Milesight VS341 Desk&Seat Occupancy LoRaWAN IoT Sensor

VS341 Milesight LoRaWAN AS923 Desk&Seat Occupancy IoT Sensor enabling real-time monitoring of desks and seats status for effective remote management The Milesight VS341 is an occupancy IoT sensor designed to detect whether desks or seats in a workspace are occupied, allowing for better management and optimization of space usage.... It is compatible with Milesight LoRaWAN® gateway and IoT Cloud solution, enabling real-time monitoring of desks and seats’ status for effective remote management... Features Achieve up to 98% accuracy with a high-precision PIR sensor and an extra Thermopile IR Temperature sensor support Milesight D2D protocol to enable ultra-low latency and directly control without gateways No image data is collected, free from privacy concerns Function well with standard LoRaWAN IoT gateways and network servers V0 grade flame retardant material makes it adaptable to various scenarios, enhancing safety and reliability Equipped with NFC for one-touch configuration, support card emulation mode Compatible with Milesight IoT Cloud Details Manufacturer's Code VS341-915M Frequency AU915/AS923 Tx Power 20dBm Sensitivity - Mode OTAA/ABP Class C PIR Field of View 70° Horizontal, 60° Vertical (Standard PIR Cover) Recognition Range up to 1 meter Recognition Rate >98% Buttons 1 × Reset Button (internal) LED Indicators 1 × Status Operating Temperature - Storage Temperature -20°C ~ +60°C Relative Humidity 0 ~ 95% (Non-condensing) Color White (Black Optional) Dimension 73 x 73 x 26 mm ( 2.87 x 2.87 x 1.02 in) (Without PIR Cover) Installation Desk Mounting Details Contains Sensor, Warranty Card, QSG, 3M Mounting Tape, Wall Screws Key features 137dBm @ 300bps 20°C ~ +60°C The pro version VS341 applies additional Thermopile IR technology to provide more accurate and precise detection capabilities VS341 features an adjustable field of view angle for greater flexibility in different scenarios With Wireless Detection and easy configuration, the VS341 offers reliable and convenient desk or seat arrangement optimization