Core Control Logic Precisely manages the timing of washing programs for cleaning performance. Accurately regulates water temperature, pressure, and spray duration to ensure each stage of the washing process operates smoothly. Seamless coordination between all components reduces downtime and improves overall efficiency. Circuit Safety Design Builtin overload protection safeguards the unit against voltage fluctuations and excessive current. Leakage protection module prevents electrical hazards, ensuring safe operation in all environments. Designed to minimize the risk of short circuits, protecting both the equipment and the user. Sensor Compatibility Fully compatible with key sensors, including water level, temperature, and turbidity sensors. Receives realtime data to continuously optimize performance and cleaning results. Automatically adjusts working parameters to improve washing efficiency and reduce water and energy consumption. Interface Stability Durable interfaces for actuators such as relays and solenoid valves, designed to handle frequent switching without degradation. Resistant to wear and poor contact issues, reducing interruptions during operation. Maintains consistent functionality over extended use for reliable longterm performance. Applications Ideal for use in commercial dishwashers where precise control and efficient operation are essential to meet volume cleaning demands. Suitable for industrial washing machines requiring advanced safety features and sensordriven performance optimization. Effective in laboratory or specialized cleaning systems that depend on stable actuator interfaces and accurate parameter control to clean delicate or complex equipment. Specifications and Performance Function: Controls program timing, water temperature, pressure, and spray intervals to enhance wash cycle coordination. Compatibility: Works with various sensor inputs such as water level, temperature, and turbidity for enhanced efficiency. Safety: Engineered with overload and leakage protection modules to ensure safe operation under varying electrical conditions. Durability: Resistant actuator interfaces minimize functional interruptions caused by frequent startstop cycles. Performance: Realtime adjustments optimize wash cycles, improving operational efficiency and cleaning quality while reducing wear on the system.