Ac Gear Reduction Motor
What is a Ac Gear Reduction Motor?
AC gear motors serve as a core drive component in industrial automation, integrating an AC asynchronous motor with a high-precision gearbox. This design effectively resolves common industry challenges associated with standard high-speed motors, such as excessive speed, insufficient torque, and the inability to maintain stable low-speed operation. By utilizing gear reduction to multiply torque, the unit converts the motor's high-speed, low-torque output into stable, low-speed, high-torque power. Key features include consistent speed, smooth start-stop performance, high load capacity, maintenance-free operation, and broad adaptability, making it a standard power source for automated assembly lines, conveyor systems, packaging machinery, and light industrial equipment.
Manufactured in strict accordance with the ISO9001 quality management system, this series is available in single-phase (220V) and three-phase (380V) configurations and is natively compatible with both 50Hz and 60Hz industrial power grids worldwide. The series covers a power range of 6W to 370W, offering a comprehensive selection of gear ratios and precise speed-torque matching. The units feature high-density alloy gears, pure copper windings, and a sealed, quiet-running structure; they support S1 continuous duty (24-hour operation) and come standard with high ingress protection ratings and Class F high-temperature insulation. Suitable for various standard industrial environments-including ambient temperature, dusty, and mildly humid conditions-these motors hold full CE and RoHS certifications for export. They represent a cost-effective, versatile solution widely used in light industry, automation, and intelligent equipment applications globally.





- High Torque at Low Speeds, Powerful Output: Features a multi-stage precision gear reduction structure that effectively lowers output speed while multiplying torque. It delivers consistent power without stalling or stuttering at low speeds, effortlessly handling heavy-load startups, steady-speed conveying, and precise positioning tasks-effectively solving common issues such as the inability to move heavy loads and excessive shock during start-stop cycles.
- Pure Copper Windings: Energy-Efficient, Durable, and Low-Loss: Coils are wound using 100% new pure copper enameled wire, offering high conductivity, uniform heat distribution, and minimal internal resistance loss. It is over 20% more energy-efficient than aluminum-wound motors; it resists overheating and burnout during prolonged continuous operation, ensures stable power output, and significantly reduces equipment maintenance and energy costs.
- Precision Gear Transmission: Quiet and Low-Noise: Utilizes high-density alloy gears that have undergone quenching and precision tooth-surface grinding, ensuring uniform meshing clearance and smooth, stutter-free transmission. Operating noise is ≤65dB-well below industry standards-making it ideal for low-noise, eco-friendly environments such as cleanrooms, precision automation facilities, and commercial equipment settings.

|
Model |
A3IK, A4IK, A5IK, A6IK |
|
Frame |
70~100mm |
|
Power |
6~370W |
|
Rated speed |
1200rpm/1450rpm |
|
Ratio |
3~500:1 |
|
Synchronous output speed |
500~2rpm |
|
Optional |
Speed controller; brake; terminal box; L shape foot seat; prolonging line |
|
Frequency |
50HZ/60HZ |
|
Cooling |
IC01 natural cooling |
Types of AC Gear Reduction Motor
- Fixed-speed AC gear motors: Feature constant speed, stable power output, and high cost-effectiveness; ideal for standard drive applications requiring steady, non-variable speeds; a mainstream, mass-produced model.
- Variable-speed AC gear motors: Capable of stepless speed adjustment when paired with a dedicated controller; offer a wide speed-adjustment range and smooth, shock-free starting and stopping; suitable for automation equipment requiring speed regulation or variable-frequency control.
- Braking AC gear motors: Equipped with an electromagnetic brake; ensure precise, instant locking upon power-off with no inertial coasting; suitable for lifting, positioning, and precision tooling equipment, ensuring accurate positioning and operational safety.

For example

Fixed speed type
A3IK1SGN-A
A3RK1SGN-A
A3IK15GN-C
A3RK15GN-C
A3IK15GN-CZ
A3RK15GN-CZ
A3IK15GN-Y
Adjustable speed type
A3RK1SRGN-A
A3IK15RGN-C
A3IK1SRGN-A


Fixed speed type with brake
A3IK15GN-AM
A3RK1SGN-AM
A3IK15GN-CM
A3RK15GN-CM
A3RK1SGN-YM
A3IK15GN-YM
Adjustable speed type with brake
A3IK15RGN-CM
A3IK1SRGN-AM
A3RK1SRGN-CM
A3RK15RGN-AM





























Q1: Can the speed of an AC gear motor be adjusted? How is the speed controlled?
A1: AC gear motors designed for speed control support stepless speed regulation; by pairing them with a compatible speed controller, the output speed can be easily adjusted to enable smooth starting and stopping as well as controllable speeds. In contrast, fixed-speed models have a set speed that cannot be altered. The speed adjustment range spans 5–450 RPM, with smooth, seamless, and shock-free operation, making them suitable for various automated applications requiring dynamic speed control.
Q2: Is it correct that a higher reduction ratio results in lower rotational speed and higher torque?
A2: That is absolutely correct. AC gear motors operate on the principle of trading speed for torque; assuming constant power, a higher reduction ratio yields lower output speed, higher output torque, and greater load-bearing capacity. Conversely, a lower reduction ratio results in higher speed and lower torque. When selecting a motor, the reduction ratio can be flexibly matched to the equipment's specific load and speed requirements.
Q3: Can AC gear motors operate continuously for 24 hours?
A3: Yes, they are capable of uninterrupted, round-the-clock operation. These motors feature an S1 continuous duty cycle, Class F high-temperature insulation, and highly wear-resistant alloy gears. Having passed a 72-hour full-load aging test, they offer fatigue resistance, low energy loss, and stable heat dissipation. Under conditions free from frequent start-stop cycles or severe overloads, they ensure long-term, stable performance, making them ideal for the demands of mass-production assembly lines.
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