24mm Worm Gear Motor Model NFP-GW4632-BL2430

Long Lifespan BLDC Motor Brushless Worm Gear Motor Data Sheet

First, the NFP-GW4632-BL2430 is a brushless worm gear motor with a compact right-angle gearbox. Also, it supports 12V and 24V DC power for small drive systems.

In addition, this motor uses brushless DC motor technology. Therefore, it can provide better service life, lower wear, and more stable operation than a brushed motor under suitable use.

Moreover, the self-locking worm gear design helps hold position when power is removed. As a result, it is useful for lift systems, adjustable beds, security devices, robotics, and automation equipment.

Main Product Features

• First, brushless motor: The BLDC design helps reduce wear and service needs.
• In addition, worm gearbox: The right-angle gearbox supports low-speed high-torque output.
• Also, self-locking output: The worm gear helps hold position when power is off.
• Next, voltage options: The motor supports 12V and 24V DC systems.
• Moreover, FG Hall signal: The signal output supports speed feedback and control.
• Finally, threaded hole shaft: The 6mm shaft with M3 threaded hole supports stable mounting.

Basic Motor Specifications

First, the table below shows the main motor data. Also, it helps users check voltage, current, speed, shaft size, rotation, power, weight, and connector type before choosing a ratio.

As a result, this motor gives a compact BLDC worm gearbox solution for low-current control systems. Moreover, the connector and signal output make wiring easier during product testing.

Brushless Worm Gear Motor Performance Data

Model: NFP-GW4632-BL2430, 12V DC

First, the 12V DC version is useful for compact 12V drive systems. Also, the table below helps users compare ratio, speed, current, torque, and FG Hall signal count.

In addition, lower ratios provide higher speed. However, higher ratios provide lower speed and stronger torque for self-locking low-speed tasks.

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

As a result, the 12V version covers speeds from 6rpm to 185rpm. Moreover, the 1,019:1 ratio gives the strongest rated torque in this table.

12V DC Selection Notes

• First, for higher speed: Choose 32.5:1, 65:1, or 158:1.
• In addition, for balanced output: Choose 200:1 or 337:1.
• Also, for higher torque: Choose 564:1 or 1,019:1.
• Finally, for speed feedback: Use the FG Hall signal count based on the selected gear ratio.

Model: NFP-GW4632-BL2430, 24V DC

Next, the 24V DC version gives higher no-load speed than the 12V version. Therefore, it is useful for compact 24V systems that need faster output.

Also, this version keeps the same ratio and FG Hall signal range. As a result, users can choose a similar control setup with higher voltage operation.

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

In conclusion, the 24V version covers speeds from 12rpm to 370rpm. Also, the 1,019:1 ratio gives the strongest rated torque in this table.

24V DC Selection Notes

• First, for higher speed: Choose 32.5:1, 65:1, or 158:1.
• In addition, for balanced output: Choose 200:1 or 337:1.
• Also, for higher torque: Choose 564:1 or 1,019:1.
• Finally, for 24V systems: Use this version when the product uses a 24V DC power supply.

Low Current Brushless DC Right Angle Gearmotors Outline Drawing

Outline Drawing and Motor Structure

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

In addition, this motor can operate efficiently at both 12V and 24V. As a result, users can match it with different power supply systems.

Moreover, the brushless structure helps reduce wear during long operation. Therefore, this motor can support industrial, robotic, and automation projects that need long service life.

Outline Drawing Benefits

• First, right-angle gearbox: The worm gearbox helps save installation space.
• In addition, 6mm shaft: The shaft with M3 threaded hole helps support secure mounting.
• Also, compact body: The 165g motor body can fit small drive products.
• Next, BLDC design: The brushless motor helps reduce wear and service needs.
• Finally, clear layout: The drawing helps reduce design changes before production.

Big Torque DC Brushless Worm Gear Motor Wiring Instructions

Wiring Method

First, the wiring instructions help users connect power, direction, FG signal, and PWM speed control correctly. Therefore, users should check each wire before power-on.

Also, correct wiring helps protect the motor and controller. As a result, users can test speed control and direction control more safely.

• First, red wire: Connect the red wire to the positive terminal of the power supply.
• In addition, black and blue wires: Connect the black and blue wires to the negative terminal. Then, the motor rotates clockwise CW.
• Also, yellow wire: Connect the yellow wire together with the black and blue wires to the negative terminal. Then, the motor reverses direction counterclockwise CCW.
• Next, green wire: Use the green wire as the signal speed output line.
• Finally, blue wire: Use the blue wire as the PWM speed control line. It accepts a 20-30KHz PWM signal, and the duty cycle controls motor speed.

Wiring Safety Notes

• First, check voltage: Confirm whether the system uses 12V or 24V DC power.
• In addition, check polarity: Connect the power wires correctly before testing.
• Also, check direction wire: Confirm the yellow wire connection before reversing direction.
• Next, check PWM frequency: Use a 20-30KHz PWM signal for speed control.
• Finally, check signal output: Use the green FG signal wire only when speed feedback is needed.

Reliable Brushless Worm Reduction Gearbox Bracket Dimension

Mounting Bracket and Design Notes

First, the mounting bracket drawing helps users check fixing holes, bracket size, and installation layout. Therefore, it is useful for prototype testing and final assembly.

In addition, this brushless worm gear motor delivers strong torque in a compact design. As a result, it can support heavy-duty tasks in limited spaces.

Moreover, the efficient gear mechanism converts motor speed into usable output torque. Therefore, it is suitable for robotics, industrial machinery, and automation systems.

Related Motor Models & Options

• For applications requiring a larger form factor and higher output torque, consider the 36mm Worm Gear Motor Model NFP-GW5840-BL3650.
• If your setup requires precise angular positioning rather than a BLDC drive, check out the 25mm Worm Gear Motor Model NFP-GW4632-25BY stepper variant.
• For micro-sized, low-power applications with ultra-compact spatial constraints, explore the 12mm Worm Gear Motor Model NFP-WG1218S-N20-SG.