Regarding the inspection of the temperature of the outer spherical bearing housing, the temperature of the outer spherical bearing housing can generally be inferred from the temperature outside the outer spherical bearing housing. If the oil inlet can be used to immediately measure the temperature outside the outer spherical bearing housing, it is more suitable. Generally, the temperature of the outer spherical bearing pedestal gradually rises with the operation of the outer spherical bearing pedestal at the beginning, and it becomes stable after 1-2 hours

The normal temperature of the outer spherical bearing pedestal varies depending on the thermal conductivity, heating capacity, rotational speed ratio, and load of the equipment. If the lubrication and installation are not suitable, the temperature of the outer spherical bearing seat will rise sharply, and abnormal high temperatures will be found. At this time, it is necessary to terminate the operation and take necessary preventive measures. The application of a thermal sensor can detect the operating temperature of the outer spherical bearing seat anytime and anywhere, and complete a fully automatic alarm or termination when the temperature is higher than the standard value to avoid injury or death accidents of the combustion shaft

High temperatures often indicate that the outer spherical bearing pedestal is already in abnormal condition. High temperatures can also harm the lubricating fluid in the outer spherical bearing housing. Sometimes the overheating of the outer spherical bearing housing can be attributed to the lubricating fluid of the outer spherical bearing housing. If the temperature of the outer spherical bearing seat is higher than 125 ℃ for a long time, even football transfer can reduce the service life of the outer spherical bearing seat. Causes of high temperature outer spherical bearing seats include insufficient or excessive lubrication, and lubricating fluid

There are debris in the outer spherical bearing seat, excessive load, damaged rings in the outer spherical bearing seat, insufficient clearance, and high friction caused by the sealing ring. Therefore, continuous testing of the temperature of the outer spherical bearing housing is necessary, whether it is measuring the outer spherical bearing housing itself or other major components. If the operating standards are consistent, all temperature changes can indicate that common faults have occurred

The timely measurement of the temperature of the outer spherical bearing housing can be achieved by means of a thermometer, such as a digital thermometer for the outer spherical bearing housing. The temperature of the outer spherical bearing housing can be accurately measured and indicated by the enterprise based on the temperature of ℃ or Fahrenheit. The necessary S-shaped spherical bearing housing means that when it is damaged, it will cause the shutdown of machinery and equipment. Therefore, such spherical bearing housings should be retrofitted with temperature detectors