V6G2G-STL -- TORQUE LIMITER MECHANISM WITH COUPLING
Mach III Clutch, Inc.Torque Limiter Mechanism with CouplingV6G2G-STL
Description
Operation
Mechanically adjustable, continuously engaged friction torque limiter slips in the event of an overload
Torque at which limiter will slip is field adjustable through the tightening or loosening of a nut
Adjustment nut is locked in place by set screws when desired torque setting is established
Mounting
Set screws and customer supplied key connect the torque limiter mechanism to one shaft and the coupling hub to a second fully supported shaft
Shafts must be accurately aligned to prevent premature failure of the torque limiter
Note: Torque Limiter Mechanism DOES NOT support Coupling
Applications
Momentary overload protection
Torque limiters are not recommended in continuous slip or tension control applications. A SensiFlex® clutch or brake should be used instead.
For speeds above 1800 RPM, consult Mach II's engineering department
Design Features
No reset required after torque limiter slips
Both torque limiter mechanism and coupling bored to suit up to the maximum shown (US & Metric) to accept differing shaft sizes
Mach III Clutch, Inc.
Done
Datasheet
Description
Operation
Mechanically adjustable, continuously engaged friction torque limiter slips in the event of an overload
Torque at which limiter will slip is field adjustable through the tightening or loosening of a nut
Adjustment nut is locked in place by set screws when desired torque setting is established
Mounting
Set screws and customer supplied key connect the torque limiter mechanism to one shaft and the coupling hub to a second fully supported shaft
Shafts must be accurately aligned to prevent premature failure of the torque limiter
Note: Torque Limiter Mechanism DOES NOT support Coupling
Applications
Momentary overload protection
Torque limiters are not recommended in continuous slip or tension control applications. A SensiFlex® clutch or brake should be used instead.
For speeds above 1800 RPM, consult Mach II's engineering department
Design Features
No reset required after torque limiter slips
Both torque limiter mechanism and coupling bored to suit up to the maximum shown (US & Metric) to accept differing shaft sizes
Operation
Mechanically adjustable, continuously engaged friction torque limiter slips in the event of an overload
Torque at which limiter will slip is field adjustable through the tightening or loosening of a nut
Adjustment nut is locked in place by set screws when desired torque setting is established
Mounting
Set screws and customer supplied key connect the torque limiter mechanism to one shaft and the coupling hub to a second fully supported shaft
Shafts must be accurately aligned to prevent premature failure of the torque limiter
Note: Torque Limiter Mechanism DOES NOT support Coupling
Applications
Momentary overload protection
Torque limiters are not recommended in continuous slip or tension control applications. A SensiFlex® clutch or brake should be used instead.
For speeds above 1800 RPM, consult Mach II's engineering department
Design Features
No reset required after torque limiter slips
Both torque limiter mechanism and coupling bored to suit up to the maximum shown (US & Metric) to accept differing shaft sizes
Operation
Mechanically adjustable, continuously engaged friction torque limiter slips in the event of an overload
Torque at which limiter will slip is field adjustable through the tightening or loosening of a nut
Adjustment nut is locked in place by set screws when desired torque setting is established
Mounting
Set screws and customer supplied key connect the torque limiter mechanism to one shaft and the coupling hub to a second fully supported shaft
Shafts must be accurately aligned to prevent premature failure of the torque limiter
Note: Torque Limiter Mechanism DOES NOT support Coupling
Applications
Momentary overload protection
Torque limiters are not recommended in continuous slip or tension control applications. A SensiFlex® clutch or brake should be used instead.
For speeds above 1800 RPM, consult Mach II's engineering department
Design Features
No reset required after torque limiter slips
Both torque limiter mechanism and coupling bored to suit up to the maximum shown (US & Metric) to accept differing shaft sizes