Summary
Acrel's wireless temperature monitoring system is designed for high-voltage equipment. The technology involves installing a temperature sensor with built-in batteries or a current-inductive temperature sensor, along with a wireless transmitter module, at each temperature measurement point. The sensors regularly transmit temperature readings wirelessly to the receiver unit, which then connects to the network and relays the data to the main station, enabling temperature monitoring of the regional electrical system.
Project overview
DigIoT is a power IoT company that provides electrical IoT services for local power plants. The customer consulted Acrel wireless temperature measurement products, specifically Acrel ATE wireless temperature sensors and ATC receivers, for temperature monitoring of cables in the control cabinet and transmission of data to the backend platform via RS485 communication for real-time monitoring. This effectively prevents overheating failures, ensures the normal operation of the equipment, and thus avoids safety risks.
Wireless temperature measurements
(1) Temperature sensors
a. Battery-powered wireless temperature sensors: ATE200, ATE300P
b. CT inductive wireless temperature sensor: ATE400
c. RFID Multi-Circuit Wireless Temperature Sensor: ATE800
d. Fluorescence temperature measurement wireless temperature sensor: ATC900-3
(2) Receiver/display unit
a. Receiving unit: ATC600
b. Display unit: ARTM-Pn; ATP; ARTM-8
(3)structure
Typical application
Contact
Jessie Zhou, Sales Manager
Website: www.acrel-electric.de
Email address: jessie.zhou@email.acrel.cn
Phone/WhatsApp: +86 18860995172