Product Description

The VAC-MF7.5/5.5R;-7.53 is a high-capacity VAC motor. It is suited for operations needing endurance and brief-burst power capability. This unit features a 5.5 KiloWatt continuous power rating. It also contains a short-duration peak of up to 7.5 kW. This two-level power rating gives assurance that this unit handles dynamic load with system stability.

With a 170 V nominal input voltage, it is easily compatible with mid-voltage drive systems that are widely utilized in machine tools and precision machinery. Functioning between 750 RPM to 6000 RPM, this VAC-MF7.5/5.5R;-7.53 model gives high flexibility for torque-intensive applications. Further, it fits high-speed processes having precise control. With this wide speed capability, this motor unit is good for a variety of mechanical tasks such as spindle drives, automated assembly, and precision fabrication equipment. With a rugged design and well-balanced dynamics of the rotor, the motor only shows vibration-free operations even at higher speed. The VAC-MF7.5/5.5R;-7.53 is specifically built to deliver consistent output under light as well as heavy industrial cycles. Its efficient thermal management allows continuous operation for extended periods without the risk of overheating, minimizing downtime and maximizing service life. With its compact form factor, the motor easily fits into legacy or new systems, while its design is biased towards applications demanding extensive start-stop instructions or variable speed profiles. Whether in machining centers or precision automation applications, this motor always delivers clean, responsive performance.

This model is compliant with an up-to-date standard of voltage-optimized control. From normal torque at lower RPMs to high torque at upper speed limits, this performs well according to different system needs. Moreover, it consists of predictable operating qualities. Made for lasting longer and better responsiveness, this VAC-MF7.5/5.5R;-7.53 unit offers the strength and flexibility in today's fast-evolving automation systems.