42mm Brushless DC Motor Model NFP-R-4260

12V Brushless Motor Model NFP-R-4260 Key Features

The NFP-R-4260 is a powerful brushless DC motor for products that need stable output, long lifetime, and low noise. It supports 12V and 24V DC power options.

First, this motor is designed with good wear resistance and temperature resistance. Also, the brushless structure helps reduce brush wear. Therefore, it is suitable for long-term use in harsh environments.

In addition, the motor provides 4,000rpm to 8,000rpm no-load speed options. As a result, users can choose the right version based on speed, torque, and power requirements.

Main Product Features

• First, voltage options: The motor supports 12V and 24V DC systems.
• In addition, strong torque: Stall torque can reach up to 2,033.3g.cm.
• Also, low noise: The brushless design helps support quieter operation.
• Next, long lifetime: The BLDC structure helps reduce brush wear and maintenance.
• Finally, stable output: The motor can support medical equipment, robots, tools, and automation systems.

NFP-R-4260 Brushless DC Motor Basic Data

Next, the table below helps users check rated voltage, speed, current, power, shaft length, and weight. Therefore, it is easier to confirm whether this brushless motor fits the final product design.

Also, the motor has an approximate weight of 270g. As a result, users should check the product space and mounting structure before sample testing.

NFP-R-4260 Motor Performance Data

In addition, the performance table below compares three NFP-R-4260 versions. Therefore, users can review no-load speed, current, torque, stall torque, and stall current before choosing a model.

Also, the NFP-R-4260-2460 provides the highest max efficiency torque and stall torque. However, the NFP-R-4260-2480W and NFP-R-4260-1280 provide higher no-load speed.

As a result, users can choose the NFP-R-4260-2460 for stronger torque, or choose an 8,000rpm version for higher speed.

Powerful Brushless Type DC Motor Outline Drawing

First, the outline drawing helps users review the NFP-R-4260 motor body, shaft, and installation size. Therefore, it is useful before sample selection and final mechanical design.

In addition, the brushless structure helps improve wear resistance and reduce maintenance. As a result, this motor can support products that need stable output and long service life.

Outline Drawing and Design Benefits

• First, strong motor body: The NFP-R-4260 structure supports higher output than many smaller BLDC motors.
• In addition, 12mm shaft length: The shaft length helps with mechanical connection.
• Also, BLDC structure: The brushless design helps reduce wear and maintenance.
• Next, low-noise running: Brushless operation helps support quieter motion.
• Finally, harsh environment use: Good wear resistance and temperature resistance support long-term operation.

Long Lifetime Micro DC Brushless Motor Performance Curve

Next, the performance curve images help users review the motor working trend under load. Therefore, they can support motor selection and sample testing.

Also, performance curves help compare speed, current, torque, and efficiency. As a result, engineers can choose a safer and more efficient working range.

Performance Curve Benefits

• First, speed review: The curve helps show how speed changes under load.
• In addition, torque review: Users can compare torque output 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.

In addition, the image below helps users review the brushless motor size and product form. Therefore, it can support model comparison before ordering samples.

Also, the next image gives another performance and product reference for the 4260 series. As a result, users can compare the motor style and performance before final selection.

Stable Output Brushless DC Motor Low RPM Wiring Diagram

First, the wiring instructions help users identify each wire and its function. Therefore, they can reduce wiring mistakes during motor testing and product integration.

In addition, the white, blue, and yellow signal wires must not connect to a 12V – 24V power supply. As a result, users should check every wire before powering the motor.

Wiring Function Data

• Red wire: Positive pole of motor power supply +, DC 12V – 24V. It cannot be wrongly connected.
• Black wire: Negative pole of motor power supply -, DC 12V – 24V. It cannot be wrongly connected.
• Yellow wire: FG signal output for external equipment to detect motor speed. The motor outputs 6 square wave pulses per revolution.
• White wire: Motor forward and reverse control. The motor runs CCW when the port is not connected, and runs CW when the port is connected to low level ≤0.6V.
• Blue wire: Speed regulation control. Speed is regulated by inputting analog voltage 0V – 5V, and speed is proportional to voltage.

Note: The white, blue, and yellow wires, other than the black and red power wires, can be connected to a 3.3V – 5V power supply. However, they cannot be connected to a 12V – 24V power supply, otherwise the motor will burn out.

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 FG signal output.
• Also, direction control: The white wire changes the rotation direction through low-level control.
• Next, analog speed control: The blue wire supports 0V – 5V speed regulation.
• Finally, safer testing: Correct signal voltage helps prevent motor damage.

High Rigidity Brushless DC Electric Motor Applications

Next, this brushless DC electric motor is suitable for products that need high rigidity, stable output, and low-noise operation. Therefore, it can support medical equipment, robots, tools, and automation systems.

In addition, the motor can work in products that need long-term operation under suitable load. As a result, it is useful for professional equipment and smart machinery.

Typical Applications

• Medical equipment
• Robots
• Manipulators
• Communication equipment
• Printers
• Packaging textile machinery
• Measurement tools
• Smart equipment
• Custom BLDC drive systems

Finally, the NFP-R-4260 brushless DC motor is a good fit for products that need 12V or 24V DC power, high torque, low noise, analog speed control, FG feedback, and long lifetime BLDC motor performance.

Keywords: high rpm bldc motor, brushless dc electric motor, dc brushless motor, small brushless motor