Reducers are often used in harsh working environments, such as high temperature and humid environments, which will cause the internal parts and lubricating oil of the reducer to be susceptible to corrosion, oxidation and other problems, thereby reducing the performance and life of the reducer. Therefore, it is very important for reducer manufacturers to conduct a heat and humidity resistance test. The heat resistance test can simulate the environment of high temperature and humidity, detect the performance change of the reducer in this environment, help the manufacturer to adjust the design and production process of the product, and improve the quality and reliability of the product.
The constant temperature and humidity Test Chamber can simulate various high temperature and high humidity environments, and is used to test the durability of mechanical equipment such as reducers in humid environments.
experiment method
The following is the application and test method of the constant temperature and humidity Test Chamber in the damp heat resistance test of the reducer:
1. Prepare samples: According to the test standards, prepare reducer samples that meet the requirements, including gears, bearings, oil seals and other components.
2. Set the test conditions: According to the test requirements, set the required temperature and humidity conditions in the damp heat Test Chamber.
3. Install the sample: put the prepared sample into the Test Chamber, and ensure that the sample is under the test temperature and humidity.
4. Test process: Test under the set conditions, record the operating status of the reducer, noise, vibration and oil changes and other data.
5. Analyzing data: Carry out data analysis according to the test results to evaluate the durability of the reducer.
6. Report preparation: prepare test reports, including test conditions, test results, conclusions and suggestions.
