NTN 7256 angular contact ball bearings
Find the discount NTN 7256 angular contact ball bearings 950x1250x175 Size (mm) online you need . 1250 Outer Diameter (mm) We offer … If you 950 Bore Diameter (mm) check out our large selection of NTN 7256 angular contact ball bearings once .
| Size (mm) | 950x1250x175 |
| Bore Diameter (mm) | 950 |
| Outer Diameter (mm) | 1250 |
| Width (mm) | 175 |
| d | 950 mm |
| Fw | 1024 mm |
| D | 1250 mm |
| B | 175 mm |
| C | 175 mm |
| Weight | 745 Kg |
| Basic dynamic load rating (C) | 5830 kN |
| Basic static load rating (C0) | 14000 kN |
| (Grease) Lubrication Speed | 400 r/min |
Detailed Parameters
parameter：
Similar products
LS GEH160HT plain bearings
Various types and sizes to accommodate your LS GEH160HT plain bearings requirements. 74.6 mm B B 74.6 mm A 58 mm A1 18 mm A2 75.9 mm A4 42 mm B1 95.2 mm d 80 mm d1 110 mm e 18 mm G M10x1 H3 170 J 200 mm L 240 mm N 23mm s1
24148RK30 KOYO Calculation factor (Y0) 1.67 240x400x160mm Spherical roller bearings
Bearing number 24148RK30 Size (mm) 240x400x160 Brand KOYO Bore Diameter (mm) 240 Outer Diameter (mm) 400 Width (mm) 160 d 240 mm D 400 mm B 160 mm C 160 mm r min. 4 mm da min. 258 mm Da max. 382 mm ra max. 3 mm Weight 79 Kg Basic dynamic load rating (C)
Toyana 230/560 KCW33+H30/560 spherical roller bearings
What are the types of Toyana 230/560 KCW33+H30/560 spherical roller bearings ? 80 mm d Manufacturing Service . Get Your Free, Instant price, design review. d 80 mm static load capacity: 67000 lbf D 120 mm precision rating: Not Rated B 55 mm maximum rpm: 1300 RPM bore type: Straight finish/coating: Uncoated number of rows:
KOYO 6302-2RD deep groove ball bearings
What are the dimensions of a KOYO 6302-2RD deep groove ball bearings? Manufacturing 0.0 Inventory Service . Get Your Free, Instant Quote！ Inventory 0.0 Manufacturer Name TIMKEN Minimum Buy Quantity N/A Weight 17.252 EAN 0883450195447 Product Group M06288 Component Description Take Up Bearing Only Rolling Element Spherical Roller Bearing Housing Style Unit Only Mounting Method