Actuators and Servoactuators

See Also: Actuation Systems, Servodrives

Electric Linear Servoactuators for Maximum Speed and Force

Performance: Long-lasting performance and reliability with integrated design and part count

Precision: Better precision motion control and low inertia motors for higher acceleration

Efficiency: Reduces maintenance and operating costs, and eliminates the potential of oil leaks

Standard Electric Linear Servoactuators

  • Compact inverted ball screw design
  • Reduced physical size
  • Increased power density
  • Ideal for most linear actuation applications

Flexible Electric Linear Servoactuators

  • Higher Forces, rod speeds and longer strokes
  • Custom stroke lengths available
  • Inline and foldback designs with internal anti-rotate
  • Several screw-leads for speed/force variations
  • Variety of motor winding for optimum performance

Servoactuation Packages

  • Combining a linear electric servoactuator, servodrive and integrated software
  • Designed to meet maximum machine performance
  • Engineered in advance, each component is optimized to work together
  • Choice of Standard or Flexible Servoactuators
  • Make a smooth transition from hydraulic to electric
  • Intuitive commissioning software helps reduce system setup time

Custom Solutions

     Meeting your special performance characteristics

  • Servomotor modifications
  • Optimized packaging to reduce envelope size
  • Special performance requirements such as longer life, high duty cycle and more
  • Special operating characterizes such as extremely smoothness, low acoustic noise etc.

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Literature

Overview - Electric Linear Servoactuators - Standard, Flexible and Servoactuation Packages

Newsletter Highlight

Wimbledon - Moog's Design Is Moving On Up

Learn about the control architecture Moog developed for the actuated elements of a moving roof on the Centre Court at Wimbledon in the United Kingdom. The project entailed supplying 148 axes of control with products and software for closed-loop control for the roof movement. Engineers from 6 countries worked together from definition of requirements to final implementation to on-going support to provide a truly collaborative solution for a very special customer.

 Read the Full Story

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