16000 Series

This 16006 SKF bearing is a Open Type Deep Groove Radial Ball Bearing with a standard radial internal clearance The bearing's dimensions are 30x55x9. 16006   Deep Groove Ball Bearings 30mm - Bore Size Open Type Normal Radial Internal...

16006    Deep Groove 30mm - Bore Size Open Type Steel Cage Normal Internal Clearance

This 16006 C3 SKF bearing is a Open Type Deep Groove Radial Ball Bearing with a larger than standard radial internal clearance The bearing's dimensions are 30x55x9.16006 C3Deep Groove Ball Bearings30mm - Bore SizeOpen TypeRadial Internal Clearance...

This 16006 C3 bearing is a Open Type deep groove ball bearing with a Radial Internal Clearance Greater than Normal. The bearing's dimensions are 30x55x9mm16006 C3Extra Light Thin Series30mm - Bore SizeOpen TypeRadial Internal Clearance Greater than...

This 16006 C3 FAG bearing is a Open Type Deep Groove Radial Ball Bearing with a larger than standard radial internal clearance The bearing's dimensions are 30x55x9.16006 C3Deep Groove30mm - Bore SizeOpen TypeRadial Internal Clearance Greater Than...

This 16006 FAG bearing is a Open Type Deep Groove Radial Ball Bearing with a standard radial internal clearance The bearing's dimensions are 30x55x9.16006 Deep Groove30mm - Bore SizeOpen TypeNormal Radial Internal Clearance

This 16006 bearing is a Open Type deep groove ball bearing with a Normal Radial Internal Clearance Greater. The bearing's dimensions are 30x55x9mm 16006   Extra Light Thin Series 30mm - Bore Size Open Type Normal Radial Internal Clearance...

This 16006 2Z FAG bearing is a Shielded Deep Groove Radial Ball Bearing with a standard radial internal clearance The bearing's dimensions are 30x55x9.160062Z Deep Groove30mm - Bore SizeMetal Shields on Both SidesNormal Radial Internal Clearance

This 16006C3 NSK bearing is a Open Type Deep Groove Radial Ball Bearing with a larger than standard radial internal clearance The bearing's dimensions are 30x55x9.16006 C3Metric, Thin Section30mm - Bore SizeOpen TypeInternal Clearance Greater Than...