Mach III Clutch, Inc. Torque Limiter Mechanism with Coupling V6G2G-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
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
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Torque Limiter Mechanism with Coupling - V6G2G-STL - Mach III Clutch, Inc.
Walton, KY, USA
Torque Limiter Mechanism with Coupling
V6G2G-STL
Torque Limiter Mechanism with Coupling V6G2G-STL
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
Supplier's Site Datasheet

Technical Specifications

  Mach III Clutch, Inc.
Product Category Rigid Couplings
Product Number V6G2G-STL
Product Name Torque Limiter Mechanism with Coupling
Features Keyway
Material Aluminum
Units English Design Arrangement
Bore 1 1.44 to 2 inch (36.53 to 50.8 mm)
Unlock Full Specs
to access all available technical data

Similar Products

Rigid Clamp Coupling -  - Chengdu Leno Machinery Co., Ltd.
Chengdu Leno Machinery Co., Ltd.
View Details
Rigid Shaft Flange Coupling -  - jbj Techniques Limited
jbj Techniques Limited
Specs
Design Two Piece Clamping Style
Features Keyway
Material Stainless Steel; Carbon / Alloy Steel; Aluminum
View Details
Stainless Steel / Precision Gear and dial hub, 4mm Bore, 14mm hub Dia. - S2F0MYM080040 - Stock Drive Products & Sterling Instrument - SDP/SI
Specs
Material Stainless Steel; ST. Steel / Precision
Bore 1 0.1575 inch (4 mm)
View Details
1/4
Keystone Electronics Corp.
Specs
Design One Piece Clamping Style
Material Brass
O.D. 0.5000 inch (12.7 mm)
View Details