The High Temperature Pressure Jet Waterproof Test Chamber is a crucial piece of experimental equipment, typically constructed from materials like stainless steel or domestic steel plates. This chamber is designed to simulate high-temperature and high-pressure conditions found in real-world environments, allowing for the reliability testing and performance verification of various products.

The primary function of this test chamber is to spray high-pressure and high-temperature water onto materials, components, and various product equipment. This is achieved through water pumps or pressure conveying systems within environments characterized by high pressure, temperature, and humidity. The purpose of these tests is to evaluate the durability and reliability of the products. This type of testing has applications across several industries including automotive, electrical appliances, and LED outdoor lighting.

Key Functions of the High Temperature Pressure Jet Waterproof Test Chamber:

This test chamber boasts stable temperature control capabilities, with automatic regulation of temperature, pressure, and humidity. It also incorporates numerous safety protection measures. Different models can be selected based on specific needs. Utilizing a high-temperature and high-pressure spray test chamber can effectively assess the lifespan and stability of products.

In essence, the High Temperature Pressure Jet Waterproof Test Chamber is an essential tool for improving product waterproof performance, aiding in design processes, and enhancing competitive advantages. Consequently, it has become an indispensable experimental tool in modern production and manufacturing across various industries.

Structure and Functionality of the IPX9K High Temperature Pressure Jet Waterproof Test Chamber:

The IPX9K High Temperature Pressure Jet Waterproof Test Chamber comprises several key components: a quantitative spray system, circuit control system, heating system, cooling system, high-pressure water source system, protective screen, among others.

The quantitative injection system includes a spray nozzle along with several nozzles of varying sizes to ensure accuracy in different testing scenarios. The circuit control system enables precise control over the water temperature and pressure within the chamber. Heating and cooling systems assist in maintaining optimal temperatures to enhance test results.

This powerful test chamber can evaluate the waterproofing, dustproofing, and acid-base resistance of electronic devices. For instance, when assessing the waterproof performance of a mobile phone, it can be placed inside the chamber where it will be sprayed with high-pressure and high-temperature water to determine if it operates normally under such conditions.

Steps for Changing Water in the IPX9K High Temperature Pressure Jet Waterproof Test Chamber:

1. Open the water tank cover to inspect if the water quality has become turbid; if so, replace it promptly.

2. Ensure that the drainage pipe at the back is securely connected; place one end into a drainage channel.

3. Open the drain valve to begin draining.

4. Thoroughly drain all water from the tank before closing the drain valve.

5. Check if the water inlet pipe is clear and that the faucet is on.

6. Enter the testing interface, click "Add Water," and wait until refilling completes.

Experimental Parameters for IPX9K High Temperature Pressure Jet Waterproof Test Chamber:

1. Cycle count setting: Set number of cycles (standard requires one).

2. Spray time setting: Set duration for each nozzle (standard 30 seconds).

3. Interval setting: Set time between nozzle switches (standard 10 seconds).

4. Water temperature setting: Set test water temperature (standard 80℃).

5. Rotary table speed setting: Adjust rotational speed (standard 5r/min).

6. Sample power-on time setting: Duration when sample is powered during testing.

7. Sample power-off time setting: Duration when sample is unpowered during testing.

BONAD's High Temperature & Pressure Jet Waterproof Test Chamber adheres to standards like IEC60529:1989 +A1:1999 +A2:2013 "Degrees of protection provided by enclosures(IP Code)," GB4208, DIN40050-9，GB7000.1，ISO20653，and VW80000 for IPX9K level testing. It’s specifically designed for vehicle spare parts as well as electrical and electronic industries to simulate natural or human-induced environmental conditions.

Both interior and exterior are made from high-quality stainless steel with a large glass observation window for an elegant appearance. The turntable and spray lance use imported motors with adjustable rotation speeds.