Products
IEC 60529 IPX1~2 Waterproof Vertical Dripping Testing Apparatus 1000L Test Electronic Products
Products Description
IEC 60529 IPX1~2 Waterproof Vertical Dripping Testing Apparatus 1000L Test Electronic Products
Product Information:
The equipment is designed and manufactured according to requirements of IEC 60529: 2013 IPX1, IPX2. It is used for testing electronic and electrical products, lamps, electric cabinets, electrical components, automobiles, motorcycles and their parts and components’ physical and other related properties under simulated climatic conditions. After the test, it is judged whether the performance of the product meets the requirements, so as to facilitate the design, improvement, verification and factory inspection of the product.
An IPX1 IPX2 waterproof test chamber with a drip board is a specialized testing apparatus used to evaluate the water ingress protection of electronic devices or enclosures against vertically falling water drops. The IPX1 and IPX2 ratings are part of the International Electrotechnical Commission (IEC) standard 60529, which classifies and rates the degree of protection provided by enclosures against the ingress of solid objects and liquids. IPX1 and IPX2 specifically address the device's ability to withstand dripping water. Here are the key features and functions typically associated with an IPX1 IPX2 waterproof test chamber with a drip board:
Test Chamber: The test chamber is a sealed enclosure where the device or enclosure being tested is placed. It is designed to simulate the conditions of vertically falling water drops during the test.
Drip Board: The test chamber includes a drip board or drip tray positioned below the test specimen. The drip board collects the water that falls from the specimen during the test, preventing it from splashing or spreading outside the chamber.
Water Delivery System: The test chamber incorporates a water delivery system that generates and controls the flow of water drops onto the test specimen. This system typically includes a nozzle or set of nozzles positioned above the test specimen to ensure controlled and uniform distribution of water drops.
Water Flow Control: The test chamber allows precise control of the water flow rate and intensity of the water drops. This control ensures that the test is conducted according to the specific requirements of the IPX1 or IPX2 rating.
Test Duration Control: The test chamber provides control over the duration of the test. The test duration is typically specified in the relevant standards or testing protocols, and the chamber allows for precise timing and automation of the test process.
Observation and Measurement: The test chamber is equipped with observation windows or access ports to allow for visual inspection of the test specimen during and after the test. Additionally, some chambers may incorporate measurement devices to assess the water ingress and measure any water that may have entered the test specimen.
Compliance with Standards: The IPX1 IPX2 waterproof test chamber with a drip board is designed to comply with the relevant standards, such as IEC 60529. Compliance ensures that the testing process is conducted according to established guidelines and provides reliable and comparable results.
The IPX1 IPX2 waterproof test chamber with a drip board is commonly used in industries such as consumer electronics, automotive, lighting, and outdoor equipment manufacturing. It enables manufacturers to assess the water resistance and protection of their products against dripping water, ensuring that they meet the required standards and can withstand exposure to water droplets without compromising functionality or safety.
Equipment features:
1. It is suitable for IPX1, IPX2 waterproof level test.
2. The shell is made of sprayed high-quality steel plates, beautiful and durable.
3. The drip board, inner chamber, turntable and other wading parts are all made of SUS304 stainless steel to ensure no rust for long time use.
4. The drip tank is with vacuum designed and high-rust stainless-steel construction; the nozzle base and needle can be separate, which is convenient for installing and replace the needle.
5. The water supply pipeline is equipped with a filter, which can filter impurities in the water, so as to prevent nozzle clogging.
6. With compressed air-drying function, after the test is completed, the excess water in the drip tank can be removed to avoid prolonged water fouling and block pinholes. (Note: users need to provide compressed air supply).
7. The turntable uses a reduced motor, the speed can be set on the touch screen, can reach to the speed of 1 rev/min required by the IPX1 test, and 15 °can be achieved by incline device on the turntable for IPX2 test.
Technical Parameters:
IPX1 turntable parallel
IPX2 can achieve 15° by adding the incline device on the turntable
1 +0.5 0mm/min(IPX1)
3 +0.5 0mm/min(IPX2)
Model
SN443-1000L
Inner Chamber
1000mm*1000mm*1000mm
Outer Chamber
Approx. 1500mm*1260mm*2000mm
Outer Chamber Material
Spray treatment, concise, beautiful and smooth
Inner Chamber Material
High quality stainless steel plate
Weight
Approx.300KG
Turntable
Rotating Speed
1 ~5 rpm adjustable
Turntable Diameter
600mm
Turntable Height
Adjustable height: 200mm
Turntable Bearing Capacity
Max. 20KG
Turntable Function
IPX1/2 Dripping
Dripping Hole Diameter
φ0.4 mm
Dripping Aperture Spacing
20 mm
IPX1, IPX2 Dripping speed (water flow)
Dripping Area
800X800 mm
Distance between Drip Box and Sample
200 mm
Electrical Control
Controller
LCD touch controller
Test Time
1-999,999min (can be set)
Turntable Control
Reduced motor, speed is stable
Oscillating Control
Stepping motor, oscillating tube swings stable
Flow and Pressure Control
Use manual valve to control flow and pressure, glass rotameters to indicate flow, stainless steel case spring pressure gauge to indicate pressure
Use Environment
Ambient temperature
RT10~35℃ (average temperature within 24H≤28℃)
Environment humidity
≤85%RH
Power supply
220V 50HZ single-phase three-wire + protective ground wire, the grounding resistance of the protective ground wire is less than 4Ω; the user is required to configure an air or power switch with corresponding capacity for the equipment at the installation site, and this switch must be independent and dedicated for the use of this equipment
Power
Approx. 3KW
Protection System
Leakage, short circuit, water shortage, motor overheating protection, alarm prompt