Baxi QUANTUM MAXI 1025 Circulator Pump 1 1/4"

The Baxi Quantum Maxi 1025 1 1/4" circulator pump (reference 7739885) is an advanced and efficient solution designed for applications in heating and cooling systems, ideal for homes and small commercial installations. This pump from the Quantum range stands out for its high energy efficiency and advanced wet rotor technology with ECM, ensuring superior performance with low energy consumption.

High Efficiency Features:

One of the most notable features of the Baxi Quantum Maxi 1025 is its Energy Efficiency Index (EEI) of 0.23 or less, making it one of the most efficient pumps on the market. This means it operates with optimised energy consumption, which not only reduces electricity bills but also minimises environmental impact, making it an ideal choice for those seeking sustainable and environmentally friendly solutions.

ECM Technology:

The Baxi Quantum Maxi circulator pump uses ECM (Electronic Commutated Motor) technology, a technology of electronically commutated motor that allows for greater energy efficiency compared to traditional pumps. This technology ensures smoother and quieter operation, enhancing user comfort by eliminating annoying noise. Additionally, it contributes to a longer and more reliable use of the equipment, extending its lifespan and reducing the need for maintenance.

Flexibility and Comfort:

The Baxi Quantum Maxi 1025 is equipped with 3 pre-set speeds, allowing flexible adaptation to different flow and pressure requirements. Users can select from three constant speed levels, enabling the pump to operate without the need for complex regulation. This feature offers greater versatility in its application, adjusting to various needs of the heating or cooling system.

Ease of Installation:

The pump includes all necessary accessories for quick and easy installation. The circulator comes with hydraulic accessories, such as gaskets and connection fittings, facilitating assembly and ensuring a perfect fit without the need to purchase additional components.

Technical Specifications:

• Maximum Flow (Q-max): 2.7 m³/h, ensuring adequate water circulation for small to medium-sized systems.
• Maximum Pumping Height (H max): 4.2 metres of water column, providing sufficient pressure to ensure the correct distribution of hot or cold water in the system.
• Working Temperature Range: From -10ºC to 95ºC, allowing for use in both heating and cooling systems.
• Maximum Working Pressure: 6 bar, ensuring safe operation under high-pressure conditions in installations.
• Nominal Diameter (DN): 2", with a pipe connection via 1 1/4" fitting, standard in most domestic and commercial installations.
• Motor Speed: Variable between 800 and 3500 revolutions per minute (rpm), allowing the pump's performance to be adapted according to the system's needs.
• Voltage: 230V, compatible with most electrical installations.
• Power Consumption: Between 4W and 21W, highlighting its high energy efficiency.
• Weight: 3 kg, facilitating installation without the need for large supports or additional mounting structures.

Advantages of the Baxi Quantum Maxi 1025 Pump:

• High Energy Efficiency: With an EEI ≤ 0.23, this pump offers reduced energy consumption, contributing to a lower environmental impact and greater operational profitability.
• Advanced ECM Technology: The wet rotor technology with an electronically commutated motor ensures more efficient and durable operation, with less maintenance required.
• Easy Installation: Thanks to the included accessories, installation is quick and simple, saving time and effort.
• Versatility of Use: With its temperature range of -10 to 95°C and three adjustable speeds, the pump is suitable for both heating and cooling systems, adapting to various applications.

In summary, the Baxi Quantum Maxi 1025 1 1/4" circulator pump is an ideal solution for those seeking a high-efficiency, durable, and easy-to-install circulation system. With its advanced technology, low energy consumption, and operational flexibility, it is an excellent choice for optimising any heating or cooling system in domestic or commercial applications.