Systems Integrator Benefits

V7

Agenda

Product Features Faster Configuration

Online change deployment to clients

Faster server change deployment

Flexible Topologies New client server architecture Clustering options

Enhanced Reliability Redundancy

Network fault tolerance Segmentation

Upgrade Path Client/Server Architecture

Event Driven Based on .Net v2

Upgrading What’s changed What’s new

Client/Server Architecture

IO Server

Poll / Exception ReportPoll

Client Server

DisplayAlarm ServerTrend ServerReport Server

IO Data Source

IO Server

PollStatus

Change

DisplayAlarm ServerTrend ServerReport Server

Subscribe

Poll / Exception Report

V6

V7

ADDRESS / OID

TAGNAME ADDRESS / OID

Background Poll (option)

Watchdog

Watchdog

Response

Upgrade

Client/Server Architecture

Features CTAPI

No point functions

Remapping Not across units

Transparent IO Supported via clustering

Alarms No duplicate alarm tags No invalid tags

Functions Removed

Reread()

New TagSubscribe()

Replaced TagInfo()

TagGetProperty()

AssInfo() AssGetProperty()

Client Change Deployment

V6.1 V7System

ComponentsFull

Componentisation

Client Change Deployment

Online Graphics

Embedded code IO Server

Tags IO Devices

Alarms Trends Reports

Accumulators

Restart Code Files

Cicode CiVBA

System Configuration Events (restart applicable

machines) Keyboard (keys and

commands) Devices Groups Fonts Parameters

Why Online Deployment

Where you make changes Not Online Engineering

Advantages Batched updates to the control system Offsite development Existing engineering tools

One Step Deployment

Project Deployment

Network Reliance

Change Ready

Upgrade

Client Change Deployment

Componentisation Purpose

ProcessIsServer() ProcessIsClient() ServiceGetList()

Restart Shutdown()

Functions Browsing

Alarm Tag Alarm Summary

Replaces AlmSum()

Trends Reports Accumulators

11

New Configuration

Clustering

The ability to maintain any number of separate functional control systems while providing complete system visibility. Independent of hardware Independent of include project structure Independent of operator areas of control

Clustering Styles

Operational Clustering

Global clients can display information from both systems.

Servers(Site A)

Servers(Site B)

Global Client(Alarms, Trends, Reports & Graphics)

Reliable Clustering

Many systems made redundant with a single server.

Client/Server(System A)

Client/Server(System B)

Client/Server(System C)

Redundant Server(System A+B+C)

Expansion Clustering

System expansion without risk of disruption.

Client/Server(System A+A+)

Server(Expansion)

Segmentation Clustering

Divide your system to match your business.

Client/Server(System A+B+C+……)

Ad-hoc Clustering

Combined alarms and trends without project integration.

Server*(Site A)

Server*(Site C)

Server*(Site B)

Server*(Site D)

Server*(Site E)

* Utilises CitectSCADA Web Clients for graphics

Repeatable Clustering

Utilise the same configuration for multiple machines.

Global Client(Project A)

System(A1)

System(A2)

System(A3)

System(A4)

System(A5)

Functional Clustering

Use different data sources but the same graphics page.

Client/Server(System A)

Simulation / Replay(System A)

Upgrade

Clustered Systems

Clustered Variables Alarms

Includes SPC

Trends Client displays any single

cluster

Reports Accumulators

Devices Tags = Mycluster.TagName

Non-Clustered Graphics Pages

No duplicates

Code No duplicates

Summary

Fast, Flexible & Reliable CitectSCADA is no

longer limited to a single server system

CitectSCADA is designed for systems integrators to maintain

A redundant system accepts most changes while retaining control system visibility

Upgradeable Citect is committed to

implementing new technology in CitectSCADA.

CitectSCADA retains an upgrade path for all existing customers

CitectSCADA is preparing for the future

Questions