Safety clutches

The airbag for your machine

Safety clutches

Trendsetting products from the market leader: torque limiting clutches from mayr® power transmission reliably protect machines and systems from expensive overload damage. So-called overload clutches also help to save material and costs and increase productivity.

From the design via CAD data to the configuration of suitable torque limiting clutches, right up to the documentation through EuBs and data sheets, mayr® power transmission supplies quality from German production.

ROBA®-slip hub
Torque limiters

  • Universally applicable
  • Load holding
  • Frictionally engaged
  • Simple assembly
  • Low-wear

EAS®-HSE
Torque limiters

  • Free run out
  • High power density
  • High torsional stiffness
  • Completely assembled balanced
  • Load separating

EAS®-HT
Torque limiters

  • Free run out
  • Long service life
  • Maintenance-free
  • Stepless torque adjustment
  • Load separating

EAS®-HTL
Torque limiters

  • Backlash Free
  • Simple assembly
  • High power density
  • High torsional stiffness
  • Low maintenance

EAS®-Sp/Sm/Zr
Torque limiters

  • Load separating
  • High switch-off and repeat accuracy
  • Long service life
  • Backlash Free
  • Maintenance-free

EAS®-axial
Force limiters

  • Stepless torque adjustment
  • Load separating
  • Automatic re-engagement
  • Backlash Free
  • High axial stiffness

EAS®-compact®
Torque limiters

  • Load separating
  • Stepless torque adjustment
  • Backlash Free
  • High switch-off and repeat accuracy
  • Automatic re-engagement

EAS®-compact® F
Torque limiters

  • Load separating
  • Backlash Free
  • Free run out
  • Stepless torque adjustment

EAS®-dutytorque
Torque limiters

  • Free run out
  • High switch-off and repeat accuracy
  • High balancing quality
  • Long service life
  • Low maintenance

EAS®-reverse
Torque limiters

  • Simple assembly
  • Stepless torque adjustment
  • Free run out
  • Load separating

EAS®-smartic®
Torque limiters

  • Simple assembly
  • Low maintenance
  • Backlash Free
  • Easy torque adjustment
  • Load separating

ROBA®-capping head
Torque limiters

  • Load holding
  • Magnetic
  • Easy to maintain
  • Easy torque adjustment

Più informazioni

Trendsetting products from the market leader: torque limiting clutches from mayr® power transmission reliably protect machines and systems from expensive overload damage. So-called overload clutches also help to save material and costs and increase productivity.

From the design via CAD data to the configuration of suitable torque limiting clutches, right up to the documentation through EuBs and data sheets, mayr® power transmission supplies quality from German production.

The right torque limiting clutch for your application

Whether load-holding or load-disconnecting torque limiting clutches: mayr® overload clutches are characterised by the highest quality. In the field of torque limiting clutches, we are the worldwide market and technology leader and thus contribute to the protection against expensive overload damage and production downtime in many companies. Our overload clutches are characterised by a particularly backlash-free torque transmission. The torque limiting clutches are rustproof and particularly robust.

Our torque limiting clutches are used in a wide variety of applications:

  • as capping heads for filling plants
  • for limiting tensile and compressive forces.
  • As torque limiters also for high-speed applications and heavy-duty applications.

The mayr® overload clutches are divided into load-holding and load-disconnecting clutches according to their functional principle.

 

Individual safety couplings - matched to the requirements in the company

We manufacture our overload clutches in various designs, sizes and torque strengths. Please contact us: Safety clutches from mayr power transmission perform well worldwide in heavy industry, CNC milling technology, toolmaking or in the steel industry. Together we realise overload protection, which reliably protects man and machine and ensures successful production processes.