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GRUNDFOS CU 352 PUMP CONTROL MPC SERIES 2000 - 2p S16/259
GRUNDFOS CU 352 PUMP CONTROL MPC SERIES 2000 - 2p S16/259 is part of Grundfos' advanced multi-pump control systems. This control unit is typically used in large-scale and complex installations such as booster systems (pressure boosting systems) and circulation systems (heating, cooling, and air conditioning). Its main application areas include:
- Water Supply and Pressure Boosting Systems: Synchronous and optimized control of multiple pumps to maintain constant water pressure in high-rise buildings, hotels, hospitals, schools, residential blocks, and municipal water supply systems.
- Heating and Cooling Systems (HVAC): Managing water circulation and ensuring energy efficiency in district heating/cooling, air conditioning, and ventilation systems.
- Industrial Processes: Systems requiring precise control for fluid transfer and pressure boosting in various industrial applications.
- Agriculture and Irrigation: Optimizing pump performance in large-area irrigation or agricultural water supply systems.
GRUNDFOS CU 352 is the core of the MPC Series 2000 pump control systems. This specific configuration (2p S16/259) is designed to manage systems within a certain pump number and motor power range. The CU 352 provides precise control and monitoring of up to two to six parallel-connected pumps (typically Grundfos models like CR(E), NB(E), NK(E), TP, TPE Series 1000/2000, MAGNA, UPE Series 2000). Thanks to its integrated application-optimized software and pump curve data, it maintains optimal system performance and minimizes energy consumption. With a large display and user-friendly interface, system status can be monitored, settings can be easily configured, and fault diagnosis can be performed. It offers advanced features such as soft pressure build-up, dry-running protection, pump changeover cycling, and standby pump activation in case of a fault.
- Dry-running protection.
- Soft pressure build-up.
- Automatic pump changeover (based on load, operating hours, fault).
- Energy optimization based on pump curve data.
- Fault logging and performance monitoring.
- Multi-language user interface.
- Digital and analog inputs/outputs.
- (Optional) External communication modules (Fieldbus protocols, web access via Ethernet).