Wireless Library Door Motion Detection Sensor

An integrated NB-IoT wireless warehouse door movement detection sensor for PIS and PDS applications, based on warehouse door movement algorithms, combined with ultra-low-power radar recognition technology, further improves the detection accuracy of the sensor. The dual-mode warehouse door movement detector IDM-ET34 is a parking lot detector based on MP-AMR (Micro-Power Warehouse Door Movement Detection) technology. An integrated NB-IoT/LoRa/LoRaWan wireless warehouse door movement detection sensor for PIS and PDS applications, based on warehouse door movement algorithms, combined with ultra-low-power radar recognition technology, further improves the detection accuracy of the sensor. Based on micro-power warehouse door movement detection technology (MP-AMR), the fire lane detector incorporates millimeter-wave recognition technology to enhance recognition accuracy. Battery-powered with a pressure-resistant housing, suitable for indoor and outdoor Parking Information System (PIS) applications. Operates on carrier NB-IoT networks, supporting China Mobile, China Unicom, and China Telecom networks, with no need for gateways or relays. Long battery life with replaceable batteries. Wide operating temperature range and waterproof design, featuring an inner and outer shell for easy maintenance. Easy to install and debug, with self-learning capabilities and no manual initialization required. IP68-rated waterproof housing, designed for easy repair.

Product Advantages

Based on micro-power warehouse door movement detection technology (MP-AMR);

Incorporates millimeter-wave recognition technology to improve recognition accuracy;

Pressure-resistant housing suitable for indoor and outdoor Parking Information System (PIS) applications;

Operates on carrier NB-IoT networks, supporting China Mobile, China Unicom, and China Telecom networks, with no need for gateways or relays;

Long battery life with replaceable batteries;

Wide operating temperature range and waterproof, with an inner and outer shell design for easy maintenance;

Easy to install and debug, with self-learning capabilities and no manual initialization required;

Ultra-low power consumption and ultra-long working time;

Wide coverage radius (as long as within the coverage of carrier base stations);

Automatic compensation algorithm for environmental factors and self-calibration algorithm for magnetic fields;