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Grundfos is one of the world's
leading suppliers of pump technology, and
therefore has a major influence on the levels of
manufacturing standards and operating efficiency
that can be achieved with pumps. These provide
customers with efficient, reliable solutions
throughout the entire spectrum of heating and
air-conditioning systems, and in the transfer of
fluids used in industrial processes.
Reliability
and Efficiency
Grundfos solutions meet - and often surpass -
virtually all customer requirements in this
field, from pumps and pump configurations that
extend over the entire size range, to the
control systems and software. These are backed
by the Grundfos service and support essential
for peak reliability and efficiency.
The Energy
Difference
Energy costs represent a major component of an
in-line pump's life cycle costs. The Grundfos
E-Circulator provides the best possible
opportunities for implementing electronic speed
control, which keeps the energy consumption of
E-Circulator pumps to an absolute minimum.
The kind of key technical improvements that are
only available from a company like Grundfos,
with specialist staff of 450 people working
solely on R&D and product development, means
reliability and efficiency that set new
standards for in-line pumps. |
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Grundfos
TP - Exceptional Reliability
Grundfos E-Circulator pumps are
world-renowned for their exceptional durability
and long-term reliability. The clear-cut
Grundfos reliability advantage provides both
installers and end-users with major benefits and
cost savings.
Exceptional
Manufacturing Standards
- Grundfos manufacturing
facilities throughout the world are
certified to ISO 9000 standard or higher.
Grundfos pumps are therefore exhaustively
checked and tested prior to dispatch, and
all manufacturing data is fully accessible.
- Components are machined
using the most advanced CNC machinery
currently available. This ensures complete
uniformity.
- Sourcing components from
rigorously evaluated specialist suppliers.
Exceptional
Design
- An exceptionally rigid
construction in which the coupling and shaft
of the pump are friction-welded together to
provide an extremely stable, mechanical unit
with reduced vibration and friction. This
reduces wear on the bearings and on the
mechanical shaft seal, increasing both
efficiency and operational reliability.
- The very rigid shaft and
coupling design means that the shaft seal
works more efficiently, and vibration and
wear are reduced to an absolute minimum.
This also ensures longer service life for
the motor bearings.
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