24V/36V/48V 600W BLDC Motor

This 600W 3-phase brushless DC motor 111111111

Specification

Note: Power, voltage, speed, shaft, motor length, and motor lead of BLDC motors can be customized.

Features

 

• Stable Speed Control: The 600W BLDC motor maintains consistent speed by dynamically adjusting voltage based on feedback signals, ensuring steady performance under varying loads.
• Compact & High Power: Features a 3-phase design with a permanent magnet rotor, combining a slim profile with high power density.
• Wide Speed Range: Delivers strong torque across a wide speed range, outperforming AC motors and inverters—without the wear of brushes.
• Energy Efficient: The permanent magnet rotor cuts rotor losses, reducing power consumption by more than 20% compared to traditional induction motors.
• Built-in Protection: BLDC motor integrated safety features help safeguard the system and extend equipment life.

Dimension (Unit: mm)

Speed - Torque Curve

 

• Instantaneous maximum torque line: This torque represents the peak load impact when the motor starts. If exceeded, the driver’s over-current protection will trigger, stopping the motor.
• Short-time operation area: The BLDC motor can operate briefly within this torque range at various speeds. Prolonged operation may cause overheating, potentially leading to motor shutdown or damage.
• Rated operating torque line: At different speeds, this torque level is the electric DC motor’s rated load, allowing long-duration operation without issues.
• Continuous operating area: The brushless motor can run continuously within this zone at varying speeds, maintaining stable operation.

Line Define

Applications

Laser Equipment

Logistics Automation

Medical Equipment

Robot

Q: How do you choose the right BLDC motor?

A: When selecting a BLDC motor, consider the following factors:

• Power requirements: Choose a motor that meets the power demand of the application.
• Speed and torque: Select a motor with the appropriate speed range and maximum torque for your needs.
• Size and weight: Ensure the motor fits within your available space.
• Power supply: Match the motor with the correct voltage and current specifications.
• Control method: Decide if you need a sensor-based controller (such as Hall sensors) or sensorless control.