10mm Stepper Gear Motor – 15mm Type Model NFP-GM1024-10BY-M4-L

Tiny DC Brushless Stepper Gear Reduction Motor Parameters

First, the NFP-GM1024-10BY-M4-L is a tiny DC brushless stepper gear reduction motor with an M4 threaded output shaft. Also, it uses 5V DC power with 2-phase 4-wire stepper control.

In addition, this motor converts electrical pulse signals into angular displacement. Therefore, it is useful for compact products that need precise motion, intelligent control, and stable low-speed output.

Moreover, the M4 threaded output shaft can be matched with a flange nut. As a result, it is suitable for linear adjustment, compact lifting, small positioning, and threaded drive structures.

Main Product Features

• First, high-precision machined gear: The gearbox uses high-precision machined gears for better wear resistance and longer service life.
• In addition, M4 threaded output shaft: The threaded output shaft can be matched with a flange nut for compact drive structures.
• Also, stepper control: The motor converts pulse signals into angular displacement for convenient intelligent control.
• Next, compact gear reduction: The gearbox supports low-speed output and stronger torque in a small body.
• Moreover, 55mm output shaft: The long threaded shaft helps support special mechanical layouts.
• Finally, wide application: It can be used in smart gimbals, electric selfie sticks, camera tracking equipment, robots, smart manipulators, and micro-printing equipment.

Motor Specifications

First, the table below shows the main motor data. Also, it helps users check shaft diameter, output shaft length, phase data, step angle, frequency, rated voltage, weight, and wire sequence before sample testing.

Therefore, this stepper DC gear motor is useful when a product needs 5V power, precise step control, and an M4 threaded output shaft. In addition, users should confirm the wire sequence before connecting the driver.

Gear Ratio and Step Performance

Next, the table below shows the available gear ratios and output step data. Therefore, users can compare 100PPS speed, step angle, holding torque, and pull-out torque before choosing a model.

In addition, higher ratios provide lower speed, smaller output step angle, and stronger holding torque. As a result, they are useful for fine positioning and threaded shaft drive tasks.

As a result, lower ratios such as 1: 50 and 1: 100 provide faster output. However, higher ratios such as 1: 350 and 1: 500 provide finer positioning and stronger pull-out torque.

Ratio Selection Notes

• First, for higher speed: Choose 1: 50 or 1: 100 when faster output is required.
• In addition, for balanced control: Choose 1: 150 or 1: 200 based on the load.
• Also, for fine positioning: Choose 1: 350 or 1: 500 when smaller step angle is needed.
• Next, for higher holding torque: Choose a higher ratio when the product needs stronger holding force.
• Moreover, for threaded drive: Check the M4 thread, shaft length, flange nut, and load direction before final design.
• Finally, for stable operation: Test speed, torque, step response, noise, and temperature under real load.

Brushless Metal Gear Stepper Reduction Motor Outline Drawing

Motor Outline and Mounting Reference

First, the outline drawing helps users check the brushless metal gear stepper reduction motor body, gearbox, M4 threaded output shaft, and mounting space. Therefore, it is useful before sample testing and final product design.

In addition, the 55mm M4 threaded output shaft can support special motion structures. As a result, users can match it with a flange nut when linear or threaded movement is required.

Flange Coupling Reference

Next, the flange coupling drawing shows the matching part for the M4 threaded output shaft. Also, it helps users review the connection structure before ordering.

Note: If the flange coupling is required, please note it when placing an order.

Outline Drawing and Design Benefits

• First, M4 threaded shaft: The threaded shaft can be matched with a flange nut for compact motion design.
• In addition, long output shaft: The 55mm shaft length supports special installation layouts.
• Also, metal gear reduction: The gearbox supports stable low-speed output and stronger torque.
• Next, precise step motion: The 18° step angle supports controlled movement with the gearbox.
• Moreover, compact body: The motor helps save space in small smart devices and robot modules.
• Finally, clear dimensions: The drawings help users design brackets, housings, and fixtures.

DC 10BY Brushless Stepping Gear Motors Connection Diagram

Terminal Wiring Sequence

First, the connection diagram helps users check the terminal and wire sequence before power-on. Also, it supports cleaner wiring during sample testing and production setup.

In addition, the terminal wiring sequence uses a 1.25-4Y wiring terminal. The wire specification is GB1571 30/UL, AWM, 105°.

Connection and Drive Notes

• First, wire sequence: Red A-, White A+, Black B-, and Brown B+ should be checked before wiring.
• In addition, driver IC: The listed rated voltage data refers to 5V DC with Driver IC L6219.
• Also, phase current: The phase current is 128mA / Phase, so the driver should match this value.
• Next, phase resistance: The phase resistance is 39Ω±7% / Phase.
• Moreover, stepper drive: Use a suitable driver for stable 2-phase 4-wire control.
• Finally, real test: Test step response, torque, heat rise, noise, and wiring stability before production.

Applications and Selection Tips

Typical Applications

Finally, this tiny DC brushless stepper gear reduction motor is useful for products that need compact size, precise control, and threaded shaft output. For example, it can work in smart gimbals, electric selfie sticks, mobile camera tracking equipment, robots, smart manipulators, and micro-printing equipment.

• First, smart gimbals: The geared stepper output can support precise angle control.
• In addition, electric selfie sticks: The M4 threaded shaft can support compact adjustment structures.
• Also, mobile camera tracking equipment: The motor can help provide controlled pan or tilt movement.
• Next, robots: The motor can support compact joints and small motion parts.
• Moreover, smart manipulators: The threaded output can support small positioning tasks.
• Finally, micro-printing equipment: The motor can support fine movement in compact mechanisms.

How to Choose This Stepper Gear Motor

First, choose the gear ratio based on output speed and step angle. Also, check holding torque and pull-out torque against the real load.

In addition, choose lower ratios for faster output. Therefore, 1: 50 and 1: 100 are better for speed-focused tasks.

Moreover, choose higher ratios for finer positioning and stronger pull-out torque. As a result, 1: 350 and 1: 500 are better for precise low-speed movement.

Final Selection Notes

• First, check voltage: Use 5V DC with the correct stepper driver.
• In addition, check ratio: Select 1: 50 to 1: 500 based on speed and torque needs.
• Also, check wire sequence: Confirm Red A-, White A+, Black B-, and Brown B+ before power-on.
• Next, check threaded shaft: Confirm ΦM4 shaft diameter and 55mm output shaft length before mechanical design.
• Moreover, check flange nut needs: Note the flange coupling requirement when placing an order.
• Finally, test real load: Confirm step response, holding torque, pull-out torque, heat rise, noise, and service life before production.

In short, the NFP-GM1024-10BY-M4-L is a tiny DC brushless stepper gear reduction motor for products that need 5V DC power, 2-phase 4-wire control, M4 threaded output shaft, metal gear reduction, and precise low-speed movement.

Keywords: step gear motor, stepper DC gear motor, stepping geared motor