ipx1-6 Comprehensive Rain Tester Chamber

SPECIFICATION

IPX1-6 integrated rain test chamber core function

Supporting all waterproof grade tests from IPX1 to IPX6, it realizes multi-mode switching through modular design to meet the waterproof verification needs of different industries (electronics, automotive, outdoor equipment).

Test requirements and test chamber configuration for each grade

IP Rating

Test conditions

Test Chamber Realization

IPX1

Vertical water drip (1mm/min) for 10 minutes.

Top drip tray or vertical sprinkler system with uniform distribution of water drops.

IPX2

Tilt 15° drip (3mm/min) for 10 minutes.

Tiltable sample stage (15°) with top drip unit.

IPX3

Pendulum 60° drenching (10 L/min) for 5 minutes.

Adjustable angle of the pendulum (60°-180°), spray hole density according to IEC 60529.

IPX4

Full range splash (10 L/min) for 10 minutes.

360° rotation of the pendulum or nozzle array to cover all directions.

IPX5

High-pressure water spray (12.5 L/min, 30 kPa, nozzle diameter 6.3 mm) for 3 minutes.

High-pressure water pump + standard nozzle, 2.5-3 meters from the sample, precise control of water pressure.

IPX6

Powerful water jet (100 L/min, 100kPa, nozzle diameter 12.5mm) for 3 minutes.

Upgraded high-pressure system (more powerful pump) to strengthen the drainage capacity and prevent the box from overloading.

Test chamber design features

1. Modularized structure

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Multi-test unit integration:

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Top drip tray (IPX1/IPX2), pendulum system (IPX3/IPX4), high pressure nozzle (IPX5/IPX6).

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Removable design to combine test patterns on demand.

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Sample stage flexibility:

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Motorized tilt stage (0°-90°), adapted for IPX2 testing.

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Swivel stage (0-360°) to ensure full spray coverage.

2. Spray system

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Intelligent switching:

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Switch IPX1-IPX6 modes with a single click through the control system, automatically adjusting water pressure, flow rate and angle.

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Nozzle material: stainless steel or tungsten carbide, resistant to high pressure and long-term corrosion.

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Precise control:

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Flow range: 1 L/min (IPX1) to 100 L/min (IPX6) with ±5% error.

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Water pressure range: atmospheric (IPX1-4) to 100 kPa (IPX6).

3. Control system

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Fully automatic operation:

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Touch screen interface with preset standard test programs (e.g. IEC 60529, ISO 20653).

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Real-time monitoring of parameters: water temperature, flow rate, pressure, test time.

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Data management:

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Store historical test data, support USB export or network upload.

4. Enclosure and Safety

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Material: 304 stainless steel frame + tempered glass observation window, corrosion resistant and transparent and visible.

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Waterproof sealing: double sealing door + bottom drainage groove to prevent water leakage to the external environment.

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Safety protection: over-voltage protection, leakage disconnection, emergency stop button.

5. Water Circulation System

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Circulation filtration: multi-stage filtration (removing impurities) + constant temperature water tank (controlling water temperature 20-25℃).

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Energy-saving design: closed water circulation, reducing pure water consumption.

Selection of key parameters

Parameter

Description

Test compatibility

Support IPX1-IPX6 full grade, reserved IPX7-IPX9K expansion interface (optional).

Enclosure size

Selected according to the maximum sample size (e.g. 1000×1000×1000mm to customized size).

Spray coverage

Pendulum radius (R200-R1600mm) and nozzle distance to match sample volume.

Degree of automation

Fully automatic (PLC controlled) vs. semi-automatic (manually adjustable).

Standards Compliance

Conforms to IEC 60529, ISO 20653, GB 4208, etc.

Field of application

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Consumer electronics: waterproof certification for smart phones and wearable devices.

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Automotive industry: rainproof test for lights, charging ports, on-board sensors.

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Industrial equipment: weatherproof verification for outdoor lamps, power cabinets, communication base stations.

Maintenance and Calibration

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Routine maintenance:

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Clean nozzles and filters regularly to prevent clogging.

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Check seals and lines, replace aging parts.

2. Annual calibration:

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Calibrate spray parameters using flow meters and pressure gauges to ensure compliance with IEC standards.

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Verify accuracy of pendulum angle and rotation speed.