Designed to be used in-line to limit torque for hand (static) applications. Can also be used as an overload protection device on most applications where measuring a static overload is needed. Provides accurate process control as the unit prevents a fastener or bolt from being under and over tightened. Repeatability within +/- 6% of pre-set torque value.
Designed to be used in-line to limit torque for hand (static) applications. For low torque applications.
Can also be used as an overload protection device on most applications where measuring a static overload is needed.
The rotary clutch mechanism slips free when the pre-set torque value is reached, eliminating overtightening. The mechanism then automatically resets.
Pre-set using a torque analyzer.
Bi-directional operation and are calibrated in either the CW or CCW direction.
Lightweight and easy-to-use.
Do not use PTL with a power tool.
Designed to be used in-line to limit torque for hand (static) applications. Can also be used as an overload protection device on most applications where measuring a static overload is needed. Provides accurate process control as the unit prevents a fastener or bolt from being under and over tightened.
Repeatability within +/- 6% of pre-set torque value.
- Designed to be used in-line to limit torque for hand (static) applications. For low torque applications.
- Can also be used as an overload protection device on most applications where measuring a static overload is needed.
- The rotary clutch mechanism slips free when the pre-set torque value is reached, eliminating overtightening. The mechanism then automatically resets.
- Pre-set using a torque analyzer.
- Bi-directional operation and are calibrated in either the CW or CCW direction.
- Lightweight and easy-to-use.
Do not use PTL with a power tool.
