BL2051AE high temperature series coreless BLDC motor

Description

The BL2051AE high temperature series coreless BLDC motor adopts precise manufacturing processes and high-quality materials, ensuring that the motor has extremely low noise and vibration during high-speed operation, which improves the overall performance of the equipment and the user experience. The BL2051AE high temperature series coreless BLDC motor also features high torque output and low current consumption, which effectively improves energy utilization efficiency and reduces operating costs.

Motor Models and Specifications
The BL2051AE high temperature series coreless BLDC motor series includes a variety of models, such as 1221, 1216, 2426, 2421, 3619, and 3625, etc., to meet the needs of different application scenarios.

Performance Parameters
Rated Voltage: The standard operating voltage designed for the motor, such as 12V or 24V, ensures the stable operation of the motor under rated load.
No-load Speed: The speed of the motor when there is no load, usually ranging from 2060 RPM to 24781 RPM, depending on the model and voltage.
No-load Current: The current consumption of the motor when there is no load, which can reach up to 150% of the rated current, such as 250mA to 900mA.
Rated Speed: The speed of the motor under rated load and voltage, such as 18392 RPM to 22910 RPM.
Rated Current: The current consumption of the motor under rated load and voltage, such as 2800 mA to 960 mA.
Rated Power: The power output of the motor under rated load and voltage, usually ranging from 27.0 W to 28.7 W.
Starting Current: The instantaneous current when the motor starts, usually much larger than the rated current, such as 24000 mA to 11613 mA.
Locked Rotor Torque: The torque of the motor in the locked rotor state, that is, the maximum torque when the motor cannot rotate, usually ranging from 131 mN.m to 159 mN.m.
Maximum Output Power: The power output of the motor under maximum load and voltage, such as 70.5 W to 102.9 W.
Maximum Efficiency: The efficiency of the motor under rated load and voltage, usually ranging from 81% to 83%.

Structural Features
Efficient Heat Dissipation: The motor is made of high-performance materials resistant to high temperatures, and the heat dissipation structure is optimized to ensure that the motor can still operate efficiently in high-temperature environments.
Precise Manufacturing: The rotor and stator of the motor are processed and assembled with high precision, ensuring smooth operation, low noise, and increasing the service life of the motor.
Compact Design: The motor adopts a compact structural design, with a small size, making it suitable for various applications in limited spaces.
High Torque Output: The design of the motor focuses on high torque output while maintaining low current consumption, improving energy utilization efficiency.
Electronic Controller: The motor uses an advanced electronic controller, which achieves efficient and stable operation by precisely controlling the direction and magnitude of the current.

Applications and Precautions
Application Fields
Industrial Automation: Such as robots, automated equipment, precision control machinery, etc., providing efficient and stable power support.
Aerospace: Used for avionics and spacecraft components that require high reliability and high-temperature resistance to ensure the smooth completion of tasks.
Medical Devices: Such as precision diagnostic equipment and treatment equipment, providing high-precision and low-noise power output to meet the requirements of the medical field for safety and reliability.
New Energy: Such as electric vehicles, drones, etc., providing high performance and long service life to meet the needs of the new energy field for efficiency and environmental protection.

Precautions
Operating Environment: Please use the motor within the specified ambient temperature range (-30°C to 65°C), and avoid long-term operation in environments with excessive or extremely low temperatures.
Load Management: Avoid operating under maximum load or near maximum load for a long time to prevent damage to the motor or affect its service life.
Current Control: When the temperature rises, pay attention to controlling the load current to avoid overloading and damaging the motor or causing safety problems.
Installation and Connection: Ensure that the connection between the motor and the load is firm and reliable, and use the recommended connection methods and fasteners. At the same time, ensure that the connection between the motor and the controller is correct, and avoid situations such as incorrect wiring or short circuits.

The BL2051AE high temperature 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 scenarios with high-performance requirements, the X-TEAM motor can provide stable and reliable power output. For more information or to order a BLDC motor, you can contact us in the following ways:
Tel: +86-769-85228181
Email: chris@x-teamrc.com