Moog
Components Group brushless torque motors are designed to operate
over a range of speeds for a wide variety of military, aerospace
and industrial applications. Different applications require
unique configurations of mounting flanges, housings, output
shafts and electrical requirements. Our motors have high torque-to-power
and torque-to-inertia ratios, high linearity and low electrical
time constants. Reliability and long life are hallmarks of our
products and since these are brushless motors, there are no carbon brushes to wear out.
Moog Components Group offers a full
range of products and a unique level of product support, including
engineering development and aftermarket support. Whether torque
motor or servomotor, framed or housed, our applications engineers
will assist you with your critical application requirements.
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| Typical Applications: |
- Speed
and rotation control systems
- Gimbals for FLIR and
inertial navigation systems
- Stabilized
gun and fire control systems for combat vehicles
- Fire
control radars for land and ship board defense
- Cockpit
instrumentation for military and commercial aircraft
- Missile seeker and fin actuator systems
- Space and vacuum instruments, actuation systems and momentum wheels
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| Features: |
- Double insulated high temp magnet wire minimizes leakage current, promotes superior insulation
- Stable high temp encapsulation material minimizes movement or working of windings under large temperature variations. This high temp material will not crack under temperature variations, and eliminates voids, exposed windings and humidity traps.
- Special magnetic material alloy allows higher
torque per unit of volume, higher torque to inertia ratio.
- Plated magnet assemblies resist environmental
extremes and require no special handling
- Rare earth magnets typical
- High torque and low speed
- High torque to inertia ratio
- Low speed with high accuracy
- Compact
- Large axial holes through armature for easy
application to shafts and bosses
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 Brushless Torque and Toroidal Motors (2.75 MB) |
Alternators
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A permanent magnet alternator is a power generating device that produces a sinusoidal output when a mechanical input to its hub or shaft is applied. This device is constructed very much like a brushless motor with the appropriate selection of insulation materials and winding to match the environment and application. Essentially, an alternator is to a brushless motor what a tachometer is to a brush-type motor except that the alternator’s application is power generation instead of rate feedback. |
| Features
include: |
- Higher torque per unit volume
- Higher torque to inertia ratio
- Compact
- Environmental ruggedness
- Superior insulation
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| Applications
include: |
- Wind Energy
- UAV's
- Downhole Drilling
- Auxillary Power Generation
- Military
- Aerospace
- High
resolution with low electrical time constants
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