36mm Brushless DC Motor – 50mm Type Model NFP-R-3650
$25.00
Unlock superior performance with our 36mm Brushless DC Motor. With no load speeds up to 8,000rpm, it is ideal for various applications! ⚙️
Stable Brushless DC Electric Motor Datasheet
The NFP-R-3650 is a stable brushless DC electric motor for compact products that need high efficiency, strong torque, and long service life. It supports 12V and 24V DC power options.
First, this BLDC motor provides 4,000rpm or 8,000rpm no-load speed options. Also, it uses a 3mm shaft for common small drive layouts. Therefore, it is useful for compact systems that need smooth and reliable output.
In addition, the motor supports speed feedback, PWM speed control, and forward or reverse rotation control. As a result, it can fit smart devices, automation products, and custom motion systems.
Main Product Features
- First, voltage options: The motor supports 12V and 24V DC systems.
- In addition, strong torque: Max efficiency torque ranges from 196.9g.cm to 251.2g.cm.
- Also, stable speed: The no-load speed can reach 8,000rpm.
- Next, PWM speed control: The blue wire can connect to a 0-5V PWM speed controller.
- Finally, built-in protection: The motor supports overcurrent protection, stall protection, and automatic restart.
NFP-R-3650 Brushless DC Motor Basic Data
Next, the table below helps users check voltage, torque, speed, current, power, and shaft size. Therefore, it is easier to confirm whether this brushless motor fits the final product design.
| Model | NFP-R-3650 |
|---|---|
| Voltage | 12V / 24V DC |
| Torque | 196.9g.cm – 251.2g.cm |
| No-load Speed | 4,000rpm / 8,000rpm |
| No-load Current | 0.186A / 0.295A |
| Power | 9.6W / 12.6W / 25.5W / 34.8W |
| Shaft Size | 3mm |
Also, the 12V and 24V options give users more power system choices. As a result, this motor can support different control boards and product layouts.
NFP-R-3650 Motor Performance Data
In addition, the performance table below compares the 12V and 24V versions. Therefore, users can review speed, current, torque, stall torque, and stall current before sample testing.
| Model | No-load Speed | No-load Current | Max Efficiency Speed | Max Efficiency Current | Max Efficiency Torque | Stall Torque | Stall Current |
|---|---|---|---|---|---|---|---|
| NFP-R-3650-1280 | 8,000rpm | 0.295A | 6,637rpm | 1.63A | 196.9g.cm | 1,290.7g.cm | 9A |
| NFP-R-3650-2480 | 8,000rpm | 0.186A | 6,837rpm | 1.07A | 251.2g.cm | 1,698.1g.cm | 6.17A |
Also, the NFP-R-3650-2480 has lower no-load current, higher max efficiency speed, higher max efficiency torque, higher stall torque, and lower stall current. Therefore, it is a better choice when the system needs stronger torque with lower current.
Note: All reduced no-load speeds have a tolerance of ±15%.
High Wear Resistance DC Motor Performance Curve
First, the outline dimension image helps users review the NFP-R-3650 motor body, shaft, and installation size. Therefore, it is useful before sample selection and final product design.
In addition, the brushless structure helps reduce brush wear. As a result, the motor can support longer service life and lower maintenance than brushed motor designs.
Outline Drawing and Design Benefits
- First, compact body: The motor can fit small product spaces.
- In addition, 3mm shaft: The shaft size supports common small drive connections.
- Also, brushless structure: The BLDC design helps reduce wear and maintenance.
- Next, stable speed: The motor supports 8,000rpm no-load speed options.
- Finally, strong torque: The 24V version provides up to 1,698.1g.cm stall torque.
High Efficiency Small BLDC Motor Relation Of Speed RPM VS Torque
Next, the performance curve image helps users review the relationship between speed, torque, current, and efficiency. Therefore, it can support motor selection before product testing.
Also, the curve can help engineers choose a safer working range. As a result, users can avoid overload and improve the final motor performance.
Performance Curve Benefits
- First, speed review: The curve helps show how speed changes under load.
- In addition, torque review: Users can compare output torque at different working points.
- Also, current review: The curve helps estimate current draw in the final product.
- Next, efficiency review: Engineers can choose a better operating range.
- Finally, testing support: The curve can guide sample testing and product validation.
DC Brushless Motor Wiring Instructions
First, the wiring table helps users identify each wire color and function. Therefore, it can reduce wiring mistakes during motor setup and testing.
In addition, correct wiring is important for stable BLDC motor operation. As a result, users should check power polarity, feedback wiring, PWM input, and direction control before power-on testing.
Wiring Function Data
| Wire Color | Function | Description |
|---|---|---|
| Red Wire | Motor Power Supply + | Connect to the positive terminal of the motor power supply. Do not reverse the polarity. |
| Black Wire | Motor Power Supply – | Connect to the negative terminal of the motor power supply. Do not reverse the polarity. |
| Yellow Wire | Speed Feedback Signal | Provides signal feedback, with 6 pulse signals per one motor revolution. |
| Blue Wire | PWM Speed Control | PWM pulse-width speed regulation wire. It can be connected to a 0–5V PWM speed controller. |
| White Wire | Forward / Reverse Control | Connect the white wire to the black wire / negative terminal to reverse the motor rotation direction. |
| Protection Function | Built-in Motor Protection | Default overcurrent protection is 4A. The motor also supports stall protection and automatic restart function. |
Also, the yellow wire provides 6 pulse signals per one motor revolution. As a result, users can use the feedback signal for speed detection and closed-loop control.
Wiring and Control Benefits
- First, power input: The red and black wires connect to the motor power supply.
- In addition, speed feedback: The yellow wire provides pulse feedback for speed detection.
- Also, PWM control: The blue wire supports 0-5V PWM speed regulation.
- Next, direction control: The white wire can change the rotation direction when connected to the negative terminal.
- Finally, motor protection: The built-in protection supports overcurrent, stall protection, and automatic restart.
Typical Applications
Finally, the NFP-R-3650 brushless DC motor is suitable for compact products that need stable speed, strong torque, low maintenance, and speed feedback. For example, it can work in battery-powered devices, automation systems, and smart equipment.
- Battery-powered devices
- Small automation equipment
- Smart equipment
- Compact BLDC drive systems
- Speed feedback motor projects
- Low-maintenance motor applications
- Custom motion systems
In short, the NFP-R-3650 brushless DC motor is a good fit for products that need 12V or 24V DC power, 8,000rpm speed, high torque, PWM control, speed feedback, and reliable BLDC motor performance.
Keywords: high speed dc brushless motor, metal brushless motor, micro dc brushless 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.
Kristi Reed –
What I really appreciate is its efficiency. It maintains high performance even under load, and I didn’t notice any noticeable drop in speed or torque during extended operation. It’s also well-made and made of high-quality materials.
Jayrn Marques –
Works great, once you get it running at high speed it pulls very strong. Good value for money, great quality!👍
Bobby Love –
Just got this recently, and so far it’s been awesome. The performance is smooth, and it has more than enough power for what I need. Looking forward to seeing how it holds up over time.