Article number: SHM515716-B AAASTAND's product is cross-referenced with this one.
Tapered roller bearings with single-flanged cups support both radial and axial loads. They consist of two separable components: the cone assembly (inner ring, tapered rollers, and cage) and the cup (outer ring). The single flange on the cup aids in axial positioning and precise alignment within the housing.
Tailored for wholesale and OEM needs, our HM515716-B support OE number cross-reference. Please consult our sales team for MOQ and procurement details.
Details
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Cone Backface Clearance Radius 3.30 mm |
Cup Flange Width 7.137 mm |
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Cup Frontface Backing Diameter 133.35 mm |
Cup Outer Diameter 142.138 mm |
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Cup Part Number HM515716-B |
Cup Width 33.338 mm |
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Flange Outer Diameter 149.225 mm |
Geometry Factor #5 (Cg) 0.0869 |
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Heat Generation Factor G1 (Roller-Raceway) - |
Heat Generation Factor (Rib-Roller End) - |
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Series HM515700 |
Unit System Imperial |
FAQs
A single flanged cup is the outer ring (cup) of a tapered roller bearing designed with an axial flange. It works with a tapered cone to complete the bearing, and the flange enables fixed axial positioning in housings.
1. Secures the bearing axially, preventing movement along the shaft. 2. Simplifies housing design by eliminating the need for machined shoulders 3. Aligns and supports seals in through-bore installations
Flanged cups enable tapered roller bearings to handle radial loads and axial (thrust) loads in one direction. Clamp load-bearing comes from the cup insertion and cone placement.
1. Axial location: Built-in flange ensures precise axial positioning under load. 2. Simplified housing: eliminates the need for shoulders or stopping features 3. Service-friendly: separable design makes maintenance and replacement easier 4. High load capacity & durability: retains structural strengths of tapered geometry
1. Single-direction thrust: requires paired bearings for bidirectional axial loads. 2. Precise preload critical: incorrect clearance can severely limit life or cause failure. 3. Misalignment sensitivity: requires accurate installation and a firm housing fit
Found in: 1. Gearboxes, transmissions, and through-bore shafts 2.Heavy-duty hubs and axle assemblies 3.Industrial machines (e.g., crushers, conveyors) and construction/mining equipment