High voltage Super AWG enameled copper wire motors are motors that use high voltage grade (usually referred to as voltages in excess of 1,000V) and Super AWG gauge enameled copper wire for the motor's coil windings.

High voltage motors are typically used in applications that need to handle high voltages, such as power transmission, industrial equipment, and electrical systems. These motors require the use of wires with excellent insulation to prevent current leakage and arc discharge.

The AWG specification is the standard used to measure wire diameter and conductivity. The Super AWG specification is often used to describe relatively large diameter wires, such as AWG 4/0, AWG 250 MCM, etc. These specifications are often used to describe wires that have a larger diameter. Wires of these sizes typically have higher conductivity and resistance to current carrying capacity.

Enameled copper wire is a type of wire in which the copper conductor is coated with an insulating varnish. The insulation of enameled copper wire provides electrical insulation and mechanical protection, and its insulating properties meet the requirements of high-voltage motors. This insulation is usually made of polyamide resin enamel.


High voltage Super AWG enameled copper wire motors are commonly used in applications where high voltages and currents need to be handled. These motors are typically used in industrial drives, generator sets, power transformers and other high power equipment. They require special insulation and conductive properties that can withstand high voltages and temperatures.

Since high voltage Super AWG enameled copper wire motors involve high voltages and currents, safety is critical. Applicable electrical safety standards and codes need to be followed during design, manufacturing and installation to ensure the reliability and durability of the motor and to prevent safety issues such as electric shock and fire.

Specific high-voltage Super AWG enameled copper wire motor specifications, design and application requirements may vary depending on the particular application and project. If you require more detailed information, it is recommended that you consult with the motor manufacturer, an electrical engineer, or a related professional for accurate advice and guidance for your specific needs.