PRODUCTS

A4FO Fixed Piston Pump

A4FM-2

ETERNAL HYDRAULIC

A4FO40 A4FO71 A4FO125 A4FO180 A4FO250

Eternal Hydraulic –Rexroth Type A4FO A4FM Fixed Piston Pump/Motor – Series 10 and 30

A4FO axial fixed displacement piston pump of swashplate design are used for hydraulic drives in open loop circuits. Flow is proportional to the drive speed and to the displacement, has good suction characteristic, low noise level and long service life. It’s pump combinations possible, and can through drive for mounting other pumps.

  • Particularly well suited for applications, where compact installation size is required
  • High tolerance to torsional vibrations
  • Long service life at high pressures
  • Very high total efficiency
  • Low operating noise
  • Swashplate design
  • High pressure motor for confined installation spaces
  • Size 71 … 500
  • Nominal pressure 350 bar
  • Maximum pressure 400 bar
  • Open and closed circuits

Fixed Piston Pump

 

 

MODLE CODE of A4FM Fixed Piston Motor

 

 

Technical Data

Size 71 125 250 500
Displacement Vg cm³ 71 125 250 500
Nominal pressure pnom bar 350 350 350 350
Maximum pressure pmax bar 400 400 400 400
Maximum speed nnom rpm 3200 2600 2200 1800
Inlet flow at nnom qV l/min 227 325 550 900
Torque at pnom M Nm 395 696 1391 2783
Weight (approx.) m kg 34 61 120 260

→A4FO A4FM Series Fixed Piston Pump  PDF

 

APPLICATION

Piston pumps are widely used in high-pressure, high-flow, high-power systems and where the flow needs to be regulated, such as mobile and construction equipment, engineering vehicles, heavy-duty planers, metal forming and stamping, machine tools, hydraulic presses, oilfield equipment, mining and metallurgical machinery, marine and other hydraulic systems.

 

 

Related Product

A4VSO

A4VSO Variable displacement pump with axial piston rotary group of swashplate design for hydrostatic drives in open circuit.
The capacity of the pump is in proportion to its rotating speed and displacement; the stepless adjustment of the displacement can be materialized by regulating the swivel angle of its swash plate.

 

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