24mm Worm Gear Motor Model NFP-GW4632-370, Solid Shaft

Solid Shaft Self-locking Worm Gear Motor Data Sheet

First, the NFP-GW4632-370 is a high-performance 24mm solid shaft worm gear motor. Also, it is designed for precision, reliability, and stable output in compact drive systems.

In addition, this motor combines a DC motor with a strong worm gear mechanism. Therefore, it can provide useful torque, low-speed output, and self-locking support.

Moreover, the compact 46x32x25mm body helps save installation space. As a result, it is suitable for engineers, hobbyists, and manufacturers who need a small actuator with strong holding force.

Main Product Features

• First, solid shaft design: The shaft helps support robust power transmission and durable output.
• In addition, self-locking mechanism: The worm gearbox helps provide holding torque when power is off.
• Also, compact size: The 46x32x25mm body supports easy setup in tight spaces.
• Next, voltage options: The motor is available in 6V and 12V DC configurations.
• Moreover, multiple speed options: Users can choose speeds from 3 rpm to 65 rpm.
• Also, high torque output: The 12V 1019:1 option can reach 35 kg.cm stall torque.
• Next, bidirectional rotation: The motor supports CW and CCW operation.
• Finally, speed regulation: The motor supports consistent performance under changing loads.

Basic Motor Specifications

First, the table below shows the main motor data. Also, it helps users check voltage, size, rotation, shaft size, shaft length, weight, and speed regulation before selecting a detailed model.

As a result, this model gives a compact worm gearbox motor solution for position holding and low-speed drive tasks. Moreover, the D-shaped shaft helps support a stable mechanical connection.

Worm Gear Motor Performance Data

Model: NFP-GW4632-370, 6V DC

First, the 6V DC version is useful for low-voltage drive systems. Also, the table below helps users check speed, current, rated torque, stall torque, and stall current before sample testing.

In addition, this version uses a 200:1 ratio and provides 32 rpm no-load speed. Therefore, it is suitable for compact products that need controlled low-speed output.

Note: All reduced no-load speeds have a tolerance of ±15%.

As a result, the 6V DC version gives stable output at 32 rpm no-load speed. Moreover, it is a practical option when the product uses a 6V DC power supply.

Model: NFP-GW4632-370, 12V DC

Next, the 12V DC version offers more speed and ratio choices. Therefore, users can choose a suitable balance between output speed, torque, current, and holding force.

Also, lower ratios provide higher speed, while higher ratios provide slower output and stronger holding force. As a result, users can select the best option based on the real load.

Note: All reduced no-load speeds have a tolerance of ±15%.

In conclusion, the 12V DC version covers speeds from 3 rpm to 65 rpm. Also, the 1019:1 ratio gives the strongest rated torque and stall torque in this table.

12V DC Selection Notes

• First, for higher speed: Choose the 200:1 ratio with 65 rpm no-load speed.
• In addition, for medium speed: Choose the 158:1 or 337:1 options based on the load.
• Also, for higher torque: Choose 564:1 or 1019:1 for slower and stronger output.
• Finally, for position holding: Use the worm gearbox self-locking feature under suitable load conditions.

DC Reduction Worm Gearbox Motor Outline Drawing

Motor Outline and Mounting Size

First, the outline drawing helps users check motor size, gearbox layout, shaft direction, and mounting space. Therefore, it is useful before sample testing and mechanical design.

In addition, the NFP-GW4632-370 24mm solid shaft worm gear motor is compact and versatile. As a result, it can fit products that need precise motion control and position holding.

Moreover, its high torque and self-locking capability make it useful for demanding small drive systems. Therefore, it can support both prototype testing and production projects.

Mounting Bracket Drawing

Next, the mounting bracket drawing helps users plan installation and fixation. Also, it provides a useful reference for brackets, fixtures, and product housings.

Furthermore, a clear bracket design can reduce assembly errors. As a result, users can confirm the mechanical fit before placing a larger order.

Quality Testing Notes

First, every NFP-GW4632-370 motor undergoes testing before shipment. Therefore, users can expect more stable performance during sample testing and production use.

• First, speed testing: The motor is checked for consistent performance across the speed range.
• In addition, torque testing: The torque output is checked against the listed specifications.
• Also, reliability testing: The motor is checked for long-term reliability under suitable operation.

As a result, the testing process can help reduce downtime and service issues. Moreover, it gives users more confidence before using the motor in final products.

Applications and Selection Tips

Typical Applications

Finally, this solid shaft self-locking worm gear motor is useful for products that need compact size, high torque, and position holding. For example, it can work in self-balancing vehicles, smart tracking cars, smart home appliances, robots, camera jibs, and electric tape cutters.

• First, self-balancing vehicles: The motor can support compact drive mechanisms.
• In addition, smart tracking cars: The reversible motor supports controlled movement.
• Also, smart home appliances: The self-locking feature helps hold position.
• Next, robots: The compact body helps fit small drive layouts.
• Moreover, camera jibs: The slow-speed options support smooth movement.
• Finally, electric tape cutters: The motor can drive compact cutting mechanisms.

Selection Notes

First, users should choose voltage and ratio based on speed, torque, current, product space, and holding force. Also, users should confirm the D-shaped 6mm shaft before mechanical design.

• First, for 6V systems: Choose the 6V 200:1 version when the product uses a 6V DC power supply.
• In addition, for 12V systems: Choose a 12V version when the product uses a 12V DC control system.
• Also, for higher speed: Choose the 200:1 ratio when faster output is required.
• Next, for higher torque: Choose the 564:1 or 1019:1 ratio when stronger holding force is needed.
• Moreover, for compact mounting: Check the motor outline and bracket drawing before final assembly.
• Finally, for stable use: Keep the motor within rated load and avoid long stall conditions.

Final Product Summary

In short, the NFP-GW4632-370 is a compact 24mm solid shaft worm gear motor with 6V and 12V options. Also, it supports self-locking output and speed regulation.

Moreover, the motor combines compact size, high torque, and durable worm gearbox structure. Therefore, it is a strong choice for projects that need precise motion control and position holding.

In conclusion, users can select the required voltage and speed option based on their load, power supply, and installation space.

Keywords: small worm gearbox, miniature worm gear motor, worm gear motor, worm drive gear boxes