H80C96 X 2-15/16 KW 2SS 6IN HD 2-1/2LT
Description
H80C96 X 2-15/16 KW 2SS 6IN HD 2-1/2LT ; ROLLER CHAIN SPROCKET
Part # H80C96 X 2-15/16 KW 2SS 6IN HD 2-1/2LT
BDI # 25953268
Features
Chain Pitch - Inch:
1
Chain Size:
80
Chain Pitch - Millimeter:
25.4
Pitch Diameter - Inch:
30.563
Inch - Metric:
Inch
Material:
Steel
Outside Diameter - Inch:
31.147
Other Features:
With 2 Set Screw
Pitch Diameter - Millimeter:
776.3
Mounting Method:
Finished Bore
239/600L1KC4
Description
239/600L1KC4 ; POR LARGE BORE SPHERICAL BEARING
Part # 239/600L1KC4
BDI # 17141066
Features
Enclosure:
Open
Bore Profile:
Tapered
Cage Material:
Brass
Internal Clearance:
C4-Extra Loose
Inch - Metric:
Metric
Outside Diameter - Inch:
31.496
Other Features:
Order Adapter or Withdrawal Sleeve or Nut Separately. Others May be Available
Number of Rows of Rollers:
Double Row
Mounting Method:
Adapter Mount
Rolling Element:
Spherical Roller Bearing
Features
Chain Pitch - Inch:
1.75
Chain Size:
28B-1
Chain Pitch - Millimeter:
44.45
Pitch Diameter - Inch:
30.097
Inch - Metric:
Metric
Material:
Carbon Steel
Outside Diameter - Inch:
31.096
Other Features:
BS/DIN Sprocket
Pitch Diameter - Millimeter:
764.47
Mounting Method:
Rough Bore
239/600-B-MB-H140
Description
239/600-B-MB-H140 SPHERICAL ROLLER BRG
Part # 239/600-B-MB-H140
BDI # 1142182
Features
Enclosure:
Open
Bore Profile:
Straight
Cage Material:
Brass
Internal Clearance:
C0-Medium
Inch - Metric:
Metric
Outside Diameter - Inch:
31.496
Outside Diameter - Millimeter:
800
Number of Rows of Rollers:
Double Row
Mounting Method:
Shaft Mount
Rolling Element:
Spherical Roller Bearing
Features
Pitch Diameter - Inch:
31.58
Inch - Metric:
Metric
Outside Diameter - Inch:
31.47
Face Width - Millimeter:
37
Face Width - Inch:
1.457
Belt Pitch:
14 MM
Other Features:
Bushing Sold Separately | Bushing Not Included | Eagle NRG Belt Style | QD Bushing | Self Tracking Style | RH and LH Helix Teeth | Blue Color | Axial Fan Design | Conti SilentSync Sprocket
Global Part Number GPN:
577214
Pitch Diameter - Millimeter:
802.132
Mounting Method:
Bushed






