AC Gear Motors and Helical Gear Reducers: Features and Applications #
AC Gear Motor #
Gear motors are parallel shaft induction geared motors designed to deliver high torque while reducing output speed. These motors are available in both single-phase and three-phase configurations, making them suitable for a wide range of industrial and automation applications.
- Output Power Range: 100W (1/8hp) to 3700W (5hp)
- Standard Gear Ratio: 1:3 to 1:1800
All gearboxes undergo strict inspection processes to effectively prevent oil leakage. The use of lightweight aluminum alloy housings with a baking paint finish ensures excellent heat dissipation and a refined appearance. Special motor designs contribute to low temperature rise, while precision gear processing guarantees low noise and minimal vibration during operation.
AC Gear MotorKey Features #
- High torque output with reduced speed
- Available in single-phase and three-phase models
- Wide range of output power and gear ratios
- Durable aluminum alloy housing with enhanced heat dissipation
- Low noise and vibration due to precision engineering
Helical Gear Reducer #
The helical gear reducer is a single gearbox utilizing a helical gear design. This configuration is engineered to reduce output speed (RPM) and increase torque for transmission purposes. There are two main types available:
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Reducer Motor Plug-In: Designed to connect with standard motors such as IEC motors for transmission.
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Dual-Shaft Reducer: Provides transmission through output shafts on both sides, enabling speed reduction or torque increase.
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Reduction Ratio Range: Up to 1:200 (standard gear ratio)
Multi-stage gears allow for significant speed reduction and torque enhancement. The double-shaft design enables flexible transmission options for various industrial needs.
Helical Gear ReducerAdvantages #
- Wide reduction ratio range for diverse applications
- Compatible with standard IEC motors
- Multi-stage gear design for efficient speed and torque management
- Dual-shaft option for versatile transmission solutions
For more detailed product information, specifications, and application guidance, please visit the respective product pages: