Stop safely, stop reliably

Brakes from mayr® power transmission are used in many applications. We distinguish between two product families:

  • Spring-applied safety brakes. They operate according to the fail-safe principle and are closed (brake on) in the de-energised state. Spring-applied brakes are primarily designed as holding brakes but are also suitable for emergency stops and, depending on the design, can also be used for dynamic braking.
  • Energise to Engage brakes. These apply torque when the brake is powered and are open (brake off) when the current is switched off. They are not classed as safety brakes. The electromagnetic brakes are particularly suitable for precise positioning and reliable stopping up to their wear limit.

ROBA-stop®-M Eco

  • Maintenance-free
  • Simple assembly
  • Closed brake housing
  • Insulation class F
  • Applicable for 100 % ED

ROBA-stop®-silenzio®

  • Dual circuit brake
  • Function monitoring possible
  • Simple assembly
  • Preset air gap
  • Low noise level

ROBA®-linearstop P

  • Safe due to fail-safe principle
  • Short switching times
  • High power density
  • Long service life
  • Clamps without self-reinforcement

ROBA-stop-M servo pitch

  • Version especially for pitch drives
  • Closed brake housing
  • High power density
  • High permissible friction work

ROBA-stop®-M Eco

  • Cost-effective
  • Simple assembly
  • Maintenance-free

ROBA®-diskstop®

  • Simple assembly
  • Low maintenance
  • Insulation class F
  • Safe due to fail-safe principle
  • For high braking torque

ROBA®-guidestop

  • Low maintenance
  • Applicable for 100 % ED
  • Optimal for vertical axes
  • Safe due to fail-safe principle

ROBA®-linearstop E

  • Safe due to fail-safe principle
  • Short switching times
  • High power density
  • Long service life
  • Clamps without self-reinforcement

ROBA®-linearstop H

  • Safe due to fail-safe principle
  • Short switching times
  • High power density
  • Long service life
  • Clamps without self-reinforcemen

ROBA®-quick

  • Mounted on the free shaft end
  • High power density
  • Short switching times
  • Accurate positioning, reliable function
  • Applicable for 100 % ED

ROBA-stop®-S

  • Protection class IP 67
  • Corrosion protected
  • High permissible friction work
  • Anti-condensation heating
  • Ventilation and wear monitoring

ROBA-stop®-Z

  • Simple assembly
  • Low maintenance
  • Silenced
  • Safe due to fail-safe principle
  • Protection class IP 54

ROBA-stop®-stage

  • Redundant without double braking torque
  • Ideal for stage technology
  • Mounted on the free shaft end
  • Completely assembled and adjusted

ROBA®-alphastop®

  • Simple assembly
  • Closed brake housing
  • Insulation class F
  • Applicable for 100 % ED

ROBA®-duplostop®

  • Safe due to fail-safe principle
  • Simple assembly
  • Preset air gap
  • Silenced
  • Insulation class F

ROBA®-topstop®

  • Attachment A-bearing side
  • Modular safety system

ROBA®-twinstop®

  • Redundancy via multiple braking circuits
  • Simple assembly
  • Silenced
  • Very short construction
  • Cost-effective

ROBA®-secustop

  • Insulation class F
  • Applicable for 100 % ED
  • Silenced
  • Simple assembly
  • Protection class IP 54

ROBA®-servostop®

  • Extremely low mass moment of inertia
  • Simple assembly
  • Insensitive to voltage fluctuations
  • High permissible friction work
  • Insensitive to temperature expansion