Product Description:

The AKD-P00306-NASQ-0000 is a servo drive manufactured by Kollmorgen within the AKD Servo Drives series. Designed to modulate current and velocity in brushless rotary or linear motors, the device forms the power and control interface between the plant’s low-voltage AC mains and the motor windings. In automated packaging lines, assembly cells, or test stands, it converts commanded motion profiles into phase-synchronized output currents, enabling precise positioning and smooth speed regulation throughout the machine cycle. This arrangement lets the drive regulate torque response during starts, stops, and direction changes while maintaining stable motion on tightly synchronized axes.

The unit is supplied in the Position Indexer version, meaning its internal processor can execute absolute and relative moves without a separate motion controller. Communication with supervisory PLCs is handled through SynqNet, a deterministic Ethernet-based fieldbus that distributes a common time base to every axis. The power stage accepts a nominal mains input of 120 / 240 Vac single-phase or three-phase, allowing either wiring method. Under continuous S1 duty, the inverter delivers 3 Arms, while five-second overload peaks reach 9 Arms to accelerate or decelerate high-inertia loads. The unit is built to revision 7, and all control, feedback, and safety signals are provided through the standard AKD connector set.

For installations that reference North American electrical codes, the configuration is marked Standard USA, confirming that fusing, power filtering, and labeling follow regional practice. During sustained rated operation, the drive draws 1.2 kVA, a figure useful when sizing transformers and branch circuits. The narrow housing and mass of 1.1 kg simplify mounting on lightweight DIN rails or within tight multi-axis racks. Its compact form also helps preserve clearance for adjacent modules and cable routing in shallow control cabinets. Because no auxiliary option cards are installed, thermal paths remain unobstructed, and the low installed mass reduces rail loading when several drives are mounted side by side in the same enclosure.