Features
Inch - Metric:
Inch
Outside Diameter - Inch:
4.531
Length Thru Bore - Millimeter:
104.775
Length Thru Bore - Inch:
4.125
Other Features:
Double Row | Self Aligning | Heavy Duty | Double Collar | Double Set Screw
Housing Style:
Cartridge Unit
Housing Material:
Cast Iron
Mounting Method:
Concentric Collar
Rolling Element:
Spherical Roller Bearing
Expansion / Non-expansion:
Non-Expansion
Features
Inch - Metric:
Inch
Outside Diameter - Inch:
4.531
Length Thru Bore - Millimeter:
88.9
Length Thru Bore - Inch:
3.5
Other Features:
Double Row | Self Aligning | Medium Duty
Housing Style:
Cartridge Unit
Housing Material:
Cast Iron
Mounting Method:
Eccentric Collar
Rolling Element:
Spherical Roller Bearing
Expansion / Non-expansion:
Non-Expansion
KMC5203
Description
KMC5203 CARTRIDGE ROLLER BEARING ; 2-3/16" SHAFT DIA
Part # KMC5203
BDI # 18144121
Features
Inch - Metric:
Inch
Outside Diameter - Inch:
4.531
Length Thru Bore - Millimeter:
104.775
Length Thru Bore - Inch:
4.125
Other Features:
Double Row | Self Aligning | Heavy Duty | Double Collar | Double Set Screw
Housing Style:
Cartridge Unit
Housing Material:
Cast Iron
Mounting Method:
Concentric Collar
Rolling Element:
Spherical Roller Bearing
Expansion / Non-expansion:
Non-Expansion
ZMC6203
Description
ZMC6203 CART RLR BRG ; POR MTO 2-3/16" SHAFT DIA CAST IRON
Part # ZMC6203
BDI # 24120405
Features
Inch - Metric:
Inch
Outside Diameter - Inch:
4.531
Length Thru Bore - Millimeter:
95.656
Length Thru Bore - Inch:
3.766
Other Features:
Double Row | Self Aligning | Heavy Duty
Housing Style:
Cartridge Unit
Housing Material:
Cast Iron
Mounting Method:
Tapered Adapter Sleeve
Rolling Element:
Spherical Roller Bearing
Expansion / Non-expansion:
Non-Expansion
Features
Inch - Metric:
Inch
Outside Diameter - Inch:
4.531
Length Thru Bore - Millimeter:
80.162
Length Thru Bore - Inch:
3.156
Other Features:
Double Row | Self Aligning | Extra Heavy Duty
Housing Style:
Cartridge Unit
Housing Material:
Cast Iron
Mounting Method:
Tapered Adapter Sleeve
Rolling Element:
Spherical Roller Bearing
Expansion / Non-expansion:
Non-Expansion