SF-A2.0026.060-10.051

Product Description

The SF-A2.0026.060-10.051 manufactured by Bosch Rexroth Indramat synchronous servo. This high-performance machine is purpose-built to deliver exacting positioning and speed control for the most demanding automation applications. At its core is an advanced encoder feedback system that provides the tight closed-loop control this servo thrives on. An STG/MTG encoder engineered for accurate real-time position monitoring. It's this level of granular feedback that allows such precise command over acceleration, velocity, and positioning.

Performance numbers only reinforce the precision pedigree. The 6000 RPM rated speed pushed the limits of what's possible in this compact package. And the 2.7A locked rotor current highlights the robust torque output on tap even under stalled conditions. Whether you need rapid positioning or brute force control, this servo delivers. The precision theme carries through to the overall construction as well. The rotor and stator utilize specialized materials and manufacturing techniques to optimize concentricity and electromagnetic characteristics. Design details like the precision-ground, support-bearing equipped shaft only serve to further enhance operational accuracy.

Now while this standard model sports a basic smooth shaft for maximum versatility, rest assured all the usual integration flexibility is there. Mounting geometries conform to industry standards. And any of the optional shaft modifications or mating connectors can be spec'd to perfectly suit your machine. No proprietary limitations. Whether you're automating manufacturing processes, scientific instrumentation, robotics, or any other application where absolute precision is paramount - the SF-A2.0026.060-10.051 really delivers. This servo brings together innovative encoder technology, optimized construction, and raw performance capabilities into one powerful cutting-edge package. When your motion control demands are measured in microns and milliseconds, this is the servo to exceed them.