25mm Metal Gear Motor Model NFP-GM25-370-EN

6V 12V 24V AB Dual Phase With Hall Encoder Code Disc Reducer Key Features

Product Overview

First, the NFP-GM25-370-EN is a DC gear reduction motor with an AB dual-phase Hall encoder. Also, it is useful for motion systems that need speed feedback, direction control, and stable low-speed output.

In addition, this motor supports 6V, 12V, and 24V DC options. Therefore, users can choose the right voltage for different power systems and control boards.

Moreover, the encoder pulse count increases after gear reduction. As a result, higher gear ratios can provide higher feedback resolution for control systems.

Main Features

• First, AB Hall encoder: The encoder provides dual-phase square wave feedback. Therefore, users can detect speed and direction.
• In addition, voltage options: The motor supports 6V, 12V, and 24V DC. As a result, it can match different power supplies.
• Also, wide gear ratio range: The available ratios provide different speed and torque levels.
• Next, CW and CCW rotation: The motor supports forward and reverse rotation for two-way motion systems.
• Finally, compact output shaft: The 4mm output shaft with 12mm length helps simplify assembly.

Basic Motor Specifications

First, the table below shows the main motor data. Also, users can check voltage, speed range, current, shaft size, rotation, and weight before testing.

As a result, this model gives a wide speed range in one compact gear motor body. Moreover, the 4mm shaft helps connect wheels, gears, arms, and other small drive parts.

6V DC Performance Data

First, the table below shows the 6V DC version. Therefore, users can compare ratio, encoder PPR, speed, current, torque, and gearbox length before choosing a model.

In addition, low ratios give higher speed. Also, high ratios give stronger low-speed torque and higher after-reduction PPR.

Model: NFP-GM25-370-EN 6V DC

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

In short, the 6V version is useful for low-voltage drive systems. Moreover, the 478:1 ratio gives slow speed and high encoder PPR.

12V DC Performance Data

Next, the table below shows the 12V DC version. In addition, this version provides the same speed range with lower no-load current than the 6V version.

Moreover, users can choose this version for 12V control systems. Therefore, it is useful for compact robots and smart drive modules.

Model: NFP-GM25-370-EN 12V DC

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

As a result, the 12V version gives lower no-load current than the 6V version. Also, the same ratio list makes model choice easier.

24V DC Performance Data

Finally, the table below shows the 24V DC version. Moreover, this version gives the lowest no-load current among the listed voltage options.

Therefore, users can choose it for 24V systems that need lower current draw and stable gear motor output. In addition, higher ratios give higher after-reduction PPR.

Model: NFP-GM25-370-EN 24V DC

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

In conclusion, the 24V version is useful when a product needs low current and steady motion. Also, it keeps the same speed and torque choices.

Strong Power Gear DC Motor Outline Drawing

Motor Outline

First, the outline drawing below shows the motor body, gearbox, output shaft, and mounting size. Therefore, users can check the installation space before product design.

In addition, the gearbox length changes with the reduction ratio. As a result, users should confirm the selected ratio before final assembly.

Outline Drawing and Design Benefits

• First, compact body: The 25mm body helps fit small devices.
• In addition, metal gearbox: The gearbox helps raise torque at low speed.
• Also, 4mm shaft: The output shaft helps connect small drive parts.
• Next, encoder feedback: The Hall encoder helps check speed and direction.
• Finally, ratio choice: The gearbox length changes with each ratio.

Small Noise DC Gear Motor with Hall Encoder Data

Encoder Connection

First, the encoder connection image below shows the wiring method. Therefore, users should check encoder power, ground, and AB signal wires before connecting to the controller.

Moreover, correct wiring helps protect the encoder and control board. As a result, users can reduce test risk during prototype setup.

Encoder Parameters

First, the table below shows the Hall encoder data. Also, users can check encoder type, pulse count, supply voltage, signal type, response frequency, and interface type before wiring.

Typical Applications

Finally, this gear reduction motor with Hall encoder is useful for small systems that need speed feedback. For example, it can work in smart robots, smart furniture, camera modules, medical devices, and small auto modules.

• First, smart robots: The encoder helps improve speed feedback and position control.
• In addition, smart furniture: The motor can drive small lift, lock, or adjustment systems.
• Also, camera modules: The gearbox can support slow and stable angle control.
• Next, medical devices: The low-noise output helps support quiet motion systems.
• Finally, automation modules: The motor can provide controlled low-speed drive for small machines.

Selection Notes

First, users should choose the motor by speed, torque, voltage, and encoder PPR. Also, the notes below help users select the right model more quickly.

• First, for higher speed: Choose a lower gear ratio. Therefore, the output speed will be higher.
• In addition, for higher torque: Choose a higher gear ratio. As a result, the output speed will be lower, but torque will increase.
• Also, for higher encoder PPR: Choose a higher gear ratio. Moreover, the after-reduction PPR will increase.
• Finally, for lower current: Compare the 12V and 24V versions. In addition, choose the voltage that fits the control board.

In short, the NFP-GM25-370-EN gear reduction motor is a good fit for products that need 6V, 12V, or 24V DC power, AB Hall encoder feedback, compact gearbox, high torque, and stable low-speed output.

Keywords: gear reduction motor, electric motor gearbox, micro gear motor, mini gear motor with encoder