KTR Corporation Torque Limiter KTR-SI FRE Flange Type

Description
The core of the overload system is formed by the idle rotation elements. In case of overload they uncouple the driving and driven side while protecting the drive train from damages. After eliminating the overload, the rotation segments are manually re-engaged so that the drive is released again. Setting the release torque In order to set the coupling to the requested release torque, a defined pre-stress is generated on the disk springs in each idle rotation element via the setting nut. The number of elements varies depending on the release torque demanded. If requested, the coupling can be pre-set by the manufacturer. It is also possible to adapt the coupling while in place. Re-engaging of idle rotation elements After eliminating the overload driving and driven side are aligned to each other. By means of a plastic hammer or a lever the rotation segments are re-engaged manually while the re-engagement can clearly be heard. Now the overload coupling is ready for operation again. Product features Idle-rotation overload system (load-separating) High repeating accuracy Flange design for the mounting of pulleys or sprockets Combination with ROTEX®, GEARex® or RADEX®-N for shaft-to-shaft connections The intelligent further development to the shear pin coupling and hydraulic overload systems Setting range to 60,000 Nm (higher torques on request)
Datasheet
Description
The core of the overload system is formed by the idle rotation elements. In case of overload they uncouple the driving and driven side while protecting the drive train from damages. After eliminating the overload, the rotation segments are manually re-engaged so that the drive is released again. Setting the release torque In order to set the coupling to the requested release torque, a defined pre-stress is generated on the disk springs in each idle rotation element via the setting nut. The number of elements varies depending on the release torque demanded. If requested, the coupling can be pre-set by the manufacturer. It is also possible to adapt the coupling while in place. Re-engaging of idle rotation elements After eliminating the overload driving and driven side are aligned to each other. By means of a plastic hammer or a lever the rotation segments are re-engaged manually while the re-engagement can clearly be heard. Now the overload coupling is ready for operation again. Product features Idle-rotation overload system (load-separating) High repeating accuracy Flange design for the mounting of pulleys or sprockets Combination with ROTEX®, GEARex® or RADEX®-N for shaft-to-shaft connections The intelligent further development to the shear pin coupling and hydraulic overload systems Setting range to 60,000 Nm (higher torques on request)
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Torque Limiter - KTR-SI FRE Flange Type - KTR Corporation
Michigan City, IN, USA
The core of the overload system is formed by the idle rotation elements. In case of overload they uncouple the driving and driven side while protecting the drive train from damages. After eliminating the overload, the rotation segments are manually re-engaged so that the drive is released again. Setting the release torque In order to set the coupling to the requested release torque, a defined pre-stress is generated on the disk springs in each idle rotation element via the setting nut. The number of elements varies depending on the release torque demanded. If requested, the coupling can be pre-set by the manufacturer. It is also possible to adapt the coupling while in place. Re-engaging of idle rotation elements After eliminating the overload driving and driven side are aligned to each other. By means of a plastic hammer or a lever the rotation segments are re-engaged manually while the re-engagement can clearly be heard. Now the overload coupling is ready for operation again. Product features Idle-rotation overload system (load-separating) High repeating accuracy Flange design for the mounting of pulleys or sprockets Combination with ROTEX®, GEARex® or RADEX®-N for shaft-to-shaft connections The intelligent further development to the shear pin coupling and hydraulic overload systems Setting range to 60,000 Nm (higher torques on request)

The core of the overload system is formed by the idle rotation elements. In case of overload they uncouple the driving and driven side while protecting the drive train from damages. After eliminating the overload, the rotation segments are manually re-engaged so that the drive is released again.
Setting the release torque
In order to set the coupling to the requested release torque, a defined pre-stress is generated on the disk springs in each idle rotation element via the setting nut. The number of elements varies depending on the release torque demanded. If requested, the coupling can be pre-set by the manufacturer. It is also possible to adapt the coupling while in place.
Re-engaging of idle rotation elements
After eliminating the overload driving and driven side are aligned to each other. By means of a plastic hammer or a lever the rotation segments are re-engaged manually while the re-engagement can clearly be heard. Now the overload coupling is ready for operation again.

Product features

  • Idle-rotation overload system (load-separating)
  • High repeating accuracy
  • Flange design for the mounting of pulleys or sprockets
  • Combination with ROTEX®, GEARex® or RADEX®-N for shaft-to-shaft connections
  • The intelligent further development to the shear pin coupling and hydraulic overload systems
  • Setting range to 60,000 Nm (higher torques on request)
Supplier's Site Datasheet

Technical Specifications

  KTR Corporation
Product Category Mechanical Clutches
Product Number KTR-SI FRE Flange Type
Product Name Torque Limiter
Application Industrial; Automotive; Aerospace; Marine; Heavy; Power Takeoff; Conveyor; Machine Tool; Web; Motor; Pump; Power Transmission; Trailer; Off-Highway; Robotics; Military
Torque 3.7 to 6047.2 Ft-lbs (5 to 8200 N-m)
Special Slip clutch / Disengagement Torque Limiter
Engagement Plate / Disc
Shaft In-line
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