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ISA TR77.60.04

Fossil Fuel Power Plant Human-Machine Interface - Human-Machine Interface — Electronic Screen Displays

Organization:
ISA - International Society of Automation
Year: 2008

Abstract: This technical report is provided for the benefit of design engineers and ultimately fossil-power plant operators. By following this technical report, the developer of Electronic Screen Displays will
a) provide clear and efficient communication between the user and the distributed control system, SCADA and/or PLC based system with HMI;
b) accomplish display design based on the user's needs that are based on an assessment of planned control-operator functions to be performed; and
c) provide a display design to obtain timely access to required information and controls in a logical structure convenient to the user.
The display structure and organization, including access time to make appropriate control adjustments, should provide for operator response comparable to that of non-display-based, human-machine interface systems. To meet this requirement, the display structure must be developed using
a) clearly designed display accessing techniques;
b) a set of well-structured display relationships, predictable and familiar to the user;
c) standard display formats to increase speed of access to items within a display;
d) logical grouping of functions and tasks that minimize memorization of elements or results from previous displays;
e) separation of overview graphics to simplify control graphics, preventing a "cluttering" of information and facilitating quicker display updates;
f) as few levels as possible going from the overview display to the detail displays; and
g) consistent use of colors, patterns, symbols, shapes, etc. throughout the entire set of graphics.
Input from plant operating personnel in all phases of Electronic Screen Display development is critical to the development of effective displays. It is even recommended to have plant operating personnel build many of the graphics to ensure a sense of ownership by operations personnel.
This technical report will address the following issues relating to Electronic Screen Display development: Display structure Display elements Display access Operator entry techniques Display types Control applications Format standards Alarm management Display organization Work station ergonomics Coding conventions
Recognizing the substantial volumes of technical reports on the topic of Electronic Screen Display development, the intent of this report is to provide a summary/overview of the important considerations that apply in the development of effective Electronic Screen Displays. For additional detailed guidance, please refer to Annex A — References
Purpose
The purpose of this technical report is to provide advice and guidance in the development of Electronic Screen Displays for use in conjunction with real-time Distributed Control Systems (DCS) used in utility fossil-fired power plants with boilers of 200,000 lb/hr or greater capacity.
NOTE - Distributed Control Systems are also referred to as Digital Control Systems
URI: http://yse.yabesh.ir/std/handle/yse/28443
Subject: coding conventions
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    ISA TR77.60.04

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contributor authorISA - International Society of Automation
date accessioned2017-09-04T15:27:31Z
date available2017-09-04T15:27:31Z
date copyright1996.05.24 (R 2008)
date issued2008
identifier otherNRPVKCAAAAAAAAAA.pdf
identifier urihttp://yse.yabesh.ir/std/handle/yse/28443
description abstractThis technical report is provided for the benefit of design engineers and ultimately fossil-power plant operators. By following this technical report, the developer of Electronic Screen Displays will
a) provide clear and efficient communication between the user and the distributed control system, SCADA and/or PLC based system with HMI;
b) accomplish display design based on the user's needs that are based on an assessment of planned control-operator functions to be performed; and
c) provide a display design to obtain timely access to required information and controls in a logical structure convenient to the user.
The display structure and organization, including access time to make appropriate control adjustments, should provide for operator response comparable to that of non-display-based, human-machine interface systems. To meet this requirement, the display structure must be developed using
a) clearly designed display accessing techniques;
b) a set of well-structured display relationships, predictable and familiar to the user;
c) standard display formats to increase speed of access to items within a display;
d) logical grouping of functions and tasks that minimize memorization of elements or results from previous displays;
e) separation of overview graphics to simplify control graphics, preventing a "cluttering" of information and facilitating quicker display updates;
f) as few levels as possible going from the overview display to the detail displays; and
g) consistent use of colors, patterns, symbols, shapes, etc. throughout the entire set of graphics.
Input from plant operating personnel in all phases of Electronic Screen Display development is critical to the development of effective displays. It is even recommended to have plant operating personnel build many of the graphics to ensure a sense of ownership by operations personnel.
This technical report will address the following issues relating to Electronic Screen Display development: Display structure Display elements Display access Operator entry techniques Display types Control applications Format standards Alarm management Display organization Work station ergonomics Coding conventions
Recognizing the substantial volumes of technical reports on the topic of Electronic Screen Display development, the intent of this report is to provide a summary/overview of the important considerations that apply in the development of effective Electronic Screen Displays. For additional detailed guidance, please refer to Annex A — References
Purpose
The purpose of this technical report is to provide advice and guidance in the development of Electronic Screen Displays for use in conjunction with real-time Distributed Control Systems (DCS) used in utility fossil-fired power plants with boilers of 200,000 lb/hr or greater capacity.
NOTE - Distributed Control Systems are also referred to as Digital Control Systems
languageEnglish
titleISA TR77.60.04num
titleFossil Fuel Power Plant Human-Machine Interface - Human-Machine Interface — Electronic Screen Displaysen
typestandard
page30
statusRevised
treeISA - International Society of Automation:;2008
contenttypefulltext
subject keywordscoding conventions
subject keywordscolor coding
subject keywordsdisplay access
subject keywordsDistributed Control Systems (DCS)*
subject keywordsElectronic Screen Display alarm management
subject keywordsElectronic Screen Display control applications
subject keywordsElectronic Screen Display development
subject keywordsElectronic Screen Display elements
subject keywordsElectronic Screen Display organization
subject keywordsElectronic Screen Display replacement guidelines
subject keywordsElectronic Screen Display status
subject keywordsElectronic Screen Display structure
subject keywordsElectronic Screen Display types
subject keywordsElectronic Screen Displays
subject keywordsergonomics.
subject keywordsformat standards
subject keywordsfossil fuel power plant
subject keywordshuman-machine interface
subject keywordsnavigation designs (standard)
subject keywordsoperator entry techniques
subject keywordsrealtime DCS
subject keywordsshape coding
subject keywordssize coding
subject keywordstypical color conventions for black background
subject keywordswork station
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