1.Product introduction

The plug-in temperature detector adopts imported temperature sensor chip, which has high precision, fast response and strong anti-interference ability; The meter head is designed with aluminum explosion-proof housing, and the probe rod is made of 304 stainless steel, which is solid, explosion-proof and durable; Large capacity lithium battery is adopted, with super long standby time; The length of the probe rod, the number of temperature sensing nodes, and the node spacing can be customized.

The temperature detector transmits the collected temperature data to the on-site monitoring host or remote monitoring center through LORA wireless transmission mode (long transmission distance, low power consumption, flexible networking, and strong anti-interference channel), which not only solves the problem of traditional wired wiring, but also realizes real-time monitoring of environmental temperature, and is applicable to the collection and monitoring of internal temperature data of stacked materials such as coal piles and grain piles.

LORA advanced wireless transmission mode is adopted, with long transmission distance, low power consumption, flexible networking and strong channel anti-interference;

The meter head is designed with aluminum explosion-proof housing, and the probe rod is made of 304 stainless steel, which is solid, explosion-proof and durable;

Large capacity lithium battery is adopted, with super long standby time;

Imported temperature sensor chip, high precision, fast response, strong anti-interference ability;

The length of the probe rod, the number of temperature sensing nodes and the node spacing can be customized;
3.Main applications

It is suitable for the temperature monitoring of materials with a certain height or depth, such as rotary kilns, tanks, coal piles, grain depots, wine cellars, material stacks, warehouses, various fermentation tanks, sewage sludge tanks, warehouses, etc., to conduct real-time temperature control, so as to ensure the quality and production safety during the production process.