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TechnicalInformation
Integrated Production Control System
CENTUM VP System Overview
(HMI Overview)
TI 33M01A11-40E
Yokogawa Electric Corporation2-9-32, Nakacho, Musashino-shi, Tokyo, 180-8750JapanTel.: 81-422-52-5634 Fax.: 81-422-52-9802
TI 33M01A11-40ECopyright Sep. 2008 (YK)3rd Edition Apr. 2010 (YK)
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i
IntroductionCENTUM VP is an integrated production control system used to manage and control theoperation of plants in a wide variety of industries, including petroleum refineries, chemical,steel, food, power, and so forth.
This manual (System Overview (HMI Overview)) provides a simple overview of the HIS (HumanInterface Station) of CENTUM VP HMI (Human Machine Interface). Before reading this manual,first read the separate System Overview (General Overview) manual to understand theoverview of the CENTUM VP, and then read this manual. After that, proceed to detailedmaterial, such as General Specifications.
Relevant Manual
TI 33M01A10-40E CENTUM VP System Overview (General
Overview) TI 33M01A12-40E CENTUM VP System Overview
(Controller)TI 32R01B10-01E Safety Instrumented System ProSafe-RS System Overview
Target Readership for This Manual
This manual is mainly intended for:
Managers who are planning to purchase a new control system.
Instrumentation and computer engineers who are evaluating CENTUM VP for purchaseor who will be in charge of installation.
None on Figures
Figures described in this manual may be highlighted or simplified, or partially omitted forthe convenience of explanation.
Trademarks
CENTUM and ProSafe are registered trademarks of Yokogawa Electric Corporation.
Windows is registered trademarks of Microsoft Corporation in United States and/or
othercountries.
Ethernet is a registered trademark of Xerox Corporation.
PLC is a registered trademark of Rockwell Automation,
inc.
FOUNDATION in FOUNDATION fieldbus is a registered trademark of Fieldbus Foundation.
Other product and company names may be registered trademarks of their respective companies(the TM or R mark is not displayed).
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All Rights Reserved Copyright 2008, Yokogawa ElectricCorporation
TI 33M01A11-40E
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Integrated Production ControlSystem
CENTUM VP System Overview
(HMI Overview)
Toc-1
TI 33M01A11-40E 3rd Edition
CONTENTS
1. Overview of CENTUM VP HIS.................................................................. 1-1
1.1 Ergonomic Design Concept ............................................................................ 1-1
1.2 Consolidated Alarm Management Software (CAMS for HIS) ....................... 1-1
1.3 Remote Operation and Monitoring Functions............................................... 1-2
1.4 Multiple and Wide Monitor Support ................................................................ 1-2
1.5 High-speed Data Update .................................................................................. 1-2
1.6 Succession of Operability ............................................................................... 1-2
2. Hardware ................................................................................................... 2-1
2.1 Desktop Type HIS.............................................................................................. 2-1
2.2 Console Type HIS.............................................................................................. 2-2
2.3 Operation Keyboard ......................................................................................... 2-3
2.4 Multiple and Wide Monitor Support ................................................................ 2-4
3. Operation and Monitoring Functions..................................................... 3-1
3.1 Overall Operation and Monitoring Functions ................................................ 3-23.1.1 Display Layout ................................................................................... 3-2
3.1.2 System Message Banner .................................................................. 3-3
3.1.3 Browser Bar ....................................................................................... 3-3
3.1.4 HIS Desktop Area .............................................................................. 3-4
3.2 Operation and Monitoring Window................................................................. 3-5
3.2.1 Graphic View with Graphic Attribute .................................................. 3-5
3.2.2 Graphic View with Control Attribute ................................................... 3-6
3.2.3 Faceplate View (Instrument Faceplates) ........................................... 3-7
3.2.4 Trend View ......................................................................................... 3-93.2.5 Tuning View ..................................................................................... 3-12
3.2.6 CAMS for HIS Message Monitor ..................................................... 3-13
3.3 Operation and Monitoring Support Functions ............................................ 3-15
3.3.1 Report Function ............................................................................... 3-15
3.3.2 Server for Remote Operation and Monitoring Function .................. 3-18
3.3.3 CENTUM Desktop ........................................................................... 3-18
3.3.4 Security ............................................................................................ 3-19
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1. Overview of HIS for CENTUM VP 1-1
1. Overview of CENTUM VP HISCENTUM VP introduces a new human interface station (HIS) that let operators toaccess information more easily, quickly and intuitively. We changed the design ofoperation window intending to provide universal color design based on theergonomics studies.
Figure Example of HISWindow
F010001E.ai
1.1 Ergonomic Design ConceptThe HIS for CENTUM VP adopts a new design concept Simple & Intuitive from theviewpoint of ergonomics. Icons and information allocation based on the above designconcept and the use of a universal color design provide operators with comfortableoperation and monitoring environments causing fewer physical and mental burdens onoperators.
1.2 Consolidated Alarm Management Software(CAMS for HIS)
Based on the latest alarm management guidelines (*1), Yokogawa developed a ConsolidatedAlarm Management Software for the process operator in the HIS. This software savesoperators from alarm flooding and to deliver only necessary alarms at the right timing.
(*1) EEMUA (Engineering Equipment and Materials Users Association) # 191.
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1. Overview of HIS for CENTUM VP 1-2
1.3 Remote Operation and MonitoringFunctions
Plants can be operated and monitored from a remote location. Remote operation andmonitoring can be made from a general purpose PC in an office far from the central controlroom.
1.4 Multiple and Wide Monitor SupportOne HIS supports up to four monitors as well as a widescreen LCD (16:10 aspect ratio).The scope of one operators responsibility widens, and the amount of information to beprocessed is increasing. To cope with these demands, the multiple monitors display manypieces of information to improve work effectiveness.
1.5 High-speed Data UpdateData acquisition functions allow display updating as fast as 1 sec. This level of performanceis required for manual control of pressure and flow.
1.6 Succession of OperabilityThe same operability as for a conventional HMI, such as touch operations and eight-control- key operation, 64 function keys, and the like, has been achieved. In addition, whenoperability changes with a CENTUM evolution, such as CAMS for HIS and Multi-windowmode, specific functions following the operability are provided.
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2. Hardware
2. Hardware 2-1
The HIS includes two types: a desktop type HIS with a general purpose PC and aoperation keyboard, and a console type HIS incorporating a general PC, monitor andoperation keyboard in a dedicated console assembly. An operation keyboard is aone- touch operation-based keyboard succeeding conventional HMI operability. OneHIS supports up to four monitors.
2.1 Desktop Type HISA desktop type HIS runs on a general purpose PC (IBM PC/AT-compatible machine) withMicrosoft Windows installed. The desktop type HIS achieves a simple operation andmonitoring environment based on the mouse operation. Moreover, an additional operationkeyboard achieves the same operability as a conventional console type HMI excluding partialfunctions.
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2.2 Console TypeHIS
2. Hardware 2-2
A console type HIS is composed of dual-stacked LCDs, a touch panel function, eight-control-
key operation keyboard and auxiliary contact I/Os. A number of console type HISes can beinstalled in a row. The console type HIS includes two types: an enclosed display style consoletype provided with a conventional external view, and an open display style console type usingLCDs and allowing the selection of monitors and types of keyboards. The following showsexternal views of a console type HIS.
Upper LCD (option)
Touch panel (option)
LCD
General purpose PC
Drawer
Operationkeyboard
Engineeringkeyboard
(general purpose PCkeyboard)
Mouse
(general purpose PCmouse)
Enclosed display style
console assembly
Figure Enclosed Display Style Console TypeHIS
Upper LCD
(option)
Touch panel
(option)
F020201E.ai
LCD
Operation keyboard
(option)
Drawer
Engineering keyboard
(general purpose PC keyboard)
Mouse
(general purpose PCmouse)
General purpose PC
Open Display Style
Console Assembly
Figure Open Display Style Console TypeHIS
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2.3 OperationKeyboard
2. Hardware 2-3
The operation keyboard uses dust- and drip-proof flat keys with a functional key layout based
on a one-touch operation. The operation keyboard includes an eight-control-key operationkeyboard usable in a console type HIS and a one-control-key operation keyboard usable in adesktop type HIS.
Mode Changekey
Tuningkeys
System maintenance panel
Operation
confirmation keys
Function keys (64)
Mouse
Data entry keys
Figure Eight-control-key OperationKeyboard
F020301E.ai
Mode Change key
Function keys (32)
Operation confirmation keys
Tuning keys
Data entry keys
Figure One-control-key OperationKeyboard
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2. Hardware 2-4
2.4 Multiple and Wide Monitor SupportOne HIS supports up to four monitors as well as widescreen flat panels (16:10 aspect ratio).The amount of information displayed with one HIS has increased.
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3. Operation and Monitoring Functions 3-1
3. Operation and Monitoring FunctionsThis chapter describes typical operation and monitoring functions. The followingshows the overall configuration of operation and monitoring functions.
Operation and Monitoring Functions
Common Functions
Syst em Message Banner
BrowserBar
Operation Screen Mode
Window Hierarchy
Plant hierarchy
Panel Set
Circulate Function
Print Screen Functions
Related builder
Shortcut Key
Operation and Monitoring
Windows
Operation and Monitoring Support Functions
Report Function
Remote Operation and Monitoring Function
CENTUM Desktop Environment Customization
Security Functions
Process Report View
Historical Message Report Functions
Line Printer
Advanced alarm filter
Consolidated Historical Message Viewer
Voice message
Multiple-Monitor Function
FCS Data Setting/Acquisition FunctionsGraphic View
Faceplate
View Trend
View Tuning
View
Graphic Attribute
Control Attribute
Overview Attribute
Open Interfaces
Remote Desktop Function
System Maintenance Functions
CAMS for HIS Message MonitoringView
Operator Guide View
Process Alarm View
Message Monitoring View
Help Window
System Status Overview View
System Alarm View
FCS Status Display View
HIS Status Display View
BCV Status Display View
HIS Setup Window
Time Setting Dialog
Figure Operation and MonitoringFunctions
Control Status Display
Windows
Control Drawing View
Sequence Table View
Logic Chart View
SFC View
Device Viewer F030001E.ai
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TG0701
TG0801
GR0003
GR0004
GR0005
TG0901
GR0006
GR0007
SYSTEM
.AL
? .OG
.SO
.SH
.SA
.SF FCS0101
.SF FCS0102.PR
PRODUCT
Comment
Process Alarm
Address
/SYSTEM/.AL
Favorite favorite-1
P MYPJT1
3. Operation and Monitoring Functions 3-2
3.1 Overall Operation and Monitoring
Functions This section provides the following functions getting involved inoverall operation and monitoring functions.
Display layout
System message banner
Browser bar
HIS desktop area
3.1.1 Display LayoutThe HIS display is composed of a system message banner, browser bar and HIS desktoparea as shown below.
System message banner
FCS0101 Batch ManagerReady? FCS0101 RIGHT Contro lFCS0101 RIGHT Manual ResetStart
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CopyTESTUSER
Overview
View TrendPlant
Tank Atrame
Tank B trame Procese A trame Geaotine trame
ME IFRMGPUMP
IM500 CW RE 11RM
Name Input
Search
ME IFRMGPUMP
FI4002FI4002
XXXXXX XXXXXX
100908070605040302010
FM001
AC1400
A
B
CPELMPS
TI1501
PM2000
FM002
AM401
Window Name Input
Call
NAMEDefault StationInformation
Ready
Browser bar
Figure DisplayScreen
HIS desktop
area
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TG0701
TG0801
GR0003
GR0004
GR0005
TG0901
GR0006
GR0007
SYSTEM
.AL
? .OG
.SO
.SH
.SA
.SF FCS0101
.SF FCS0102
.PRPRODUCT
Comment
Process Alarm
Address
/SYSTEM/.AL
Favorite favorite-1
P MYPJT1
3. Operation and Monitoring Functions 3-3
3.1.2 System Message BannerThe System Message Banner expresses the alarm occurrence status visually. The alarmoccurrence status is shown by colors and flashing of operation buttons, and the messagedisplay. The System Message Banner is always displayed at the top of the display, so willnever behidden behind other windows.
Message display area Date-time display YOKOGAWA symbol mark
11 6
AF01?
5
PIC100 Inlet A pressure LO FIC100 Tank B flow rate LLFCS0101 IOM Fail FI01 NODE 01 SLOT01
03/23/2009 14:35
CopyTESTUSER
Advanced alarm filter
name display area
Figure System MessageBanner
System status icon displayarea
User information display area
F030102E.ai
3.1.3 Browser BarThe browser bar is used to call up operation and monitoring windows. It can display a list ofoperation and monitoring windows and plant hierarchical structures in a tree-like fashion,allowing the entire system to be easily confirmed. In addition, if the browser bar is not used, itsdisplay can be minimized at the end of the screen.
Update button Pin button
Overview toolbox
Preset menu toolbox
Tool button toolbox
Overview
View Trend P lant
Minimize button
Window historytoolbox
Name Input
Search
Toolbox
Window NameInput
Name inputtoolbox
NAMEDefault StationInformation
Call
Figure BrowserBar
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Bro
wserBar
3.1.4 HIS DesktopArea
3. Operation and Monitoring Functions 3-4
The HIS desktop area displays various operation and monitoring windows. It is composed ofthe view, frame and container window as shown below.
Windows Desktop
Container Window
Frame (tab)
View
Figure HIS DesktopArea
E030104E.ai
ViewMost of the conventional CENTUM operation and monitoring windows such as graphics,trend and tuning windows are handled as views.
Frame
The frame offers a framework to arrange several views for a certain function or purpose. Oneframe can allocate up to four views. Tabs are attached to the frame; these tabs are displayedside by side if multiple frames are called up. Frames can be brought to the front by clicking ona tab.
Tab
FCS0101 Batch ManagerReady? FCS0101 RIGHT Control
FCS0101 RIGHT Manual ResetStart
03/23/2009 14:35
CopyTESTUSER
Overview
V iew T rendPlant
Tank Atrame
Tank B trame Procese A trame Geaotine trame
TG0701
TG0801
Figure TabedBrowsing
F030105E.ai
Container Window
The container window is the outermost HIS display area to be a board section on whichframes are displayed.
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3. Operation and Monitoring Functions 3-5
3.2 Operation and Monitoring WindowThis section describes the following view for process operation and monitoring.
Graphic view
Faceplate view (instrument faceplate) Tuning view
CAMS for HIS message monitor view
3.2.1 Graphic View with Graphic AttributeThe graphic view with graphic attribute displays plants in a visually easy-to-understand mannerusing abundant drawing objects. Plant conditions are graphically displayed and can beintuitively operated and monitored. In addition, various windows can be called up from thegraphic view.
GR0001 Distillation column
FIC001
FIC100
Column
flow
Distillationcolumn
49.2 C FIC100
AUT
NR
PV M3/H
70.0
SV M3/H
50.0
MV %
65.0
100.0
80.0
60.0
40.0
FIC
41.4
TDT
LICA
FIC
25.4 %
45.7 %48.9 TIC301
AUT
NR
100.0
20.0
0.0
0.0
Ready
Figure Graphic View with GraphicAttribute
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AIC100
Agitator A
AUT NRPV %
72.1
SV %
63.0
MV %
40.0
100.0
0.0
AJC100
Agitator B
AUT NRPV %
72.1
SV %
63.0
MV %
40.0
100.0
0.0
3. Operation and Monitoring Functions 3-6
3.2.2 Graphic View with Control AttributeThe graphic view with control attribute displays function block statuses using instrumentfaceplates. Instrument faceplates have two different sizes: Up to eight larger size instrumentfaceplates can be displayed side by side; while up to 16 smaller size instrument faceplatescan be displayed side by side. Both sizes of instrument faceplates can be simultaneouslydisplayed as well.
GR0001 Distillation column
LIC100
Tank ALIC101
Tank BLIC201 LIC202 LIC301 LIC302
AUT
NR
PV M
7.3
SV M
5.0
MV %
65.1
10.0
AUT
NR
PV %
72.1
SV %
63.0
MV %
40.0
100.0
AUT
10.0
0.0
AUT
10.0
0.0
AUT
10.0
0.0
AUT
10.0
0.0
LIC203LIC204 LIC303 LIC304
AUT
NR
10.0
AUT
NR
10.0
AUT
NR
10.0
AUT
NR
10.0
0.00.0
0.00.0 0.0 0.0
Ready
Figure Graphic View with ControlAttribute
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3. Operation and Monitoring Functions 3-7
3.2.3 Faceplate View (Instrument Faceplates)The faceplate view allows compact and graphical displays of data values, the mode offunction blocks, status of contact inputs, and the like.
Some representative faceplate views are shown below.
Tag name
Tag comment
Tag mark
Block mode
Alarm status
1TIC-1301T301 Jackettemp. control
ST
AUT IMAN
Cascade mark
CMP (computer)mark
Self-tuning mark
Block status
Calibration status
Tag
name Tag
comment
Tag mark
Block mode/block status
1LI-1001
Tank liquidlevel
AUT
Tag name
Tag commentTag mark
Block mode/block status
1MLD-100Flow controlvalve
MAN
NR CAL AOF Alarm OFFstatus
Alarm status
NR
Alarm statusNR
Data itemnames
PV DEGC
33.1
SV DEGC
33.1
MV %
Process Variable(PV) value
Setpoint value(SV)
EngineeringUnit Symbol
PV %
40.0ProcessVariable(PV) value
MV30.0 Manipulated Variable
Open/close mark
Output valueindex
Manipulated outputvalue limit bar
Process Variable
33.1
OPN
100.0
80.0
60.0
Manipulated Variable (MV) value
Instrument faceplate scale high limit
High-high limit alarm setting (red)
High limitalarm setting(green)
ProcessVariable
100.0
80.0
60.0
Instrumentfaceplate scale
Output valueindex
100.0
80.0
60.0
(MV) value
Instrument faceplatescale
(PV) bar
Manipulated outputvalue (MV) pointer
Output valueindex
Open/close mark
CLS
Run
40.0
20.0
0.0
Setpoint value(SV) pointer
Low limit alarm setting (green)
Low-low limit alarm setting (red)
Instrument faceplate scale low limit
Operation mark/comment
(PV) bar 40.0
20.0
0.0
Manipulated outputvalue (MV) pointer
Output valueindex
40.0
20.0
0.0
OPE.MARKOperation mark/comment
Figure PID ControllerBlock
Figure PVI Input IndicatorBlock
Figure MLD ManualLoader Block
Tag name
Tag comment
Tag mark
Block mode/block status
1MC-1201
P201RUN/STOP
Tag name
Tag commentTag mark
Block mode/block status
1AL-1102
Tank 102abnormal
Tag name
Tag commentTag mark
Block mode/block status
2XV-0921V102 open-
shut command
Alarm status MAN IMANNROOP
FV %
Feedback inputvalue(FV)
Alarm statusAUT
NR Alarm statusMAN
NR
PV
NR
Answerback value
Manipulatedoutput value (MV)
Instrumentfaceplate label
Answerback value
Operationinhibit frame
Operation mark/
SV
MV
DIRECT
STOP
REVERS
0.0
100.0
2
100.0
0.0
Setpoint value (SV)
Manipulated Variable(MV) value
Feedback inputscale
Setpoint (SV)pointer
Feedback inputhigh limit alarmsetting
Feedback inputlow limit alarmsetting
Feedback inputvalue (FV)
SV
1 Representative alarmprocessing enabled
Manipulated output value
(MV)
2
MV
2
START
PAUSE
STOP
Manipulated output
value (MV)
Answerback value
(PV)
Instrument faceplate
label
Operationinhibit frame
comment OPE.MARK
Figure MC-2 Two-PositionMotor ControlBlock
Figure ALM-RRepresentativeAlarm Block
Figure SIO -12 Sw itch Ins trume ntBlock
with 1 Input,2 Outputs
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3. Operation and Monitoring Functions 3-8
Tag name
Tag commentTag mark
Block mode/block status
1TM-1311T311reaction time
Tag name
Tagcomment
Tagmark
1SW-1001Flow switch
Tag name
Tag commentTag mark
Block mode/block status
2BSI-1001Phase display
Alarm status AUTNR
TIME
RUN
S
1000
300
Timer setting
Timer elapsedtime
Switch position
SW
2
Alarm statusPhase name
MAN
NR
Load(reactor)
Heat(phase)
Instrument faceplate label3
Switch position (SW)2
1
0
Scale highlimit
Phase switch
Scale lowlimit
Operation mark/comment
16
START
HALT
STOP
1
Instrument faceplatelabel
Status display
Operation inhibit frame
OPE.MARK
Figure TM TimerBlock
Figure SW-33 Three-Pole Three-Position
Selector SwitchBlock
Figure BSI Batch StatusIndicator Block
Tag name
Tag commentTag mark
Blockmode/ blockstatus Alarmstatus
2P-1200P200Lo-pPump
MAN
NR
START
PAUSE
Tag name
Tag commentTag mark
Block mode/block statusAlarm status
Instrument faceplatescale
Setpoint (SV) pointer
Process Variable (PV)bar
Manipulated output bar
1FC-1102
F102 flow ctl valve
MAN
NR
PV %
60.0
SV %
60.0
MV %
50.0
100.0
80.0
60.0
SETANRDT
PAUSE
Process Variable(PV) value
Setpoint value(SV)
ManipulatedVariable (MV)value
RESTART
SUSPEND
END
Instrument faceplate label
Operation inhibit frame
(MV) pointer40.0
20.0
0.0
RESTART
SUSPEND
END
Instrumentfaceplate label
Operation inhibitframe
Operation mark/commentOPE.MARK
Figure PBS5C Extended 5-Push-Button
Switch Block
Figure HAS3C ExtendedHybridManual
Station Block F030204E.ai
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Gathering
00:12:00 1
00%
FIC001.PV
? ? 1 BL01.SV480.0 KL/h
0.0 500.0
3.2.4 TrendView
3. Operation and Monitoring Functions 3-9
The trend view graphically displays various process data changes with time. Time-serieschanges in the process data are called trend data. The trend view allows the selection and
display of up to eight pens from multiple trend display modes. In addition, trend data ofdifferent sampling periods can be displayed on one trend view. Moreover, the trend data canbe easily used in other applications.
TG1001 Block:10 Group:01
1
2
102.3
82.3
62.3
42.3
22.3
2.3
13:34
03/23/2009
13:36 13:38 13:40
03/23/2009
13:42 13:44
Tag Name Tag Comment Value Unit Lower Upper
1 FIC001. PV Inlet flow 72.1 M3/h 0.0 100.0 2 FIC002. PV Outlet flow 53.3 M3/h 0.0 100.0 3 LIC100. PV Level 3.8 M 0.0 100.0 4 TIC100. PV Temp A 25.7 DEGC 0.0 100.0 5 TIC200. PV Temp B 14.1 DEGC 0.0 100.0
6 7 8
Figure TrendView
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? ? 4 FC02.PV146.6 KL/h
0.0 500.0
3. Operation and Monitoring Functions 3-10
Trend Display Mode
In addition to normal trend graph display, trend graphs can be tiled. The normal displaymode displays the data of eight pens in one graph. The tile trend modes tiles and displaysseparately for each pen or data type.
The following shows three types of the tile trend modes. Pen Split Display
TG0201 Block:02 Group:01
50.00
0.00
150.00
100.00
50.00
0.00
13:00 13:0103/23/2009
13:02 13:03 13:0403/23/2009
13:05
A001.PV1 A001.PV2 A001.PV3 A002.PV3 SW01.PV1 SW01.PV1
Figure Pen Split Display
Analog/Discrete SplitDisplay
F030206E.ai
TG0201 Block:02 Group:01
90.00
80.00
70.00
60.00
50.00
40.00
30.00
20.00
10.00
0.00
13:0013:01
03/23/200913:02 13:03 13:04
03/23/200913:05
A001.PV1 A001.PV2 A001.PV3 A002.PV3 SW01.PV1 SW01.PV1
F030207E.
Figure Analog/Discrete Split Display
Trend Data/Reference Pattern Split Display
TG0201 Block:02 Group:01
500.0
400.0
300.0
200.0
100.0
0.0
20:29 20:3003/23/2009
20:31 20:32 20:3303/23/2009
20:34
500.0
400.0
300.0
200.0
100.0
0.0
10:25 10:2603/23/2009
10:27 10:28 10:2903/23/2009
10:30
Tag Name Tag Comment Value Unit Lower Upper
1FC05.SV 2FC05.MV
3FC05.PV
480.0KL/h
191.0 %
142.5KL/h
0.0
0.0
0.0
500.0
100.0
500.0
Tag Name Tag Comment Value Unit Lower Upper
3FC01.MV
195.5KL/h
0 .0 5 00 .0
Figure Reference Pattern SplitDisplay
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MODE = MAN ALRM : NR
SH : 100.0 HH = 100.0 MH = 100.0SL : 0.0 PH = 100.0 ML = 0.0
3. Operation and Monitoring Functions 3-11
Clipboard Copy
Images and numeric data on a graph displayed in the trend view can easily be used inother applications by Copy & Paste operation of Windows.
Trend view image copy to clipboard
Copies trend view display images. The displayed contents, except the window pane,are copied.
Trend data copy to clipboardCopies trend data values displayed in the trend view to the clipboard. Data copied tothe clipboard can be used in spreadsheet application software.The following Information is copied:For each trend pen: the number of data points, tag name, data item, tag comment, low-limit value, high-limit value, number of decimal point digits, and engineering unit,For each data points: date and time, data value, and data status.
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MV = 20.1 % VL = 100.0 D = 0.0DV : 33.2 DL = 100.0 GW = 0.0
SUM : 0 SVH = 100.0 DB = 0.0
14:02 14:03 14:04 14:05 14:06
3.2.5 TuningView
3. Operation and Monitoring Functions 3-12
A tuning view displays the tuning parameters and tuning trend of each instrument. Thedisplay magnification of the tuning trend time and data axes can be changed.
FIC100 TUN Tank inlet flow
CAL RAW
FIC100 Tank inletflow
FIC100
Tankinlet flow
MAN
NR
PV M3/H
63.2
SV M3/H
30.0
MV %20.1
100.0
80.0
60.0
40.0
20.0
0.0
Ready 00:07 100%
Figure TuningView
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3. Operation and Monitoring Functions 3-13
3.2.6 CAMS for HIS Message MonitorThe CAMS for HIS (Consolidated Alarm Management Software for HIS) message monitordisplays consolidated alarms and events from various systems. Setting filter conditionsallows the selection and display of necessary alarms and events only. In addition, value-added information can be displayed to help take action for alarms quickly and accurately.
Shelving Area Alarm Event Browser Area
Alarm EventMessage Area
Detail InformationDisplay Area
Filter Area
Figure CAMS for HIS MessageMonitor
F030210E.ai
Consolidation of Alarms and Events
The CAMS for HIS message monitor displays consolidated CENTUM VP process alarms,system alarms, and operator guide messages on one screen. In addition, SafetyInstrumented System ProSafe-RS, Network-based Control Systems STARDOM, and FieldDevice Management Package (PRM) alarms and events are also consolidated anddisplayed.
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3. Operation and Monitoring Functions 3-14
Displaying Only Alarms and Events Required
CAMS for HIS provides many functions to deliver the necessary alarms and events to theright person at the right time.
Filtering
Alarm messages can be filtered and sorted using basic filters and user-defined filters.Basic filters such as a process alarm filter or a plant-hierarchy filter can be usedwithout configuration. Filters unique to individual users can be defined, and temporaryfilters can also be created flexibly.
EclipsingAlarms and events that are activated repeatedly by the same tag can be integratedand displayed on a single line. Reducing the number of alarm messages displayedon the window will allow operators to reach the critical alarms more quickly andeasily.
ShelvingUnnecessary or nuisance alarms can be moved to a temporary area called a shelf inorder to hide alarms due to special circumstances. Individual unnecessary alarms
can be manually moved to the shelf. Chattering alarms or alarms that match user-defined conditions can be automatically moved to the shelf.
Adding Value-added Information
Value-added information such as root cause of alarm occurrence, role-based action to betaken and previous action procedures can be added to the displayed message.
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3. Operation and Monitoring Functions 3-15
3.3 Operation and Monitoring SupportFunctions
This section describes the following functions supporting operation and monitoring.
Report function
Remote operation and monitoring server function
CENTUM desktop
Security
3.3.1 Report FunctionDaily and monthly reports can be created using the report function. Microsoft Excel is used asthe application tool. A report form of daily and monthly reports can be used for reporttemplates. Users can also create new template from scratch. Data that can be read to thereport are shown below.
Closing data (average values, totals, maximums, minimums, etc.)
Trend data
Historical message
Tag information
Process data (instantaneous value)
Batch data
The following shows an example of a daily report. The daily report can be created by settingthe necessary tag names and process data.
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3. Operation and Monitoring Functions 3-16
XXXXXX DailyReport
Date : yyyy/mm /dd
TIC100 TIC200 TIC300 FIC100 FIC200 FIC300 FIC400 FIC500
PV PV PV PV PV PV SUM SUM
Temp.1 Temp.2 Temp.3 Flow1 Flow2 Flow3 Total Total
DEGC DEGC DEGC m3/h m3/h m3/h m3 m3
00:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
01:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
02:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
03:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
04:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
05:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
06:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
07:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
08:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
09:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
10:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
11:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
12:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
13:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
14:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
15:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
16:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
17:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
18:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
19:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
20:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
21:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
22:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
23:00 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
Ave. 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
Total 000.0 000.0 000.0 00000.0 00000.0
Max. 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
Min. 00.0 00.0 00.0 00.0 00.0 00.0 00000.0 00000.0
Time
forMax.
00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00
Timefor Min.
00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00 00:00:00
Figure Example of Daily ReportForm
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3. Operation and Monitoring Functions 3-17
Printout Start
Printout start methods are shown:
Automatic printout of pre-selected intervals/specific time
Automatic printout when sequence messages are received
Manual printout when a function key (on the operation keyboard) is pressed
Manual printout when a button on the graphic view is clicked
Manual printout from Microsoft Excel
Printout started from the application program (using Visual Basic)
Report Printout from Another PC
A report printout is possible using Microsoft Excel on another PC connected to the network.
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B
3. Operation and Monitoring Functions 3-18
3.3.2 Server for Remote Operation and Monitoring FunctionThe server for remote operation and monitoring function allows plant operation and monitoringas well as engineering from a remote PC. Plant operation and monitoring can be made from aremote PC far away from the central control room using the same windows as in HIS, exceptfor some functions.
FCS0101 Batch Manager Ready? FCS0101
RIGHT Control
FCS0101 RIGHT Manual Reset Start2008/03/03 14:35
Copy
TESTUSER
?
Overview
FCS0101 BatchManager ReadyFCS0101 RIGHT ControlFCS0101 RIGHT Manual ResetStart
GR001 Distilation Column .ALProcess Alarm
2008/03/03 14:35
Copy
TESTUSER
Overview
View Trend Plant
TG0701
TG0801
GR0003
GR0004
GR0005
TG0901
GR0006
GR0007
SYSTEM
.AL
? .OG
.SO
Tank A trame TankB trame ProceseAtrame Geaotinetrame
MEIFRMGPUMP
CWRE11RM Client PC
View Trend Plant
TG0701
TG0801
GR0003
GR0004
GR0005
TG0901
GR0006
GR0007
SYSTEM
.AL
? .OG
.SO
.SH
TRC
Distillation column 49.2C
TDAPAC
37.5 C51.3C
FIC001
FIC200Reactorflow
AUTNR
PV M3/H55 .3
SV M3/H50 .0
MV %65.1
.SH
.SA
.SF FCS0101
.SF FCS0102
MEIFRMGPUMP
.PR
.SA
.SF FCS0101
.SF FCS0102FIC41.4 %
38.9 ? FIC LICALICA 45.7% 48.9
100.0
.PR
PRO DU CT
Comment Process Alarm
Address /SYSTEM/.AL
Favorite
favorite-1
PP MYPJT1
Search
XXXXXX XXXXXX
100
90
A80
70
60
50
40
30
20
C
PRODUCT
Comment Process Alarm
Address /SYSTEM/.AL
Favori te
favorite-1
PP MYPJT1
Search
TDT53.8C
FIC25.4 %
80.0
60.0
40.0
20.0
Name Input
Window Name Input
Ca ll
10PELMPS
Name Input
Window Name Input
Call
0.0
NAME
Default Station Information
Ready
NAME
Default Station Information
Ready
03/31/2008 19:06
03/31/2008 19:06
Site
CENTUM
VP
Client PC
Intranet
Server forRemote Operation
and Monitoring
Office building
Vnet/IP
Central control room
Figure Example of Remote Operation andMonitoring
F030302E.ai
3.3.3 CENTUM DesktopThe CENTUM desktop provides an optimum operation and monitoring environment byrestraining standard Windows functions unnecessary for operation and monitoring, suchas Explorer, Auto Run, etc.
Restrained Items
All icons (My Computer, Recycle Bin, etc.) on the desktop are hidden.
Unnecessary items (Explorer, shutdown, etc.) in the Start menu are hidden.
Auto Run from DVDs is impossible.
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3.3.4
Security
3. Operation and Monitoring Functions 3-19
The security function help prevent illegal operations and other problems and ensure the safety
of the system. The security function restricts the scope of operation and monitoring permittedfor an operator, and masks certain alarms of which the operator need not be notified.
Overview of Security Functions
When the operator log on, the scope of operation and monitoring and the permissionare specified. In addition, security can be defined for each function block and eachwindow. Moreover, advanced security functions, such as an automatic user-out, canbe set.
In the operation and monitoring functions, operators have three attributes, including:
User name
The attribute to identify the user
User groupThe attribute to decide the scope of operation and monitoring
User PermissionThe attribute to decide the authority for operation and monitoring
The following shows the flow of security functions.
Userin
Operator
Check
user
name
User
groupCheck
operation and
monitoring
scope
User permission
Check operation
and monitoring
permission
Operation
history
Function block operationand monitoring
Window operation and
monitoring
Operation and monitoring
of received messages
Invalid operation Invalid operation Invalid operation F030303E.ai
Figure Flow of Security Functions
User nameThis is a user-specific user name which uniquely determines who the operator is. Historical(operation) logging and the like will include this user name. A password is associated witheach user name.
User Group
The user group which the user belongs to determines the scope of operation and monitoringfunctions that can be performed. The user group determines which FCS can be monitored,which FCS can be operated, and which windows can be displayed. You can restrict the itemswhich can be monitored and operated by specifying the corresponding station name and
drawing name, for example. You can specify certain groups in certain plants, for example.
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3. Operation and Monitoring Functions 3-20
User Permission
You can subdivide a user group into several levels of user permission (restriction): ordinaryoperator, senior operator, engineering personal, etc. The default is three such levels S1,S2,and S3 per user group. The default user permissions for these three levels are as shownbelow. User-defined user permissions U1 to U7 are also possible.
Table Standard User Permissions
Permission level Monitoring Operation Engineering
S1 x
S2 x x
S3 x x x
U1 to U7 Set by user
x: enabled: disabled
Security on a Per-Function-Block Basis
You can require confirmation when setting data in important function blocks, to preventinadvertent data entry. Using operation marks, you can also change temporarily theoperations are available or not.
For each individual function block, you can specify:
User restrictionsUser restrictions on changing settings such as SV, MV or alarms
Confirmation of settingsThe need for confirmation of settings (to help prevent errors)
Alarm processingThe type of alarm (blinking, need for acknowledgment, repeat alarms)
Tag markThe tag mark corresponding to an individual function block can also be specified bythe user, to indicate tag importance (priority).
Table Tag Mark
Tag priority Tag mark
Important tag
Ordinary tag
Auxiliary tag 1
Auxiliary tag 2
Window-based Security
The operation and monitoring authority can be set for each window. By setting the operationand monitoring authority on graphic views, changing the instrument faceplate assignment oracknowledging of alarm blinking can be prohibited. On the trend view, the change of trendpens assignment and the start/stop of batch trends can be prohibited. On the HIS setupwindow, the change of function key assignment definition can also be prohibited.
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3. Operation and Monitoring Functions 3-21
Advanced Security
Advanced security is provided to block password leaks and to prevent illegal access andother problems.
User Lockout
The logon attempts with invalid password and user name are monitored. If the attemptsare continued for number of times, a system alarm message is initiated to alert for theillegal access. It is possible to lock out the user who attempted logon as an illegal user.
Password ExpirationYou can set the expiration period of password. 14 days before the expiration dateof a password, a message notifying that the password will soon expire is displayed.
Prohibiting Using Previously Used PasswordsYou can make settings so that a user cannot specify the same character stringas a previously used password when the user changes the password.
Automatic User-OutIf the keyboard or the mouse has not been touched for a designated time period, the user
is automatically user-out.
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i
Revision Information Title : Integrated Production Control System CENTUMVP System Overview(HMI Overview)
Manual No. : TI 33M01A11-40E
Jul. 2008/1st EditionNewly published
Nov. 2009/2nd EditionCorrected
Apr. 2010/3rd EditionIntroduction
Relevant Manual [Revised description]
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Written by Yokogawa Electric Corporation
Published by Yokogawa Electric Corporation
2-9-32 Nakacho Musashino-shi Tokyo 180-8750