36mm Planetary Gear Motor Model NFP-GA36Y-555-TS

36mm Planetary Gear Motor Overview

First, the NFP-GA36Y-555-TS is a compact 36mm planetary gear motor with a strong metal gearbox. Also, it supports 12V DC and 24V DC power options for many small drive systems.

In addition, this motor supports CW and CCW rotation. Therefore, it can move forward and backward in robots, tools, valves, and other compact machines.

Moreover, the motor offers many speed options from 1.3rpm to 2,160rpm. As a result, users can choose a fast output speed or a slow high-torque output based on the project.

For example, the maximum torque can reach 150kg.cm. Therefore, this model is useful for small machines that need strong force in a limited space.

In short, this 36mm planetary gear motor gives a good mix of compact size, high torque, stable speed, and flexible voltage options.

Main Product Details

First, the table below shows the basic motor data. Also, it helps users check the main voltage, speed, power, torque, shaft, and weight before choosing a version.

As a result, this overview table makes model selection easier. Furthermore, it gives a fast way to compare the key motor data before reading the full performance tables.

Key Features

First, this 36mm planetary gear motor is built for compact equipment. Also, the features below help explain why it is suitable for many OEM and DIY projects.

• Compact size: The 36mm gearbox fits small product spaces.
• High torque: The motor can reach up to 150kg.cm.
• Wide voltage choice: It supports 12V DC and 24V DC.
• Threaded shaft options: M6 and M8 shafts are available.
• Two-way rotation: CW and CCW rotation support flexible control.
• Wide speed range: The output speed can fit fast or slow motion needs.

Therefore, this motor is a strong choice for compact drive designs. In addition, it helps users balance torque, speed, voltage, and size in one product.

12V DC Gear Motor Performance

12V DC Performance Overview

First, the 12V DC version is useful for low-voltage systems. Also, it gives many reduction ratios, so users can select the output speed more easily.

In addition, the table below shows the full 12V DC performance data. Therefore, users can compare ratio, speed, current, torque, power, and stall data before ordering.

As a result, the 12V DC table gives a clear view of each gear ratio. Moreover, it helps users choose the right balance between output speed and torque.

12V DC Speed Selection Guide

First, lower gear ratios provide higher output speed. For example, 3.7:1, 5.18:1, 19:1, and 27:1 are better when the product needs faster movement.

Also, middle gear ratios such as 50:1, 71:1, 100:1, and 139:1 give a more balanced output. Therefore, they are useful for small devices that need both speed and force.

In addition, higher ratios give slower output speed. As a result, they are better for applications that need stable movement, stronger holding force, or slow control.

12V DC Torque Selection Guide

Furthermore, torque increases as the gear ratio becomes higher. Therefore, users should choose a higher ratio when the load is heavy or when the motor starts under resistance.

For example, ratios above 806:1 can reach very high torque levels. However, the output speed becomes much slower, so users should test the real load before final selection.

In short, the 12V DC version is a good option for compact products powered by 12V batteries or 12V DC adapters.

24V DC Gear Motor Performance

24V DC Performance Overview

First, the 24V DC version is useful for systems that need stable power with lower current. Also, it offers the same wide gear ratio range as the 12V version.

In addition, the table below lists the complete 24V DC performance data. Therefore, users can compare the 24V speed, torque, power, and current values before choosing a motor.

As a result, the 24V DC table gives a clear view of the full motor range. Moreover, it helps users compare lower-current operation with the 12V DC version.

24V DC Speed Selection Guide

First, the low gear ratios offer faster output speed for quick movement. For example, 3.7:1 and 5.18:1 are suitable when speed matters more than torque.

Also, the middle ratios support stable motion with better force. Therefore, they are useful for small automation parts, electric tools, and controlled movement systems.

In addition, the high ratios give slow output speed and stronger torque. As a result, they work better for loads that need slow, steady, and strong movement.

24V DC Torque Selection Guide

Furthermore, the 24V DC version can provide strong torque while keeping current lower than the 12V version. Therefore, it is useful for systems with 24V control boards.

For example, high ratios from 806:1 to 3730:1 can reach 150kg.cm. However, users should check the duty cycle, load, and heat before long-time use.

In short, the 24V DC version is a practical choice when the design needs stable power, high torque, and lower working current.

Size Drawings and Shaft Options

M6 Threaded Shaft Drawing

First, the M6 shaft drawing helps users check the motor body size and shaft length. Also, it helps confirm whether the motor can fit the product housing.

In addition, the M6 threaded shaft is useful for smaller mounting parts. Therefore, it is a good choice when the final design needs a compact connection point.

M8 Threaded Shaft Drawing

First, the M8 shaft drawing shows the larger threaded shaft option. Also, it helps users check the mounting design before building the final product.

Furthermore, the M8 shaft is useful when the connection needs more strength. As a result, it can support tougher mounting needs than the M6 shaft.

Planetary Gearbox Features

First, the planetary gearbox helps improve torque while keeping the motor compact. Also, this gear structure gives better load sharing than a simple spur gearbox.

In addition, the metal gearbox helps improve strength and service life. Therefore, this motor is suitable for compact systems that need steady torque output.

Applications and Selection Tips

Common Applications

For example, this 36mm planetary gear motor can be used in many compact drive systems. Also, it works well when the product needs low speed, high torque, and stable output.

• Smart tools
• Small robots
• Electric valve systems
• Smart home devices
• Automation equipment
• Machine drive systems
• Custom DC motor projects

As a result, this motor is useful for both sample testing and small batch production. Moreover, it gives engineers a wide choice of speed and torque values.

How to Choose the Right Version

First, choose the voltage based on your power supply. For example, use the 12V DC version for 12V battery systems and the 24V DC version for 24V control systems.

Also, choose the ratio based on your speed and torque needs. Therefore, select a low ratio for faster speed and a high ratio for stronger torque.

In addition, choose the shaft based on your mounting design. As a result, the M6 shaft is better for compact parts, while the M8 shaft is better for stronger links.

Selection Notes

• First, for higher speed: Choose a lower ratio such as 3.7:1, 5.18:1, or 19:1.
• In addition, for balanced output: Choose a middle ratio such as 50:1, 71:1, 100:1, or 139:1.
• Also, for high torque: Choose a higher ratio such as 806:1, 969:1, or 1574:1.
• Next, for very slow output: Choose ratios such as 2200:1, 2664:1, 3080:1, or 3730:1.
• Moreover, for compact mounting: Choose the M6 threaded shaft when space is limited.
• Finally, for stronger mounting: Choose the M8 threaded shaft when the connection needs more strength.

Final Product Summary

In short, the NFP-GA36Y-555-TS is a compact 36mm planetary gear motor with many speed choices. Also, it supports 12V DC and 24V DC power options.

Moreover, the motor offers M6 and M8 threaded shaft choices. Therefore, users can select the best shaft type for their mechanical design.

In conclusion, this small DC gear motor is a strong choice for robotics, automation, smart tools, electric valves, and custom machine systems.

Keywords: DC gear motors, small DC gear motor, DC gearmotor, DC geared motors, 12V DC gear motor