AC motor / induction / 230 V / 460 V
X$D Ultra® GE Motors

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Characteristics

  • AC/DC:

    AC

  • Type:

    induction

  • Voltage :

    230 V, 460 V, 575V

  • Other characteristics:

    heavy-duty, low-voltage, 4-pole, 6-pole, 8-pole, 2-pole, for water treatment applications, for the mining industry, robust, for the oil and gas industry, cast iron, high-efficiency

  • Torque:

    Max.: 2,988.6 ft.lb

    Min.: 2.2 ft.lb

  • Power:

    Max.: 350 ch (350 hp)

    Min.: 1 ch (1 hp)

  • Rotational speed:

    Max.: 3,600 rpm (22,619.47 rad.min-1)

    Min.: 900 rpm (5,654.87 rad.min-1)

Description

The X$D Ultra® family of products ranges from 1-350 HP and is built to the highest standards to maximize your return on investment. X$D Ultra is a complete cast iron NEMA Premium® Efficient motor. The Six Star Bearing System™ ensures long bearing life and is complemented by an overall vibration of 0.04 ips (inches per second), which is half of IEEE-841 standards. The X$D Ultra also incorporates the GEGARD™ insulation system which has the ability to withstand repeated 0.1 microsecond rise time/2000 volt spikes for 460 and 575 line voltages. All motors are inverter compatible and have the speed range capabilities stamped on the nameplate.

Industries: Oil & Gas, Power& Energy, Mining & Minerals, Water & Wastewater, Cement, Pulp & Paper, Metals, Chemical

Features & Benefits:
- GEGARD2000 Insulation System
Integral to motor life and reliability is a robust insulation system. The GEGARD system utilized in X$D Ultra™ products gives a wide thermal margin between the insulation components and designed operation temperatures. All components except motor leads have been selected using Class H materials, while the motor temperature is kept below Class B temperature rise.
- Six Star Bearing System ™
Another key component in motor operation and longevity is the bearing system. Our Six Star Bearing System ™ has been designed to significantly reduce the potential for bearing failure. Vibration has been reduced to an industry leading 0.04 ips, reducing a leading cause of bearing failure.