Air-Cooled Xenon Lamp Climate Test Chamber

Product application:
The Air-Cooled Xenon Lamp Climate Test Chamber utilizes xenon arc lamps that can simulate the full solar spectrum to reproduce the destructive light waves present in various environments. It can provide corresponding environmental simulation and accelerated testing for scientific research, product development, and quality control. The SN-type Xenon Arc Test Chamber can be used for the selection of new materials, improvement of existing materials, or evaluation of the durability changes after alterations in material composition. It can effectively simulate the changes that materials undergo when exposed to sunlight under different environmental conditions.
Compliance with standards:
This product is strictly designed and manufactured according to the technical parameters of GB/T 16422.2-1999. It also complies with the following related standards:
GB/T 1865-2009
GB/T 9344-1988
ASTM G155
GB/T 16422.2
GB/T 2423.24-1995
ISO 10SB02/B04
SAE J2527
SAE J2412

Chamber structure:
The outer shell is made of high-quality A3 steel plate processed by a CNC machine tool, and the surface of the shell is treated with spray plastic, which looks cleaner and more beautiful. (The edges have now been upgraded to rounded corners.) The inner shell is made of imported high-quality SUS304 stainless steel plate. - **Insulation Material**: High-density glass fiber wool, with an insulation thickness of 80mm. - **Circulation System**: The xenon arc weathering test chamber uses a long-shaft fan motor with a stainless steel multi-blade impeller that is resistant to high and low temperatures, to achieve strong vertical diffusion and circulation. - **Sealing Between Door and Chamber**: Double-layer high-temperature-resistant, high-tension sealing strips are used to ensure the airtightness of the test area. - **Door Handle**: Equipped with a non-reactive door handle for easier operation. - **Base of the Machine**: Equipped with high-quality fixed PU casters. - **Observation Window**: Multi-layer hollow tempered glass, which allows a clear view of the test process.

Control system:
- **Full-spectrum Xenon Arc Lamp**: Provides a light spectrum that closely simulates natural sunlight. - **Multiple Filter Options**: Various filtering systems are available to meet different testing requirements. - **Water Spray Function**: Simulates the effects of rain and dew on materials. - **Relative Humidity Control**: Ensures accurate and consistent humidity levels during testing. - **Air Temperature Control System**: Precisely controls the air temperature inside the chamber. - **Irregularly Shaped Sample Holder**: Allows for the secure placement of samples with different shapes and sizes. - **Cost-effective Xenon Arc Lamps**: Offers good performance at an affordable price. - **Easy Installation and Low Maintenance**: Simple to set up and use, with minimal daily maintenance required. - **Xenon Arc Lamp Life**: The lifespan of the lamp depends on the radiation intensity level used, with a typical lifespan of around 1600 hours. Lamp replacement is quick and easy, and the long-lasting filters ensure the required spectral output is maintained.

Refrigeration system:
The Air-Cooled Xenon Lamp Climate Test Chamber refrigeration unit employs a fully enclosed compressor from the original French brand “Tecumseh”. - **Refrigeration System Design**: Utilizes a single-stage or dual-stage low-temperature loop system. - **Components**: - Drying filter: “Alco” from the USA. - Oil separator: “GuanYa” from Taiwan. - Solenoid valve: “Castel” from Italy. - **Air Circulation System**: Equipped with multi-blade fans for powerful air circulation, eliminating any dead zones and ensuring uniform distribution of temperature and humidity within the test area. - **Airflow Design**: The air circulation system is designed for optimal outflow and return airflow, meeting test standards for air pressure and velocity. It also allows for a quick recovery of temperature and humidity stability when the door is opened. - **Independent Systems**: The temperature increase, temperature decrease, and humidification systems are completely independent, which enhances efficiency, reduces testing costs, extends service life, and lowers the failure rate.