Water Plant PLC Control Cabinet
Professional Water Treatment Automation Enclosure
Our Water Treatment PLC Control Cabinet delivers professional automation control specifically engineered for water plant processing systems. This centralized control solution provides stable, precise, and reliable operation for all critical water treatment processes including sedimentation, filtration, disinfection, dosing, and water pump operations.
Designed to withstand harsh water plant environments with high humidity and corrosive conditions, this enclosure effectively protects internal PLC components and electrical systems from moisture, chemical agents, and sediment damage.
Key Features & Capabilities
- High-performance PLC modules with intuitive operation interface
- Real-time monitoring, parameter adjustment, and fault alarm systems
- Automated operation of complete water treatment processes
- Reduced manual intervention requirements
- Anti-corrosion industrial materials with advanced surface treatment
- Strong anti-interference performance and extended service life
- Compatible with mainstream PLC brands (Siemens, Schneider, Mitsubishi, Delta)
- Integration with water treatment sensors, meters, and pumps
- CE, RoHS, and international industrial water treatment standards compliance
- Customizable size, internal layout, protection grade, and control functions
Technical Specifications
| Parameter |
Specification |
| Rated Voltage |
AC 220V/380V (3P+N, industrial & water plant standard) |
| Rated Current |
32A/40A/63A (matching water treatment equipment load) |
| PLC Compatibility |
Siemens, Schneider, Mitsubishi, Delta (mainstream industrial PLC brands) |
| Control Functions |
Automatic control for dosing, pumping, filtration; real-time monitoring, fault alarm |
| Protection Functions |
Overcurrent, short circuit, overvoltage, leakage protection; anti-corrosion, anti-moisture |
| Communication Interfaces |
RS485, Ethernet, Modbus (compatible with water treatment sensors/meter) |
| Working Temperature |
-20℃ ~ +60℃ (adapt to water plant temperature fluctuations) |
| Humidity Adaptability |
5% ~ 95% RH (non-condensing); optional dehumidification module |
This control cabinet serves as a core automation component for water plants, helping to improve water treatment efficiency, ensure water quality stability, and reduce operation and maintenance costs across municipal water plants, sewage treatment plants, and industrial water treatment stations.