Winding

Winding Department

Core damage or the possibility of core degradation due to repeated exposure to uncontrolled or excessively high temperatures in burn-out ovens may reduce the efficiency and performance
of the repaired machine. Our core tester determines the condition of interlaminar insulation, locates hotspots and shorted laminations, and enables us to make a
factual assessment of the integrity of stators, rotors,
and armatures.
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The burnout process permits removal of the windings in a way that will not damage the laminations, frame, or impair the magnetic characteristics of the motor.

Our-rewinding-facilities provide for both random and form windings with modern equipment such as the time-saving coil winder, which virtually eliminates crossovers for a higher quality compact coil and assures the correct number of turns per coil.
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To improve thermal life, all ClassB (130°C) or Class F (155° C) insulation materials are always replaced with high-tempaerature, Class H insulation, suitable for 180°C maximum hot-spot temperature.

The Form-Wound stators shown will also have all coil connections and leads taped with absorbent Mica and glass tapes and will be vacuum pressure impregnated for a void free winding with excellent environmental protection.

All Stators are thoroughly tested for phase balance, turn to turn shorts, and phase to ground. Surge testing is also used as a diagnostic tool on incoming stators as a step in determining the condition of existing windings.

Quick -and accurate access to manufacturers' winding data provided by EASA assures that all rewound apparatus meets original design specifications. We also have the ability to redesign and rebuild motors to your exact specifications. Our engineers can change a motors operating characteristics to meet your requirements.
ROME ELECTRIC MOTOR WORKS, INC. is a UL APPROVED SERVICE CENTER for repair of hazardous location motors and a WARANTY STATION for major motor and control manufacturers.

This epoxy resin system is capable of less than 1mm Mercury of Vacuum
and 95psi pressure, which are absolutely essential to successful VPI
of motors and components. Properly processed motors with 100%
solid void-free epoxy resin are proven to have increased mechanical
strength and run cooler through improved heat transfer characteristics.
the completely sealed insulation system provides excellent resistance moisture, chemicals, and other destructive contaminants
common to many industrial environments.
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Chart equipped,-- thermostatically regulated ovens maintain preset temperatures and are carefully controlled to be sure that materials are not subjected to overheating and subsequent decomposition.