| Voltage | 240v |
| Power Rating | 0.151 kW |
| Outlet Size | DN 32 |
| Port-to-Port Length | 180.0 mm |
| Shipping Weight | 15.0 kg |
| Package Dimensions | 45.0 × 45.0 × 35.0 mm |
| Minimum Pressure | 0.0 m head (0.0 bar) |
| Maximum Pressure | 8.5 m head (0.8 bar) |
| Minimum Flow | 0.0 m³/h (0.0 L/s) |
| Maximum Flow | 9.8 m³/h (2.7 L/s) |
This listing is for a Grundfos MAGNA1D twin-head wet-rotor circulator pump. MAGNA1D combines the energy-efficient permanent-magnet motor and integrated frequency control of the MAGNA1 family with dual pumping heads for redundancy or parallel operation in heating and cooling systems.
The pump uses a maintenance-free canned-rotor design with integrated electronics. It can be monitored and configured via Grundfos GO Remote and provides basic control functions without the need for external drives.
Condition: supplied as surplus / unused stock.
The unit may show cosmetic marks consistent with storage and handling.
It is inspected prior to dispatch.
Guarantee: supplied with our 2-year guarantee.
Need help confirming suitability?
Call us on 01803 220416 for technical advice.
Full technical specifications and performance curves can be viewed on the official Grundfos product page:
View Grundfos MAGNA1D 32-80 180 (99221240) – Variant details
The MAGNA1 is intended for users who need a high-efficiency, reliable circulator without advanced BMS features. Compared with MAGNA3:
Choose MAGNA3 when you need:
For straightforward HVAC circulation where simplicity and efficiency are the priority, MAGNA1 is usually the better value choice.
Yes. The wet-rotor design has no mechanical seal, resulting in very low maintenance and quiet operation.
Yes — subject to hydraulic match. The variable-speed electronics can deliver significant energy savings compared with traditional fixed-speed circulators.
Stock code: #NL78
We specialise in supplying quality pumps and equipment. This unit is supplied as surplus stock, inspected prior to dispatch and supplied with a 2-year guarantee.
Specification & guidance notice: Technical information and FAQ content are provided in good faith based on manufacturer literature and industry experience. Descriptions of hydraulic types and application suitability represent general guidance only and do not constitute a guarantee of performance. Actual results will depend on system design, pipework losses, media characteristics, and installation conditions. Please consult the manufacturer & thier documentation and satisfy yourself that the equipment is suitable for your specific application prior to purchase.