KingPo launches IPX9K chamber for ISO 20653 hot-water spray testing

KingPo Technology Development Limited is promoting an IPX9K test chamber built for ISO 20653-related high-pressure hot-water spray testing of automotive electrical equipment and enclosures. The chamber is aimed at laboratories, manufacturers and component suppliers that need repeatable ingress protection testing under wash-down conditions.

Why it matters: - IPX9K testing helps show whether automotive parts and enclosures can resist severe water ingress during pressure washing, road spray and harsh cleaning conditions. - The chamber is relevant for sensors, connectors, lamps, cameras, control modules, battery-related housings and wiring interfaces. - Repeatable testing can support product development, design verification, sealing improvement, supplier checks and pre-compliance work before mass production.

What happened: - KingPo Technology Development Limited introduced its IPX9K Test Chamber for ISO 20653-related testing. - The chamber is designed for laboratories, automotive manufacturers and component suppliers. - KingPo is positioning the system for high-pressure hot-water spray evaluation of road vehicle electrical equipment and industrial enclosures.

The details: - The chamber is built to control pressure, water temperature, spray angle, nozzle distance, flow rate, sample rotation and test duration. - Typical pressure support is 80–100 bar. - Typical spray temperature support is 80°C ±5°C. - Typical flow rate support is 14–16 L/min. - The chamber supports spray positions at 0°, 30°, 60° and 90°. - The system can be configured with a rotating turntable for sample movement. - Typical samples include road vehicle electrical equipment such as sensors, lamps, connectors, housings and automotive electronic modules. - KingPo says laboratories should confirm sample size, maximum sample weight, mounting position, required spray angles, turntable diameter, chamber material, water heating capacity, pressure control method, drainage condition and reporting requirements before selecting equipment. - KingPo says a common mistake is focusing only on pressure while overlooking temperature stability, nozzle alignment, sample rotation and water recovery. - The company says irregularly shaped automotive components may need customized fixtures to expose sealing areas to the right spray direction. - KingPo says IPX9K systems involve high-pressure pumps, heating units, nozzles, turntables, temperature sensors, pressure sensors and water circulation components that should be accessible for inspection, cleaning and service. - The chamber sits inside KingPo’s broader ingress protection testing portfolio, which includes water spray, water jet, immersion, dust and rain test systems for IEC 60529, ISO 20653 and related standards. - Through DGKingPo.com, KingPo provides product information, technical guides and configuration support for IEC, ISO, UL, EN and GB testing requirements.

Between the lines: - The product pitch centers on repeatability, not just spray force. - That matters because hot-water ingress tests can vary if pressure, temperature, geometry or sample movement are not tightly controlled. - KingPo is also trying to make the chamber a workflow tool for labs, not just a test box, by emphasizing fixtures, drainage, maintenance access and documentation support. - The message to buyers is that chamber selection should start with the real sample and lab setup, then match the hardware around that use case.

What's next: - Labs and manufacturers evaluating ISO 20653 IPX9K testing are expected to review chamber size, fixture needs, drainage design, control interface, safety protection and long-term maintenance before purchasing. - KingPo is directing interested buyers to DGKingPo.com for more information on the chamber and configuration options. - The company says it can discuss chamber layout and optional documentation support based on laboratory conditions.

The bottom line: - KingPo is betting that automotive and industrial labs want a controlled, configurable IPX9K chamber that can standardize high-pressure hot-water spray testing and reduce variation across operators and samples.