Showing 1–16 of 130 results

| HP | 1/20 |
| RPM | 20 |
| VOLTAGE | 90 |
| FRAME | 30 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/17 |
| RPM | 60 |
| VOLTAGE | 180 |
| FRAME | 30 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/17 |
| RPM | 42 |
| VOLTAGE | 90 |
| FRAME | 25 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/17 |
| RPM | 250 |
| VOLTAGE | 90 |
| FRAME | 25 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/17 |
| RPM | 55 |
| VOLTAGE | 12 |
| FRAME | 30 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/8 |
| RPM | 42 |
| VOLTAGE | 90 |
| FRAME | 34 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/8 |
| RPM | 250 |
| VOLTAGE | 90 |
| FRAME | 34 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/4 |
| RPM | 173 |
| VOLTAGE | 208, 230, 460 |
| FRAME | 42Y |
| PHASE | 3 |
| ENCLOSURE | TEFC |

| HP | 1/8 |
| RPM | 51 |
| VOLTAGE | 90 |
| FRAME | 30 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/4 |
| RPM | 250 |
| VOLTAGE | 90 |
| FRAME | 34 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/4 |
| RPM | 500 |
| VOLTAGE | 90 |
| FRAME | 34 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/4 |
| RPM | 62 |
| VOLTAGE | 180 |
| FRAME | 34 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 1/4 |
| RPM | 125 |
| VOLTAGE | 90 |
| FRAME | 34 |
| PHASE | NA |
| ENCLOSURE | TENV |

| HP | 2/25 |
| RPM | 14 |
| VOLTAGE | 110 |
| FRAME | L42Y |
| PHASE | 1 |
| ENCLOSURE | TENV |

| HP | 1/17 |
| RPM | 19 |
| VOLTAGE | 115 |
| FRAME | 31 |
| PHASE | 1 |
| ENCLOSURE | TEFC |

| HP | 1/17 |
| RPM | 9 |
| VOLTAGE | 115 |
| FRAME | 31 |
| PHASE | 1 |
| ENCLOSURE | TEFC |
AC gearmotors combine an AC electric motor with a gear reducer to deliver controlled speed, increased torque, and consistent performance across a wide range of industrial and commercial applications. By integrating the motor and gearbox into a single compact unit, AC geared motors simplify installation, improve efficiency, and reduce maintenance requirements.
At Electracore, our selection of AC gearmotors and AC motor gearbox solutions is designed to support conveyor systems, packaging equipment, automation machinery, material handling systems, and general industrial motion control.
An AC gear motor is a complete drive solution that integrates:
This combination allows equipment to operate at precise speeds while maintaining the power needed to move loads efficiently. AC gearmotors are commonly used where direct-drive motors would run too fast or lack sufficient torque.
AC geared motors offer several operational advantages:
Because the gearbox is directly coupled to the motor, power transmission losses are minimized and system reliability is improved.
Designed for applications requiring efficient power transmission and compact installation, commonly used in conveyors and packaging lines.
Ideal for tight spaces where motor orientation must be offset by 90 degrees. Frequently used in material handling and automation systems.
Used when smooth operation, quiet performance, or high reduction ratios are required.
Each configuration supports different torque, speed, and mounting requirements depending on the application.
AC motor gearboxes are engineered to deliver:
Selecting the correct gear ratio is critical for ensuring optimal motor performance and avoiding unnecessary mechanical stress.
AC gearmotors are widely used in:
Their versatility makes them suitable for both light-duty and industrial-duty environments.
As a leading electric motors store, our AC geared motors are selected to meet real-world operational demands while maintaining efficiency and durability.
An AC gear motor is a motor and gearbox combined into a single unit, designed to reduce speed and increase torque for controlled mechanical movement.
The cost of AC motors varies based on size, power rating, efficiency class, and application. Pricing typically depends on horsepower, voltage, and gear reduction requirements.
The main types include induction motors, synchronous motors, single-phase motors, and three-phase motors.
Yes, many AC motors can be repaired through bearing replacement, rewinding, or gearbox servicing, depending on the extent of wear or damage.
The AC induction motor is the most widely used due to its simple construction, durability, and low maintenance needs.
Routine maintenance includes bearing inspection, lubrication, cooling airflow checks, and electrical connection verification to ensure long-term reliability.