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GR-98707848
Grundfos - UPS2 25-80 Heating Circulator Pump - 240V - Cast IronGrundfos central heating circulators cover a wide selection of circulator pumps designed for circulating liquids in heating systems, including modern high-efficiency electronic circulators and legacy three-speed models (range dependent).
In stock
Free Standard Delivery
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GR-98707851
Grundfos - UPS2 32-80 Heating Circulator Pump - 240V - 180mm - Cast IronUPS2 32-80 180 High-efficiency circulator pump unit with permanent-magnet motor (ECM technology) fit for the ErP directive no.
In stock
Free Standard Delivery
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GR-98707848x10
Grundfos - UPS2 25-80 Heating Circulator Pump - 240V Pack of 10 pcsThis unit delivers a maximum head of 8m and runs at 240V. It is manufactured in Cast iron.
In stock
Free Standard Delivery
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GR-93074168
Grundfos - UPS4 GO 25-65 130 - Heating Circulator Pump - HVAC - 10 Bar. - 240VThe Grundfos UPS4 GO 25-65 130 is a high-efficiency electronically commutated heating circulator pump rated to 10 Bar, featuring three control modes, Grundfos GO app compatibility for legacy pump curve replication, and ceramic shaft bearings for extended service life.
In stock
Free Standard Delivery
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99199622
Grundfos - UPS3 15-50/65 Domestic Heating Circulator - 130mm - 240V - Cast Iron - OBSOLETEUPS3 15-50/65 130 High-efficiency canned-rotor circulator designed for circulating liquids in domestic heating systems.
Out Of StockFree Standard Delivery
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GR-95906429/98707848
Grundfos - UPS 25-80 - OBSOLETEGrundfos - UPS 25-80 - OBSOLETE This is a Spares/Replacement Part item, please get in touch for product compatibility. Grundfos (est.
Out Of StockFree Standard Delivery
Grundfos UPS2 Pumps
Grundfos UPS2 pumps are compact heating circulators designed for straightforward replacement jobs. They automatically adjust output to suit one- and two-pipe heating systems, helping keep energy use down without manual setup.
With a small footprint and quiet operation, UPS2 units are well-suited to plant rooms and tight installs where older circulators no longer meet current efficiency requirements.