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Product Details:
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| Order Code: | R902453681 | Full Model: | AA10VS010DR/52R-VPA14N00 |
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| Pump Type: | Axial Piston Variable Pump (Swashplate Design, Open Circuit) | Displacement: | 10 Cm³/rev (approx. 10.5 Cm³/rev Geometric) |
| Control Type: | DR (Direct-Acting Pressure Control / Pressure Compensator) | ||
| Highlight: | Rexroth German hydraulic piston pump,AA10VS010DR hydraulic piston pump,VPA14N00 piston pump with warranty |
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High-performance axial piston variable pump from Rexroth's A10VSO series, designed for open circuit applications with pressure compensation control.
Parameter
Specification
Manufacturer / Series
Rexroth A10VSO Series 52
Order Code
R902453681
Full Model
AA10VSO10DR/52R-VPA14N00
Pump Type
Axial Piston Variable Pump (Swashplate Design, Open Circuit)
Displacement
10 cm³/rev (approx. 10.5 cm³/rev geometric)
Control Type
DR (Direct-Acting Pressure Control / Pressure Compensator)
Nominal Pressure
250 bar
Peak Pressure
315 bar
Nominal Size
NG10
Rotation Direction
Right-hand (R, viewed from shaft end)
Shaft Type
Parallel Keyed Shaft (DIN 6885)
Ports
S (Suction), B (Pressure), L (Case Drain), X (Control)
Port Size
Code 14 (Metric threads)
Mounting Flange
ISO 3019-2 (SAE 2-bolt)
Max. Speed
Approx. 3000 - 3600 rpm (dependent on inlet conditions)
Seal Material
FKM (Viton)
Hydraulic Fluid
Mineral oils (HL, HLP), HETG, HEES, HFDU
Operating Temperature
-20°C to +80°C
Weight
Approx. 9 kg
Country of Origin
Germany
Order Code
Model
R910990410
A A10VSO 10 DFR /52R-PPA14N00
R902427116
A A10VSO 10 DFR /52R-PSC64N00
R910993015
A A10VSO 10 DFR /52R-PUC64N00
R910988129
A A10VSO 10 DFR1/52L-PKC64N00
R902426284
A A10VSO 10 DFR1/52L-PUC64N00
R910988128
A A10VSO 10 DFR1/52R-PKC64N00
R910990987
A A10VSO 10 DFR1/52R-PPA14N00
R910990406
A A10VSO 10 DR /52R-PPA14N00
R910988127
A A10VSO 10 DRG /52R-PKC64N00
Feature
A10VSO (This Pump)
A2FO (Previous Query)
Design
Swashplate, Variable Displacement
Bent-Axis, Fixed Displacement
Control
Variable (DR pressure control)
Fixed (Flow varies only with speed)
Application
Open circuit, pressure-controlled systems
Open circuit, constant flow systems
Efficiency
High at partial flow (due to destroke)
High at constant flow
Contact Person: Mr. liyun
Tel: +8615280488899