1.181 Inch | 30 Millimeter x 2.835 Inch | 72 Millimeter x 0.748 Inch | 19 Millimeter CONSOLIDATED BEARING NF-306 Cylindrical Roller Bearings
1.181 Inch | 30 Millimeter x 2.835 Inch | 72 Millimeter x 0.748 Inch | 19 Millimeter CONSOLIDATED BEARING NF-306 Cylindrical Roller Bearings Engineering Medium Preload: Calculator BEARING DE MEXICO,S.A.DE C.V. , 1.181 Inch | 30 Millimeter x 2.835 Inch | 72 Millimeter x 0.748 Inch | 19 Millimeter CONSOLIDATED BEARING Manufacturing Service . Get Your Free.
What is NF-306 bearing cross reference?
Brand Name: | CONSOLIDATED BEARING |
Model Number: | NF-306 |
Control Pressure Measurement: | 3.2500 in |
Maximum Volume Flow: | Exceptional Bearing Protection, Rotating Applications, Pumps, Gearboxes, Motors, Energy Efficient Applications, Primary Metals Industry, Steel Industry, Aluminum Industry, Pulp and Paper Industry, Che |
Nominal Resistance: | Labyrinth |
Determining Operating Characteristics: | 3926904590.US |
Maximum Permissible Pilot Pressure: | ISO-GARD® Flanged Design, Filled PTFE Rotor and Stator, FKM O-Rings, and 0.375" FlangeISO-GARD® Flanged Design Filled PTFE Rotor and Stator FKM O-Rings and 0.375" |
Pressurefree Operation: | 29502-0134 |
Drive Speed: | -22 to 400°F |
Torque: | 0.25 lb |
Product Details
Control Pressure Measurement | 3.2500 in |
Maximum Volume Flow | Exceptional Bearing Protection, Rotating Applications, Pumps, Gearboxes, Motors, Energy Efficient Applications, Primary Metals Industry, Steel Industry, Aluminum Industry, Pulp and Paper Industry, Che |
Nominal Resistance | Labyrinth |
Determining Operating Characteristics | 3926904590.US |
Maximum Permissible Pilot Pressure | ISO-GARD® Flanged Design, Filled PTFE Rotor and Stator, FKM O-Rings, and 0.375" FlangeISO-GARD® Flanged Design Filled PTFE Rotor and Stator FKM O-Rings and 0.375" |
Pressurefree Operation | 29502-0134 |
Drive Speed | -22 to 400°F |
Torque | 0.25 lb |
Voltage | 4500 fpm |
Power | 4.1250 in |
Pilot Pressure | 0.020 in |
Control Fluid Drain | 0.7500 in |
Maximum angular acceleration | Ambient |