Adjustable Diffuse Reflective Photoelectric Sensor Infrared Object Detection Switch DC10-30V IP67 Industrial Proximity Sensor
High performance diffuse reflective photoelectric sensor with infrared detection technology, DC10-30V power supply, adjustable sensitivity and IP67 protection, designed for accurate object detection and stable industrial sensing applications.
Photoelectric Switch: Ideal for household applications with precise light detection.
Optical Sensor Technology: Ensures reliable and accurate light sensing for various lighting conditions.
Multiple Models Available: Choose from QS18VN6D, QS18VP6D, QS18VN6LP, QS18VN6R, and QS18VP6LP.
High-Quality Construction: Made in Mainland China for robust performance.
This adjustable diffuse reflective photoelectric sensor provides reliable object detection performance with advanced infrared sensing technology and stable signal output. Designed for DC10-30V power systems, it supports NPN and PNP switching options to meet different control requirements. The compact sensor features adjustable sensitivity settings, allowing users to optimize detection distance according to different target materials and installation conditions. With IP67 protection design, the sensor offers excellent resistance against dust and water, ensuring dependable operation in challenging environments. The fast response time improves detection efficiency while reducing missed signals during continuous operation. Built with durable housing materials and precision optical components, this photoelectric switch delivers consistent sensing accuracy and long service life. It is suitable for detecting non transparent objects, packaging items, components, and various materials requiring automatic presence detection. The infrared diffuse reflection design simplifies installation because emitter and receiver are integrated into one compact unit. Easy wiring, stable performance, and flexible configuration make this sensor an ideal choice for equipment manufacturers, system integrators, and industrial users seeking a reliable sensing solution.













