The xenon lamp aging test chamber is an equipment used for aging testing materials, and the core component of this equipment is the xenon lamp. In order to conduct better testing, it is necessary to set the lighting cycle of the xenon lamp aging test chamber correctly.
Firstly, it is necessary to understand that the light cycle refers to the sum of the xenon lamp exposure time and non exposure time. For example, a light cycle of 10 hours includes 8 hours of exposure time and 2 hours of non exposure time. This lighting cycle is a common setting, but the specific setting needs to be determined based on different testing needs.
In practical applications, the lighting cycle of the xenon lamp aging test chamber should be combined with the test requirements and material characteristics. Some special experiments require longer exposure time and no exposure time, while others require shorter time. Generally speaking, the common lighting cycle ranges from a few hundred hours to a thousand hours.
In order to achieve better results, the xenon lamp aging test chamber is usually designed with multiple lighting cycles for customers to choose according to their needs. In addition, strict calibration of the test chamber is required before testing to ensure the accuracy and reliability of the test results.
In summary, the lighting cycle of the xenon lamp aging test chamber is determined based on material characteristics and test requirements. Correct settings can improve the accuracy and reliability of testing, ensuring the validity of test results. Before use, it is necessary to calibrate the test chamber to ensure the accuracy and reliability of the test.
Post time: Aug-03-2023