Single-Turn,
Geared Single-Turn and Dual (Multi-turn) Resolvers
- Absolute shaft position
- No internal electronics
- Brushless resolver
- High-resistance to shock and
vibrations
- NEMA 13 housing provides protection
against water, mist, oil, and dust
- Broad temperature range, -67º F to
248º F (-55º C to 120º C)
- Remote ratiometric resolver decoder
provides highly noise-immune encoder
RESOLVERS--RUGGED AND RELIABLE
The resolver is a highly accurate and
highly dependable device for absolute position shaft encoding.
Resolvers have a reliable track record of applications in aerospace,
military, and industry, where they have been used for decades for
position sensing. Some of the common applications are radar
antenna position sensing. Some of the common applications are
radar antenna position sensing, missile guidance systems, NC machine
position feedback, automotive stamping presses, 2-piece-can
manufacturing presses and packaging machines. The resolver is
designed to operate reliably under extremely hostile environments such
as continuous mechanical shock, vibration, extreme temperature and
humidity changes, oil mist, coolants and solvents. The resolver is
a passive transducer. It is a brushless rotary transformer with
one rotor and two stator windings. The stator windings are
electrically 90º out-of-phase with each other. As the
shaft rotates, the relative position of the rotor and the stator
windings change. Either the rotor or the two stator windings
together can be used as the primary of the rotary transformer and the
secondary will then produce and analog-voltage corresponding to the
shaft position. |
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RL100
Resolver--The Workhorse of the Industry
AVG Automation's model RL100 resolver is the most rugged resolver in
the industry today. AVG Automation has over 25,000 of these
resolvers operating with extreme reliability in highly demanding
applications in automotive, can-manufacturing and packing
industries. Rugged, industrial housing, heavy-duty, double row,
ball bearing and an internal flexible coupling lend to an extremely
reliable design.

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