Overview
KESIONOTS KS-OTS-LY125 rain test chamber liner is made of SUS304 mirror stainless steel, the shell is sprayed with galvanized steel plate, and the shape is novel and beautiful. Equipped with imported control instruments and electric switches, the door has a lamp observation window and built-in lighting, which is convenient for observing the specimen. Support custom size and performance standards, simple operation, easy installation, training and maintenance.
Features
1. The liner is made of SUS304 mirror stainless steel, and the shell is sprayed with galvanized steel plate, which is beautiful and durable.
2. Import control instruments and electronic switches to ensure the overall mass.
3. The door is equipped with a lighted observation window and built-in lighting to provide good observation conditions.
4. Size and performance standards can be customized according to user requirements.
5. Easy to operate, easy to install, train and maintain.
Principle
The rain test chamber simulates the rain environment through the water spray system to test the waterproof performance of the product. The water spray ring swings with a set radius and swing, the water spray hole sprays water, the test bench can swirl/spin, and the water pressure is controlled by the flowmeter to ensure that the test conditions meet the standard requirements.
Applications
Automobile lamps, wipers, waterproof strips, locomotive instruments, low-voltage electrical shell protection
Standards
GB/T 4942.2-1993, Shell Protection Rating (IP code), GB4208-2008, GB/T10485-2007
Steps
1. Install the test chamber and connect the power supply and water source.
2. Set the controller parameters, such as pendulum tube swing, test bench speed and time.
3. Place the specimen on the test bench.
4. Start the equipment and start the rain test.
5. Observe the status of the specimen and record the test results.
6. After the test, shut down the equipment and clean up the site.
Notice
• Make sure the power supply is connected correctly to avoid the risk of leakage.
• Regularly check water pipes and spray holes to prevent clogging.
• Pay attention to safety during testing to avoid water splashing on electrical components.
• Cut off the power supply during maintenance to prevent accidental startup.
• Set parameters according to standard requirements to ensure test accuracy.
