KP0560CPSS KP05123CPSS KP0530CPSS KP0540CPSS KP05 3.0 CC/REV HYDRAULIC GEAR PUMP KP
| Model Number | KP0540CPSS, KP0530CPSS, KP05123CPSS, KP0560CPSS |
|---|
Product Description
KP0560CPSS KP05123CPSS KP0530CPSS KP0540CPSS KP05 3.0 CC/REV HYDRAULIC GEAR PUMP KP Original Brand New
● Volumetric efficiency (actual flow / theoretical flow) Operation at a low speed and high pressure increases internal leakage
causing low performance.
● Input power (theoretical shaft power / mechanical efficiency) Operation at a high speed and high
pressure increases shaft power.
● The actual flow and actual input power are related to the speed and pressure. Please contact
if the properties of each model need to be clarified.
[Construction and Mechanism] 1. The shaft connected to the gear is driven by an engine or an electric motor. 2. While the gears
are rotating, the oil filling the gear tooth grooves is moved from the suction port to the delivery port. ※ The shaft is designed
to be rotated in one direction to realize high performance. When placing an order, please specify the direction of shaft rotation:
C rotation (clockwise viewing from the shaft end) or A rotation (anti-clockwise viewing from the shaft end) .
causing low performance.
● Input power (theoretical shaft power / mechanical efficiency) Operation at a high speed and high
pressure increases shaft power.
● The actual flow and actual input power are related to the speed and pressure. Please contact
if the properties of each model need to be clarified.
[Construction and Mechanism] 1. The shaft connected to the gear is driven by an engine or an electric motor. 2. While the gears
are rotating, the oil filling the gear tooth grooves is moved from the suction port to the delivery port. ※ The shaft is designed
to be rotated in one direction to realize high performance. When placing an order, please specify the direction of shaft rotation:
C rotation (clockwise viewing from the shaft end) or A rotation (anti-clockwise viewing from the shaft end) .
Note: Rotating the pump in the direction opposite to the design will damage the inside of the pump and render it unusable
KP, KFP, and KFS (low pulsation type)
Pump displacement Nominal displacement (cmsrev)
Direction of rotation A (antidockwise viewing from the shaft side) or C (clockcwise)
Shaft end S isplinel or P (siraighll, Other signs indicate specal coniigurallors.
Additional information Port position (side or rear), port configuration,mounting flange shape, shaft end seal, etc.
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