ABB DSRF182AK02 3BSE014078R1 Distributed Math Module

DSRF182AK02 3BSE014078R1

Technical Parameters:

  • User defined tag-based programming for descriptive I/O naming
  • Simple-to-use instructions and Easy math to eliminate complex ladder logic rungs
  • Application tools for quick access to setup, programming, debugging and PAC control
  • Task Manager for quick and easy prioritization of Ladder Logic code
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Description

DSRF182AK02 3BSE014078R1 Distributed Math Module


DSRF182AK02 3BSE014078R1 on the LCN to add the application module AM (Application Module) for advanced control; add PLNM (Plant Network Module) and VAX computer interface module for optimized control; separate the operating station and data storage management, adding a history module HM (History Module); introduced universal operating station US (Universal station) on the UCN to introduce the famous PM series controller, while the introduction of the safety system SM (Safety Manager). (History Module); launched the universal station US (Universal station) on the UCN launched the famous PM series controller, while the introduction of the safety system SM (Safety Manager) for plant emergency safety stop.

DSRF182AK02 3BSE014078R1 Constructs a new generation of thermal power plant simulation system based on virtual DCS technology by means of a Fast Ethernet platform and an all-physical distributed mathematical model of the thermal power plant’s machines, furnaces, and electricity. It can not only train power plant operators, but also thermal maintenance personnel, in addition, it also provides a platform for analyzing real unit operation data and a thermal test platform relative to the real environment.

DSRF182AK02 3BSE014078R1, as the most typical DCS system, further embodies the concept of centralized control, the main features are:
Meet the needs of large-scale production, two-layer control network architecture, each LCN can be connected to 10 UCN, each UCN can be connected to 32 pairs of redundant controllers. Each LCN can be connected to 10 UCNs, and each UCN can be connected to 32 pairs of redundant controllers. 64 LCNs can be connected via NG.
1) PMx realizes basic loop regulation, logic interlocking, sequence control and complex loop control.
2) AM for advanced control
3) VAX for optimized control