The nema 34 brushless motor is a DC motor, which uses brushless ESC technology to control the motor movement, and has the advantages of high efficiency, low noise, and long life. The "86" in its name refers to the size of the motor, usually 86 mm, but there are other sizes.
Nema34 brushless motor-200W
Nema34 brushless motor-300W
Nema34 brushless motor-500W
Nema34 brushless motor-650W
Nema34 brushless motor-750W
Compared with traditional brushed motors, nema 34 brushless motors have no brushes and brush pairs to wear out, so they have a longer life. In addition, it has a wider rev range, can reach higher speeds, and has higher efficiency. Brushless motors can also be controlled by ESCs to achieve more precise speed and direction control.
nema 34 brushless motors are widely used in robots, drones, electric vehicles, home appliances, electric tools and other fields, and become one of the indispensable components in modern technology.
The power range of nema 34 brushless motors varies with specific models and manufacturers, and the power of our nema 34 brushless motors also includes a variety of different models. Among them, low-power nema 34 brushless motors are often used in small household appliances, toys, models, etc., while high-power nema 34 brushless motors are widely used in industrial robots, electric vehicles, electric tools and other fields that require high power output.
It should be noted that different application scenarios and working environments will also affect the power selection of the nema 34 brushless motor. When selecting an nema 34 brushless motor, it is necessary to comprehensively consider the power, speed, torque and other parameters of the motor according to the specific application scenarios and needs, so as to select the appropriate model and specification.
NEMA 34 brushless motor is a high-performance brushless DC motor, which adopts NEMA 34 standard dimensions, usually 86mm×86mm. Compared with traditional brushed motors, NEMA 34 brushless motors have the advantages of high efficiency, low noise, and long life, and can achieve more precise speed and direction control through brushless ESC control.
NEMA 34 brushless motors are often equipped with internal Hall sensors for closed loop control. In addition, it can support encoder feedback and position control for higher precision motion control.
NEMA 34 brushless motors come in a wide range of power, typically from a few hundred watts to thousands of watts. It is widely used in fields requiring high precision and high power, such as robots, automation equipment, medical equipment, printing machinery, textile machinery, CNC machine tools, and laser cutting machines. At the same time, it can also be used in some motion control applications that require high speed and high precision, such as high-speed trains, aerospace, satellite communications and other fields.
It should be noted that the performance and specifications of NEMA 34 brushless motors vary depending on the manufacturer and model, and the selection of a suitable model requires comprehensive consideration based on specific application requirements. At the same time, when using NEMA 34 brushless motors, you need to pay attention to the installation and use requirements to avoid damage or danger caused by misuse or improper use.
Nema 34 brushless motor is a common DC brushless motor, its parameters mainly include the following aspects:
1. Rated Voltage: The rated voltage of the nema 34 brushless motor refers to the voltage required for the normal operation of the motor, generally DC voltage. Usually, when selecting a drive circuit, it is necessary to ensure that the voltage conforms to the rated voltage range of the motor.
2. Rated Speed: The rated speed of the nema 34 brushless motor refers to the maximum speed that the motor can achieve under the rated voltage. This parameter can help us determine the output power and torque of the motor.
3. Rated Current: The rated current of the nema 34 brushless motor refers to the maximum current of the motor at the rated voltage, that is, the maximum current that the motor can withstand. This parameter can help us determine the power and efficiency of the motor.
4. Rated Power: The rated power of the nema 34 brushless motor refers to the maximum power that the motor can output at rated voltage and rated speed. This parameter can help us determine the working capacity and applicable occasions of the motor.
5. Pole Pairs: The number of pole pairs of the nema 34 brushless motor refers to the number of magnetic pole pairs of the motor, which is half of the number of magnetic poles in the rotating part of the motor. This parameter can affect the torque and speed of the motor.
6. Internal Resistance: The internal resistance of the nema 34 brushless motor refers to the resistance of the motor itself, that is, the resistance of the motor when it is working normally. This parameter can affect the output power and efficiency of the motor.
7. Sliding error (Cogging): The sliding error of the nema 34 brushless motor refers to the discontinuous motion or vibration caused by the uneven magnetic force during the rotation of the motor. This parameter can affect the running smoothness and precision of the motor.
8. Maximum Torque: The maximum torque of the nema 34 brushless motor refers to the maximum torque that the motor can output at rated voltage and rated speed. This parameter can help us determine the applicable occasion and load capacity of the motor.
9. Efficiency: The efficiency of nema 34 brushless motors refers to the ratio of the output power of the motor to the input power, that is, the energy conversion efficiency of the motor. This parameter can help us evaluate the energy consumption and performance of the motor.
10. Temperature Coefficient: The temperature coefficient of the nema 34 brushless motor refers to the performance and stability of the motor at different temperatures. This parameter can help us choose a suitable cooling solution and protection measures.
The above is the introduction of some common nema 34 brushless motor parameters, different models and brands of motors may be different. When selecting and using a motor, it is necessary to comprehensively consider various parameters according to actual needs and application occasions.
NEMA 34 brushless motors are widely used in various applications that require high performance, high precision, and high power output. Some of the common applications of NEMA 34 brushless motors include:
1. CNC machines: NEMA 34 brushless motors are commonly used in CNC machines such as milling machines, lathes, and routers. They provide high torque and high precision for accurate and efficient machining operations.
2. Robotics: NEMA 34 brushless motors are used in robotic systems for their high power and precision. They provide accurate movement control for robotic arms, grippers, and other robotic components.
3. Automation equipment: NEMA 34 brushless motors are commonly used in automation equipment such as packaging machines, assembly lines, and material handling systems. They provide high torque and precision for efficient and reliable operation.
4. Medical equipment: NEMA 34 brushless motors are used in medical equipment such as surgical instruments, dental tools, and imaging devices. They provide high precision and reliability for critical medical applications.
5. Printing machinery: NEMA 34 brushless motors are used in printing machinery such as printing presses and digital printers. They provide high precision and speed for accurate and efficient printing operations.
6. Aerospace and defense: NEMA 34 brushless motors are used in aerospace and defense applications such as UAVs, drones, and missile systems. They provide high power and precision for reliable and accurate operation in harsh environments.
Overall, NEMA 34 brushlessmotors are suitable for a wide range of applications that require high performance, high precision, and high power output. The specific application of NEMA 34 brushless motors would depend on the specific requirements of the application, such as torque, speed, and accuracy.
