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IPX9K Test Chamber | High-Pressure Hot-Water Testing

Test Application: High-pressure, high-temperature water-jet ingress testing for exposed enclosures and components

Test Designation: IPX9K; IEC IPX9 capability should be confirmed against the required standard edition and test method

Sistema de rociado: Four fixed angles at 0°, 30°, 60° and 90°

Published Water Conditions: 8–10 MPa pressure | 14–16 L/min flow | Water temperature up to 80°C

Turntable: Ø400 mm | 4–10 rpm | 50 kg rated load

Payment: L/C, D/P or T/T

Delivery: Confirmed after chamber configuration, specimen requirements and test method are approved

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High-Pressure Hot-Water Ingress Testing in a Controlled Chamber

The DERUI IPX9K test chamber evaluates whether an enclosure can resist close-range, high-pressure hot-water jets. Its four-angle spray arrangement, controlled water conditions and rotating specimen table support repeatable testing of automotive components, electrical enclosures, outdoor equipment and other products exposed to severe wash-down conditions.

0° / 30° / 60° / 90° jets8–10 MPa published pressureUp to 80°C waterProgrammable turntable

IPX9 and IPX9K Are Not Labels to Use Interchangeably

ISO 20653 addresses enclosure protection for electrical equipment in road vehicles and uses the IPX9K designation. IEC 60529 defines enclosure protection for electrical equipment and includes an IPX9 high-pressure, high-temperature water-jet test in current editions. The exact fixture, exposure conditions and acceptance criteria must come from the standard edition, customer specification or vehicle-manufacturer procedure named in the test plan.

Before production, DERUI reviews the required method rather than assuming that an “IPX9K chamber” automatically satisfies every IPX9 or OEM procedure.

How the IPX9K Test Chamber Works

Four-Angle Water-Jet Exposure

Nozzles positioned at 0°, 30°, 60° and 90° direct hot, pressurized water at the specimen. The required nozzle geometry and distance are set during commissioning.

Controlled Pressure, Flow and Temperature

A pump, heater and control system regulate the three variables that most strongly affect exposure severity. These channels should be verified before formal testing.

Rotating Specimen Platform

The specimen turns at a controlled speed so that exposed surfaces receive a repeatable spray sequence. Fixtures must hold the sample securely without masking critical seals.

Enclosed, Safer Operation

The stainless-steel test space contains splash and hot water. Door interlock, over-temperature protection, low-water protection and emergency stop options reduce operator risk.

Published Chamber Configuration

The following values consolidate the configuration currently published for this DERUI page. The approved quotation and technical agreement remain controlling because chamber dimensions, fixture design, utilities and safety options can change with the specimen.

Internal workspace 800 × 800 × 800 mm
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Apply the agreed ingress, insulation, functional or visual acceptance criteria and retain the test record.

Applications and Specimen Integration

IPX9K testing is frequently specified for vehicle lighting, connectors, sensors, control units, battery-related enclosures, motors, outdoor electrical housings, agricultural machinery parts and components exposed to pressure washing. The product category alone does not determine the test: the governing standard and real service risk do.

  • Powered specimens: require protected feed-throughs, suitable internal power and an agreed electrical safety plan.
  • Large or heavy specimens: require a turntable and fixture load review, including eccentric loading.
  • Heat-generating samples: require operating load, duty cycle and heat-release information.
  • Connected components: require cable, coolant, pneumatic or data interfaces that do not compromise spray containment.

Calibration and Acceptance Checks

A defensible test depends on more than the pressure shown on the controller. The acceptance plan should identify which channels are calibrated, the measurement location, allowable tolerance and report format.

Water Conditions

Verify pressure, flow and temperature with instruments suitable for the working range.

Exposure Geometry

Check nozzle angle, specimen distance, alignment and any fixture obstruction.

Motion and Timing

Confirm turntable speed, sequence duration and controller timing.

Documentación

Retain instrument identification, calibration status, setup photographs, settings and results.

Safety and Maintenance Considerations

High-pressure water at elevated temperature presents burn, injection, electrical and stored-energy hazards. Operators should be trained on interlocks, emergency shutdown, depressurization and safe access. Maintenance should include nozzle inspection, filter cleaning, tank and piping checks, pump inspection, heater scale control, seal inspection and verification of safety devices.

Water quality matters: suspended solids and mineral scale can alter nozzle performance and shorten heater, pump and valve life. Define filtration, water replacement and descaling intervals according to use frequency and local water quality.

Information Needed for an Accurate Quotation

  • Required standard, edition and any customer-specific procedure
  • Specimen dimensions, weight, photographs and mounting orientation
  • Whether the specimen operates during the test and its electrical load
  • Required pressure, flow, temperature, distance, duration and sequence
  • Fixture, turntable and feed-through requirements
  • Site voltage, frequency, water quality, drainage and available floor space
  • Required calibration, acceptance report and third-party verification

Preguntas Frecuentes

What is the difference between IPX9 and IPX9K?

IPX9K is associated with ISO 20653 for road-vehicle electrical equipment, while IPX9 appears in current IEC 60529 provisions for electrical enclosures. They share the concept of high-pressure, high-temperature water jets, but the specified method and edition must be checked before claiming compliance.

Can this chamber also perform IPX5 and IPX6 tests?

Only when compatible IPX5/IPX6 nozzles, water circuits and control functions are included and verified. The IPX9K spray system alone should not be treated as an IPX5/IPX6 system.

Can a specimen be powered and monitored during testing?

Yes, this can be configured when the electrical load, monitoring channels, feed-throughs, isolation and risk controls are defined before manufacture. The safe operating and shutdown procedure must also be agreed.

What water supply does the chamber require?

Purified or appropriately treated water is preferred to reduce deposits and nozzle blockage. Final requirements depend on the specified method, chamber recirculation design and local water quality.

Which parameters should be calibrated?

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Parámetros dimensionales Dimensiones de la caja interior 800×800×800mm
  Dimensiones generales de la máquina 1280×980×1650mm
  Diámetro de la mesa giratoria φ400mm
  Rango ajustable de la boquilla 100-200mm
  Tamaño de muestra sugerido ≤400×300×300mm
     
Parámetros de rendimiento tráfico 14-16 L/min
  Rango de presión de rociado de agua 8000-10000Kpa
  Capacidad de carga de la mesa giratoria 50kg
  Velocidad de la mesa giratoria 4-10 Rev/min
  Rango de temperatura del agua 0-80℃
     
Condiciones de uso Voltaje de la batería CA 380V
  potencia 10.0kw
  Tamaño sugerido del lugar Longitud × Ancho ≥ 2000×1200mm
  Condiciones de la fuente de agua Preferiblemente usar agua purificada; se puede conectar agua del grifo externamente.

1. ¿Qué es la prueba IPX9K?
La prueba IPX9K se utiliza para evaluar la resistencia al agua del equipo bajo condiciones de flujo de agua a alta temperatura y alta presión.

2. ¿Cómo usar la cámara de prueba IPX9K?
Simplemente configure los parámetros relevantes y encienda el equipo, y luego se puede realizar la prueba de impermeabilidad.

3. ¿Cuáles son las normas de prueba para la cámara de prueba IPX9K?
Cumple con la norma internacional de resistencia al agua IPX9K.

4. ¿Cómo analizar los resultados de la prueba?
Después de completar la prueba, se generarán registros detallados en el panel de control del equipo. Estos registros de prueba se pueden exportar como informes para su análisis.

5. ¿Qué productos son adecuados para la cámara de prueba IPX9K?
Es adecuada para una variedad de productos como productos electrónicos, piezas automotrices y equipos para exteriores.

6. ¿Cuáles son los requisitos de mantenimiento para la cámara de prueba IPX9K?
Inspeccionar regularmente todos los componentes del equipo y mantenerlo limpio y en un buen entorno de operación.

¿Se pueden proporcionar planes de prueba personalizados?
Se pueden ofrecer planes de prueba personalizados y configuraciones de parámetros según los requisitos del cliente.

8, ¿Cuál es el proceso para comprar una cámara de prueba IPX9K?
Puede contactar con el equipo de ventas de Derui para obtener detalles y completar el proceso de compra.

 

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