DC 12v Brushless Motor

The 2838 DC 12v Brushless Motor is a high-performance motor designed for a wide range of applications. It has a compact, lightweight design ideal for use in robots, drones, and other small electric vehicles. The motor is capable of high torque and can run at high speeds for high performance applications. It is also very efficient, with low power consumption, and the 5mm shaft diameter can ensure smooth operation of the brushless DC motor. Two ball bearings make the brushless DC motor have higher speed, easy to install, with a series of functions such as reversible direction, adjustable speed control and overload protection, it is the first choice of many customers who need brushless motors.

Brushless motors are a cutting-edge technology field that is completely changing the motor world, changing the traditional commutation method of motors, and achieving tremendous technological innovation. Our 12v brushless motor is designed with efficiency and durability in mind, and has complete functions, making it very suitable for various applications. Whether your DIY project, robotics, or other industrial applications require reliable and powerful motors, this 2838 brushless motor is your first choice. With its low noise and vibration operation, maintenance free design, and long lifespan, it is the perfect choice for any high-performance motor seeking to provide excellent performance and value. Contact our relevant customer service personnel to obtain samples for performance testing and different experiences it can bring in your project

Product Parameter

 

Moddel	VOLTAGE		NO LOAD		AT MAXIMUM EFFICIENCY				STARTING
VBL-2838	OPERATING RANGE	NOMINAL V	SPEED r/min	CURRENT A	SPEED r/min	CURRENT A	TORQUE mN.m	OUTPUT W	TORQUE mN.m	CURRENT A
	8~26	12	6841	0.208	5529	0.876	11.077	6.414	57.754	3.693
	8~26	24	8184	0.125	6582	0.513	10.719	7.389	54.770	2.108

 

Product  Size

Performance curve

The above parameter information is for reference only, and can be customized according to customer needs.The biggest difference between a brushless motor and a brushed motor is the difference in the brushes. Brushed motors use brushes to transfer electrical energy to the rotor and therefore have relatively high friction and wear. A brushless motor, on the other hand, has no brushes, so there is less friction and wear, and it lasts longer. In addition, brushless motors are more efficient and quieter, but their manufacturing and maintenance costs are relatively high. Therefore, brushless motors are more common in high-performance, high-efficiency and long-life applications, while brushed motors are mainly used in low-power and low-cost applications

Product details

	100% actual photos
Adopting high-quality iron core and high-temperature resistant pure copper wire winding. Selecting high-quality raw materials, reducing energy consumption and current resistance, thereby improving efficiency and performance, and providing customers with a good user experience		It has the functions of forward/backward, variable speed, over-current protection, etc. With hall encoder for speed measurement and control. High-quality bearings on both sides ensure it is durable, stable, quiet and efficient.

 

Product Description

1. The small brushless motor is a high-performance motor designed for a wide range of applications. This is a powerful and efficient motor that offers many advantages over conventional brushed motors, including increased power, improved efficiency and longer life.

2. DC 12v Brushless Motor features high-quality construction and durable materials to provide impressive performance for a variety of applications. Its brushless design means it requires less maintenance than traditional brushed motors and is more efficient, delivering more power while consuming less energy.

3. In terms of technical specifications, the 2838 brushless motor has high torque and low noise output, which is an ideal choice for various applications. It is also designed to withstand high temperatures, ensuring reliable operation in even the most demanding environments.

4. High quality copper wires, magnets and components. No downtime compared to other lower quality motors. Inside the driver: with forward/backward, variable speed, over-current protection and other functions. Hall encoders for measuring and controlling speed. High-quality bearings: There are high-quality bearings on both sides to ensure that it is durable, stable, quiet and efficient.

5. Suitable for a series of different applications, including household applications: white goods, small appliances, electric fans, coffee machines, milk tea machines;
Medical equipment: medical pumps, surgical instruments, medical mixers, centrifuges;
Industrial equipment: water pumps, portable screwdrivers, small compressors;
Business equipment: printers, copiers, projectors, ATMs, vending machines;
Personal care: hair dryer, electric shaver, massager;
And remote control cars, drones and other remote control vehicles, etc., can also be customized for specific application areas;
Overall, this 24v brushless motor is a high quality, high performance motor that offers a range of advantages over traditional brushed motors. With its impressive power output, durable design and efficient operation, it is perfect for a wide range of applications from remotely controlled vehicles to industrial machinery.

Company Strength

1. Incoming inspection: The first step is to check whether the incoming raw materials used in the production process meet the required specifications.
2. Raw material testing: conduct quality and defect testing on incoming materials, and properly record
3. In-process inspection: During the manufacturing process, inspect the motor components for problems or defects that may occur during the production process.
4. Quality Control Inspections: Quality control inspections are carried out at different stages of the manufacturing process to ensure that the motors are manufactured to their stated requirements.
5. Final inspection: The final inspection is the final step in evaluating the finished motor for any defects, damage, or malfunctions.
6. Performance and function test: Conduct various performance tests on the motor to verify whether it meets the production standards.
7. Packing and Labeling: The last step before shipment is packing and labeling, make sure the specification/data of the motor is labeled to avoid any confusion when using or installing.

Product certificate

Our continuous efforts have led us to obtain numerous international and patent certifications, including IATF 16949. If you have any other certification requirements, please feel free to contact us. We will do our best to accommodate your needs.

Tips

1. Red - DC positive pole. Turn on this switch and the motor will rotate. (Incorrect connections can burn out internal drives)

2. Black - DC negative electrode.

3. White - Reverse wire. Turn on this switch and the motor will reverse. Before reversing the motor, you must turn off the motor

4. Bulb PWM speed controller wire, connected to 0-5V PWM controller. Alternatively, add a switch (please use our PWM governor, other governors may not be effective)

5. Yellow FG Hall signal output, used to measure and control the distance between positions.

6. Internal overcurrent protector.

7. Add a PWM (Pulse Width Modulator) speed controller to adjust the speed,

a. The speed controller power supply of PWM should be separated from the motor, with a voltage of 5V DC and a frequency of 10-30K.

b. The bulb wire should be connected to the middle pin of the three PWM pins, and the negative part should be connected to "DC -".

c. 0-10%, it does not rotate. 10% -100%, infinitely variable speed.

 

 

Transport packing

 

Precautions for use:
1. Voltage range: Make sure to use the motor within the voltage range specified by the manufacturer. Higher voltages can damage the motor and cause it to fail.
2. Rated current: The motor should be used according to its rated current. Overloading can cause overheating and damage to the motor.
3. Cooling: DC 12v Brushless Motor will generate heat during operation, so it is important to ensure adequate cooling. This can be achieved by using heatsinks and fans.
4. Lubrication: Make sure the motor shaft and bearings are properly lubricated. Lubrication helps reduce friction and extend the life of the motor.
5. Control Electronics: Complex control electronics are required to operate, so make sure the controller is compatible with the motor and rated for the required amperage and voltage.
6. Environmental factors: Consider the environment in which the motor is used. Exposure to moisture, dust, and extreme temperatures can cause motor failure.
7. Installation: Proper installation of the motor is essential to prevent vibration and ensure adequate performance. Follow the manufacturer's installation guidelines.
8. Maintenance: Regular maintenance of the motor is essential to prolong its life. Regularly clean the motor, check the bearings, and replace worn parts.