SGDV3R3R5D21D21A0000000000001 نظام مؤازر كامل الحلقة المغلقة من ياسكاوا SGDV3R5D21A0000000000001

Introducing the Yaskawa SGDV3R5D21A000000001

The Yaskawa SGDV3R5D21A000000001 stands as a remarkable solution within the realm of full closed-loop servo systems. Engineered for precision and efficiency, this product epitomizes the synergy of advanced technology and reliable performance, making it an invaluable asset in diverse industrial applications. With a blend of innovative design and robust specifications, the SGDV3R5D21A000000001 is primed to elevate your operational capabilities.

نظرة عامة على المنتج

Designed to meet the demands of modern operations, the Yaskawa SGDV3R5D21A000000001 is a full closed loop module renowned for its exceptional motor capacity of 1.0 kW and its user-friendly specifications. This servo system harnesses the power of three-phase AC400V, ensuring a reliable power supply that supports efficient functionality.

المميزات التقنية

This sophisticated servo system is integrated with a high-resolution external encoder that provides superior position feedback, allowing for high precision and responsiveness in controlling rotary motions. With a maximum speed of 6000 rpm and instantaneous torque capabilities up to 300%, the SGDV3R5D21A000000001 is exceptionally adept at handling a variety of intricate tasks across numerous industries.

التطبيقات

Ideal for use in semiconductor manufacturing equipment, placement machines, circuit board punching, robotics, handling machinery, and food processing machinery, this servo system extends its versatility across an array of sectors. Its broad operating temperature range of 0 to 40 degrees Celsius and low inertia design further enhance its applicability in high-demand environments.

خاتمة

In a world where precision and efficiency dictate success, the Yaskawa SGDV3R5D21A000000001 serves as a trusted partner for manufacturers and engineers alike. Its robust design, coupled with cutting-edge technology, ensures that it consistently meets the rigorous standards of today’s advanced operational requirements.