The large experimental space allows operators to operate the test samples in the laboratory, providing conditions for temperature and humidity environment testing for industrial manufacturers' batch or large parts, semi-finished products, and finished products.

The laboratory can also be connected to a computer (equipped with RS-485/RS232 communication)Interface connected to computer, capable of connecting to printer to print temperature and humidity curve monitoring data）The laboratory can be operated and controlled on a computer.

The interior door of the laboratory is equipped with a large observation window (with defrosting technology to prevent crystallization), which allows users to conveniently observe the test results of the sample products.

The house is assembled with double-sided color steel insulation panels (polyurethane panels or rock wool panels), and the thickness of the panels is selected in both directions according to the needs of the testing room and the customer. The thickness of the panels is 100mm, and the thickness of the color steel plates is 0.5mm. The entire warehouse adopts a steel frame structure with fixed supports such as stainless steel. The interior and exterior of the warehouse are wrapped with high-quality stainless steel panels; (Ground treatment part according to customer requirements), sealing glass glue is applied at the joint to effectively ensure the sealing and aesthetics of the room (SUS # 304 stainless steel color steel plate)

Reliability non-standard customized large-scale alternating humidity test purpose

The reference standards are: GB/T2423.1-2008 Test A Low Temperature Test Method, GB/T2423.2-2008 Test B High Temperature Test Method, GB/T2423.3-2006 Test Ca Constant Damp Heat Test Method, GB/T2423.4-2008 Test Db Alternating Damp Heat Test Method

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 lining of the box is made of imported high-quality stainless steel (SUS304) mirror panels, and the outer lining of the box is made of A3 steel plate spray painted, which increases the appearance texture and cleanliness.

The water replenishment tank is located at the bottom right of the control box and has automatic water shortage protection, making it more convenient for operators to replenish water sources.

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.

Separating the humidification system pipeline from the control circuit board can prevent malfunctions caused by water leakage in the humidification pipeline and improve safety.

The waterway system, pipeline, and circuit system are easy to maintain and repair.

The insulation of the box is made of ultra-fine glass fiber insulation cotton, which can avoid unnecessary energy loss.

There is a 50mm diameter test hole on the left side of the box, which can be used for external testing power or signal lines.

(1) The inner wall of the studio is made of imported SUS304 # stainless steel mirror panels, which are processed and formed. The wall surface is resistant to high temperature, corrosion, and easy to clean

(2) The shell is made of high-quality cold-rolled sheet metal and processed into shape. The surface is phosphated, electrostatically sprayed with powder, and subjected to high temperature treatment, making it resistant to friction, corrosion, and peeling

(3) The insulation layer adopts hard polyurethane foam and ultra-fine insulation cotton

(4) Stainless steel finned high-speed heating (1.0KW × 1) electric heating tube

(5) Specialized motor and centrifugal convection fan for achieving strong convection and vertical diffusion circulation

(6) Imported SUS304 # stainless steel mirror panel with specially designed air duct, using split flow blower, can effectively ensure the uniformity of temperature circulation inside the test chamber

(7) Stainless steel movable sample test stand, with a load-bearing capacity of over 25Kg per layer (two layers in total)

(8) The refrigeration system uses a French imported unit type Taikang fully enclosed compressor unit, and the refrigerant uses DUPONT's Euro II standard R404a refrigerant (10) air-cooled condenser and finned convection evaporator

(9) Imported refrigeration accessories (Italian made solenoid valves, filters, American made pressure controllers, oil pressure controllers, shock absorbers, Taiwanese oil separators, etc.)

(10) The temperature measurement adopts imported PT-100 sensor

(11) The temperature control adopts an imported temperature controller (with a touch button setting method) Detect and control the required temperature inside the box, and use SSR solid-state relays as heating actuators.

Characteristics of Large Scale Damp Heat Alternating Environment Test Room Products:
1. The air path in this laboratory adopts a hot air circulation method, and the excellent design of the air path ensures a good airflow circulation in the studio. The air outlet of the blower device is equipped with a grille, which can divide the hot air into several streams and evenly send them into the working room. The user blade can adjust the grille according to the actual situation to control the position of the hot air spray.
2. This laboratory adopts a warehouse board assembly structure. The connection method of the storage board adopts internal connectors, which have the characteristics of no surface connection traces and high connection strength. There are four independent doors in front of the box, each equipped with locking devices that do not affect each other and can be opened independently. There is an observation window on the entrance, which, in conjunction with four lighting fixtures in the studio, allows for observation of the laboratory samples.
According to the principle of natural rise of hot air, the exhaust port is set at the top of the box to ensure that the gas generated during the experiment is naturally discharged into the working chamber without affecting the progress of the experiment.
4. The back of the box is equipped with an air inlet that leads directly into the heating chamber, located below the heater. Under the influence of the rising airflow formed by the impeller, fresh air from the outside can smoothly enter the heating chamber. Before entering the working chamber, the fresh air must first pass through the heater and then be sent into the working chamber by the fan blades. This can reduce the impact of external "cold air" on the temperature uniformity inside the working chamber. At the same time, this design is convenient for the overall assembly of the equipment and for future maintenance and upkeep.
5. Digital temperature control, easy to set, precise control

Equipped with a printing device to monitor the temperature curve in the studio at any time; Multi channel electrical control, connected to the trolley control circuit for easy observation, adjustment, and control of temperature at various testing points.
6. Equipped with sound and light over temperature alarm device and leakage protection device to increase the safety performance of the equipment.