Why choose this motor Precise low-speed control with reliable power: ideal when steady, repeatable rotation is essential. Wide mains compatibility: runs on 220–240 V AC at 50/60 Hz so it integrates easily with standard power supplies. Strong torque for its speed range: designed to move or hold heavier loads at slow RPMs where many motors lose control. Key features Type: 220–240 V AC synchronous gear motor for consistent, stable rotation. Four selectable speed ranges: 0.8–1 RPM, 2.5–3 RPM, 5–6 RPM, 8–10 RPM to match application needs. Blocking torque by speed: 0.8–1 RPM → 14 kgf·cm 2.5–3 RPM → 8 kgf·cm 5–6 RPM → 4 kgf·cm 8–10 RPM → 3 kgf·cm Bi-directional rotation: selectable clockwise (CW) and counterclockwise (CCW) operation for flexible integration. Efficient and dependable operation across the stated voltage and frequency range. How this motor solves common problems Eliminates speed drift at low RPMs that can ruin timing-sensitive mechanisms. Provides enough holding and starting torque for indexed or load-bearing stages. CW/CCW capability reduces the need for extra gearing or reversal hardware. Practical applications Clocks and timing mechanisms: accurate slow rotation and strong holding torque for hands, dials, or escapements. Robotics and automation: drive joints, turntables, or indexed assemblies that require repeatable low-speed motion. Display and industrial equipment: slow-turn display platforms, conveyor indexing, or any mechanism needing controlled, torque-capable rotation. Installation and compatibility notes Designed to run on standard 220–240 V AC mains at 50/60 Hz. Gear motor format supports mechanical coupling to a variety of loads; confirm shaft and mounting compatibility with your assembly. Specifications summary Voltage/frequency: 220–240 V AC, 50/60 Hz Speed options: 0.8–1, 2.5–3, 5–6, 8–10 RPM Blocking torque: 14, 8, 4, 3 kgf·cm (corresponding to the speeds above) Rotation: CW and CCW This motor is suited for applications requiring steady, low-speed rotation combined with meaningful torque and directional flexibility.