The SW2200-X series temperature and vibration integrated intelligent wireless sensor combines sensor data collection, edge processing, and LoRa wireless communication functions. The product is equipped with a large-capacity lithium battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer, enabling high-precision, rapid, and continuous detection of four status signals: three-axis vibration and temperature of the equipment. It features embedded intelligent diagnostic algorithms and can be widely applied in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early faults in rotating machinery such as bearings and gearboxes.

The SW2400-X series temperature and vibration integrated intelligent wireless sensor combines sensor data acquisition, edge processing, and Cat.1 wireless communication functions into one. The product is equipped with a large-capacity lithium primary battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer, enabling high-precision, rapid, and continuous detection of four state signals: three-axis vibration and temperature of the equipment. It features embedded intelligent diagnostic algorithms and can be widely applied in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early faults in rotating machinery such as bearings and gearboxes.

The SW2600-X series temperature and vibration integrated intelligent wireless sensor combines sensor data collection, edge processing, and Zigbee wireless communication functions. The product is equipped with a large-capacity lithium battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistor, enabling high-precision, rapid, and continuous detection of four state signals: three-axis vibration and temperature of the equipment. It features embedded intelligent diagnostic algorithms and can be widely applied in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early faults in rotating machinery such as bearings and gearboxes.

The SW3000-X series temperature, vibration, and sound integrated intelligent wireless sensor combines sensor data collection, edge processing, and NB-IoT wireless communication functions into one. The product is equipped with a large-capacity lithium battery, a three-axis vibration sensing accelerometer, PT100 platinum resistance, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound of the equipment. Embedded with intelligent diagnostic algorithms, it can be widely used in industrial equipment condition monitoring, fault prediction, and fault diagnosis in the industrial AI field, enabling precise diagnosis of early faults in rotating machinery such as bearings and gearboxes.

The SW3200-X series temperature, vibration, and sound integrated intelligent wireless sensor combines sensor data collection, edge processing, and LoRa wireless communication functions. The product is equipped with a large-capacity lithium battery, a three-axis vibration sensing accelerometer, PT100 platinum resistance thermometer, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound of equipment. Embedded with intelligent diagnostic algorithms, it is widely applicable in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis, enabling precise early fault diagnosis of rotating machinery such as bearings and gearboxes.

The SW3400-X series temperature and vibration integrated intelligent wireless sensor combines sensor data collection, edge processing, and Cat.1 wireless communication functions. The product is equipped with a large-capacity lithium battery, a three-axis vibration sensing accelerometer, a PT100 platinum resistor, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound of the equipment. It features embedded intelligent diagnostic algorithms and can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early faults in rotating machinery such as bearings and gearboxes.

The SW3600-X series temperature and vibration integrated intelligent wireless sensor combines sensor data collection, edge processing, and Zigbee wireless communication functions. The product is equipped with a large-capacity lithium battery, a three-axis vibration sensing accelerometer, PT100 platinum resistance, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound of the equipment. Embedded with intelligent diagnostic algorithms, it is widely applicable in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis, enabling precise diagnosis of early faults in rotating machinery such as bearings and gearboxes.

The SW4700-X series wireless passive temperature sensors are suitable for high and low voltage switchgear cabinets, monitoring the temperature of electrical nodes prone to heating. These sensors collect temperature data and transmit it wirelessly to prevent safety hazards caused by excessive contact resistance due to oxidation, loosening, dust, and other factors during operation. They enhance equipment safety, provide timely, continuous, and accurate reflection of equipment operating status, and reduce equipment failure rates. They can be widely used in industrial AI fields for temperature monitoring of busbars, star contacts, cables, and other components inside electrical distribution cabinets.

The SW5700-X series wireless temperature measurement receiver uses transparent data transmission, sending information to terminal devices via RS485 to achieve wireless interconnection. This module supports 433MHz and 2.4GHz signal bands and can realize point-to-point master-slave transceiver mode and star network connection data transmission mode. This technology does not require rebuilding the communication network structure, making it more convenient for users and significantly reducing costs.