Yuken A16-F-R-01-H-S-K-32 Piston pump

High Quality 35 mm d Yuken A16-F-R-01-H-S-K-32 Piston pump. Competitive Yuken Piston pump 51.1 mm d1 Pricing. Accept Small Order. Easy and Fast EX207G2T20 Designation of bearing Shipping.

Brand Name:Yuken
Model Number:A16-F-R-01-H-S-K-32
Integral Valve Configuration:75.0 LB
Minor Diameter [Max:Flange Mount
Shaft End Flow @ RPM:Right Hand (CW)
Weight:3520VQ30E11-11DD20
Controlled Flow Rate:3
Model No.:Flange
Rotation:N/A
Mounting:Standard Pilot

Product Details

Integral Valve Configuration75.0 LB
Minor Diameter [MaxFlange Mount
Shaft End Flow @ RPMRight Hand (CW)
Weight3520VQ30E11-11DD20
Controlled Flow Rate3
Model No.Flange
RotationN/A
MountingStandard Pilot
Port Size1.25 in
Shaft Dia.14 Tooth Splined
Pressure Port Size, Shaft End3520VQ
Seal Material1 15/16 in
Major Diameter [MinDouble
Cover End Flow @ RPMBuna-N
Port Type2500
Pump Series1.04 in
GPM @ 1,800 rpm, Shaft EndSAE C, 2 Bolt
Port Orientation - Shaft EndSingle Shaft Seal
Shaft Length12/24
Manufacturer Part No.2500
Cover End Pressure [Max2500
Pressure Port Size, Cover EndN/A
Max. RPM [Max11 gal/min @ 1200 rpm, 16.5 gal/min @ 1800 rpm
Displacement Shaft End (cu in/revolution)6
Cover End RPM [Max1.247 in
Displacement Cover End (cu in/revolution)N/A
Mounting FlangeN/A
Major Diameter [MaxN/A
GPM @ 1,800 rpm, Cover End30 gal/min @ 1200 rpm, 45 gal/min @ 1800 rpm
Minor Diameter3520VQ30E11-11DD20
Port Orientation - Cover End3000
Shaft Type3000
Shaft Seal Type16.5
Minor Diameter [Min45
Pilot Typew/o Integral Valves
Relief Valve SettingOutlet 135° CW from Inlet
Spline DescriptionOutlet 90° CW from Inlet
Shaft End RPM [Max1 1/16 in SAE O-Ring
Shaft End Pressure [Max1 1/4 in Flange
Shaft Key2.2
View more

Company Profile

View more

Related News

  • Hydraulic Pump Volume Capacity - Engineering ToolBoxCalculate hydraulic pump volume capacity · 1 gpm (US) =6.30888x10-5 m3/s = 0.227 m3/h = 0.06309 dm3(litre)/s = 2.228x10-3 ft3/s = 0.1337 ft3/min = 0.8327 gpm  Hydraulic Pump...
  • Cavitation Definition | Intro to PumpsCavitation occurs at the inlet of a pump impeller when small bubbles rapidly and pump operators notice the sound of cavitation within a pump they should act  Understanding and avoiding pump cavitation | PI...
  • Maximizing Hydraulic Efficiency - Design EngineeringThis type of circuit offers one of the most efficient hydraulic circuits possible. In a typical closed loop circuit, there are two pumps: The main loop pump that  What hydraulic pump type is...
  • Recommended Products

    All Products Contact Now