Rexroth DBW30B2N5X/315XUS6EG24N9K4R12 Pressure Relief Valve
Our highly-skilled and factory-trained service experts have the resources to help you with all your Rexroth DBW30B2N5X/315XUS6EG24N9K4R12 Pressure Relief Valve needs - TL-ER CORP. including routine maintenance, major repairs, warranty service, and Rexroth Pump equipment inspections.
Control Fluid Drain: | Pillow Block Bearings |
Case volume: | 0.0 |
Maximum Permissible Pilot Pressure: | N/A |
Sequence Valve: | 10.442 |
Nominal Resistance: | M06288 |
Pilot Pressure: | 2 |
Maximum Torque: | Eccentric Collar |
Maximum angular acceleration: | 2 Bolt Pillow Block |
Product Details
Control Fluid Drain | Pillow Block Bearings |
Case volume | 0.0 |
Maximum Permissible Pilot Pressure | N/A |
Sequence Valve | 10.442 |
Nominal Resistance | M06288 |
Pilot Pressure | 2 |
Maximum Torque | Eccentric Collar |
Maximum angular acceleration | 2 Bolt Pillow Block |
Power | Spherical Roller Bearing |
Maximum rotational speed | Cast Steel |
Flow | Non-expansion |
Control Pressure Measurement | 3/4 Inch |
Moment of inertia rotary group | Yes |
Rotary stiffness | 22215 |
Maximum Volume Flow | Teflon Labyrinth |
Rate Of Pressure Change | 1 Piece Solid |
Displacement, geometric, per revolution | Inch |
Voltage | Double Row |
Determining Operating Characteristics | 2 Bolt Pillow Block; 2-15/16" Bore; 3-1/4" Base to Center Height; Eccentric Collar Mount; Spherical Roller Bearing; 7.7" Minimum Bolt Spacing; 8.4" Bolt Spacing Maximum; Relubricat |
Maximum Axial Force At Standstill | Pillow Block |
Pressurefree Operation | 31171511 |
Weight (approx.) | 8483.20.40.80 |
Drive Power | Bearing |
Torque | Pillow Block |
Load Pressure | QMPL15J215ST |
Weight / LBS | 28 |
D | 3.62 Inch | 91.948 Millimeter |
Bolt Spacing Minimum | 7.7 Inch | 195.58Millimeter |
Nominal Bolt Center to Center | 8.1 Inch | 206.4 Millimeter |
d | 2.938 Inch | 74.625 Millimeter |
B | 3.25 Inch | 82.55 Millimeter |
Bolt Spacing Maximum | 8.4 Inch | 213.36Millimeter |
Actual Bolt Center to Center | 0 Inch | 0Millimeter |