36mm 12V 24V BLDC Planetary Geared Motor Model NFP-36GP-BL3525
$48.00
Experience high performance with our 36mm BLDC Planetary Geared Motor. With versatile options, it is ready to meet your needs effectively. ⚙️
High Torque Brushless Planetary Gear Motor Data Sheet
Product Overview
First, the NFP-36GP-BL3525 is a high torque brushless planetary gear motor. Therefore, it is suitable for products that need long life, high torque, and stable speed control.
In addition, this motor uses all-metal gears, ball bearings, and a built-in Hall driver. As a result, it can provide smooth output and reliable motion in compact drive systems.
Moreover, the 3525 series BLDC motor outputs 6 signals per revolution. Therefore, users can use the signal for speed feedback in control systems.
Main Features
- All-metal gear: The gearbox uses metal gears. Therefore, it can support strong torque output.
- Ball bearing: The bearing helps the motor run smoothly. In addition, it can improve service life.
- Built-in Hall driver: The motor includes a driver board. As a result, users can connect and control it more easily.
- Forward and reverse rotation: The motor supports CW and CCW rotation. Therefore, it fits two-way drive systems.
- High torque output: The motor can reach up to 50kg.cm. Moreover, it is useful for low-speed heavy-load tasks.
Basic Motor Data
First, the table below shows the main motor data. Therefore, users can check voltage, speed range, torque, shaft size, wire length, and weight before testing.
| Motor Model | NFP-36GP-BL3525 |
|---|---|
| Rotation | CW & CCW |
| Rated Voltage | 12V / 24V DC |
| No Load Speed | 5rpm – 1,050rpm |
| No Load Current | 0.12A / 0.16A |
| Max Torque | 50kg.cm |
| Output Power | 2W / 8W |
| Output Shaft Diameter | 8mm |
| Output Shaft Length | 20mm |
| Wiring Length | 280mm |
| Weight | 240g – 350g |
As a result, this model gives a compact BLDC planetary gear motor solution for many drive products. Moreover, the 8mm output shaft helps support stable mechanical connection.
12V DC Performance Data
First, the table below shows the 12V DC version. Therefore, users can compare gearbox length, speed, current, torque, and reduction stages before choosing a ratio.
In addition, lower ratios provide higher output speed. However, higher ratios provide lower speed and stronger torque for heavy slow-drive tasks.
Model: NFP-36GP-BL3525, 12V DC, Max 2W
| Ratio | Gearbox Length | No-load Current | No-load Speed | Rated Current | Rated Speed | Rated Torque | Stall Current | Reduction Stages |
|---|---|---|---|---|---|---|---|---|
| 5.2:1 | 26.5mm | ≤0.12A | 525rpm | ≤0.25A | 400rpm | 0.35kg.cm | ≤0.5A | 1 stage |
| 19:1 | 34.5mm | ≤0.12A | 145rpm | ≤0.25A | 110rpm | 1.2kg.cm | ≤0.5A | 2 stages |
| 27:1 | 34.5mm | ≤0.12A | 100rpm | ≤0.25A | 75rpm | 1.7kg.cm | ≤0.5A | 2 stages |
| 51:1 | 42.5mm | ≤0.12A | 55rpm | ≤0.25A | 40rpm | 3.2kg.cm | ≤0.5A | 3 stages |
| 100:1 | 42.5mm | ≤0.12A | 27rpm | ≤0.25A | 20rpm | 6.5kg.cm | ≤0.5A | 3 stages |
| 139:1 | 42.5mm | ≤0.12A | 20rpm | ≤0.25A | 15rpm | 9.0kg.cm | ≤0.5A | 3 stages |
| 264:1 | 50.5mm | ≤0.12A | 10rpm | ≤0.25A | 8rpm | 17.0kg.cm | ≤0.5A | 2 stages |
| 515:1 | 50.5mm | ≤0.12A | 5rpm | ≤0.25A | 4rpm | 25.0kg.cm | ≤0.5A | 2 stages |
Note: All reduced no-load speeds have a tolerance of ±15%.
As a result, the 12V version covers speeds from 5rpm to 525rpm. Moreover, the 515:1 ratio gives the strongest rated torque in this table.
24V DC Performance Data
Next, the table below shows the 24V DC version. In addition, this version gives higher speed and higher power than the 12V version.
Moreover, users can select this option for systems that use a 24V power supply. Therefore, it is useful for stronger drive needs.
Model: NFP-36GP-BL3525, 24V DC, Max 8W
| Ratio | Gearbox Length | No-load Current | No-load Speed | Rated Current | Rated Speed | Rated Torque | Stall Current | Reduction Stages |
|---|---|---|---|---|---|---|---|---|
| 5.2:1 | 26.5mm | ≤0.16A | 1,050rpm | ≤0.4A | 805rpm | 0.7kg.cm | ≤1.0A | 1 stage |
| 19:1 | 34.5mm | ≤0.16A | 290rpm | ≤0.4A | 220rpm | 2.5kg.cm | ≤1.0A | 2 stages |
| 27:1 | 34.5mm | ≤0.16A | 200rpm | ≤0.4A | 155rpm | 3.5kg.cm | ≤1.0A | 2 stages |
| 51:1 | 42.5mm | ≤0.16A | 110rpm | ≤0.4A | 82rpm | 6.5kg.cm | ≤1.0A | 3 stages |
| 100:1 | 42.5mm | ≤0.16A | 55rpm | ≤0.4A | 42rpm | 13.0kg.cm | ≤1.0A | 3 stages |
| 139:1 | 42.5mm | ≤0.16A | 40rpm | ≤0.4A | 30rpm | 18.0kg.cm | ≤1.0A | 3 stages |
| 264:1 | 50.5mm | ≤0.16A | 21rpm | ≤0.4A | 16rpm | 34.0kg.cm | ≤1.0A | 2 stages |
| 515:1 | 50.5mm | ≤0.16A | 10.5rpm | ≤0.4A | 8rpm | 50.0kg.cm | ≤1.0A | 2 stages |
Note: All reduced no-load speeds have a tolerance of ±15%.
In conclusion, the 24V version covers speeds from 10.5rpm to 1,050rpm. Also, the 515:1 ratio gives the strongest rated torque in this table.
24V 12V High Efficiency BLDC Motors Outline Drawing
First, the outline drawing helps users check motor size, gearbox length, output shaft, mounting holes, and wiring position. Therefore, it is useful before sample testing and mechanical design.
In addition, this 3525 brushless gear motor supports forward and reverse rotation. However, users should avoid sudden direction changes because the built-in driver chip is sensitive to current change.
Direction Change Notes
First, use a safe direction change method before reversing the motor. As a result, the motor can run more safely and last longer.
- First, cut off the power supply. Then, wait about 2 to 3 seconds and reconnect power to change direction.
- Alternatively, reduce the speed with PWM speed control first. Then, change direction through the white wire connection.
Powerful 36mm Brushless Gear Motor Wiring Instruction
First, the wiring diagram below shows the power, speed control, direction control, and FG signal lines. Therefore, users should check each wire before power-on.
In addition, correct wiring helps protect the built-in driver board. As a result, the motor can support safer speed control, direction control, and feedback signal output.
PWM Speed Control Wiring
Motor Terminations
First, the table below explains the main wire functions. In addition, it helps users connect the motor to the power supply and controller correctly.
| Terminations | I/O | Conditions | Remark |
|---|---|---|---|
| GND | IN | Ground | (black wire) Ground |
| Vcc | IN | DC 12V ±10% | (red wire) Power supply |
| FG VOH | OUT | Min 4V at 5V 10KΩ pullup | (yellow wire) Open collector output for speed signal detection |
| FG VOL | OUT | Min 0V Max 0.6V | (yellow wire) Open collector output for speed signal detection |
| FG current | OUT | Max 5mA | (yellow wire) Open collector output for speed signal detection |
| FG pulse quantity | OUT | 9 pulse/round | (yellow wire) Open collector output for speed signal detection |
| SPEED Input voltage | IN | 0-5V | (blue wire) |
| SPEED Speed regulation | IN | 1.2-3.3V analog voltage | Motor speed is proportional to input analog voltage |
| CW/CCW Input voltage | IN | 0-5V | (white wire) |
| CW/CCW VIH | IN | Min 2V | CCW |
| CW/CCW VIL | IN | Max 0.2V | CW |
As a result, users can connect the red and black wires for power, the yellow wire for FG speed signal, the blue wire for speed control, and the white wire for direction control.
Motor Operating Instructions
First, please follow the operating notes below during test and use. Therefore, the motor can stay within its safe load and voltage range.
| Parameter | Specification |
|---|---|
| 1 | Do not run the motor beyond the limit load or in a stall state. Also, the warranty does not cover damage from stall use. |
| 2 | Use a DC power supply that matches the rated input voltage of the product. Therefore, do not use overvoltage or undervoltage power. |
| 3 | When the load torque reaches the rated torque, the speed reaches the rated value. However, if the load goes above the rated value, the output speed will drop. |
| 4 | When selecting a model, use the rated torque as the key reference. As a result, users can reduce overload risk. |
| 5 | Operation near or above the limit load torque may damage the inner motor parts. Therefore, avoid long-term overload use. |
| 6 | Lower motor speed will also reduce output torque. Therefore, users should check the load needs before design. |
| 7 | The motor generates noise during operation. In addition, small noise changes with speed and load are normal. |
Moreover, these notes help users reduce overload risk during testing. In short, the motor should always work within rated load and rated voltage conditions.
Compact Brushless Planetary 36mm Gearmotor Bracket Dimension
Bracket and Mounting Design
First, the 36mm planetary drive motor has a small and light body. Therefore, it fits compact machines and small drive systems.
In addition, the 3525 brushless motor provides strong power. Moreover, the 7mm D-shaft helps transfer torque and reduce slipping.
Also, users can mount the motor with 22mm face mounts. As a result, installation can be easier in many product layouts.
Bracket and Design Benefits
- First, compact 36mm body: The motor fits small drive spaces.
- In addition, 7mm D-shaft: The shaft helps transfer torque and reduce slipping.
- Also, 22mm face mounts: The mounting holes help simplify installation.
- Next, brushless design: The BLDC motor helps reduce wear and service work.
- Finally, metal gearbox: The gearbox helps support strong low-speed torque.
Typical Applications
Finally, this high torque brushless planetary gear motor is useful for compact products that need long life, low speed, and stable control. For example, it can work in robots, automation equipment, smart devices, industrial tools, and custom drive modules.
- Robotics: The motor can drive wheels, joints, and small arms.
- Automation equipment: It can support compact low-speed drive units.
- Smart devices: The motor can move small mechanical parts.
- Industrial tools: It can provide high torque in a small body.
- Custom projects: It works well for test builds and small drive modules.
Selection Notes
First, users should choose voltage and ratio based on speed, torque, current, gearbox length, and product space. Also, users should confirm the wiring method before power-on testing.
- First, for higher speed: Choose a lower ratio such as 5.2:1, 19:1, or 27:1.
- In addition, for higher torque: Choose a higher ratio such as 139:1, 264:1, or 515:1.
- Also, for 12V systems: Choose the 12V DC version when the product uses a 12V power supply.
- Next, for 24V systems: Choose the 24V DC version when the product uses a 24V power supply.
- Moreover, for speed control: Use the blue SPEED wire with a suitable analog voltage control method.
- Finally, for safe reversing: Avoid sudden direction changes and follow the direction change notes above.
In short, the NFP-36GP-BL3525 high torque brushless planetary gear motor is a good fit for products that need 12V or 24V DC power, built-in Hall driver, metal gearbox, ball bearing support, speed feedback, and stable high-torque output.
Keywords: high quality brushless planetary gearbox motor, BLDC motors, planetary DC gear motor, planetary gear motor, small gearmotors, 12V DC planetary gear motor, DC brush gear motor
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FAQ
Q: If customized, what information should you provide?
A: You need to provide the basic specification of the motor, such as: Dimensions, Sizes Applications, Voltage, Speed and Torque. It’s better to offer application prototype drawings to us if possible.
Q: What’s your main motors?
A: Diameter 4mm~42mm Dc Micro Motor And Gear Motor, Auto Dc Motor, Electric Motor, Gear Motor, Mini Dc Motor, Brush Dc Motor, Brushless Dc Motor, Spur Gear Motor, Micro Motor, Vibration Motor Etc.
Q: What’s the main application of the micro dc motor?
A: Our mini DC motors are widely used in Home Applications, Office Equipment, Health-Care Application, Sanitation Industry, High-Class Toy, Banking System, Electronic and Electrical Tools, Automation Industry, Bank Equipments, Payment Equipments, Vending Machines, Power Door Lock, Electric Door Lock.
Tsang Gaybles –
What stands out most is its ability to handle a wide range of loads with consistent performance. The motor performs well whether running on 12V or 24V.
AMIT KUMAR –
The 280mm cable length allows for easy connection to the motor controller. It runs smoothly and reliably, and the 2W output power ensures efficient operation without overheating!🖲️🖲️