The Grundfos Magna3 D 40-180F (250) 230V circulating pump is a high-efficiency, variable speed circulator designed for heating, cooling, and hot water applications.

Here are the main features and specifications of this pump:

Type: The Magna3 is a smart, electronically controlled, variable-speed circulator pump. It is designed to automatically adjust its speed based on the system demand, which optimizes energy consumption.

Power Supply: It operates on a 230V electrical supply, making it compatible with standard home and building electrical systems.

Flow Rate and Head: The "40-180" designation refers to the nominal pump connection size (40 mm) and the maximum head (180 m). The pump is capable of handling high flow rates, making it suitable for various applications.

Applications: The Magna3 is versatile and can be used in heating systems, cooling systems, and hot water recirculation. It is suitable for residential, commercial, and industrial applications.

Energy Efficiency: This pump features advanced motor technology and an intelligent control system, which allows it to operate efficiently, reducing energy consumption compared to traditional pumps.

Control Options: The Magna3 offers various control modes, including constant pressure, constant temperature, and differential pressure control, providing flexibility to meet specific system requirements.

Integrated Communication: It can be integrated into building management systems for monitoring and control purposes, which enhances overall system efficiency.

Noise Level: The Magna3 is designed for quiet operation, making it ideal for residential installations where noise levels are a concern.

Design: It features a compact and durable design, often constructed from corrosion-resistant materials, ensuring longevity and reliability in various operating conditions.

Maintenance: The pump is designed for low maintenance, with features that facilitate easy access for servicing when necessary.

Overall, the Grundfos Magna3 D 40-180F (250) is known for its high efficiency, adaptability, and advanced technology, making it a popular choice in modern heating and cooling systems.