Aging laboratoryCategory:

1: Room isolation testing system type

The room size of the isolated aging room is designed according to customer requirements. The entrance and exit doors are insulated sliding doors or double insulated doors. In addition, observation windows can be set up as needed to facilitate the observation of indoor product testing conditions outdoors. If power supply is required, power sockets should be installed in a convenient location to meet the needs of product aging testing. Features: Low requirements for product style and trolley style,Aging laboratoryLarge activity space, simple structure, and low cost.

2: Chamber isolated testing system type

The size of the isolated aging room in the Chamber is designed according to customer requirements. The testing area adopts sliding doors and large angle glass windows. If the product requires power supply, domestic sockets are used to fix it on the product trunking or in a convenient location in the testing area for operation. Features: It allows operators to test products up and down without entering the aging room testing area, and can clearly see the B/I status of the products during the testing process; Eliminating the need for operators to enter aging rooms and endure the pain of overheating can save more energy.

3: Mobile testing system type high temperatureAging laboratory

high temperatureAging laboratory

The mobile aging room is directly processed into finished products in our company (if the required volume is too large, it is assembled on the customer's site), and the size of the trolley is designed according to the customer's requirements. Suitable for small batch testing of low production or R&D experimental products, similar to the Chamber testing system in other parts, with the characteristics of small footprint and the ability to be relocated and moved at any time.

Product Usage

Aging rooms, high-temperature aging test rooms, and walk-in aging rooms are testing equipment used in scientific research fields such as aviation, automotive, home appliances, and lighting to test and determine the parameters and performance of electrical, electronic, and other products and materials after undergoing high-temperature, or constant temperature, aging tests The programmable constant temperature and humidity test chamber is suitable for schools, factories, research institutes, and other units.

　　Aging laboratoryBox structure:

The base of the chamber is welded with channel steel to form a mesh frame, which can withstand the weight of the chamber and personnel specimens under horizontal conditions without causing unevenness or cracking on the bottom surface of the chamber.

The electrical control cabinet adopts A3 board spray coating, and the overall design is basically made according to the room body, making its appearance more coordinated with the room body.

The main function of the air conditioning part is to regulate the temperature inside the studio, that is, to evenly transmit the work done by the "heating" part to every corner of the studio, so that the uniformity and fluctuation of the indoor temperature meet the requirements of user testing standards. The design of the air inlet and outlet, as well as the circulating air duct, of the programmable constant temperature and humidity test chamber air conditioning system is fundamental to the quality of the entire laboratory.

Heating system:

Select a finned stainless steel heater with a far-infrared nickel complex gold wire heating core.

Technical Specifications:

Temperature range: Room temperature+10 ℃~100 ℃ 150 ℃

Temperature fluctuation: ± 0.5 ℃

Temperature deviation: ≤± 2 ℃

Time setting range: 0-9999 hours

Temperature control:

　　Aging laboratoryAdopting imported digital touch buttons and coordinated control of the P. I. D system on the same channel; Microcomputer PID control instrument (humidity directly displays percentage value), accuracy: 0.1 ℃ (display range); Resolution: ± 0.1 ℃;

Temperature sensor: PT100 platinum resistance tester;

　　Aging laboratoryprotection system

1. Overall equipment overheating

2. Overall equipment phase loss/reverse phase

3. Overall equipment timing

4. Overall equipment overload

5. Other protections include leakage, operation indication, sound and light alarm, automatic shutdown after alarm, etc.