ABB RXIDK 2H 1MRK000838-HA

ABB RXIDK 2H 1MRK000838-HA

ABB RXIDK 2H 1MRK000838-HA enables the drive to control almost any type of AC motor, as well as interfacing between all major fieldbus protocols and remote monitoring solutions. Compatibility is key and users can enjoy a range of features that make selection, installation, set-up and maintenance easy; safety features are integrated. A number of flexible data visualisations – including bar charts, history charts, trend charts – help users to analyse processes, and assistants are available to simplify set-up. Menus and messages can be customised for application-specific terminology. The integrated USB interface also allows easy connection to PC Tools. The Drive Composer PC tool provides fast and coordinated startup, debugging and monitoring for all types of drives. The free input version provides startup and maintenance functions, while the professional version of the tool offers additional features such as custom parameter windows, drive configuration control charts, basic parameter programming and security settings. The control charts allow the user to avoid navigating long lists of parameters and help to quickly and easily set up the drive’s logic. Integrated safety features simplify configuration and reduce installation space by reducing the need for external safety components.Safety features include safety torches (sto), which can be used to prevent unintentional start-up or other stop-related functions. The industrial drive offers a further comprehensive range of safety options, including safety station 1, safety station emergency, safety speed limit, safety brake control and maximum speed safety. The drives are functionally safe in accordance with the requirements of the Machinery Directive 2006/42/EC.

ABB RXIDK 2H 1MRK000838-HA is used to control rotary and linear servomotors, linear motors, closed-loop vector motors and V/Hertz control modes. The embedded Mint LITE capability supports a range of basic motion planning requirements including the execution of relative and absolute manoeuvres, S-Lap profiles, jogging and seeking manoeuvres, changing target position on the fly, registering movements, and reacting to real-time trigger events. The programming facility allows standalone drives to provide solutions for many common automation and machine tasks such as cutting or long feeds, indexing axes, simple selection and positional movements, and machine adjustments such as changing guidance or support to reconfigure new batches of machinery. This capability is widely required in many manufacturing and processing sectors, including food and beverage, packaging, pharmaceuticals, electrical and electronic equipment, printing and wood/metal processing. Each drive manufacturer provides a defined process data exchange interface with PLCS, or a “drive profile” utility. The ability to program Bardo drives means that standard drive profiles can be modified, perhaps to simplify the communication process, or to optimise drive behaviour for specific applications.