Product Description
The Beckhoff AM8542-0FH0-0000 permanent magnet-excited synchronous motor epitomizes ruggedness and precision for high-stakes industrial motion applications. As part of Beckhoff's top-tier AM Servo Motor Series, it boasts a dust- and splash-protected IP54 rating along with CE and cURus global safety approvals. With the muscle to produce 18.5 Nm of peak torque on a nominal 100 to 480 V AC supply, this motor tackles rigorous production tasks with authority.
Featuring a standstill torque of 4.10 Nm and rated at 1.94 kW, the AM8542-0FH0-0000 starts even heavy payloads smoothly before transitioning to sustained operation. Its optimized convection cooling system relies on natural thermal airflow to regulate temperatures during continuous cyclic schedules. Advanced motor feedback configurations up to SIL 3 certification ensure ongoing accuracy for safety-critical motion processes. Robust construction further maximizes uptime, from the motor's thermally-reinforced 5.51 kg-cm2 rotor to a durable dark gray powder-coated finish. Even in demanding environments prone to debris or wet conditions, the corrosion-resistant enclosure ably shields internal components. The M23 speedtec connection method facilitates fast, foolproof mounting across manufacturing machinery.
Industry professionals worldwide have come to trust Beckhoff's reputation for pioneering advanced drive and control technologies. As a member of the industry-leading AM Servo Motor family, the AM8542-0FH0-0000 sets the gold standard for dependability in settings requiring faultless 24/7 production. Its permanent magnet synchronous design paired with precision feedback delivers precise, energy-efficient motion cycles indefinitely into the future. Whether selecting this motor factory-direct or through established suppliers, customers gain a single solution capable of accelerating productivity across diverse industrial sectors. The AM8542-0FH0-0000 establishes itself as the premium choice for high-power applications where protection, longevity, and uninterrupted performance rank highest in importance.