DEUTZ 0 445 120 129 injector

Can't find what you're looking Flanged Keyword String for DEUTZ 0 445 120 129 injector ? Our expert DEUTZ injector Representatives be in contact with you shortly!

Brand Name:DEUTZ
Model Number:0 445 120 129
GPM @ 1,800 rpm, Cover End:75.0 LB
Pump Series:Flange Mount
Relief Valve Setting:Right Hand (CW)
Mounting Flange:3520VQ30A11-1DD20
Pilot Type:3
Controlled Flow Rate:Flange
Weight:5/16 in
Shaft End Flow @ RPM:Standard Pilot

Product Details

GPM @ 1,800 rpm, Cover End75.0 LB
Pump SeriesFlange Mount
Relief Valve SettingRight Hand (CW)
Mounting Flange3520VQ30A11-1DD20
Pilot Type3
Controlled Flow RateFlange
Weight5/16 in
Shaft End Flow @ RPMStandard Pilot
Minor Diameter [Min1.25 in
Major Diameter [MinStraight w/ Key
Shaft End Pressure [Max3520VQ
Port Size2 1/2 in
Cover End Flow @ RPMBuna-N
Rotation2500
Shaft Seal TypeN/A
Displacement Cover End (cu in/revolution)SAE C, 2 Bolt
Pressure Port Size, Cover EndSingle Shaft Seal
Max. RPM [MaxN/A
Minor Diameter [Max2500
Spline Description2500
Pressure Port Size, Shaft EndN/A
Shaft Key11 gal/min @ 1200 rpm, 16.5 gal/min @ 1800 rpm
Shaft TypeN/A
Port Orientation - Shaft EndN/A
Cover End RPM [MaxN/A
Port TypeN/A
MountingN/A
Port Orientation - Cover End30 gal/min @ 1200 rpm, 45 gal/min @ 1800 rpm
Model No.3520VQ30A11-1DD20
Shaft Length3000
Major Diameter [Max3000
Cover End Pressure [Max16.5
Integral Valve Configuration45
Shaft End RPM [Maxw/o Integral Valves
Seal MaterialOutlet 135° CW from Inlet
Shaft Dia.Outlet 90° CW from Inlet
Minor Diameter3/4 in Flange
Manufacturer Part No.1 1/4 in Flange
GPM @ 1,800 rpm, Shaft End2.22
Displacement Shaft End (cu in/revolution)5.96
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