product detail
The YK-KE-82-A linear motor is a powerful and highly efficient solution for demanding applications that require precise force control and sustained performance. Featuring a peak force of 208N and a continuous force of 52N, this motor delivers exceptional strength, making it ideal for high-precision tasks in industries such as automation, robotics, and material handling.
Designed with a motor constant of 23.4N/(W^1/2), the YK-KE-82-A offers superior energy efficiency, optimizing power consumption while delivering powerful thrust. With a peak current rating of 10.0 Arms and a continuous current of 2.5 Arms, the motor provides stable operation even under high loads, ensuring long-term durability and performance.
The motor's force constant of 20.8N/Arms guarantees consistent force output relative to current, while its back EMF rating of 17.1Vpeak/(m/s) ensures smooth and responsive motion control. Its phase-to-phase resistance of 4.0 ohms and inductance of 10.0mH further contribute to the motor's stability and performance in dynamic applications.
Built to withstand challenging environments, the YK-KE-82-A is designed with a maximum terminal voltage of 460Vdc and a winding temperature limit of 120°C, making it suitable for high-temperature operations. The motor’s electrical time constant of 0.9ms ensures quick responses to input changes, enhancing precision in high-speed operations.
Weighing only 1.3kg, the motor’s compact and lightweight design makes it easy to integrate into various systems. The YK-KE-82-A also features an electrical cycle length of 20.0mm, optimizing its performance in linear applications, where precision and repeatability are key.
In summary, the YK-KE-82-A linear motor provides a combination of high peak force, efficiency, and reliability, making it an excellent choice for industries requiring consistent, high-performance motion control. Its strong thrust capabilities, high energy efficiency, and robust design make it a versatile solution for a wide range of industrial applications.