Electronic circulation pump DAB EVOPLUS B 120/250.40 M, head 12 m, flow 6.7 m³/h, power 465 W

The DAB EVOPLUS B 120/250.40 M circulation pump is a highly efficient electronic circulator with a wet rotor, designed for operation in heating, ventilation and air conditioning systems of residential and commercial buildings.

With a maximum head of 12 meters and a power of 465 W, it provides reliable and economical fluid movement in various types of installations.

The compact design with DN40 flange connection and 1 1/2" inlet/outlet makes it suitable for easy installation, and the intuitive interface facilitates settings and monitoring of the workflow.

Technical parameters:

• Maximum power 465 W
• Basic frequency 50 Hz
• Rated voltage 220-240 V
• Maximum flow rate 6.7 m3/h
• Maximum pressure 12 m
• Pressure 16 bar
• Inlet/outlet: 1 1/2"
• Flange connection: DN40
• Protection class IP 44
• Weight 20.8 kg

APPLICATIONS
EVOPLUS pumps are designed to operate in a wide range of HVAC (heating, ventilation and air conditioning) applications. They are ideal for installations where automatic adaptation to changing system conditions is required, while maintaining low noise levels, higher comfort and significant savings on operating costs. With an IP 44 protection rating and a maximum pressure of 16 bar, this pump is a reliable choice for critical and professional applications.

HEATING APPLICATIONS
In heating systems where heat demand varies dynamically according to the outside temperature and the room usage, DAB EVOPLUS B 120/250.40 M provides automatic regulation of the heat carrier circulation. This results in efficient maintenance of the desired temperature, without unnecessary energy consumption. It is particularly valuable in complex installations with multiple heating zones, as it adapts to the opening and closing of branches, maintaining optimal flow rate and silence.


AIR CONDITIONING APPLICATIONS
Unlike traditional pumps, EVOPLUS can also operate in air conditioning systems where the liquid in the system has a temperature lower than the ambient. Thanks to its special design, it allows the condensate formed to drain freely without affecting the electronic or mechanical components. This makes it an excellent choice for modern cooling installations where reliability and resistance to moisture are crucial.