UC206-102D1
Description
UC206-102D1 INSERT BEARING ; 1.125"ID 2.4409"OD 1.5"W SET SCREW
Part # UC206-102D1
BDI # 1231936
Features
Inner Race Profile:
Wide Inner Ring
Snap Ring:
No
Outer Race Width - Millimeter:
19
Other Features:
Single Row | Light Duty | Steel Cage
Inch - Metric:
Inch
Outside Diameter - Inch:
2.441
Length Thru Bore - Millimeter:
38.1
Outer Race Profile:
Spherical
Global Part Number GPN:
564637
Mounting Method:
Set Screw
RA102RRB
Description
RA102RRB + COL INSERT BEARING ; 1-1/8" BORE NARROW IR 2.441" OD
Part # RA102RRB + COL
BDI # 1371294
Features
Inner Race Profile:
Narrow Inner Ring
Snap Ring:
No
Outer Race Width - Millimeter:
18
Other Features:
Single Row | Standard Duty
Inch - Metric:
Inch
Outside Diameter - Inch:
2.441
Length Thru Bore - Millimeter:
35.7
Outer Race Profile:
Spherical
Global Part Number GPN:
561661
Mounting Method:
Eccentric Collar
SLS-118
Description
SLS-118 INSERT BEARING ; 1-1/8" BORE NARROW IR 0.709" OR WID
Part # 767202
BDI # 311444
Features
Inner Race Profile:
Narrow Inner Ring
Snap Ring:
No
Rolling Element:
Ball Bearing
Outer Race Width - Millimeter:
18
Other Features:
Single Row | Light Duty
Inch - Metric:
Inch
Outside Diameter - Inch:
2.441
Length Thru Bore - Millimeter:
29.362
Outer Race Profile:
Cylindrical
Mounting Method:
Set Screw
Features
Cartridge Pilot Diameter - Inch:
0
Cartridge Pilot Diameter - Millimeter:
0
Inch - Metric:
Inch
Length Thru Bore - Millimeter:
38.1
Nominal Bolt Circle Diameter Round - Inch:
4.7
Housing Configuration:
1 Piece Solid
Other Features:
Single Row
Housing Style:
2 Bolt Flange Block
Housing Material:
Cast Iron
Mounting Method:
Set Screw
AEL206-102D1
Description
AEL206-102D1 INSERT BEARING MOUNTED UNIT
Part # AEL206-102D1
BDI # 17758728
Features
Inner Race Profile:
Narrow Inner Ring
Snap Ring:
No
Rolling Element:
Ball Bearing
Outer Race Width - Millimeter:
16
Other Features:
Single Row | Normal Duty | Steel Cage
Inch - Metric:
Inch
Outside Diameter - Inch:
2.441
Length Thru Bore - Millimeter:
35.7
Outer Race Profile:
Spherical
Mounting Method:
Eccentric Collar






