Hydraulic Low-Force Test Servo Actuators

Moog's Hydraulic Low-Force Servo Actuators are double-ended components mostly used for test systems. The design allows for equal force and tension on both sides up to 10 kN (2.2 kip). These fatigue rated actuators deliver high performance and flexibility for a range of single and multi-axis applications for material, structural and component testing.

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Overview

A VARIETY OF CUSTOMIZATION OPTIONS ARE AVAILABLE TO MEET YOUR EXACT APPLICATION NEEDS 

A variety of building blocks are available to configure the exact actuator configuration to match test rig design and application requirements. Moog G761 Series servo valves are used to provide high dynamic, accurate and robust control of the actuator. Various mounting joints and bases are also provided to adapt to the installation needs.

  • Standard options include 2 force options of 5 kN and 10 kN and 2 working stroke lengths from 100mm and 150mm (see specifications)
  • Custom options are available to meet any application need
  • High-performance operation delivers dependability through less maintenance and limited downtime
  • Can be used as a "building block" component for customized configurations

WORLD-CLASS ENGINEERING QUALITY AND SUPPORT TO KEEP YOU RUNNING AT PEAK PERFORMANCE  

Moog actuators are designed to provide long life repeatability through reliable operation, using the latest technologies for efficiency and performance. When service, repair and maintenance are required, our team of global repair and service experts are on-call to assist you and keep downtime to a minimum. 

Moog can provide the typical wear items such as a replaceable bearing and seals for your own repairs. If needed, Moog Global Support services can repair the actuator to a like-new condition. 

Specifications

Model Number Force Rating
kN
(kip)
Full Stroke Length
mm
(in)
Working Stroke Length
mm
(in))
Cylinder Bore Diameter
mm
(in)
Piston Area
sq cm
(sq in)
Cushion Length/End
mm
(in)
C086-91 5 (1.1) 130, 180 (5, 7) 100, 150 (4,6) 35 (1.4) 2.5 (0.4) 15 (0.6)
C086-92 10 (2.2) 130, 180 (5, 7) 100, 150 (4,6) 40 (1.6) 5.5 (0.9) 15 (0.6)

Resources


News Release

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.

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