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Foot Mount Tension Control Clutches

Foot Mount Tension Control Clutches

Drive Arrangement:

  • Input shaft is connected to the drive.
  • Output shaft is driven when the clutch is engaged.

Shaft Input Tension Control Clutches

Shaft Input Tension Control Clutches

Drive Arrangement:

  • Shaft on which the clutch is mounted is the input.
  • Clutch drives a pilot mounted sprocket, pulley or coupling when engaged.

Pilot Input Tension Control Clutches

Pilot Input Tension Control Clutches

Drive Arrangement:

  • Pilot mounted sprocket, pulley or coupling is the input.
  • Clutch drives the shaft on which it is mounted when engaged.

Mechanical Friction Torque Limiter Mechanisms with Adapters

Mechanical Friction Torque Limiter Mechanisms with Adapters

Function: Overload Protection
Drive Arrangement: Shaft to Adapter Mounted Component

  • Torque limiter mechanism is through bored and keyed to connect to a fully supported shaft.
  • Adapter connects to a bearing mounted pulley, gear or other component.

Mechanical Friction Torque Limiter Mechanisms with Couplings

Mechanical Friction Torque Limiter Mechanisms with Couplings

Function: Overload Protection
Drive Arrangement: Shaft to Shaft, No Angular Misalignment and/or Parallel Offset

  • Torque limiter mechanism is through bored and keyed to connect to a fully supported shaft.
  • Coupling is bored and keyed to connect to a fully supported shaft.

Flexible Mechanical Friction Torque Limiter Coupling

Flexible Mechanical Friction Torque Limiter Coupling

Function: Overload Protection
Drive Arrangement: Shaft to Shaft, Slight Angular Misalignment and/or Parallel Offset

  • Torque limiter mechanism is through bored and keyed to connect to a fully supported shaft.
  • Coupling is bored and keyed to connect to a fully supported shaft.

Mechanical Friction Torque Limiter – Through Shaft

Mechanical Friction Torque Limiter - Through Shaft

Function: Overload Protection
Drive Arrangement: Shaft to Pilot Mounted Component or Pilot Mounted Component to Shaft

  • Torque limiter is through bored and keyed for connection to a shaft in any axial location.
  • A sprocket, pulley or v-belt sheave can be mounted on the torque limiter pilot.

Mechanical Friction Torque Limiter – NEMA Frame

Mechanical Friction Torque Limiter - NEMA Frame

Function: Overload Protection
Drive Arrangement: Motor to Gear Reducer (Gear Box)

  • Torque limiter input is bored and keyed to connect to a NEMA frame motor.
  • Torque limiter output shaft with key connects to a NEMA frame gear reducer.

Spring Engaged Clutch – Through Shaft

Spring Engaged Clutch – Through Shaft

Function: Connect, Disconnect
Drive Arrangement: Shaft to Pilot Mounted Component or Pilot Mounted Component to Shaft

  • Bore Sizes to 3.500 inch, Torque Requirements to 23,733 lb.in.
  • Clutch is through bored and keyed to connection to a shaft in any axial location.
  • A sprocket, pulley or v-belt sheave can be mounted on the clutch pilot.

Air Engaged Clutch Mechanisms With Adapters

Air Engaged Clutch Mechanisms With Adapters

Function: Connect, Disconnect
Drive Arrangement: Shaft to Adapter Mounted Component

  • Bore Sizes to 3.500 inch, Torque Requirements to 21,204 lb.in.
  • Clutch mechanism is through bored and keyed to connect to a fully supported shaft.
  • Adapter connects to a bearing mounted pulley, gear or other component.