PLC Controlled IPX8 Immersion Test Equipment with Stainless Steel Pressure Tank
Product Overview
This advanced immersion test equipment features PLC control and a stainless steel pressure tank designed for IPX8 waterproof testing according to IEC 60529:2013 standards.
The high-pressure water tank verifies the protective performance of electronic and electrical products, automotive components, motorcycle parts, household appliances, seals, and lighting fixtures during continuous immersion in water. Constructed from durable stainless steel, the equipment operates via PLC control with test parameters directly configurable through the touch screen interface.
Technical Specifications
| Parameter |
Specification |
| Equipment Power Supply |
220V single phase for Korean outlet, 60Hz (16A or less) |
| Drive System |
External air compressor drive, 0.5~0.7MPa |
| IP Code Test Range |
IPX8 test capability |
| Sample Size Capacity |
W170mm × D90mm × H30mm (each 20V/0.1A / 500V 2mA) |
| IPX8 Pressure Tank Dimensions |
350mm diameter, >400mm internal height |
| Maximum Pressure |
4.0 bar |
| Tank Material |
SUS304 stainless steel |
| Pressurization Method |
Air pressurization mode with sample power terminal |
| Pressure Sensor Accuracy |
0.5 grade |
| Safety Valve Protection Limit |
0.55 MPa |
| Test Time Range |
1-9999 seconds (configurable per test standard) |
Key Features
- PLC-controlled operation with touch screen interface
- Automatic water supply and pressure control
- Air pressurization system keeps terminal blocks dry
- Dual pressure protection: mechanical safety valve and program control
- Screw rod cover mechanism for easy sample placement
- Separate pressure gauges for calibration
- Modular wire withdrawal system for easy maintenance
- Test chamber filled with sugar water solution (68% sugar, 32% water)
Test Method
After assembling the connector and loading it into the equipment, the interior is pressurized with approximately 25 lines drawn to the exterior. The test chamber is filled with a sugar water solution (user-provided) to simulate immersion conditions.
