Water-Cooled Xenon Lamp Weathering Test Chamber

Product application:
The chamber of the air-exchange aging test box is processed and formed by a CNC machine tool, with an aesthetically pleasing, generous, and novel design. It also features a non-reaction handle for easy operation.

The inner lining of the chamber is made of imported high-grade stainless steel (SUS304) plate or fabricated by TIG (tungsten inert gas) welding with 304B stainless steel.

The outer shell is made of A3 steel plate with plastic spraying, enhancing the appearance and cleanliness.

The air-exchange aging test box is equipped with an intelligent programmable microcomputer controller with temperature control protection, featuring a timer function for precise and reliable temperature control.

A large observation window with a lighting lamp keeps the interior bright, and the use of tempered glass allows for a clear view of the conditions inside the chamber at any time.

The hot air circulation system consists of fans that can operate continuously at high temperatures and specially designed air ducts, ensuring uniform temperature distribution within the working chamber.

The aging box is equipped with a low-speed rotating turntable.

The chamber insulation uses superfine glass fiber insulation cotton to avoid unnecessary energy loss.

The duration and frequency of air exchange can be set arbitrarily.

Compliance with standards:
The water-cooled xenon lamp weathering test chamber is strictly designed and manufactured according to the technical parameters of GB/T 14049-2008.

It also complies with the corresponding technical parameter requirements of GB/T 16422.2-1999, GB/T 2424.14-1995, and GB/T 2423.24-1995.

Chamber structure:
The outer shell of the water-cooled xenon lamp weathering test chamber is made of high-quality A3 steel plate, processed and formed by a CNC machine tool.

The exterior surface is treated with plastic spraying, giving it a smooth and aesthetically pleasing appearance. (The edges have now been upgraded to rounded corners.) The inner lining is made of imported SUS304 high-quality stainless steel plate.

High-density glass fiber cotton is used for insulation, with a thickness of 80 mm.

The water-cooled xenon lamp weathering test chamber is equipped with a long-shaft fan motor and a stainless steel multi-blade impeller that is resistant to high and low temperatures, to achieve strong vertical diffusion and circulation of airflow.

Dual-layer high-temperature-resistant, high-tension sealing strips are used between the door and the chamber to ensure the airtightness of the test area.

A non-reaction door handle is adopted for easier operation.

The machine is mounted on high-quality, fixed PU casters at the bottom.

The observation window is made of multi-layer hollow tempered glass, which allows for a clear view of the test process.

Control system:
The lifespan of a xenon arc lamp depends on the radiation intensity level used, and the typical service life of a lamp is 500 hours. The lamp replacement is convenient and quick.

The water-cooled xenon lamp test machine is equipped with long-lasting filters that ensure the required spectral characteristics are maintained.

Refrigeration system:
The refrigeration machine uses a fully enclosed compressor that is originally imported from France, specifically the "Tecumeth" brand.

The refrigeration system adopts a single-stage or two-stage low-temperature loop system design.

It features an American "Arico" drier filter, a Taiwanese "Guan Ya" oil separator, and an Italian "Castel" solenoid valve.

A multi-blade fan is used for powerful air circulation, eliminating any dead zones and ensuring uniform temperature and humidity distribution within the test area.

The airflow design for exhaust and return air meets the testing standards for air pressure and velocity, and allows for rapid temperature and humidity stabilization after the door is opened.

The heating, cooling, and humidifying systems are completely independent, which can improve efficiency, reduce testing costs, extend service life, and lower the failure rate.