Parker PV270R1K1T1NMMC Hydraulic Piston Pump
Description
Parker PV270R1K1T1NMMC Hydraulic Piston Pump
Product Series General Specifications:
– Pump Type: Hydraulic piston pump
– Body Material: Cast iron
– Configuration: Single, tandem, multiple
– Displacement: 16 to 360 cm3/rev, 1 to 22 inch3/rev
– Operating Pressure: 420 bar, 6000 psi
– Flow Rate: 12 to 166 Gal/min, 48 to 630 L/min
– For Fluid Type: Standard hydraulic fluid, water glycol, biodegradable, fire-resistant
– Technology: Hydraulics
– Media: Hydraulic, liquid
– Maximum Operating Speed: 3000 RPM
– Minimum Fluid Temperature: -40 °C, -40 °F
– Maximum Fluid Temperature: 115 °C, 239 °F
– Weight: 186 kg, 410 lb
– Shaft Type: SAE, ISO
– Mounting Option: SAE, ISO
– Port Type: Flange, straight threaded
– Port Connection: SAE, ISO, BSPP
– Direction of Rotation: Clockwise, counter clockwise
– Circuit Path: Open
– Sensor Type: Pressure, displacement
– Maximum Noise Level: 96 dBA
– Drain Option: Yes
– Filter Included: No
– Radial Load Capacity: Consult Parker
– Minimum Kinematic Viscosity: 80 SUS
– Maximum Kinematic Viscosity: 3880 SUS
– Thru-Drive Capability: Yes
– Energy Recovery Capability: No
– Control Method: Pressure, remote pressure, load sense, electronic control, unloading, proportional pressure
– Charge Pump Included: No
Features and Benefits:
• Displacements from 16-360 cc/rev – covers a wide range of applications and flow requirements.
• Operating pressures of up to 350 bar (continuous) / 420 bar (intermittent) – high power density.
• Accurate, highly dynamic controls – outstanding response characteristics and productivity improvements.
• Excellent suction characteristics and high self-priming speeds – increased productivity.
• Integrated pre-compression volume – reduced pulsation and noise level.
• Robust, heavy-duty design – long lifetime and service intervals.
• Modular approach and frame size design – easy conversion and reduced inventory expenditures.
• HFC capability up to 210 bar – suitable for usage in open circuit hydraulic systems where fire-resistant fluids are required.
