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Catalog   /   Climate, Heating, Water Heating   /   Heating & Boilers   /   Circulation Pumps

Comparison Wilo TOP-SD 32/7 DM 7 m
DN 32
220 mm
vs Wilo TOP-SD 32/7 EM 7 m
DN 32
220 mm

Add to comparison
Wilo TOP-SD 32/7 DM 7 m DN 32 220 mm
Wilo TOP-SD 32/7 EM 7 m DN 32 220 mm
Wilo TOP-SD 32/7 DM 7 m
DN 32
220 mm
Wilo TOP-SD 32/7 EM 7 m
DN 32
220 mm
from 25 609 ₴
Outdated Product
from 25 795 ₴
Outdated Product
Main functioncentral heatingcentral heating
Designtwin headtwin head
Pump typecentrifugalcentrifugal
Rotor typewetwet
Specs
Max. flow13000 L/h13000 L/h
Max. head7 m7 m
Max. operating pressure10 bar10 bar
Minimum fluid temperature-20 °С-20 °С
Max. fluid temperature130 °С130 °С
Features
3 speeds
3 speeds
Motor
Max. power consumption200 W195 W
Mains voltage380 В220 В
Shaft arrangementhorizontalhorizontal
Shaft materialstainless steelstainless steel
Connection
Connection typeflangeflange
Inlet/outlet arrangementcoaxiallycoaxially
InletDN 32DN 32
OutletDN 32DN 32
More specs
Pump housing materialcast ironcast iron
Impeller materialplasticplastic
Country of brand originGermanyGermany
Protection classIPX4DIPX4D
Insulation classHH
Port-to-port length220 mm220 mm
Weight15.1 kg15.1 kg
Added to E-Catalognovember 2014november 2014
Brief conclusions of the comparison circulation pumps

Price graph
Glossary

Max. power consumption

The electrical power consumed by the pump during normal operation and maximum performance.

This indicator directly depends on performance — after all, for pumping large volumes of water, an appropriate amount of energy is needed. And the power depends on two main parameters — electricity consumption and the load on the power grid, which determines the connection rules. For example, pumps with a power of more than 5 kW cannot be connected to ordinary household sockets; more detailed rules can be found in special sources.

Mains voltage

Operating voltage for which the pump is designed.

— 230 V. Standard voltage of household networks. Most of these pumps can be powered from a regular outlet, which makes them very convenient to connect. At the same time, this option is not well suited for creating high-performance units — already with a power consumption of more than 5 kW, certain tricks in connection will be required, and in general, 230 V provide less power than 400 V. Therefore, the such power supply is typical mainly for models elementary and intermediate levels.

— 400 V. This option implies power supply from three-phase networks with a voltage of 400 V. Such networks are rarely found in everyday life, but they are widely used in the professional field, including at industrial facilities — they are convenient for powering high-power equipment. Therefore, three-phase power is usually provided in professional high-performance pumps.