C Use. Schneider Electric Software Workshop, MINI X-TEL 5.0, XTEL

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MINI X-TEL Primary Window

1/1

1.1 Presentation

1.2 File Menu

1.3 Display Menu

1.4 Communication Menu (Comm.)

1.5 Keymgr Menu

1.6 Accessing PL7-X Tools and Functions

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Key Manager Tool

2/1

2.1 Presentation

2.2 Functions

2.3 Accessing the Key Manager

2.4 Action Menu

2.5 Key Module Marking

2.6 Error Messages

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Access Rights

3/1

3.1 Table of MINI X-TEL Access Rights

3.2 Table of PL7-3, PL7-3 GLD/GLT Access Rights

3.3 Table of PL7-2 Access Rights

3.4 Table of PL7-AXE Access Rights

3.5 Table of PL7-COM Access Rights

3.6 Table of X-DIAG Access Rights

3.7 Table of PL7-MMI Access Rights

3.8 Table of PL7-PCL Access Rights

3.9 Table of PL7-PMS Access Rights

3.10 Table of MAX Access Rights

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UNI-TELWAY Driver

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4.1 Using the UNI-TELWAY Driver

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MINI X-TEL Primary Window Section 1

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1.1

Presentation

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1.2

File Menu 1/4

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1.3

View Menu 1/21

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1.4

Options Menu 1/23

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Communication Menu (Comm.) 1/25

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1.6

Keymgr Menu 1/28

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Accessing PL7-X Tools and Functions 1/29

This section ends on page 1/30

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1.1

Presentation

1.1-1 Purpose of the Window

This window gives access to all the functions of the MINI X-TEL Software Workshop:

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- New: to create an application (define the type of station),

- Open: to open an application that is already saved,

- Save: to save an application from the work space to the storage space,

- Delete: to delete an application from the storage space,

- Rename: to rename the application (project name and station name),

- Backup: to save the application in the work space onto one or more diskettes,

- Restore: to restore an application from diskettes to the work space,

- Import: to import one or more files from any directory to the directory of a tool or function in the work space,

- Export: to export one or more files from the directory of a tool or function to any other directory: to restore an application from diskettes to the work space,

- Add Tool/Function: to add the tool or function selected in the primary window to the application,

- Delete Tool/Function: to delete the tool or function selected in the primary window from the application,

- KeyMngr: to access the Key Manager tool,

- Exit: to exit the MINI X-TEL Software Workshop.

• Access to the tools and functions listed in the window:

- Basic tools : XTEL-CONF (V5 Stations), XTEL-MEM (V4 Stations),

XTEL-SDBASE, XTEL-CONTROL, XTEL-TRANSFER,

- Optional tools : XTEL-MOD, XTEL-DOC, XTEL-CAD, S-VIEW, APPLIDIAG,

SYSDIAG, PROMPROG,

- Functions : PL7 - X (PL7-3, PL7-COM, ....).

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Remark:

The optional tools and functions will only appear in the Primary Window if they have been already installed in the terminal and if they are compatible with the station of the work space.

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1.1-2 Action Bar Menus

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MINI X-TEL: OVEN

[TSXV5]

File

New

Open...

Save

Save as...

Delete...

Rename...

Backup/Restore

Import/Export

About...

Exit...

Display

Text

Icon

Options

Add

Tool/Function

Delete

Tool/Function

Comm.

KeyMngr

Address...

Drivers

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1.2

File Menu

1.2-1 New Command

This command gives access to a sub-menu that allows the work space to be initialized

B

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Select the type of station to be created:

• Station TSX 17 for a TSX 17-20 PLC programmed in PL7-2 language,

• Station TSX 27/47 for a TSX 27 /47-10 /47-20 PLC programmed in PL7-2 language,

• Station TSX V3 for a V3 level TSX 47-30 /67-20 / 87-30 PLC, programmed in PL7-3,

PL7-3 GLT or PL7-3 GLD language,

• Station TSX V4 for a V4 level or station TSX V5 for a V5 level TSX 47-40 /67-40 /87-

40 /107-40 PLC programmed in PL7-3, PL7-3 GLT or PL7-3 GLD language,

• Station PMX V4 for a V4 level or station PMX V5 for a V5 level PMX 47-40 /67-40 /

87-40 /107-40 PLC programmed in PL7-3, PL7-3 GLT or PL7-3 GLD language and with process control functions,

• Station XBT for an XBT operator console,

• Connected lets the user create a new application and the system will automatically determine its type depending on the type of PLC connected.

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Activation of the selected station displays a dialog box that informs the user that the current application in the work space will be overwritten. If the user wishes to retain the current application, it must therefore be saved beforehand.

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OK

Cancel

Initializes the work space for the selected station.

Cancels the command and returns to the current application.

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1.2-2 Open Command

This command loads the work space with the version of the application that has been previously saved in an archive. The current application in the work space will be overwritten. The selection of the archive and of the version to be loaded is done by

B

• Disk field: lists all the disks that contain archives.

Selecting a disk can be done by:

- Using the cursor keys: <

↑

> <

↓

>

- Using the mouse to click on the required disk.

Selecting a disk does not give access to the contents of the disk.

• Names of existing archives field: lists all the archives present on the selected disk.

This field is updated only when the selected disk is validated by < Enter >, or by pressing the cursor key <

→

>, or by double clicking on it with the mouse. The user can select another disk by pressing the cursor key <

←

>.

For each archive available, the following information is displayed:

- The name of the archive,

- The type of station saved,

- The storage date.

• Comment field: displays the comment associated with the archive selected in the

Names of existing archives field.

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Cancel

OK

Returns to the primary window of the current application.

Opens a dialog box that informs the user that the current application will be overwritten.

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OK

Cancel

Loads the selected archive into the work space.

Returns to the previous dialog box.

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1.2-3 Save Command

Allows the user to save the current application that is in the work space to the storage space without changing its name, the previous version in the storage space will be overwritten.

B

If the current application in the work space has never been archived, this command operates in the same way as the "Save as..." command (see sub-section 1.2-4).

If an archive already exists with the same name, activation of the "Save" command displays the dialog box below, which allows the user to start the operation.

Note

This dialog box is not displayed if the archive does not exist.

YES

NO

Saves the current application and overwrites the existing archive.

Cancels the command and returns to the primary window.

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1.2-4 Save as... Command

Allows the user to save the current application that is in the work space to the storage space with the possibility of:

• Giving it a name if no previous version exists,

• Changing the name in order to create a new saved version.

This operation is effected by means of a dialog box with several fields:

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• Disk field: lists all the disks that can receive archives.

Selecting a disk can be done by:

- Using the cursor keys: <

↑

> <

↓

>

- Using the mouse to click on the required disk.

Selecting a disk does not give access to the contents of the disk.

• Names of existing archives field: lists all the archives present on the selected disk.

This field is updated only when the selected disk is validated by < Enter >, or by pressing the cursor key <

→

>, or by double clicking on it with the mouse. The user can select another disk by pressing the cursor key <

←

>.

For each archive available, the following information is displayed:

- The name of the archive,

- The type of station saved,

- The date and time of saving.

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• New archive name field: permits entry of a new archive name of 8 alphanumeric characters maximum. Entering a new name cancels the selection of the archive selected in the list of existing archives.

B

• Buttons field: permits activation or cancellation of the command.

Moving the cursor into the different fields can be done:

• With the keyboard by pressing < Tab >

• With the mouse by clicking on the required field.

Moving the cursor inside a field can be done by:

• Using the cursor keys: <

↑

> <

↓

> <

→

> <

←

>

• Using the mouse to click on the required line.

OK

Cancel

Saves the application as an archive with a new name.

Cancels the command and returns to the primary window.

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1.2-5 Delete Command

This command allows the user to delete a version of the application saved as an archive, without affecting the contents of the work space.

The selection of the version to be deleted is effected by means of a dialog box.

• Disk field: lists all the disks that can receive archives.

Selecting a disk can be done by:

- Using the cursor keys: <

↑

> <

↓

>

- Using the mouse to click on the required disk.

Selecting a disk does not give access to the contents of the disk.

• Names of existing archives field: lists all the archives present on the selected disk.

This field is updated only when the selected disk is validated by < Enter >, or by pressing the cursor key <

→

>, or by double clicking on it with the mouse. The user can select another disk by pressing the cursor key <

←

>.

For each archive available, the following information is displayed:

- The name of the archive,

- The type of station saved,

- The date and time of saving.

• Comment field: permits entry of a comment associated with the archive (optional).

• Buttons field: permits activation or cancellation of the command.

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Cancel

Delete

Cancels the command and returns to the primary window.

Opens a dialog box that informs the user that the selected archive will be deleted; YES deletes the archive.

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1.2-6 Rename Command

Allows the user to modify the name of the project and the name of the current station in the work space.

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• Project name field: permits entry of a new project name of 8 alphanumeric characters maximum. The old name is shown above the new name entry field.

• Station name field: permits entry of a new station name of 8 alphanumeric characters maximum. The old name is shown above the new name entry field.

• Buttons field: permits validation or cancellation of the command.

Moving the cursor into the different fields can be done:

• With the keyboard by pressing < Tab >

• With the mouse by clicking on the required field.

OK

Cancel

Replaces the name of the project and the name of the station of the current application with their new names.

Cancels the command and returns to the primary window.

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1.2-7 Backup Command

Associated with the Restore command, it permits the exchange of applications:

• Either between terminals equipped with the MINI X-TEL Software Workshop,

• Or between a terminal equipped with the MINI X-TEL Software Workshop and a terminal equipped with the X-TEL Software Workshop.

This command allows the user to copy onto diskette(s) the current application contained in the work space. The size of the application is not limited since it can be copied onto several diskettes.

Activation of the command displays a dialog box with two fields:

Disk field: allows the user to specify the diskette drive to which the copy will be made

(A: or B:),

Buttons field: permits the activation or cancellation of the command.

Moving the cursor into the different fields can be done:

• With the keyboard by pressing < Tab >

• With the mouse by clicking on the required field.

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OK

Cancel

Copies the current application contained in the work space to the selected diskette drive.

Cancels the command and returns to the primary window.

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1.2-8 Restore Command

Associated with the Backup command, it permits the exchange of applications:

• Either between terminals equipped with the MINI X-TEL Software Workshop,

• Or between a terminal equipped with the MINI X-TEL Software Workshop and a

B

This command allows the user to retrieve, under MINI X-TEL and from one or more diskettes, an application that has been previously saved by the Save command of a

MINI X-TEL or X-TEL Software Workshop.

Note

The saving under the X-TEL Software Workshop can have been done either at the Volume level or at the Project level.

The current application in the work space will be overwritten.

Remark:

• When the application to be retrieved comes from a terminal equipped with X-TEL, the user must select the project and station to be retrieved if the saved application was part of a multiproject or multistation structure.

• An application that was saved with a terminal equipped with OS/2 version 1.2 or

1.3 cannot be retrieved with a terminal equipped with OS/2 version 1.1.

Activation of the Restore command displays a dialog box with several fields:

• Diskettes field: lists the drives that can be used.

Selecting a drive can be done by:

- Using the cursor keys: <

↑

> <

↓

>

- Using the mouse to click on the required disk.

Selecting a disk drive does not give access to the contents of the disk.

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• Project field: lists all the projects present on the selected disk drive. This field is updated only when the selected disk drive is validated by < Enter >, or by pressing the cursor key <

→

>, or by double clicking on it with the mouse. The user can select another disk drive by pressing the cursor key <

←

>. An application saved under

MINI X-TEL comprises only a single project, whereas an application saved under

X-TEL may comprise several projects, therefore the user must select a single project from the projects proposed.

• Station field: lists all the stations present in the selected diskette and project. This field is updated in the same way as the Project field.

An application saved under MINI X-TEL comprises only a single project, whereas an application saved under X-TEL may comprise several projects, therefore the user must select a single project from the projects proposed.

• Buttons field: permits activation or cancellation of the command.

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Moving the cursor into the different fields can be done:

• With the keyboard by pressing < Tab >

• With the mouse by clicking on the required field.

OK

Cancel

Copies the selected project and station to the MINI X-TEL work space.

The current application contained in the work will be overwritten.

Cancels the command and returns to the primary window.

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1.2-9 Import Command

This command allows the user to copy files that are external to the MINI X-TEL Software

Workshop into the directory of a function or tool of the current application in the work space.

B

The user must select the files to be imported by specifying their location in the system file tree.

The screen is divided into two fields separated by a thick horizontal line.

• Display field

This is the upper field of the screen, located above the horizontal line. It gives the following information:

- Import file(s)

Displays the file(s) that will be imported. It remains empty (*.* ) until a file is selected.

- To directory:

Displays the current directory as soon as the dialog box is opened. In order to be complete, the destination address must show the level: APPLI or MOD.

• Work field

This field allows the user to define, by successive selections, a source and a destination. It is divided into two parts:

- Source: Selection of the directory and of the file to be transferred,

- Destination: Selection of the destination (target) directory.

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Source directory box

Double click on a directory name in the list to go down one level. The box is updated and displays the sub-directories of the directory that was clicked on. Repeat this procedure until the name of the required directory appears.

Source file box

All the files that can be accessed in the selected directory are displayed. To select one or more of these files, click on their names.

Destination directory box

Click on one of the names in the list before validating the action. This choice is important in the case of importing files into PL7-X functions: refer to the corresponding manual. (A file that is imported into an incorrect space cannot be accessed).

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OK

Cancel

Copies the files displayed in the Import field into the space displayed in the Directory field.

Cancels the operation.

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1.2-10 Export Command

This command allows the user to copy files generated by the MINI X-TEL Software

Workshop to an external system (disk or diskette).

B of an application to diskettes.

The user must select the files to be exported by specifying their location in the system file tree.

The screen is divided into two fields separated by a thick horizontal line.

• Display field

This is the upper field of the screen, located above the horizontal line. It gives the following information:

- Export file(s)

Displays the file(s) that will be exported. It remains empty (*.* ) until a file is selected.

- To directory:

Displays the current directory as soon as the dialog box is opened.

• Work field

This field allows the user to define, by successive selections, a source and a destination. It is divided into two parts:

- Source: Permits selection of the directory and of the file(s) to be transferred,

- Destination: Permits selection of the destination directory.

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Source directories box

In the case of the export of a file from a dedicated function, this box proposes a choice between APPLI or MOD. Select the required space.

In the case of tools, this box is not used.

Source files box

All the files that can be accessed in the current directory are displayed. To select one or more of these files, click on their names.

Destination directories box

Double click on the required disk drive to go down one level.

The box is updated and displays the directories of the selected disk drive.

Repeat the operation at the level of the directories and sub-directories until the destination context is reached.

The user directory of the XPROPRJ Software Workshop is not proposed.

OK

Cancel

Copies the files displayed in the Export field into the space displayed in the Directory field.

Cancels the operation.

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1.2-11 About Command

This command displays information concerning:

• The name of the program,

• The version of the program and the Telemecanique copyright information.

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1.2-12 Exit Command

This command allows the user to exit the Software Workshop, after confirmation, with the possibility of memorizing the current selections. These selections will be automatically retrieved the next time MINI X-TEL is opened.

B

• The size and position of the MINI X-TEL Primary Window,

• The display format of the tools and functions (text or icon),

• The tool or function selected in the Primary Window,

• The communication driver.

The selections are memorized by highlighting the corresponding box.

Yes

No

Exits the MINI X-TEL Software Workshop

Cancels the command

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1.3

View Menu

This menu gives access to two commands that allow the user to display the tools and functions in the Primary Window in the text format or the graphic format (icons).

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1.3-1 Text Format Display

Selecting the Text command displays in Text format in the MINI X-TEL Primary Window, all the tools and functions that are installed and that are compatible with the type of station of the work space.

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1.3-2 Icon Format Display

Selecting the Icon command displays in graphic format (icons) in the MINI X-TEL

Primary Window, all the tools and functions that are installed and that are compatible with the type of station of the work space.

B

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1.4

Options Menu

This menu provides access to two commands that allow the user to:

• Delete from the application present in the MINI X-TEL work space, the files and directories required to use a tool or function.

This command only effects the work space and does not delete the tool or function installed in the terminal.

• Add to the application present in the MINI X-TEL work space, the files and directories required to use a tool or function.

This command only effects the work space and does not allow installation of a tool or function in the terminal.

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These two commands also allow:

• Optimizing the disk space used by an application, by deleting the tools and functions that are not used in the application, thereby reducing the disk space required by the work space and any archive files.

• Optimizing the application memory field assignments.

The memory field is configured by default, taking into account the presence of the functions installed on the terminal. Deleting a function that is not used in the current application will therefore release memory space for the other functions used.

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1.4-1 Delete Tool/Function Command

This command is only available (not dimmed in the list) if the selected tool or function is not disabled. This means that the user can select any tool or function that is not listed on-screen with the text [deleted] next to it, in the MINI X-TEL primary window.

The default state for a tool or function is "enabled".

Procedure:

• Select the tool or function to delete from the MINI X-TEL primary window,

• Invoke the Delete Tool/Function command. This will display a dialog box that allows the user to confirm or cancel the delete tool/function action.

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B

C

Enter

Cancel

Deletes the tool or the function from the MINI X-TEL work space

Cancels the action.

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1.4-2 Add Tool/Function Command

This command is only active (not dimmed) if the selected tool or function is designated as "deleted". This is shown by the text [deleted] shown next to the tool or function name in the MINI X-TEL primary window.

The tool or function can be designated as [deleted] in one of three ways:

• Using the Delete Tool/Function command in MINI X-TEL,

• By retrieving an application developed on an X-TEL system where the function was deleted using a similar command,

• By retrieving an application developed on a MINI X-TEL or an X-TEL system where the tool or function was not installed, whereas it is installed in the current system.

Procedure:

• Select the tool or the function to add in the MINI X-TEL primary window,

• Activate the Add Tool/Function command, making active the selected tool or function.

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1.5

Communication Menu (Comm.)

This menu allows access to two commands:

• Address command : allows the user to define the address of the PLC to be accessed in the Connected mode when the latter is on a network or on the UNI-TELWAY bus.

• Drivers command : allows the user to select the mode of communication and the type of connection of the MINI X-TEL Software Workshop to a local or remote station.

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1.5-1 Defining the Connection Address

When a network, a UNI-TELWAY multidrop bus or a FIPIO bus is used, an address must be specified to permit remote access to the station. This address is used by the various

Software Workshop programs that require connection to the station. The connection address uses three different formats depending on the type of connection used.

Activation of the Address command displays the following dialog box:

Address entry field

• Network address

Enter the address used to access the station from the MINI X-TEL Software

Workshop.

The format is NN.SS, with by default 0.254.

NN = 0 to 127 (network number),

SS = 0 to 63 (station number).

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• UNI-TELWAY address: The format is NN.SS.5.rm.cc

NN.SS: network address of the UNI-TELWAY data link master station, by default

0.254.

B

SS = 0 to 63 (station number).

5: number of the access gate.

rm: Rack-module address of the UNI-TELWAY data link master module.

rm = 0 to 77 for a TSX SCM UNI-TELWAY module, rm = 255 for a UNI-TELWAY link built-into the processor (SCI).

cc : Number of the channel assigned to the station.

cc = 0 to 255.

• FIPIO address: The format is NN.SS.8.2.pr.0

NN.SS: network address of the PLC connected to the FIPIO bus, by default 0.254.

NN = 0 to 127 (network number),

SS = 0 to 63 (station number).

pr: Target connection point.

OK

Saves the specified work address.

If the entry is not correct, a message is displayed and the system waits for a new entry or cancellation of the operation.

Cancel

Cancels the operation. The dialog box is deleted. No information is created or modified in MINI X-TEL.

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1.5-2 Defining the Communication Mode and Type of Connection

The Drivers command permits selection of the communication mode and the type of connection of the MINI X-TEL Software Workshop with a local or remote station:

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• Via the programming port

Use of the driver (TSXPC01) supplied with MINI X-TEL. This mode is selected by default.

• Via a UNI-TELWAY bus

The terminal must be equipped with the driver that is supplied in the form of a diskette with the TXT L BJR V5 software package. The installation and use of this driver are described in Divider C, Section 4.

Depending on the configuration of the driver, the terminal switches to:

- Either a UNI-TELWAY bus,

- Or to a telephone network via a modem (internal or external), which permits the remote maintenance of an installation over a long distance.

• Via a FIPWAY network or a FIPIO bus

The terminal must be equipped with the driver that is supplied separately in the form of a diskette and interface board to install in the terminal. Installation and operation of this driver are described in the dedicated TXT DM FPC 10M manual. Depending on the configuration of the driver, the terminal switches to:

- Either a FIPWAY network,

- Or to a FIPIO bus.

TSXPC01

Selects the programming port mode of communication.

UNTLW01

Selects the UNI-TELWAY bus driver mode of communication, if the latter is installed.

FIP01

Selects the FIPWAY network or FIPIO bus driver, depending on the driver configuration selected.

C

Note 1

The programming port driver is common to all TSX Series 7 PLCs, whether the connection is made using RS-485 or current loop.

When FTX 417 or FTX 507 terminal is used:

Connection is automatically established via the dedicated Telemecanique PLC port.

The hardware connection is established directly without the need for any other connection interfaces:

• Modular PLCs: Use a T FTX CB 7 4 (FTX 417) or T FTX CB 7 5 (FTX 507) cable,

• Compact PLCs: Use a T FTX CB 17 5 cable.

When an IBM PC-PS/2 or equivalent compatible microcomputer is used

Switch over is automatic. The user must however change the actual connections. It is recommended that cables always be connected or disconnected with the microcomputer powered-down.

• TSX 27 to TSX 107-420 PLCs: Use the TSX TAC03 conversion package,

• TSX 17-20: Use the TSX17 ACC PC package.

Note 2

As the MINI X-TEL Software Workshop cannot access a MAPWAY network, the MAPWAY driver

MAPWAY01 cannot be installed under the MINI X-TEL Software Workshop.

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1.6

Keymgr Menu

The Telemecanique programs are delivered with a software key module (the original key module) containing the rights of use.

B as XTEL-MEM, and XTEL-TRANSFER require the presence of the MINI X-TEL right of use installed in the software key module.

The original key module lets the user access the basic tools of the Software Workshop.

However, each optional tool or PL7-X function is individually protected with its own original key module.

In order to access a number of programs simultaneously on the same machine, the various rights of use must be combined into a single key module. The Key Manager tool supplied with the MINI X-TEL Software Workshop permits this operation.

The KeyMngr menu gives access to the Key Manager tool.

The primary window of the Key Manager tool shows the characteristics of the software key modules in the software key support (number and type of key, access rights, etc.).

It allows the user to select the required function on one of the two menus proposed in the action bar.

The functions and use of the Key Manager tool are described in Divider C -

Section 2 of this manual.

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MINI X-TEL Primary Window 1

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1.7

Accessing PL7-X Tools and Functions

All the basic and optional tools and functions installed in the MINI X-TEL Software

Workshop and that are compatible with the type of station of the work space are listed in text or (by default) graphic format (icons) in the primary window.

Access to these tools and functions is therefore obtained from the Primary Window of the MINI X-TEL Software Workshop.

C

To open a tool or function:

Point to the tool or function to be opened,

Click on the right mouse button.

Position the cursor on the tool or function to be opened (by using the cursor control keys) and then press Enter.

The functions and use of the basic tools are described in the manual

TXT DM TLS V5E, supplied with this manual.

• XTEL-CONF (TSX/PMX V5 PLCs)

• XTEL-MEM (TSX/PMX V4 PLCs)

• XTEL-SDBASE

: Divider D - Section 1

: Divider D - Section 2

: Divider D - Section 3

• XTEL-CONTROL : Divider D - Section 4

• XTEL-TRANSFER (TSX/PMX V5 PLCs) : Divider D - Section 5

• XTEL-TRANSFER (TSX/PMX V4 PLCs) : Divider D - Section 6

The functions and use of the PL7-X optional tools and functions are described in the manuals supplied with each program.

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C

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B

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1 / 3 0

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Key Manager Tool Section 2

___________________________________________________________________________

Sub-section Page

__________________________________________________________________________________________________

2.1

Presentation 2/2

__________________________________________________________________________________________________

2.2

Functions 2/3

2/3

2/4

2/5

__________________________________________________________________________________________________

2.3

Accessing the Key Manager 2/6

__________________________________________________________________________________________________________

2.4

Action Menu 2/8

2/8

2/9

2/10

2/11

2/13

2/15

2/17

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2.5

Key Module Markings 2/19

2/19

2/20

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2.6

Error Messages 2/22

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This section ends on page 2/26

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2/1

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C

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2.1

Presentation

_________________________________________________________________________________________________________________________

The Key Manager program is a standard function that is accessed from the main window in the MINI X-TEL Software Workshop.

The X-TEL or MINI X-TEL Software Workshops are not protected and in X-TEL, the various directories and storage layout paths can be created without a software key module actually being fitted to the system.

However the programs supplied with the Software Workshop such as XTEL-CONF (for

TSXV5 or PMXV5 stations) or XTEL-MEM (for TSXV4 or PMXV4 stations) and

XTEL-TRANSFER require presence of the X-TEL right of use installed in the key module present on the terminal.

The original key module lets the user access the basic functions of the Software

Workshop. The various optional programs are individually protected with their own original key modules.

In order to access a number of programs simultaneously on the same machine, the various rights of use must be combined into a single key module. The installation procedure handles the various steps that ensure that the user has a usable work key module.

A key module can take six different states:

• Original key module:

The key module supplied with the program contains the original right of use.

• Work key module:

The key module comprises the rights of use after the backup key has been made.

• Backup key module:

A copy of the rights of use available for backup purposes.

• Help (emergency) key module:

A key module that lets the user continue to use the program for a limited amount of time after a work key module failure.

• Empty key module:

A key module after its rights of use have been transferred.

• Temporary pass key module:

A key module with a limited service life that lets the user continue to use all

Telemecanique programs in X-TEL or MINI X-TEL.

• Incremental key module:

A key module that is used to upgrade the rights of use in an original key module to the latest version.

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2.2

Functions

_____________________________________________________________________________________________________________________

2.2-1 Station Configuration

Telemecanique programs are supplied with a software key module with a right of use.

This key module is called the original key module.

Before using the software key module, the user must perform the steps described in this section.

Transfer the right of use

To use a number of different programs simultaneously, combining their rights of use into a single software key module is recommended. This operation comprises transferring the rights. A right of use can only be transferred from an original key module.

Once a transfer has been completed, for as many rights of use as required, a single work key module contains all of the rights of use. The original key modules have become empty key modules.

C

Transfer of rights of use Result after transfer

α

Original Key

α α

β

Empty Key

α β

Empty Key

β

Original Key

β

γ

Original Key

γ

α β

γ

γ

Empty Key

α β

Empty Key

γ α β

Original Key

Note:

The reverse action to union of the various rights of use restores them to their original software key modules.

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2.2-2 Using the Station

Once the rights of use have been transferred to a single original software key module, it is strongly recommended that a backup key module be made.

The backup operation creates a backup key module that the user should be sure to store in a safe place. It is now possible for the user to start using the workstation with the work key module just created.

Preliminary operations

Using the programs

C

γ

α

Original Key

β

γ

α

Work Key

β

γ

α β

Backup Key

γ

α β

Work Key

Empty Key

Reversible operation

Store in a safe place

The backup key module is created using a empty key module.

Note:

The reverse operation, returning the rights of use to the original software key modules, regenerates an original key from a work key module and a backup key.

Normal operation of the workstation is only possible with a work key module that contains the rights of use for all of the programs that are installed on the workstation.

A program can only be started if its right of use is present.

During program execution, a regular check is made to ensure that the correct right of use is present in the work key module.

If the work key module fails or is removed, the program informs the user that any work in progress must be saved immediately and the workstation correctly and completely shutdown using the Shutdown action(*). After approximately 10 minutes, the program stops execution making it impossible to save any data on the application if it is still open.

(*) Under OS/2, all open tasks should be closed before powering down the system.

The backup key module should be kept in a safe place. It does not allow the user to use the rights it contains directly, this is only possible with the work key, but it does let the user:

• Create an help key module that provides approximately 200 hours of operation, giving time to procure a replacement for the failed work key module.

• A means of proving the rights of use that were originally transferred to the work key module should the latter fail.

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2.2-3 Running the Application after a Key Module Failure

Despite the care taken during production of the software key modules, it is always possible that a failure may occur occasionally.

To ensure that the user can continue to use their programs while a replacement is being obtained, a help key module can be created.

The help key module supports approximately 200 hours of operation, equal to approximately 25 eight hour working days.

The time base retained is 15 minutes. This means that the working life of the help key module is reduced by 15 minutes each time one of the programs that it contains a right of use for remains in service for 15 minutes.

When the 200 hours available are used up, the help key module can no longer be used.

Its service life cannot be extended.

As soon as a failure is detected on a workstation, the user should:

• Save work in progress,

• Retrieve the backup key previously stored in a safe place and along with the failed work key module and an empty key module, proceed to create an help key module,

• Create an help key module (Create action). When this action is complete, the backup key module will become an “inhibited key module”, no longer able to generate help key modules and the empty key module becomes the help key module that allows operation to proceed,

• Return the failed work key module and the inhibited key module to Telemecanique for replacement.

C

Operations

γ α β

Working Key

Recover the backup key module

Failure

Temporary Program

Operation

Return to

Telemecanique

Failure

γ α β

Work Key

γ α β

Backup Key

γ α β

Inhibited Backup Key

γ α β

Help Key

γ α β

Help Key

γ α β

Inhibited Backup Key

Empty Key

200 hour life

Attention: This operation cannot be reversed.

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2.3

Accessing the Key Manager

______________________________________________________________________________________________________________________

The Key Manager is accessed from the Key Manager menu in the XTEL-User menu in the X-TEL Software Workshop,

Primary window

C

The Key Manager primary window displays the characteristics of the key modules (serial number and type of key module, rights of use available, etc.) located in the key module holder slot. This window is described in detail in sub-section 2.4-1.

This window lets the user select an action to execute from those proposed in the two menus displayed by accessing the action bar.

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Diagram

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Action

Read

Transfer

Print

BackUp

Restore

F4

Create

Increment

About... F2

Exit

Resume

Restart

Exit F3

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2.4

Action Menu

_________________________________________________________________________________________________________________________________

2.4-1 Read Action

This window lets the user display the contents of the key modules inserted in key slots

A and B of the FTX 507 or FTX 417 terminal or the TSX SCC 02 key module holder when using an IBM PS/2 or compatible microcomputer.

C

1

2

{

6

7

4

5

4

This window displays the following information for each key module:

(1) Type and serial number of the Work or Backup keys,

(2) Serial number of the associate key module (i.e. Work or Backup key it is assigned to),

(3) The remaining amount of working time available is displayed in the case of a Help

(emergency) key module,

(4) The rights of use available.

This window displays the following information for each right of use contained in the key module:

(5) Whether or not it has been backed up (B is displayed in the Bkp column),

(6) The program catalog reference (displayed in the Symbol column),

(7) The full name of the program (displayed in the Comment field).

The data contained in the category field is reserved for use by Telemecanique.

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2.4-2 Transfer Action

The transfer action lets the user transfer rights of use from one key module to another.

It lets the user combine or merge a number of rights of use for different programs into the same key module.

Before starting the transfer action, the user should select the right(s) of use to be affected by the operation and located in the original key module, identified by its location

(Transfer A ¿ B or B ¿ A).

Once this selection has been made, the following screen is displayed:

C

OK

Cancel

Transfers the selected rights of use,

Cancels the transfer and returns the user to the primary window of the

Key Manager,

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2.4-3 Print Action

This action, when selected and confirmed, prints information on the key module located in slot A or B to the connected printer.

.---------------------------------.-----------------------.

.---------------------------------.-----------------------.

.---------------------------------------------------------.

.---------------------------------------------------------.

.---------------.-------------------------------.---.-----.

.---------------.-------------------------------.---.-----.

.---------------.-------------------------------.---.-----.

Print Screen (or Print Screen key) action

This action outputs the entire screen to a file that can later be printed out on a Postscript printer.

When this action is selected, the user must enter the path and the target file for the print screen output:

Ok

Cancel

Saves the screen output in the selected file,

Cancels the print screen action.

Once the print screen output file has been saved, it can be printed out on a Postscript printer. The printer parameters must first be set in the MINI X-TEL Control Panel window.

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2.4-4 Backup Action

The Backup action should be used before any application program is used on the workstation.

This operation requires inserting a key module into both slots A and B:

• The original key module with the various rights of use for the programs to be used, and

• An empty (blank) key module.

Once the backup operation is complete,

• The original key module becomes the work key module, and

• The empty key module becomes a backup key module.

The screen shown below displays the status of the two key modules before the backup action is performed:

C

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Selecting the Backup action causes the following screen to be displayed:

C

No

Yes

Cancels the request and returns the user to the primary window of the key manager.

Starts the Backup procedure and displays the following screen:

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Key Manager Tool 2

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2.4-5 Restore Action

The Restore action has the opposite effect to the Backup action.

This operation requires inserting a key module into both slots A and B:

• The work key module with the various rights of use for the programs used, and

• The appropriate backup key module for the work key module.

Once the Restore procedure is complete,

• The work key module becomes the original key module again. Therefore the rights of use that it contains can be transferred to another key module using the Transfer action, and

• The backup key module becomes an empty key module again.

The screen shown below displays the status of the two key modules before the restore action is run:

C

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A

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Selecting the Restore action causes the following screen to be displayed:

C

No

Yes

Cancels the request and returns the user to the primary window of the key manager.

Starts the Restore procedure and displays the following screen:

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Key Manager Tool 2

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2.4-6 Create Action

This action lets the user create a help key module in order to continue working in the event of a work key module failure.

This operation requires inserting a key module into both slots A and B:

• The backup key module for the failed work key module, and

• An empty key module.

Selecting the Create action causes the following screen to be displayed:

C

OK

Cancel

Help

Starts the help key module create procedure,

Cancels the create action and returns the user to the primary window of the Key Manager,

Displays on-line help.

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Once the help key module has been created, the following screen displays the status of the two screens:

C

When this operation is complete,

• The backup key module becomes an inhibited backup key module and cannot be used,

• The empty key module becomes a help key module. A help key module lets the user continue to use the application programs for up to 200 working hours.

Warning:

The faulty work key module and the inhibited backup key module must both be returned to Telemecanique together for replacement.

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Key Manager Tool 2

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2.4-7 Increment Action

The increment action, with an incremental key module and an original key module containing the right of use for version level n of a program, allows the user to create a new original key module with the right of use for the same program at version level n+1.

This action therefore allows the user to update an existing installed base of systems (e.g.

upgrading from MINI X-TEL version V43 to V5).

This operation requires inserting key module in both slots A and B:

• The incremental key module,

• The original key module containing the initial right of use for the program used.

The screen below shows the status of the two key modules prior to running the increment action:

C

Activating the increment action displays the dialog box shown on the next page.

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A

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C

OK

Cancel

: Runs the incrementation procedure

: Cancels the incrementation procedure and returns the user to the

Key Manager primary window.

Once the increment action is complete,

• The original key module containing the right of use for version level n becomes the original key module containing the right of user for version level n+1. Therefore all of the rights of use that it contains can be transferred to another key module using the

Transfer action.

• The incremental key module becomes an empty key module.

The screen below shows the status of the two modules once the increment action is complete.

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2.5

Key Module Markings

______________________________________________________________________________________________________________

2.5-1 General

The labels on the key modules are essential for ease of use, enabling:

• Identification of the type of key module,

• Listing the rights of use contained in the key module,

• Displaying the key module serial number.

Label description

(1) Key module serial number,

(2) Type of key module:

Empt = Empty (blank) key module,

Orig = Original key module,

Work = Work key module,

Back = Backup key module,

Inhi = Inhibited backup key module,

Help = Help key module,

1

2

3

(3) Type and serial number of the associate key module,

Serial number xxxxxxxx

Module Type

Empt Orig Work

Back Inhi Help

Associate module

Type Serial Numb

Telemecanique

Software

C

(4) Application program rights of use transferred to the key module.

4

It is recommended that the user fill-in the labels completely and correctly as the various operations are performed.

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2.5-2 Example

Reception of three application programs

Program 1 Program 2 Program 3

TSX S XPRIM V4

C

Serial number

9170022

Module Type

Empt Orig Safe

Back Inhi Help

Associate module

Type Serial Numb

Telemecanique

Software

TSX S XPRIM V4

TSX S NTD V4

Serial number

9180023

Module Type

Empt Orig Safe

Back Inhi Help

Associate module

Type Serial Numb

Telemecanique

Software

TSX S NTD V4

TSX S APD V4

Serial number

9170032

Module Type

Empt Orig Safe

Back Inhi Help

Associate module

Type Serial Numb

Telemecanique

Software

TSX S APD V4

Key Module 1

Merging rights into Key Module 1

Key Module 2

TSX S XPRIM V4

Serial number

9170022

Module Type

Empt Orig Safe

Back Inhi Help

Associate module

Type Serial Numb

Telemecanique

Software

TSX S XPRIM V4

TSX S NTD V4

TSX S APD V4

TSX S NTD V4

Serial number

9180023

Module Type

Empt Orig Safe

Back Inhi Help

Associate module

Type Serial Numb

Telemecanique

Software

TSX S NTD V4

Key Module 3

TSX S APD V4

Serial number

9170032

Module Type

Empt Orig Safe

Back Inhi Help

Associate module

Type Serial Numb

Telemecanique

Software

TSX S APD V4

Key Module 1 Key Module 2 Key Module 3

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Creating the Working and Backup Key Modules

Before the backup operation

Original key module

3 rights of use

Serial number

9170022

Module Type

Empt Orig Safe

Back Inhi Help

Associate module

Type Serial Numb

Telemecanique

Software

TSX S XPRIM V4

TSX S NTD V4

TSX S APD V4

Empty key module

Serial number

9180023

Module Type

Empt Orig Safe

Back Inhi Help

Associate module

Type Serial Numb

Telemecanique

Software

TSX S NTD V4

C

After the backup operation

Working key module for workstation operation

Serial number

9170022

Module Type

Empt Orig Safe

Back Inhi Help

Associate module

Type Serial Numb

Back 9180023

Telemecanique

Software

TSX S XPRIM V4

TSX S NTD V4

TSX S APD V4

Backup key module for local backup storage

Serial number

9180023

Module Type

Empt Orig Safe

Back Inhi Help

Associate module

Type Serial Numb

W 9170022

Telemecanique

Software

TSX S NTD V4

TSX S XPRIM V4

TSX S NTD V4

TSX S APD V4

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2.6

Error Messages

_____________________________________________________________________________________________________________________

ERR000 Unknown Error

_______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

Data structure damaged during Repeat the transfer.

transfer.

____________________________________________________________________________________________________________________

C

ERR001 No Key Module in the keyholder, or No keyholder

______________________________________________________________________________________________________________

Probable cause Corrective action

___________________________________________________________________________________________________________________________

There is no key module in the key module holder slot.

Insert a key module into the slot.

The key module holder is not Connect the key module holder.

connected.

__________________________________________________________________________________________________________________________

ERR002 Unknown Error in KMRINIT

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

An error occurred during Key Restart the Key Manager.

Manager initialization.

__________________________________________________________________________________________________________________________

ERR003 End of Execution

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

A data loss occurred (power break, key module removed during a

Restart the Key Manager.

If the error persists, transfer, etc.).

contact Telemecanique support.

__________________________________________________________________________________________________________________________

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ERR004 End of Execution

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

Incorrect file present.

Contact Telemecanique support.

__________________________________________________________________________________________________________________________

ERR005 No memory left

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

Not enough memory available.

Increase the amount of memory available or change the memory mapping.

__________________________________________________________________________________________________________________________

C

ERR006 Reading the \XPROSYS\SYMBOLS.KEY file

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

File not present.

Check program installation.

File reserved by another Close or quit the application application.

that requires access to this file.

__________________________________________________________________________________________________________________________

ERR007 Cannot fill in ListBox

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

System error.

Contact Telemecanique support.

__________________________________________________________________________________________________________________________

ERR008 Cannot start Help Session

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

Help file not present.

Check program installation.

Help file reserved by another Close or quit the application application.

that requires access to this file.

__________________________________________________________________________________________________________________________

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ERR009 Cannot write to hard disk

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

There is no space left on the hard disk.

Clear enough storage space on the hard disk.

Hard disk failure.

Check the hard disk.

__________________________________________________________________________________________________________________________

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ERR010 Incorrect parameter(s)

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

Incorrect parameters selected.

Select different parameters.

__________________________________________________________________________________________________________________________

ERR011 End of Execution

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

An error occurred during key Restart the Key Manager.

access (inhibits key modules).

__________________________________________________________________________________________________________________________

ERR012 End of Execution

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

An error occurred during key Restart the Key Manager.

access (erases rights of use).

__________________________________________________________________________________________________________________________

ERR013 End of Execution

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

An error occurred during key Restart the Key Manager.

access (writing rights of use).

__________________________________________________________________________________________________________________________

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ERR014 End of Execution

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

No right of use present in the Restart the Key Manager.

backup key module.

__________________________________________________________________________________________________________________________

ERR015 End of Execution

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

Incorrect key response.

Restart the Key Manager.

__________________________________________________________________________________________________________________________

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ERR016 Key is full

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

There are more than 56 rights Reduce the number of rights of use of use in the key module.

in the key module.

__________________________________________________________________________________________________________________________

ERR017 No selection from SLOT A

______________________________________________________________________________________________________________

Probable cause Corrective action

__________________________________________________________________________________________________________________________

There is no right of use selected in

Slot A (e.g. during a transfer from

Select one (or more) rights of use from the key module located

Slot A to Slot B).

in Slot A.

__________________________________________________________________________________________________________________________

ERR018 No selection from SLOT B

______________________________________________________________________________________________________________

Probable cause Corrective action

_____________________________________________________________________________________________________________________

There is no right of use selected in Select one (or more) rights of use

Slot B (e.g. during a transfer from from the key module located

Slot B to Slot A).

in Slot B.

________________________________________________________________________________________________________________________

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C

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Access Rights Section 3

___________________________________________________________________________

3.1

Table of MINI X-TEL Access Rights

Page

3/2

__________________________________________________________________________________________________________

3.2

Table of PL7-3, PL7-3 GLD/GLT Access Rights 3/3

__________________________________________________________________________________________________________

3.3

Table of PL7-2 Access Rights 3/4

__________________________________________________________________________________________________________

3.4

Table of PL7-AXE Access Rights 3/5

__________________________________________________________________________________________________________

3.5

Table of PL7-COM Access Rights 3/6

__________________________________________________________________________________________________________

3.6

Table of X-DIAG Access Rights 3/7

__________________________________________________________________________________________________________

3.7

Table of PL7-MMI Access Rights 3/7

__________________________________________________________________________________________________________

3.8

Table of PL7-PCL Access Rights 3/8

__________________________________________________________________________________________________________

3.9

Table of PL7-PMS Access Rights 3/9

__________________________________________________________________________________________________________

3.10

Table of MAX Access Rights 3/10

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This section ends on page 3/10

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3/1

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3.1

Table of MINI X-TEL Access Rights

______________________________________________________________________________________________________________

In the MINI X-TEL Software Workshop, the user can define a right of acces. This right is defined when the Software Workshop is installed and can only be modified during a new installation of the software.

B

User Categories no

Operate

MAX.

no yes no no no no no yes no no no no no

Adjust min.

MAX.

no no yes yes no no no no yes yes yes no no no

Program min.

MAX.

yes yes yes yes yes yes yes yes yes yes yes yes yes yes no no yes yes

User Categories no no no no yes yes no no no no

Operate

MAX.

yes no yes yes no no no no yes yes no no no no yes yes

Adjust min.

MAX.

yes no yes yes yes yes yes yes no no no no yes yes no no yes yes no no yes yes no no yes yes no no yes no yes no yes yes yes yes yes yes no no no no yes yes

___________________________________________________________________________

3 / 2 yes yes yes yes yes yes

Program min.

MAX.

yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes

Access Rights 3

___________________________________________________________________________

3.2

Table of PL7-3, PL7-3 GLD/GLT Access Rights

_____________________________________________________________________________________________________________________

User Categories

Operate no no

MAX.

yes no

Adjust min.

MAX.

yes yes yes

Program min.

MAX.

yes yes yes yes

Transfer no no no no yes no yes yes yes yes yes yes

Program

Modify PLC stopped no no no no no no no no no yes no no yes yes no yes yes yes

Constants

Modify PLC stopped no no no yes no no yes yes no yes yes yes yes yes yes yes yes yes

Configuration no no no no no no no no no no no no no no yes no yes no no no no yes no yes yes no no yes yes yes yes yes yes yes yes yes yes yes yes yes yes yes

Search/Replace

Search in Local mode

PLC stopped

Replace

PLC running in Local mode

PLC stopped

PLC running no no no no no no no no no no no no no no no no no no no no no yes no no no no no yes yes yes no yes yes no yes yes yes yes yes yes yes yes

C

(1) Restricted to authorized configuration parameters (YES selected)

___________________________________________________________________________

3 / 3

C

___________________________________________________________________________

3.3

Table of PL7-2 Access Rights

______________________________________________________________________________________________________________________

User Categories

Transfer

B no no no no

Operate

MAX.

yes no no no min.

MAX.

yes no yes no

Adjust yes yes yes yes

Program min.

MAX.

yes yes yes yes yes yes yes yes

Program

Modify PLC stopped no no no yes no no yes no no yes no no yes yes no yes yes yes

Constants no no yes no yes no yes yes yes yes yes yes

Configuration no no no no no no no no no no no no yes no no no no no yes yes no no yes yes yes yes yes yes yes yes yes yes yes yes yes yes

___________________________________________________________________________

3 / 4

Access Rights 3

___________________________________________________________________________

3.4

Table of PL7-AXE Access Rights

_____________________________________________________________________________________________________________________________

User Categories

Operate

MAX.

Adjust min.

MAX.

Program min.

MAX.

Configuration no no yes yes yes yes yes yes yes yes yes yes

Program no no yes no yes no yes no yes yes yes yes

Debug

Status/Commands yes no yes no yes no yes no yes yes yes yes

Errors yes no yes yes yes yes yes yes yes yes yes yes

Adjust Wi no no no yes no yes yes yes yes yes yes yes yes yes yes yes yes yes

Transfer

Mod.

no no no no no yes yes no yes yes no yes yes yes yes yes yes yes

Library no no yes no yes no yes no yes yes yes yes

Utilities

Module no no no no yes no yes yes no yes yes no yes yes yes yes yes yes

PLC no no no no no no yes yes no yes yes no yes yes yes yes yes yes

Hard Disk no no no no yes yes no no no no yes yes

___________________________________________________________________________

3 / 5

C

C

___________________________________________________________________________

3.5

Table of PL7-COM Access Rights

_____________________________________________________________________________________________________________________________

User Categories

B Operate

MAX.

Adjust min.

MAX.

Program min.

MAX.

Configuration no no no no yes no yes no yes yes yes yes

Debug

Status / Commands yes no yes no yes no yes no yes yes yes yes

Errors yes yes no yes yes no yes yes no yes yes yes yes yes yes yes yes yes

Transfer

Mod.

no no no no no no no no no yes no no yes yes yes yes yes yes

Library no no yes no yes no yes no yes yes yes yes

Utilities

Module no no no no yes no yes no yes yes yes yes

PLC no no yes yes yes yes no no no yes yes yes

Del. Ch. conf.

no no no no yes yes

__________________________________________________________________________________________________

Hard Disk no no no no yes yes no no no no yes yes

___________________________________________________________________________

3 / 6

Access Rights 3

___________________________________________________________________________

3.6

Table of X-DIAG Access Rights

_____________________________________________________________________________________________________________________________

User Categories no no

Operate

MAX.

yes yes

Adjust min.

MAX.

yes yes yes yes

Program min.

MAX.

yes yes yes yes

___________________________________________________________________________________________

3.7

Table of PL7-MMI Access Rights

_____________________________________________________________________________________________________________________________

User Categories

Operate

MAX.

no no

Adjust min.

no

MAX.

no

Program min.

yes

MAX.

yes

C

___________________________________________________________________________

3 / 7

C

___________________________________________________________________________

3.8

Table of PL7-PCL Access Riights

_____________________________________________________________________________________________________________________________

User Categories

B Operate

MAX.

Adjust min.

MAX.

Program min.

MAX.

Configuration no no no no yes no yes no yes yes yes yes

Threshold programming no no no no yes no yes no yes yes yes yes

Debug

Status / Commands yes no yes no yes no yes no yes yes yes yes

Errors yes no yes yes yes yes yes yes yes yes yes yes

Transfer

Mod.

no no no no no yes yes no yes yes no yes yes yes yes yes yes yes

Library no no yes no yes no yes no yes yes yes yes

Utilities

Module no no no no yes yes yes yes yes yes yes yes

PLC no no no no no no yes yes no yes yes no yes yes yes yes yes yes

Hard Disk no no no no no no no no no no no no yes yes yes yes yes yes

___________________________________________________________________________

3 / 8

Access Rights 3

___________________________________________________________________________

3.9

Table of PL7-PMS Access Rights

_____________________________________________________________________________________________________________________________

User Categories

Operate

MAX.

Adjust min.

MAX.

Program min.

MAX.

Configuration no no no no yes no yes no yes yes yes yes

Threshold programming no no no no yes no yes no yes yes yes yes

Debug

Status / Commands yes no yes no yes no yes no yes yes yes yes

Errors yes no yes yes yes yes yes yes yes yes yes yes

Transfer

Mod.

no no no no no yes yes no yes yes no yes yes yes yes yes yes yes

Library no no yes no yes no yes no yes yes yes yes

Utilities

Module no no no no yes yes yes yes yes yes yes yes

PLC no no no no no no yes yes no yes yes no yes yes yes yes yes yes

Hard Disk no no no no no no no no no no no no yes yes yes yes yes yes

C

___________________________________________________________________________

3 / 9

___________________________________________________________________________

C

______________________________________________________________________________________________________________________

User Categories

B Operate

MAX.

Adjust min.

MAX.

Program min.

MAX.

GROUP Read yes yes yes yes yes yes

________________________________________________________

Write yes yes yes yes yes yes

_________________________________________________________________________________________________________________________________________________________________

ADJUST Read yes yes yes yes yes yes

________________________________________________________

Configuration Write no no no no yes yes

ADJUST Read yes yes yes yes yes yes

________________________________________________________

Parameters Write no no yes yes yes yes

_________________________________________________________________________________________________________________________________________________________________

OPERATE Read yes yes yes yes yes yes

________________________________________________________ no no yes yes yes yes

___________________________________________________________________________

3 / 1 0

_______________________________________________________

UNI-TELWAY Driver Section 4

___________________________________________________________________________

4.1

Using the UNI-TELWAY Driver

This section ends on page

Page

4/2

4/2

4/3

4/9

4/9

4/11

4/12

C

4/12

___________________________________________________________________________

4/1

B

___________________________________________________________________________

4.1

Using the UNI-TELWAY Driver

4.1-1 General

The UNI-TELWAY driver in MINI X-TEL is used in 2 types of applications:

B comprising an extended UNI-TELWAY bus by permitting the connection of a MINI X-TEL terminal at any point on the bus.

- When remotely connected via modems, it permits the point to point connection of a

MINI X-TEL terminal to a PLC, via modems and the telephone network, for the purpose of remote maintenance.

In both cases, all the functions of the MINI X-TEL Software Workshop are available: transfer, debugging, programming, etc.

The MINI X-TEL station behaves as a UNI-TELWAY slave and can be logically connected via the master to any other device within an X-WAY architecture, providing that the communication does not pass through any other UNI-TELWAY slave (i.e. within the normal limits of X-WAY transparency).

Once the driver and the bus master have been correctly configured, the communication is completely transparent to the user, apart from the question of performance which naturally depends on the amount of traffic on the UNI-TELWAY bus.

MAPWAY

A B

C

TELWAY

X-TEL

FTX 507

UNI-TELWAY

TELWAY

E

X-TEL can access stations A, B, C, D, E

4 / 2

F D

Using the UNI-TELWAY Driver 4

___________________________________________________________________________

4.1-2 Hardware Installation

• Direct connection to the UNI-TELWAY bus

The MINI X-TEL station is connected to the bus by a branch cable connected to a

TSX SCA 62 subscriber socket either:

- Directly if the X-TEL station is equipped with an RS485 port (COM2 on an FTX 507 for example),

- Via a TSX SCA 72 converter (RS232/RS485) in other cases.

B

Master

C

C

TSX SCA 62

TSX SCA 62

T FTX CB 175

TSX SCA 62

T FTX CB 175

TSX SCA 62

TSX SCA 72 MINI

XTEL

X-TEL

RS485 Port

(COM2)

TSX CTC 01

(9-pin female/25-pin male) for PC or

TSX CTC 02

(25-pin female/25-pin male) for PS/2

Remark

As the data link addresses are configured by software in the driver, it is not necessary to reconfigure them in the TSX SCA 62 subscriber sockets.

___________________________________________________________________________

4 / 3

B

___________________________________________________________________________

• Connection via modems

- PLC side:

The reference numbers of the modules that can be used are as follows:

The TSX SCM 2111 module with UNI-TELWAY on channel 1, and TSX SCA1 adapter (RS-232, 6 signals),

The TSX SCM 2113 module with UNI-TELWAY on channel 1, and TSX SCA3 adapter (RS-232, 9 signals).

- For the TSX 17, the TSX SCG 113 UNI-TELWAY module with 9-signal adapter.

Remark

The UNI-TELWAY module can be equipped with either the RS232 6-signal adapter (SCA1), or the RS232 9-signal adapter (SCA3). The additional signals handled by the SCA3 adapter are as follows:

- DSR (Data Set Ready): indicates that the modem is powered-up (forced in the

SCA1),

- RI (Ring Indicator): indicates that the modem has received a call,

- DSRS: bit rate selection.

The use of automatic response modems, which is generally the case (V25 standard), allows the user to ignore these signals and to use either the

TSX SCM 2111 module or the TSX SCM 2113 module.

- PC side, two modes of connection are possible:

- The use of external modems (cased); in this case the RS232 port of the PC is used

(COM1 on FTX 507)

- The use of a built-in modem card; in this case the connecting cable to the telephone socket is supplied by the manufacturer of the modem.

Remark

Telemecanique does not sell modems, but can advise its customers concerning their selection and use.

___________________________________________________________________________

4 / 4

Using the UNI-TELWAY Driver 4

___________________________________________________________________________

B

Modem

Telephone network

Modem

RS232C cable

(COM1 link)

TSX CTC 01 for

FTX 507 or PC (9-pin)

TSX CTC 02 for

PS/2 (25-pin) Telephone cable for modem to telephone connector

RS232C cable

TSX CBM 010

(25-pin male/

25-pin male)

C

C

FTX

Integrated modem

Telephone network

Modem

RS232C cable

TSX CBM 010

(25-pin male/

25-pin male)

___________________________________________________________________________

4 / 5

B

___________________________________________________________________________

Principle of operation

During installation (see Divider B, Sub-section 5.6), a certain number of slave data link addresses are assigned to the driver, which must also be configured in the master of the

UNI-TELWAY bus.

B

The number of data link addresses defined corresponds to the maximum number of

X-TEL tools that can be simultaneously used in the connected mode.

• 1st case: Direct connection to UNI-TELWAY:

After the X-TEL station is connected to the bus, as soon as the user runs a tool in the connected mode, the driver will reply to the pollings transmitted by the master to all the addresses configured (refer to the following diagram). The communication of tool 1 with the remote device will use the first data link address defined in the driver.

If the user runs a second tool in the connected mode, the second data link address will be used, and so on.

Similarly, when a tool is shut down or when the local mode is selected, the communication will be interrupted on the corresponding data link, the driver then merely replies to the polling of the master on this address. When the last tool is shut down, the driver stops replying to all the addresses with which it is concerned and is then considered as disconnected by the bus master. The master then polls these addresses periodically (once every 10 cycles), as it would for any slave station.

IMPORTANT

If the master does not poll all the data link addresses configured in the driver, the latter goes into the fault mode. It is therefore essential to configure all the addresses of the UNI-TELWAY driver in the bus master.

• 2nd case: Connection via modems

The principle described in the preceding paragraph remains true. The only difference is that after the start of the first tool in the connected mode, the driver transmits the call sequence of the remote modem to the local modem. The local modem then dials the number and makes the telephone connection. Once the communication is established, the driver starts to reply to the polling on all the data link addresses, in the same way as for direct connection. The operation is then the same until the shut down of the last tool, after which the driver forces the disconnection of the local modem.

Subsequently, any new X-TEL tool that is run causes the start of a new call sequence.

___________________________________________________________________________

4 / 6

Using the UNI-TELWAY Driver 4

___________________________________________________________________________

B

Data link address 1

10 cycles

Polling 1

EOT

Polling 2

EOT

Data link address 2

10 cycles

Polling 1

EOT

Polling 1

EOT

Data link address 3 and 4

Polling 3

Polling 4

Silence

Silence

Polling 2

EOT

Polling 3

EOT + message exchange 1

Start of tool 1 in connected mode

(e.g. Control)

Polling 4

EOT

Polling 2

EOT

Polling 3

EOT + message exchange 1

Start of tool 2 in connected mode

(e.g. Transfert)

Polling 4

EOT + message exchange 2

C

C a

___________________________________________________________________________

4 / 7

___________________________________________________________________________

B B a Data link address 1

Polling 1

EOT

Data link address 2

Data link address 3 and 4

Shut down of tool 1

Polling 2

EOT

Polling 3

EOT

Polling 4

EOT + message exchange 2

Polling 1

EOT

Shut down of tool 2

Polling 2

EOT

Polling 3

Polling 4

Silence

Silence

Polling 1

EOT

Polling 2

EOT

Polling 3

Polling 4

Silence

Silence

The master then considers that addresses 3 and 4 are disconnected and returns to polling addresses 1 and 2 (i.e. return to the top of the previous page).

___________________________________________________________________________

4 / 8

Using the UNI-TELWAY Driver 4

___________________________________________________________________________

4.1-3 Performance

The performance of MINI X-TEL when connected to a UNI-TELWAY bus depends on the following factors:

- The number of devices connected to the bus,

- The data transfer rate (with or without modems),

- The time out of the master,

- The number of data link addresses defined in the driver,

- The number of X-TEL tools that are simultaneously connected,

- The use of communication-intensive functions, such as transfer for example.

Some of these factors are common to any use of the UNI-TELWAY bus. The installation procedures are therefore described in the corresponding reference manual

(TSX D24004E).

Others are specific to the UNI-TELWAY driver and the user must take care not to disturb the rest of the communication on the bus by an excessive use of MINI X-TEL in the connected mode.

B

C

C

4.1-4 Selection of the Configuration Parameters

The creation or modification of the configuration of the driver is described in Divider B,

Sub-section 5.6. Only the complementary parameters are described below.

• In the case of direct connection

- Configuration of the driver:

Various configuration parameters of the driver are defined on installation or afterwards by accessing the "UNI-TELWAY DRIVER CONFIGURATION" menu of the Telemecanique group. These are:

- The communication port of the PC and the transfer rate of the line. These depend on the existing hardware, i.e. the type of PC used and the UNI-TELWAY bus that the user wants to connect to.

- The reception address of unsolicited data. The address provided for receiving unsolicited data is not at present managed by MINI X-TEL. The address 0 must therefore be entered, corresponding to no unsolicited data.

- The data link addresses. These addresses and their direct influence on the overall performance of the UNI-TELWAY bus are described in the previous section. In general, it is best to stick to the default configuration proposed during the installation procedure, i.e. 2 data link addresses.

- Configuration of the master:

The configuration parameters are those described in the manual of the TSX SCM 21.6

UNI-TELWAY module (TSX D24005E). Take care to configure all the data link addresses defined in the driver, otherwise no communication will be possible.

___________________________________________________________________________

4 / 9

B

___________________________________________________________________________

• In the case of connection via modem:

- Configuration of the driver

- Basic parameters: the transfer rate and the communication port depend on the

B and PC for information concerning these parameters.

- Data link addresses: the number of data link addresses of the driver should be limited, due to the drop in the transfer rate caused by modems on the line. On the other hand, at least two data link addresses should be configured so as to be able to pass from one tool to another without the calling modem hanging up the telephone line. When the second tool is run, the first one must be shut down; which is impossible if only one data link address is defined. As the MINI X-TEL station is connected to the PLC in the point to point mode, it is recommended to use data

link addresses 1 and 2 to obtain optimum service.

- Modem parameters: the call number must be to the following Hayes standard:

P for pulse dialing,

T for touch tone dialing,

W for await tone.

Example : T011W2125551234 for the touch tone dialling of subscriber 1234 in the

New York area from outside the country.

IMPORTANT:

The entry of a new number is immediately taken into account by the driver, without it being necessary to reboot the PC. However, the modification of any other installation parameter does not become effective until the PC is rebooted.

- Configuration of the master

- Since the master/slave data link is point to point, two addresses to be polled must also be defined in the master: data link addresses 1 and 2.

- The Time Out of the data link level must be selected according to the transmission speed.

In the Programming and Installation

Manual of the TSX SCM 2116 module

(Ref. No. D24005E), the recommended

Time Out is more than the transmission time of 10 characters, to which must be added the delay due to the modems. In practice, the values shown opposite give satisfactory results.

Speed

300/600 bps

1200/2400 bps

4800/9600 bps

Time Out

1000 ms

500 ms

200 ms

___________________________________________________________________________

4 / 1 0

Using the UNI-TELWAY Driver 4

___________________________________________________________________________

Tests have shown that there is little disadvantage in having a long Time Out, in so far as only one address at the maximum is not polled, this Time Out will occur only once every 10 successful pollings of the other address.

B

4.1-5 Characteristics of the Modems:

The modems must have the following characteristics:

Conformity with one of the following CCITT notices: V22,V22bis,V32,

Asynchronous transmission mode,

Support the Hayes (or AT) command set,

Automatic answering destination side (V25),

RTC or LS transmission medium, as required,

V24 junction,

11-bit character format: 1 start bit, 8 data bits, 1 odd parity bit, 1 stop bit,

If an internal modem is used, the card must be ISA or MCA bus compatible.

IMPORTANT:

Experience shows that different behavior can be observed among modems that conform to the same standards. It has also been observed that certain modems operate correctly with certain PCs, but not with others (limits of compatibility, etc.)

We therefore advise users who do not have the appropriate means of investigation (line analyzer in particular) to ask their local Telemecanique office for the list of approved modems before choosing their equipment.

C

C

___________________________________________________________________________

4 / 1 1

B

___________________________________________________________________________

4.1-6 Configuration of the Modems

On the calling side (PC & MINI X-TEL), the driver takes care of configuring certain parameters of the modem by sending it the appropriate Hayes command sequence, in

B

On the called side, the configuration of the modem is the responsibility of the user.

Depending on their type, the modems can be configured in different ways: by switches, by programming on the front panel, or by programming from a remote terminal by means of the Hayes commands.

The minimum parameters to be configured are described below, together with the corresponding Hayes commands.

• Parameters common to both modems:

The following parameters must be configured in the same way in both modems:

- Environment

- Type of modulation: V22, V22bis,... (certain modems recognize the type of modulation automatically) [ATB and ATF],

- Data transfer rate,

- Asynchronous mode [AT&M0],

Number of bits per character: 11 bits comprising 1 start bit, 1 stop bit , 1 odd parity bit and 8 data bits [configurable by register],

- Quality of the line: specialized or RTC [AT&L],

- Signal management: all the signals are managed in a standard way

- DTR (108.2), Normal. In line mode, the change from the DTR to the OFF state forces the modem into the controlled mode and interrupts the communication.

When the DTR is ON the modem is ready and connects if a call arrives [AT&D2],

- RTS, Normal. The CTS (106) follows the RTS (105) without delay [AT&R0],

Depending on the modems, the RTS/CTS delay can be defined in a register, or by another command [AT*DL0],

- CD (109), Normal. ON when connected and follows the carrier in normal operation. OFF when the modem is disconnected [AT&C1],

- DSR (107), Normal. ON during communication [AT*MR0].

• Parameters specific to the calling modem:

- It must be configured in the calling mode [AT*CA0],

- Selection of pulse or touch-tone dialling [the character P pulse, or T tone is transmitted by the driver to the modem during the dialling command phase],

- Selection of the unit of time for pulse dialling [AT&P1],

- The call number is transmitted to the modem by the driver.

• Parameters specific to the called modem:

- It must be configured in the called mode [AT*CA1].

___________________________________________________________________________

4 / 1 2

PL722 PACK "packaged" range

Installation notice

ENGLISH

Contents of PL722 PACK

3 versions are available:

1.

TXT P PL722 V52E : complete PACK kit for a first station device,

2.

TXT K PL722 V52 : PASS kit composed of a key containing the execution rights for a station,

3.

TXT RKP PL722 V52E : Update package intented for stations using DOS PL7-2 softwares for

TSX 17-20 Micro-PLC. This package ensures the use of PL7-2 V52 and PL7-MMI 17 V52 under MINI X-TEL V52 Software Workshop.

The composition of each versions is given in the following table :

E

N

G

L

I

S

H

Component reference Description of the components

TSX SLC 02

W8 ....

W9 ....

W9 ....

TE90 standard blank protection key protection key containing the TXT • PL722 V52 rights licence agreement instruction sheet

TXT LF BJR V52 4 MINI X-TEL V52 software diskettes

TXT LF CTG TBX V52 2 TBX catalog diskettes

TXT LF CTG TSX7 V52 Rack modules catalog diskette

TXT LF CTG FTX V5 FTX and CCX catalog diskette

TXT LF UTW V5

TXT LF PP V5

TXT DM BJR V5 E

TXT DM TLS V52 E

UNI-TELWAY V5 driver diskette

V5 cartridge programming diskette

MINI X-TEL software installation manual integrated tools installation manual

TXT LF PL7 22 V5

TSX D12 002 E

TXT DR PL7 2 V5 E

TXT DM PL7 2 V5 E

TSX D12 005 E

2 PL7-2 V5 software diskettes

PL7-2 synthesis manual

PL7-2 V5 reference manual

PL7-2 V5 operating modes manual

TSX 17 ext. module installation manual

TXT LF PL7 M17 V52 2 PL7 MMI 17 V52 software diskettes

TXT DM PL7 M17 V52 E PL7 MMI 17 software documentation component included in the software kit.

Included in version

P K RKP

Description of the operations to be performed

For each kit, 2 operations must be performed :

1 install the software with the diskettes supplied. With the PASS kit, use the diskettes that you already have (supplied with the PACK kit).

2 prepare the software keys.

Note : for the update kit, the previous versions do not need to be removed.

___________________________________________________________________________

8

1

Software installation

The software must be installed on an FTX terminal, IBM PC or compatible microcomputer with

OS/2 operating system version 1.3, 2.1 or WARP3.0.

The complete installation of PL722 PACK is achieved by installing all the following software :

Software name

MINI X-TEL

TSX7 CATALOG

TBX CATALOG

FTX/CCX CATALOG

X-TEL

PROMPROG

PL7-2/X-TEL

PL7-MMI17

Software reference

TXT LF BJR V52

TXT LF CTG TSX7 V52

TXT LF CTG TBX V52

TXT LF CTG FTX V5

TXT LF UTW V5

TXT LF PP V5

TXT LF PL7 22 V5

TXT LF PL7 M17 V52

1

2

2

2

1

1

4

1

Number of diskettes

E

N

G

L

I

S

H

Installation procedure :

• stop all the X-TEL or MINI-XTEL software in operation on the station,

• place the first diskette (1/4) of the MINI X-TEL software (TXT LF BJR V52) in drive A,

• open an OS/2 session as a window or full screen,

• at the OS/2 prompt [C:\] enter the command :

[C:\] A:<Enter> then [A:\] INSTALL<Enter>

• follow the software instructions (1), if it is the first installation restart the system <Ctrl>+<Alt>+<Del> after installing MINI X-TEL (for updating MINI X-TEL, rebooting is not necessary).

• enter the following command each time new software is to be installed :

[C:\] A:<Enter> then [A:\] INSTALL <Enter>, (or press the <up arrow> then <Enter> ), and follow the instructions for each one.

• when all the software components are installed, stop then restart the system <Ctrl>+<Alt>+<Del>.

(1) to install MINI X-TEL, it can be useful to refer to the MINI X-TEL V52 software workshop manual

(TXT DM BJR V52E) section B5.

Note : It is not necessary to install all components if they are not required to run the applications

(for example the TXT LF PP V5 cartridge programming software does not need to be installed if the applications do not have to be written to PROM cartridges).

___________________________________________________________________________

9

2

Preparation of the software keys

Use the MINI X-TEL "KEY MANAGER" function, described in the MINI X-TEL V52 software workshop manual (TXT DM BJR V5E) section C-2 to process the software keys.

E

N

G

L

I

S

H

These kits contain a protection key marked TXT P PL722 V52 or TXT RKP PL722 V52 and a

TSX SLC 02 blank key.

A working key and a backup key must be created by :

• inserting the protection and the blank key in slots A and B of the station or of the key support,

• save (Backup function) the original key to the blank key,

Result : the original key becomes the working key for the station and the blank key becomes the backup key,

• keep the backup key in a safe place.

All the software can now be started from this station.

___________________________________________________________________________

10

XTEL PACK "packaged" range

Installation notice

ENGLISH

Products included in XTEL PACK

4 versions are available :

1.

TXT P XTL V52E : complete PACK kit for a first station device,

2.

TXT K XTL V52 : PASS kit composed of a key containing the execution rights for the station,

3.

TXT RP XTL V52E : station update kit from version V5 to V52,

4.

TXT RKP XTL V52E : station update kit from version V4x to V52.

The composition of each version is given in the following table :

E

N

G

L

I

S

H

Component reference Description of the components Included in version

P K RP RKP

TSX SLC 02

TXT • XTL V52

W9 ...

W9 ....

TE90 standard blank protection key

TE90 standard protection key licence agreement information sheet

TXT LF BASE V52 4 X-TEL V52 software diskettes

TXT LF CTG TSX7 V52 rack module catalog diskette

TXT LF CTG TBX V52 2 TBX catalog diskettes

TXT LF CTG FTX V5 FTX and CCX catalog diskette

TXT LF UTW V5 UNI-TELWAY V5 driver diskette

TXT LF DEM V5

TXT LF PP V5

V5 self-teach software diskette

V5 cartridge programming diskette

TXT DM XTEL V52 E X-TEL software workshop reference manual

TXT DM TLS V52 E integrated tools installation manual

TXT LF PL7 3 V52 2 PL7-3 V52 software diskettes

TXT LF FB PL7 3 V52 PL7 3 V52 function block software diskette

TXT LF FBD V52 DIAG V52 function block software diskette

TXT DR PL7 3 V5 E PL7-3 V5 reference manual

TXT DM PL7 3 V52 E PL7-3 V52 operating modes manual

TXT DM FBD V52 E OFB-DIAG V52 installation manual

TXT LF MDD V52

TXT DM MDD V52 E

XTEL-MOD V52 software diskette

XTEL-MOD V52 installation manual

TXT LF PL7 22 V5

TXT DR PL7 2 V5 E

TXT DM PL7 2 V5 E

TSX D12 002 E

TSX D12 005 E

2 PL7-2 V5 software diskettes

PL7-2 V5 reference manual

PL7-2 V5 operating modes manual

PL7-2 synthesis manual

TSX 17 ext. module installation manual

TXT LF PL7 CMM V5 PL7-COM V5 software diskette

TXT LF FB CMM V42 V42 com. function block software diskette

TXT DM PL7 CMM V5 E OFB-COM software installation manual

(1)

TXT LF PL7 M17 V52 2 PL7 MMI 17 V52 software diskettes

TXT DM PL7 M17 V52 E PL7 MMI 17 software documentation

(1) 2 keys for a V4x to V52 update kit.

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Component reference Description Included in version

P K RP RKP

TXT LF PL7 PCL V5

TXT LF FB PCL V5

PL7-PCL V5 software diskette

PCL V5 function block software diskette

TXT DM PL7 PCL V5 E PL7 PCL V5 installation manual

TXT LF FB MAX V5 MAX V5 function block software diskette

TXT LF ADJ MAX V5 MAX V5 adjustment software diskette

TXT DM PL7 MAX V5 E PL7-MAX V5 installation manual component included in the software kit.

Description of the operations to be performed

For each kit, 2 operations must be performed :

1 install the software with the diskettes supplied. With the PASS kit, use the diskettes that you already have (supplied with the PACK kit).

2 prepare the software keys.

Note : for update kits, the previous versions do not need to be removed, refer to the general rules for compatibility between the different versions supplied at the end of the document.

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1 Software installation

The software must be installed on an FTX terminal, IBM PC or compatible microcomputer with

OS/2 operating system version 1.3, 2.1 or WARP3.0.

The complete installation of XTEL PACK is achieved by installing all the following software :

Software name

X-TEL

TSX7 CATALOG

TBX CATALOG

FTX/CCX CATALOG

X-TEL

PROMPROG

X-TEL(1)

PL7-3

PL7-3

PL7-3

XTEL-MOD

PL7-2/X-TEL

PL7-COM

PL7-COM

PL7-MMI17

PL7-PCL

OFB-PCL

ADJ-MAX

OFB-MAX

Software reference

TXT LF BASE V52

TXT LF CTG TSX7 V52

TXT LF CTG TBX V52

TXT LF CTG FTX V5

TXT LF UTW V5

TXT LF PP V5

TXT LF DEM V5

TXT LF PL7 3 V52

TXT LF FBD V52

TXT LF FB PL7 3 V52

TXT LF MDD V52

TXT LF PL7 22 V5

TXT LF PL7 CMM V5

TXT LF FB CMM V42

TXT LF PL7 M17 V52

TXT LF PL7 PCL V52

TXT LF FB PCL V5

TXT LF ADJ MAX V5

TXT LF FB MAX V5

2

1

1

1

1

1

1

2

1

1

1

1

1

2

1

Number of

2

1 diskettes

4

1

(1) only supplied in version TXT P XTL V52E.

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Installation procedure :

• stop all the X-TEL software running on the station,

• place the first diskette (1/4) of the X-TEL software (TXT LF BASE V52) in drive A,

• open an OS/2 session as a window or full screen,

• at the OS/2 prompt [C:\] enter the command :

[C:\] A:<Enter> then [A:\] INSTALL<Enter>

• follow the software instructions (1). If it is the first installation, restart the system

<Ctrl>+<Alt>+<Del> after installing X-TEL (for updating X-TEL, rebooting is not necessary).

• enter the following command each time new software is to be installed:

[C:\] A:<Enter> then [A:\] INSTALL <Enter>, (or press the <up arrow> key then <Enter> ), and follow the instructions for each one.

• when all the software components are installed, stop then restart the system <Ctrl>+<Alt>+<Del>.

(1) to install X-TEL, it can be useful to refer to the X-TEL V52 software workshop manual (TXT DM

XTEL V52E) section B5.

Note : It is not necessary to install all components if they are not required to run the applications

(for example the TXT LF PP V5 cartridge programming software does not need to be installed if the applications do not have to be written to PROM cartridges).

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2

Preparation of the software keys

Use the X-TEL "KEY MANAGER" function described in the X-TEL V52 software workshop manual

(TXT DM XTEL V52E) section C-9 to process the software keys.

The TXT P XTL V52E complete PACK kit or the TXT K XTL V52 PASS kit :

These kits contain a TXT P XTL V52 protection key and a TSX SLC 02 blank key.

A working key and a backup key must be created by :

• inserting the protection and the blank key in slots A and B of the station or of the key support,

• save (Backup function) the protection key (original key) to the blank key,

Result : the original key becomes the working key for the station and the blank key becomes the backup key,

• keep the backup key in a safe place.

All the software can now be started from this station.

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The V4x ->V52 (TXT RKP XTL V52E) update kit :

This kit contains 2 protection keys TXT RK PL7 3 V5 (containing the PL7-3V52 rights) and TXT RKP

XTL V52 (containing the rights of the other V52 software), moreover you must have the working key for the station with V4x software and its backup key.

A new working key containing the V52 rights and a backup key must be created by :

• inserting the V4x working key and the backup key in slots A and B of the station or of the key support,

• restoring the rights (Restore) of the backup key for the station to its working key,

Result : the working key becomes the original key for the station again and the backup key becomes a blank key,

• leaving the original key in the station,

• inserting successively the 2 keys of the update kit and for each one selecting the rights which they contain and transferring them (Transfer or increment function) to the original key,

Result : the 2 keys of the update kit become blank and the original key contains the V52 rights.

• save (Backup function) the original key to one of the blank keys,

Result : the original key becomes the working key for the station and the blank key becomes the backup key,

• keep the backup key in a safe place.

All the software can now be started from this station.

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The V5->V52 (TXT RP XTL V52E) update kit :

This kit contains a TXT RP XTL V52 protection key. The execution rights of the V52 software are the same as those for V5 software. If the working key for the station already contains all the execution rights of the update kit software, there is nothing to do : the working key for the station is already created. Otherwise, the missing rights must be transferred by :

• inserting the working and the backup keys in slots A and B of the station or of the key support,

• restoring the rights (Restore function) of the station backup key to its working key,

Result : the working key becomes original key again and the backup key becomes a blank key,

• leaving the original key in the station,

• inserting the TXT RP XTL V52 update kit protection key, selecting the rights which it contains and transferring them (Transfer function) to the original key,

Result : the update kit key becomes blank and the original key contains the V52 rights.

• saving (Backup function) the original key to one of the blank keys,

Result : the original key becomes the working key for the station and the blank key becomes the backup key,

• keep the backup key in a safe place.

All the software can now be started from this station.

General compatibility rules

Compatibility of workshops in relation to the function and application levels :

• A V52 station provides programming and operation of V5 applications on TSXV5/PMXV5 type stations with V5 functions.

The software workshop functions are level V52 but the PL7 applications remain at level V5 for

V5 stations.

PL7-3 applications on V5 stations remain at level V5 or can be changed by PL7-3, if necessary, to level V52.

• A V52 station provides programming and operation of V4 (or V3) applications on TSXV4/PMXV4

(TSXV3) type stations with V4 (or V3) functions.

Software workshop functions are level V52 but PL7 applications remain at level V4 on V4 stations and at level V3 for the V3 stations.

V4 applications can be changed to level V5 by copying/pasting the PL7 function icons of the V4 stations to the V5 stations. Some preparation is required before using this copying procedure (the complete procedure is described in the X-TEL V52 software workshop manual (TXT DM XTEL

V52E).

• While an application remains at level V4 on a V4 station, it can still be processed by V4, V42, V5 and V52 workshops; in this case, the V52 workshop simply offers additional working comfort and improved productivity.

The procedures for application migration are developed for :

- all software in the X-TEL and MINI X-TEL software workshop installation manuals (TXT L BASE

V5E and TXT L BJR V5E- part A - Section 3.5),

- each tool or function in the corresponding installation manual.

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