Integrated R600 Oscillating Tube and Water Jet Testing for Larger Specimens
Standards
The chamber is designed for IPX3-IPX6 water ingress testing in accordance with:
- IEC 60529:1989+A1:1999+A2:2013
- EN 60529
Applications
The IPX3-IPX6 waterproof test chamber is used by R&D engineers, testing laboratories, technical teams and quality control departments to evaluate larger electrical enclosures, outdoor lighting, appliances, automotive components, communication equipment and industrial electronics.
Typical uses include product development, engineering validation, pre-compliance evaluation, routine inspection and failure analysis.
Features
- Combines IPX3, IPX4, IPX5 and IPX6 test methods in one enclosed chamber.
- Uses an R600 oscillating tube for controlled spraying and splashing water exposure.
- Includes separate 6.3 mm and 12.5 mm nozzles for water jet testing.
- Provides a 1300 mm cubic test space for larger or taller specimens.
- Uses a 7-inch touchscreen and Panasonic PLC for test timing and motion control.
- Integrates a water tank, recirculating water circuit and filtration system.
- Uses SUS 304 stainless steel for the inner chamber and water-contact components.
- Provides adjustable turntable speed and height for different specimen configurations.
- Supports customized specimen capacity, turntable load and regional power supply.
By combining four IEC 60529 water test levels in one enclosed unit, the IPX3-IPX6 waterproof test chamber reduces equipment footprint and simplifies testing during product development, verification and routine quality control.
5 major protection systems
Technical Specifications
General and Turntable Parameters
| Parameter | Specification |
|---|---|
| Test levels | IPX3, IPX4, IPX5 and IPX6 |
| Standard test space | 1300 × 1300 × 1300 mm (W × D × H) |
| External dimensions | Approx. 1750 × 3800 × 1950 mm (L × D × H) |
| Control system | 7-inch touchscreen and Panasonic PLC |
| Water system | Integrated tank, recirculation and filtration |
| Inner chamber and water-contact components | SUS 304 stainless steel |
| Outer cabinet | Powder-coated steel; SUS 304 stainless steel available as a customized option |
| Standard turntable | Φ600 mm |
| Turntable speed | 1–5 r/min, adjustable |
| Turntable height | 550–1100 mm |
| Standard equipment power supply | AC 380 V ±10%, 50 Hz ±10%, 3P + N + PE |
| Specimen power supply | Configurable; programmable power-on/power-off control available |
| Installed power | 3 kW |
| Protection functions | Electrical leakage, water interruption and short circuit |
SUS 304 stainless steel is used for the inner chamber and water-contact components to improve corrosion resistance during repeated water testing.
IPX3 and IPX4 Oscillating Tube Parameters
The R600 oscillating tube provides the controlled water distribution required for IPX3/IPX4 rain spray and splash testing.
| Parameter | IPX3 | IPX4 |
| Test method | Spraying water | Splashing water |
| Oscillating tube radius | R600 mm | R600 mm |
| Spray hole diameter | 0.4 mm | 0.4 mm |
| Spray hole spacing | 50 mm | 50 mm |
| Oscillating tube inner diameter | 15 mm | 15 mm |
| Water flow rate | 1.8 L/min ±5% | 2.6 L/min ±5% |
| Oscillation angle | 120° total, ±60° from vertical | Approximately full-circle travel; 350° equipment setting |
| Complete cycle | Approx. 4 seconds | Approx. 12 seconds |
| Flow adjustment | Manual panel flowmeter | Manual panel flowmeter |
IPX5 and IPX6 Water Jet Parameters
The integrated IPX5/IPX6 water jet test equipment uses separate 6.3 mm and 12.5 mm nozzles to deliver the specified IEC 60529 flow rates.
| Parameter | IPX5 | IPX6 |
| Test method | Water jets | Powerful water jets |
| Nozzle inner diameter | 6.3 mm | 12.5 mm |
| Water flow rate | 12.5 ±0.625 L/min | 100 ±5 L/min |
| Water pressure | Adjusted to achieve the specified flow rate | Adjusted to achieve the specified flow rate |
| Nozzle-to-specimen distance | 2.5 m standard setup; IEC range 2.5–3.0 m | 2.5 m standard setup; IEC range 2.5–3.0 m |
| Nozzle movement | Motorized vertical movement with adjustable angle and speed | Motorized vertical movement with adjustable angle and speed |
| Flow adjustment | Manual panel flowmeter | Manual panel flowmeter |
The touchscreen and PLC control test timing, oscillating tube movement, nozzle motion and turntable rotation. Water flow is adjusted manually through the panel-mounted flowmeter.
R400 vs R600 Configuration Comparison
Both configurations perform IEC 60529 IPX3-IPX6 tests. The main differences are the oscillating tube radius, available test space and specimen positioning range.
| Parameter | R400 | R600 |
| Oscillating tube radius | R400 mm | R600 mm |
| Standard test space | 900 × 900 × 900 mm | 1300 × 1300 × 1300 mm |
| IPX3 water flow | 1.1 L/min ±5% | 1.8 L/min ±5% |
| IPX4 water flow | 1.8 L/min ±5% | 2.6 L/min ±5% |
| Turntable height | 400–700 mm | 550–1100 mm |
| Typical selection | Small and medium-sized specimens | Larger or taller specimens |
The R600 configuration is suitable when greater oscillating tube clearance or a larger test space is required. For smaller and medium-sized specimens, view the R400 IPX3-IPX6 water spray and jet test chamber. If the standard R400 or R600 configuration does not fully match your application, contact us for a customized solution based on your specimen and testing requirements.
Customization and Compliance
Specimen capacity, turntable size and load, fixtures, and specimen power supply can be customized according to the testing requirements. The standard equipment power supply is AC 380 V, 50 Hz, with 60 Hz and other regional configurations available.
CE compliance documentation is available for applicable configurations, and third-party calibration can be arranged upon request. Please confirm any required documents when requesting a quotation.
Notes on IPX3 and IPX4 waterproof testing：
- To do IPX3 waterproof test, you need to plug these pinholes and then do IPX3 test;
- To do IPX4 test, you need to reinstall these pinholes and then do IPX4 test.
Frequently Asked Questions
1. What tests can the IPX3-IPX6 waterproof test chamber perform?
It supports IPX3/IPX4 oscillating tube tests and IPX5/IPX6 water jet tests in accordance with IEC 60529.
2. When should the R600 configuration be selected?
The R600 configuration is suitable for larger or taller specimens that require more test space, greater oscillating tube clearance or a higher turntable position.
3. Is the testing process fully automatic?
The touchscreen and PLC control test timing, oscillating tube movement, nozzle motion and turntable rotation. Water flow is adjusted manually through the panel-mounted flowmeter.
4. Can the specimen dimensions and turntable load be customized?
Yes. Specimen capacity, turntable dimensions, load capacity and fixtures can be configured according to the specimen geometry, weight and mounting requirements.
5. Can the equipment be configured for 60 Hz power?
Yes. The standard configuration is AC 380 V, 50 Hz. A 60 Hz supply and other regional voltage or frequency configurations are available.
6. How are the spray holes and nozzles protected against clogging?
The water circulation system filters impurities before water reaches the oscillating tube and jet nozzles. Standard maintenance accessories include 100 spare spray needles and one replacement filter element.
Discuss Your IP Testing Requirements
BONAD manufactures IEC 60529 water ingress test equipment and provides configurable solutions for laboratories, manufacturers and quality control departments.
Contact us to discuss the required IP test level, specimen configuration and installation conditions. We can recommend a suitable IPX3-IPX6 waterproof test chamber and provide a technical proposal and quotation.
