical diffusors at the transmitter side and the recommended working distance is 5mm. |
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N° 152 |
Optical frontend type KL-D-40°-23-5/DIF-A3.0 The optical frontend type KL-D-40°-23-5/DIF-A3.0 is used in connection with an optical fiber type X-S-A3.0-(3.0)-1200-67° for the transmitter path and an optical fiber type R-S-A3.0-(3.0)-1200-67°-(1P+1BP) for the receiver path. As a color measurement sensor the SPECTRO-3-FIO-MSM-ANA-VIS can be used. The frontend comes with two optical diffusors at the transmitter side and the recommended working distance is 5mm. |
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N° 151 |
Optical frontend type KL-M34-XXL-A3.0 The working range of the KL-M34-XXL-A3.0, compared to the KL-M34-XL-A3.0 type, is enhanced. At this, the working range lies between 150mm and 600mm. The spot size at 200mm distance is approximately 6mm in diameter. |
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N° 150
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Optical frontend type KL-D-0°/40°-9-A2.0 The optical frontend type KL-D-0°/40°-9-A2.0 will be used in connection with an optical fiber type D-S-A2.0-(2.5)-… and a color sensor type SPECTRO-3-FIO-…or a contrast sensor type SPECTRO-1-FIO. At this, the recommended distance of the frontend to the object is 9mm and the spot size at this distance is approximately 1mm in diameter. For this purpose, the optical path of the transmitter fiber is arranged under 0°, whereas the receiver is arranged 40° to the vertical axis. |
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N° 149
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Mounting plate MOUNT-A3.0/A3.0-0°/0°-9 The mounting plate MOUNT-A3.0/A3.0-0°/0°-9 is used in connection with a SPECTRO-1-FIO as well as a SPECTRO-2-FIO sensor and optical fibers D-S-A3.0-(3.0)-… as well as R-S-A3.0-(3.0)-… for distance measurements (BICONE principle). |
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N° 148
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Mounting plate MOUNT-R1.1/R1.1-0°/0°-7.5 The mounting plate MOUNT-R1.1/R1.1-0°/0°-7.5 is used in connection with a SPECTRO-1-FIO as well as a SPECTRO-2-FIO sensor and optical fibers D-S-R1.1-(3x0.5)-… as well as R-S-R1.1-(3x0.5)-… for distance measurements (BICONE principle). |
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N° 147
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Two channel optical fiber sensor type SPECTRO-2-FIO-(VIS/VIS)/(VIS/VIS) The two channel optical fiber sensor type SPECTRO-2-FIO-(VIS/VIS)/(VIS/VIS) comes with two white light LEDs. Furthermore the system is equipped with two detectors, sensitive in the visible range. Due to the fact, that the system can handle two optical channels simultaneously, a comparison of both signals delivers the information e.g. from the distance, gloss, contrast difference of an object, as well as an edge or a gap on an object, dependent of the type of optical fiber which is used for the respective application. |
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N° 146
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Two channel optical fiber sensor type SPECTRO-2-FIO-(UVC/UV)/(UVC/UV) The two channel optical fiber sensor type SPECTRO-2-FIO-(UVC/UV)/(UVC/UV) comes with two UVC-LEDs (main emitting wavelength of 280nm). Furthermore, the receivers are equipped with photodetectors, sensitive in the wavelength range of 190nm to 400nm. In connection with optical quartz fibers (e.g. R-S-A3.0-(2xd3/2)-1200-Y-22°-UV-(1P+1BP)/2P) the system can be used for displacement measurement (see also BICONE principle) e.g. on a glass surface, due to the fact, that there is no secondary reflection from the lower surface of the glass plate, because the UVC-light will be absorbed from the glass. |
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N° 145
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Mounting plate MOUNT-A2.0/A2.0-0°/0°-7 The mounting plate MOUNT-A2.0/A2.0-0°/0°-7 is used in connection with a SPECTRO-1-FIO as well as a SPECTRO-2-FIO sensor and optical fibers D-S-A2.0-(2.5)-… as well as R-S-A2.0-(2.5)-… for distance measurements (BICONE principle). |
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N° 144 |
Laser collimator unit type L-LAS-TB/90-8x1-XL-T The laser collimator type L-LAS-TB/90-8x1-XL-T comes with a homogenous intensity profile which is a certain benefit and improvement of the accuracy in connection with the line scan receiver L-LAS-TB/90-8x1-R. Furthermore, in relation to the standard transmitter L-LAS-TB/90-8x1-T, the distance between the transmitter and the receiver can be increased in using the L-LAS-TB/90-8x1-XL-T. |
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N° 143 |
Optical fiber holder type MOUNT-A3.0-45°-0 The optical fiber holder type MOUNT-A3.0-45°-0 is used in connection with optical fibers type R-S-A3.0-(3.0)-…-(1P+1BP) as well as R-S-A3.0-(3.0)-... and the color measurement sensor type SPECTRO-3-FIO-MSM-ANA-VIS. With the frontend a 45°/0° as well as a 0°/45° color measurement method can be realized. At this, the frontend is in touch with the test object. |
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N° 142
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Mounting plate MOUNT-R2.1/R2.1-0°/0°-10.5 The mounting plate MOUNT-R2.1/R2.1-0°/0°-10.5 is used in connection with a SPECTRO-1-FIO as well as a SPECTRO-2-FIO sensor and optical fibers D-S-R2.1-(6x1)-… as well as R-S-R2.1-(6x1)-… for distance measurements (BICONE principle). |
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N° 141
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Optical frontend KL-8/90°-R2.1 The optical frontend type KL-8/90°-R2.1 will be used in connection with an optical fiber type R-S-R2.1-6x1-1200-67° (R-S-R2.1-6x1-600-67°). At this, the optical axis of the optical fiber will be deflected by 90°. The spot size at a distance of 9mm from the exit window from the frontend is approximately 3mm x 0.5mm. |
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N° 140
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Plastic optical fiber catalog – the POF series The catalog of the plastic optical fibers (POF series) is now available. Characteristic for the POF series are the small size of the optical fiber frontend. The plastic optical fiber frontends can be used for the following evaluation units: SPECTRO-1-POF, SPECTRO-1-POF-IR, SPECTRO-2-POF, SPECTRO-2-POF-IR, SPECTRO-3-POF-SL, SPECTRO-3-POF-SLA, SPECTRO-3-POF-SLE |
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N° 139 |
Frontend diffuser type KL-D-40°-23-5/DIF-A2.0 (KL-D-5/DIF-A2.0) The frontend diffuser KL-D-40°-23-5/DIF-A2.0 (KL-D-5/DIF-A2.0) in connection with an optical fiber type D-S-A2.0-(2.5)-...-67° delivers extremely diffuse light at a distance of approximately 5mm to the frontend. Thus the unit can even be used for color measurement task. |
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N° 138
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Frontend diffuser type KL-D-40°-23-5/DIF-A3.0 (KL-D-5/DIF-A3.0) The frontend diffuser KL-D-40°-23-5/DIF-A3.0 (formerly KL-D-5/DIF-A3.0) in connection with an optical fiber type D-S-A3.0-(3.0)-...-67° delivers extremely diffuse light at a distance of approximately 5mm to the frontend. Thus the unit can even be used for color measurement task. |
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N° 137 |
Air blast fixture type ABL-KL-D-17 The blow air cap type ABL-KL-D-17 is used to protect the lenses of the optical frontend KL-D-17 against dirt accumulation. Slight overpressure is recommended. |
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N° 136 |
Air blast fixture type ABL-KL-D-30 The blowing air top ABL-KL-D-30 of the KL-D-30 optical frontend is used to shield the optics against pollution. It´s recommended using slight overpressure. |
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N° 135 |
Optical frontend for A2.0 – optical fibers: KL-M12/90°-XL-A2.0 The optical frontend type KL-M12/90°-XL-A2.0 can be used in connection with A2.0 – fibers. The spot size has a diameter dependent of the distance (20mm … 50mm) and lies in the range of 1.5mm and 3mm. The light will be deflected with an internal prism by an angle of 90° in reference to the optical fiber. |
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N° 134 |
Optical front end with air blow unit for D-S-A3.0-… optical fibers: KL-D-85-45°/0°-BL-A3.0 The optical front end type KL-D-85-45°/0°-BL-A3.0 is used in connection with an optical fiber e.g. D-S-A3.0-3.0-1200-67° for color measurement tasks in a rough industrial environment (high temperature, etc.), furthermore, the system comes with an air blow unit. |
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N° 133
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Two channel optical fiber sensor: SPECTRO-2-FIO-… The two channel optical fiber sensor type SPECTRO-2-FIO-… is available with different lightning sources as well as different receivers. Thus a range from the deep UV up to the MIR can be covered. |
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N° 132 |
Optical front end for D-S-A3.0-… optical fibers: KL-D-140-45°/0°-A3.0 The optical front end type KL-D-140-45°/0°-A3.0 is used in connection with an optical fiber e.g. D-S-A3.0-3.0-1200-67° for color measurement tasks in a rough industrial environment. |
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N° 131 |
Laser displacement sensor with a big working distance and a big working range: L-LAS-LT-800-XXL The laser displacement sensor type L-LAS-LT-800-XXL comes with a working distance of approximately 800mm. At this, the measurement range is around ±450mm. |
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N° 130
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Laser displacement sensor with a big working distance: L-LAS-LT-800-XL The laser displacement sensor type L-LAS-LT-800-XL comes with a working distance of approximately 800mm. At this, the measurement range is around ±150mm. |
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N° 129
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UV contrast sensor: SPECTRO-1-FIO-UV/UV The UV contrast sensor type SPECTRO-1-FIO-UV/UV will be used in connection with quartz-optical fibers and an optionally with an external lightning source type SI-ELS-UV. The whole system (transmitter as well as receiver) is working in the UV range. |
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N° 128 |
Optical front end used for optical fibers type D-S-A3.0-…: KL-D-30/45°-A3.0 The optical front end type KL-D-30/45°-A3.0 is used in connection with optical fibers type D-S-A3.0-… mainly for color measurement tasks (45°/0° as well as 0°/45° method). |
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N° 127 |
Optical front end used for optical fibers type D-S-A2.0-… : KL-D-30/45°-A2.0 The optical front end type KL-D-30/45°-A2.0 is used in connection with optical fibers type D-S-A2.0-… mainly for color measurement tasks (45°/0° as well as 0°/45° method). |
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N° 126
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Frontend for optical fibers type D-S-A3.0-… : MOUNT-A3.0-45°/10 The mounting unit type MOUNT-A3.0-45°/10 is used in connection with optical fibers type D-S-A3.0-… especially for color measurement tasks (45°/0°-method). |
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N° 125
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Frontend for optical fiber D-S-A2.0-… : MOUNT-A2.0-45°/10 The mounting unit type MOUNT-A2.0-45°/10 is used in connection with optical fibers type D-S-A2.0-… especially for color measurement tasks. |
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N° 124
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Color sensor with a 4-pin M8 connector, two digital outputs and a spot size of less than 5mm in diameter at a distance of 100mm: SPECTRO-3-COF-SL The color sensor SPECTRO-3-COF-SL comes with a 4-pin M8 connector and two digital outputs. Furthermore, the spot size at a distance of 100mm is less than 5mm in diameter. |
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N° 123
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IR contrast sensor with an optical fiber interface suitable for plastic fibers with an outer diameter of 2.2mm: SPECTRO-1-POF-IR The IR contrast sensor SPECTRO-1-POF-IR comes with an optical interface suitable for plastic fibers with an outer diameter of 2.2mm. |
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N° 122
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Color sensor with an 8-pin M12 connector and three analog outputs and one digital input: SPECTRO-3-COF-SLA The color sensor type SPECTRO-3-COF-SLA comes with an 8-pin M12 connector, three analog outputs (0V … +10V or 4mA … 20mA, depends on the adjustment via the digital serial interface with the windows® - software SPECTRO3-SLA-ScopeV1.0) and one digital input. |
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N° 121
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Color sensor with an 8-pin M12 connector, five digital outputs and a digital input: SPECTRO-3-COF-SLE The color sensor SPECTRO-3-COF-SLE comes with an 8-pin M12 connector and five digital outputs and a digital input. The spot size at a distance of approximately 100mm is smaller than 5mm in diameter. |
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N° 120
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Contrast sensor with optical fiber interface for plastic fiber front ends: SPECTRO-1-POF The contrast sensor type SPECTRO-1-POF comes with an optical fiber connector compatible to plastic fibers with an outer diameter of 2.2mm. |
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N° 119
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Color sensor with a 4-pin M8 connector, two digital outputs and an optical fiber interface for plastic fibers: SPECTRO-3-POF-SL The color sensor SPECTRO-3-POF-SL comes with a 4-pin M8 connector and two digital outputs. |
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N° 118
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Contrast sensor in the UV-range: SPECTRO-1-30-UV/UV-9x1 The contrast sensor SPECTRO-1-30-UV/UV-9x1 is equipped with an UV-ring-lightning source and an UV-detector with an aperture of 9mm x 1mm. |
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N° 117
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Color sensor with 8-pin M12 connector, three analog outputs, a digital input and an optical fiber connector for plastic fibers: SPECTRO-3-POF-SLA The color sensor SPECTRO-3-POF-SLA is equipped with an 8-pin M12 connector, three analog outputs (0V … +10V or 4mA … 20mA, can be selected via the digital serial bus) and a digital input. |
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N° 116
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Color sensor with 8-pin M12 connector, five digital outputs, a digital input and an optical fiber connector for plastic fibers: SPECTRO-3-POF-SLE The color sensor SPECTRO-3-POF-SLE comes with an 8-pin M12 connector, five digital outputs and a digital input. |
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N° 115
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Laser displacement sensor with a high working distance: L-LAS-LT-1200-XL The laser displacement sensor type L-LAS-LT-1200-XL comes with a working distance starting from approximately 800mm and goes to 1400mm. At this, the resolution is around 0.1mm and the repeatability roughly 0.4mm. |
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N° 114
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Color sensor with M12 8-pin connector, fiber optic connector, five digital outputs and a digital input: the SLE series The color sensor type SPECTRO-3-FIO-SLE comes with an 8-pin M12 connector, five digital outputs and a digital input. |
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N° 113
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Color sensor with M12 8-pin connector, fiber optic connector, three analog outputs and one digital input: the SLA series The color sensor SPECTRO-3-FIO-SLA is equipped with a M12 8-pin connector and comes with three analog outputs (0V … +10V or 4mA … 20mA, adjustable with the windows® - software) and a digital input. The sensor can be parameterized via the digital serial connector with the windows® - software SPECTRO3-SLA-ScopeV1.0. |
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N° 112
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Color sensor with M12 8-pin connector, five digital outputs and one digital input: the SLE series The SLE sensors type SPECTRO-3-DIL-SLE, SPECTRO-3-FCL-SLE, SPECTRO-3-POL-SLE and SPECTRO-3-UV-SLE come with five digital outputs and one digital input. |
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N° 111
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Color sensors with M12 8-pin connector and three analog outputs: SLA series The sensors SPECTRO-3-DIL-SLA, SPECTRO-3-FCL-SLA, SPECTRO-3-POL-SLA and SPECTRO-3-UV-SLA come with an M12 8-pin connector and three analog outputs. At this, the analog outputs can be parameterized as voltage outputs (0V … +10V) or current outputs (4mA … 20mA). |
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N° 110
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Reflective line scan detector L-LAS-RL-14-CL The reflective line scan detector L-LAS-RL-14-CL is equipped with a ring lightning source. The detected line has a length of approximately 14mm at a measurement distance of roughly 60mm. There is also the possibility to connect an external lightning source to the sensor. |
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N° 109
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Color-gloss sensor with two lightning sources: SPECTRO-3-85-FCL-45°/45° The color-gloss sensor SPECTRO-3-FCL-85-45°/45° is equipped with two lightning sources. The lightning unit will be controlled by the color-gloss sensor and the changeover from lighting to backlighting will be done from e.g. a PLC. |
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N° 108
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Color-gloss sensor with two lightning sources: SPECTRO-3-85-FCL-30°/30° The color-gloss sensor SPECTRO-3-FCL-85-30°/30° is equipped with two lightning sources. The color-gloss sensor will be used if objects with even a slightly difference in gloss or color should be differentiated. |
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N° 107
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Color-gloss and structure hybrid sensor COAST-85-45°/45° The color-gloss and structure sensor COAST-85-45°/45° consist of two different sensors integrated in one housing. The sensor will be used in the case if there is either a difference in structure (texture), color or gloss in the objects which should be differentiated. |
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N° 106
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Evaluation unit SPECTRO-1-CON-LAS The evaluation unit SPECTRO-1-CON-LAS in connection with different laser front ends allows direct light as well as reflective light applications. |
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N° 105
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Color measurement sensor SPECTRO-3-28-45°/0°-MSM-ANA-… The color measurement sensor SPECTRO-3-28-45°/0°-MSM-ANA-… delivers color space values as L*a*b*, L*u*v*, xyY and L*C*h*. The light from the lightning source is close to the D65 incl. the UV (–VISUV type). The sensor can be used even for very shiny objects. |
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N° 104
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Color measurement sensor SPECTRO-3-12-DIF-MSM-ANA-… The color measurement sensor SPECTRO-3-12-DIF-MSM-ANA-… will be used if color space values like L*a*b*, L*u*v*, L*C*h* or xyY values are required. With the extremely diffuse lightning source even rough and structured objects can be measured. |
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N° 103
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Optical frontend KL-3/90°-A2.0 The optical frontend KL-3/90°-A2.0 will be used in connection with an optical fiber type R-S-A2.0-2.5-1200-67° (R-S-A2.0-2.5-600-67°). At this, the optical axis of the optical fiber will be deflected by 90°. |
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N° 102 |
Optical frontend type KL-D-20/20°-POL-A3.0 The optical frontend type KL-D-20/20°-POL-A3.0 is equipped with two polarization filters. It carries the two ends of the optical fiber type D-S-A3.0-(3.0)-… At this, the polarization direction of the polarization filters is turned by 90° against each other. Thus, direct reflected light cannot pass the receiver path which leads to an improvement of color or contrast detection of shiny objects. |
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N° 101 |
Optical frontend type KL-D-45/10°-POL-A3.0 The optical frontend type KL-D-45/10°-POL-A3.0 is equipped with two polarization filters. It carries the two ends of the optical fiber type D-S-A3.0-(3.0)-… At this, the polarization direction of the polarization filters is turned by 90° against each other. Thus, direct reflected light cannot pass the receiver path which leads to an improvement of color or contrast detection of shiny objects. |
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N° 100 |
Optical frontend type KL-D-85/5°-POL-A2.0 The optical frontend type KL-D-85/5°-POL-A2.0 is equipped with two polarization filters. It carries the two ends of the optical fiber type D-S-A2.0-(2.5)-… At this, the polarization direction of the polarization filters is turned by 90° against each other. Thus, direct reflected light cannot pass the receiver path which leads to an improvement of color or contrast detection of shiny objects. |
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N° 99 |
Contrast sensor SPECTRO-1-SLU-IR-SA in connection with external lightning unit SI-SLU-IR-DIF-16 The contrast sensor type SPECTRO-1-SLU-IR-SA comes with a small aperture of approximately 7mm in diameter and with two analog and digital outputs respectively. Furthermore the side light unit SI-SLU-IR-DIF-16 is equipped with 16 IR-LEDs, which are covered with a milky glass plate. |
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N° 98 |
Optical frontend type KL-D-85/5°-POL-A3.0 The optical frontend type KL-D-85/5°-POL-A3.0 is equipped with two polarization filters. It carries the two ends of the optical fiber type D-S-A3.0-3.0-… At this, the polarization direction of the polarization filters is turned by 90° against each other. Thus, direct reflected light cannot pass the receiver path which leads to an improvement of color or contrast detection of shiny objects. |
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N° 97 |
Holding fixture type SPECTRO-3-28-45°/0°-CALFRAME for calibration of color measurement sensor SPECTRO-3-28-45°/0°-MSM-ANA The holding fixture SPECTRO-3-28-45°/0°-CALFRAME allows in connection with a color chart an easy calibration of the color measurement sensor type SPECTRO-3-28-45°/0°-MSM-ANA. |
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N° 96 |
Color and structure sensor COAST-85-30°/30° The sensor type COAST-85-30°/30° is the first of a clutch of sensors from the new COAST series, it´s a hybrid sensor which consists of a color sensor and a structure sensor. There is a separate controller for the color as well as for the structure available. Thus, five digital outputs from the color part and another three digital outputs from the structure part of the hybrid sensor COAST-85-30°/30° are available. Additionally to this, two RS232 serial interfaces and two white-light LED ring lightning sources for forward and backward illumination are on board. |
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N° 95 |
Laser sensor mounting plate C-MOUNT-LT-55-65/340 Each one laser displacement sensor type L-LAS-LT-55-MA (master) and one laser sensor L-LAS-LT-55-SL (slave) can be mounted onto the mounting plate C-MOUNT-LT-55-65/340. Due to the fact, that the laser sensors will be linearized on the mounting plate, the linearization failure is reduced to a minimum, which allows a precise thickness measurement. |
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N° 94 |
Laser sensor mounting plate C-MOUNT-LT-110 Each one laser displacement sensor type L-LAS-LT-110-MA (master) and one laser sensor L-LAS-LT-110-SL (slave) can be mounted onto the mounting plate C-MOUNT-LT-110. Due to the fact, that the laser sensors will be linearized on the mounting plate, the linearization failure is reduced to a minimum, which allows a precise thickness measurement. |
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N° 93 |
Laser sensor mounting plate C-MOUNT-LT-80 Each one laser displacement sensor type L-LAS-LT-80-MA (master) and one laser sensor L-LAS-LT-80-SL (slave) can be mounted onto the mounting plate C-MOUNT-LT-80. Due to the fact, that the laser sensors will be linearized on the mounting plate, the linearization failure is reduced to a minimum, which allows a precise thickness measurement. |
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N° 92 |
Laser sensor mounting plate C-MOUNT-LT-55 Each one laser displacement sensor type L-LAS-LT-55-MA (master) and one laser sensor L-LAS-LT-55-SL (slave) can be mounted onto the mounting plate C-MOUNT-LT-55. Due to the fact, that the laser sensors will be linearized on the mounting plate, the linearization failure is reduced to a minimum, which allows a precise thickness measurement. |
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N° 91 |
Laser sensor mounting plate C-MOUNT-LT-37 Each one laser displacement sensor type L-LAS-LT-37-MA (master) and one laser sensor L-LAS-LT-37-SL (slave) can be mounted onto the mounting plate C-MOUNT-LT-37. Due to the fact, that the laser sensors will be linearized on the mounting plate, the linearization failure is reduced to a minimum, which allows a precise thickness measurement. |
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N° 90 |
Contrast sensor SPECTRO-1-SLU-UV-SA in connection with external lightning source SI-SLU-UV-16 The contrast sensor SPECTRO-1-SLU-UV-SA comes with a small aperture of approximately 7mm in diameter covered from an UV blocking filter glass plate, additionally to this the sensor has two analog and digital outputs respectively. Furthermore the side light unit SI-SLU-UV-16 is equipped with 16 UV-LEDs covered with a black glass plate. |
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N° 89 |
Contrast sensor SPECTRO-1-SLU-SA in connection with external lightning unit SI-SLU-DIF-16 The contrast sensor type SPECTRO-1-SLU-SA comes with a small aperture of approximately 7mm in diameter and with two analog and digital outputs respectively. Furthermore the side light unit SI-SLU-DIF-16 is equipped with 16 white-light LEDs, which are covered with a milky glass plate. |
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N° 88 |
Contrast sensor SPECTRO-1-SLU-SA in connection with external light unit SI-SLU-16 The contrast sensor SPECTRO-1-SLU-SA comes with a small aperture of 7mm in diameter and two digital as well as two analog outputs. The side light unit SI-SLU-16 is equipped with 16 white-light LEDs and the LEDs are covered with a clear glass filter. |
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N° 87 |
Color sensor SPECTRO-3-SLU-UV-SA-JR in connection with external lightning unit SI-SLU-UV-16 The color sensor SPECTRO-3-SLU-UV-SA-JR comes with a small aperture of 7mm in diameter, an UV blocking filter and five digital outputs. Furthermore the side light unit SI-SLU-UV-16 is equipped with 16 UV-LEDs which are covered with a black glass plate. |
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N° 86 |
Color sensor SPECTRO-3-SLU-SA-JR in connection with an external lightning unit type SI-SLU-DIF-16 The color sensor SPECTRO-3-SLU-SA-JR comes with a small aperture of approximately 7mm in diameter and five digital outputs. The side light unit SI-SLU-DIF-16 is equipped with 16 warm-white LEDs and the LEDs are covered with a diffusion disk. |
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N° 85 |
Color sensor SPECTRO-3-SLU-SA-JR in connection with an external lightning source SI-SLU-16 The color sensor SPECTRO-3-SLU-SA-JR comes with a small aperture (7mm in diameter) and five digital outputs. The side light unit SI-SLU-16 is equipped with 16 white-light LEDs and covered with a clear glass plate. |
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N° 84 |
Color sensor SPECTRO-3-SLU-BA-JR in connection an external lightning unit SI-SLU-16 The color sensor SPECTRO-3-SLU-BA-JR comes with a big aperture (receiver optics) with a diameter of approximately 30mm and five digital outputs. The side light unit SI-SLU-16 is equipped with 16 white-light LEDs and covered with a clear glass plate. |
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N° 83 |
Color sensor SPECTRO-3-SLU-UV-SA-ANA in connection with an external lightning unit SI-SLU-UV-16 The color sensor SPECTRO-3-SLU-UV-SA-ANA comes with an UV blocking filter, a small aperture of approximately 7mm and three analog outputs for X,Y,Z or x,y,Y or L*a*b* respectively. The external lighting unit SI-SLU-UV-16 consists of 16 UV LEDs and is equipped with a black glass filter. |
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N° 82 |
Color sensor SPECTRO-3-SLU-SA-ANA with side light unit SI-SLU-DIF-WWB-16 The color sensor SPECTRO-3-SLU-SA-ANA can be used in connection with the external light source type SI-SLU-DIF-WWB-16 which comes with a diffusor in front of a combination of warm-white LEDs and deep blue LEDs. |
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N° 81 |
Color sensor SPECTRO-3-SLU-SA-ANA with external light unit SI-SLU-DIF-16 The color sensor SPECTRO-3-SLU-SA-ANA can be used in connection with an external light unit SI-SLU-DIF-16 which comes with a diffusor in front of the warm-white LEDs. |
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N° 80 |
Color sensor SPECTRO-3-SLU-SA-ANA in connection with an external light source SI-SLU-16 The color sensor type SPECTRO-3-SLU-SA-ANA comes with an external light source type SI-SLU-16. This system will be used, if on the one hand a bright light source is necessary and on the other hand a small detecting range is required. |
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N° 79 |
Color sensor SPECTRO-3-SLU-BA-ANA with external light unit SI-SLU-16 The color sensor SPECTRO-3-SLU-BA-ANA comes with an external light unit type SI-SLU-16 and will be used prior for objects with high light absorbance. |
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N° 78 |
Color sensor SPECTRO-3-28-45°/0°-JR The color sensor type SPECTRO-3-28-45°/0°-JR comes with a ring arrangement of warm-white LEDs. At this juncture the LEDs are directed symmetrically under an angle of 45° to the vertical axis. Furthermore, the optical axis of all LEDs intersects at a distance of 28mm from the sensor. |
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N° 77 |
Fastening bracket type MOUNT-SLU-20°/20°-100 for SPECTRO-3-SLU sensors The mounting bracket type MOUNT-SLU-20°/20°-100 can be used for the color sensors SPECTRO-3-SLU-… in connection with the side light unit type SLU-16-… and SLU-16-DIF-… At this, the distance from the mounting bracket to the object is approximately 100mm and the angle of the optical axis of the transmitter as well as the angle of the optical axis of the receiver is 20° to the vertical axis, respectively. |
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N° 76 |
Mounting angle MOUNT-SLU-10°/10°-210 for the SPECTRO-3-SLU sensors The assembly bracket type MOUNT- SLU-10°/10°-210 which can be used in connection with a color sensor type SPECTRO-3-SLU-… and a side light unit type SLU-16-… or SLU-16-…-DIF comes with an angle of 10° and -10° (for the optical axis of the receiver and the transmitter) referring to the vertical axis. The distance to the object is approximately 210mm. |
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N° 75 |
Fluorescence contrast sensor SPECTRO-1-30-UV The fluorescence contrast sensor type SPECTRO-1-30-UV comes with a UV-LED ring lightning source. The recommended working distance is 30mm. |
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N° 74 |
Fluorescence contrast sensor SPECTRO-1-50-UV The fluorescence contrast sensor type SPECTRO-1-50-UV comes with a UV-LED ring lightning source. The recommended working distance is 50mm. |
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N° 73 |
Contrast sensor SPECTRO-1-SLU-IR-SA and side light unit SI-SLU-IR-16 (or SI-SLU-IR-DIF-16) The contrast sensor type SPECTRO-1-SLU-IR-SA can be used in connection with the clear glass side light unit type SI-SLU-IR-16 (or with the diffuse glass unit type SI-SLU-IR-DIF-16). |
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N° 72 |
Reflective line-scan sensor type L-LAS-RL-12-CL The reflective line-scan sensor type L-LAS-RL-12-CL comes with a measurement range of 12mm and the working distance is 50mm. At this, the resolution is around 2µm and the repeatability approximately 4µm. Furthermore the sensor is available with white-light LEDs ( -W ), UV-LEDs ( -UV ), red LEDs ( -R ), blue LEDs ( -B ) and IR-LEDs ( -IR ). |
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N° 71 |
Reflective line-scan sensor type L-LAS-RL-40-CL The reflective line-scan sensor type L-LAS-RL-40-CL comes with a measurement range of 40mm and the working distance is 100mm. At this, the resolution is around 12µm and the repeatability approximately 24µm. Furthermore the sensor is available with white light LEDs ( -W ), UV-LEDs ( -UV ), red LEDs ( -R ), blue LEDs ( -B ) and IR-LEDs ( -IR ). |
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N° 70 |
Reflective line-scan sensor type L-LAS-RL-10-CL The reflective line scan sensor type L-LAS-RL-10-CL comes with a measurement range of 10mm and the working distance is 33mm. At this, the resolution is around 3µm and the repeatability approximately 6µm. Furthermore the sensor is available with white-light LEDs ( -W ), UV – LEDs ( -UV ), red LEDs ( -R ), blue LEDs ( -B ) and IR – LEDs ( -IR ). |
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N° 69 |
Reflective line-scan sensor type L-LAS-RL-20-CL The reflective line-scan sensor type L-LAS-RL-20-CL comes with a measurement range of 20mm and the working distance is 55mm. At this, the resolution is around 6µm and the repeatability approximately 12µm. Furthermore the sensor is available with white-light LEDs ( -W ), UV-LEDs ( -UV ), red LEDs ( -R ), blue LEDs ( -B ) and IR-LEDs ( -IR ). |
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N° 68 |
Reflective line - scan sensor type L-LAS-RL-30-CL The reflective line scan sensor type L-LAS-RL-30-CL comes with a measurement range of 30mm and the working distance is 75mm. At this, the resolution is around 8µm and the repeatability approximately 16µm. Furthermore the sensor is available with white-light LEDs ( -W ), UV-LEDs ( -UV ), red LEDs ( -R ), blue LEDs ( -B ) and IR-LEDs ( -IR ). |
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N° 67 |
Laser line scan through beam fork sensor type L-LAS-TB-F-6x1-40/40-CL The laser line scan through beam sensor L-LAS-TB-F-6x1-40/40-CL comes with a parallel laser light curtain with a height of 6mm and a width of 1mm, furthermore the transmitter/receiver distance is 40mm and the depth of the fork is 40mm, too. At this, the resolution of the sensor is around 2µm and the repeatability approximately 4µm. |
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N° 66 |
Laser through beam line scan fork sensor type L-LAS-TB-F-6x1-100/100-CL The laser through beam fork sensor type L-LAS-TB-F-6x1-100/100-CL comes with a parallel laser light curtain of 6mm x 1mm and at this, the transmitter/receiver distance is 100mm. Furthermore the depth of the fork is 100mm, too. The resolution of the laser sensor is around 2µm and the repeatability is approximately 4µm at a measurement range of 6mm. |
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N° 65 |
Laser line scan through beam fork sensor type L-LAS-TB-F-16x1-40/40-CL The laser line scan through beam sensor type L-LAS-TB-F-16x1-40/40-CL comes with a parallel laser light curtain with a height of 16mm and a width of 1mm. At this, the transmitter/receiver distance is approximately 40mm and the depth of the fork is 40mm, too. The resolution of the system is approximately 8µm and the repeatability around 16µm. |
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N° 64 |
Laser through beam line scan sensors type L-LAS-TB-F-16x1-100/100-CL The laser through beam line scan sensor type L-LAS-TB-F-16x1-100/100-CL comes with a laser light curtain of approximately 18mm x 2mm. At this, the detecting range at the receiver side is 16mm and the resolution of the system around 8µm. Furthermore the sensor system is a laser class 1 system. |
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N° 63 |
Laser through beam line scan sensor type L-LAS-TB-6-T/R-CL The laser through beam line scan sensor comes with a detecting range at the receiver L-LAS-TB-6-R-CL of approximately 6mm. The laser light curtain generated from the transmitter L-LAS-TB-6-T-CL comes with a height of 8mm and a width of 2mm. The maximum transmitter/receiver distance is roughly 5m and the resolution of the system is 2 µm. |
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N° 62 |
Laser line scan through beam sensor type L-LAS-TB-F-6x1-200/40-MA/SL The master/slave system type L-LAS-TB-F-6x1-200/40-MA/SL is used for the measurement of diameters, the thickness of foils and films and the deviation of an object, even the width and the height of an object can be measured. The laser light curtain has a height of 8mm and a width of 1mm and the resolution of the sensor is around 1µm. |
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N° 61 |
Laser line scan through beam sensor type L-LAS-TB-14-T/R-CL The transmitter of the laser through beam sensor type L-LAS-TB-14-T-CL comes with a parallel laser light curtain of approximately 16mm x 5mm and the receiver L-LAS-TB-14-R-CL has a detecting range of around 14mm. The resolution of the sensor system is 2µm and it can work up to a transmitter/receiver distance of 5m. |
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N° 60 |
Color fluorescence sensor SPECTRO-3-UV-SL The color fluorescence sensor type SPECTRO-3-UV-SL comes with a UV-LED, a “black light” filter, which is arranged in front of the UV-LED and an UV-light blocking filter located next to the true color detector. Thus, neither the visible amount of light transmitted from the UV-LED nor the direct reflected part of the UV-light (unconverted part of the UV-light) does influence the signal. |
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N° 59 |
Color sensor with polarized light SPECTRO-3-POL-SL The color sensor type SPECTRO-3-POL-SL is equipped with a polarization filter at the receiver and at the transmitter side, respectively. Thus, the direct reflection from shiny objects can be suppressed and colors can be better detected and differentiated. |
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N° 58 |
Color fluorescence sensor SPECTRO-3-FIO-UV-SL The color fluorescence sensor type SPECTRO-3-FIO-UV-SL is equipped with an UV-LED and a true color detector. Furthermore a black glass filter arranged in front of the UV-LED is blocking the visible part of the radiation of the UV-LED. Additionally, a UV-light blocking filter is used in front of the true color detector. |
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N° 57 |
Optical frontend KL-M12-0°/30°-A2.0 The optical frontend type KL-M12-0°/30°-A2.0 is used to project a spot with 1.0mm in diameter at a distance of 9mm onto an object. At this, the angle between the optical axis of the receiver and the optical axis of the transmitter is 30°. |
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N° 56 |
Optical frontend KL-M12-0°/30°-A3.0 The optical frontend KL-M12-0°/30°-A3.0 projects a spot with around 1.5mm in diameter, at a distance of 9mm onto the object. The angle between the optical axis of the receiver and the optical axis of the transmitter is 30°. |
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N° 55 |
Mounting plate C-MOUNT-LT-37 The mounting plate type C-MOUNT-LT-37 can be used in connection with the Master/Slave laser displacement sensors type L-LAS-LT-37-MA and L-LAS-LT-37-SL. At this, the laser sensors can be fixed on different positions; thus, the system can be adjusted for the respective object. |
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N° 54 |
Angle adjustment unit KL-M18-XL-(17°-60°)/30-M5.0/M5.0 The angle adjustment unit KL-M18-XL-(17°-60°)/30-M5.0/M5.0 is used in connection with the optical fiber type T-S-M5.0-(2.5)-1200-67° and type T-S-M5.0-(5.0)-1200-67° as well as with the color sensor type SPECTRO-3-FIO-ANA-XL or the color sensor SPECTRO-3-FIO-JR-XL. The working distance is 30mm and the angle can be adjusted from 17° to 60° to the transmitter axis. The spot size at a distance of 30mm is around 4mm in diameter. |
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N° 53 |
Contrast sensor SPECTRO-1-50-FCL-IR The sensor type SPECTRO-1-50-FCL-IR is equipped with IR LEDs with an emitting wavelength of 860nm, thus prepared for turbidity control of liquids. The sensor can be mounted directly in front of an inspection glass, the reflected light will be evaluated and informs about the turbidity of the liquid. At this, the LEDs are focused at a distance of 50mm from the sensor. |
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N° 52 |
Contrast sensor SPECTRO-1-30-FCL-IR The sensor type SPECTRO-1-30-FCL-IR is equipped with IR LEDs with an emitting wavelength of 860nm, thus prepared for turbidity control of liquids. The sensor can be mounted directly in front of an inspection glass, the reflected light will be evaluated and informs about the turbidity of the liquid. At this, the LEDs are focused at a distance of 30mm from the sensor. |
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N° 51 |
Color fluorescence sensor SPECTRO-3-500-COF-10x10-UV-ANA The color fluorescence sensor type SPECTRO-3-500-COF-10x10-UV-ANA comes with a spot size of around 10mm x 10mm at a sensor distance of 500mm. The UV light spot will be converted into the visible range in case of the presence of a fluorescent color. The minimal detecting distance is approximately 50mm and the sensor is able to detect even at a distance of 1m (dependent of the intensity of the fluorescent color). |
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N° 50 |
Control electronic L-LAS-TB-6-CON1-2x for two pairs of L-LAS-TB/90-6x1-T/R On the control electronic type L-LAS-TB-6-CON1-2x there can be connected two laser line sensors type L-LAS-TB/90-6x1-T/R. Thus, position control, inclination control, diameter measurement, length measurement even from large objects can be realized. |
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N° 49 |
Optical frontend KL-52-XL-A3.0 The optical frontend type KL-52-XL-A3.0 will be used in connection with the optical fiber reflective type R-S-A3.0-… as well as the optical fiber through beam type D-S-A3.0-… for applications which requires a small light spot directed onto dark objects at a big distance. The frontend enables applications starting from a minimal distance of 80mm up to 500mm. |
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N° 48 |
Laser reflex sensors SPECTRO-1-CONLAS and SPECTRO-1-LAS-FE-CYL The laser reflex sensor type SPECTRO-1-LAS-FE-CYL in connection with the control electronic type SPECTRO-1-CONLAS delivers a laser line with a certain divergence. The frontend SPECTRO-1-LAS-FE-CYL is used in connection with a reflective film or with a reflector. Due to the fact, that the laser light is polarized and additionally the receiver is equipped with an optical polarization filter, the influences on the signal from ambient light will be suppressed. The laser line has along the horizontal axis (in parallel to the long axis of the FE housing) a divergence of around 60° and at the vertical axis a divergence which is less than 1mrad and a thickness of roughly 1mm. The reflective system is used to control the thickness of objects (diameter, height, etc.) at a certain distance. |
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N° 47 |
Color gloss sensor SPECTRO-3-50-FCL-30°/30° The color gloss sensor type SPECTRO-3-50-FCL-30°/30° comes with two lightning sources which will be used alternately dependent of the IN0 signal level. The sensor is used for objects with very small color as well as gloss differences, e.g. leather imitations, leather and plastic components for the automotive interior field but also for differentiation of plastic films and plastic laminations for the furniture industry. |
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N° 46 |
Mounting fork MOUNT-SLU-80/200 and MOUNT-SLU-80/500 for SPECTRO-3-SLU color sensors The mounting fork types MOUNT-SLU-80/200 and MOUNT-SLU-80/500 are used especially for the SPECTRO-3-SLU-DIF-JR in connection with the SLU-16-DIF, the SPECTRO-3-SLU-FCL-JR in connection with the SLU-16-FCL and the SPECTRO-3-SLU-UV-JR in connection with the SLU-16-UV. Amongst others, the units will be used for the detection of coatings on glass plates in the through beam way. Furthermore the mounting forks can be used to control semitransparent plastic plates. |
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N° 45 |
Mounting angle MOUNT-SLU-45°/45°-55 and MOUNT-SLU-60°/60°-55 for SPECTRO-3-SLU color sensors The assembly brackets MOUNT-SLU-45°/45°-55 and MOUNT-SLU-60°/60°-55 are used mainly in connection with the color sensor types SPECTRO-3-SLU-DIF-JR and SPECTRO-3-SLU-UV-JR and the side light unit SLU-DIF-16 and SLU-UV-16. Especially coatings on glass plates and oil on metal sheets can be proper controlled with this arrangement. The angle to the vertical axis is either 45° or 60° on both sides and the distance to the object surface is 55mm. |
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N° 44 |
Fast control electronics AGL4-HS for the A-LAS series The AGL4-HS amplifier comes with a switching frequency of around 500kHz and an analog bandwidth of approximately 500kHz (-3dB). Furthermore, the control electronics is equipped with an additional LED which can be used for a fast and proper adjustment of the transmitter to the receiver unit. Laser through beam sensors from the A-LAS series can be connected to the AGL4-HS control electronics. It should be taken into account, that the bandwidth of the standard A-LAS series lies in the range of 100kHz (-3dB), A-LAS-…-HS frontends with a bandwidth of 500kHz (-3dB) are meanwhile available. |
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N° 43 |
Optical frontend KL-M12-XL-30°/30-A2.0 The optical frontend KL-M12-XL-30°/30-A2.0 is used in connection with an optical fiber type D-S-A2.0-2.5-1200-67° and a standard SPECTRO-3-FIO-… color sensor. The distance to the object is around 30mm and the spot size at this distance is approximately 2mm in diameter. |
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N° 42 |
Color gloss sensor SPECTRO-3-FCL-SL The color gloss sensor SPECTRO-3-FCL-SL is used for the differentiation of objects with a view to the color and the gloss. Thus, objects with the same color but a different gloss as well as objects with the same gloss and a different color can be distinguished. |
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N° 41 |
Color UV sensor SPECTRO-3-SLU-UV-JR with side light unit SLU-UV-16 The color sensor type SPECTRO-3-SLU-UV-JR can be connected to the UV side light unit type SLU-UV-16. The system is used for fluorescent objects (excitation in the UV range). The side light unit delivers a bright UV light and can be used for transmission as well as for reflection at a distance of 50mm to 500mm (dependent of the fluorescence, the background (dark or bright), the transmittance (turbidity) and the reflectivity. |
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N° 40 |
Optical frontends type KL-M34-XL-M… The optical frontends type KL-M34-XL-M… will be used for optical high absorbing objects at a big distance. At this, the distance from the optical frontend to the sensor lies in the range of 80mm to 500mm and can be connected via the respective optical fiber to the SPECTRO-3-FIO-ANA-XL and SPECTRO-3-FIO-JR-XL color sensor. |
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N° 39 |
Optical frontends type KL-M34-XL-A… and KL-M34-XL-R… The optical frontends type KL-M34-XL-A… and KL-M34-XL-R… are used if a small light spot at a big distance is required. Those frontends can be used at a distance of 80mm to 300mm from the object. The frontends can be used in connection with the standard FIO sensors from the SPECTRO-3 as well as from the SPECTRO-1 series. |
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N° 38 |
Optical frontends KL-M34-M… The optical frontends from the KL-34-M… series are used for objects with a high optical absorbing surface. The working range of the frontend goes from approximately 50mm to 200mm. |
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N° 37 |
Optical frontends type KL-M18-M… The optical frontends KL-M18-M… are specially made for applications where high light absorbing objects should be investigated. The distance from the frontend to the object lies typically in the range of 20mm to 80mm. |
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N° 36 |
Optical frontends KL-M18-XL-M… The optical frontends from the KL-M18-XL-M… series are made for applications where a small spot at a relatively big distance (typically 80mm to 200mm) is used. |
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N° 35 |
Color sensor type SPECTRO-3-SLU-DIF-JR with side light unit type SI-SLU-DIF-16 The color sensor type SPECTRO-3-SLU-DIF-JR comes with an external lightning unit type SI-SLU-DIF-16. The side light unit is equipped with an optical diffusor (diffusing disk), thus a homogenous diffuse illumination of an object can be realized. |
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N° 34 |
Laser line-scan detector type L-LAS-TB-F-150/60-MO The laser line-scan through beam sensor type L-LAS-TB-F-150/60-MO comes with a measurement range (1mm up to 8mm) which is dependent of the used macro lens. |
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N° 33 |
Laser displacement sensor type L-LAS-LT-110-HD2 The laser displacement sensor type L-LAS-LT-110-HD2 comes with a high dynamic range (shiny black to white) and a measurement range of approximately 80mm and starts from 80mm object distance to the sensor. |
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N° 32 |
Laser line-scan fork light sensor type L-LAS-TB-F-150/60-MO-MA and L-LAS-TB-F-150/60-MO-SL The master/slave line-scan detector is used for precise measurement of the thickness of a plastic film, metal foil and paper. The measurement range is dependent of the used macro lens (1mm, 2mm, 4mm, 6mm, 8mm. |
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N° 31 |
High speed fluorescent contrast sensor: SPECTRO-1-500-COF-10x10-UV The contrast sensor SPECTRO-1-500-COF-10x10-UV comes with a detecting range of 2000mm. The spot size at a distance of 500mm is roughly 10mm x 10mm. Fluorescent colors can be detected with a max. scan frequency of 150kHz. |
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N° 30 |
Laser light barrier: F-LAS-FOC-30-3x The laser light barrier F-LAS-FOC-30-3x is equipped with a controller unit and comes with six laser light curtains, each with a 3mm x 0.2mm aperture. The laser beams are arranged in two planes, each with three laser light curtains. There is an angle shift of 120° between the laser beams in the plane, respectively. |
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N° 29 |
Color sensor SPECTRO-3-12-DIF-MSM-ANA The color sensor type SPECTRO-3-12-DIF-MSM-ANA is working at a reference distance of 12mm. The preferred working range is 11mm … 13mm. The sensor comes with a D65 similar optical spectrum and the transmitters deliver due to a milky opaque glass plate a very diffuse light whereas the true color receiver is placed at 0° to the vertical axis. |
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N° 28 |
Color sensor SPECTRO-3-28-45°/0°-MSM-ANA The color sensor type SPECTRO-3-28-45°/0°-MSM-ANA is working at a reference distance of 28mm. The preferred working range is 27mm … 29mm. The sensor comes with a D65 similar optical spectrum and the transmitters are arranged under an angle of 45° whereas the receivers are placed at 0° to the vertical axis. |
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N° 27 |
Color sensor SPECTRO-3-SL The color sensor SPECTRO-3-SL is the most compact and cheapest type inside the SPECTRO-3 family. This sensor is equipped with a white-light LED with a big opening angle, and the color detector is arranged next to the LED. The sensor comes with two digital outputs, which allows teaching up to three colors or three groups with maximum 31 colors. |
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N° 26 |
Color sensor SPECTRO-3-FIO-SL The color sensor SPECTRO-3-FIO-SL is the most compact and cheapest type inside the SPECTRO-3 family. The sensor comes with two digital outputs, which allows teaching up to three colors or three groups with maximum 31 colors. |
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N° 25 |
Color sensor SPECTRO-3-FIO-JR-XL The color sensor type SPECTRO-3-FIO-JR-XL comes with an optical interface which allows connecting optical fibers type M5.0 (transmitter) as well as M6.0 (receiver). Thus, a long distance (up to 15m) between the amplifier and the measurement position can be realized. |
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N° 24 |
Color sensor SPECTRO-3-FIO-ANA-XL The color sensor type SPECTRO-3-FIO-ANA-XL comes with an optical interface which allows connecting optical fibers type M5.0 (transmitter) as well as M6.0 (receiver). Thus, a long distance (up to 15m) between the amplifier and the measurement position can be realized. The sensor comes with two digital outputs and three analog outputs (0V…+10V). |
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N° 23 |
Laser displacement sensor L-LAS-LT-20-CL The L-LAS-LT-20-CL is a new laser triangulation sensor in the compact class, which comes with a measurement range of 3.5mm and a reference distance of 20mm. The resolution of the sensor is approximately 1µm and the accuracy around ±2µm. |
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N° 22 |
Laser line scan through beam sensor: L-LAS-TB-F-20/40-6x1-SL The laser through beam sensor type L-LAS-TB-F-20/40-6x1-SL is a compact fork sensor with a width of 12mm. The sensor comes with a measurement range of 6mm. The maximum scan frequency is approximately 1kHz and the resolution of the sensor is roughly 2µm. |
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N° 21 |
Color sensor with analog and digital outputs: SPECTRO-3-80-COF-d20-ANA The color sensor SPECTRO-3-80-COF-d20-ANA comes with three analog outputs (0V…+10V) which show the RGB, siM or the xyINT values. Furthermore, the sensor delivers two digital signals, thus three colors can be taught. The reference distance of the sensor is 80mm, the detecting range at this distance is around 20mm and the working range starts from 20mm and goes up to 120mm. |
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N° 20 |
Fluorescent color sensor with analog and digital outputs: SPECTRO-3-30-UV-ANA The UV color sensor SPECTRO-3-30-UV-ANA comes with three analog outputs (0…+10V), which allow showing the RGB, siM or xyINT values, respectively. Furthermore there are two digital signals available, which allow teaching up to three colors (binary coded). The reference distance is 30mm and the detecting area is approximately 15mm. The working range starts around at 10mm and goes up to 80mm. |
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N° 19 |
Color sensor with polarization filters and analog as well as digital outputs: SPECTRO-3-30-POL-ANA The color sensor SPECTRO-3-30-POL-ANA is equipped with three analog outputs (0V…+10V) and two digital outputs (at this, up to three colors can be taught). The reference distance is 30mm and the detecting area at this distance is approximately 15mm in diameter. The working range starts from 10mm and goes up to roughly 80mm. |
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N° 18 |
Color sensor with optical diffuser, analog and digital outputs: SPECTRO-3-30-DIL-ANA The color sensor SPECTRO-3-30-DIL-ANA comes with three analog outputs (0V…+10V) and two digital outputs (up to three colors can be stored). The reference distance is 30mm and the detecting range is around 15mm in diameter at this distance. Furthermore the measurement range is approximately starting from 10mm and goes up to roughly 100mm. |
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N° 17 |
Color-gloss sensor with analog and digital outputs: SPECTRO-3-50-FCL-ANA The color-gloss sensor type SPECTRO-3-50-FCL-ANA comes with three analog outputs (0V…+10V) selectively for RGB, xyINT or siM. In addition to the analog outputs there are two digital outputs available for teaching colors (max. three colors). The reference distance from the sensor to the object is around 50mm, the detecting area at this distance is approximately 20mm and the working range starts from 10mm and goes up to roughly 150mm. |
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N° 16 |
Fluorescent color sensor with analog and digital outputs: SPECTRO-3-FIO-UV-ANA The SPECTRO-3-FIO-UV-ANA is equipped with three analog outputs (0…+10V) for RGB, siM as well as xyINT, selectively and with two digital outputs (for three colors). There is an UV-LED used as a lightning source, additionally to this there is an external super bright UV-LED type SPECTRO-3-ELS-UV available. At this, the UV types from the FIO series can be used. |
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N° 15 |
Fiber optic color sensor with analog and digital outputs: SPECTRO-3-FIO-ANA The color sensor SPECTRO-3-FIO-ANA comes with three analog outputs as well as two digital outputs. Thus RGB, siM as well as xyINT are selectively available at the three outputs as 0V to 10V analog signals. Furthermore three colors can be taught and sent to the two digital outputs (binary coded) or two colors (direct). There is the whole FIO series available for this color sensor type. |
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N° 14 |
Laser through beam sensor type: L-LAS-TB-6-CON1 + L-LAS-TB/90-6x1-T + L-LAS-TB/90-6x1-R The L-LAS-TB-6 system is a laser trough beam system with a transmitter (L-LAS-TB/90-6x1-T) and receiver (L-LAS-TB/90-6x1-R) frontend. The frontends are connected to the L-LAS-TB-6-CON1 control electronics. The control electronics comes with an analog output 0V…+10V or optionally L-LAS-TB-6-CON1-4/20 with a 4mA…20mA output. The scan frequency is around 600Hz, the measurement range is 6.4mm and the resolution is approximately 2µm. |
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N° 13 |
A-LAS control electronics with fiber optic connector: SI-CON8-FIO The control electronics SI-CON8-FIO is similar to the SI-CON8 unit, but instead of a connector to the A-LAS sensors there is a fiber optic connector to the FIO series available. |
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N° 12 |
A-LAS control electronics with fiber optic connectors: A-LAS-CON1-FIO The A-LAS-CON1-FIO is comparable to the A-LAS-CON1, but instead of the electrical interface to the A-LAS sensors there is an interface to the FIO series (two fiber optic connectors) available. At the transmitter side of the fiber optic connectors, there are used a laser diodes. The laser diodes are working in the red range and at the receiver side there is used for each connector an optical band pass filter in connection with a photo diode and a preamplifier. |
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N° 11 |
Laser line scan sensor: L-LAS-TB-28-T-CL + L-LAS-TB-28-R-CL and L-LAS-TB-28-R-4/20-CL The laser line scan sensor L-LAS-TB-28-T-CL (transmitter) and L-LAS-TB-28-R-CL (receiver) comes with a measurement range of 28mm and a scan frequency of max. 600Hz. The L-LAS-TB-28-R-4/20-CL receiver unit has a 4mA…20mA analog output whereas the L-LAS-TB-28-R-CL delivers 0V…+10V at the analog output. Additionally the receiver comes with two digital outputs (OUT0, OUT1) and two digital inputs (IN0, IN1). The repeatability of the system is approximately 2µm and the max. transmitter/receiver distance is roughly 2000mm. |
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N° 10 |
SPECTRO-1 control electronic for FLB-V, FLB-H and FLB-F: SPECTRO-1-CONFLB The frame light barrier frontends FLB-V, FLB-H and FLB-F can be connected to the “SPECTRO-1-world” in using the SPECTRO-1-CONFLB. The control electronic delivers two digital signals (OUT0 and OUT1) as well as an analog ANA 0V…+10V and an analog ANA 4mA…20mA signal. Furthermore there is also a digital input IN0 available. |
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N° 9 |
Laser displacement sensor: L-LAS-LT-1000, L-LAS-LT-1000-4/20, L-LAS-LT-1000-MA, L-LAS-LT-1000-MA-4/20, L-LAS-LT-1000-SL, L-LAS-LT-1000-HS, L-LAS-LT-1000-HS-4/20, L-LAS-LT-1000-HS-MA, L-LAS-LT-1000-HS-MA-4/20, L-LAS-LT-1000-HS-SL The L-LAS-LT-1000-… types come with a measurement range of 1000mm (500mm … 1500mm) and with a reference distance of 1000mm. The laser beam is collimated and the laser spot size at a distance of 1000mm is around 3mm x1mm. The scan frequency for the “-HS” types is approximately 800Hz. There is an analog signal (either 0V…10V or 4mA…20mA) available at the output as well as three digital outputs OUT0, OUT1, OUT2. Furthermore, there are two digital inputs IN0 and IN1 disposable. |
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N° 8 |
SPECTRO-1 sensors with annular light emitter: SPECTRO-1-30-DIL, SPECTRO-1-30-FCL, SPECTRO-1-30-POL, SPECTRO-1-30-UV, SPECTRO-1-50-DIL, SPECTRO-1-50-FCL, SPECTRO-1-50-POL Comparable to the SPECTRO-3 systems with an annular light emitter, the identification codes have the same meaning: -DIL (diffuse light), -FCL (focused light), -POL (polarized light) and -UV (ultra violet light). The sensor comes with a max. scan frequency of approximately 150kHz, has two digital outputs (OUT0 and OUT1) and two analog outputs (ANA 0V…+10V, ANA 4mA…20mA). Furthermore the sensor is equipped with an input signal IN0 which can be used for example for external trigger tasks. |
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N° 7 |
Laser contrast sensors: SPECTRO-1-50-COF-LAS, SPECTRO-1-100-COF-LAS, SPECTRO-1-200-COF-LAS, SPECTRO-1-500-COF-LAS, SPECTRO-1-50-COF-LAS-CYL, SPECTRO-1-100-COF-LAS-CYL, SPECTRO-1-200-COF-LAS-CYL, SPECTRO-1-500-COF-LAS-CYL These confocal sensors are equipped with a laser diode and the laser is focused to the respective reference distance (50, 100, 200, or 500mm). At this, the laser is focused to a spot with a few tenths of mm in diameter concerning the “-LAS” types and focused to a line (approximately 3mm x 0.3mm) regarding the “-LAS-CYL” types. The laser sensors come with a scan frequency of around 150kHz. |
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N° 6 |
Confocal contrast sensor types: SPECTRO-1-50-COF-d…, SPECTRO-1-100-COF-d-…, SPECTRO-1-200-COF-d…, SPECTRO-1-300-COF-d-…, SPECTRO-1-500-COF-d-… The SPECTRO-1-…-COF-… types come with a white light LED and with a reference distance of 50mm, 100mm, 200mm, 300mm and 500mm respectively. Furthermore, there are different white light spot sizes at the respective reference distance available. The ultra fast SPECTRO-1-…-COF series disposes of a scan frequency of max. 150kHz. |
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N° 5 |
Optical fiber connector types: SPECTRO-1-FIO, SPECTRO-1-FIO-B, SPECTRO-1-FIO-R, SPECTRO-1-FIO-IR, SPECTRO-1-FIO-UV The SPECTRO-1 super fast programmable contrast sensors come with a switching frequency of approximately 150 kHz. There are two digital outputs, two analog outputs (0V…+10V and 4mA…20mA) and a digital input available. The SPECTRO-1-FIO-… series can be combined with the FIO series. The SPECTRO-1-FIO sensor is equipped with a white-light LED, whereas the SPECTRO-1-FIO-B delivers blue light and the SPECTRO-1-FIO-R red light. The SPECTRO-1-FIO-UV sensor with an UV-LED, however, will be used in connection with fluorescent colors. There is also an external high power UV-LED SPECTRO-ELS-UV in connection with the SPECTRO-1-FIO-UV available. For photosensitive objects the SPECTRO-1-FIO-IR, which comes with an IR-LED, can be used. |
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N° 4 |
Fiber optic frontends: KL-M12-XL-… and KL-M18-XL-… The KL-M12-XL as well as the KL-M18-XL types comes with a relative small light spot at a big distance. The frontends can be used in connection with the R-S-A2.0-… and R-S-A3.0-… |
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N° 3 |
Fiber optic frontends: KL-0/90°-22-A2.0, KL-0/90°-60-A2.0, KL-0/90°-100-A2.0, KL-0/90°-16-A3.0, KL-0/90°-60-A3.0, KL-0/90°-100-A3.0 The optical frontends KL-0/90°-…-A2.0 can be used in connection with through beam fibers type D-S-A2.0-… whereas the optical frontends KL-0/90°-…-A3.0 are suitable for use with through beam fibers type D-S-A3.0-… |
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N° 2 |
Optical frontends KL-5/85°-A2.0, KL-10/75°-A2.0, KL-12/60°-A2.0, KL-15/45°-A2.0 and KL-20/20°-A2.0 respectively KL-5/85°-A3.0, KL-10/75°-A3.0, KL-12/60°-A3.0, KL-15/45°-A3.0 and KL-20/20°-A3.0 The optical frontends KL-…-A2.0 are suitable for transmitted light optical fibers type D-S-A2.0-… whereas the optical frontends KL-…-A3.0 are suitable for optical fibers type D-S-A3.0-… |
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N° 1
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SPECTRO-3-SLU-JR + SI-SLU-16 The color sensor SPECTRO-3-SLU-JR in connection with the side light unit SI-SLU-16 was designed for applications where either a through beam solution is necessary or the need of an external lightning source whereby the light should fall under a certain angle onto the object. |
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