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SICK displacement sensor DT20-P214B LC display, 2 x LEDs
Product Introduction
Product name: SICK Sick
Type: Shift measurement sensor
Model: DT20-P214B
Supply voltage UV: DC 10 V ... 30 V 1)
Residual Ripple: ≤5 Vss 2)
Power consumption: ≤ 1.8 W 3)
Preheat...
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The SICK/SICK hybrid photoelectric sensor ZLD18-BFZ4A8 has a shaft length of 625 nm
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
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The SICK/SICK miniature photoelectric sensor GL2S-N0311S04 axis length is 640 nm
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
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SICK miniature photoelectric sensor WTB2S-2P3030S16
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
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SICK/Sick miniature photoelectric sensor WTB12-3P2441S59 55mm
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
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SICK/Sick miniature photoelectric sensor WL9-3N1102S07 self-alignment
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
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The SICK WL4SC-3P2232A00 miniature photoelectric sensor is self-aligning
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
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SICK/Sick cylindrical photoelectric sensor VS/VE18-4N3140V through-beam type
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
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SICK sensor WT100L-F1141 Switching output: PNP
Product Introduction
Product name: SICK
The product range W100 Laser
Model WT100L-F1141
Working principle Diffuse photoelectric sensor
Working principle details Energy type
Dimensions (W x H x D) 11 mm x 31 m ...
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SICK/Sick miniature photoelectric sensor WL9-3P3432 weighs 80g
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
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The SICK/SICK miniature photoelectric sensor WTB4S-3P3462V has a shaft length of 650 nm
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning ...
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SICK Sensor GSE6-P4211 Sensing distance: 0 m ... 10 m
Product Introduction
Brand: SICK
Type: Photoelectric sensor
Model: GSE6-P4211
Working principle: through-beam photoelectric sensor
Maximum switching distance: 0 m ... 15 m
Sensing distance: 0 m ... 10 m
Polarization Filter: No
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SICK/Sick cylindrical photoelectric sensor GRSE18-N1147
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
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SICK/Sick Miniature Photoelectric Sensor WL9-3P1132 cable 4-pin 2 m
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
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SICK Miniature Photoelectric Sensor WSE2S-2E1330 LED Square
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
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SICK cylindrical photoelectric sensor GRTB18S-P1031VS20 4-pin
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
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SICK/Sick miniature photoelectric sensor WLG4SC-3P2232A70 mirror reflector
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
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The SICK/Sick miniature photoelectric sensor WTF4S-3P2262V has a shaft length of 650 nm
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
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SICK/SICK cylindrical photoelectric sensor VTE18L-4N344 focused optical path
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
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SICK/Sick cylindrical photoelectric sensor GRTB18S-P2417 100 mm
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
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