FVS series couplings

Metal Labyrinth Seal The FAST’S© Coupling was the standard in the metals industry for decades. Ameridrives now offers the labyrinth/metal ring seal option for your coupling needs. This coupling is a part for part “Drop-In” replacement for the FAST’S© coupling. Labyrinth Seal Gear Couplings Ameridrives Couplings has introduced a new product, a component part-for-part “drop-in”...

Application: Used in applications where peak torque or high shock loads exceed the normal maximum starting torque. Coupling halves are mounted on one or both sides of a shear pin assembly to compensate for all types of angular misalignment and axial displacement. The shear pins are designed to fail at a predetermined value to protect the connected equipment from damage. Description: The Amerigear FPH and FSPH Series shear pin couplings feature a shear assembly bolted between the flanges. The shear assembly consists of two fully machined plates, two lubricated and sealed angular contact thrust bearings, a retaining ring, retaining bolt and pin, shear pins, and setscrews.

This coupling series is used for high-performance applications that require high torque, high speed, and/or high misalignment capacity. The FE Series coupling is equipped with positive O-ring seals to retain oil or grease in sealed-lubrication applications. The FELE Series is designed for continuous lubrication systems, in which lubricant is fed into the coupling from both ends and discharged through the spacer.

This coupling series is used in high-performance applications that require high torque, high speed, and/or high misalignment capacity, while also demanding oversize bore capability or flange-type mounting. The FE/MS coupling is equipped with O-ring seals housed in resilient carriers to retain oil or grease in sealed-lubrication applications. The FELC/MS Series is designed for continuous lubrication systems, in which lubricant is fed into the coupling at the spacer and discharged at the ends. The exit holes in the rigid hubs provide continuous flow and help prevent the buildup of deposits.