Automatic Door Microwave Radar Safety Light Curtain Infrared Induction and Anti-Pinch Sensor Made of Durable Plastic

Technical data

Product description

Integrated Dual Functions, Safe and Efficient：It has both microwave motion induction and infrared anti-pinch detection functions. Microwave induction quickly triggers the opening of the automatic door, and infrared detection provides real-time protection against pinching risks, realizing integrated "trigger-protection" without the need to match other sensors.

Precise Sensing, Low False Trigger Rate：Microwave sensitivity and detection angle can be manually adjusted, and the infrared detection range supports internal and external fine-tuning. Equipped with a background self-learning function, with optional 15s/30min update mode, it can intelligently identify fixed obstacles and avoid invalid triggers.

Flexible Adaptation, Wide Application：Supports 12~30V wide voltage power supply, with a maximum installation height of 2.5m and an operating temperature range of -40°C~60°C. It can be adapted to various automatic door scenarios such as home, commercial, and medical use, with strong resistance to high and low temperatures and interference.

Easy Operation, Simple Installation：Adopts 6PIN wiring design, NO/NC signals can be switched by plugging and unplugging the pin cap, with clear and easy-to-understand wiring. Compact size (260.353.444mm), ABS shell with PMMA optical surface, stable installation on the lintel (spacing ≤100mm), cables can be fixed and organized without affecting the decoration appearance.

Rapid Response, Reliable Performance：The microwave induction response time is ≤100ms, and the infrared anti-pinch signal output time is 500ms, with timely triggering. The microwave transmission power is <20dBm EIRP, complying with safety standards, and the core components have stable quality and a long service life.

Clear Status, Convenient Debugging：Equipped with blue (standby) and red (detection) LED indicators, the working status is clear at a glance. Microwave angle, sensitivity, and infrared detection range all support manual adjustment without complex tools, enabling efficient on-site debugging.