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Application Of Infrared Thermal Imager In Industrial Facilities
- Nov 06, 2018 -

Application of Infrared Thermal Imager in Industrial Facilities
The input of machinery in the factory industry is very high and it needs to be operated continuously. In order to maintain stable profits, fault prevention devices are generally provided. Therefore, the main task of the infrared thermal imager is to maintain the testing machine. Another use of IR thermal technology in industry is to accurately detect running machines and keep them in a safe operating state. With easy hand-held and non-contact readings, infrared thermal imagers can be detected during machine operation and do not need to close the machine. This saves time and reduces costs.
The typical application of thermal imager in industrial facilities inspection:
1, the equipment that does not interrupt the operation of the test:
In order to ensure the safe and reliable operation of the machinery, it is necessary to carry out a regular and orderly fault prevention inspection. In the operation of the equipment, due to the unusually high pressure of the equipment, the temperature is abnormal, and it may also cause temperature anomalies due to high friction, or the wear of components or the lack of lubricants. If these problems are not discovered and allowed to develop, they will cause fatal malfunctions in mechanical facilities.
A highly sensitive thermal imager can easily help you solve the maintenance problems, formulate a regular maintenance plan, promptly detect temperature anomalies, and take corresponding maintenance measures is the key to save costs and ensure safe production.
Key test sites: bearings, motors, etc..
2, adiabatic test:
In manufacturing enterprises, heat insulation of heating equipment or parts is the key to avoid fire or loss after fire. For these thermal insulation procedures, red imagers can also be used for periodic testing to ensure its integrity and determine industrial and production safety.
3, liquid level test of tank:
Strict control of the liquid level of the tank has been proved to be an effective method to avoid machine damage and reduce production loss. For example, when the coolant drops to the critical point, the machine can not be completely cooled. In this state, if it continues to operate, the machine will be damaged. The liquid level meter of the tank does not clearly reflect the liquid level state.
The thermal imager can clearly reflect the state of the liquid level through the principle of different specific heat capacity of the liquid and air, and assist the engineer in monitoring this to ensure production safety.
However, not all thermal imagers can complete this application. The higher the thermal sensitivity, the more obvious the measurement results.