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1
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| | Optical Sensors •Photoelectric sensors series 50 •Retro-reflective sensors •Diffuse reflective sensors •Trough beam sensors •High performance trough beam sensors •High performance photoelectric sensors •Glass fibre optic cables •Plastic fib |
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2
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| | Optimum lighting for all uses di-soric provides an extensive range of lighting for industrial applications. This includes panel, reflected, spot and ring lights as well as customised designs. The internal power output control ensures a constant level |
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3
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| | The OKTTI 55 M 30 FG3LK-IBS optical contrast sensor from di-soric delivers reliable detection of print marks on a wide range of most different materials like labels, foils, package bands, cardboard containers and tubes. Differences in contrast of 4 % o |
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4
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| | DI-SORIC | Diffuse reflective sensors | Model: LHT 51 M, LHTTI 51 M, LHT 81 M, LTV 51 M, OHT 30 K, OHT 68 K, OHT 80 K,OLVT 40, OT 6-18 K , OT 6-18 KR, OTV 05 V & OTVTI 51 |
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| | Transmitter and receiver are positioned in the same housing, whereas the receiver is detecting the light being emitted by the transmitter and reflected by the object. |
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5
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| | DI-SORIC | Diffuse reflective sensors - IP69K |LHT 51 M, LHTTI 51 M, LHT 81 M, LTV 51 M, OHT 30 K, OHT 68 K, OHT 80 K,OLVT 40, OT 6-18 K , OT 6-18 KR, OTV 05 V & OTVTI 51 |
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| | Transmitter and receiver are positioned in the same housing, whereas the receiver is detecting the light being emitted by the transmitter and reflected by the object. Diffuse reflective sensors, energetic OTV ... Laser diffuse reflective sensors, energ |
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6
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| | DI-SORIC| Diffuse reflective Sensors - M18 | Model: LHT 51 M, LHTTI 51 M, LHT 81 M, LTV 51 M, OHT 30 K, OHT 68 K, OHT 80 K,OLVT 40, OT 6-18 K , OT 6-18 KR, OTV 05 V & OTVTI 51 |
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| | Transmitter and receiver are positioned in the same housing, whereas the receiver is detecting the light being emitted by the transmitter and reflected by the object. |
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7
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| | di-soric retro reflective sensors have been developed for very demanding environmental conditions, and feature a sturdy and compact design. The transmitter and receiver are located in the same housing and the receiver detects the light emitted by the tra |
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