AM247M-0000 Beckhoff
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The Beckhoff AM247M-0000 is part of the AM Synchronous Servo Motors series and features a flange size of 194 mm with a smooth shaft design. This servo motor supports a rated power of 0.68 kW, a rated speed of 3000 rpm, and delivers a rated torque of 2.15 Nm with a standard weight of 3.3 kg. It utilizes a two-pole resolver for feedback and can handle axial and radial loads of 90 N and 270 N respectively.
Internal Product Review
The AM247M-0000 is a Beckhoff synchronous servomotor with 0.68 kW rated power and 3000 rpm rated speed. Resolver two-pole feedback and 2.5 Nm standstill torque support precise motion control, making the motor a very capable choice for dynamic automation axes.
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Product Description:
The AM247M-0000 is a synchronous servo motor produced by Beckhoff within the AM Synchronous Servo Motors series. As a rotary actuator, it supplies commanded torque and speed to machinery. This supports precise positioning and velocity control in industrial automation lines such as packaging, material handling, and assembly systems.
Operating parameters describe how the unit delivers motion. Its rated mechanical output is 0.68 kW, generated at a nominal shaft speed of 3000 rpm. Under these steady-state conditions, the motor develops 2.15 Nm of torque while drawing a rated current of 1.64 A. For brief accelerations, it can accept a peak winding current of 8.0 A, allowing rapid load changes without saturation. A torque constant of 1.41 Nm/A links drive current to produced torque, simplifying current-mode control loops. Standstill figures are 1.78 A and 2.5 Nm, indicating available holding force when the shaft is locked. The rotor inertia of 1.4 kg·cm² supports fast response without causing overshoot, and static friction is limited to 0.05 Nm for smooth low-speed starts. Position feedback comes from a two-pole resolver, and power is transferred through a smooth shaft that mates with backlash-free couplings. The flange measures 194 mm, and the housing mass is 3.3 kg, easing direct mounting. Electrical losses are governed by a 14.8 Ω phase resistance, and no holding brake is fitted.
Mechanical load capacity is confirmed by an axial limit of 90 N and a radial rating of 270 N, so the motor tolerates pulley or gear side loads common in compact drives. Thermal behavior is characterized by a time constant of 15 min, meaning winding temperature rises slowly and remains predictable during intermittent duty. The electromagnetic circuit shows an inductance of 32 mH, which shapes the current ripple seen by the servo amplifier and influences dynamic tuning.
