Booster 1080-3

Foamico pre-pressure pump is designed to supply Foamico booster systems with inlet pressure. The pump is frequency controlled, providing you with the latest EI5 motor technology from Grundfos. It is programmed to increase the inlet water pressure up to 3 bar. Energy consumption is minimized by controlling the pressure through the build-in PI regulator. B 1080-3F F starts and stops by pressure.

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Specifications

Pump Pressure

3 Bar
Maximum water consumption

1080 l/min
Maximum temperature

70 °C
Maximum power consumption

11 KW

Performance highlights

0

L/min. - Maximum water consumption
0

Bar - Outlet pressure

Our Booster is built on the newest Grundfos Technology and has the IE5 efficiency rating. Multiple safety functions and high-quality stainless steel components ensure that our boosters will be running for many years.

Fitted with a Grundfos IE5 pump, we ensure that only the very best and most efficient pumps are used for our solutions.
Fitted with multiple safety functions high quality stainless steel

- Dry Running Protection
- Automatic Load distribution between all pumps
- High Liquid Temperature alarm
- Automatic Air release valve
- Full redundancy between pumps
Only high-quality materials are used in the satellite, this ensures high reliability of the satellite. Most parts are manufactured in high-grade stainless steel to expand the lifetime of the satellite significantly.
Shows important operation data and alarm descriptions making troubleshooting easier than ever.

Flexible, intuitive, powerful and easy to use

Efficient

Less pressure loss means more cleaning power, which is equivalent to faster cleaning and less water usage.
High Quality

Engineered to last. Only high-quality components and high-grade stainless steel.
Long lifetime

The long lifetime of the product reduces the overall environmental impact.

The green choice

Every aspect of the satellite is designed and engineered to reduce the overall environmental impact of the satellite. High efficiency and a long lifetime reduce the total environmental impact significantly.

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