28mm Worm Gear Motor Model NFP-JGY3246-385

12V, 24V 4rpm-215rpm, 30kg.cm Worm Gear Motor Model NFP-JGY3246-385 Performance

First, the NFP-JGY-385 is a compact DC worm gear motor with a metal gearbox. Also, it supports 12V and 24V DC power for small drive systems.

In addition, this worm gear motor provides high torque output and self-locking output shaft support. Therefore, it is useful for products that need low speed, position holding, and stable motion.

Moreover, the motor offers a wide ratio range from 37.3:1 to 3,000:1. As a result, users can choose faster output or slower high-torque output based on the load.

Main Product Features

• First, metal gearbox: The gearbox helps improve durability and load capacity.
• In addition, self-locking output: The worm gearbox helps hold position after power is removed.
• Also, voltage options: The motor supports 12V and 24V DC systems.
• Next, wide ratio range: Ratios from 37.3:1 to 3,000:1 support many speed choices.
• Moreover, 6mm shaft: The output shaft helps connect gears, arms, and drive parts.
• Finally, CW and CCW rotation: The motor supports reversible motion control.

Basic Motor Specifications

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

As a result, this model gives a compact worm gearbox motor solution for low-speed and high-torque applications. Moreover, the 6mm shaft helps support stable mechanical connection.

Worm Gear Motor Performance Data

Model: NFP-JGY-385-2480, 24V DC, 8,500RPM, 8.3W

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

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

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

As a result, the 24V version covers speeds from 2.5rpm to 213rpm. Moreover, the high-ratio options provide the strongest rated torque in this table.

24V DC Selection Notes

• First, for higher speed: Choose 37.3:1, 65:1, or 90:1.
• In addition, for balanced output: Choose 150:1, 200:1, 260:1, or 340:1.
• Also, for higher torque: Choose 448:1, 600:1, 1,000:1, 1,800:1, or 3,000:1.
• Finally, for 24V systems: Use this version when the product uses a 24V DC power supply.

Model: NFP-JGY-385-1240, 12V DC, 4,000RPM, 2.7W

Next, the 12V DC version is useful for common 12V control boards and battery systems. Also, it provides lower speed and lower current than the 24V version.

Therefore, users can choose this version for compact low-voltage products. In addition, the high-ratio options support self-locking and high-torque output.

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

In conclusion, the 12V version covers speeds from 1.3rpm to 106rpm. Also, the high-ratio options provide the strongest rated torque in this table.

12V DC Selection Notes

• First, for higher speed: Choose 37.3:1, 65:1, or 90:1.
• In addition, for balanced output: Choose 150:1, 200:1, 260:1, or 340:1.
• Also, for higher torque: Choose 448:1, 600:1, 1,000:1, 1,800:1, or 3,000:1.
• Finally, for 12V systems: Use this version when the product uses a 12V DC power supply.

12V DC Worm Gear Motor Working Principle Mechanical Dimension

Outline Drawing and Motor Structure

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

In addition, the worm gear structure helps convert motor speed into stronger output torque. As a result, the motor can support compact systems that need low-speed power.

Moreover, the self-locking output shaft helps hold position after power is removed. Therefore, it is useful for machines that need stable position control.

Outline Drawing and Design Benefits

• First, right-angle gearbox: The worm gearbox helps save installation space.
• In addition, 6mm shaft: The shaft helps connect gears, levers, and drive parts.
• Also, metal gearbox: The gearbox helps improve durability and load capacity.
• Next, self-locking output: The worm gear structure helps hold position.
• Finally, clear dimensions: The drawing helps reduce design changes before production.

Typical Applications

Finally, this small worm gear motor is useful for compact products that need low speed, high torque, and self-locking output. For example, it can work in robots, locks, valves, instruments, smart devices, and small automation systems.

• First, robots: The motor can drive compact low-speed mechanisms.
• In addition, door locks: The self-locking output helps hold position.
• Also, electric valves: The worm gearbox supports slow controlled movement.
• Next, precision instruments: The low-speed options support accurate motion.
• Moreover, smart devices: The compact gearbox helps save internal space.
• Finally, automation modules: The motor supports stable low-speed drive tasks.

Final Selection Notes

First, users should choose voltage and ratio based on speed, torque, current, product space, and duty cycle. Also, users should confirm the 6mm shaft and mounting layout before mechanical design.

• First, check voltage: Choose 12V or 24V based on the power supply.
• In addition, check speed: Choose a lower ratio when faster output is required.
• Also, check torque: Choose a higher ratio when stronger output torque is needed.
• Next, check self-locking needs: Use this motor when position holding is important.
• Moreover, check rated load: Avoid long overload or stall use for better service life.
• Finally, test real load: Confirm current and temperature before production.

In short, the NFP-JGY-385 worm gear motor is a good fit for products that need 12V or 24V DC power, metal gearbox durability, 6mm shaft, low-speed high-torque output, and self-locking support.

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