Mechanical Friction Torque Limiter – Through Shaft
Continuously Engaged, Momentary Overload Protection
Function: Overload Protection
Drive Arrangement: Shaft to Pilot Mounted Component or Pilot Mounted Component to Shaft
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
- Torque limiters can be mounted Through/Mid Shaft or End of Shaft.
- Torque limiter slides on shaft and is fixed with set screws and a customer supplied key.
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.
- Maximum RPM varies by model. Please consult the detail sheets (below). Consult engineering if the intended application exceeds the listed maximum RPM.
Design Features
- No reset required after torque limiter slips.
- Torque limiters are bored to suit up to the maximum shown (US & Metric) for easy installation.
- Machined pilot for easy mounting of pulley or sprocket.
Customization Options
All Mach III products can be customized to meet the needs of your application.
" />Product Code | Maximum Recommended Torque Setting | Maximum Bore with Standard Keyway (Inches / Millimeters) | Detail Sheet | Request 3D CAD Model |
---|---|---|---|---|
T2A2R-STL | 200 lb-in | 0.500 in (12 mm) | View PDF | Request |
T3A2H-STL | 792 lb-in | 1.000 in (24 mm) | View PDF | Request |
T4A2H-STL | 1,406 lb-in | 1.250 in (31 mm) | View PDF | Request |
T5A2H-STL | 2,736 lb-in | 1.438 in (38 mm) | View PDF | Request |
T6A1G-STL | 3,070 lb-in | 2.000 in (52 mm) | View PDF | Request |
T6A2G-STL | 6,140 lb-in | 2.000 in (52 mm) | View PDF | Request |
T8A1K-STL | 6,066 lb-in | 2.500 in (66 mm) | View PDF | Request |
T8A2K-STL | 12,132 lb-in | 2.500 in (66 mm) | View PDF | Request |