AM3012-0CB0-0005 Beckhoff
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The Beckhoff AM3012-0CB0-0005 is part of the AM Synchronous Servo Motors series and features a 40 mm flange size with a smooth shaft design. This standard version servo motor is equipped with a 23-bit OCT multi-turn feedback type and does not include a holding brake.
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Product Description:
The AM3012-0CB0-0005 is a synchronous servo motor manufactured by Beckhoff as part of the AM Synchronous Servo Motors series. The unit is intended for closed-loop industrial axes where compact rotary drives must provide precise position and velocity control. When paired with a compatible Beckhoff drive controller, the motor converts electrical input into regulated torque and speed for pick-and-place heads, small gantries, and packaging machinery. The AM30 frame supports low-torque applications such as semiconductor handlers, laboratory instruments, and fast indexing stations that require low rotor inertia during continuous operating cycles.
Its integrated encoder delivers 23-bit feedback, providing precise single-turn position data, and uses an OCT multi-turn protocol to track movement across multiple revolutions. The motor attaches to gearboxes or machine plates through a 40 mm square flange that follows IEC dimensions. The unit is supplied without a holding brake, so an external mechanism or drive-applied torque must retain stationary loads. Its overall length code 2 indicates a short motor body that fits into machinery with limited installation depth. The encoder communicates with compatible EtherCAT drive systems through One Cable Technology, reducing the number of separate connections required for motor power and feedback. The compact housing supports continuous operation in automated equipment where available mounting space is limited.
Dynamic performance is supported by a winding code C stator, which sets the voltage constant and rated current used by compatible Beckhoff drive amplifiers. The output end has a smooth shaft, allowing couplings or pulleys to be clamped in place without a keyway. This shaft design requires a properly sized friction connection to transmit torque without slipping during rapid acceleration or deceleration. The motor uses a standard build profile within the platform, without special mechanical or electrical modifications. Its low-inertia design supports short acceleration intervals and responsive speed changes in repetitive motion applications. Heat generated during operation is dissipated through the compact motor housing, while the selected winding and frame size support the intended continuous-duty operating range.
