

Ships same day if ordered by 12 pm
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The MCGILL 2160112000 is a sealed stud-type cam follower designed for use in mechanical motion control, conveying, and machine tool applications. It features a cylindrical steel needle roller with a 1.75-inch roller diameter and 1-inch roller width, mounted on a 0.75-inch stud diameter with a hex head configuration. The sealed design protects the internal needle roller bearing from contamination, reducing maintenance intervals in demanding environments. With a dynamic load capacity of 6,385 pounds and a static load capacity of 7,920 pounds, this follower is built to handle significant radial loading in both indexing and translating cam mechanisms.
This cam follower is suited for industrial machinery, automation equipment, conveyor systems, and production line mechanisms where a stud-mounted roller bearing is required to follow a cam track or rail. The hex head stud allows for precise positioning and torque application during installation. The 3/4-16 thread size and 0.875-inch thread length are consistent with standard mounting requirements in medium-duty mechanical assemblies. This part is typically installed by millwrights, mechanical maintenance technicians, or OEM machine builders.
This part is identified by McGill part number CF 1-3/4 SB. It is designed as an OEM-style replacement stud cam follower for industrial mechanical assemblies requiring a 3/4-inch stud diameter, 1.75-inch roller, sealed needle roller bearing configuration.
Installation is typically performed by a qualified millwright or mechanical technician. De-energize and lock out all power to the machine before removing or installing cam followers. The 3/4-16 threaded stud should be installed into a properly tapped bore using a wrench on the hex head. Inspect the cam track or rail surface for wear prior to installing a replacement follower, as a worn track will accelerate bearing fatigue.
Thanks for subscribing!
This email has been registered!