Rotary Ventilation Aging Testing Machine

Rotary ventilation aging testing machine SPECIFICATION

Box material:

 1. The inner liner of the box is high-quality (SUS304) stainless steel plate.

 2. The box shell is made of high-quality A3 steel plate machined by CNC machine, and the surface of the shell is sprayed with plastic, which is beautifully shaped and polished.

 3. Arc modeling and surface spraying treatment, high quality appearance.

 4. Insulation material adopts ultra-fine glass fiber cotton, the thickness of insulation cotton is 150mm, to ensure a balanced and stable temperature in the laboratory.

 5. The circulation system adopts high-power long axis fan motor, high temperature resistant stainless steel axial impeller to achieve the strength of convection vertical diffusion circulation.

 6. The aging box is equipped with a low-speed turntable, which can be rotated 360 degrees, and 2 layers of stainless steel specimen trays.

 7. Double-layer high-temperature-resistant and high-rising sealing strip is used between the door and the box to ensure that the test area is airtight.

 8. The indoor sample rack and other accessories are made of SUS304 stainless steel.

 9. The equipment is installed with a visual observation window, which is made of multi-layer hollow tempered glass, so that the test process can be clearly observed.

10. The rotating and air-exchange system of the sample rack and the control of the heating system are independent.

11. The left side of the box is equipped with a Φ50mm test hole, which can be used for external test power line or signal line.

12. The bottom of the chamber adopts high-quality fixed PU movable wheels, which is convenient to move.

13. The control part of the equipment is designed on the right side of the equipment, distributed with temperature controller, control switch, etc., which is convenient, simple and easy to maintain.

In the field of material testing, gas change aging tester has become the preferred equipment for many enterprises and scientific research institutes due to its efficient and accurate performance. The single-door design of the gas-exchange aging tester is a more convenient and reliable solution for material aging test with its unique structural advantages and excellent performance.

Product function: simulate the real aging environment, accelerate the testing process

The single door design of the ventilation aging tester is mainly used to test the aging performance of wire, cable, insulator or coated rubber test piece and other materials. By simulating high temperature, high humidity, light and other environmental conditions in actual use, it accelerates the aging process of the material, and is able to complete the assessment of the durability of the material in a short period of time. Its core functions include:

Temperature control: The equipment can accurately control the test temperature, ranging from room temperature to 300℃, to meet the aging test requirements of different materials.

Humidity Adjustment: Through the humidity control system, it simulates a humid or dry environment to evaluate the performance changes of materials under different humidity conditions.

Air exchange function: The automatic air exchange system can set the number and time of air exchange according to the test requirements, discharging the aging air and introducing fresh air to ensure the dynamic balance of the test environment.

Light simulation: Some models are equipped with light system to simulate ultraviolet rays and visible light in the sunlight, and evaluate the fading, chalking and other aging phenomena of the material under light conditions.

Advantages of the product: high efficiency, precision, safety and convenient operation.

The single-open door design of the air-exchange aging tester has a number of significant advantages:

Efficient aging: through the hot air circulation system and automatic air exchange function, it accelerates the aging process of materials and shortens the testing cycle.

Precise control: Adopting advanced PID control technology to ensure precise adjustment of temperature, humidity and air exchange rate, and high repeatability of test results.

Safe and reliable: the equipment is equipped with an over-temperature automatic cut-off protection device to prevent overheating and damage to the equipment, as well as to protect the safety of the operator.

Convenient operation: single door design is convenient for placing and taking out samples, large observation window and lighting can monitor the test process in real time.

Third, the use of the process: simple to understand, efficient and convenient

The operation flow of single door weathering tester is as follows:

Equipment inspection: before turning on the equipment, check whether the components are normal, to ensure that the interior of the test box clean and dry.

Parameter setting: set the temperature, humidity, air exchange rate and other parameters required for the test through the control panel.

Placement of samples: Place the samples to be tested on the turntable inside the test chamber, make sure that the samples are not in contact with each other.

Start the test: Close the door and start the test, the equipment automatically adjusts the environmental conditions and starts the aging test.

Observe and record: Observe the sample changes in real time through the observation window and record the test data.

End the test: After the test is completed, remove the sample, turn off the power supply of the equipment and clean the test box.

Fourth, the installation of precautions: detail control to ensure stable operation of the equipment

Environmental requirements: the equipment should be placed in a well-ventilated, suitable temperature indoor environment, avoid direct sunlight and humidity.

Power supply connection: Make sure the power supply voltage is consistent with the requirements of the equipment, and use independent power socket to avoid voltage fluctuation.

Grounding protection: The equipment should be reliably grounded to prevent leakage accidents and avoid electromagnetic interference.

Regular maintenance: Clean the internal and external surfaces of the equipment regularly, check the sensors and heating elements, and replace the aging parts in time.