SWITCH TO GRUNDFOS BLUEFLUX® MOTOR TECHNOLOGY
Without precisely the right motor, even the best pump will
consistently waste energy. That's why we have developed our own
Grundfos high efficiency motor technology specifically for pumps.
We call it Grundfos Blueflux®.
Grundfos Blueflux® solutions include high efficiency motors and
variable frequency drives (MG motors, MGE motors and CUE drives).
These winning combinations will at least meet and often exceed
legislative requirements such as the EuP IE3 grade.
Integrated for top performance
Blueflux® motors and VFD's are designed to integrate perfectly
with each other and both are designed exclusively for pumps. As
well as increased efficiency, this also ensures greater reliability
and a fine degree of operational control. The VFD's are programmed
with Grundfos software and can come preset and pre-attached to the
motors or be purchased separately.
Every aspect of the Grundfos Blueflux® motor has been optimised
to minimise energy loss and contribute to outstanding performance
Benefits of Grundfos Blueflux®:
Lower life cycle costs?
Energy generally accounts for 85% of a pump's overall life cycle
costs. So by cutting down that energy consumption Grundfos
Blueflux® high efficiency motor technology can reduce life cycle
costs by up to 50%.
Lower running expenses?
The outstanding reliability of Grundfos Blueflux® reduces
day-to-day service costs. Every Grundfos Blueflux® solution is
built to cope with the demanding operating conditions of many
Superior system control
Grundfos Blueflux® variable frequency drives (VFDs) are
perfectly matched to the pump they are attached to. When used in
combination with a sensor they enable a very fine and consistent
level of control over chosen parameters.
Longer operational lifetime?
All the components are of Grundfos quality and each motor and
VFD is designed to operate for years and with minimised wear and
tear in mind.
Lower environmental impact?
Grundfos Blueflux® not only reduces emissions through
operational efficiency, Grundfos also makes the manufacturing
process itself as efficient as possible and uses components with a
very high degree of recyclability.