User Manual for E-R Alarm Monitoring System

8/10/2019 User Manual for E-R Alarm Monitoring System

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User s anual

System Description

ACONIS-1000

System

Description

Hyundai Heavy Industries Co. Ltd,

Page

1

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System escription

Table

o

Contents

1. System Description.................................................................................................................

..

..3

1.1. Introduction........................................................................

.. ........ .....

..

..

...

.

..

3

1.1.1. Features ..........................................................................................................................................4

1.1.2. Installation ..............................................................................

.

....

..

......... .. ...

..

..

......4

1.1.3. Man-Machine Interface .................................................................... .. .. .... ...... .. 4

1.1.4. Communication Bus System ............................................................................................

....

.

4

1.1.5. Unmanned Monitoring.................................................................................. ........ 4

1.1.6. System Structure.....................................................................

.....

..

..

.. .. ..

..

6

1.2. Process Control Station ......................................................................................................... ....7

1.2.1. Process

unit

.....................................................................

..

..

..

..

......

..

..

..

..

..

..

..

8

1.2.2. Interface unit ..................................................................................................................................8

1.2.3. Structure of Process Control Station .......................................................................................8

1.3. Server Control Station........................................................................................................................9

1.3.1.

Hardware

Structure

of

Server control Station....

.......

...

................ .....

10

1.4. MiniatureRemote Terminal Unit and Real-Time Control Station......

.

.... ..............

..

11

1.4.1.

Hardware

Structure............................................................................. ................... ..11

1.5. Operator Control Stations .....................................................................

..

..

..

..

..

....12

1.5.1. Video Client................................................................................. .. ...... .. ....... ...... .. ..12

1.5.1.].

Hardware

Structure

of

Video Client ....

.

...

. ..

....

.

...........................

12

15.1.2. Display Structure of Video Client...................................................................13

1.5.2. Alarm Server .................................................................................................. .......

.

..

..

.....14

1.5.2.1. Hardware Structure of Alarm Server..... ......... ...... .. ...... ...... ...................... 14

1.5.2.2. Alarm Printing .................................................................................. .. .... ...... .. 14

1.5.2.3.

Log Printing ......................................................................... .............. . ....

15

1.5.2.4. EAS Management................................................................ .. .. ...... 16

1.5.3. Operator Control Station's Communication.... .. ..................... .......... ................17

1.6.

Communication Interface

Gateway....

...

.... .... ....

....

..........

..

.....18

1..6.1. l1ardware structure ................................................................... .... ...... . .. 18

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User s Manual

System Description

1 System Description

The ACONI5-1000 System is a total control

system

which interfaces

with other

multi-functional alarm monitoring, data acquisition, control system and other

system for ships and offshore vessels

based on

fully distributed microprocessor

technology

in uniform

hardware concept. With its modular system structure; the

system offers a

high

degree of reliability

and

flexibility, which

makes it

suitable for

large variety of different

types and

sizes of ships

where

efficiency

and

reliability are

highly significant. t is

adaptable

for all types

of

ships, e.g.

bulk

carriers, cruise

vessels, container ships, reefers

and

other special purpose vessels.

1 1 Introduction

The ACONI5-1000 System has a modular and flexible

system

structure, with

computer capacity which is fully

distributed

to all control room stations,

by use of

a

microprocessor technology. The tasks

in

the ACONI5-1000 System

are

distributed

among sub-stations.

The

sub-stations

are

divided into three groups:

Process control station : performs interface

with

process, signal manipulation,

automatic regulation and control.

Operator

control station:

performs

control

and

supervision.

Server control station : control the communica tion

between

the

other

stations

and transverse communication between buses and manage all database over

operator

control stations

and

interface gateway(if GW) and

other

systems

connected to communication bus.

The controlling module

of

a sub-station comprises

one

32bit microprocessor

equipped with memory device and communication

module. The

abbreviation

GCM

(General Control Module) is used for this controlling module.

Communication

between sub-stations are carried

out in

a digital serial

mode

through

a dual bus-system at the high

speed of

375,000 bps, giving the system an

updating

time

of

less

than

1 second. The communication

media uses twisted pair

cable

as

well as coaxial cable. The

bus

system of the ACONIS-l000 eliminates the

risk

of

total break down of the

system caused

by

earth

failure, electro-magnetic

interference

or

a

broken

bus.

Process control stations are connected with one

another

by a

duplexed

process

control

bus

system,

through

the first

synchronous

interface channel of the

communication module and its

stand by

module. A maximum

of

32 process control

stations

can

be connected

on

a

bus

system. The

operator

control bus system

from

the operator control stations is connected to the second synchronous interface

channel

of

the serial communication module. This bus

system

connects a maximum

of

6

operator

control station and

one alarm

station

with

one another.

The ACONIS-1000 System is

designed

to meet the classification of society's

requirements for a periodically

unmanned

engine

room

operation.

The

design

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Manual

System Description

conforms

to

all rules and regulations, and all types of module are

approved.

In

addition, the ACONI5-1000 System has high reliability

in

their systems.

1.1.1 Features

The ACONI5-1000 alarm

monitoring

and control system is a

microprocessor-based

system designed to provide the ship s

officers

with

all

the

basic

alarm

and status information they require to

maintain

a safe and efficient

operation

of the machinery, especially when unmanned.

The ACONIS-l000 System has the

advantage

that its structure is designed by

the DCS (Distributed Control System), and each auxiliary storage device in the

microprocessor-based stations

has

Flash Disk

or

ROM (Read

Only

Memory)-based

design. The

structure

of the DCS

has

merit, unlike

the

Central Control System, all

local control stations

can operate

their own local work control. Though a

supervisory

control station's

break-down could

occur, the sequential control works

can

keep

the entire control process of

the system

from

stopping

because of

the

supervisory

control station's break-down. The auxiliary storage device is a

memory

space in which executable code and data can be stored in the microprocessor-based

system, and disk storage can be used for general purposes.

1.1.2 Installation

Each ACONI5-1000 station has the potential of both central installation and

local installation. Each

unit can

be installed locally and also all the

units

together

can be installed in

one

cabinet.

1.1.3 Man-Machine Interface

Operator control stations provide full colored graphic displays, functional

keyboard and

tracker-ball.

Graphic

user interface in the man-machine interface

provides

standard

and

customized

mimics

through

colored graphic display, and for

each display

including the

graphic interface button, the functional

keyboard

can

be

directly

handled by the

tracker balL

1.1.4 Communication Bus System

The communication bus system of ACONIS-l000 has a basic dual network

structure

in

which the lower bus

system

and the upper bus system are separate,

and

can

work in case

of

a communication line fault and

break-down

of

communication

devices

and

stations. The Server control station is

the

communication

master station

in the bus

system

which connects the

lower bus

system and

the

upper bus

system

and

supervises

and

controls

communication load

in the ACONIS-l000 system. The

Server control station is basically a

dual

station consisting

of

the

main

link station

and

the

reserve link station. The reserve Server control station

has

a fault tolerance

by

providing hot back-up of data base

in the

main

Server control station.

1.1.5

Unmanned

Monitoring

All

monitoring

and

alarm

facilities are

provided both in

the machinery space

and in the Engine Control Room (ECR). Sufficient facilities

are

also provided for

machinery watch

on

the bridge,

and

a watch-caning

subsystem

which

enables

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User s Manual

System Description

1 1 6 ystem Structure

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fl6a

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..

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User s

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System D e ~ c r i p t i o n

1.2 Process Control Station

The process control stations perform the operational center of the ACONIS-1000

system and each of the stations consist of a process unit and interface unit. The

stand-alone computers can

be equipped

with hot back-up when required. Each

process station is

independent

and works in parallel with the process which is being

monitored and controlled. With

regard

to the

primary

control of process the

processes control station is the most important unit in the system. It carries out the

operations required for keeping the process stable.

0 20 rnA

4 20

inA

DIGITAL

IN

~ G l

DOM 6

REDUNANT 375K BPS SERIAL BUS

MAIN

BUS

RESERVE BUS

.-

I

' '

~ . -

P

OIG:TAL IN

[2J

PUL.SE IN

till

AOM2

Figure 1 2

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User s

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System escription

1.2.1 Process

unit

Each process

unit

performs logical functions, mathematical calculations,

alarm

monitoring, automatic control with different algorithms, motors and valves controL

sequential controls, group controls, protections and interlocking, linearizations,

different arithmetical operations, etc. and is independent of a central unit. The

process control station receives the

operator s

control commands, uses the

command

as

reference values and drives the actuators

to

the desired state.

The control commands include manualjautomatic changeover, start

and

stop

command, set-point changes etc. The number of process stations is dependent on

the number of functions to be monitored and controlled. The process control station

collects the process and actuator status information, processes the information

when

required, and sends i t to the operator control station.

1.2.2 Interface

unit

The interface units connect the field instrumentation to the ACONIS IOOO

system. They also

supply

the transmitters and provide overvoltage and disturbance

protection.

1.2.3 Structure

of

Process Control Station

Figure 1.3 illustrates the structure of a process control station. The structure of

the process control station, like that of the entire ACONIS-1000 system, is of a

modular

type.

The process control station consists of the following units:

MPM main process module

PCOM dual CPU embedded process communication

module

PWRM power supply

module

5MB2/4 system motherboard, for single / double GeM

PROCESS INTERFACE BUS

MAIN BUS

RES.

US

- - - - - - - - -

- - -

. - - -

. - . - - .

I

P

W

R I

!

I

M I

I

0

S

M

l

D

16116132

D

I

M

32

D

I

M

16

D D

11

0

M M

8

16

P

I

M

2

A

0

M

2

I

P M

C P

o M

M

M P

P C

M

yv Main

7 Process

or

Process

In ter face uni ts

Reserve

rooessor

Figure 1.3 A typical Process Control Station

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User s

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System escription

The following types of interface units can be used at the process

control stations;

105M input-output

scanning

module

multiplexers for the process interface units

AIM16

analog

input module

for

16

analog signals

DIM32

digital

input

module for 32 contacts

DIM8

digital

input module

for 8 contacts

e

g.

3

line

input with

33k

for monitoring of auxiliary engine

shutdown

DIM16

digital input module for 16 contacts

DOM16

digital output

module

for 16 contacts

PIM2

pulse

input

module for a signal pulse frequency

AOM2

analog output module for 2 analog output signals

DOD

demand

on display

1 3 Server control Station

The Server control station controls

and

supervises the data communication

between the stations connected to the process control

bus

and operator control bus.

Data transfer at the Server control station is serial. The HDLC protocol is

used in

the

communications.

The Server control station

manages

the communication

bus

system

in

the

ACONIS-l000 system

and

functions as an information server for the operator

control stations has the features to get I/O data

in

the lower part

and

alarm

information for the process control station and has the task of synchronous

function.

n

addition the database is installed inside all the

work

such as creating a

new event in accordance to

I/O data

status

and

managing information

in

system

log information trend information alarm display list and inhibit display list and a

system clock are carried out.

The Server control station is a

dual

station designed

by the

structure of fault

tolerance. The operator control bus and the process control bus are designed

by

the

dual network and each

bus

is isolated and connected to the Server control station.

Therefore if a break-down occurs

in

one system it

won t

effect the other systems.

Because a bus system is designed

by the dual

network when one

network has

a

problem

i t

is automatically replaced

by

the reserve

network

in the Server control

station. During this process delay and loss of data in the network requiring

replacement never occurs. In

main/reserve

substitution the operator control bus is

dependent of the Server control station and the process control station bus is

independent

of the Server control station. Therefore the operator control

bus

is

connected to

the

main bus system in the

main

Server control station and to the

reserve

bus

system in the reserve Server control station. Irrespective

of

this the

process control

bus

is simultaneously connected to the

main/

reserve system.

The most

important feature is the consistency of each database installed inside

in

case of a

main/reserve

substitution

in

the Server control station. This is because

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User s Manual

System Description

. ~ . . ~ ~

the reserve Server control station must hot back-up the database in the main

Server control station under the suspend mode. The main Server control station in

the beginning of operating back-up the data base in the reserve Server control

station for about 3 minutes when the reserve Server control station is active, and

when completed, the back-up communication right is given from the reserve

Server control station.

The following show the connecting methods of

main/

reserve Server control

stations, operator control bus and process control bus.

1.3.1 Hardware Structure of Server control Station

The Server control station consists of the following units:

MPM IV 32-bit microprocessor-based main processing module 2 ea.)

FDC full display controller

and

ROM-Disk, Fresh Disk 2 ea.)

COMM II dual CPU embedded communication module 2 ea.)

PWRM power module (2ea.)

Figure 1.3 illustrates the structure of the Server control station

VIDEO

GENERATOR

_

_________

_____

_ . _ ~ _ . _ . _ _ .

M. BUS

(] (]

C

C

SERVER CONTROL

STATION

R. BUS

MAIN

J ' ,

f

I j......

loOU

. 3>

PROCESS PROCESS

STATION STATION

Figure 1.3 Typical structure of process, server, video generator

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System Description

1.4 Miniature Remote Terminal Unit and

Real Time Control Station

In order to identify operation status of electrical equipment, Miniature Remote

Terminal Unit gets information through various Input

Card

to obtain value

or

status

of sensor, and performs command of operation to drive certain device. The system

typically takes

in

charge of PID control. Moreover,

it

is

used

for data collection at

remote distance, if necessary. Direct installation of this system to

yard may

eliminate malfunction and reduce signal lines.

nd

Real-Time Control Station helps MRTUs to communicate MRTU s data to

Server and vice-versa.

t

acts as supervisor of connected MRTUs with initializing

MRTUs and PID parameter tuning.

t

communicates

with

MRTU through ARCNET

and with Server through RS 48S.

1.4.1

Hardware

Structure

This Station consists of the following units:

a) Real-Time Control Station

MPM4C micro-processor based

main

processing

module

DCCM dual CPU embedded process communication module

UCPWR power supply module

b) Miniature Remote Terminal Unit:

MCPU

main process

module

MIDO

digital

input

/

output module

MAl

analog input module

MAO

analog output

module

MPOWER

power supply

module

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System Description

Figure 1.4 illustrates

the structure of

the station

SYSTEM

SERVER

ST TION

i

0

0

V

M

C

P

p M

w

4

R

C

0

0

C

C

M

0

ARCNET

1.2SMbps

Real-Time

Control Station

t

I

,,

--MA5(:'i6E' ..

A

M

p

0

W

E

R

. .

M

P

C

U

M

D

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>

>

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P

0

w

E

R

M

P

c

u

M

D

I

0

M

A

I

M

A

0

C

C

Mlnuature Remote TermInal MIniature Remote Terminal

Unit

Unit

Figure 1.4 A typical

structure

ofRTCS, MRTU

1 5 Operator Control Stations

Operator control stations in the ACONIS-1000 system transfer the useful

information to the operator through Graphic user interface or man-machine

interface, and receive the operator s signal through input apparatus, and during this

time the video generators and the alarm station work by the operator s intention.

1.5.1 Video Oient

The

video

client output the process data to the monitors via a full-graphic

display controller. The

video

client picks

up

the necessary process

data

from

the

operator control bus

and

displays the

data with

the display format selected from

the

functional

keyboard

or

tracker ball.

1.5.1.1 Hardware Structure of Video Client

The

video

client is connected to the operator control

bus

through a

communication module. It consists of the follOwing units:

MPM N 32-bit micro-processor based main processing module

FDC full display controller and ROM-Disk, Fresh-Disk

COMM II dual CPU embedded communication module

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User s Manual

System

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Figure 1.5 shows the structure of the video generator

20" COLOR CRT

t:::::::::::l

[ =J

c::::::::J I = J

=

=

=== J I = J c = I = J =

KEYBOARD

t = J c J ~ C = = c J

t lc Jt lc ==c J

TRACK-BALL

o

CONIS

J J ~ ~ T O R

ON

OFF

oe

COMMU

o

HYUNO I

R.BUS

M.BUS

Figure 1.5 The Structure of Video Generator

1 5 1 2 Display Structure of ideo Client

The basic

arrangement

of the video client display on screen are as follows

Status Display

Group

Display

Alarm

Display

Inhibit Display

Pow

er Control Display optional)

Graphic Display optional)

Trend Display

Log Display

Custom

Display

Help Display

The text and the graphic symbols are supplied through the relevant color data

in

the condition of the channel of the display of the video client. The color data used

are as follows :

GREEN

Normal

Status

RED

Acknowledged Alarm Status

RED BLINKING Unacknowledged Alarm Status

CYAN Interlock Status

PURPLE

Suppressed Status

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User's Manual

System Descripti

on

1.5.2 Alarm Server

The alarm server

has

the capability to

output

the

status

events from the

ACONIS-1000 system in chronological

order through

the alarm printer, to timely

output the normal log information and the daily log information by the log printer,

and to manage EAS (Extended

Alarm

System).

1.5.2.1 Hardware Structure of Al arm Server

The alarm server consists of the follOwing units:

MPM IV 32-bit micro-processor based m

ain

processing

modul

e

FDC

COMMll

1 5M

DIM16

DOM16

full display controller and ROM-Disk, Fresh-Disk

dual

CPU

embedded

communication

module

16bit

input-output

scanning

module

16 digital input module

16 digital output

modul

e

2

ea.)

ECR

WH

ENG I

NEER

RS 85

COMMUNICATION

ALARM

PRINTER

A

LARM

SEVER

=

=

LOG

PRINTER

=>

RBUS

M.BUS

1.5.2.2

Alarm Printin

g

The alarm

printing

is allegedly wanted to print o

ut

the events from the system

in

chronological order. The events are the alarm event, the normal event,

an

d the

inter-lock event. The color prints are red blue and block for alarm event, inter-lock

event

and normal

event respective!.

HYVNDAl ACONIS

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User's Manual

System Description

The following is

an

example of a print out form of the alarm event.

HYUN DAI

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OFFSHORE

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User s

Manual

System Description

The following is example of a print out form of the daily log

SHIP .

HY

IJNUAI ME.RCH.ANT MARINE

HI

902

LOG GIN 11M

1998/03/2020: 0:00

CHI

A

1141

1142

1143

1144

1145

1146

1147

1148

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A

1322

t .

1323

A

1324

A

Description

CPP REMOTE C O ~ T SYS Ft-JL

CPP leu PWR FAIL

CPP RCCU ILL PWR FAIL

CPP HYD RTM OIL FILT FAIL

CPP RPM TRANS FAIL

cPP BACK-UP SY8 FAIL

CPP HYD BST BACK-UP

IN

FAIL

CPP HYD PROP Y V FAIL

M/ E AIR COLER CFW

IN

P

0.00 - 6.00

M/E

AIR COLER OFW OUT T

0-150

Mt- IN CSW PUMP OUT TEMP

A-50 - 50

MAIN CSW PUMP DISCH PRESS

0.00 - 4 00

DAILY

LOG

RFPORT

HYUNDAI ACONIS SYSTEM

P Q ~ 1898 320-

2G

01

-

08:00 12:00

Ins.co

E

unit

NORrvlAL

I ._

: .1

XA 2

NORMAL

r 1 x A

2

~ J O R M L

XA 2

NORM.6.L

IJ

XA

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NORMAL . x o 2

NORMAL

>.L

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xt o

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04:00

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0.00

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1.5.2.4 EAS

management

The EAS (Extended alarm system) has a function to enlarge the scope of the

alarm event occurring inside the system when necessary, to recognize the alarm

occurring

in

other areas outside E R and to unman the alarm monitoring. The

basic function of the EAS is

not

only

the

extension of the alarm,

but

also

the

duty

transfer, engineer caller, and re-alarm.

ECR

I

I

W/ H

I

E

NG INEER

S485 COMMUNICATION

HYUND l CONIS

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User s Manual

System Description

1.5.3 Operator Control Station s Commun ication

The

connecting method of

the COMM II, intercommunication

module of

the

video generator

and

the operator

control

bus

are

as follows.

CONI

connect to main operator control bus

CON2

not connect

CON3

connect to reserve operator control bus

CON4

not connect

In the connection of the

video

client

and operator

control bus,

COMM

II

automatically recognizes the present bus, receives information on the Server control

station through the active

operator

control

bus

automatically installed, and transfers

data input

from user. Therefore, in

the

video client application program,. the

information

of the

present

active

operator

control

bus

is

shown on

the upper left of

the

monitor,

and

in the

main

ope

r

ator

control

bus

nothing

is

shown

because this is

in a condition of default. However, the message RESERVE is shown when the

reserve operator control bus is active, and when it is not actjve the message

RESERVE blinks cont inuously. This means that the active operator control bus is

scanning to search for the active bus, and if this continues the operator control bus

is down.

Operator control stations

VID

EO

S

ERVE

R I VIDEO S

ERVE

R 2

VIDEO SERVER 3

C CH2 CH3 CH4

MAXI6

,--+-

O

_H -c_

O

,3

0

H_

-, LI_+H_I__O_ C..__

O

-3_ _

0

H_

-,I [9

o

Q 0

COMM

II

COMM

COMM

"I

Ma

ll1

ne

1

Cf-I I

CH 2

CH3

9 1

Main

9

0 0

Server Control Station

I

i I

1

0

O:

:)1

Reserve

Server Control Staion

COMM

F.ese

rYe

l i ric

-

Ma in

Une

C

I

CH'

CHI

CH2 CM 3

H '

o

o

o

o o o

PC

OM

PCOM

Process control stations

HYUNDAI

ACONIS

Page

17


19/124

User s Manual System Description

1.6 Hetero homogeneous communication

Interface

Gateway

(ifGW)

This out communication

ACONIS IOOO and other system has different protocol and

monitoring function for

ACONIS IOOO

; ; l


20/124

UJer J

Manual

Operating nformation

ACONIS-l000

Operating Information

yundai eavy Indus tries Co. Ltd.

HYl NDAI ACOiVNo, Page


21/124

lfser's

Manual


Table o Contents

1. Keyboard Description ................................................................................................................................3

1.1. Lock for the comn1and Key.............................................................................................................3

1.2. LED Indication of power supply for keyboard ..........................................................................4

1.3.

Display Selection Keys ..................................................................................... .................... ..4

1.4. Channel Selection Keys ......................................................................................................................4

1.5. Page Shift Keys ....................................................................................................................................5

1.6. Local Domain Time Setting Keys ................................................................................ ....

....

5

1.7. Security Keys ....................................................................................................................................

..5

1.8. Control & Value SetKeys on the

group

display............ ................ ...... .. .... ...........6

1.8.1. Motor Control Function Keys .................................................................................... ..........

6

1.8.2. Valve Control Function Keys ....................................................................................................6

1.8.3. PID Control Function Keys ........................................................................................................6

1.8.4. Group Set Function Keys ....................................................................................

..

..........6

1.9. Channel Registration

&

Log PrintSelection Keys

.. ....

..

..

.........................................

7

1.9.1. Log Set Keys ..................................................................................................................................7

1.9.2.

Print Set Keys ......................................................................................... ......................... ....7

1.10.

Control

&

ValueSet Keys on the Power Display

..

..

.. ..

...

.

...

.........

. ....

....

..

........7

1.10.1. Mode Selection Keys ..................................................................................................................7

1.10.2. Power Set Function Keys........................................................................................................7

1.10.3.

Power Control function Keys.................................................................................................8

1.11. Numeric keys

&

Others...........................................................................................

.................

8

1.12. Trend Shift Keys ................................................................................................................................8

1.13. Auto Alarm Scroll Keys ............................

..

..

.. .....................

.

..... ...........

..

..

.... ..

8

1.14. Confirmation...........................................................................

.. ..

....

....

..

....

.. ..

..

...

....

8

1.15.

Acknowledgment of Alarms ..........................................................................................

.......8

2. Display Description ............................................................................

..

..

.....

..

....

..9

2.1.

Home

Display.......................................................................................................................................9

2.1.1. Overview Status Display ..........................................................................................................10

2.1.2. Status Display ......................................................................................

..

.......

...

........

........ 11

2.2. Group Display ................................................................................................................................ 12

2.2.1. Group Index Display ................................................................................................ ............

12

2.2.2.

Analog Frame Type.........................................................................................................13

2.2.3. Digital Frame Type .................................................................................................. .......... 15

2.2.4. Digital Franl Type ....................................................................................................................17

2.2.5. The Other Frame Type........................................................................................................

.

19

IIYUNDAI ACONIS Page

2


22/124

User s Manual


Page no.

2.3.

Alarm Display .................................................................................................................................... 21

2.4.

Inhibit Display ........................................................................

....

.

.. ..

..

..

..

....

.... 22

2.5. Power Control Display(Option) .......................................................................... .... ..... .

..

23

2.6.

Graphic Display(Option) ..................................................................................................................

25

2.6.1. Graphic Index Display ..............................................................................................................

25

2.6.2. Graphic Display ............................................................................................ .....

.

....... ...... 26

2.7.

Trend Display ..................................................................................................................................... 27

2.7.1. Trend Index Display ........................................................................ .............. 27

2.7.2. Trend Display ..............................................................................................................................

28

2.8.

Log Display ......................................................................................................................................... 29

2.9.

Custom Display ...................................................................

..

..

..

.. ..

......

..

.. ..

.... ..

..

31

2.10. Help Display .....................................................................................................................................

32

2.10.1. Help Index Display .................................................................................................................. 32

2.10.2. Help Display .............................................................................................................................. 33

3.

System Functions ...................................................................... .....

..

.... ..

..

...... ............

..

34

3.1. Status Display ..................................................................................................................................... 34

3.2. Group Display .................................................................................................................................... 36

3.3. larm Display ..................................................................................

.

..

...

...... .... ...........

..

38

3.4. Inhibit Display ....................................................................................................................................

40

3.5.

Power Display ..................................................................... ....

.

..

.. ...

.

....

......

.

42

3.6. Graphic Display .....................................................................................

..

.......

....

.

..

....

..

44

3.7.

Trend Display .............................................................................. .... .. ... ............... . .......... 46

3.8. Log Display ...... ................................................................................................................................ 48

3.9. Custom Display .................................................................................................................................. 50

3.10.

Help Display .............................................................................. . .. .... .. .. .. .... .... .. ..52

4. Pid Control ..................................................................................................................................................54



23/124

User s Manual


1 Keyboa

rd

scription

The

ACONIS-IOOO

keyboard is designed for theuse of both

standard

systemsand

optional systems. Therefore, only some of the keys are used when operating the

UMS-alarmsystem. Explanationsof thefunctions of thenumbered itemsare given as

follows.

1 1.6 1 1

I

~ ~ ~ ~ ~ ~ ~ ~ : ~ ~

-

...

-

,-..

'

. ,

I>

11_

Dolo,

' - '

.J

~

1.lll 1 I IU 3

1.11J.2

I

.

0 ...

'

. , .

.

....

-

1. I0t

1 1 ;

9

1

1 I

1 Lock for the c

om

mand Key

1.

With the key switch unlocked.

- The variable parameters in the system, such as alarm limits, interlocking

of alarms, setting of time etc.,

may

be changed.

Operation of

motor/pumps,

valve or djesel can be avaHable also.

2. With the key switch locked.

Because command Key

is

locked,

Change

of variable

paramet

ers is inhibited

and

operation of

motor/pumps,

valve

or

ctiesel engine starter

can t

be available as well.

HYUNDAl ACONIS

ge 4

1.7


24/124

s e r ~ f j Manual


1.2

LE

Indication o power supply for keyboard

1.3 Display Selection Keys

1.4 Channel Selection Keys

Ch.1

I

Frame Number 1

Ch.2

Frame Number 2

Ch.3

Frame Number 3

:

Group

Ch.4

:

Frame Number 4

Display

Ch.5 Frame Number 5

i

Ch.6

:

Frame Number 6

Ch.7

Frame Number 7

i

Frame Number

8

1en. 1 Generator

Number

Ch.8

Gen.

2

Generator Number 2

Power

Gen.

3

Generator Number

3

Display

I

Ll 'H lLVl Number 4

Gen.S

Generator Number 5

Ch.l Curve Nrmber

1

I

Curve Nrmber

2

h.2

:

I

Curve Nrmber

3

Trend

Ch.4

Curve Nrmber

4

: Ch.3

I :

Curve Nrmber

5

Ch.6

Curve Nrmber

6

Display

i

Ch.5

I

Ch.7

Curve Nrmber

7

Ch.8

Curve Nrmber 8

1.5 Page Shift Keys

First First Page on the Selected Display

. . . . ~ . . ~ . . . . . ~ . . ~ . . . . ~ .

Next

on

the Selected

on the Selected

End

Last Page

Move to Last Display

or

Page

HYUND I CONIS

Page 5


25/124

function of Local/Remote Set point

Function of

Manual

Automatic Mode

User s Manual


1.6 Local/Domain

Time Setting

Keys

1.7 Security Keys

Responsibility

Transfer/Cancel of Keyboard responsibility for Process

ControL

1.8

Control

&

Value Set

Keys on

the group display

1.8.1

Motor

Control Function Keys

Start

I

Function of Motor Start

Stop 'Function of Motor Stop

~ ~ ~ ~

~ ~ ~ ~ ~ ~

Stand

By

I

Function of Motor Stand

by

Reset Function of Motor Reset

1.8.2 Valve Control Function Keys

Open

Function of valve open

Close

Function of valve close

Manual Alternative function of

Manualf

Automatic Mode

Travel S t o p ~ l ~ ~ t i o n of Travel Stop .

1.8.3 PID Control Function Keys

Local/Remote

HYlJNDA ACON S

Page. 6


26/124

User s Manual


1.8.4 Group

Set

Function Keys

Alarm High iChange of the Alarm High Limit

~ ~ ~ ~ ~ ~ t ~ ~ ~

...

~ ~

.. ~ ~ ~ ~ ~ ~

~

~

~

-

Alarm Low ;Change of the Alarm Low Limit

~ ~ ~ ~

~ ~ \

~ ~ ~

_ ~

Interlock iAlternative function of Interlock on/l

1.9 Channel Registration & Log Print Selection Keys

1.9.1 Log Set Keys

Alternative Key to Select Normal or Daily Mode

Normal/Daily

on ;: Daily

off Normal

In All Channels

Set for

Set for

''''''''TTI;.J

Group

Out Set for Norm.al/Daily Log

Out

one

Group

~ ~ ~ ___

__ r ~ ~ ~ ~

~ ~ ~

Channel In Set for

In

one Channel

Channel

Out Out

one Channel

Log T i m ~

!

Set for Daily Log Start Time

Set for

Set for Normal Log Interval Time

1.9.2

Print Set

Keys

Ail Channel

Registered Channel

All Channels Log Print

Out

Registered Channels Log Print Out

~ ~ . . ~ . ~ . ~

1.10 Control &

Value Set

Keys on

the Power Display

1.10.1 Mode Selection Keys

Mode Pop-up Window Key for the Generator Mode

_ _ _ _ ~ ~ ~ _ l _ ~ ~

_ _ _ _ _ _ _ _

~ ~ _

... - ~ .

J

Synchronizing 'Alternative function of

Manual/Automatic Mode

. - . ~

..

..- .. - - - - ~

..

.. - ..

- - . ~ - . - - . - - . - . - . - - . - - . - . ~ .

~ : : l : ~ ~ ; : B a l a n c e d ~ : : :

; : = ; : ; ~ : : : : : ~ ~ S ~ ~ - "

Lo;d

D ~ p e n d e ~ t S t a - ; ' t

I A l t e r n ~ t i ; ~

- ; c t i ~ ~ ~ f - M a ~ u a l l

A u t o ~ a t k -

M o d e

4 ~ ~ ~ ~ ~

Load Dependent Stop Alternative function of Manualj Automatic Mode

HYUNDAI

ACONIS

Page

7


27/124

User s Manual


1.10.2 Power Set Function Keys.

Load Value

Load Value

Time

Time

Govenor Pulse

1.10.3 Power Control function

Keys.

Function

of

Generator Starttart

Function of Reset

eset

1.11 Numeric k ys

&

Others

1.12 Trend Shift Keys

1.13 Auto Alarm Scroll Keys

1.14 Confirmation

Command Executing the Command Message

~ C ~ c e l

n t ~ r r u p t i n g

or Gearing the

ommand

Message

1.15 Acknowledgment of Alarms

nn crmnt

ound

of Sound

on

Flicker

Acknowledgment of Alarm Flicker

HYUNDAJ

CONIS

Page.

8


28/124

User s Manual

erating Information

2

Display Description

2 1 H

om

e

spl

ay

The Status Display can be

divided

into

two

types of screen display. The first

screen display can show in brief the status of 512 channels on one screen. and status

of the channels presentsed with color information. The channel in which the alarm

occured can be easily recognized among all the other channels registered on this

screen. Through the second one, which is the status screen for the group, the status of

64 channels can be recognized on one screen and the explanation about the relevant

channel

can

be

shown in

detail.

I 2 J '" .' ,; 7

x

j !J l

o

~

~

I

r

1. Status display icon.

2.

Group

display icon.

3. Alarm display icon.

4.

Inhibit display icon.

5. Power

display

icon.

6.

Graphic

display icon.

7.

Trend display

icon.

S. Log display icon.

9.

Custom

display icon.

10. Help

display

icon.

11. End page display icon.

12. first

pugE

di

play icon.

13.

Previous page

display icon.

14. Next

page

display

icon.

15. Last page display icon.

16.

Data

time

di

splay

window

for local

and Domain.

17. Acknowledge of alarm sound.

18.

Acknowledge

of alarm flickering.

19. Key responsibility icon.

20. Change Local time.

21. Change Domain time.

22. User Command Keys.

23.

Key responsibility indication for

process control.

. U

e

r

co

mmand display window.

25. Last

alarm

display window

(Last existing

alarm

is

always

display here.)

26.

Activated reserve server station.

HYUNDAI ACONIS

Page 9


29/124


30/124

User s Manual


2 1 2 Status

Display

1.

Status display number.

2.

Group di

splay number.

Page button will go directly to group display no.111.

3. Condition square marker for monitoringchannel

- Normal status : GREEN

- Acknowledged alarm status :RED

- Unacknowledged alarm status :RED blinking

- Interlocking

status

CYAN

- Suppressed status : PURPLE

4. Channel no.3 in group display no.l11 gives channel no.1113.

HYUNDAI ACONIS

Page

11


31/124

User s Manual


2 2 Group Display

The Group Display has a function to show the detailed information

and

status of

each channel according to the type of channel. The digital channel represents

on

off

display, alarm normal display, and

open close

display

with

their detailed tests. The

analog channel can be classified by the type, but in general, it consists of information

such as

measurement

value, alarm high limit, alarm

low

limit,

A D

error

, sensor fault,

and the like. Especially, the exhaust gas type can represent

mean

value, deviation

value, and deviation alarm of each clinder. Each analog type can be represented as a

bar type, meter type,

and

text type

on

demand. Additionally, the types of counter,

gravity, motor,

and

value are also backed. First of all,

in

the

group

display, control of

the relevant channel, the change of setting value, and operation of alarm inhibit

set

clear can be conducted by the function keyboard or tracker ball device.

2 2 1 Group Index Display

1. Group index display page number.

2. Group index display number 64channels/page). Page button will go directly to

status display no.11.

3.

Group

display number 8channels/page) . Page

button

will go directly to 5roup

display no.111.



32/124

User s

Manual


2.2.2 alog Frame Type

TEMPERATURE/

PRESSURE

MEASURE

MENT

ALARM CHANNEL

INDICATOR TYPE

BAR /TYPE)

MEA SUREM ENT AND DEV

IATION

II)

21

.: I

23

n

NOtE

ON

O

6

: 6

HYUND I CONIS

Page. 3


33/124

User s Mn nu,(Ji

1

Channel number.

2

Channel

3

Sensor fault.

4. Analog/Digital converter error.

5

Yard's code.

6. Instrument code.

7

8 Alarm limit high.

9

Measured value.

10. Alarm low.

11.

of the measured value.

12

of measurement.

of

tank level measurement.

of

{ (n't'''''ti,.,,,

value for

measurement value.

of

volume.

17 trend curve.

18

Calculation the cylinder tenlPeranl!

13. unit

14.

15.

nl"""C%nte,ti,'f1

16.

nr,'",>ntc>t1'>1"l

19.

20

21

22

n U l p n t ~ . t i ( ' . n of the deviation.

23

24.

25


34/124

User s Manual


2 2 3 Digital Frame Type

DIGITAL CHANNEL HIGH LOW ALARM DIGITAL CHALLEL

HYUND I CONIS

Page

15


35/124

User s Mantlal


1. Channel number.

2

Channel

3 Instrument code.

4. Yard's code.

5

Digital Dresentatl of the

measured

channel.

6

Digital channel

mode.

- Time Delay

Alarm Time delay

- Interlock

: Interlock

ON OFF

: Status of suppress

-

Custom

: Channel number on

custom

display

-

Command

: Enable parameter change Value

Cancel Exit channel

value

6

Digi tal channel mode.

7

Alarm condition indicated by

red square

marker(flashing, i unacknowledged)

8

Alarm text such as PRESS, LEVEL, TEMP, etc., alarm for temperature,

differential pressure, level, flow,

rr,('1,,, 'r \,

voltage, current,

can be included in high and low alarms.

9

1./ ,n,,,,,

information: green square marker with text,

no

alarm.

10. Digital information : white

square

marker with text,

no

alarm.

HYUNDAI

CONIS

16


36/124

User s Manual Operating Information

2 2 4 Digital Frame ype

MOTORPUMP CHANNEL WITH

MOTORPUMP CHANNEL WITH

DIGITAL FEEDBACK

CHANGE MODE

l

VALVE CHANNEL ADJUSTABLE

ON OFF VALVE WITH ANALOG FEEDBACK

VALVE CHANNEL CHANGE MODE

HYUNDAI ACONIS

Page 17


37/124

User's Manual

Operating In/ormation

1. Yard's code.

2.

:MANUAL/AUTOMATIC;

:MANUAL or ST.BY color

markers

MANUAL Green ST.BY = Green

3. Red star and text i alann condition.

4. RUNNING/STOPPED : RUNNING Yellow

color markers

STOPPED == Yellow

5. RUNNING/STOPPED : RUNNING Black text

indication text STOPPED Black text

6. LOCAL/BLOCKED color marker and text in Green

when a block signal is received pyt,'rn::l

7. Channel number.

8. Channel description.

9. Instrument code.

10. MANUAL/AUTOMATIC MANUAL

'" Green

color AUTO

Green

11.

OPEN/CLOSED :

OPENbD

'" Yellow

color markers

CLOSED

:= Yellow

12.

: OPENED

=: Black text

indication text

CLOSED

Black text

13.

channel

mode

Start : Motor start

command

: Motor

stop

command signal

- Stand-by : Set stand-by operation mode

- Reset : Reset motor status

- Custom : Load on/off on the custom display

: Exit

charmel mode

-

Command

; Enable parameter value change

14. Value channel change mode.

-

Open

: Value

open command

-

Oose

: Value

dose command

nlAuto . Select manual auto operation mode

- Travel

value travelling time

- Cancel : Exit channel change mode

Custom : Load

on/off on

the custom

- Command: parameter value change

HYUND I

CONIS

18


38/124

User s Manual


2.2.5 The Other Frame Type

COUNT CH NNEL P R METER CH NNEL MODE

G JUIJ t

;U:; 011)

MEMORY COEFFICIENT P R METER CH NNEL MODE

TIME DEL Y CH NNEL

Gr JEr ilr ;18IJ t

t J t J ~ t I I J

P R METER CH NNEL MODE

Tiw ; ) J 11

Gu ;tWIJ

HYUND I CONIS

Page 19


39/124

User s Manual Operating In/ormation

1. Channel number.

2

Charmel

3.

Yard's code.

4.

Instrument code.

S

Extension alarm group no.

6

Digital presentation of the counter value.

7.

Digital presentation of the coefficient value.

8

Digital of the power time value.

9

Counter charmel change mode.

New

Count

new

count value

Coefficient

new

coefficient

value

Time Delay

time delay

- Custom Load onlo on the custom display

ommand

Enable

1 ' ' ' T n ' ' i ~ ' ' 1 '

mode

r h :n l o '

value

Cancel Exit charmel

HYUlVDAI

2


40/124

User's

ManuaL


2 3 larm Display

The Alarm display can show a total of

73

pages

and

arrange the events occurred

in chronological order, which is the display list. In the alarm display, the channel

number in which the alarm occurred, the time when the event occurred, the present

measurement value, alarm high limit value, and alarm low limit valuecan be shown,

and

the unacknowledged alarm blinks according to the user' s handling situation.

1. Alarm display page number.

2.

Last alarm display window.

3. Date time display window.

4.

Alarm indication.

- Blinking star :unacknowledged alarm.

- Steady star acknowledged alarm.

5. Date timewhen alarm occurred.

6. Channel number.

7.

System alarm identified by

(++++).

8. Indication of EAS group. Alarm group

to wheelhouse

and

cabin.

9. Limit value Indication of LOW

(HIGH) alarm.

10. Measurement value.

11.

Indication ofUnit.

- Sensorfault :"S/F" display.

- No sensor fault :Unit display.

12. Function icon.



41/124

User s Manllal


2 4 In bit Display

The Inhibit display can show a total of 73 pages and arrange the events occurred

in chonological order, which is the display list.

In

the inhibit display, the channel in

which the alarm generated is blocked according to the users intention or internal

status of the system as indicated in the form of a list in occurrence sequence, and

status interlock is presented

with

a cyan color

te

xt

and suppressed

status is presented

as a blue text.

1. Inhibit display page number.

2 Suppressed status PURPLE color.

3. Interlocked

status

CYAN color.

HYUND I ACONIS Page


42/124

User s Manual


2.5 Power Control isplay Option)

The

power

control display

in

the form of uniti7]:ng the function of ACONIS-PMS

in the ACONIS system

has

a function to represent the operational status of the PMS

present the

output

of each generator.

and

its operation

mode

through graphic display.

On this screen five generators

or

four generators and a shaft generator can be

displayed

and

controlled. Each generator can be independently controlled or operated

in a row in accordance with the user s set

up

status. The present

output

voltage

frequency and power of each generator and the net power and the available

power

of

all generators are furnished.

In this display automatic synchronizing

and

load sharing load

dependent

start

and

stop and balanced or unbalanced load sharing for the generators can be

performed

by

the functional keyboard

or

tracker ball. Start

and

stop stand-by selection

automatic shutdown,

and

diesel oil to heavy fuel changeover can also be performed for

the auxiliary diesel engine.

7

IJ

. \

5

,

,)

11

1

>

HYUNDAJ ACONIS

Page 23


43/124

User's Manual


1.

Switch to main bus

open/closed

with indication text.

- OPEN :RED color.

- CLOSED: GREEN color.

2.

Pop-up window icon for Diesel Generator.

3. Generator display.

4.

Power value digital display.

S. Status display for GeneratorControl.

- READY

- STAND-BY

- STARTING

- RUNNING

STOPPING

STOPPED

- BLOCKED

6.

Generator

shutdown

alarm window, oneessential alarm suchas

"START FAILURE", "SYNC. TIME OUf", "COOL WATER TEMP",

"SHUT DOWN" can be

7.

Net bus bar

l - ron , , , oT V ,

8.

Netbus bar voltage digital

9.

window icon for

Manualj

Auto.

- Load sharing:

Manual!

Auto.

run

- Load

depend

START: Manual/Auto.

- Load depend STOP :ManualjAuto.

10.

USER inform

- Heavy load

- Light load

- Heavy time

time

- Idling time

- Governor

11. Netnominal power digital display.

12. Available power and display.

13.

Generator control

mode

- Start :Generatorstart command

- Stop : Generator stop command

- Stand-by: Generator stand-by command

- Reset : Reset all command

- Command. Entlbk change command

- Cancel :Exit control mode

HYUNDAI ACONIS

24


44/124

User's Manual


2 6 Graphic splay Option)

The graphic display has a total of 64 pages and it

shows

an overview of the

process and indicates the current status of valves, motors, levels and other

measurements. The graphic display is a kind of

custom

display on which its form is

fixed according to the user s demand and a

page

without a fixed format on which the

standard symbols from the ACONIS system is used. One page of graphic display in

the ACONIS system employs a total of 100 dynamic symbols,

and

the

number

of

symbols in the background drawing is limitless. Therefore, sometimes this display is

extensively

used

as a detailed image of the

ship s

layout or control part,

and has an

advantage

that the situation and the meaning of each dynamic symbol can be easily

grasped compared

to the other displays.

The current dynamic symbols, measurement bar, measurement value with text,

tank level, value, motor,

on/off

, value with alarm rectangle,

and

the likes are offered.

2.6.1 Graphic Index

s

play

1. Graphic index display page number.

2. Graphic display group number.

3. Graphic display number icon which can go directly to graphic display

no. 111.

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2.6.2 Graphic

sp

lay

r - - - - ; ; I

J

1. Graphic display

number.

2. Channel information can be shown in pop up window when the mouse is

on

the dynamic symbol

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2 7 Trend Display

The trend display consists of two parts; trend index display

and

trend display. The

trend index display has

32

trend displays in which the

standard

time interval is 1

hour, 12 hour, 24 hour and

48

hour and this display shows the registered channel

numbers of each trend page. The trend display shows the past condition of process

variables

and

a total of 8 channels can be

shown

in its data curve in one page.

Especially in the trend display, the vertical bar and tracker icon are basically

furnished to change and the status of the channel in the relevant time can be

confirmed by the simple manipulation of moving the vertical bar whenever the user

wants to do so during the

standard

time interval.

2 7 1 Trend Index

isplay

1. Trend index display page number.

2.

Trend display

number

icon.

which can go directly to display no. 2.

3.

Channel for trend curve no . 1.YELLOW)

4. Channel for trend curve no. 2. GREEN)

5. Channel for trend curve no. 3.CYAN)

6. Channel for trend curve no. 4. BLUE)

7. Channel for trend curve no. 5. BROWN)

8.

Channel for trend curve no. 6.

DARK BROWN)

9. Channel for trend curve no. 7. PINK)

10. Channel for trend curve no. 8. PURPLE)

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2 7 2 Trend

Display

1

1. Trend display page number.

2. Trend curve

with

channel number channel description

measurement range.

3. Value on the vertical bar.

4. Vertical axis Percentage of measurement value.

5.

Horizontal axis Time interval.

6. Left shifting vertical bar.

7. Right shifting vertical bar.

8. Time transition display for shifting vertical bar.

9. Select time interval.

10. Vertical bar.

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2 8 og isplay

The Log display consists of the normal log information and daily log information.

As said earlier, the ACONIS system is divided into normal log

and

daily log. Normal

log has a function to print out the status of the relevant channel at a stated time

interval

among

the channels registered on the normal log table, and daily log has a

function to print

out

the data about the status of the relevant channel stored at a four

hours interval from the previous

day

in which the user decides to date to the current

time.

The log display indicates both normal log information and daily log information,

and each presents whether the register

on

the normal log table or daily log table of

32

groups

in all, that is, a total of 256 channel, are conducted or not. Normal log

represents the time interval of printing

out

and daily log represents the starting time of

printing out.

In the register channel on each table, the user s

command

is used

and

some

functions can be set

up

as follows: log

in out

by group, log

in out

by channel, log

in

out of all channels (only normal log), enable disable to print out.

In the log display the

mark "N"

means normal log, and the mark

"D"

shows daily

log. In the mark "N" entry, the time interval value is indicated in case of register,

otherwise shows blank. And in the

mark

"D" entry the starting time value of printing

out

is indicated in case of register, otherwise

shows

blank.

)

5 _ -A:::=:;;;; ill

(,

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1. Log display

page

number.

2.

ChanneL

3.

Normal log.

4.

log.

5.

Log possible charmel : GREEN color.

6.

Log impossible charmeI : GRAY color.

7.

Daily log printing start time : 0 4 8 20

24 ours

- 0 . Disable daily log nr ; int i n

8.

Normal log interval time ;

0

1h time interval.

- 0 : Disable normal

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2 9 ustom Display

The custom display s

hows

channels registered by customer

1

Custom display page

num er

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2 10

e

lp isp

lay

The help display shows quick trouble shooting information and also provides the

information

on

how to correct the individual fault

2 10 1 Help Index Display

1

elp index display page number

2 Help display page

number

icon which can go directly to Help Display NO 81

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2.10.2 H

lp

Display

1

Help display page number

2

Description of the system alarm

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3

System unctions

3 1

Status isplay

J

I 1 I ' r m l

j

uml

j

1 64 status displays are available.

2. A total of

64

different channels status appear in a page

with

detail descriptions.

3 Can go

tlirecLly to

group

di::lplay

puse

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User s Manual


S1

No.

Display

peration

1 Status overview

1 - Press the numeric status overview

no. 1,2, ....... ) and Status

on or

status

icon on the monitor

Select

status

display.

1. - the status group

no. icon 11,12,.... )

with

track ball in the

status

overview display.

-

rpress

the numeric status

display no. 11 12

....

)

and

press Status

on

the board or status icon on the monitor.

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User s Manual


Display

The

last display group.

alarm display

Result

1. - Press the

numeric

and press

key

board

or

monitor.

on the

icon

on

the

1. Click the group no. icon with mouse n

group index display.

Or the numeric

group display

no. 111,1112, ..... )

and

press roup

key on the

monitor.

board or

roup

icon on

1

2

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User's Manual


3 3 larm

s

play

r - - 1 , , ~ : : I

L

_________________

I

II

1. Alarm display lists out the alarm events in chronological order.

2. Occurrence time, channel number

and

description, alarm status condition,

EAS

group number, etc. can be shown.

3.

Shows system alarm by ++++ marks.

4. Shows unacknowledged alarms with blinking stars.

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1

User s Manual


Result

isplay

No.

1. - Press Alarm display

on

the keyboard

The last l rm display group.

or click the l rm icon with track ball on

the

monitor.

1. Press numeric alarm

group

display

no. 1,2,3, ..... )

nd

press Alarm display

display group.

on the

or Alarm icon on the

monitor

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User s

Manual


3 4 Inhibit

isplay

I ', .,

,a,

I,ll , 1, ' ' I---,I - = ~ ~ I , c,,,,.", I

Hlp

'

r l ~ ~

1.

Inhibit display

lists

out

the inhibited alarm events such as suppress or interlock

events,

in

chronological order.

2. Occurrence time,

channel

number and

description, inhibited

status

condition.

3. Shows suppressed events as blue color and interlocked events as cyan color.

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2

User s Manual


1 - Select any

or

click the

inhibit display. inhibit icon with track ball on the

monitor.

1 - press numeric display

no

1,2, ..... ) nd

Select inhibit display group. press inhibit display

on

the keyboard

or

inhibit icon on the monitor.

Display Result

Page


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User s Manual


1

Select Power display key on the keyboard

Power control

or click the

power

icon with track ball on

the monitor.

Display Result

CONIS

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User s

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3 6 Graphic splay

1

64 graphic displays are available.

2. Shows an overview of the process

nd

indicates the current status of valves,

motors, levels and other measurements

...........

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User s Manual


Graphic index display.

Result

1.

Press

on

the

icon

with

track ball

on

th monitor.

1. Click the graphic display

Select

V T l n n w

no. 111,112, ) icon in the

index display.

Or

press the numeric graphic

no. 111,1l2, ) and press

key on the keyboard or Graphic icon

on

the

monitor.

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User s Manual


3.7 Trend Display

1.

60

trend

displays are available.

2. The trend display

shows

the past conditions of process variables.

3. The st nd rd time interval is 1h, 12h, 24h or 48h.

4. The vertical bar c n be

moved

by key-board

or

track ball nd can show

the value of each channels

t

that point.

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User s Manual

Operating

Information

Result

SI

No.

1

index

2

Select trend

1. Press Trend

on the

or click the trend icon

with

track ball

on

the monitor.

1. - Click the trend display

no. (1,2, .... ) icon with track ball

in

the

index display.

Or

press the numeric trend

no. and press Trend key

on

the keyboard or Trend icon on the

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User s

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3.8 Log splay

1. Shows the normal log information nd daily log information in a page.

2. Normal log information can be

shown with

time intervals when its channel

is logged-in.

3. Daily log information can be shown with check m rk when logged-in

and can show d y ' s print out time.

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User s Manual


Resultisplay

1. Press the numeric

log display

no.

Select graphic display. press og key on

the keyboard or

Log

the

monitor.

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3 9

ustom Display

I

I ' I

'

I ~ ' , , I I I w.

1

1 pfiI-

1

I,. . I Inti I ' ' ' ' ' ' _ _

1

Custom display shows channels registered y

Customer

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SI.

Result

No

1. Press dick the ustom key or icon.

Help

group

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3 10 Help splay

1. Help display shows quick trouble shooting information nd provides with

information on how to correct the individual fault.

2. n this page

you

can also show the alarm window where last existing l rm

is available.

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2

User s Manual


Result

1. Press

click

the

icon with

mouse

group display

on

the monitor

1. Click the

Help

display no icon

with

mouse in the group

index

on the

monitor.

graphic display

Or

type the numeric display

no

and

press on the keyboard or Help

icon

on

the monitor

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User s anual

System Description

1.

PID

on

ol

4 1 In

oduction

4.1.1 EXPLANATION

OF PI

FUNCTION

Operation of PI : Ak

The following block diagram

illustrates

the operation.

_

El FUNCTION ~ L O C K _

@

Local Sel

Value

Local/Remote

Selecl

_

FORMING

OF

OUTPUT

SIGNAL

@

. PID

oulpul

i

~ ~ .

' OUlput

Signal

r

anual

Oulpu

Signa

Auot / Manual

Select

1. Channel number and parameter change key.

2.

Detail

display

change key.

3.

Measured value

GREEN).

4. Set point value PINK).

5.

Output

value YELLOW).

6.

Digital presentation of the LOGIC

set

point value.

7. Digital

presentation

of the

REMOTE

set

point

value(NO

USE)

8. Digital

presentation

of the output signal.

9.

Digital presentation of the measured value.

10.

Set LOCAL/REMOTE setting

point(only LOGIC).

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I

System Description

User s Manual

11. Set changed parameter

LOCAL set

value.

12.

TREND

curve measured

value(GREEN).

13. TREND

curve out put s

i

goa l YELLOW .

14, TREND curve

set

point value(PlNK},

15.

Set AUTO/MANUAL setting point only AUTO).

16.

Set changed parameter

REMOTE set

value{no use).

17.

Press the reset on the

CRT.

T R ~ T I display for PID) will

be

stop

on the monitor.

18.

Press

on

the

- TREND di

ay( for PlO) wi

11

start on

the monitor,

time TREND di

ay.

9.

20.

Password for set

controller

",,,,Y,,,m,::.t

21. Kp

Proportional coefficient.

22. Ki

Integral

coefficient.

23.

Kd

Di

iation coefficient.

24. shifting vertical

25.

Right shifting vertical bar.

PARAMETER

Kp

0.125

1 0.25

2 0.5

3 0.75

4

1.0

5 1.25

6

1.5

7

1.75

8

2.0

3.0

10 4.0

6.0

12

8.0

13

12.0

14

16.0

15

24.0

and

how

th

VAULE

Ti

ex

273.1

204.8

136.5

102.4

68.3

51.2

34.1

25.6

17.

1

12.8

8.5

6.4

4.3

3.2

2.1

Td

a

4.8

6.4

9.6

12.8

19.2

25.6

38.4

51.2

76.8

102.4

153.6

204.8

307.2

409.6

614.4

ion PI

Ak

Here,

Ak Output value

Proportional ent

Ai Measurement value

Aj

Set point value

Ti

Integral

coefficient

PI function makes measurement ue

approach to the set value within the

time.

Below we explain PI function, i t s

ect

parameter of PI according to control

To

make

PI function

let

the kp=3

o

from

the keyboard.

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3.1 MAN/MACHINE INTERFACE

FUNCTIONS

Documents

User Manual for E-R Alarm Monitoring System