G1015KRRB
Description
G1015KRRB + COL INSERT BEARING ; 15/16" BORE IR WID 2.047" OD
Part # G1015KRRB + COL
BDI # 1356110
Features
Inner Race Profile:
Wide Inner Ring
Snap Ring:
No
Outer Race Width - Millimeter:
15
Other Features:
Single Row | Standard Duty
Inch - Metric:
Inch
Outside Diameter - Inch:
2.047
Length Thru Bore - Millimeter:
44.45
Outer Race Profile:
Spherical
Global Part Number GPN:
561430
Mounting Method:
Eccentric Collar
G1200KRR
Description
G1200KRR + COL INSERT BEARING ; 2" BORE IR WID 0.983" OR WID
Part # G1200KRR + COL
BDI # 1356178
Features
Inner Race Profile:
Wide Inner Ring
Snap Ring:
No
Rolling Element:
Ball Bearing
Outer Race Width - Millimeter:
24.968
Other Features:
Single Row | Standard Duty
Inch - Metric:
Inch
Outside Diameter - Inch:
3.937
Length Thru Bore - Millimeter:
71.45
Outer Race Profile:
Cylindrical
Mounting Method:
Eccentric Collar
GRA010RRB
Description
GRA010RRB + COL INSERT BRG ; 5/8" BORE NARROW IR 1.575" OD
Part # GRA010RRB + COL
BDI # 1425103
Features
Inner Race Profile:
Narrow Inner Ring
Snap Ring:
No
Outer Race Width - Millimeter:
12
Other Features:
Single Row | Standard Duty
Inch - Metric:
Inch
Outside Diameter - Inch:
1.575
Length Thru Bore - Millimeter:
28.58
Outer Race Profile:
Spherical
Global Part Number GPN:
561282
Mounting Method:
Eccentric Collar
Features
Inner Race Profile:
Wide Inner Ring
Snap Ring:
No
Rolling Element:
Ball Bearing
Outer Race Width - Millimeter:
17
Other Features:
Single Row | Normal Duty | Steel Cage
Inch - Metric:
Inch
Outside Diameter - Inch:
2.047
Length Thru Bore - Millimeter:
34.1
Outer Race Profile:
Spherical
Mounting Method:
Set Screw
GN108KRR
Description
GN108KRR + COL INSERT BRG ; 1-1/2" BORE IR WID 63/64" OR WID
Part # GN108KRR + COL
BDI # 1356280
Features
Inner Race Profile:
Wide Inner Ring
Snap Ring:
No
Rolling Element:
Ball Bearing
Outer Race Width - Millimeter:
25
Other Features:
Single Row | Heavy Duty
Inch - Metric:
Inch
Outside Diameter - Inch:
3.543
Length Thru Bore - Millimeter:
57.15
Outer Race Profile:
Cylindrical
Mounting Method:
Eccentric Collar