Circulation pumps TEPLOKOM GNH, SAN, NMT, CL, ECL

IMP Pumps GHN series – Imppumps GHN circulation pumps are designed to ensure the circulation of warm/cold water in heating and air conditioning systems. Due to its very quiet operation, Imppumps GHN circulation pumps are recommended to be installed in residential buildings and other facilities where special requirements are imposed to ensure an appropriate level of comfort.

IMP Pumps SAN series – SAN circulation pumps are designed to work in hot water supply systems. The materials used in the pumps meet all sanitary requirements and are intended for sanitary water. Pumps of this series are used for household (sanitary) water that has contact with human skin, and are offered in two versions – threaded and flanged.

IMP Pumps NMT series – Imppumps NMT circulation pumps are designed to ensure the circulation of warm/cold water in heating and air conditioning systems. Due to its very quiet operation, Imppumps NMT circulation pumps are recommended to be installed in residential buildings and other facilities where special requirements are imposed to ensure an appropriate level of comfort.
Imppumps New Motor Technology (NMT) pumps differ from other circulation pumps in that they are driven by an electronically controlled motor with a permanent magnet rotor. Such an electric motor consumes much less energy than an asynchronous electric motor.

IMP Pumps of the CL series are centrifugal circulation pumps designed for pumping cold and hot chemically non–aggressive water that does not contain abrasive elements. They are suitable for central heating systems, air conditioning and refrigeration equipment, for water supply to various industrial enterprises.

IMP Pumps of the ECL series are electronically controlled multi–row ECL pumps with a separate frequency converter that provide different flows of the pumped medium at the same or low lifting heights with varying hydraulic resistance of the system. Changes in the hydraulic resistance of the system are detected by a special pump sensor. Depending on this change, a special algorithm in the control electronics of the pump increases or decreases the motor speed at constant or proportional pressure. This, provided that pressure values are set for various hydraulic resistances, makes it possible to achieve independent operation of the pump in the central heating system.