AM8061-0JH0-0000 by Beckhoff

The Beckhoff AM8061-0JH0-0000 synchronous servo motor from Beckhoff’s AM Synchronous Servo Motors series is engineered for precision industrial automation requiring robust torque and speed control. This motor_type delivers a rated_power output of 3.46 kW at a rated_speed of 3000 min^-1, providing a nominal rated_torque of 11.0 Nm and a standstill_torque of 12.8 Nm. Featuring a feedback_resolution of 24-bit, the motor guarantees high positioning accuracy and repeatability in demanding applications. The unit incorporates a flange_size of 142 mm and a shaft_design with smooth finish, enabling straightforward mechanical integration. Connection is facilitated via a rugged connection_technology M23 speedtec plug or an optional rotatable angular connector or terminal box. With a holding_brake omission in the standard version, this standard version motor maintains a compact footprint via its overall_length_code of 1 within the broader product_family of AM8xxx servomotors.

This servo motor employs a permanent_magnet-excited_three-phase_synchronous_motor design to achieve synchronous operation, eliminating slip and ensuring constant speed under varying load conditions. The standstill_current of 7.80 A supports rapid torque build-up upon start-up, while the winding’s winding_code J configuration optimizes thermal performance. The convection-cooled enclosure dissipates heat effectively without the need for forced ventilation, sustaining the motor within operational limits. Safety is addressed with a safety_integrity_level of SIL 2, allowing deployment in fail-safe and safety-critical systems. Users benefit from the flexible connection options, enabling straightforward cabling routes in compact control cabinets. The robust M23 Speedtec interface further simplifies electrical coupling in modular machine architectures.

Reliability is assured by the motor’s standardized construction and compliance with Beckhoff’s stringent quality protocols, ensuring consistent operation in continuous-duty environments. Integration with EtherCAT-driven control platforms allows real-time synchronization and advanced diagnostics, leveraging the AM series’ native compatibility. The compact form factor and standardized flange dimensions streamline retrofits and mechanical upgrades across robotics, CNC machinery, material handling, and packaging lines. The absence of a holding brake reduces maintenance requirements, while the convection-cooled design minimizes downtime by preventing thermal overload. Overall, the AM8061-0JH0-0000 offers a balanced solution for industrial automation tasks demanding precision, resilience, and ease of integration.