Product Research
RBC Roller® Cam Follower - Stud Type - Cylindrical Roller Design, Crowned Outer Ring
RBC Roller® Cam Follower
- All dimensions are in inches
- To specify RBC Roller® with lubrication holes, add OH suffix (example: RBC 1 1/2 OH).
- Seals can be removed for flow-through lubrication.
- To specify RBC Roller® without seals, add NS suffix (example: RBC 4 NS).
- To specify RBC Roller® with crowned outer ring, add C prefix (example: CRBC 2 1/2).
- 1/16 inch for sizes RBC 5 and larger.
Unit of Measure
Items |
CRBC11/2 RBC Cam Follower, Stud Type - RBC Roller Cylindrical Roller Design, Crowned Outer Ring |
CRBC13/4 RBC Cam Follower, Stud Type - RBC Roller Cylindrical Roller Design, Crowned Outer Ring |
CRBC17/8 RBC Cam Follower, Stud Type - RBC Roller Cylindrical Roller Design, Crowned Outer Ring |
CRBC2 RBC Cam Follower, Stud Type - RBC Roller Cylindrical Roller Design, Crowned Outer Ring |
CRBC21/2 RBC Cam Follower, Stud Type - RBC Roller Cylindrical Roller Design, Crowned Outer Ring |
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Type | N/A Stud Roller | |||||||||
Series | N/A RBC Roller® | |||||||||
Style | N/A Long Life Series, Crowned | |||||||||
Trademark | N/A RBC Roller® | |||||||||
Material | N/A 52100 Bearing Quality Steel | |||||||||
Stud Material | N/A Chrome Steel | |||||||||
Roller Material | N/A Chrome Steel | |||||||||
Finish | N/A Black Oxide | |||||||||
Head Type | N/A Hex Head | |||||||||
Bearing Type | N/A Needle Roller Cam Follower | |||||||||
Enclosure | N/A Sealed | |||||||||
Precision Rating | N/A Not Rated | |||||||||
Stud Type | N/A Standard Stud | |||||||||
Outside Ring Shape | N/A Crowned | |||||||||
Lubrication Type | N/A None | |||||||||
Thread Size | N/A 5/8-18 | N/A 3/4-16 | N/A 3/4-16 | N/A 7/8-14 | N/A 1-14 | |||||
Outside Diameter | N/A 1.50 in | N/A 1.75 in | N/A 1.88 in | N/A 2.00 in | N/A 2.50 in | |||||
Roller Width | N/A 0.875 in | N/A 1 in | N/A 1 in | N/A 1.25 in | N/A 1.5 in | |||||
Stud Diameter | N/A 0.625 in | N/A 0.75 in | N/A 0.75 in | N/A 0.875 in | N/A 1 in | |||||
Shank Length | N/A 1.5 in | N/A 1.75 in | N/A 1.75 in | N/A 2 in | N/A 2.25 in | |||||
Thread Length | N/A 0.750 in | N/A 0.875 in | N/A 0.875 in | N/A 1.000 in | N/A 1.125 in | |||||
Speed Limit | N/A 6200 rpm | N/A 4700 rpm | N/A 4700 rpm | N/A 4100 rpm | N/A 3700 rpm | |||||
Operating Temperature [Min] | N/A 0 ºF | |||||||||
Operating Temperature [Max] | N/A 250 ºF | |||||||||
Dynamic Load Rating | N/A 6200 lbf | N/A 8200 lbf | N/A 8200 lbf | N/A 12400 lbf | N/A 16800 lbf | |||||
Static Load Rating | N/A 7000 lbf | N/A 10500 lbf | N/A 10500 lbf | N/A 17200 lbf | N/A 22800 lbf | |||||
Weight | N/A 0.51 lb | N/A 0.83 lb | N/A 0.92 lb | N/A 1.32 lb | N/A 2.48 lb | |||||
Applications | N/A Material Handling, Turntable Mounting, Lift Trucks, Textile Machinery | |||||||||
Additional Product Information 1 | N/A RBC Patented RBC Roller Cam Follower Bearing manufactured by RBC Bearings. ~~RBC Bearings manufactures highly engineered precision bearings, components and essential systems for the industrial, defense and aerospace industries. Founded in 1919, and now a publicly-traded company (NYSE: RBC), RBC currently has 52 facilities in 10 countries (34 in the USA), of which 37 are manufacturing facilities. | |||||||||
Additional Product Information 2 | N/A Invented by RBC to solve some of the toughest machine and product control guidance challenges. ~Two rows of cylindrical rollers delivers tremendous operating advantages in an economical package. ~Crowned outer ring to better accommodate mild application misalignment. ~Repair and replace cycle is greatly reduced because RBC Roller® cam followers operate up to 5 times longer. ~"Lubricated for life” — No more need for periodic relubrication or expensive automatic lubrication systems. ~Operate at much higher rotary speeds — RBC Roller® cam followers operate at speeds up to 2 times higher. ~Increase load carrying capacity without increasing cam follower size — Up to double the dynamic load rating. ~Unique contacting lip seals provide positive protection against contamination while keeping grease inside. | |||||||||
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