1、 Product Introduction:
 The walk-in mold laboratory, also known as the walk-in mold laboratory or the walk-in mold test box, is a commonly used testing equipment in fields such as aviation, automotive, home appliances, and scientific research. It is used to test and determine the performance indicators of electrical and electronic components in humid and hot environments.

2、 Box structure:

The box is processed and formed by CNC machine tools, with a beautiful and elegant shape, and adopts non reactive handles for easy operation.

The inner liner of the box is made of imported High-grade stainless steel (SUS304) mirror panel, and the outer liner of the box is made of A3 steel plate spray painted, which increases the appearance texture and cleanliness.

The large observation window is equipped with lighting to keep the inside of the box bright, and uses tempered glass embedded in the heating body to observe the condition inside the box clearly at any time.

Equipped with a test hole with a diameter of 50mm, it can be used for external testing power or signal lines

3、 Control system:

The temperature and humidity control adopts Korean digital touch buttons, with touch setting, digital and direct display, eliminating the shortcomings of the original temperature and humidity comparison. The temperature control output power is controlled by P I. D microcomputer calculation to achieve high-precision and high-efficiency electricity efficiency. If an error occurs, a warning alert will be provided. Optional printer

The test chamber has an air supply function, and after the test is completed, there is an exhaust system to prevent mold and spore retention during the test.

The refrigeration unit adopts the original French Taikang fully enclosed compressor.

The dry filter, refrigerant flow window, repair valve, oil separator, solenoid valve, and storage tank are all imported original parts

The refrigeration system adopts a unit or binary low-temperature circuit system design< br/> Adopting a multi wing air supply fan for strong air circulation, avoiding any dead corners, can make the temperature distribution in the testing area uniform.

The design of wind path circulation for air outlet and return ensures that the wind pressure and speed meet the testing standards, and can quickly stabilize the temperature at the moment of opening the door.

Heating, cooling, and complete system independence can improve efficiency, reduce testing costs, increase lifespan, and decrease failure rates.

Overall equipment overheating; Overall equipment under phase/reverse phase; Overall equipment overload; Refrigeration unit overpressure; Overall equipment timing;

Other protections include leakage, operation indication, automatic shutdown after fault alarm, etc.