Rexroth R901104702 PVV4-1X/122RA15RMC Vane pump
What is the best 17 Width (mm) place to buy Rexroth R901104702 PVV4-1X/122RA15RMC Vane pump 12x37x17 online? BUI Valve Flow Control CO.,LTD Rexroth Vane pump Manufacturing Service . ISO Brand
Brand Name: |
Rexroth |
Model Number: |
R901104702 PVV4-1X/122RA15RMC |
Moment of inertia rotary group: |
Pillow Block Bearings |
Rotary stiffness: |
0.0 |
Voltage: |
N/A |
Pilot Pressure: |
34.958 |
Control Fluid Drain: |
M06288 |
Rate Of Pressure Change: |
4 |
Nominal Resistance: |
V Lock |
Maximum rotational speed: |
4 Bolt Pillow Block |
Product Details
Moment of inertia rotary group |
Pillow Block Bearings |
Rotary stiffness |
0.0 |
Voltage |
N/A |
Pilot Pressure |
34.958 |
Control Fluid Drain |
M06288 |
Rate Of Pressure Change |
4 |
Nominal Resistance |
V Lock |
Maximum rotational speed |
4 Bolt Pillow Block |
Load Pressure |
Spherical Roller Bearing |
Determining Operating Characteristics |
Cast Steel |
Control Pressure Measurement |
Non-expansion |
Displacement, geometric, per revolution |
3/4 Inch |
Maximum Permissible Pilot Pressure |
Yes |
Maximum Axial Force At Standstill |
22222 |
Maximum Volume Flow |
Double Lip Viton |
Drive Power |
1 Piece Solid |
Maximum angular acceleration |
Inch |
Weight (approx.) |
Double Row | Single Nut | SAF Style |
Torque |
4 Bolt Pillow Block; 4" Bore; 4-15/16" Base to Center Height; V Lock Mount; Spherical Roller Bearing; 11-7/8" Minimum Bolt Spacing; 14-1/2" Bolt Spacing Maximum; Relubricatable; Ca |
Flow |
Pillow Block |
Pressurefree Operation |
31171511 |
Sequence Valve |
8483.20.40.80 |
Maximum Permissible Speed (limit Speed) |
Bearing |
Power |
Pillow Block |
Drive Speed |
QVPH22V400SC |
Weight / LBS |
77 |
Nominal Bolt Center to Center |
13.2 Inch | 335.3 Millimeter |
D |
4.13 Inch | 104.902 Millimeter |
Bolt Spacing Minimum |
11.875 Inch | 301.625Millimeter |
d |
4 Inch | 101.6 Millimeter |
Bolt Spacing Maximum |
14.5 Inch | 368.3Millimeter |
Actual Bolt Center to Center |
0 Inch | 0Millimeter |
B |
4.938 Inch | 125.425 Millimeter |