Nokta yakalama modlari




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SEÇİM YAPMA

Mause ile soldan işaretleme yaparsak geçtiği noktalardaki tüm öğeleri işaretler.

Sağ tarfatan işaretleme sadece seçim bölgesini seçer.

NOKTA YAKALAMA MODLARI


MOELLER DF5 DRIWER

Bağlantılar.

P24 ---1 ileri satrt

P24----2 geri start

Pot ve anolog bağlantı.

H-O-L POT 4.7K
PARAMETRELER

PRG tuşuna basarak proglamaya gireriz.

Tekrar PRG tuşu ile programdan çıkarız.

Programa girip değeri değiştirikten sonra ENTER ile değep değiştirilir.
A01 ---Frekans referans set noktası

  1. hız kontrol üzerindeki pot

  2. harici POT ve plc AI

  3. PNU F01 ve/veya A20 driwer üzerinden tuş takımı ile set.


A02---Start girişi

00 FWD/REV driwer üzerindeki start girişleri ile

01 driwer üzerindeki on tuşu ile
A42 ---Manuel boost (tork artırımı)

11-ile 100 arası .i..tork yetersiz ise arttırılır.
A43--- MANUEL BOST FRAKANS İÇİN

10-50 arasında tork yetersi olduğunda kademeli olarak arttıtılır.

Foks yazıları entegrelerın oku soldan 2uzeri 0 ,1,2 diye gider.en yuksek kazanç 1 sola takılı küçük load-celleer için en düşük16

M uslular kull adı konelsis Şifre 1

Ertuğrul kull adı konelsis şifre 21122000

Denizli aymak kullanucı konelsis şifre 21122000 yada metin 21122000

Bingöl de password konelsis1
Irak sifre huseyin ,(0312 2516384)21122000

Metin,konelsis


Pc anyware

Host karsıdan aranacaksan host olarak kurarsın bağlantı kurarken açık olması gerekli.




Bağlantı yaptıktan sonra dosya transferini ust menulerden file transfer ile yaparız.





Host //sağ tuş promertıes//callers//dan yeni kullanıcı seçiyoruz. Yada add hosttan yeni kullanıcı.





Host//modem sağ tuş//network ayarlarını yap modem ol








Remotes //ana bilgisyar network ayarlarını yap(modem) numarayı gir host açıksa bağlanır.(sağ tuşa basıp setting den arayacağın numarayı girersin.

Remotes//modem çift tıkla numarayı gir bağlantıyı kur.

Call back de yapabiliriz.

Hostu kurduktan sonra modeme ıkı kez tıklıyoruz beklemeye geçer.remots bağlanmasını bekler.kullanıcılara göre çağrı yapar.
Genel ozet

Yeni host kullanıcıları oluştur. Bunlara kullanıcı adı ve şifre gir.

Remote dan bağlantı yapacağın numarayı ve modemi seç

Karşı taraf yani Hostt u açtır. (modeme ıkı kez tıklayacak waiting beklemeye geçecek baslat menusunde kuçuk ıkon belirecek)

Fıle transferden dosya taransferi yap.


NAIS PLC




Online//status display PLC nin online durumunu gösterir.

Arıza , programın durumu vs..hepsi gözükür.

Programı online kablo bağlantısı ,ile sonra download ediyoruz.

Debug//totaly check program programı kontrol eder

Upload PLC den programı pc ye aktarır

Download PC den PLC ye

Önline ol sonra programı download et.

Online// force input output force işlemleri için.

R DAHİLİ BİT

X

Y

INS //CTRL INS blok yada satır ekler

Online//monitöring registers den DT WY WX gibi değerleri değeştirebiliriz. Yada izleyebiliriz.

Online//monitöring registers den bit durumlarını görürürz.

Option //PLC konfigirtation plc ayarlarını yaparız.

Option //cominication setting haberleşme ayarlarını yaparız.

CTRL B rung a açıklama yazar

CTRL I kontaklara açıklama yazar.

TMY sn Timer

TMX 10msn Timer

K sabit Sayı

F reel sayı

Uste zig zaglı butona bas satır sonu ve satır basını ısaretle ust satırdan alt satıra geçer
- SEARCH cross referance kullanılan I/Oları görürüz. CTRL T

-Arattırıp ı/o konfigirasyonlarını görürüz.

Used I/O list CTRL U

Programda kullanılan tüm I/O ların Dtlerin falan listelerini gösterir.
F0 MV , S ,D S deki değeri D ye ata.
S: WX, WY, WR, WL, SV, EV, DT, LD, FL, IX, IY, constant K and constant H

Index modification is possible.
D: WY, WR, WL, SV, EV, DT, LD, FL, IX and IY

Index modification is possible.

WX 16 bıt ınput

WY 16 bit output

WR 16 bit dahili bit

SV set value (pc den yada operatör panelinden set)

DT iç hafıza (DT1652 den sonrakiler korumalı hafıza paremetrelerde falan kullanılır)

K sabit sayı

DTX 8Bit datayı saklar(tek DT)

DTX+1 16 Bit datayı saklar(çift DT)

DTX+3 32 Bit datayı saklar(4 DT)

S single 16 Bit

D double 32 Bit

Toplama;Çıkarma

byt+byt=byt (DT0+DT1=DT2)

Word+word=byt(DT0+DT2=DT4)

Double+double=double(DT0+DT4=DT8)
Çarpma

Byt+byt=Word

Bytw*word=double

Byt*byt=double

Word*word=double

Double *double=çiftdouble
Bu işlemlere göre Dtleri kullanmak lazım yoksa işlemeler doğru olmaz.

TİMER

TMX D, S (D timer numarası, S süre) 0.1 sn lik timer

TMY D, S (D timer numarası, S süre) 1 sn lik timer

TML :0.001s on-delay timer

TMR :0.01s on-delay timer

Timerı off delay yapmak için kontağı menuden kapalı hale getiriyoruz.
Kullanım

+-TMR D, S-+

|---| |-----+ +-- |

D timer numarası

S Timer değeri K yada SV

Timer ve Counter aynı adresi kullanılıyor. TM0 dan 100e Timer sonrası counter.aşağıda ayrıntısı var.
DF

-----(DF )------ Yuksek kenarla bir kez on yapar.

(DF/) alçalan kenarla tetikleme.

COMPARE İŞLEMLER

+

-

=

KÜÇÜK,BÜYÜK ESIT.

Symbol

__[ = S1,S2 ]__

Description Connects a Form A (normally open) contact serially by comparing two 16-bit data in the comparative condition S1=S2.
Available relay types
S1: WX, WY, SR, WL, SV, EV, DT, LD, FL, IX, IY, constant K and constant H

Index modification is possible.
S2: WX, WY, SR, WL, SV, EV, DT, LD, FL, IX, IY, constant K and constant H

Index modification is possible.
* IX: With the FP10SH and FP2, this is I0 to IC.

IY: With the FP10SH and FP2, this is ID.
Description Turns on the contact for only one scan when the leading edge of the trigger is detected.
ANOLOG

F0 MV den direk anologları DT ye atarız. DT den alıp kullanırız.

Anolog adresleri PLC türüne göre değişir. Örnek.FP2 de anologlar WX4 den başlar.5-6-7..vs. gider.
SV (set value)

Direk kullanılan timer numarasıyla kullanılır. TMX 5 ise SV5 olmalı.

Timerın saniye moduna göre değer girilir. Scadadan.
F35 + F35- (değeri bir arttır bir eksilt)

[F35 +1, D]

Description Adds 1 to 16-bit data.

(D)+1=>(D)
Available memory area types

D: WY, WR, WL, SV, EV, DT, LD, FL, IX and IY

Index modification is possible.
[F65 WAN, S1, S2, D] 16Bit Data And Gate

[P65 PWAN, S1, S2, D]

Description Performs bit-wise AND operation on two 16-bit data items.

(S1) AND (S2) => (D)

Available memory area types

S1: WX, WY, WR, WL, SV, EV, DT, LD, FL, IX, IY, constant K and constant H

Index modification is possible.

S2: WX, WY, WR, WL, SV, EV, DT, LD, FL, IX, IY, constant K and constant H

Index modification is possible.

D: WY, WR, WL, SV, EV, DT, LD, FL, IX and IY

Index modification is possible.


[F150 READ, S1, S2, n, D] PLC den komple okuma F151 wrıte komple yazma yapar.

[P150 PREAD, S1, S2, n, D]


Description

Reads the data from the intelligent unit.


Available memory area types

S1: constant K and constant H

Index modification is possible.

S2: constant K and constant H

Index modification is possible.

n: constant K and constant H

Index modification is possible.
D: WY, WR, WL, SV, EV, DT, LD, and FL

Index modification is possible

Önemli Notlar.


  1. Bir çıkış mutlaka bir kere kullanılacak.

  2. PLC adresleri her PLC türüne göre değişir. FP2 de adresler inputlar

X2.H(x20.0,x20.1...X20.F,X21.0,x21.1...vs..

Outputlar y32.0,y32.1vs...

Anolog Inputlar WX4,WX5...vs..

Anolog Outputlar WY0,WY1vs...

Mutlaka PLC türüne göre belirlemek lazım.


  1. Timer kontağını açık yada kapalı timer numarası vererek kullanabiliriz.

  2. Set reset mutlaka kullanılmalı.

  3. Rung kopyalamayı bulamadım.

  4. Her işlemeden sonra convert edeceksin.

  5. Tarama işlemi üsten aşağıya doğru tüm PLC lerde böyle.

  6. W(R,X,Y)ile giriş çıkışları ve dahili bitleri word olarak okutmak yada yazmak mümkün.

  7. Kontağı seç I/o numarasını aşğıda çıkan yere yaz ve enter bas. Yeşil gözüken yere işlemi atar. Değiştirmek istediğimizde kontağın üstüne gel aşağıdan numarasını değiştir.

Program conversion (Compile) CTRL F1

Return to program before edit (Quit Editing) CTRL H..

CTRL F2 online mode svitch

CTRL offline mode

Timer (T)

Function of timers (T)

When a timer is activated and the set time elapses, the timer contact with the same

number as the timer turns on.

When the timer is in the time- up state and the timer execution condition (trigger) turns

off, the timer contact turns off.


Counter (C)

Function of counters (C)

When the decrement- type preset counter is activated and the elapsed value reaches

zero, the counter contact with the same number as the counter turns on.

When the counter’s reset input is turned on, the counter contact turns off.





Timer and counter partitioning

Timers and counters share the same area. The partitioning of the area can be changed

to obtain the number of timers or counters needed.

Partition the area by setting system register 5


Memory Haritası



Data Register (DT)

Function of data registers (DT)

Data registers are memory areas which are handled in word (16- bit) units, and are used

to store data such as numerical data configured of 16 bits.
Non- hold type data and hold type data

There are two types of data registers which handle data differently when the power is

turned off or the mode is changed from RUN to PROG.:

Hold type data registers hold their contents while operation stops and allow operation

to be restarted with the contents still effective.

Non- hold type data registers reset when operation stops.




WX, WY and WR

Function of WX, WY and WR

Relays (X, Y, R) can be handled as blocks of 16 points.

These are one- word (16- bit) memory areas, thus they can be treated as data memory.

The composition of the one- word memory areas is as follows.

The numbers correspond to the words as shown.

Komutlar









PHOENIX INTERBUS
Genel Yapı

Remote bus The main strand that is disposed through the system is designated the re-mote

bus and it links the distributed substations. In all, the remote bus may

be up to 12.8 km long, (from the controller board to the last remote bus de-vice).

The remote bus branch or the local bus can be branched from the

remote bus.

Subsidiary strands from the remote bus (branch lines) are also possible in

the form of local branches. These are designated remote bus, installation

remote bus or local bus depending on their type.


SYSTEM WORKS
SYSTEM WORX is a software suite that allows interactive projection, op-eration

and diagnostics of all devices connected to an INTERBUS network

without reference to the control system.
Connector cable

You use the serial connector cable to connect the serial interface on your

PC to the diagnostics interface on the controller board or the system cou-pler.

Program Yapısı

A project may consist of a number of PLC/PC‘s. A number of controller

boards may be installed in a PLC/PC system. There may be a number of

configuration frameworks on a controller board, and they in their turn may

contain INTERBUS devices.



1.14 Project files

SYSTEM WORX creates the following files for a project:




.BG4
contains the actual bus topology, the configuration, addressing etc.


.MES
diagnostics message file. This is only created if you switch to the "Diagnos-tics"

operating state and messages are received.




.STC
Statistics file from diagnostics. This is only created if you switch to the "Di-agnostics"

operating state.




.INI
Project initialization file.

All files belonging to a particular project can be stored in a common direc-tory

anywhere on the hard disk. Loading and saving is done with a Win-dows

File menu. The dialog box "Save As" allows you to copy all files that

have the same project name. If there are files with the same name already

in the target directory, the system issues an overwrite warning.



Additional files:
Additional files:

in addition to the central project files, there are a number of other file types.



*.GP In these files you can store individual worksheets from preprocessing or

PROGRAM WORX.




.ZWT
All application program data from PROGRAM WORX is compressed and

stored in this file. While you are working with PROGRAM WORX this file is

extracted to form a directory tree.

*.PAX In these files, you can store the Parameterizations from your INTERBUS

projects. Parameterization includes, e. g., the startup behavior of

INTERBUS, and the bus topology.

*.SVC The SVC file includes complete parameterization and can be used with

controller boards that do not have a parameterization memory. The SVC

file is an ASCII file.

*.CSV Comma Separated Value. The CSV file is used to make the project data

(*.BG4) - otherwise available only in binary format - accessible to other pro-grams.



*.EPL You can use these to transfer the INTERBUS topology and the process

data assignments to the "EPLAN" program.



*.FCX In the FCX files, you can save macros, user functions and events. They are

grouped together under menu item "Functions" in the controller board‘s

context menu.

*.GLV The GLV files contain the global variables of a PC WORX project.
4.2 LCD

You can display the LCD available on many controller boards directly in

SYSTEM WORX. All indications appearing on the hardware display can

also be seen on the software display.






Mode CFG Configuration

ID Identification code of the selected device

LEN Process data length of the device

LEVL Bus level of the selected device

SWTC List of devices that are switched off

BRDG List of bridged devices

ACTV CFG Active configuration

SAVE CFG Save configuration

DIAG Diagnostics

MPM MPM diagnostics

DEBG Debug

ADBG Auto Debug

QFLG Quality Flag

WFLG Warning Flag

SNGL Single (single error)

STAT Statistics

ERRHIST Error history

REC Number of reconfiguration requirements per device

PF Number of local bus errors per device

CRC Number of CRC errors per device

PF TEN Top Ten local bus errors

CRC TEN Top Ten CRC errors

OPT Options

SCANTIME Current cycle time

OPTITIME Optimum cycle time

FW-V Firmware version on the controller board

HW-V Hardware version of the controller board

SER-No. Serial number of the controller board

RSET Reset controller board

LCD TEST Display test

PROGRAM WORKS
2.1.1 Creating a new project

New projects are created in PROGRAM WORX with a template. A template

contains predefined POUs, worksheets and configuration elements which

are e.g. necessary for the PLC type. It is not possible to create a new

project without using a template.

How to proceed:

• Choose the menu item ’New Project’ in the submenu ’File’.

The dialog ’Project template’ appears.

• Choose a template.

• Confirm the dialog.

The start-up process begins and the dialog ’PROGRAM WORX log-in’

appears (please observe the following note).

• Enter your password.

• Confirm the dialog.

The project ’Untitled’ is opened.

• Start editing.
2.8 How to realize a project

2.8.1 General steps

To realize a project with PROGRAM WORX you have to do several distinct

steps. These general steps are:

1. Defining the project structure in the project tree

2. Editing the POUs

3. Associating programs to tasks

4. Compiling the project

5. Downloading the project

6. Testing the program in online mode

The first four steps are described in the general help for PROGRAM

WORX. The last two steps are described in the specific help of your PLC

type.





Elementary data types

Variable declaration keywords

In variable declarations variable declaration keywords have to be used.

The keywords are described in the following table:

Table 1-8 Variable declaration keywords


Keyword Description

VAR for internal variables which can be used only within POU

for declaring the instances of function blocks

can be used for the declaration of directly represented, located and symbolic

variables

can be used with the keyword 'RETAIN' for declaring retentive variables

VAR_INPUT for variables which are inputs to functions, function blocks and programs

to give a value to the POU coming e.g. from another POU

its value is only read within the POU

can be used only for the declaration of symbolic variables

VAR_OUTPUT for variables which are outputs to function blocks and programs

supplies an output value for e.g. other POUs

its value is written within the POU

it is also allowed to read the value

can be used only for the declaration of symbolic variables

VAR_IN_OUT address of the variable is passed by reference

the variable can be read or written

typically used for complex data types such as strings, arrays and structures

VAR_EXTERNAL for global variables in the POU

its value is supplied by the declaration of VAR_GLOBAL

its value can be modified within the POU

can be used only for the declaration of symbolic variables

VAR_GLOBAL for global variables which can be used in all programs and function blocks of

the project

can be used for the declaration of directly represented, located and symbolic

variables

can be used with the keyword ’RETAIN’ for declaring retentive variables

END_VAR to finish a variable declaration block

Additional variable declaration keywords

Keyword Description

VAR_EXTERNAL_FB for global variables used in an instantiated function block which is in-serted

in the subtree ’Physical Hardware’

its value is supplied by the declaration of VAR_GLOBAL_FB in the global

variable worksheet of the function block instance in the subtree ’Physical

Hardware’

its value can be modified within the POU

can be used only for the declaration of symbolic variables

VAR_EXTERNAL_PG for global variables used in an instantiated program or function block

which is inserted in the subtree ’Physical Hardware’

its value is supplied by the declaration of VAR_GLOBAL_PG in the glo-bal

variable worksheet of the program instance in the subtree ’Physical

Hardware’

its value can be modified within the POU

can be used only for the declaration of symbolic variables

VAR_GLOBAL_FB for global variables which are used by the corresponding function block

instance

can be used for the declaration of directly represented, located and sym-bolic

variables

can be used with the keyword ’RETAIN’ for declaring retentive variables

VAR_GLOBAL_PG for global variables which are used by the corresponding program in-stance

can be used for the declaration of directly represented, located and sym-bolic

variables

can be used with the keyword ’RETAIN’ for declaring retentive variables



TELEMECANIQUE PL7
MEMORY YAPILARI





TIMER

MASK EVENT




TIMERS

The timer has 3 operating modes:.TON : this mode is used to control on-delay actions. This delay is programmable and can be modified via the terminal..TOF : this mode is used to control off-delay actions. This delay is programmable and can be modified via the terminal..TP : this mode is used to create a pulse of an exact duration. This duration is programmable and can be modified via the terminal.


Characteristics
Timer number %TMi 0 to 63

Mode TONTOF TP .on-delay (by default) .off-delay .monostable


Time base TB 1min (by default), 1s, 100ms, 10ms. The lower the time base, the greater the precision of the timer. Max. 16 timers with TB = 10 ms
Current value %TMi.V Word which increments from 0 to %TMi.P when the timer is running. Can be read and tested but not written by the program (1).
Preset value %TMi.P 0<%TMi.P<9999. Word which can be read, tested and written by the program. Set to 9999 by default. The length or delay generated is equal to %TMi.P x TB.
Adjustment via terminal (MODIF) Y/N Y : possibility of changing the preset value %TMi.P in adjust mode.N : no access in adjust mode.
Setting input IN The timer starts on a rising edge (type TON or TP) or a falling edge

(type TOF).


Timer output Q Associated bit %TMi.Q is set to 1 depending on the function performed TON, TOF or TP.
(1) %TMi.V can be modified via the terminal.
KARŞILAŞTIRMA


ATAMA İŞLEMLERİ




ATAMA İŞLEMLERİ


MANTIKSAL OPERATORLER


SUBROUTINE CALL

SUBROUTINE RETURN












plc lerde bilinmesi gerekenler.

Dıgıtal ınput adresi

Digital output adresi

Memory bit adresi 0-1

Memory word adresi 8 bit

Memory double word 16bit

Set etme ,reset etme

Timer

Counter


Matematiksel işlemler

Çarpma,bölme,toplama,eşittir,büyük,küçük,büyükeşit ,küçük eşit ,mutlak değer

Compile etme

Run stop etme

Download,upload
Scada haberleşme

Harici bitler (start,stop,alarm reset,oto,man,local,manuel start,manuel stop vs...)

Harici wordlar(her tur paremetre )

Kalibrasyon faktörü , sıfır faktörü okunur işlem yapılır.

Scadadan gelen giden tüm bilgiler bit,word lerde alınır verilir.


Serkandan almam gerekenler


Yapılan işler

Özkaraoğlu CNC

Baz makine

Titaş gaz analiz

Bingöl hazır beton santrali

Kayseri kurutma

Özkaraoğlu taşlama makinası

Kazakistan

Akça hazır beton

Er beton Paketleme

Dozaj bant kantarı

Num CNC,Kull.kitap. manuel

Siemens S7200 Kull.kitap. manuel

Siemens TD200 Kull.kitap. manuel

Nais FP2 Kull.kitap. manuel

Nais FP0 Kull.kitap. manuel

Easy View Kull.kitap. manuel

Winlog scada Kull.kitap. manuel

Pc anywere Kull.kitap. manuel

Load-cell konverter Kull.kitap. manuel

Möeller easyview Kull.kitap. manuel

Web housting Kull.kitap. manuel

Delphi scada genel

PL7 Kull.kitap. manuel


EASY VİEW OPERATÖR PANELİ

E
DIT//WINDOW COPY pencere kopyalar


Sayfa kopyalamak için %100 sayfa yapısında olacak.

ZAMAN TARIH



LB 6000DEN 6005 EKADAR ZAMAN.

6000SN

60001DAKİKA



6002SAAT

600GÜN


60004AY

6005YIL


ZAMANI PLC YE GONDERIR ORADA DEĞERLENDIRIRIZ.

İşaretleyip yatay dikey align(hizalama yapabiliriz)

Same sıze yapabiliriz bunlar ekrandan seçebiliriz.

Programı download ettıkten sonra operatör panelinin enerjisini açıp kapayaağız.

İlk açılışta kullanacağımız operatör panelini seçeriz.
PLC Secımı

Edit Menusunden System paremeters den PLC yi seçeriz.




  1. Craete Bit Lamb

Led gösterimi. Kendi iç biti yada x,y,gibi PLC giriş çıkışaları da kullanılabilir. Sağ tarafta çıkan menunun en üztünde durur.

Örnek:


Device typ X adres 1 yazar function a da blink yazarsak x1 gelirse blinlk eder.

Normal yanabilir ,0 da iken blink edebilir 1de iken blink edebilir.


Bit Lamp

A Bit Lamp turns ON or OFF according to the ON or OFF status of designated PLC bit address. If the bit status is OFF, the first shape will be displayed. If the bit status is ON, the second shape will be displayed, and so on. The corresponding label will also be displayed if Use Label is enabled.


Procedure to place a Bit Lamp:

.Click Bit Lamp icon.

.Fill in Description & Read Address.

.Select Shape or BMP to display bit state.

.Fill in text to denote OFF & ON state.
.Position the bit lamp and resize it if necessary.
Read address
The Read address designates a PLC bit address that control the state of display shape & label.


  1. word lamb object

PLC den yada iç dahiliden gelen(LB) word bilgilerini blink yada gösterir.

Örnek. DT1100 diye girilir ve 1100 değerinin ne olması gerektiği yazılırsa o değer set edilen değer olursa labmba yanar yada blink eder.




  1. Create Set Bit Object

En çok kullanılan menudur. Hem iç bitlerde (LB) hem de PLC sık sık kullanılır.

Buton şeklinde yapmak istiyorsak ŞHAPE den seçiyoruz buton oluyor.

Bu butona basınca STYLE deki duruma göre biti yada iç biti

ON :Basınca Biti ON yapar

OFF Basınca Biti FFF yapar

Toggle Basınca biti 0 sa 1 ,birse sıfır yapar

Momentry bastığı kadar bir yapar

Başka özellikler de var.

Label

Label basınca ekranda yazılacak Text yazılır Fontu ve rengi seçilir. Alttaki yazı çıksın işaretini (use label)işaretlememiz lazım.


Şhape

Burdan buton gibi similasyon yaptırma özelliği var. Use shape işaretlenerek şahpe libry den renk seçilir.

Renk seçilir. Ve okeylenerek buton yapılır.

Set Bit
The Set Bit define a touch area, when activated, it turning a specified bit ON or OFF.


Procedure to place a Set Bit:

.Click Set Bit icon.

.Fill in Description , Write Address and Set Style.

.Select Shape or BMP to represent the touch area.

.Fill in illustrated label.

.Position the Set Bit and resize it if necessary.


The Set Style functions are as follows:
Set Style Description

ON When the Set Bit is pressed, the state in PLC designated bit address is turned ON. The state continues (i.e. remains ON) even after it is released.

OFF When the Set Bit is pressed, the state in PLC designated bit address is turned OFF. The state continues (i.e. remains OFF) even after it is released.

ON/OFF Every time the Set Bit is pressed, the state in PLC designated bit is reversed (ON OFF, OFF ON)(Toggles)

Momentary Only while the Set Bit is held (pressed) down the state in specified PLC bit address turned ON. Thus, when the switch is released, the specified bit address is turned OFF.
Set Word

Word olarka set eder.


Toggle Svitçh
Kullanılacak biti foggle eder yani 0 sa 1 1se 0 yapar. Oto-man gibi. Yani manuelde ise (R5 diyelim 1 olunca man 0 olunca oto konumu olsun)butona bastığımızda oto-iis e manuel man ise oto olur.
The toggle switch is a combination of Bit Lamp and Set Bit. It represents the ON/OFF status of a PLC bit address, and defines a touch area, when activated, it turning a specified bit ON or OFF
Procedure to place a Toggle Switch.

.Click Toggle Switch icon.

.Fill in Description , Read Address , Write Address and Set Style.

.Select Shape or BMP to denote bit status and represent the touch area.

.Fill in text to denote OFF & ON state.
.Position the Toggle Switch and resize it if necessary.
The read address control the state of display shape and label, when the touch area is pressed the bit status of write address is forced ON or OFF.
The Set Style functions are as follows:

Set Style description

ON When the Set Bit is pressed, the designated PLC bit address is turned ON. The state continues (i.e. remains ON) even after it is released.

OFF When the Set Bit is pressed, the designated PLC bit address is turned OFF. The state continues (i.e. remains OFF) even after it is released.

ON/OFF Every time the Set Bit is pressed, the designated PLC bit address’s ON/OFF state is changed. (Toggles)

Momentary Only while the Set Bit is held (pressed) down the specified PLC bit address turned ON. Thus, when the switch is released, the specified bit address is turned OFF.


Multi State Switch

The Multi-State Switch is a combination of Word Lamp and Set Word. It turns to different state according to the read value of PLC monitor word address and it defines a touch area, when activated, it write a specified data to the PLC word address.


Procedure to place a Multi-State Switch:

.Click Multi-State Switch icon.

.Fill in Description , Read Address , Write Address and Set Style.

.Select Shape or BMP to denote states of PLC word address and represent the touch area.


.Fill in text to denote each states.

.Position the Multi-State Switch and resize it if necessary.


The read address control the state of display shape and label, when the touch area is pressed the data is written to the write address. The No. of states define the maximum value(=No. of states minus one) of the PLC write address when toggle the switch.
The Set Style functions are as follows:

Set Style Description

JOG+ Every time the Set Word is pressed, The current value in the PLC designated word address increase one. If the result is equals to No. of state a zero(0) is written to the designated word address.

JOG- Every time the Set Word is pressed, The current value in the PLC designated word address decrease one. If the result is equals to zero(0), the value (No. of state –1) is written to the designated word address.



Function Key



Pencere değiştirme işi yapar.

Function Key
The Function Key can be used to change screen display, input digit or ASCII character, minimize window and move window.
The Function Key can be used to change screen display, input digit or ASCII character, minimize window and move window.
Procedure to place a Function Key:

.Click Function Key icon.

.Fill in Description and character code.

.Select Shape or BMP to denote the touch area of Function Key.

.Fill in label if necessary.
.Position the Function Key and resize it if necessary.
Change Screen Display

If the function key is set as change screen, when the touch area is pressed(activated), the MT will terminate current display screen and change to the screen designated by Screen No..


Keypad

A keypad is composed of a variety of function keys setting different ASCII code and special key such as Enter, BS, and ESC etc.


Move Window

A function key defined with Window Bar attribute is used to move the position of window on the screen. A pop up window on the screen, if there is one function key inside the window with window bar attribute, when the function key is touched, the window move function is activated. After a second position is touched, the window is moved to that place.


Minimize Window

A pop up window on the screen, if there is one function key with minimize window inside the window, when activated (pressed) the window will be minimized to the window icon on the bottom of the screen. A touch on the window icon will be maximized the window.



Direct Window


LB 16 yada PLC birtlerinden birine basınca şu pencereye git (window no) işlemini yapar.

Sayfa direct window büyüklüğü kadar gözükür önemli.


Direct Window
Indirect Window

D99


D100 20

D101


D99

D100 21


D101

The Indirect Window places a screen, registered as a window, over the current screen. The screen displayed on the window is designated by a PLC register data which is defined in the Indirect Window. The window screen is created the same as regular screen. There is no absolute limitation for the maximum registered window on each screen. However at online operation, up to six windows can be displayed simultaneously on each screen.


Refer to Move Window and Minimize Window in the Function Key.
Procedure to place an Indirect Window:

.Click Indirect Window icon.


.Fill in Description and Read Address.
.Place it on the position where you want Window pop up and resize it. The size of window limits the area of display. The screen area out of the window boundary will not be displayed.
Pop up window
The window is controlled by a PLC bit (Direct Window) or word (Indirect Window) device. Once the bit or word is activated, the window is popped up. Refer to Window Bar and Minimize Window in the Function Key
Task Bar
Whenever a window is popped up, an icon in the task bar will be reserved for the window. Click the window icon will put the corresponding window in the top layer. Double click the window icon will minimize the window, double click again will recover the window again.

BAŞKA BİR PROJEDEN SAYFA KOPYALAMAK İÇİN

EDIT//Window copy
Source Window No: kopyalamak istediği projenin sayfa numarası

Desti Window No :yeni projemizde kaçıncı sayfaya kopyalayacağımız.


Isıs

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