If a problem with the motor cannot be found and dealt with in time, one motor may be scrapped, and the progress of the entire production line may be affected. Some production lines cannot be stopped at any time, otherwise the loss cannot be estimated. The temperature detection and control of the motor plays a vital role in industrial production. At present, there is no real-time online monitoring system for the temperature of the motor in China. The use of infrared thermal imaging cameras can achieve non-contact real-time accurate temperature measurement and monitor the temperature of the motor, which can effectively reduce the failure rate of the motor.

The application of infrared thermal imaging in electrical equipment has the following advantages:

1. Fault detection: Infrared thermal imaging technology can detect thermal anomalies in electrical equipment and help early detection of fault signs. By capturing the temperature distribution on the surface of the motor equipment, potential failure points can be identified, such as cable connection problems, insulation damage, motor bearing failure, etc. This helps to take repair measures in advance, avoiding equipment failures and production interruptions.

2. Preventive maintenance: Infrared thermal imaging technology can be used to regularly monitor the thermal state of electrical equipment to help preventive maintenance. By regularly detecting the temperature change of the motor equipment, temperature rise or abnormal conditions can be found in time, so that maintenance measures can be taken early to prolong the service life and reliability of the equipment.

3. Energy consumption management: Infrared thermal imaging technology can help evaluate the energy consumption of electrical equipment. By detecting the heat loss and inhomogeneity of the motor equipment, it is possible to find out the problems of energy waste and inefficiency, optimize the operating parameters of the equipment, reduce energy consumption, and improve energy utilization efficiency.

4. Safety monitoring: Infrared thermal imaging technology can monitor temperature changes in real time during the operation of electrical equipment to help prevent potential fire and safety risks. By detecting high-temperature areas on the surface of equipment, potential overloads, short circuits, and other safety hazards can be found, and timely measures can be taken to avoid accidents.

5. Non-contact: Infrared thermal imaging technology is a non-contact detection method that can be detected while the equipment is running without stopping or disassembling the equipment. This greatly facilitates the process of equipment maintenance and troubleshooting, reducing downtime and human resource consumption.

In summary, the application of infrared thermal imaging in electrical equipment has the advantages of fault detection, preventive maintenance, energy management, safety monitoring and non-contact. It provides a reliable means of monitoring the operating status of electrical equipment, helping to improve the reliability, safety and energy efficiency of equipment.