product detail
The YK-M1-W28-C6-0.3 linear motor is a versatile and high-performance actuator designed for applications requiring precise and powerful linear motion. Featuring a peak thrust of 179N and a sustained thrust of 44.8N, this motor delivers robust force capabilities, making it suitable for various industrial sectors, including robotics, automation, and high-precision manufacturing processes.
This motor operates efficiently with a sustained current of 2.5Arms and a peak current of 10Arms, allowing for both continuous and peak performance operations. The motor constant of 7N/√W ensures high energy efficiency, providing optimized power consumption without compromising on output force. With a force constant of 17.9N/Arms, the motor delivers consistent and repeatable thrust based on current, ensuring precision in movement control.
Engineered to endure challenging operational environments, the YK-M1-W28-C6-0.3 motor can withstand temperatures up to 120°C, making it suitable for high-temperature industrial applications. Its back electromotive force constant of 14.6Vpeak/m/s contributes to the motor's responsiveness, ensuring quick and accurate adjustments to varying loads and speeds.
The motor's electrical properties, including a line resistance of 3.2 ohms and an inductance of 9.4mH, support stable and efficient performance. Additionally, its electrical time constant of 3ms ensures rapid system responses, making it ideal for dynamic applications where speed and precision are crucial.
With an actuator length of 96mm and a compact design, the motor is easy to integrate into space-constrained systems while maintaining high performance. The stator mass of 1.2kg/m and an action mass of 0.35kg highlight its lightweight construction without compromising durability or strength. Furthermore, the motor features a suction strength of 0.31kN, providing secure operation under load conditions.
In summary, the YK-M1-W28-C6-0.3 is a highly reliable and efficient linear motor, designed for applications that demand precision, robustness, and adaptability. Its ability to handle high thrust forces, coupled with its compact size and thermal endurance, makes it a versatile solution for a wide range of industrial motion control systems.