24mm Worm Gear Motor Model NFP-GW4632-370-ITS, Internal Thread Shaft

Hollow Shaft Self-locking Worm Gear Motor Data Sheet

Product Overview

First, the NFP-GW4632-370-ITS is a hollow shaft self-locking worm gear motor. Therefore, it is suitable for systems that need low speed, high torque, and stable hold force.

In addition, the worm gear structure helps stop back-driving. As a result, the motor can help keep position when power is off.

Moreover, this motor works well in motorized windows, adjustable beds, lifts, and other small drive systems. Therefore, it is a good choice for compact products that need safe and steady motion.

Main Features

• First, self-locking gear: The worm gear helps hold position and can reduce the need for extra brakes or locks.
• In addition, smooth running: The gear set helps provide smooth motion and can reduce noise during use.
• Also, voltage options: The motor supports 6V, 12V, and 24V DC, so users can choose the right power option.
• Next, D-shaped shaft: The shaft is easier to mount and helps reduce slipping during use.
• Finally, compact body: The 46x32x25mm size fits many small systems and tight layouts.

Basic Motor Data

First, the table below shows the main motor data. Therefore, users can check voltage, size, shaft type, rotation, and weight before testing.

As a result, this model gives a compact worm gear motor solution for low-speed drive tasks. Moreover, the hollow D-shaped shaft helps support stable installation in small mechanisms.

Hollow Shaft Worm Gear Motor Performance Data

6V DC A-Type Performance Data

First, the table below shows the 6V DC A-Type version. Therefore, users can compare speed, current, torque, and stall data across each ratio.

In addition, lower ratios provide higher speed. However, higher ratios provide lower speed and stronger torque for holding and slow movement.

Model: NFP-GW4632-370-ITS, 6V DC, A-Type

Note: All reduced no-load speeds have a tolerance of ±15%. In addition, ratios 564 / 1019 cannot be used in a stalled state.

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

12V DC A-Type Performance Data

Next, the table below shows the 12V DC A-Type version. In addition, it gives users higher speed options than the 6V version.

Therefore, this version is useful for compact 12V drive systems that need faster movement and strong self-locking output.

Model: NFP-GW4632-370-ITS, 12V DC, A-Type

Note: All reduced no-load speeds have a tolerance of ±15%. In addition, ratios 337 / 564 / 1019 cannot be used in a stalled state.

Therefore, the 12V A-Type version is useful when the design needs higher speed and higher torque. Also, the 1019:1 ratio gives the strongest rated torque in this group.

12V DC B-Type Performance Data

Furthermore, the table below shows the 12V DC B-Type version. Moreover, this version gives users another shaft and load option for compact drive designs.

In addition, the B-Type version uses lower rated current than the 12V A-Type version in this table. As a result, it is useful for some lower-current drive setups.

Model: NFP-GW4632-370-ITS, 12V DC, B-Type

Note: All reduced no-load speeds have a tolerance of ±15%. In addition, ratios 564 / 1019 cannot be used in a stalled state.

As a result, the 12V B-Type version provides low-speed torque with lower listed current. Moreover, the 1019:1 ratio gives the strongest rated torque in this table.

24V DC B-Type Performance Data

Finally, the table below shows the 24V DC B-Type version. Therefore, it is useful for systems that use a 24V power supply.

Also, this version gives higher speed than the 12V B-Type version. As a result, users can choose it for compact 24V systems that need strong and steady output.

Model: NFP-GW4632-370-ITS, 24V DC, B-Type

Note: All reduced no-load speeds have a tolerance of ±15%. In addition, ratios 337 / 564 / 1019 cannot be used in a stalled state.

In conclusion, the 24V B-Type version covers speeds from 12 rpm to 375 rpm. 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 A-Type version when the product uses a 6V DC supply.
• Next, for 12V systems: Choose the 12V A-Type or B-Type version based on current and load needs.
• Moreover, for 24V systems: Choose the 24V B-Type version when the system uses 24V DC power.
• Finally, for safe use: Follow the stall restrictions listed below each table.

Worm Gear Motor Mounting Hole Outline Drawing

Mounting Hole Design

First, the mounting drawing shows the motor body, output shaft, and fixing hole layout. Therefore, users can check the space and mounting method before design.

In addition, the motor uses strong materials and stable workmanship. As a result, it can support long service life in many drive systems.

Moreover, the worm gear motor can work in industrial machines and consumer devices. Therefore, it helps reduce service needs when used within the rated load range.

Corresponding Mounting Bracket Outline Drawing

Bracket and Custom Options

First, the mounting bracket helps users install the motor more easily. Therefore, it is useful for projects that need a stable fixing method.

In addition, users can request custom shaft length, gear ratio, and mounting options. As a result, the motor can fit different product designs more easily.

Gearbox Structure Advantages

First, the gearbox structure is designed for low-speed output and stable position holding. Also, the parts below help improve service life and motion quality.

• First, POM worm gear: The copper worm and POM worm gear help reduce noise and extend gear life.
• In addition, copper worm gear: The copper gear can provide lower noise and longer life.
• Also, worm gear structure: The gear set gives strong power-off self-locking force and helps hold position.
• Next, pure copper wire winding: The rotor uses pure copper wire for low resistance and better conductivity.
• Finally, D-shaped shaft: The shaft is easier to install and is not easy to slip during use.

Applications and Selection Tips

Application Areas

First, this miniature worm gear motor supports 6V, 12V, and 24V voltage options. Therefore, it can fit many power supply systems.

In addition, it works well in robots, automation equipment, and precision instruments. As a result, users can choose it for projects that need steady torque and self-locking motion.

• First, motorized windows: The self-locking feature helps hold position.
• In addition, adjustable beds: The motor can support slow and controlled movement.
• Also, small lifts: The higher ratios help provide stronger output torque.
• Next, robotics: The compact body helps fit small drive layouts.
• Moreover, automation equipment: The motor supports stable low-speed motion.
• Also, precision instruments: Smooth running helps controlled movement.
• Finally, industrial machinery: The worm gear design supports compact drive tasks.

How to Choose the Right Version

First, choose the voltage based on the power supply and controller. Also, choose A-Type or B-Type based on the required structure and current level.

In addition, choose the ratio based on output speed and torque needs. Therefore, lower ratios are better for speed, while higher ratios are better for force.

Moreover, confirm the hollow D-shaped shaft before mechanical design. As a result, the motor can be installed more safely in the final product.

Final Selection Notes

• First, check voltage: Choose 6V, 12V, or 24V based on the power supply.
• In addition, check type: Choose A-Type or B-Type based on current and structure needs.
• Also, check speed: Choose 32:1, 65:1, or 158:1 for faster output.
• Next, check torque: Choose 337:1, 564:1, or 1019:1 for stronger output.
• Moreover, check stall limits: Do not use restricted ratios in a stalled state.
• Finally, test the load: Confirm real current and temperature before production.

Final Product Summary

In short, the NFP-GW4632-370-ITS hollow shaft self-locking worm gear motor is useful for compact drive systems that need safe position holding. Also, it supports 6V, 12V, and 24V DC power options.

Moreover, the motor provides a compact 46x32x25mm body, D-shaped shaft, worm gear reduction, and multiple ratio choices. Therefore, it is a strong option for motorized windows, adjustable beds, lifts, robotics, and automation equipment.

In conclusion, users should choose the voltage, type, and ratio based on load, speed, mounting space, and stall restrictions.

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