Electric Servoactuator

Description

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Standard Electric Linear Actuator
 (890 Series)
  • Compact inverted ball screw design
  • Reduced physical size
  • Increased power density
  • Ideal for most linear actuation applications

Electric Linear Servoactuators - Standard, Flexible and Servoactuation Package

Flexible Electric Linear Actuator (880 Series)
  • 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

Electric Linear Servoactuators - Standard, Flexible and Servoactuation Package

 

 

Standard and Flexible Electric Linear Actuator 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

Standard Electric Linear Servoactuation Packages Size 3, 4 and 5

 

Flexible (MaxForce) Pre-Engineered Electric Linear Actuation Solution Size 3

 

Flexible (MaxForce) Pre-Engineered Electric Linear Actuation Solution Size 4

 

Flexible (MaxForce) Pre-Engineered Electric Linear Actuation Solution Size 5

Flexible (MaxForce) Pre-Engineered Electric Linear Actuation Solution Size 6
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.

Electric Linear Servoactuators - Standard, Flexible and Servoactuation Package

 

Hydraulic Servoactuators

Description

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A085 Series

Moog A085 Series Servoactuators combine high performance cylinders,
linear feedback devices and servovalves in one assembly.

  • Choice of servovalves, feedback transducers, working areas and
    strokes available accommodates most control requirements
  • Maximum compatibility with other Moog components such as electronics and special function manifolds
  • Totally assembled and self contained units are 100% tested before shipment. 
  • Minimized plumbing and fixturing as well as case drain for zero rod leakage

A085 Series

 

Hydraulic Test Actuators Hydrostatic Bearing
  • Innovative 8 pocket hydrostatic bearing increases side load capacity to 60% of stall output  and reduces energy requirements
  • Higher level of dynamic performance, reliability, and longevity
  • Advanced coating used on the rod significantly improves seal wear for long life and less maintenance
  • Manifold  houses all of piping in the actuator, removing the need for most of the exterior piping
Force Rating
kN
(kip)		 Stroke Length
mm
(in)		 Rod Diameter
mm
(in)		 Cylinder Bore Diameter
mm
(in)		 Piston Area
sq cm
(sq in)		 Cusion Stroke
mm
(in)
30
(6.6)		 152, 204, 254, 306
(6, 8, 10, 12)		  80
(3.15)		 92
(3.62)		 16.21
(2.51)		 25
(0.98)
38
(8.5)		 152, 204, 254, 306
(6, 8, 10, 12)		 80
(3.15)		 95
(3.70)		 20.62
(3.20)		 25
(0.98)
50
(11)		 152, 204, 254, 306
(6, 8, 10, 12)		 80
(3.15)		 99
(3.90)		 26.71
(4.14)		 25
(0.98)
100
(22)		 152, 204, 254, 306
(6, 8, 10, 12)		 100
(3.94)		 130
(5.12)		 54.19
(8.40)		 25
(0.98)
160
(35)		 152, 204, 254, 306
(6, 8, 10, 12)		 100
(3.94)		 145
(5.71)		 86.59
(13.42)		 25
(0.98)

Hydraulic Test Actuators Hydrostatic Bearing

Hydraulic Test Actuators Polymer Bearing
  • Oil-cooled polymer bearing improves side load capacity to 15% of stall output, compared to 10% with traditional polymer bearing design
  • Advanced cushion design for higher reliability and safety
  • Higher level of dynamic performance, reliability, and longevity
  • Advanced coating used on the rod significantly improves seal wear for long life and less maintenance
  • No external piping
Dynamic Force Rating
kN
(kip)		 Stroke Length
mm
(in)		 Rod Diameter
mm
(in)		 Cylinder Bore Diameter
mm
(in)		 Piston Area
sq cm
(sq in)		 Cusion Stroke
mm
(in)
15
(3.3)		 102, 152, 254
(4, 6, 10)		 45
(1.75)		 56
(2.21)		 8.73
(1.35)		 15
(0.6)
25
(5.5)		 102, 152, 254
(4, 6, 10)		 45
(1.75)		 63
(2.48)		 15.27
(2.37)		 15
(0.6)
50
(11)		 102, 152, 254
(4, 6, 10)		 70
(2.75)		 92
(3.62)		 27.99
(4.34)		 15
(0.6)
68
(15)		 102, 152, 254
(4, 6, 10)		 70
(2.75)		 99
(3.90)		 38.49
(5.97)		 15
(0.6)
100
(22)		 102, 152, 254
(4, 6, 10)		 70
(2.75)		 109
(4.29)		 54.83
(8.50)		 15
(0.6)
160
(35)		 102, 152, 254
(4, 6, 10)		 70
(2.75)		 126
(4.96)		 86.21
(13.36)		 15
(0.6)

Hydraulic Test Actuators Polymer Bearing