Parker Variable Displacement Axial Piston Pump For Closed Circuit Applications – C Series
Parker Variable Displacement Axial Piston Pump For Closed Circuit Applications – C Series
Parker C Series Variable Displacement Axial Piston Pumps are engineered for heavy-duty mobile equipment applications. These pumps have a 6,090 psi pressure rating, small footprint and sturdy design. At Rexton Hydraulic, we offer a wide range of services including sales, repair and maintenance of Parker Variable Displacement Axial Piston Pump For Closed Circuit Applications – C Series.
- Series : Parker C Series
- Axial Piston Variable Displacement Pumps
- Model : C055, C081, C136.
- Nominal Pressure 420 Bar (Psi 6090)
- Maximum Pressure 450 Bar (Psi 6525)
- Maximum Speed of 3,400 rpm
- Temperature range of -13 to 194ºF (-25 to 90ºC)
- Used in a wide range of applications – • Drill rigs, • Agriculture Machinery, • Construction Equipment, • Material Handling Equipment, • Forestry Equipment
Share Product:
Parker Variable Displacement Axial Piston Pump For Closed Circuit Applications C Series are constructed for heavy-duty mobile equipment applications. These pumps are designed in durable construction and compact size, which makes them an ideal solution for limited space installation. These products are available in multiple displacements/sizes C055 | C081 | C136, with a nominal pressure rating of 6,090 psi.
The flow direction of the pump is controlled by a rugged swash plate and bearing design; the position of the swash plate in the pump determines flow direction in the circuit. Parker variable displacement pumps are integrated with the charge pump, whose function is to provide oil into the closed circuit. It is a fixed displacement pump, usually a gerotor unit. To compensate for losses and supply the pump displacement controls with control flow.
Parker C series closed-circuit pumps provide reliability and higher uptime. These rugged pumps are developed with a wide range of controls and proven protection from pressure overloads for increased performance, all while maintaining a small footprint for added flexibility. Additionally, these pumps are available with multiple displacement options, which enables them to perform with a wide range of control configurations.
Technical Specifications
|
|
Technical Specifications
Technical Data
C Series Technical Specifications | |||
Frame | C055 | C081 | C136 |
Displacement CC/Rev (CIR) | 55 (3.35) | 81 (4.94) | 136 (8.3) |
Input Speed (RPM) | |||
Continuous | 3800 | 3400 | 2850 |
Intermittent | 4000 | 3600 | 3250 |
Minimum | 500 | 500 | 500 |
System Pressure Bar (PSI) | |||
Continuous | 420 (6090) | ||
Peak* | 450 (6525)* | ||
Charge Inlet Pressure Bar (PSI) Absolute | |||
Minimum | .8 (11.6) | ||
Cold Startup | .5 (7.25 | ||
Case Pressure Bar (PSI) | |||
Maximum Continuous | 4 (58 | ||
Cold Startup | 6 (86) | ||
Fluid Viscosity cSt | |||
Operating | 15 to 40 | ||
Minimum | 10 | ||
Cold Startup | 800 | ||
Fluid Operating Temperature °F (°C) | -13 to 194°F (-25 to 90°C) | ||
Maximum Permissible Fluid Cleanliness Per ISO 4406:1999 | 20/18/15 | ||
Power Consumption kW (HP) | |||
Continuous | 146 (196) | 170 (228) | 259 (347) |
Peak | 165 (221) | 203 (272 | 343 (459) |
Maximum Torque at Maximum Displacement Nm (lb-ft) | |||
Continuous | 368 (271) | 478 (352) | 858 (632) |
Peak | 394 (291) | 537 (396) | 980 (722) |
Moment of Inertia Kg-m² (lbf-ft²) | .0064 (.156) | .014 (.34) | .040 (.96) |
Approximate Weight kg (lb) | 46 (101) | 51 (113) | 86 (190) |
Product Models
Coming Soon