Our company's wireless temperature measurement and State Grid (joint development) enterprise

State Grid Joint Development of Temperature Measurement Patent: ZL.2

1. Application:

Wireless temperature measurement is suitable for high, medium, and low voltage power systems (110KV, 6-35KV, and 0.4KV). (High voltage switchgear, low voltage switchgear, ring main unit, outdoor transformer, dynamic and static contacts, busbars, bus ducts, cable joints)

2. Technology:

Our company's products use Zigbee wireless technology. The product adopts low-power design: the sensor life is designed to be 5-10 years. Frequency: 2.4GHz (within 30 meters), 433MHz, 868MHz (within 500 meters), sensor chip adopts American TI. Xianye wireless temperature measurement with anti-collision function, transmitting data without collision (software setting, exclusive to Xianye). Each sensor has its own corresponding address number. The wireless temperature measurement host can be flexibly matched on site.

3. Advantages:

Engaged in power wireless temperature measurement for 15 years. We currently have 26 professional construction teams, all of whom have high and low voltage construction certificates.

Service: We can provide on-site installation, backend debugging, backend networking, product acceptance, personnel training and other services.

4. Wireless temperature measurement qualification certificate:

National high-tech enterprise, Shanghai production-oriented quality management system ISO9000 certified enterprise, the company owns State Grid Electric Power Science Academy, Shanghai Metrology Bureau and East China National Metrology Testing Center, Jiangsu Smart Grid Testing Report, China Institute of Metrology and Technology related electromagnetic compatibility test reports and calibration reports. (Online monitoring device software certificate issued by the Shanghai Municipal Government)

XY-CGQ-N wireless temperature sensor (infrared thermal imaging)

1. Wireless temperature sensors are used to measure the operating temperature of high-voltage outdoor transformers, outdoor circuit breakers, and other devices.

2. Wireless temperature measurement adopts a residual adsorption function, where the sensor is placed at any position on the transformer and magnetically attracted to the surface of the transformer.

3. A wireless temperature sensor is composed of a temperature sensor, signal conditioning and amplification, logic control circuit, wireless modulation interface, etc.

4. The sensor sends the collected temperature signal to the wireless temperature monitoring device through a wireless network.