Product Description:

The AKD-T00607-NBAN-0000 is a servo drive produced by Kollmorgen within the AKD Servo Drives series. As an AC-powered amplifier, it links a motion controller to a synchronous motor and regulates torque, velocity, and position for automated machinery. It converts three-phase mains power into a controlled output that follows command signals, enabling precise actuation in packaging lines, robotics, and material-handling equipment. In closed-loop motion systems, this allows the drive to maintain commanded movement even when load conditions change during a machine cycle. The design emphasizes compactness and straightforward setup for OEM and retrofit installations.

During continuous duty, the drive supplies up to 6 Arms of phase current, which is the thermal limit the power stage can deliver without derating. For short accelerations, it can furnish 18 Arms for five seconds to provide extra torque for rapid indexing moves. That short-term current reserve helps the connected motor overcome inertia during start-stop motion. The power section can process 4.49 kVA at its input terminals, so cabinet breakers and wiring must be sized for that apparent load. A 240 / 480 Vac 3~ mains supply feeds the converter, permitting use on low- or high-voltage plant networks. The drive uses BASIC functionality for standard velocity and position loops without optional advanced features.

The unit is supplied in the Standard USA customization variant, which aligns connector styles, labeling, and safety markings with North American control cabinets. Command data reach the drive over a simple ±10 V interface because its fieldbus option is Analog, which supports integration with legacy PLCs and other simple control sources. This makes it suitable for retrofits where networked communication is not required. No auxiliary I/O boards are required because the hardware extension is None (rev 8+), which keeps the configuration simple. Despite its power capability, the enclosure weighs only 2.7 kg, which helps limit panel loading and supports compact cabinet layouts. Its low mass also makes mechanical support requirements easier to manage inside densely packed cabinets.