The wireless temperature measurement sensor is a wireless temperature monitoring system developed by our company for environments such as stacked rotating liquid tanks. It features high precision, low power consumption, long transmission distance, high temperature resistance, excellent real-time performance, wireless transmission, no wiring required, low installation difficulty, time and labor savings, and long service life. It can replace most probe-type temperature monitoring sensors currently in use and is suitable for applications such as transformer temperature measurement, forest fire prevention, pharmaceutical production equipment, chemical equipment, rotary kilns, tanks, coal piles, grain storage, wine cellars, material stacking, warehouses, and rotating electrical equipment. It enables real-time temperature control to ensure product quality and production safety during the manufacturing process.

The sensor supports multiple modulation methods for wireless transmission, including FSK, LoRa, and NB-IoT. FSK is suitable for short-distance applications with high requirements for product size, high measurement frequency, long service life, and densely distributed measurement points. LoRa is ideal for long-distance applications with relatively dispersed measurement points, high measurement accuracy requirements, and moderate measurement frequency. NB-IoT is suitable for environments with good mobile network coverage, dispersed measurement points, low measurement frequency, and low response requirements.

2. Product Features

(1) Real-time performance: The system monitors temperature parameters of equipment in real time, preventing accidents caused by undetected issues.

(2) Convenience: The system uses wireless transmission, and sensors can be installed independently, addressing challenges such as limited space, inability to lay cables, and high installation costs.

(3) Reliability: The system employs advanced and mature sensing technology and wireless transmission technology, offering long transmission distance, accurate readings, and high reliability.

(4) Openness: Considering long-term benefits for enterprise investment, the system uses open protocols for data transmission at the collection end, facilitating integration with enterprise systems and reducing costs.

(5) Long-term usability: The sensor features a unique data collection design that ensures real-time data acquisition while maintaining ultra-low power consumption. Enterprises can achieve long-term monitoring with a one-time investment.