Product Description

The Beckhoff AM3041-0E41-0000 is an advanced servo motor known for delivering high-performance motion control at high speeds. As part of Beckhoff's AM Servo Motor Series, it incorporates sophisticated technologies that maximize dynamics and efficiency. Providing up to 7.15 Nm of peak torque while achieving a rated speed of 6000 min-1, the AM3041-0E41-0000 is well-suited for handling demanding process sequences requiring rapid acceleration.

This motor utilizes the latest convection cooling design to remove excess heat without water jackets or external fans. Without additional thermal complexity, reliability remains uncompromised even during periods of continuous maximum output. The enhanced 1.46-5.60A standstill current handling provides smooth torque profiles during acceleration to enable agile motion. Strong 1.58 Nm rated and 2.02 Nm standstill torque additionally supports static and intermittent loaded conditions that characterize high-precision assembly tasks.

Beckhoff integrated leading-edge encoder feedback technologies including resolver, BiSS B, and EnDat 2.1 to ensure positioning resolution down to a fraction of a single degree. Resolver signals optimize control stability, while incremental sensors improve registration accuracy. Customers gain the flexibility to select the optimal feedback interface for their motion control platform. The 0.99 kW continuous power output, 14.3A peak current limits, and 6000 min-1 top rotational velocity enable consistently rapid operation. This ultra-high-speed servomotor meets demanding performance and productivity requirements in medical diagnostics, converting, textile, and assembly industries. Factory-wide distribution is simplified through EAC, cURus, UL, and CE conformance certifications. Manufactured for 24/7 utilization cycles, the AM3041-0E41-0000 delivers dependable operation from +5 to +40°C. It handles process irregularities without faults, reducing downtime. Selecting this Beckhoff high-performance servo leads to maximum productivity through fast, smooth, and precise multi-axis synchronization that demanding speed-synchronized applications require.