36mm Metal Gear Motor Model NFP-36GP-3429-OEN

High Precision Planetary Gear Motor with Optical Feedback Datasheet

First, the NFP-36GP-3429-OEN is a high precision planetary gear motor with optical feedback. Also, it uses a 2-phase optical encoder, a gear reduction motor, and an encoder disk for speed and position feedback.

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

Moreover, the motor uses a D-shape shaft, all-metal gears, a photoelectric encoder, and a protective encoder housing. As a result, it is suitable for systems that need stable speed, high torque, and precise motion data.

Main Product Features

• First, D-shape shaft: It helps improve shaft locking and torque transfer.
• In addition, all-metal gears: They support higher load and better wear resistance.
• Also, optical feedback: The encoder gives precise speed and position signals.
• Next, wide voltage range: The motor supports 6V, 12V, and 24V DC.
• Finally, protective housing: The encoder cover helps protect the optical disk.

Main Specifications

First, the main data table helps users check shaft size, voltage, speed range, current, and weight. Therefore, it gives a quick view before users compare each motor version.

As a result, this model gives several voltage and speed choices in one compact planetary gear motor body. Moreover, the 8mm shaft helps support stronger mechanical output.

Model: NFP-36GP-3429-OEN, 6V DC, Max 2W, 1295#

First, the 6V DC Max 2W version is useful for low-voltage systems. Also, it offers a wide ratio range for both speed and torque needs.

In addition, lower ratios provide faster output speed. However, higher ratios provide lower speed, stronger torque, and higher pulses per revolution.

6V Max 2W High Speed Ratios

First, these high speed ratios are useful when the device needs faster output. Therefore, they fit light-load and medium-load systems.

As a result, users can select a 1-stage or 2-stage gearbox when faster output is needed. Also, these ratios keep the gearbox length shorter than the low speed group.

6V Max 2W Low Speed Ratios

Next, these low speed ratios provide stronger output torque. Therefore, they are useful for slow motion and higher load drive tasks.

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

In short, the 6V Max 2W version covers speeds from 9rpm to 1,250rpm. Also, the 515:1 ratio gives the strongest rated torque and the highest pulses per revolution in this group.

Model: NFP-36GP-3429-OEN, 12V DC, Max 10W, 1295#

First, the 12V DC Max 10W version provides higher speed and power than the 6V version. Also, it keeps the same encoder pulse structure for feedback control.

In addition, the ratio options allow users to choose between fast output and high torque. Therefore, this version is useful for many compact control systems.

12V Max 10W High Speed Ratios

First, these 12V high speed ratios are useful for faster motion. Therefore, they can support devices that need quick output with moderate torque.

As a result, the 3.7:1 and 5.2:1 ratios give the fastest output. Moreover, the 27:1 ratio gives stronger torque while keeping a high speed range.

12V Max 10W Low Speed Ratios

Next, these 12V low speed ratios give stronger torque. Therefore, they are useful for slow movement and stable load control.

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

In short, the 12V Max 10W version covers speeds from 18rpm to 2,500rpm. Also, the 264:1 and 515:1 ratios provide the highest rated torque in this group.

Model: NFP-36GP-3429-OEN, 12V DC, Max 3W, 2495#

First, the 12V DC Max 3W version is a lower-power option. Also, it keeps optical feedback for applications that need speed and position signals.

In addition, this version uses lower current than the Max 10W version. As a result, it is useful for smaller loads and lower power systems.

12V Max 3W High Speed Ratios

First, these high speed ratios are useful for lower-load devices that need faster output. Therefore, they fit small control products with limited power needs.

As a result, this group is useful for faster output with lower power use. Moreover, the 2-stage ratios provide more torque than the 1-stage ratios.

12V Max 3W Low Speed Ratios

Next, these low speed ratios provide higher torque at lower speed. Therefore, they work well for slow movement and careful position control.

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

In conclusion, the 12V Max 3W version covers speeds from 9rpm to 1,250rpm. Also, the 515:1 ratio provides the highest rated torque and pulse count in this group.

Model: NFP-36GP-3429-OEN, 24V DC, Max 10W, 2495#

First, the 24V DC Max 10W version is suitable for systems that use 24V power. Also, it provides strong torque with optical feedback.

In addition, the 24V version can help match many control boards. Therefore, it is useful for more advanced compact drive systems.

24V Max 10W High Speed Ratios

First, these 24V high speed ratios give faster output speed. Therefore, they are useful for devices that need quick motion and stable feedback.

As a result, this 24V high speed group supports fast motion with stable encoder feedback. Moreover, the 27:1 ratio gives the strongest rated torque in this high speed group.

24V Max 10W Low Speed Ratios

Finally, these 24V low speed ratios give stronger torque. In short, they are useful for stable load control and slow motion.

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

In conclusion, the 24V Max 10W version covers speeds from 18rpm to 2,500rpm. Also, the 264:1 and 515:1 ratios provide the strongest rated torque for 24V slow drive tasks.

Precise Compact Planetary Motor with Encoder Mechanical Drawing

First, the following drawing shows the NFP-36GP-3429-OEN motor and gearbox size. Next, users can check the motor body, shaft, gearbox length, and mounting space.

In addition, the motor uses pure copper windings. As a result, it can support good conductivity, better heat transfer, and long service life.

Mechanical Design Features

• First, pure copper windings: They help improve current flow and heat transfer.
• In addition, all-metal gearbox: It supports strong torque and long service life.
• Also, D-shape shaft: It helps improve shaft locking during drive work.
• Next, planetary gear structure: It helps provide stable torque output.
• Finally, compact design: It fits small products with limited space.

12V 24V DC Motor Planetary Gear with Optical Encoder Diagram

First, the optical encoder provides precise speed and position feedback. Also, it can detect small motion changes with high resolution.

In addition, the sealed housing helps protect the encoder from dust and moisture. As a result, it supports longer service life and more stable feedback.

Main Advantages of Optical Encoder

• First, precise feedback: It gives accurate position and speed signals.
• In addition, high resolution: It can detect small motion changes.
• Also, protective housing: It helps resist dust and moisture.
• Next, AB phase output: It supports speed and direction feedback.
• Finally, non-contact reading: It helps reduce wear and failure risk.

Optical Encoder Specifications

Next, the encoder table helps users check pulse count, supply voltage, interface type, and response frequency. Therefore, it is useful for matching the motor with a control board.

As a result, the optical encoder is useful for systems that need high feedback detail. However, users should confirm MCU compatibility and encoder power before testing.

Typical Applications

Finally, the NFP-36GP-3429-OEN is suitable for compact products that need high torque, optical feedback, smooth motion, and stable speed control. For example, it can work in robots, smart equipment, medical devices, and optical feedback drive systems.

• Precision motion control
• Small robots
• Smart equipment
• Automation systems
• Medical devices
• Optical feedback drive systems
• Compact planetary drive modules

Selection Notes

First, users should choose voltage, power, and ratio based on speed, torque, current, pulse count, and available space. Also, users should confirm the gearbox length before final mechanical design.

• First, for higher speed: Choose a lower ratio such as 3.7:1 or 5.2:1.
• In addition, for higher torque: Choose a higher ratio such as 264:1 or 515:1.
• Also, for 6V systems: Choose the 6V Max 2W version for low-voltage products.
• Next, for 12V systems: Choose the 12V Max 10W version for stronger output or the 12V Max 3W version for lower power use.
• Moreover, for 24V systems: Choose the 24V Max 10W version for 24V control boards.
• Finally, for optical feedback: Use the 448 CPR base pulse and gear ratio to calculate output pulses.

In short, the NFP-36GP-3429-OEN high precision planetary gear motor with optical feedback is a good fit for products that need 6V, 12V, or 24V DC power, all-metal gears, D-shape shaft, optical encoder feedback, and stable high-torque output.

Keywords: 36mm metal gear motor, NFP-36GP-3429-OEN, high torque motor, planetary gear motor, optical encoder motor, precision DC motor