Product Description:

The AKM2G-64L-ANDNCA00 is a servo motor manufactured by Kollmorgen as part of the AKM2G Magnetic Motors series. Designed for coordinated axes in packaging, semiconductor, and inspection systems, it transforms drive commands into repeatable rotation with minimal latency. It is well suited for indexing tables, transfer modules, and inspection stages that need stable acceleration and quick response. Its compact housing fits close to the driven load and supports direct coupling to gearheads, pulleys, or precision lead screws inside automated cells. This helps keep backlash low, shortens the mechanical path between the motor and load, and supports accurate motion in tightly timed sequences.

The unit operates within an ambient temperature range of 5–40 °C, so cabinet ventilation or nearby process heat must keep the installation within that window. A molded connector rated at IP65 blocks dust ingress and water jets, and the single 1 htec M23 interface combines power, feedback, and protective earth in one plug to simplify cabling. Rotor position is resolved by the SFD3 Smart Feedback Device Gen. 3, enabling high-bandwidth current loops without a separate encoder. That arrangement supports closed-loop performance while reducing the number of external components mounted around the motor. The mechanical outline uses a 142 mm motor frame that sets the bolt circle and shaft height, helping preserve clearance when the motor is installed in existing IEC-based layouts.

Up to 95% relative humidity is allowed during operation if condensation is avoided, which supports use in washdown or beverage lines. An IEC flange with accuracy N keeps concentricity within standard tolerances so couplings run true. The motor ships without a holding brake, and rotor length code 4 corresponds to a longer magnetic stack in this platform. A smooth shaft supports clamp-style hubs, and thermal integrity is monitored by a PT-1000 + PTC sensor set that sends winding temperature data to the drive. This combination gives the control system both continuous temperature measurement and a protective signal for overtemperature conditions.