IF INTERESTED, PLEASE CONTACT HEATHER DUDEK AT SERVICE.AI@INFRAMARK.COM
Objective:
Students are introduced to Wonderware’s HMI products and are taught how to define communications, retrieve data, create schedules, add field devices, and manage security. Students will perform a number of labs using water and wastewater applications to reinforce the experiential learning process.
Audience:
Water and Wastewater SCADA System Operators, IT Administrators, Plant Managers
Duration: 3 Days; Lunch is provided.
Prerequisite:
Attendees should have a working knowledge of Microsoft’s Windows operating systems and general knowledge of municipal water and wastewater treatment facilities and processes.
Training Plan
Day 1
Architecture
• Defining the Client/Server Relationship
• Authorizing Runtime and Development Using
the License Utility
Communications
• Configuring I/O Servers for Data Interaction
• Troubleshooting Data Connections Using the
Management Consol
Data Types
• Explanation of the Basic Data Types
and Functions
• Utilizing the Tagname Dictionary to Create
and Modify Tags
Window Elements
• Breaking Down the Graphic Component
within WindowMaker
• Using Toolbars for Manipulating Object
Appearances, Orientation, and Grouping
Day 2
Design Interface
• Using Internal and External Data Types
to Animate Objects
• Structuring Navigation and Windows Layouts
Scripting
• Explanation of Format and Internal Functions
for Creating Scripts
• Applying Data Change and Conditional
Scripts to Accomplish Objectives
Alarming
• Applying Alarm Functionality Using Built-In
and Custom Objects
• Administering Alarm Groups and Explanation
of Additional Dot Fields
Day 3
Security
• Implementation of System Security by Adding
and Managing Access Levels
• Creation of User and Access Level-Based
Restrictions
Trending
• Configuration and Development of
Historical Trend Objects
• Effectively Capturing and Displaying
Necessary Data
• Evaluating Logging Intervals and Relation
to Value Deadbands
Standard Comparisons
• Correlation of Graphic Development
Pertaining to the Customer’s System
• Using the Customer’s Application to Identify
Corresponding Standard Functions
• Recognizing Key Plant-Specific
Network Characteristics
