FE series couplings

Application: Designed to meet the requirements of vertical shaft applications, with shaft diameters up to 10.25 inches. Capable of compensating for all three types of misalignment (angular, parallel, and axial). Description: The Amerigear FV Series flexible coupling is designed with a bolted center flange to facilitate installation and alignment. The floating sleeve assembly is supported by a support plate and a thrust button inserted between the two coupling sleeves. The optimal spacing between the meshing gears allows for relatively high parallel misalignment capacity. The flanged sleeve design minimizes the distance between bearing housings, supporting easier shaft alignment.

Amerigear Class I High Performance Gear couplings with fully crowned gear teeth are designed for higher torque, higher speed, and higher misalignment to accommodate the increased performance demands of modern, rotating equipment. Standard and custom designs are manufactured to precision tolerances to meet weight, size, temperature, speed and misalignment requirements. Higher torque, higher speed, and...

Application: Primarily used in tandem pairs for vertical installation, connected by an intermediate floating shaft, or used individually in conjunction with a driving or driven shaft supported by a self-aligning bearing. When used individually, it only compensates for angular misalignment. Description: The Amerigear FVS Series flexible coupling consists of one standard rigid half and one standard flexible half modified to accommodate a thrust button plate. The bolted center flange facilitates easy installation and alignment.

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.