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McGill CF 2 1/4 CF2 1/4S CF2 1/4B NUTR 17A Cam Follower Track Roller Bearing
Description,
1. The eccentric stud provides a way to adjust the radial position
of the bearing, which can improve the load balance in the bearing
combination application. The load balancing of the cam follower
bearing can reduce premature damage due to bearing overload,
thereby saving operating costs, reducing the requirements for
precise mounting hole position tolerances, and providing the
ability to readjust the bearing position as the raceway wears. The
eccentric bushing is installed on the stud by press-fitting and is
not hardened to keep the pin or set screw permanently locked.
2. The bushing type is also one of the MCGILL cam follower
bearings. Non-metallic bushings support the load by sliding. For
non-food-grade applications that are not convenient for
relubrication or that do not allow grease contamination in the
process, non-metallic bushings can reduce the bearing The need for
lubrication. Its maximum allowable continuous operating temperature
is 200 ° F. Bushed CAMROL bearings are used in a self-lubricating
mode. However, continuous oil lubrication can be used to reduce
wear rates. It should not be lubricated with grease.
Right front wheel bearing, Specification,
Details: | |
Name | Cam Follower Needl Bearing NUTR 17A |
Brand | Mcgill |
No. | NUTR 17A |
Quality | High Quality can substitute |
Size: | Following list |
Minimum quantity: | 1 piece |
Precision: | P0, P4, P5, P6 |
Hardness: | 58 to 62 HRC |
Seal Types | Open |
Material: | Bearing steel |
Cage material | Steel cage |
Feature,
The flange-type outer diameter (OD) of the cam follower can
increase bearing life compared to standard cylindrical cam follower
MCGILL bearings. Cams help distribute stress on the outer ring and
rolling elements due to misassembly or stud bending. The cam also
helps to reduce slippage of the outer ring in swivel or rotary
applications. Not all applications take advantage of the flange
outer diameter. Ask the application engineering department for
guidance on your application.
Increasing the diameter of heavy-duty studs and the rod diameter of
heavy-duty stud cam follower bearings increases the diameter of the
studs, which can improve the static load carrying capacity of
MCGILL bearings. Increasing the diameter can reduce the amount of
deflection that can occur when the cam follower bearing is
subjected to radial loads. Due to the increased load carrying
capacity, the maximum recommended load can be 50% BDR. * On
heavy-duty stud bearings, only for CFH inch series.
MCGILL bearings with hexagonal holes (reamed holes) are also
available. The fixing force of the inner hexagonal holes is higher
than the standard screwdriver slot, which is helpful for the
installation and removal of stud cam follower bearings. Hexagonal
characteristics are marked with "B" because it is produced by the
reaming process. For sizes up to 3 ", bearing relubrication from
the flange end must be considered.
If you need bearing quotation, welcome contact us.