ACO5008D Kollmorgen
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The Kollmorgen ACO5008D belongs to the 5000 Indexer Drivers series and features 2 analog outputs, 8 digital inputs, and 4 digital outputs. It provides a maximum output frequency of 5000 Hz, a nominal current of 8 amps, and a peak current of 12 amps. The unit offers a maximum output power of 5 kVA at 230 volts and 8 kVA at 400 volts with a maximum output voltage of 480 volts.
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Product Description:
The ACO5008D belongs to Kollmorgen’s 5000 Indexer Drivers series and functions as a stand-alone motion controller that converts command sequences into coordinated motor movement for automated machinery. By combining power electronics with input and output resources, the unit drives servo or stepper axes while exchanging status information with a host PLC over its field wiring. This product supports multi-axis positioning in packaging lines, assembly cells, and material-handling stations where deterministic index profiles are required.
The controller delivers a maximum output frequency of 5000 Hz, allowing high-resolution step generation for fine incremental moves. During operation on 230-volt supplies, it can provide up to 5 kVA, while operation on 400-volt mains raises the maximum capacity to 8 kVA; these values indicate the apparent power available to the connected motor set. Output voltage is capped at 480 V, matching common industrial insulation classes. A nominal phase current of 8 A supports continuous torque production. Two analog outputs handle velocity or torque references, eight digital inputs receive signals from limit or home switches, and four digital outputs report ready or fault states. The sensor port supplies 5 VDC for encoders, and a seven-segment display presents real-time drive codes so operating conditions can be diagnosed without external tools. PTC feedback circuits can withstand 500 VAC, protecting the logic when motor thermistors are routed through long cable runs.
Peak demand events are accommodated by a surge capability of 12 A, and the internal thermal design limits self-heating to 320 W so cabinet airflow requirements remain predictable. Power lugs accept conductors up to 10 mm², simplifying compliance with feeder ampacity tables. The housing measures only 71 mm across the DIN rail, leaving room for adjacent relays or circuit breakers and supporting compact panel layouts. Its narrow profile also reduces the amount of rail space occupied by the motion controller without restricting access to the power terminals or field wiring connections.
