24mm Worm Gear Motor Model NFP-GW4632-370-TS, M6 Thread Shaft

Thread Shaft Self-locking Worm Gear Motor Data Sheet

First, the NFP-GW4632-370-TS is a thread shaft self-locking worm gear motor. Also, it is designed for precise linear motion control in compact drive systems.

In addition, the threaded shaft design helps convert rotary motion into controlled movement. Therefore, it is useful for positioning, lifting, adjusting, and locking mechanisms.

Moreover, the worm gearbox helps provide holding force when power is removed. As a result, this motor is a practical choice for robotics, automated machinery, and precision instruments.

Main Product Features

• First, threaded shaft design: The M6 shaft helps support precise linear motion control.
• In addition, self-locking gearbox: The worm gear helps hold position when power is off.
• Also, voltage options: The motor supports 6V custom, 12V, and 24V power options.
• Next, compact body: The 46x32x25mm size helps fit small machines.
• Moreover, speed regulation: The motor supports more stable speed control.
• Finally, CW and CCW rotation: The motor supports two-way movement and adjustment.

Basic Motor Specifications

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

As a result, this model gives a compact worm gear motor solution for linear drive tasks. Moreover, the M6 threaded shaft helps users build simple lift, push, pull, and adjustment structures.

Thread Shaft Worm Gear Motor Performance Data

Model: NFP-GW4632-370-TS, 6V DC

First, the 6V DC version is useful for low-voltage systems and customized power designs. Also, the table below helps users compare ratio, speed, current, torque, and stall data.

In addition, lower ratios provide higher output speed. However, higher ratios provide lower speed and stronger torque for slow adjustment tasks.

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

As a result, the 6V version covers speeds from 6rpm to 180rpm. Moreover, the 1019:1 ratio gives the strongest rated torque in this table.

Model: NFP-GW4632-370-TS, 12V DC

Next, the 12V DC version is useful for compact 12V control systems. Therefore, users can match it with common 12V power supplies, control boards, and small automation modules.

Also, this version keeps the same ratio range as the 6V version. As a result, users can choose the output speed and torque based on the final load.

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

Therefore, the 12V version covers speeds from 6rpm to 180rpm. In addition, the 1019:1 ratio provides the strongest rated torque in this table.

Model: NFP-GW4632-370-TS, 24V DC

Furthermore, the 24V DC version provides higher speed in the low-ratio range. Also, it is useful for systems that use a 24V power supply.

In addition, the 24V version can provide up to 30kg.cm rated torque. Therefore, it is suitable for slow linear drive tasks that need stronger output.

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

In conclusion, the 24V version covers speeds from 12rpm to 375rpm. Also, the 1019:1 ratio gives the strongest rated torque in this table.

Performance Selection Notes

• First, for higher speed: Choose lower ratios such as 32:1, 65:1, or 158:1.
• In addition, for higher torque: Choose higher ratios such as 337:1, 564:1, or 1019:1.
• Also, for 6V systems: Choose the 6V custom version when the product uses a 6V supply.
• Next, for 12V systems: Choose the 12V version for common 12V control boards.
• Moreover, for 24V systems: Choose the 24V version for 24V industrial or automation systems.
• Finally, for linear control: Match the M6*1.0 shaft to the lead screw or moving part.

Small Worm Reduction Gearbox Motor Outline Drawing

Thread Shaft Design

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

In addition, the M6*1.0 threaded shaft helps create linear movement from motor rotation. As a result, this motor can work in lifting, pushing, pulling, and adjustment systems.

Moreover, the motor provides high torque in a compact 24mm body. Therefore, it is suitable for heavy-duty tasks where space is limited.

Outline Drawing and Design Benefits

• First, M6 threaded shaft: The shaft helps support linear movement and adjustment.
• In addition, worm gearbox: The gearbox helps provide self-locking output.
• Also, compact body: The 46x32x25mm size fits many small product layouts.
• Next, high torque output: The motor can support lifting and drive systems.
• Finally, clear dimensions: The drawing helps reduce design changes before production.

Mounting Bracket Outline Drawing

Bracket and Installation Notes

First, the mounting bracket drawing helps users check the fixing layout. Also, it provides a useful reference for brackets, fixtures, and product housings.

In addition, this motor can operate at different voltage options. Therefore, it can adapt to industrial automation, consumer electronics, and compact actuator designs.

As a result, users can confirm bracket fit before final assembly. Moreover, this helps reduce installation errors during prototype testing.

Typical Applications

Finally, this thread shaft self-locking worm gear motor is useful for products that need linear motion, accurate positioning, and position holding. For example, it can work in self-balancing vehicles, tracking cars, home appliances, robots, camera rocker arms, and electric paper cutting machines.

• First, self-balancing vehicles: The motor can support compact drive or adjustment systems.
• In addition, intelligent tracking cars: The motor can provide controlled movement.
• Also, intelligent home appliances: The threaded shaft can support small adjustment tasks.
• Next, robots: The motor can drive compact linear mechanisms.
• Moreover, camera rocker arms: The slow output helps smooth positioning.
• Finally, electric paper cutting machines: The self-locking gearbox helps hold position.

Selection Notes

First, users should choose voltage and ratio based on speed, torque, current, shaft travel design, and product space. Also, users should confirm that the M6*1.0 threaded shaft matches the moving part.

• First, check voltage: Choose 6V custom, 12V, or 24V based on the power supply.
• In addition, check speed: Choose a lower ratio when faster adjustment is required.
• Also, check torque: Choose a higher ratio when stronger force is needed.
• Next, check shaft thread: Confirm the M6*1.0 thread before mechanical design.
• Moreover, check bracket fit: Use the bracket drawing before final installation.
• Finally, test the real load: Confirm current, temperature, and travel limit before production.

In short, the NFP-GW4632-370-TS thread shaft self-locking worm gear motor is a good fit for products that need 6V custom, 12V, or 24V power, M6*1.0 threaded shaft, compact worm gearbox, precise linear motion, and stable position holding.

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