Grundfos Hydro Multi-S pressure booster systems consist of two or three identical CM close-coupled horizontal multi-stage, CMV close-coupled vertical multi-stage or CR multi-stage in-line pumps connected in parallel. The pumps are mounted on a common base frame and a control cabinet with a circuit breaker for motor protection and integrated controller. Automatic pump operation is based on system demand and controlled by pressure switches (one for each pump). You get a reliable, highly efficient and service-friendly solution for pressure boosting and tank filling clean water in flats, hotels and schools. The Hydro Multi-S is also well suited for emergency operations as it is factory pre-assembled, compact and offers plug-and-pump installation.

The Hydro Multi-E booster set presents a highly reliable and versatile pressure booster solution that provides you with plug-and-pump installation, fast and easy set-up and optimal energy efficiency. Unique to the Hydro Multi-E is its lack of a conventional control unit. In this intelligent solution, the control of the system lies within the pumps, which are able to communicate with each other. Since each pump can function as the controlling unit, there is full redundancy if a sensor or pump should fail. Use together with Grundfos GO for remote monitoring of your installation in apartment buildings, hotels, hospitals, schools, irrigation, wash and clean systems and fire hydrants.

The Hydro MPC range is the premium offering in the Grundfos portfolio of Hydro pressure-boosting solutions. Hydro MPC booster sets offer superb pressure control, optimal energy efficiency, and are the premium choice for any job where constant pressure is a must.

A booster set from the Hydro MPC range is able to handle the operational challenges of any boosting application, and its easy set-up and connectivity makes it the preferred choice for complex systems in buildings, industrial processes and water utility installations.

Save up to 33% energy

Learn how you can save energy and reduce costs operating boosters in proportional pressure and connect multiple remote pressure sensors in the same system.