Us Motors WD2E2A14CR 2 Hp Three Phase Tefc Ac Motor

Product Description

The US MOTORS WD2E2A14CR is a three-phase, standard-efficiency AC motor built for industrial and commercial applications demanding reliable continuous-duty performance. Rated at 2 horsepower and 1725 RPM nameplate speed, this motor operates on 230/460 volts at 60 Hz and is housed in a totally enclosed fan-cooled (TEFC) enclosure that resists contamination from dust, moisture, and washdown environments. The 145TC frame with C-Face mount allows direct coupling to pumps, gearboxes, and other driven equipment. Class F insulation and ball bearings contribute to a durable, thermally resilient design suited for demanding service cycles.

This motor is a fit for washdown-rated installations where water exposure is a regular part of operation, including food-processing equipment, commercial kitchen ventilation systems, and industrial cleaning stations. The reversible rotation allows flexible installation orientation. Licensed electricians and millwrights typically handle installation, and the C-Face configuration streamlines alignment when mating to flange-mounted driven equipment. It is appropriate for both new installations and motor replacement projects in three-phase powered facilities.

Key Features

• 2 HP output at 1725 nameplate RPM for standard-induction drive applications
• TEFC enclosure rated for washdown environments
• C-Face mount on 145TC steel frame for direct flange coupling
• Dual-voltage operation at 230/460 volts, 60 Hz, three-phase
• Class F insulation with a full-load efficiency rating of 85.30 percent
• Reversible motor rotation for installation flexibility

Compatibility

Designed as an OEM-style replacement or new-install three-phase AC motor for C-Face flange-mounted applications requiring a 145TC frame footprint in washdown-rated environments. Cross-references Dayton part number 3N834.

Installation Notes

Installation should be performed by a licensed electrician in accordance with NEC requirements for motor branch circuits, including proper disconnect, overload protection, and grounding. De-energize and lock out the circuit before making any wiring connections or mounting the motor. Verify supply voltage and phase sequence match the nameplate rating before energizing. Do not exceed the rated ambient operating temperature of 40 degrees F minimum as a lower limit; ensure the installation environment falls within the motor's design operating range.