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Flow: 6 m³/h
Head: 0 m - 8 m
Power: 0.37, 0.55, 0.75 kW
... The absorbed power curve (P) [kW] represents, on the ordinate axis, the electrical power used characterized in relation to the required flow rate Q. The specific weight of the liquid must be multiplied ...
FLUIMAC
Flow: 10 m³/h
Head: 10 m
Power: 0.75, 0.55, 1.1 kW
... The absorbed power curve (P) [kW] represents, on the ordinate axis, the electrical power used characterized in relation to the required flow rate Q. The specific weight of the liquid must be multiplied ...
FLUIMAC
Flow: 0 m³/h - 15 m³/h
Power: 1.5, 1.1, 0.75 kW
Fluid temperature: -20 °C - 90 °C
... The absorbed power curve (P) [kW] represents, on the ordinate axis, the electrical power used characterized in relation to the required flow rate Q. The specific weight of the liquid must be multiplied ...
FLUIMAC
Flow: 0 m³/h - 20 m³/h
Head: 0 m - 15 m
Power: 1.5, 2.2, 1.1 kW
... The absorbed power curve (P) [kW] represents, on the ordinate axis, the electrical power used characterized in relation to the required flow rate Q. The specific weight of the liquid must be multiplied ...
FLUIMAC
Flow: 0 m³/h - 25 m³/h
Head: 0 m - 16 m
Power: 2.2, 3, 1.5 kW
... The absorbed power curve (P) [kW] represents, on the ordinate axis, the electrical power used characterized in relation to the required flow rate Q. The specific weight of the liquid must be multiplied ...
FLUIMAC
Flow: 0 m³/h - 30 m³/h
Head: 0 m - 20 m
Power: 2.2, 4, 3 kW
... The absorbed power curve (P) [kW] represents, on the ordinate axis, the electrical power used characterized in relation to the required flow rate Q. The specific weight of the liquid must be multiplied ...
FLUIMAC
Flow: 0 m³/h - 40 m³/h
Head: 0 m - 25 m
Power: 3, 5.5, 4 kW
... The absorbed power curve (P) [kW] represents, on the ordinate axis, the electrical power used characterized in relation to the required flow rate Q. The specific weight of the liquid must be multiplied ...
FLUIMAC
Flow: 6 m³/h
Head: 8 m
Power: 0.55, 0.75, 0.37 kW
... The absorbed power curve (P) [kW] represents, on the ordinate axis, the electrical power used characterized in relation to the required flow rate Q. The specific weight of the liquid must be multiplied ...
FLUIMAC
Flow: 0 m³/h - 10 m³/h
Head: 0 m - 10 m
Power: 0.75, 1.1, 0.55 kW
... The absorbed power curve (P) [kW] represents, on the ordinate axis, the electrical power used characterized in relation to the required flow rate Q. The specific weight of the liquid must be multiplied ...
FLUIMAC
Flow: 0 m³/h - 15 m³/h
Head: 0 m - 12 m
Power: 1.1, 0.75, 1.5 kW
... The absorbed power curve (P) [kW] represents, on the ordinate axis, the electrical power used characterized in relation to the required flow rate Q. The specific weight of the liquid must be multiplied ...
FLUIMAC