RBC Cam Follower Y48 1.500" OD x 0.4375" ID, Yoke Type (Without Stud), Unsealed Cam Follower

RBC Cam Follower Y48 1.500" OD x 0.4375" ID, Yoke Type (Without Stud), Unsealed Cam Follower

• Yoke type design allows for clevis mounting which provides support on both sides of the cam follower and permits use of a high strength pin
• Internal needle roller configuration for moderate loads
• Considerably heavier cross section outer ring to reduce deformation under load
• Black oxide finish provides added corrosion resistance
• Unsealed for reduced rolling resistance

This yoke style RBC needle bearing cam follower is traditional in design, with a heavy outer ring cross section and a full complement of needle rollers. It offers high dynamic and static load carrying capability, and anti-friction performance, in a compact design. Yoke rollers are mounted with a pin in a yoke. Under load the pin is subject to shear and bending stresses. RBC recommends that the yoke arms are located as close to the yoke roller as possible. In case of widely spaced pin supports, the resulting pin deflection may cause yoke roller damage. RBC yoke rollers correspond in many respects to the same size cam follower, except they are mounted on a pin for use in yoke type applications for greater shock resistance. Yoke rollers should be clamped axially or mounted within closely fitting side rails to prevent displacement of the end plates. For applications with heavy loads, it is recommended to heat treat the pin and use a press fit for the inner ring. A soft pin and light press or push fit are sufficient for lightly loaded applications. When press fitting a yoke roller, pressure should be applied centrally and uniformly against the end plate, never against the outer ring. The pin should have a suitable lead-in chamfer or radius to prevent scoring and to hold the mounting force to a minimum. RBC Bearings has been providing bearing solutions to our customers since 1919. A publicly-traded company (NASDAQ: ROLL), RBC currently has 23 manufacturing facilities worldwide, with 18 located in the USA.

Source: http://www.camfollower.net/2011/02/rbc-cam-follower-y48-1-500-od-x-0-4375-id-yoke-type-without-stud-unsealed-cam-follower/

THK Cam Follower CF6 16mm OD x 28mm Length x M6x1 Thread, Cylindrical 11mm Width Outer Ring

THK Cam Follower CF6 16mm OD x 28mm Length x M6x1 Thread, Cylindrical 11mm Width Outer Ring

• Compact Size
• High Rigidity Shaft
• Low Price
• Use as a guide roller for cam mechanisms

A Cam Follower is a compact bearing with a high-rigidity shaft and a built-in needle bearing. Most suitable as a guide roller for cam mechanisms and linear motion of automated machines and dedicated machines.This model is a low-price Cam Follower having a driver groove or hexagon socket in the stud head.

Source: http://www.camfollower.net/2011/02/thk-cam-follower-cf6-16mm-od-x-28mm-length-x-m6x1-thread-cylindrical-11mm-width-outer-ring/

RBC Cam Follower Y28 0.875" OD x 0.2500" ID, Yoke Type (Without Stud), Unsealed Cam Follower

RBC Cam Follower Y28 0.875" OD x 0.2500" ID, Yoke Type (Without Stud), Unsealed Cam Follower

• Yoke type design allows for clevis mounting which provides support on both sides of the cam follower and permits use of a high strength pin
• Internal needle roller configuration for moderate loads
• Considerably heavier cross section outer ring to reduce deformation under load
• Black oxide finish provides added corrosion resistance
• Unsealed for reduced rolling resistance

This yoke style RBC needle bearing cam follower is traditional in design, with a heavy outer ring cross section and a full complement of needle rollers. It offers high dynamic and static load carrying capability, and anti-friction performance, in a compact design. Yoke rollers are mounted with a pin in a yoke. Under load the pin is subject to shear and bending stresses. RBC recommends that the yoke arms are located as close to the yoke roller as possible. In case of widely spaced pin supports, the resulting pin deflection may cause yoke roller damage. RBC yoke rollers correspond in many respects to the same size cam follower, except they are mounted on a pin for use in yoke type applications for greater shock resistance. Yoke rollers should be clamped axially or mounted within closely fitting side rails to prevent displacement of the end plates. For applications with heavy loads, it is recommended to heat treat the pin and use a press fit for the inner ring. A soft pin and light press or push fit are sufficient for lightly loaded applications. When press fitting a yoke roller, pressure should be applied centrally and uniformly against the end plate, never against the outer ring. The pin should have a suitable lead-in chamfer or radius to prevent scoring and to hold the mounting force to a minimum. RBC Bearings has been providing bearing solutions to our customers since 1919. A publicly-traded company (NASDAQ: ROLL), RBC currently has 23 manufacturing facilities worldwide, with 18 located in the USA.

Source: http://www.camfollower.net/2011/02/rbc-cam-follower-y28-0-875-od-x-0-2500-id-yoke-type-without-stud-unsealed-cam-follower/

RBC Cam Follower Y112 3.500" OD x 1.1250" ID, Yoke Type (Without Stud), Unsealed Cam Follower

RBC Cam Follower Y112 3.500" OD x 1.1250" ID, Yoke Type (Without Stud), Unsealed Cam Follower

• Yoke type design allows for clevis mounting which provides support on both sides of the cam follower and permits use of a high strength pin
• Internal needle roller configuration for moderate loads
• Considerably heavier cross section outer ring to reduce deformation under load
• Black oxide finish provides added corrosion resistance
• Unsealed for reduced rolling resistance

This yoke style RBC needle bearing cam follower is traditional in design, with a heavy outer ring cross section and a full complement of needle rollers. It offers high dynamic and static load carrying capability, and anti-friction performance, in a compact design. Yoke rollers are mounted with a pin in a yoke. Under load the pin is subject to shear and bending stresses. RBC recommends that the yoke arms are located as close to the yoke roller as possible. In case of widely spaced pin supports, the resulting pin deflection may cause yoke roller damage. RBC yoke rollers correspond in many respects to the same size cam follower, except they are mounted on a pin for use in yoke type applications for greater shock resistance. Yoke rollers should be clamped axially or mounted within closely fitting side rails to prevent displacement of the end plates. For applications with heavy loads, it is recommended to heat treat the pin and use a press fit for the inner ring. A soft pin and light press or push fit are sufficient for lightly loaded applications. When press fitting a yoke roller, pressure should be applied centrally and uniformly against the end plate, never against the outer ring. The pin should have a suitable lead-in chamfer or radius to prevent scoring and to hold the mounting force to a minimum. RBC Bearings has been providing bearing solutions to our customers since 1919. A publicly-traded company (NASDAQ: ROLL), RBC currently has 23 manufacturing facilities worldwide, with 18 located in the USA.

Source: http://www.camfollower.net/2011/02/rbc-cam-follower-y112-3-500-od-x-1-1250-id-yoke-type-without-stud-unsealed-cam-follower/

MTD LAWN MOWER PART # 911-3149A STUD-CAM FOLLOWER

MTD LAWN MOWER PART # 911-3149A STUD-CAM FOLLOWER

MTD Genuine part 911-3149A STUD-CAM FOLLOWER

Source: http://www.camfollower.net/2011/02/mtd-lawn-mower-part-911-3149a-stud-cam-follower/

RBC Cam Follower Y40 1.250" OD x 0.3750" ID, Yoke Type (Without Stud), Unsealed Cam Follower

RBC Cam Follower Y40 1.250" OD x 0.3750" ID, Yoke Type (Without Stud), Unsealed Cam Follower

• Yoke type design allows for clevis mounting which provides support on both sides of the cam follower and permits use of a high strength pin
• Internal needle roller configuration for moderate loads
• Considerably heavier cross section outer ring to reduce deformation under load
• Black oxide finish provides added corrosion resistance
• Unsealed for reduced rolling resistance

This yoke style RBC needle bearing cam follower is traditional in design, with a heavy outer ring cross section and a full complement of needle rollers. It offers high dynamic and static load carrying capability, and anti-friction performance, in a compact design. Yoke rollers are mounted with a pin in a yoke. Under load the pin is subject to shear and bending stresses. RBC recommends that the yoke arms are located as close to the yoke roller as possible. In case of widely spaced pin supports, the resulting pin deflection may cause yoke roller damage. RBC yoke rollers correspond in many respects to the same size cam follower, except they are mounted on a pin for use in yoke type applications for greater shock resistance. Yoke rollers should be clamped axially or mounted within closely fitting side rails to prevent displacement of the end plates. For applications with heavy loads, it is recommended to heat treat the pin and use a press fit for the inner ring. A soft pin and light press or push fit are sufficient for lightly loaded applications. When press fitting a yoke roller, pressure should be applied centrally and uniformly against the end plate, never against the outer ring. The pin should have a suitable lead-in chamfer or radius to prevent scoring and to hold the mounting force to a minimum. RBC Bearings has been providing bearing solutions to our customers since 1919. A publicly-traded company (NASDAQ: ROLL), RBC currently has 23 manufacturing facilities worldwide, with 18 located in the USA.

Source: http://www.camfollower.net/2011/02/rbc-cam-follower-y40-1-250-od-x-0-3750-id-yoke-type-without-stud-unsealed-cam-follower/

THK Cam Follower CF4 12mm OD x 20mm Length x M4x.7 Thread, Spherical Width Outer Ring

THK Cam Follower CF4 12mm OD x 20mm Length x M4x.7 Thread, Spherical Width Outer Ring

• Compact Size
• High Rigidity Shaft
• Low Price
• Use as a guide roller for cam mechanisms

A Cam Follower is a compact bearing with a high-rigidity shaft and a built-in needle bearing. Most suitable as a guide roller for cam mechanisms and linear motion of automated machines and dedicated machines.This model is a low-price Cam Follower having a driver groove or hexagon socket in the stud head.

Source: http://www.camfollower.net/2011/02/thk-cam-follower-cf4-12mm-od-x-20mm-length-x-m4x-7-thread-spherical-width-outer-ring/