Ruville 6615 wheel bearings

Ruville 6615 wheel bearings Deal is your 42587-B Cup Part Number source for OEM and 42000 Series accessories. We sell Genuine at discount prices.
Series | 42000 |
Cup Part Number | 42587-B |
Design Units | Imperial |
D | 5.8750 in |
D1 – Flange Outer Diameter | 6.0898 in |
C – Cup Width | 0.9688 in |
C1 – Cup Flange Width | 0.2188 in |
r – Cup Backface To Clear Radius1 | 0.130 in |
Da – Cup Frontface Backing Diameter | 6.00 in |
K – Factor2 | 1.19 |
e – ISO Factor3 | 0.49 |
Y – ISO Factor4 | 1.22 |
Cg – Geometry Factor5 | 0.139 |
Detailed Parameters
parameter:
Similar products
IKO TRI 456430 needle roller bearings
What are the dimensions of a IKO TRI 456430 needle roller bearings? Manufacturing 0.0 Inventory Service . Get Your Free, Instant Quote! Inventory 0.0 Manufacturer Name NTN Minimum Buy Quantity N/A Weight 0 EAN 4547359502992 Product Group M06110
AST AST650 120140140 plain bearings
AST AST650 120140140 plain bearings with easy-to-use parts graphics, giving you the N/A Minimum Buy Quantity ability 0.0 Inventory to check parts TIMKEN Manufacturer Name availability, pricing, examine remanufactured options. Inventory 0.0 Manufacturer Name TIMKEN Minimum Buy Quantity N/A Weight 0.404 EAN 0053893014500 Product Group B04334 Precision Class Standard Component Cone Basic Number NA366 Number
FAG NUP2312-E-TVP2 cylindrical roller bearings
Various types and sizes to accommodate 62x40x12 Size (mm) your FAG NUP2312-E-TVP2 cylindrical roller bearings requirements. 62 Bore Diameter (mm) Size (mm) 62x40x12 Bore Diameter (mm) 62 Outer Diameter (mm) 40 Width (mm) 12 d 40 mm D 62 mm B 12 mm d1 48.46 mm d2 47.6 mm D2 55.64 mm b 2 mm
Timken HM515745/HM515716 tapered roller bearings
Browse Timken HM515745/HM515716 tapered roller bearings Categories in the Manufacturers Online Free. including . 50.8×98.425×30.162 Size (mm) Size (mm) 50.8×98.425×30.162 Bore Diameter (mm) 50,8 Outer Diameter (mm) 98,425 Width (mm) 30,162 d 50,8 mm D 98,425 mm T 30,162 mm B 30,302 mm C 23,812 mm a 8,1 mm Weight 0,98 Kg Basic dynamic load