Baldor Motor EM2513T Motor

The Baldor-Reliance EM2513T is a heavy-duty 15 HP NEMA Premium Efficient motor designed for continuous industrial operation. Engineering with a 254T frame and TEFC (Totally Enclosed Fan Cooled) enclosure, this three-phase induction motor operates at a base speed of 1765 RPM. It features Class F insulation and a 1.15 service factor, ensuring thermal stability under varying mechanical loads. Built with high-grade cast iron construction, it provides superior vibration dampening and protection against harsh environments. This motor is optimized for 230/460V configurations at 60Hz, making it a standard choice for HVAC blowers, centrifugal pumps, and industrial compressors. Utilizing ball bearings and precision balancing, the EM2513T motor reduces parasitic energy losses while maintaining high torque density. For contractors and technicians, this unit offers a reliable alternating current motor solution that meets stringent NEMA MG1 efficiency standards for long-term operational cost savings.

• High-Efficiency Performance: 15 HP output meeting NEMA Premium standards for reduced energy consumption and lower lifecycle costs.
• Industrial Durability: Rugged cast iron frame and TEFC enclosure protect internal windings from dust, moisture, and debris.
• Versatile Application: Standard 254T frame mounting and dual-voltage (230/460V) capability provide adaptability across diverse mechanical systems.
• Optimized Cooling: External fan cooling ensures manageable operating temperatures during peak demand cycles.

Common Questions

What is the shaft diameter for the Baldor EM2513T?
Consistent with standard NEMA 254T frame specifications, this motor features a 1-5/8 inch shaft diameter.

Can the EM2513T be used with a Variable Frequency Drive (VFD)?
Yes, this motor is designed to handle the electrical stresses of an inverter, though you should verify the specific constant and variable torque speed range requirements for your application.

What is the full load amperage for this 15 HP motor?
At 460V, the full load current is typically approximately 18.2 amps, but always verify with the nameplate data for precise circuit protection sizing.

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Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.