162.16.0450.890.11.1503 Standard 5 Slewing Ring Bearings
Brand Name:Standard 5
Model Number:162.16.0450.890.11.1503
Bearing number:728 ACD/P4A
Size (mm):8x24x8
Bore Diameter (mm):8
Outer Diameter (mm):24
Width (mm):8
d:8 mm
D:24 mm
B:8 mm

Product Details

Bearing number728 ACD/P4A
Size (mm)8x24x8
Bore Diameter (mm)8
Outer Diameter (mm)24
Width (mm)8
d8 mm
D24 mm
B8 mm
d113.1 mm
d213.1 mm
D118.9 mm
r1,2 - min.0.3 mm
r3,4 - min.0.2 mm
a7.8 mm
da - min.10.4 mm
db - min.10.4 mm
Da - max.21.6 mm
Db - max.22.2 mm
ra - max.0.3 mm
rb - max.0.2 mm
dn14.3 mm
Basic dynamic load rating - C3.6 kN
Basic static load rating - C01.3 kN
Fatigue load limit - Pu0.057 kN
Limiting speed for grease lubrication67000 r/min
Limiting speed for oil lubrication100000 mm/min
Ball - Dw4.762 mm
Ball - z8
Gref0.228 cm3
Calculation factor - e0.68
Calculation factor - Y21.41
Calculation factor - Y00.76
Calculation factor - X20.67
Calculation factor - Y10.92
Preload class A - GA22 N
Preload class B - GB44 N
Preload class C - GC88 N
Preload class D - GD176 N
Calculation factor - f1.02
Calculation factor - f10.99
Calculation factor - f2A1
Calculation factor - f2B1.01
Calculation factor - f2C1.02
Calculation factor - f2D1.05
Calculation factor - fHC1
Preload class A28 N/micron
Preload class B36 N/micron
Preload class C48 N/micron
Preload class D63 N/micron
r1,2 min.0.3 mm
r3,4 min.0.2 mm
da min.10.4 mm
db min.10.4 mm
Da max.21.6 mm
Db max.22.2 mm
ra max.0.3 mm
rb max.0.2 mm
Basic dynamic load rating C3.58 kN
Basic static load rating C01.34 kN
Fatigue load limit Pu0.057 kN
Attainable speed for grease lubrication67000 r/min
Attainable speed for oil-air lubrication100000 r/min
Ball diameter Dw4.762 mm
Number of balls z8
Reference grease quantity Gref0.228 cm³
Preload class A GA22 N
Static axial stiffness, preload class A28 N/µm
Preload class B GB44 N
Static axial stiffness, preload class B36 N/µm
Preload class C GC88 N
Static axial stiffness, preload class C48 N/µm
Preload class D GD176 N
Static axial stiffness, preload class D63 N/µm
Calculation factor f1.02
Calculation factor f10.99
Calculation factor f2A1
Calculation factor f2B1.01
Calculation factor f2C1.02
Calculation factor f2D1.05
Calculation factor fHC1
Calculation factor e0.68
Calculation factor (single, tandem) Y20.87
Calculation factor (single, tandem) Y00.38
Calculation factor (single, tandem) X20.41
Calculation factor (back-to-back, face-to-face) Y10.92
Calculation factor (back-to-back, face-to-face) Y21.41
Calculation factor (back-to-back, face-to-face) Y00.76
Calculation factor (back-to-back, face-to-face) X20.67
Mass bearing0.017 kg
View more

Company Profile

BEARING-SINGAPORE (PTE)LTD.
Phone 82-2-220-3666
View more

Related News

  • Are wheel bearings hard to replace?
    How hard is it to change a wheel bearing? : MechanicAdviceJun 6, 2018 — How hard is it to change a wheel bearing? 2002 Silverado. Im not a mechanic but i can usually figure most things out on my own. I  How to Replace a Front Wheel...
  • Can a bad axle sound like a bad wheel bearing?
    CV joint or Bearing? - Maintenance/Repairs - Car TalkJul 4, 2016 — The noise reminds me of a bad wheel bearing or a tire problem. The faster you go the more The CV joint half shaft does seem a bit loose. But as I recall, a failing This sounds...
  • How do you fasten a bearing?
    Bearing installation and removal basics | Processing MagazineNov 9, 2017 — Installing a radial ball or roller bearing properly is critical to achieve the full service life of the component. Never attach a pipe to the handle MiHow2 - Koyo -...

    • Recommended Products

    All Products Contact Now
    Contact Us