Baldor-Reliance EM4410T-4 Super-E AC Motor
$23,541.00
ABB Baldor Reliance EM4410T-4 – 125 HP, 1785 RPM, 460V, 3-Phase, TEFC industrial motor with NEMA Premium efficiency (95.4%). Features cast iron 444T frame, Wye Start-Delta Run, inverter-ready design, and 1.15 service factor. 144.0 FLA, F1 mounting, 3-3/8″ shaft. CSA, cURus, SEEV certified. 1,882 lbs.
1 in stock
Description
ABB Baldor Reliance EM4410T-4 – 125 HP Super-E Premium Efficiency AC Motor
The ABB Baldor Reliance EM4410T-4 is a NEMA Premium efficiency three-phase motor designed for heavy industrial applications. With 125 HP output at 1785 RPM (1800 RPM synchronous) and 95.4% efficiency, this motor delivers reliable power for pumps, compressors, and industrial machinery. Its cast iron 444T frame, TEFC enclosure, and 1.15 service factor ensure durability in demanding environments.
Key Features & Specifications:
✔ 125 HP @ 60 Hz – Industrial-grade power output
✔ 460V, 3-Phase (Wye Start – Delta Run) – Reduced inrush current
✔ 1785 RPM (4-Pole, 1800 RPM synchronous) – Optimal for industrial drives
✔ NEMA Premium Efficiency (95.4%) – Energy-saving operation
✔ F1 Rigid Mounting & 3-3/8″ Shaft – Heavy-duty installation
✔ Inverter-Ready – Compatible with VFDs for speed control
✔ TEFC Enclosure (Cast Iron 444T Frame) – Totally enclosed, fan-cooled protection
✔ Polyrex EM Greased Bearings (-20°F to +300°F) – Long-lasting lubrication
✔ Design Code B, KVA Code G – Meets industry standards
✔ Certifications: CSA, cURus, SEEV – Safety and quality assurance
Technical Details:
- Frame: 444T (Cast Iron)
- Enclosure: TEFC (Totally Enclosed Fan-Cooled)
- Mounting: F1 (Rigid Base)
- Voltage: 460V @ 60 Hz
- Full Load Amps: 144.0 A
- Power Factor: 85
- Insulation Class: F
- Duty Rating: Continuous (CONT)
- Shaft Rotation: Reversible
- Weight: 1,882 lbs
Ideal For:
- Industrial pumps & compressors
- Heavy machinery & conveyors
- Processing equipment
- Replacement for older, inefficient motors
Backed by ABB Baldor Reliance’s reputation for reliability, this motor is built for demanding applications where performance and efficiency are critical.