Product Description

This robust permanent magnet synchronous motor stands out for its high-performance torque capabilities and versatile operation. As a three-phase synchronous motor, it utilizes permanent magnet excitation to produce torque through interaction with the stator winding currents. This advanced excitation design allows the motor to deliver a peak torque of 17.8 Nm, far exceeding the rated torque of 4.40 Nm for demanding industrial tasks.

The motor's wide nominal voltage range from 100 to 480 V AC makes it compatible with systems using a variety of supply voltages. This compatibility allows the AM8051-0G10-0000 to be used across different applications and industries. Its rated power output is 2.30 kW, providing ample power for high-speed operations. Convection cooling efficiently manages heat produced during operation to maximize uptime.

With a rated speed of 5000 min−1, the motor is well-suited to applications requiring high rotational speeds. Its precision feedback system, featuring a resolver with single-turn absolute encoder, provides accurate position and velocity readings to ensure smooth synchronized motion. Feedback technology plays an important role in applications involving automation equipment like complex robotic systems. Some key attributes include high rated torque output, a broad operating temperature range from 5 to 40 degrees Celsius, and integrated motor braking functionality via the feedback system and controls. Specialized motor connection using the high-speed M23 speedtec plug allows for quick installation and replacement in automated production processes where downtime can impact productivity. CE, cURus, and EAC approvals signify the motor meets various international safety standards, giving operators further peace of mind. The robust motor housing stands up to vibration and grime in industrial environments for many years of reliable service life. Low standstill current of 4.75 amps and peak current of 20.9 amps help minimize power usage. With a torque constant of 1.03 Nm/A, the motor precisely converts electrical current to mechanical torque output. Combined with the resolver encoder feedback, it serves as an excellent component for closed-loop motion control demanding fast, jolt-free control of speed and position.