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Compact Control Builder and AC 800M Overview

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Compact Flash slot ABB Automation Technology Products AB. AC 800M with ... Compact Flash memory for storage of application and data. Search & Navigation ... – PowerPoint PPT presentation

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Title: Compact Control Builder and AC 800M Overview


1
Compact Control BuilderandAC 800MOverview

2
Control I/O to meet all Automation needs
AC 800M Family
S800L I/O Family
S800 I/O Family
3
AC 800M Architecture
CPU
S800L I/O
Optional up to 12 Communication modules
Compact Flash slot
Redundant Ethernet
2 RS-232 channels
  • Totally can up to 96 S800 I/O modules be
    connected as direct I/O to AC800M
  • Up to 12 I/O modules can directly be connected to
    the CPU via the electrical Modulebus
  • Up to 84 I/O modules can be connected via I/O
    clusters via the optical Modulebus

4
AC 800M with Compact Control Builder
Compact Control Builder
Compact Control Builder
  • AC 800M HW configuration
  • Compact Control Builder
  • (800xA Control Builder for DCS)
  • Features and Functions usingCompact Control
    Builder

800xA Control Builder
5
The AC 800M family has scalable performance
Choice of speed, memory and availability
Redundant PM864 PM864
Redundant PM861 PM861
PM860
PM856
32MB 96 MHz
PM851
16MB 48 MHz
8MB 48 MHz
8MB 24 MHz
8MB 24 MHz
6
Flexible and scalable in size and performance
Control Network (Ethernet TCP/IP, 10Mbps)
Up to 48 Controllers on Control Network
Max 12 S800 modules on Electrical Modulebus
OpticalModuleBus
Remote S800 I/O via PROFIBUS DP/V1
I/O Cluster
Max 24 S800 modules per remote I/O station
lt 1000m
Max 7 S800 I/O Clusters
Note See AC 800M Controller Hardware User Manual
for details about supported combinations
7
Full redundancy To reach highest availability
Control Network (Ethernet TCP/IP, 10Mbps)
Redundant CPUs with optionally redundant CEX
buses (max 12 communication modules totally)
Redundant PROFIBUS master interface
Remote S800 I/O via PROFIBUS DP/V1(optionally
line redundant)
Max 12 S800 modules per I/O cluster
Max 24 S800 modules per remote I/O station
Optionally redundant S800 modules (max 6 pairs
per I/O cluster)
Optionally max 6 pairs of redundant S800 modules
on base cluster.
Max 12 S800 modules per I/O cluster
8
AC 800M Open Architecture



CI853
CI854
CI855
CI856
CI857
CI858
PM8xx




Control NetworkRS232
PROFIBUS DP
RS232
MB300
S100 I/O
INSUM
DriveBus
  • AC 800M options for communication includes
  • Networks Control Network, MB300, SattBus on
    TCP/IP
  • Field buses PROFIBUS DP
  • Serial protocols COMLI, Modbus RTU, Siemens
    3964R, user defined
  • Process device/instrument INSUM switchgear, ABB
    Drives
  • I/O systems S100, S200, S800, S900

9
Cost Effective Maintenance
  • Self-diagnostics
  • Hot swap maintenance
  • On-line changes of application program and
    configuration
  • Compact Flash memory for storage of application
    and data
  • Search Navigation

Comprehensive maintenance features reduce
down-time
10
Compact Control Builder AC800M
  • Compact Control Builder
  • Control solutions
  • Reusable Control Libraries
  • Promotes reuse of code by means of user defined
    libraries of data and function block types and
    Control Modules
  • Comprehensive libraries of ready-for-use
    functions
  • Multitasking, multi-controller and multi-user
    application development
  • Supports all five IEC 61131-3 programming
    languages
  • Powerful simulation and on-line facilities for
    testing and troubleshooting

11
Choose the language that fits your needs
  • Standard IEC 61131-3
  • Easy to learn
  • Different languages have different advantages
  • Use the language best suited for the situation
  • Runs seamlessly in a Common Language Runtimein
    the Controller

12
Re-use instead of re-inventing
MotorControl
Function Block Type Instances
13
AC 800M Summary of Benefits
  • Scalable, cost-effective design
  • Fault tolerance for maximum plant availability
  • Open architecture reduces lifecycle costs
  • Wide-ranging control functionality to meet all
    needs
  • Easy and Efficient engineering
  • Results in higher return on assets
  • Improving overall production control
  • Maximizing process availability
  • Minimizing maintenance

14
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