GRUNDFOS TPE SERIES 1000 single-stage, close-coupled in-line centrifugal pumps, regulated and unregulated

GRUNDFOS TPE SERIES 1000 single-stage, close-coupled in-line centrifugal pumps, regulated and unregulated

Single-stage in-line pumps with frequency converters See more

2,049.21 VAT included

Choose variant

Delivery accross EU within 3-7 business days %

Brand:
Grundfos
Category:
Glanded pumps
Product No.:
MAS000506

Product variants

Grundfos

GRUNDFOS TPE SERIES 1000 single-stage, close-coupled in-line centrifugal pumps, regulated and unregulated

  • Technical Specifications
  • Product No.
  • Availability
  • Price

next

Variant Product No.

Availability

Price (VAT incl.)

Product description

Grundfos TPE Series 1000, TPE2 adapts to all needs

TPE Series 1000, TPE2 is an intelligent, vertical in-line pump that smoothly adapts to signals from an external sensor. Regardless of the configuration or control method in use, you can count on a precise response to your system’s pressure, temperature and flow rate needs – with up to 50 % less energy consumption compared to a conventional pump. Key features include an integrated frequency converter, which ensures maximum efficiency around the clock.

The TPE Series 1000, TPE2 has a close-coupled design and specially constructed shaft seal chamber, reducing sensitivity to impurities in the pumped liquid compared to canned rotor pumps. Optimal water circulation is also ensured. This explains the long lifetime of the mechanical shaft seal. Robust, reliable and low on noise, the TPE Series 1000, TPE2 is ideal for heating, cooling, air-conditioning, district energy and industrial applications.

Smart and configurable

TPE Series 1000, TPE2 easily adapts to your needs for intelligent, energy-saving and highly efficient performance.

MGE

Available with a permanent magnet MGE motor up to 11 kW with a built-in variable frequency drive and IE5 efficiency.

Sustainable solution

Integrated frequency converter supports easy pump commissioning and installation, and low running costs.

Close-coupled design

Reducing system sensitivity to impurities in the pumped liquid.