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This compact and durable gearbox is designed to deliver reliable performance across a wide range of industrial and automation applications. With a torque capacity of up to 25 Nm and a gear ratio range of 25 to 3250, it provides flexibility for both high-speed and high-torque requirements. The gearbox is built with spur or helical gears inside a strong ADC12 housing, ensuring smooth power transmission and long-lasting durability. Its hardened Ø10 × 25 mm output shaft with D-shape milling provides strength and stability, with customization available on request. Engineered for tough conditions, it can withstand 400 N axial thrust and 600 N lateral force, along with a radial torque capacity of 6 Nm. Despite its strength, the design remains lightweight (650–850 g) and compact (70 × 120 × 28 mm), making it easy to integrate into different systems. The gearbox supports multiple motor combinations including synchronous motors, BLDC motors, stepper motors, and DC geared motors. It is also highly versatile with any mounting type supported. With an operating temperature range of -20°C to +60°C and IP44 enclosure protection, it is built to perform reliably even in demanding environments.
Technical Data
| Specification | Units | Details |
|---|---|---|
| Gear Ratio | RPM | 25 to 3250 |
| Maximum Torque | Nm | 25 (max) |
| Height | mm | 20 mm (max) |
| Output Shaft | mm | Ø10 x 25 with D-shape milling (custom available on request) |
| Dimensions (L x W x H) | mm | 70 x 120 x 28 |
| Weight | gm | 650 ~ 850 (Depend on gear train) |
| Motor Combination | — | Synchronous motors, BLDC motors, PM stepper motors, and DC geared motors |
| Mounting | — | Any mounting type supported |
| Gear Type | — | Spur or Helical |
| Housing Material | — | ADC12 |
| Type of Output Shaft | — | Harden |
| Axial Thrust (FA) | Newton | 400 |
| Lateral Force | Newton | 600 |
| Operating Temperature Range | °C | –20 to +60 |
| Radial Torque | Nm | 6 |
| Protection Rating | IP | 44 enclosure |
Dimensional Drawing
Applications
Gearboxes are widely used in various control and automation systems. Some common applications include:
- Timers – Ensuring precise control over time-based operations.
- Conveyor Systems – Used for smooth material handling in manufacturing and packaging lines.
- Automated Gates and Doors – Delivering precise motion for opening and closing mechanisms.
- Chart Recorders – Driving recording mechanisms for accurate data logging.
- Potentiometer Drives – Providing smooth adjustment and calibration functions.
- Robotics – Enabling accurate positioning and movement in robotic arms.
- Light Displays – Enabling controlled movement in display mechanisms.
- Hour Meters – Tracking machine operating hours reliably.
- Printing Machines – Maintaining synchronization for high-quality printing.
- Cam Timers – Coordinating sequential operations in automated systems.
- Programming Devices – Supporting positioning and control functions.
- Control Instrumentation – Enhancing accuracy and consistency in monitoring equipment.
- Medical Equipment – Supporting motion control in diagnostic and treatment devices.