HDS03.2-W100N-HS95-01-FW

To ensure its built-in blower works effectively, allow at least ~300 mm above and ~100 mm below the unit, and ensure unobstructed air intake and outlet as per the DIAX04 mounting guidelines.

Above ~45 °C continuous ambient temperature, the internal blower and heat sinks may not dissipate enough heat, leading to thermal derating or overtemperature fault (e.g. amplifier overtemp shutdown).

It supports several AC motor series (e.g. 2AD, 1MB, MKD, MHD), with proper feedback resolution; mismatched motor inertia or underspecified torque constant can compromise responsiveness.

In machine tools, demands include high precision, frequent accelerations, and sliding thermal loads—so you must ensure sufficient current margin, cooling capacity, and mechanical rigidity; in packaging/handling, duty cycles may allow lighter thermal design but require higher reliability under frequent starts/stops. (Same drive, different optimization.)

Use a motor whose continuous torque/current demand stays below the rated output of 100 A (allowing headroom for acceleration peaks), ensure proper DC bus sizing, and account for loss factors (mechanical, inertial, friction) so as to avoid triggering current limitation warnings or thermal stress.