Electronic circulation pump DAB EVOPLUS 60/180 M, head 6 m, flow 7 m³/h, power 100 W

The DAB EVOPLUS 60/180 M circulation pump is a highly efficient electronic circulator designed for operation in modern heating and air conditioning systems of residential and commercial buildings.

With a maximum head of 6 meters, a power of 100 W and an inlet/outlet of 1"1/2, it provides an optimal flow rate of up to 7 m³/h at a pressure of up to 16 bar.

Thanks to its wet rotor, this pump offers extremely low noise levels, high energy efficiency and reliability in continuous operation.

The IP44 protection rating and durable construction make it suitable for a wide range of applications at water temperatures up to +40°C.

Technical parameters:

• Maximum power 100 W
• Basic frequency 50 Hz
• Rated voltage 220-240 V
• Maximum flow rate 7 m3/h
• Maximum pressure 6 m
• Pressure 16 bar
• Inlet/outlet 1"1/2
• Maximum water temperature + 40 °C
• Protection class IP 44
• Weight 4.5

APPLICATIONS The EVOPLUS 60/180 M
model is a universal solution for heating, ventilation and air conditioning. It is suitable for both new installations and modernization of existing systems. Extremely effective in residential buildings (cooperatives, blocks of flats, houses), commercial premises, offices, schools, hospitals and public buildings, it guarantees a constant and reliable water flow, regardless of the system load. The intuitive user interface makes it easy to manage and set up.

HEATING APPLICATIONS
In heating systems where heat demand changes dynamically during the day, DAB EVOPLUS adapts automatically to the load. It compensates for temperature and hydraulic variations in different rooms, ensuring a balanced heat supply even when opening and closing different zones or circuits. The electronic control and the wet rotor allow for quieter and more economical operation, significantly reducing operating costs.

AIR CONDITIONING APPLICATIONS
EVOPLUS 60/180 M is also fully suitable for use in cooling installations. Unlike traditional pumps, it is designed to operate without problems even when the temperature of the pumped liquid is below that of the environment - a common phenomenon in air conditioning systems. Thanks to a special design, the condensation formed does not endanger the electronic or mechanical components and is efficiently drained away without the risk of damage.