Product Description:

The DDC01.1-K200A-DL09-01-FW is a digital intelligent servo drive used for single-axis motion control in automated machinery. It includes an integrated positioning command module, so one drive can manage an indexing axis without relying on an external PLC for every move. This arrangement suits feeders, transfer stations, rotary tables, and other equipment that repeats stored motion sequences. The unit operates from a three-phase AC supply and uses digital servo feedback from the connected motor for closed-loop regulation. Hardware revision 1 and function code version 01 identify the base control configuration, and the unit falls within the standard noise-emission range for 100 A to 200 A drive classes.

The drive delivers a rated output of 200 A and is powered from a 3 × 230 V AC (+10%/-15%) mains supply at 50–60 Hz. Communication with external controllers is available through RS-232/RS-485, supporting serial exchange of commands, status data, and setup information. Local programming can store up to 3000 Blocks of motion code, which allows indexed sequences to run from the drive itself after the motion routine has been loaded. Protective logic trips at 1.5 × rated current to limit overload stress on the drive and motor during rapid acceleration or stalled-axis conditions. A non-isolated 34-pin female programming port is used for parameter download, while run-time diagnostics are available through a 9-pin D-sub male serial connector. This interface arrangement separates program access from serial monitoring and keeps routine setup functions easy to follow.

System protection engages if the DC link rises above 475 V, helping prevent damage during abnormal line or regeneration conditions. The enclosure has an IP65 rating, which keeps out dust and low-pressure water on the production floor. Heat is removed by natural convection air cooling, so the installation must leave clear space around the heat sink fins for airflow. This cooling method avoids the need for a built-in fan and supports use in enclosed machine layouts where simple thermal management is preferred. Because cooling depends on free airflow rather than forced ventilation, blocked fins or tight mounting clearances can reduce heat dissipation during continuous duty.