Product Description

The AM8042-1F10-0000 is a permanent magnet-excited three-phase synchronous motor known for its impressive performance characteristics. It delivers a peak torque of 18.9 Nm, well-suited for applications with high torque demands. With a rated power of 1.94 kW, this motor can efficiently support the energy requirements of industrial machinery. The motor also features a high standstill torque of 4.10 Nm, ensuring reliable starting even under heavy loads.

Operating across a wide voltage range from 100 to 480 V AC, the AM8042-1F10-0000 can be used flexibly without needing a change in input power source. This voltage compatibility allows the motor to be deployed in various industrial environments. Further enhancing its versatility is a convection cooling design, maintaining optimal internal temperatures from 5 to 40 degrees Celsius without needing additional cooling mechanisms.

At a rated speed of 5000 min−1, the motor delivers strong power transfer to drive line shafts, pumps, fans, or other mechanical systems requiring rapid rotational output. Internal components are rated for continuous duty cycles, resulting in long lifespans even under demanding operation. Feedback options include high-resolution encoders, providing precise telemetry on motor function for condition monitoring or closed-loop control applications. Weighing just 1.98 kg for its rotor moment of inertia, the motor is lightweight yet ruggedly constructed for years of vibration and motion. Connection is made simple through an integrated M23 speedtec® plug, establishing a secure yet easily detachable interface for wiring. These design priorities translate to low-maintenance operation that avoids work stoppages. The convection cooling of the AM8042-1F10-0000 allows placement in ordinary industrial environments without additional ventilation or chillers. Combined with low-noise function due to its permanent magnet synchronous construction, the motor can be installed directly on production machinery near workers. All specifications are tightly controlled to deliver unfluctuating performance over thousands of runtime hours.