The high efficient Parker bent axis design pumps, with unique spherical piston concept gives thermal shock resistance. The pumps are rated up to 420 bar pressure levels, and has high self-priming speeds. The well proven gear synchronization and double tapered bearing concept gives a very robust and reliable pump in demanding applications, applicable for both open and closed loop systems. Combined with our well proven track record of durable pumps, we have an outstanding uptime. Sizes from 5 - 19 cc
Rigorous product testing and continuous product development help to ensure our hydraulic pumps operate at optimum efficiency and can perform in the most demanding environments.
Markets:
• Industrial
• Energy
• Government (Non Aerospace)
• HVAC
• Mobile
• Natural Resources
• Transportation (Non Aerospace)
Features/Benefits:
• Displacement from 5 - 19 cc – support various applications.
• Gear synchronization – robust and reliable
• High overall efficiency – reducing greenhouse gas emissions and fuel consumption.
• High selfpriming speeds – increased productivity
• Low noise level – meeting industry noise emissions.
• Low weight – reducing greenhouse gas emissions and fuel consumption.
• Laminated piston rings – low internal leakage, high overall efficiency
• Operating pressures up to 420 bar
• Shaft end and mounting flange meet ISO, SAE and CETOP standards.
• Small installation dimensions – fits wide range of applications.
• Tolerates low and high temperature shocks – suitable for the most demanding environments.
Applications:
• Agriculture Machinery
• Construction Equipment
• Forestry Equipment
• Material Handling Equipment
• Turf Equipment
• Vocational & Municipal Equipment
• Other Mobile
• Mining
• Oil & Gas
• Power Generation
• Defense
• Marine (Non-Military)
• Air Conditioning
• Heating
• Machine Tools
• Aerial
• Rail
For detailed technical information on F11 pumps please download our latest catalogue and installation manuals under Product Support and/or contact your local Parker dealer for support.
* Made in Sweden
