Circulating Pumps

Circulation pump equipped with 3-speed motors that allow parameters to be set according to the user's needs. Pump in the cast iron casing version. Thanks to the design and high quality of the materials used, the pumps are very quiet. All OHI pumps have PZH approval.

Circulation pump with cast iron body, 3-speed.

Circulation pump with cast iron body, 3-speed.

Circulation pump with cast iron body, 3-speed.

Circulation pump with cast iron body, 3-speed.

Circulation pump with cast iron body, 3-speed.

Circulation pump equipped with 3-speed motors that allow parameters to be set according to the user's needs. Pump in the cast iron casing version. Thanks to the design and high quality of the materials used, the pumps are very quiet. All OHI pumps have PZH approval.

Circulation pump equipped with 3-speed motors that allow parameters to be set according to the user's needs. Pump in the cast iron casing version. Thanks to the design and high quality of the materials used, the pumps are very quiet. All OHI pumps have PZH approval.

DHW circulation pump for drinking water.

DHW circulation pump for drinking water.

The pump is designed for forced circulation in central heating systems. It is equipped with an electronic processor that automatically controls its operation, which, in combination with a frequency converter, allows for significant savings in electricity consumption. The AMG pump has a processor that provides the ability to select one of 10 operating modes depending on the needs of the installation. Power consumption ranges from 1/10 to 1/3 compared to conventional pumps.

The pump is designed for forced circulation in central heating systems. It is equipped with an electronic processor that automatically controls its operation, which, in combination with a frequency converter, allows for significant savings in electricity consumption. The AMG pump has a processor that provides the ability to select one of 10 operating modes depending on the needs of the installation. Power consumption ranges from 1/10 to 1/3 compared to conventional pumps.