12mm 1.5V 3V 6V N10 Gear Motor w/M4*55mm Shaft NFP-GM12-N10-M4

GM12-N10 Geared Mini DC Motor with 55mm Threaded Shaft Data Sheet

First, the NFP-GM12-N10-M4 is a small 12mm DC gear motor with a 55mm threaded output shaft. Therefore, it is useful for compact drive systems that need both rotary motion and threaded shaft travel.

Also, the motor is available in 1.5V, 3V, and 6V versions. As a result, users can choose the voltage that best matches the power source and load.

In addition, the full metal spur gearbox offers several ratios. Therefore, the motor can provide either higher speed or higher torque.

Main Features

• First, long threaded shaft: The motor uses a 55mm threaded output shaft.
• Also, several voltage options: Choose 1.5V, 3V, or 6V DC.
• In addition, wide speed range: No-load speed ranges from 25rpm to 2,150rpm.
• Moreover, strong torque: Maximum torque reaches 1.5kg.cm.
• Also, reverse rotation: The motor supports CW and CCW rotation.
• Furthermore, metal gears: The gearbox gives smooth and steady drive.
• Finally, low weight: The complete motor weighs about 10g.

General Motor Data

Next, use the table below to check voltage, speed, current, torque, shaft length, rotation, and weight.

NFP-GM12-N10-M4 1.5V 92 Type Data

First, this 1.5V model uses a 10,500rpm motor before gear reduction. Therefore, it is a good choice for low-voltage battery systems.

Also, a lower ratio gives higher speed. In contrast, a higher ratio gives lower speed and more torque.

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

For example, the 10:1 ratio gives 1,050rpm at no load. However, the 380:1 ratio lowers speed to 27rpm and gives more torque.

NFP-GM12-N10-M4 3V 92 Type Data

Next, this 3V model uses a 22,000rpm motor before gear reduction. Therefore, it gives the highest output speed in this group.

Also, it draws more current than the lower-speed 3V version. As a result, the power source should be sized for the real load.

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

NFP-GM12-N10-M4 3V 07 Type Data

Also, this 3V type uses a 10,000rpm motor before reduction. Therefore, it uses less current than the faster 3V 92 Type.

In addition, it still offers many gear ratios. As a result, users can match speed and torque to the final load.

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

NFP-GM12-N10-M4 6V 07 Type Data

Finally, this 6V model uses a 21,000rpm motor before reduction. Therefore, it gives high speed with moderate current.

Also, the 6V supply is useful when more speed is needed than the 1.5V and lower-speed 3V types can provide.

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

Micro N10 Full Metal Gearbox Motor Outline Drawing

First, the outline drawing shows the motor body, gearbox, long threaded shaft, and main size. Therefore, users can check the space before they design the mount.

Also, the full metal gearbox gives smooth speed reduction in a small body. As a result, the NFP-GM12-N10-M4 works well in small drive and screw-motion systems.

Typical Uses

• First, robots: Drives small joints and moving parts.
• Also, smart devices: Supports slow and steady movement.
• In addition, small machines: Fits simple drive and screw systems.
• Moreover, toys: Works in small moving products.
• Also, remote-control products: Supports compact drive parts.
• Finally, mini actuators: The long threaded shaft can be used in small linear-motion designs.

Related Motor Models and Options

Next, choose the motor type based on the shaft style and control method you need.

• Standard shaft option: If you need a normal straight output shaft, consider the 12mm 1.5V 3V 6V N10 Gear Motor.
• Other voltage and ratio options: Also, explore the mini DC gear motor series when you need another speed or voltage.
• Step-control option: Finally, consider a micro stepper motor when step-by-step position control is required.

How to Choose the Right N10-M4 Gear Motor

First, choose 1.5V, 3V, or 6V based on the power source. Next, select the motor type based on the speed and current you need.

Also, use a lower ratio when you need more speed. In contrast, choose a higher ratio when you need more torque.

Moreover, compare rated torque with the normal load. Therefore, the motor does not have to work too close to stall.

In addition, check stall current before you choose the driver and power supply. As a result, the system can handle startup and short overloads more safely.

Finally, check whether the 55mm threaded shaft matches the travel and mounting needs of the final product.

Selection Notes

• First, check voltage: Choose the correct 1.5V, 3V, or 6V version.
• Next, check speed: Match the output RPM to the system.
• Also, check torque: Make sure rated torque is high enough for the load.
• Moreover, check current: Use a power source that can supply the motor under load.
• In addition, check stall current: Add suitable current protection.
• Then, check shaft travel: Make sure the 55mm threaded shaft fits the design.
• Finally, test the full system: Check speed, torque, current, heat, noise, and gear life before mass production.

In short, the NFP-GM12-N10-M4 is a small 12mm DC gear motor with a 55mm threaded shaft and 1.5V, 3V, and 6V options.

Therefore, it is a good choice for robots, small actuators, smart devices, toys, small machines, and other compact drive systems.

Keywords: 100rpm gear motor, micro spur gear DC motor, small DC gear motor, N10 gear motor for robots, mini gear motor for automation, 6V N10 gear motor, threaded shaft gear motor, 55mm threaded shaft motor, 12mm N10 gear motor