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Capacitive proximity sensors
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Capacitive proximity sensor / high-temperature - 254 - 12700 µm, 650°C (1200°F)
The HT Probe is a high temperature and high capacity proximity sensor which is...
Capacitive proximity sensor / high-temperature - 254 - 12700 µm, 650°C (1200°F)
The HT Probe is a high temperature and high capacity proximity sensor which is...
Capacitive proximity sensor - 2 mm | KD 06 B series
This capacitive sensor from Sensopart is engineered with a cylindrical...
Capacitive proximity sensor - 2 mm | KD 06 B series
This capacitive sensor from Sensopart is engineered with a cylindrical flush body. The 6.5 mm type unit is fitted with a Lumberg RKM3/RKMW3 connector and a PNP switching output. This product is capable of providing services for distances up to 2 mm.
Capacitive proximity sensor - KD 12 B
This capacitive sensor from Sensopart is engineered with a cylindrical flush body. The unit is fitted with a 4-pin Plug M12 connector and a PNP switching output. This product is capable of providing services for distances up to 4 mm.
Capacitive proximity sensor - 3 mm | KL 06 NB series
The KL 06 NB series is composed of high capacity proximity sensors enclosed in...
Capacitive proximity sensor - 3 mm | KL 06 NB series
The KL 06 NB series is composed of high capacity proximity sensors enclosed in a cylinder-shaped non-flush with a diameter of 6.5 mm. The sensors are equipped with M8 plugs with 3 pins and can operate with a distance of 3 mm. Their switching output is PNP and their connection type is Lumberg RKM3 or RKMW3.
Capacitive proximity sensor - 8 mm | KL 12 NB series
The Capacitive sensors are suitable for the detection of metallic and non-metallic objects of all...
Capacitive proximity sensor - 8 mm | KL 12 NB series
The Capacitive sensors are suitable for the detection of metallic and non-metallic objects of all types. Even highly transparent glasses or liquids are easy to detect with a capacitive sensor. Only the dielectric conductivity of the target material is relevant: the greater the dielectric constant of a material, the higher the possible switching distances or the more reliable the detection.
