Wenglor P1NE202 Through Beam Sensor represents a high-performance optical solution designed for long-distance object detection, utilizing a specialized Laser Red Light emitter and receiver pair to create an impenetrable light barrier. Unlike standard reflex sensors, the P1NE202 operates by detecting the interruption of a direct beam, ensuring maximum reliability even when monitoring dark, shiny, or […]
Wenglor P1NE201 Through Beam Sensor serves as a high-performance optical receiver designed for extreme reliability, utilizing a visible red light barrier to detect objects across distances of up to 20 meters. Unlike reflex-style sensors, the P1NE201 operates by identifying the direct interruption of light between an emitter and receiver, making it completely immune to the […]
Wenglor P1NE102 Through Beam Sensor is a precision-engineered optical receiver that utilizes Laser Class 1 technology to establish a high-accuracy light barrier for long-range object detection. Designed to function as the receiving unit in a specialized emitter-receiver pair, the P1NE102 excels in identifying even the smallest components or precise edges by detecting the direct interruption […]
Wenglor P1NE101 Through Beam Sensor is a high-performance optical receiver that utilizes visible red light technology to establish a powerful sensing barrier across distances of up to 20 meters. Engineered for maximum reliability in high-speed automation, the P1NE101 operates by detecting the direct interruption of light between an emitter and receiver, making it completely immune […]
The reflex sensor makes use of a red light line in accordance with the energetic principle and is suitable for detecting objects without any background. It’s suitable for reliable detection of objects with stamped or perforated surfaces such as PCBs and perforated sheet metal. Furthermore, objects can be detected on the light line regardless of position. The IO-Link interface can be used to configure […]
Wenglor P1KT003 Reflex Sensor Energetic works with red light according to the principle of energy and is designed to detect objects without a background. The switching distance is set for a given object. Note that: Bright objects reflect transmitted light better than dark objects. Dark (matte) objects can also be differentiated from bright (glossy) objects. […]