Description
The BL2040AN standard series coreless BLDC motor (BLDC) is a high-performance motor product launched by X-TEAM, suitable for various application scenarios that require precise control and high efficiency. This motor is equipped with double-flange bearings, which not only provide high rigidity but also ensure the long service life of the motor. Its compact design and excellent performance make it an ideal choice for fields such as robots, power tools, medical devices, and 3D printers.
Motor Models and Specifications
X-TEAM offers various models of the BL2040AN standard series coreless BLDC motor, including 1226, 1220, 1216, 1817, 1820, 2420, and 2417. These models vary in aspects such as voltage, rotational speed, and torque to meet different application requirements.
Performance Parameters
Rated Voltage: Three voltage options of 12V, 18V, and 24V are provided to meet the needs of different application scenarios.
Rated Rotational Speed: The rated rotational speed ranges from 14445 rpm to 24682 rpm, ensuring that the motor can operate stably under the rated load.
Rated Current: The rated current is between 650 mA and 1600 mA, providing a stable current output to ensure the continuous operation of the motor.
Rated Power: The rated power ranges from 7.4 W to 14.2 W, providing sufficient power output to meet various application requirements.
Starting Current: The starting current is as high as 25000 mA, ensuring the rapid response of the motor during startup.
Locked-rotor Torque: The locked-rotor torque is between 68 mA and 107 mA, providing the torque output of the motor in the locked-rotor state.
Maximum Output Power: The maximum output power ranges from 12 W to 73 W, ensuring the stable operation of the motor under high-load conditions.
Highest Efficiency: The highest efficiency reaches 79%, enabling the motor to reduce energy loss during operation and improve energy utilization efficiency.
Structural Features
High Rotational Speed: The motor has a compact design, and the no-load rotational speed can reach 26000 rpm, making it suitable for application scenarios that require high-speed operation.
High Efficiency: The highest efficiency reaches 79%, reducing energy loss and improving energy utilization efficiency, allowing the motor to maintain low energy consumption during long-term operation.
Low Mechanical Time Constant: The mechanical time constant is short, providing rapid response performance, making the motor perform excellently in applications that require precise control.
Easy to Integrate: The design of the motor makes it easy to integrate into various systems, facilitating users to conduct secondary development and customization.
Application Fields
Robots: It provides stable and efficient power support for robots, enabling precise control.
Power Tools: This motor provides strong power output for power tools, improving work efficiency and performance.
Medical Devices: It is suitable for precise drive and control in medical devices, ensuring the stability and accuracy of the devices.
3D Printers: In addition, it can provide precise and stable motion control for 3D printers, improving printing quality and accuracy.
Precautions
Ambient Temperature: Ensure that the motor is used within the temperature range of -30 to 65 degrees Celsius to avoid the impact of excessively high or low temperatures on the motor’s performance.
Heat Dissipation Management: The motor will generate heat during long-term operation or under high-load conditions. Effective heat dissipation measures, such as installing a cooling fan or heat sink, are required to ensure the normal operation of the motor.
Current Adjustment: In an elevated ambient temperature, the load current must be reduced to avoid overheating or damage to the motor. Users should adjust the current output according to the actual situation to ensure that the motor operates within a safe range.
Correct Wiring: Connect the motor, encoder, and electronic speed controller correctly according to the recommended wiring diagram to ensure the functionality and safety of the motor. Incorrect wiring may lead to motor damage or failure.
Regular Maintenance: Regularly maintain and inspect the motor, such as cleaning dust and checking the wear condition of the bearings, to ensure the long-term stable operation of the motor.
The BL2040AN standard series coreless BLDC motor, with its excellent performance and wide applicability, has become an ideal choice for drive technology. Whether in automation, robotics, or other occasions with high-performance requirements, X-TEAM motors can provide stable and reliable power output. If you need more information or want to order a BLDC motor, you can contact us in the following ways:
Telephone: +86-769-85228181
Email: chris@x-teamrc.com
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