Ultra Slim Tri-proof Light ON/OFF Motion Sensor, Comply To Latest ERP Standard, Dip Switch Setting

• Low Impedance sensor antenna patent helps anti-interference from wireless signals like 5G, Wi-Fi, Bluetooth
• Patented dipole antenna design provides reliable detection, avoiding false triggers when sensor is built into metal LED plates
• Complies with RED approval standards
• Non-isolated switching power supply maintains PF value compliance with latest ERP standards
• Adjustable detection sensitivity via DIP switches for various installation sites
• Ultra-slim design specifically for Tri-proof LED lights
• Supports maximum mounting height of 6 meters
• 5-year warranty

Power off, then quickly switch ON/OFF sensor 3 times (ON-OFF-ON-OFF-ON) within 2 seconds to override sensor function. Lights will blink 3 times and then switch ON all the time. Power off and on again to recover sensor function.

After power on, the sensor automatically turns on light at 100% brightness. After 10 seconds, it turns off the light. During initialization, the sensor is not able to detect movement.

Detection area: 100%, Hold Time: 5S, Daylight Sensor: Disable

• The sensor should be installed by a professional electrician. Please turn off power before installing, wiring, or changing DIP switch settings.
• Sensors installed in plastic and glass lampshades will reduce sensitivity. For every 3mm increase in thickness, sensitivity reduces by 20%.
• Light sensitivity threshold is measured in sunny environments without shadows or ambient light diffuse reflection. Ambient lux levels vary by environment, weather, climate, time-of-day, and season.
• Sensor parameters may need reconfiguration in different installation environments.
• This sensor is for indoor use only. Outdoor use affects waterproofing. Wind, rain, and moving objects may cause false triggering.
• Distance between any inductive sensors should be greater than 3m.
• Do not place sensor close to high-density objects like metal, glass, or concrete walls to avoid false triggering. When installed in metal lamps, reflective surfaces, or enclosed environments, microwave reflection may cause false triggering - reduce sensitivity or contact manufacturer for support.
• Ensure no moving signals around sensor (fans, DC motors, sewer pipes, air outlets) to prevent false triggers.
• Test 5 samples before mass application in new lighting projects.
• Product specifications subject to change without notice due to continuous improvement.
• When sensor is built under metal board, ensure sensor surface is seamlessly close to metal plate without space.