A06B-6055-H103#H500

The FANUC model A06B-6055-H103#H500 functions as a digital AC spindle servo drive unit, engineered for precise motor control in demanding industrial settings. This product accepts an input voltage range of 200 to 230 V AC, with a tolerance of ±10%, suitable for three-phase systems. It delivers a power capacity of 9 kVA, ensuring robust operational capabilities.

Designed to control spindle motors effectively, it provides standard maximum speeds of 6000 RPM, expandable to 12000 RPM for specialized high-speed applications. The drive employs digital vector control technology to optimize performance, ensuring dynamic regulation of both current and voltage.

For cooling, the unit can utilize either internal or external ventilation methods. It incorporates multiple safety features, including overcurrent, overvoltage, and thermal overload protection, along with safeguards against regenerative circuit faults. Furthermore, the feedback interface accommodates various position coders or magnetic sensors, enhancing control over motor orientation.

Regenerative braking is facilitated through resistor-based energy dissipation, aiding in effective deceleration. The drive includes multi-pin connectors (CN1, CN2, CN3) for analog and digital input/output signal interfaces, simplifying connection with external devices.

Users can fine-tune parameters such as velocity command offset, torque limits, and acceleration or deceleration times to match specific application requirements. It is compatible with FANUC spindle motors of type A06B-1001-B100 and B200.

The input frequency rating is maintained at either 50 or 60 Hz with a ±1 Hz tolerance. Users can supply velocity commands through a 0–10 V analog input or digital-to-analog converter signals. Signals and system status are relayed via a five-digit LED display, which showcases error codes to assist in diagnostics.