Product Description
This powerful motor is well-suited for industrial applications requiring both high speeds and significant torque output. As a model from the rugged 8MS Series, the 8MSAX.R0-68 reliably produces an impressive 7.5Nm of rated torque even at higher rotational speeds of 4500rpm. With a greater 9.5Nm maximum torque capability, it handles heavy intermittent burdens smoothly. Supported by rated and maximum current inputs of 6.5A and 7.8A respectively, the motor sustains heavy loads continuously for extended cycles. Occasional overloads pose no concerns due to its short term current tolerance. A 350V voltage rating further expands compatible automation systems.
Housed in a rugged IP64 sealed enclosure, the motor withstands harsh environments laden with airborne particles or moisture. Sturdy construction shields internal components for reliable immunity to contaminants. This protection sustains performance over decades of service. An integrated 24VDC brake provides controlled, predictable stopping for up to 8.0Nm of torque. Gentle deceleration avoids mechanical shocks that could compromise downstream processes or machinery. Consistent stopping profiles maintain quality across lengthy production runs.
Programmable variable frequency drives adeptly regulate the rated 7.5Nm torque and high 4500rpm operating speed. This parameter control streamlines repeatable sequences with minimal deviations. Complex multi-axis configurations become achievable through coordinated outputs. Taking up minimal space, the powerful yet compact motor integrates seamlessly into diverse machinery. Straightforward installation simplifies integration while concentrating on pure torque and speed capabilities. Mounted properly according to installation guides, it performs for years of uninterrupted cycles. Well-suited for applications spanning food processing to material handling, the durable motor provides unmatched force over extended lifetimes. Unwavering reliability and service support maximize valuable uptime for high-volume production.