Schneider Electric Adjustment tool ADJUST MMI 37, 5.2 User Guide

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General Contents

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Presentation and Installation

1.1

General

1.1-1 Functions available with ADJUST

1.2

Installing the software

1.2-1 Preliminary operations

1.2-2 Installation procedure

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Development Phase Operations 28

2.1

Configuring the ADJUST function 28

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Using the ADJUST function during operation

3.1

Foreground execution of the ADJUST Function

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3.2

ADJUST function screen

3.3

Objects which can be accessed using the ADJUST function

3.3-1 PL7-2 language

3.3-2 PL7-3 language

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34

3.4

Entering a list of objects

3.4-1 By selecting objects

3.4-2 By selecting symbols

3.4-3 Using the "Next" Command

3.4-4 By selecting a variable from another option

3.5

Modifying an object in the list

3.5-1 Modifying the value of an object

3.5-2 Modifying the display base

3.6

Displaying the extended comment 41

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40

3.7

Updating the list : managing the List

3.7-1 Inserting an object

3.7-2 Deleting an object

3.7-3 Deleting the list

3.8

Search for Forced bits

3.9

Connecting to a UNI-TELWAY station or a FIPIO Device

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1

Presentation and Installation

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1.1

General

This document describes the installation and use of the Telemecanique adjustment software ADJUST, which is a TXT L PL7 M37 V5E software option.

ADJUST is an adjustment tool used during operation by a TSX PCM 37 module or by a CCX 77FP dialogue terminal (or a PC compatible), for first level maintenance on the

Series 7 range of products, e.g. TSX7 and PMX7 PLCs, TBX, ALTIVAR, RECTIVAR,

XGS, XBT, NUM, etc.

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1.1-1 Functions available with ADJUST

ADJUST is used for monitoring and adjusting :

• A local station (in which the operator dialogue module is installed).

• A remote PLC connected to the CCX 77FP terminal (or PC compatible) via the

FIPWAY, ETHWAY network or FIPIO, UNI-TELWAY bus (single station operator dialogue) see TXT DM PL7 M37 RT1 - section 2 Installation : software installation.

FIPWAY /ETHWAY

TSX/PMX

FIPIO or

UNI-TELWAY

CCX 77FP

(with ADJUST)

• A remote slave station via the Uni-Telway bus. In this case, the station supporting the operator dialogue module must be the Uni-Telway master.

• A remote device via the FIPIO bus.

The ADJUST tool provides the following functions :

• Display of a list of variables.

• Display of the extension comment.

• Modification of the display base (decimal, hexadecimal, binary, floating point, message).

• Modification of values.

• Block and unblocking of steps.

• Forcing of the internal I/O bits (local or remote).

• Localization of forced bits.

The symbols and associated comments are provided by the XTEL-SDBASE symbol database.

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Presentation and Installation 1

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1.2

Installing the software

1.2-1 Preliminary operations

Before installing ADJUST on the hard disk, it is advisable to :

• Read the Licence Certificate and Guarantee stipulating the software copyright and installation restrictions.

• Make a copy of the installation diskette and use only the copy, to avoid damage to the original diskette.

Important

The diskette is supplied in the write-protected position. Do not alter this.

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1.2-2 Installation procedure

The following operations must be performed before installing ADJUST :

1 Check that the TXT L PL7 M37 V52 operator dialogue development software is

already installed (refer to the corresponding documentation).

If so, install ADJUST. Otherwise, first install the PL7-MMI 37 software (refer to the corresponding documentation).

2

Close all the current sessions (refer to the corresponding documentation).

Installing the ADJUST software

• Open an OS/2 full screen session.

• Insert the ADJUST diskette in the drive.

• Enter the drive identifier where the diskette is located (a: or b:), then confirm with

<Enter>.

• From the new prompt (e.g. a: or b:), enter the install command, then confirm with

<Enter>.

• Follow the procedure displayed on the screen, then confirm with <Enter>.

• When the last installation is completed, check the configuration and confirm with

<Enter>.

• Remove the diskette from the drive and return to MINI X-TEL or X-TEL using the

<Ctrl><Esc> command.

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Development phase operations

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2.1

Configuring the ADJUST function

This operation is compulsory each time the ADJUST software is installed or reinstalled.

After installation of the ADJUST software, the application must be defined (1 to 4) as well as the type of target dialogue machine (TSX CPM, CCX 77FP or PC compatible). Refer to the PL7-MMI 37 manual section 3.1 : Selecting the target machine.

After selection, the ADJUST function must be declared in PL7-MMI 37 and configured.

The files generated will then be transferred into the target machine (TSX PCM, CCX

77FP or PC compatible).

Declaring the ADJUST option

This operation enables the PL7-MMI 37 development software to recognize the

ADJUST function as a valid task. To do this :

• Scroll through the Utilities menu of the PL7-MMI 37 main screen and select the Add

Option heading, which lists the available options on the screen.

• Select the ADJUST option, which then appears in reverse video.

• Confirm the choice.

Configuring the ADJUST option

This operation generates the symbol database for subsequent transfer to the target machine and use by the ADJUST function. Only symbols with the DIAGPCM criterion are to be selected. To do this :

• Scroll through the Creation menu of the PL7-MMI 37 main screen and select the

CM Task Configuration Manager, which displays the screen below :

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Development phase operations 2

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• Select the ADJUST : Configuration heading and confirm the selection with the OK command. At the end of configuration, press OK and then exit the task configuration manager.

Creation and transfer of tables to the target machine

Before the ADJUST option can be used during operation, the new image for the operator dialogue application must be generated and loaded into the target machine memory

(cartridge for the TSX PCM module, hard disk for the CCX 77FP terminal or PC compatible). To do this :

• Scroll through the Generation menu of the PL7-MMI 37 main screen and select the

Table Creation heading.

• When the tables have been created, scroll through the Generation Menu again, choose the Task Selection heading and select the ADJUST task.

• Load the generated image into the module using the Transfer Menu.

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3.1

Foreground execution of the ADJUST Function

The ADJUST function can be displayed in the foreground in four ways :

• Automatically when the module is powered up or when the application is executed.

However, the ADJUST task must be declared with the attribute F when the system is configured.

• From a graphic screen using the "FOR" function key with the ADJUST value.

• From the task manager screen by selecting the ADJUST task using the <F10> command. For this, the ADJUST task must be active.

• Using the DIAG (application diagnostics) or VISUDYN (dynamic program display) tools.

When the ADJUST function is displayed, the calling screen (i.e. the graphic or task manager screen or the DIAG or VISUDYN tools) can be recalled by pressing the <F3>

(Exit) key.

The ADJUST function screen and hence the generated list of objects are memorized.

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3.2

ADJUST function screen

This screen can be accessed when the ADJUST function is executed in the foreground.

It enables a list of up to 17 objects to be displayed in real time. If objects have been previously listed, the list is displayed when the ADJUST function is shifted to the foreground.

A number of commands are available for modifying displayed objects, i.e. blocking steps, modifying or forcing values, and changing the display base.

These commands are accessed either by :

• the Si key on the action bar or

• the key which corresponds to the character in capitals on the action bar menu.

Example : S1 = Selection : access by <S1> or <S> key.

Note

The OPERATION password must be known in order to access object modification. This is defined by the PL7-MMI 37 Generation menu or by the task manager screen <F6> key (refer to the

TXT DM PL7 M37 V52E documentation). The password is requested once in each foreground session.

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Using the ADJUST function during operation 3

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1

2

3

4

5

6

1 The alarm flag or zone provides a real-time display of the last alarm generated by the ALARM task. If a slave device is being adjusted via the Uni-Telway bus, the zone is no longer refreshed.

2 The action bar zone is accessed by the <F10> command and displays the following pull-down menus :

[S1 = Select]

[S2 = Modif]

[S3 = Next]

This command has various functions depending in which field the cursor is positioned :

• If the cursor is in the VARIABLE field, the objects listed on the screen can be defined by selecting PL7 objects in a tree structure : selecting the type of the object and then its number.

• If the cursor is in the SYMBOL field, the symbols listed on the screen can be defined by selecting them from a list. The available symbols are given in alphabetic order.

This command has various functions depending in which field the cursor is positioned :

• If the cursor is in the VARIABLE field, another object can be entered by its address.

• If the cursor is in the SYMBOL field, another object can be entered by its symbol.

• If the cursor is in the BASE field, an object can be displayed in a database.

Inserts an object of the same type and with the next address into the list after the object pointed to by the cursor, e.g.:

W52 <S> or <S3> W53,

EVDGS5,ERROR <S> or <S3> EVDGS6,ERROR,

I2,3

O2,E

<S> or <S3> I2,4,

<S> or <S3> O2,F <S> or <S3> O2,F.

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[S4 = Information] Displays the extended comment associated with the symbol of the object pointed to by the cursor. Or displays data on the FIPIO bus device if the object pointed to by the cursor is of a remote I/O type.

[S5 = mAnage] Activates a menu to manage the list of objects and the search for forced bits :

[Insert] Inserts a blank line below the line pointed to by the cursor. The command [Modify] provides access for entry on this line.

[Delete line] Clears the line pointed to by the cursor.

[deLete list] Clears the list displayed on the screen after confirmation by <F9>.

[Forced bits] activates the search menu to search for forced bits.

[S6 = Connection] When the target operator dialogue machne is linked to a Uni-Telway master station, this command is used to connect Uni-Telway slave devices on the bus :

• either via the integral Uni-Telway link,

• or via a TSX SCM 21 module.

If the target operator dialogue machine is linked to a FIPIO station, this command enables connection to devices on the FIPIO bus.

As the alarm zone is no longer refreshed after connection, the corresponding field shows no data.

To return to the initial station, activate the Connection command again.

3 Adjustment information.

4 Identification of the connected device by station name, PLC type and station address

(network/station).

5 The general function keys used by the ADJUST function are as follows :

<F3> Return to calling screen (graphic or task manager, DIAG or VISUDYN

<F5> tool).

Place the cursor at the top of the list.

<F6>

<F10>

Place the cursor at the bottom of the list.

Activate the action bar.

<Enter> Confirm the current operation.

<Esc> Abort the current operation.

6 State of the connected device : RUN, STOP, or MEM.

Note

Each action has an associated function key <Si>, available on the TSX CPX 27/37, TSX CCX 77FP.

These actions are accessed on a standard keyboard using <shift><Fi>.

The letter «F» displayed at the top left of the screen indicates that there is at least one forced bit

(I/O bit - local or remote - or internal bit).

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Using the ADJUST function during operation 3

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3.3

Objects which can be accessed using the ADJUST function

3.3-1 PL7-2 Language

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Bit object Designation

TSX 27/47

Type Limits of access 0

≤

i<

Ix,i Ixy,i R/W/F event input bit I0,24 R

Ox,i function block bit

• monostable

• timer

• upcounter/downcounter

• register

• drum controller

• text block

• fast counter

Sx,j

Bi

Oxy,i

SYi

Xi

I/Oxy(Oy),S

Mi,R

Ti,R/Ti,D

Ci,D/Ci,E/Ci,F

Ri,E/Ri,F

Di,F

TXTi,D/TXTi,E

FC,E/FC,D/FC,F

R

R

R

R

R

R

R

R/W/F

R/W/F 256

R/W(1) 24

R/W 96

R

8

8

8

32/16

31/16

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Bit object extracted

TSX 17

Designation

TSX 27/47

Type of access

Limits

0

≤

i<

Wi,j R/W

IWx,i,j

OWx,i,j

CWi,j

SWi,j

COMi,j,k

IWxy,i,j

OWxy,i,j

R

R/W(1)

R/W(1)

R

R/W

(1) depends on the value of i

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PL7-2 Language (cont'd)

Word object activity time

Designation

TSX 27/47

Wi

CWi

SWi

COMi,j

Xi,V

Type Limits of access 0

≤

i<

R/W 1024

R

R/W(1)

1024

R/W(1)

R 96

IWx,i

OWx,i

IWxy,i

OWxy,i function block word

• monostable

• timer

• upcounter/downcounter

• register

• drum controller

• text block

• fast counter

Mi,P/Mi,V

Ti,P/Ti,V

Ci,P/Ci,V

Ri,I

Ri,O

Di,S/Di,Wj/Di,V

TXTi,L/TXTi,T/TXTi,A

TXTi,M/TXTi,C

TXTi,S/TXTi,R

FC,P

FC,V

(1) depends on the value of i

(2) if modification permitted (YES in configuration mode)

R/W

R/W

R/W(2)

R/W(2)

R/W(2)

R/W

R

R

R/W

R/W

R

R/W(2)

R

8

8

8

4

4

32/16

31/16

3.3-2 PL7-3 Language

Grafcet chart bit

• step

• macro-step

• step of macro-step

• IN step of macro-step

Designation

Ixy,i

Oxy,i

Ixy,i

Oxy,i

Bi

SYi

Xi

XMj

XMj,i

XMj,I

XMj,O

I/Oxy,S

Possibilities

R/W/F

R/W/F

R/W

R/W

R/W/F

R/W(1)

R/W/B

R

R/W/B

R/W/B

R/W/B

R

Limits 0

≤ i

≤

F

F

F

7

3935

127

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Using the ADJUST function during operation 3

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PL7-3 Language (Cont'd)

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Designation Type of access Limits 0

≤ i

≤

RI x,y,z (1) R/W/F

RO x,y,z (1)

RD x,y,z

STS x,y,z

TRIP x,y,z

RST x,y,z

R/W/F

R

R

R

R/W

(1) Channel address

R I x, y, z channel number : 0 to 15 module number : 0 for the base and 1 for the extension

FIPIO bus connection point address : 1 to 62

I for an input, O for an output designates remote I/O

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Designation Type of access Limits 0

≤ i

≤

Wi,j R

CWi,j

SWi,j

COM(X)i,j,k

IWxy,i,j

OWxy,i,j

R

R/W

R

R

R

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Designation Type of access Limits 0

≤ i

≤

Wi R/W 32596

DWi

CWi

CDWi

SWi

COM(X)i,j

IWxy,i

OWxy,i

R/W

R

R

R/W

R

R/W

R/W

32595

26206

26205

127 activity time of Grafcet step

• step of main chart Xi,V R

• step of macro-step Xj,i,V R

• IN step of a macro-step Xj,I,V R

Xj,O,V R

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PL7-3 Language (cont'd)

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Standard function block bit and Designation Type of access

Limits

0

≤ i

≤ monostable

• monostable running bit

• preset value word

Mi

Mi,R

Mi,P

Mi,V

R

R/W(2)

R

31 timer

• timer running bit

• timer elapsed bit

• preset value word upcounter/downcounter

• upcounter overflow bit

• preset reached bit

• downcounter overflow bit

• preset value word register

• register full bit

• register empty bit

• input word text block

• exchange complete bit

• exchange incorrect bit

• length of table word

• status word

• module address and channel n o word

• request code word

• TELWAY station address word

• communication text block n o word control block

Ri

Ri,F

Ri,E

Ri,I

Ri,O

TXTi

TXTi,D

TXTi,E

TXTi,L

TXTi,S

TXTi,M

TXTi,C

TXTi,A

TXTi,T

TXTi,V

Ti

Ti,R

Ti,D

Ti,P

Ti,V

Ci

Ci,E

Ci,D

Ci,F

Ci,P

Ci,V

CTRLi

CTRLi,R

R

R

R/W(2)

R

R

R

R

R/W(2)

R

R

R

R/W

R

R

R

R

R

R

R

R

R

R

R

127

255

127

63

7

(2) if modification allowed (YES in configuration)

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Using the ADJUST function during operation 3

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PL7-3 Language (Cont'd)

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Optional function block bit and Designation Type of access

Limits

0

≤ i

≤ input parameter

• bit

• word

• double word

• module

• bit pointer

• word pointer

OFBi,object

R/W(*)

R/W(*)

R/W(*) no access no access no access no access output parameter

• bit

• word

OFBi,object

R

R

R internal data

• bit

• word

• double word

• word table

• double word table

OFBi,object

R/W(*)

R/W(*)

R/W(*) no access no access no access internal constant

• bit

• word

• double word

• word table

• double word table

OFBi,object

R

R

R no access no access no access

(*) depends on OFB

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3.4

Entering a list of objects

3.4-1 By selecting objects

< ← >< → > Place the cursor in the VARIABLE field.

<S> or <S1> Activate the Select function, which displays a list of the object families, i.e. Bits, Words, Grafcet steps, Standard blocks and Optional blocks.

< x>

< x>

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< x>

<Enter>

Select an object family by entering its keyboard shortcut e.g. W for

Words, (or use the UP and DOWN keys).

Enter the object type by entering its keyboard shortcut e.g. S for

System, (or use the UP and DOWN keys).

Select the object address, e.g. 10.

The word SW10 appears in the list.

Note

For function block type objects, it is also necessary to select :

• The extension for the standard blocks (e.g. C0,P for the preset value word).

• The OFB element for the optional blocks (e.g. EVDGN1,ERROR).

For remote I/O objects, it is also necessary to select :

• The device, module and channel numbers.

• The names of the object (e.g. RI9,0,1).

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3.4-2 By selecting symbols

<

←

><

→

>

<S> or <S1>

Place the cursor in the SYMBOL field.

Activate the Select function, which displays the list of defined symbols in alphabetical order.

<

↑

><

↓

> Move the cursor onto the symbol to be inserted in the list.

<Enter> or <Space>

Insert the symbol in the list.

Note

<Enter> not only inserts the symbol in the list but also closes the defined symbol window, whereas

<Space> inserts the symbol in the list without closing the window.

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3.4-3 Using the "Next" Command

With the cursor on an object already entered in the list of objects :

<N> or <S3> Display the object of the same type and with the next address on the next line. If the next line has already been entered, the new object will overwrite the previous object.

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3.4-4 By selecting a variable from another option

The DIAG and VISUDYN software options can be used to select a variable to be added to the list of objects.

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3.5

Modifying an object in the list

3.5-1 Modifying the value of an object

< ↑ >< ↓ >

<

←

><

→

>

<M> or <S2>

Move the cursor onto the object to be modified.

Place the cursor in the object VALUE field.

Activate the Modification function.

< XXXX> Enter the operation password (only for the first modification in the foreground session).

• Bit object

<V><0><1> or <S1><S2><S3>

Modify the bit values :

• <V> or <S1> modifies the bit logic status,

• <0> or <S2> forces the bit to 0,

• <1> or <S3> forces the bit to 1.

A forced bit has the letter F in front of its listed value.

• Word object

< x> Enter the new value in the base defined in the BASE field for the object : Decimal, Hexadecimal, Binary or Text.

Confirm the entered value.

<Enter>

• Grafcet Step object

<E><L> or <S1><S2>

Depending on the keyboard shortcut letter, Enable/disablE the step, or Lock/unLock the step. The value of a blocked step is displayed in square brackets.

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3.5-2 Modifying the display base

<

↑

><

↓

>

<

←

><

→

>

<M> or <S2>

Move the cursor onto the object to be modified.

Place the cursor in the BASE field for the object.

Activate the Modification function, which displays the list of display bases.

<D><H><B><T><F> or <S1><S2><S3><S4><S5>

Select the display base by pressing the appropriate key, i.e. <D> or

<S1> for Decimal, <H> or <S2> for Hexadecimal, <B> or <S3> for

Binary, or <T> or <S4> for Text, <F> or <S5> for Floating point (can be used for DWi, CDWi and floating point OFB elements).

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3.6

Displaying the extended comment

<

←

><

→

>

• Local type object

Place the cursor in the SYMBOL field.

<I> or <S4> Activate the Information function, which displays the extended comment for the selected symbol.

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• Remote I/O object, select :

<C> or <S1> to display the extended comment for the selected object.

<D> or <S2> to display the following for the selected remote I/O object :

- the value of the channel,

- the corresponding device, module and channel numbers,

- the value and the possible fault bit reference.

<Esc> exits the window.

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3.7

Updating the list : managing the list

3.7-1 Inserting an object

< ↑ >< ↓ > Place the cursor on the object below which the new object is to be inserted.

<A> or <S5>

<I> or <S1>

Activate the mAnage function, which displays its menu.

Insert a blank line below the object pointed to by the cursor. All the following lines are therefore moved down by one line.

<

←

><

→

> Place the cursor in the SYMBOL or VARIABLE field and select the new object (refer to Section 3.4).

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3.7-2 Deleting an object

<

↑

><

↓

>

<A> or <S5>

Place the cursor on the object to be deleted.

Activate the mAnage function, which displays its menu.

<D> or <S2> Delete the object pointed to by the cursor.

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3.7-3 Deleting the list

<A> or <S5>

<C> or <S3>

<F9>

Activate the mAnage function, which displays its menu.

Select Clear list. A confirmation message then appears on the screen.

Confirm deletion of the list. It is then removed.

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3.8

Search for Forced Bits

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This function relating to I/O bits (local or remote) or internal bits is used to search for and display in a window those bits forced to 0 or 1 in the application. The bits are displayed one at a time : the mnemonic symbol, the variable, the forcing value and the comment associated with the object are also displayed.

<A> or <S5>

<F> or <S4>

Activate the mAnage function.

Activate the Search function.

<N>, <I>, <O>, <A> or <C>

Select the range of the search for iNternal bits, local Inputs, local

Outputs, All the local I/O or remote TBX Channels.

<Enter> depending on the choice made.

• Define the numbers.

Internal bits : position of the bit from which the search is to start.

• Local I/O : rack and module in which the search is to be performed.

• Remote I/O : device in which the search is to be performed.

• All the local I/O of the configuration : the search is run if <C> is selected and confirmed with <Enter>.

E

N

G

L

I

S

H

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3

Using the ADJUST function during operation

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E

N

G

L

I

S

H

<F1> or <D>

<F5> or <S>

Inhibit forcing.

Continue the search.

<F9> or <Esc> Return to the ADJUST function screen at the end of the search.

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Using the ADJUST function during operation 3

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3.9

Connecting to a Uni-Telway station or a FIPIO device

<C> or <S6>

<S><U>

< x>

<Enter>

< x>

<Enter>

Activate the Uni-Telway slave station connection function, which displays a window for selecting the connection :

• either by the integral Uni-Telway link in the processor,

• or via a TSX SCM 21 module,

• or by the FIPIO link integrated in the processor.

Define the type of master module, i.e. <S> for a TSX SCM 21 or <U> for an integral Uni-Telway link.

Enter the address of the TSX SCM 21 master module, giving the rack number and the module number.

Confirm the entered data.

Enter the address of the selected Uni-Telway slave, or the number of the device on the FIPIO bus.

Confirm the entered data. This connects the ADJUST function to the selected device.

E

N

G

L

I

S

H

To cut the connection to the slave station or the FIPIO device and return to the master station, re-activate the Connection function (the name of the initial station is recalled) and confirm.

Note

The alarm zone is not shown when the ADJUST software is connected to a Uni-Telway slave station, or to a FIPIO device.

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