Schneider Electric TSX TS4 31 V4.0 Adjustment Cartridge / En Instruction Sheet

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ದಾಖಲೆ

ಜಾಹಿರಾತು

TSX TS4 31 Adjustment Cartridge for TSX T407 Terminals

Preface

Notice to Readers

The name SCI used in this manual designates the Uni-Telway data link that is integrated in certain model 40 PLCs.

The main evolutions of the TSX TS4 31 V4.0 cartridge in relation to the

TSX TS4 31 V2.0 cartridge are as follows:

• Network mode

Access to and diagnostics of the Uni-Telway bus by means of the integrated Uni-

Telway data link (SCI).

• Adjust mode

- Display of text blocks (in model 40 PLCs only),

- Display and adjustment of OFBs,

- Display of a macro-step and its associated steps.

• Diagnostic mode

Display of the UTW indicator light in the screen showing the front panel indicator lights of the processor.

Representation of keys in the text

• The dynamic soft keys are represented between [ ] example : [MOD], [YES], etc.

• The function and alphanumeric keys are represented between < > example : < ZM >, < ENT >, < L >, < 6 >, etc.

Section

1 Introduction

1.1 TSX TS4 31 Features

1.2 Preparing the Hardware

1.3 Terminal Power-up Procedure

1.4 Mode Selection Screen

2 Network Mode

2.1 General

2.2 Uni-Telway Bus Connection

2.3 Uni-Telway Bus Diagnostics

2.4 Connecting to a Telway Network

2.5 Telway Network Diagnostics

2.6 Connecting to a Mapway Network

2.7 Mapway Network Diagnostics

3 Control Mode

3.1 General

3.2 Program Execution or Stop and Initialize

3.3 Displaying Active Steps

4 Adjust Mode

4.1 General

4.2 Accessible Objects

4.3 Operations on Bits

4.4 Operations on Words

4.5 Operations on Standard and Optional Function Blocks

4.6 Real-time Clock Operations

4.7 Operations on Grafcet Steps

Section

5 Diagnostic Mode

5.1 General

5.2 Displaying Processor Status

5.3 Displaying Configuration Status

6 Transfer Mode

6.1 General

6.2 Data Transfer

6.3 Program Transfer

7 Terminal Mode

7.1 General

7.2 Terminal/PLC Data Link Configuration

7.3 Terminal/Peripheral Data Link Configuration

7.4 Text Function

8 Error Messages

8.1 Common to all Modes

8.2 Specific to the Control Mode

8.3 Specific to the Adjust Mode

8.4 Specific to the Diagnostic Mode

8.5 Specific to the Transfer Mode

8.6 Specific to the Network Mode

General Contents

Introduction

Sub-section

1.1 TSX TS4 31 Features

1.2 Preparing the Hardware

1.3 Terminal Power-up Procedure

1.4 Mode Selection Screen

Introduction 1

Section 1

Page

1.1 TSX TS4 31 Features

The TSX TS4 31 V4.0 adjustment cartridge for use with TSX 17/27/47/67/87/107

PLCs and PMX 47/67/87/107 PLCs supports the following modes:

Network Mode : For connection to a Telway or Mapway network and to a Uni-

Telway bus.

• When connected to a Telway or Mapway network, the user has access to all of the available cartridge modes, with effect on the remote PLC connected via the network.

• When connected to a Uni-Telway bus, the user can identify

Uni-Telway modules installed in the PLC configurations and read and modify the configurations of these modules.

The user can also identify the Uni-Telway data link (SCI) integrated in certain model 40 processors (1).

In addition, when physically connected to the Uni-Telway bus Master PLC, the user can identify devices connected to the bus and logically connect to any TSX Series 7 PLC on the bus.

Control Mode : This mode displays the status of the PLC, enables the PLC to be set to Stop or Run, enables reset commands to be sent and displays Grafcet steps.

Adjust Mode : This mode adjusts automation system data to match application requirements.

Diagnostic Mode : This mode finds any faults that are present in the PLC configuration (PLC, memory, I/O).

Transfer Mode : This mode can store and load Adjustment values for

TSX 17/27/47/67/87/107 and PMX 47/67/87/107 PLCs, and store programs for TSX 17/27/47-J/47-10/47-20 PLCs.

Terminal Mode : This mode configures the PLC data link. It also configures the terminal data line and supports operator dialog (display and entry of messages).

In addition, the TSX TS4 31 Adjustment cartridge enables dialog with the user in five different languages (English, French, German, Italian and Spanish). English messages are displayed by default when the terminal is first powered-up.

(1) With V4.3 processors or higher.

X X

Introduction 1

1.2 Preparing the Hardware

Inserting the cartridge

†

TSX TS4 31 Cartridge

1 Remove the cartridge slot cover from the right hand side of the terminal.

Cartridges can be inserted and removed with the terminal powered up, since a safety device interrupts the electrical supply to the cartridge as soon as the cartridge housing cover is removed,

2 Insert the cartridge,

3 Replace the cover over the cartridge slot.

Connecting the terminal to a TSX 17 Micro-PLC

†

TSX 17 ACC7

Adapter

1 Fit the TSX 17 ACC7(*) adapter to the TSX 17 Micro-PLC,

2 Connect the adapter to the mains using the power cord supplied,

3 Connect the TSX T407 terminal to the adapter.

(*) The TSX 17 ACC7 adapter does not have to be fitted on the Micro-PLC, it can be connected by a TSX 17 CTC 03 cable.

to a TSX 27/47/67/87/107 PLC

1 Connect the terminal to the programming port of the PLC.

Check that the PLC has a mains supply before powering up the terminal.

†

1.3 Terminal Power-up Procedure

T407 1 Terminal

TSX7

CLR

** TEST ** yes

Self-tests OK no

FRA: FRANCAIS RUN

>ENG: ENGLISH

DEU: DEUTSH

ITA: ITALIANO

ESP: ESPANOL

FRA ENG DEU ITA ESP

Error messages

Language selection

ENT

—————————————— RUN

|P 47-20 V4.0 |

| |

——————————————§

CTL ADJ DGN TRF HELP ./.

RUN

UNITELWAY cartridge copyright TE 1988

T407 : V4.0

CART : TSX TS4 31E V2.0

NET TER LIN TXT HELP ./.

Mode selection

CLR

• Accesses the mode,

• Clears the last entry and

returns to the previous screen

QUIT

Introduction 1

1.4 Mode Selection Screen

The Mode Selection screen allows the user access to all of the functions supported by the cartridge. It also provides the user with information on the type of PLC connected (PLC version and software version) and on the type of terminal (software version and in the reference number the suffix indicating the selected language for message displays).

Connected PLC Data

• PLC type and software version

• Station addresses

(physical and logical) when using

a Telway network.

Terminal Data

• TSX T407 software version

• Cartridge reference number

with suffix to indicate the selected

message display language.

—————————————— RUN

|P 47-20 V4.0 |

| |

——————————————§

CTL ADJ DGN TRF HELP ./.

RUN

UNITELWAY cartridge copyright TE 1988

T407 : V4.0

CART : TSX TS4 31E V2.0

NET TER LIN TXT HELP ./.

Dynamic soft keys

CTL

ADJ

DGN

TRF

HELP

./.

Control mode

Adjust mode

Diagnostic mode

NET

TER

LIN

Network mode

Terminal mode

(via programming port)

Terminal mode

(via data link)

Transfer mode TXT Terminal mode

(text function)

Displays a help screen giving the function of the soft keys available.

Toggles between the two mode selection screens, enabling access to both sets of soft keys.

1 0

Network Mode

Network Mode 2

Section 2

Sub-section

2.1 General

2.1-1 Using the Cartridge with a Telway Network

2.1-2 Using the Cartridge with a Uni-Telway Bus

2.1-3 Using the Cartridge with a Mapway Network

2.1-4 Accessing the Network Mode

2.1-5 Accessing Related Functions

2.2 Uni-Telway Bus Connection

2.2-1 Displaying the Physically Connected Configuration

2.2-2 Displaying the Identification of a TSX SCM 21.6 or

TSX SCG Module, or of the Integrated Uni-Telway Link (SCI)

Page

2.3 Uni-Telway Bus Diagnostics

2.3-1 Displaying and Modifying the Configuration of the Master or Slave Module or the SCI

2.3-2 Displaying Uni-TE Protocol Versions Recognized by the Module or the SCI

2.3-3 Testing the Data Link

2.3-4 Displaying Error Counters

2.3-5 Displaying Data Link Addresses and Connections

2.3-6 Identifying Connected Devices

2.4 Connecting to a Telway Network

2.4-1 Connection

2.4-2 Selecting a New Logical Connection

2.5 Telway Network Diagnostics

Sub-section

2.6 Connecting to a Mapway Network

2.6-1 Connection

2.6-2 Defining a New Logical Connection

2.7 Mapway Network Diagnostics

2.7-1 Accessing Diagnostics

2.7-2 Testing the Communication Path

2.7-3 Displaying Error Counters

2.7-4 Displaying Stations Present on the Mapway Network

Page

Network Mode 2

2.1 General

The Network mode simplifies the set-up and maintenance of Telway and Mapway networks and of the Uni-Telway bus and any stations or devices connected to them.

2.1-1 Using the Cartridge with a Telway Network

The Network mode enables logical connection of the TSX T407 terminal to any

TSX or PMX 47/67/87/107 PLC. Connection is made remotely via a Telway network. Once connection is established, all of the operating modes of the cartridge can be accessed via the terminal. This mode also enables Telway network diagnostics.

2.1-2 Using the Cartridge with a Uni-Telway Bus

In Network mode, the TSX T407 terminal that is physically connected to a PLC can be used to:

• Identify the TSX SCM 21.6 or TSX SCG 116 Uni-Telway modules or the SCI data link present in the PLC configuration,

• Access and modify the configuration of the installed modules,

• Perform data link diagnostics: to access and reset the transmission error counters of these modules.

PLCs concerned:

• TSX 17-20 and TSX 47 .. programmed in PL7-2 language,

• TSX or PMX 47/67/87/107 programmed in PL7-3 language

If the terminal is connected to the PLC that comprises the Uni-Telway Bus Master module, the cartridge can also be used to:

• Display a list of stations declared on the Uni-Telway bus,

• Effect logical connection to each Slave station on the bus, in order to:

- Identify the type of device connected at this address,

- Perform data link diagnostics from this address.

If the Slave device that is logically connected to the Uni-Telway bus is a

TSX or PMX PLC, all TSX TS4 31 cartridge operating modes can be remotely accessed by the terminal.

2.1-3 Using the Cartridge with a Mapway Network

The Network mode enables logical connection of the TSX T407 terminal to any station on the network. Connection is made remotely via the Mapway network.

If the station is a Mapway compatible PLC (TSX or PMX 47-40/67-40/87-40/107-

40), all cartridge operating modes can then be accessed by the terminal. This mode also enables Mapway network diagnostics.

2.1-4 Accessing the Network Mode

NET Enables access to the Network mode. The following information is displayed:

Case 1 : A Telway or Mapway network module is installed in the configuration.

[TLW] Enables connection to the Telway network.

[UTW] Enables connection to the Uni-Telway bus.

NETWORK MODE STOP

TLW:TELWAY7 network

UTW:UNITELWAY link

MPW:MAPWAY network

TLW UTW MPW

[MPW] Enables connection to the Mapway network.

Case 2 : No Telway or Mapway network module is installed in the configuration.

Display of the connected configuration enabling direct access to the Uni-Telway bus (refer to page

19 for a description of the screens).

TSX 47/67/87/107

STOP

Net:0 Sta:4 Mod:00

|RACK 1| |?| | | | | | |

—————— — — — — — — — —§

HOME ZOOM

TSX 17-20

STOP

Net:0 Sta: 1 Mod:01

| | | | |

—————— ————— ————— ———§

HOME ZOOM

Network Mode 2

2.1-5 Accessing Related Functions

Mode Selection

Screen

NET

Network module present

YES

Select type of connection:

• Uni-Telway

• Telway

• Mapway

UTW MPW TLW

YES

Network module present

CLR

• Display

connected

configuration,

• Select module,

(see page 19)

Connect to

Mapway network

(see page 31)

Connect to

Telway network

(see page 28)

ZOOM DGN NEW

Telway network diagnostics

(see page 29)

Module configuration

Mapway network diagnostics

(see page 32)

Master

(see page 16)

Slave

(see page 17)

Not configured

(see page 18)

QUIT

Select a new logical connection

(see pages 28 and 31)

CLR

Accessing Related Functions (Master)

Module configuration

Master

TSX SCM 21 M or

TSX SCG M or SCI

Display module identification, enabling access to:

• display and

modification of

the configura-

tion

• diagnostics of

the connected

station and

other stations.

(see page 20)

CNF VRS TST CNT ADR

Display and modification of the Uni-Telway module configuration

(see page 22)

Display Uni-TE protocol versions identified by the module

(see page 23)

Test the data link

(see page 24)

Display error counters

(see page 24)

Display a list of active

Uni-Telway bus addresses

(see page 25)

SLAV QUIT CLR CNX

Re-configure

Uni-Telway module from Master to Slave or

SCM or SCG only

(see page 20)

Connect to the selected data link address

(see page 25)

NET

HOME

Mode Selection screen

Network Mode 2

Accessing Related Functions (Slave)

Module configuration

Slave

TSX SCM 21 S or

TSX SCG S or SCI

Display module identification, enabling access to:

• display and

modification of

the configura-

tion

• diagnostics of

the connected

station.

(see page 20)

CNF VRS TST CNT

Display and modification of the Uni-Telway module configuration

(see page 22)

Display Uni-TE protocol versions identified by the module

Test the data link

(see page 23) (see page 24)

Display error counters

(see page 24)

MAST QUIT CLR

Mode Selection screen Re-configure

Uni-Telway module from Slave to Master or

SCM or SCG only

(see page 20)

Accessing Related Functions (Not Configured)

Module configuration

Not configured

TSX SCM 21 or

TSX SCG

NOT

CONFIGURED

Display module identification and enable configuration of the module as Master or Slave.

(see page 20)

MAST

Configure

Uni-Telway module as Master

(see page 20)

SLAV

Configure

Uni-Telway module as Slave

(see page 20)

Display and enable modification of the module configuration

(see page 22)

Note:

The Uni-Telway data link (SCI) integrated in the processor does not repect this algorithm. For an SCI, the NON CONF. status corresponds to the absence of a cable connector (TSX LES

64 or 74).

Network Mode 2

2.2 Uni-Telway Bus Connection

2.2-1 Displaying the Physically Connected Configuration

Press [NET] to display the configuration if there is no Telway or Mapway module in the configuration.

Press [UTW] to display the configuration if there is a Telway or Mapway module in the configuration.

Pressing

NET

• Identification of the SCI and the

Uni-Telway, Telway or Mapway modules in the configuration and the status of the other modules:

- U in the module field = a configured Uni-Telway master or slave module.

- U in the processor field = SCI master or slave, or not config-

TSX or PMX 47/67/87/107 with the cursor in the module field

STOP

Net:0 Sta:4 Mod:00

|RACK 1| |?| | | | | | |

—————— — — — — — — — —§

HOME SCI ZOOM

TSX or PMX 47/67/87/107 with the cursor in the processor field ured (awaiting connector).

- X in the module field = a nonconfigured Uni-Telway module.

- T = a Telway module.

- M = a Mapway module.

STOP

Net:0 Sta:4 Mod:FF

|RACK 1| |?| | | | | | |

| U 0|.|.|U|T|!|X|.|.|

—————— — — — — — — — —§

HOME I/O ZOOM

Configuration TSX 17-20

- "." = a module operating normally.

- "!" = a failed module,

- "?" = a line fault or a module

STOP

Net:0 Sta:1 Mod:01

| | | | |

—————— ————— ————— ———§

HOME ZOOM that doesn't respond.

→

> <

←

> : move the cursor to the next or previous module,

↓

> <

↑

> : move the cursor between the upper and lower racks.

Moving the cursor onto a Uni-Telway module or onto the SCI will display the following messages depending on the configuration:

• SCM 21 M or SCG M or SCI M if the module is configured as a Master,

• SCM 21 S or SCG S or SCI S if the module is configured as a Slave,

Configuration TSX /PMX 47/67/87/107

STOP

Net:0 Sta:4 Mod:02

|RACK 1| |?| | | | | | |

| U 0| |.|.|T|.|X|.|.|

—————— — — — — — — — —§

HOME SCI ZOOM

• SCM 21 or SCG NOT CONF. if the module has not been configured,

• SCI NOT CONF. if the TSX LES 64/74 cable connector is not present.

Configuration TSX 17-20

STOP

Net:0 Sta:1 Mod:01

| | | | |

—————— ————— ————— ———§

HOME ZOOM

Net

Sta

: Displays the Telway network number, according to the logical connection of the terminal.

: Displays the Telway network station number, according to the logical

Mod connection of the terminal.

: Graphically indicates the location of the module in the configuration.

[HOME] : Returns the cursor to the source station of the Uni-Telway connection.

[ZOOM] : Displays the identification of the module and the data shown below,

[SCI]

[I/O] depending on the type of module selected (Master, Slave or nonconfigured module).

Permits positioning of the cursor in the processor field (access to the SCI).

Permits positioning of the cursor in the module field (access to the module).

2.2-2 Displaying the Identification of a TSX SCM 21.6 or TSX SCG Module, or of the Integrated Uni-Telway Link (SCI)

ZOOM

Displays the screens shown below, depending on the type and configuration of the module selected.

TSX SCM Master TSX SCG 116 Master

IDENTIFICATION RUN

Net:0 Sta:4 Mod:02

Type:63/97 Vrs:2.0

"SCM 21XY V2.0 "

CNF VRS TST CNT ADR

IDENTIFICATION RUN

Net:0 Sta:1 Mod:02

Type:63/105 Vrs:1.0

"SCG 113/116 V1.0 "

CNF VRS TST CNT ADR

TSX SCM 21 Slave

IDENTIFICATION RUN

Net:0 Sta:4 Mod:02

Type:63/97 Vrs:2.0

"SCM 21XY V2.0 "

CNF VRS TST CNT

TSX SCG 116 Slave

IDENTIFICATION RUN

Net:0 Sta:1 Mod:02

Type:63/105 Vrs:1.0

"SCG 113/116 V1.0 "

CNF VRS TST CNT

Non-configured TSX SCM 21

SCM21 MODULE

Net:0 Sta:01 Mod:05

not UNITELWAY configurd

MAST : MASTER config.

SLAVE: SLAVE config.

MAST SLAV

Non-configured TSX SCG 116

SCG MODULE

Net:0 Sta:1 Mod:05

not UNITELWAY configurd

MAST : MASTER config.

SLAVE: SLAVE config.

MAST SLAV

SCI Master SCI Slave

IDENTIFICATION RUN

Net:0 Sta:4 Mod:FF

Type:60/1 Vrs:1.1

"TSX 7 CPU UTW V1.1 "

IDENTIFICATION RUN

Net:0 Sta:4 Mod:FF

Type:60/1 Vrs:1.1

"TSX 7 CPU UTW V1.1 "

CNF VRS TST CNT ADR CNF VRS TST CNT

Note:

Zooming on a non-cofigured SCI does not generate a screen. The non-configured state corresponds to the absence of the cable connector (TSX LES 64 or 74).

Network Mode 2

[CNF] Permits the display and modification of the configuration parameters of the TSX SCM/SCG module only.

[VRS] Displays a list of Uni-TE protocol versions that are identified by the module.

[TST] Tests the Uni-Telway bus.

[CNT] Displays the error counters.

[ADR] Displays a list of data link addresses that are active on the

Uni-Telway bus and permits access to them.

[MAST] Configures the module as Master (for TSX SCM/SCG only).

[SLAV] Configures the module as a Slave (for TSX SCM/SCG only).

Type: 63/97

63/105

Product code,

Product family

Product family code : Identifies the product family to which the product belongs,

E.g.: 63 is the family of intelligent modules.

Product code : Identifies the product within a product family,

E.g.: 97 is a TSX SCM 21 module,

105 is a TSX SCG module,

: Identifies the product version, Vrs:2.0:

TSX SCM 21 xy V2.0 : The reference number and the software version level of the product.

Note: Displaying the identification of the module or SCI and the related functions (CNF, VRS, etc.) increase the cycle time of the PLC in which the module or SCI is installed.

2.3 Uni-Telway Bus Diagnostics

2.3-1 Displaying and Modifying the Configuration of the Master or Slave

Module or the SCI

CNF

Pressing the <CNF> key displays the screen shown below, the functions available depend on whether the module is configured as a Master or a Slave module:

[MOD] Modifies the parameter selected by the cursor:

• By repeated pressure for selecting the baud rate,

• By directly entering other parameters from the keyboard and pressing <Enter> to validate.

UTW <--> SCM21M RUN

Net:0 Sta:4 Mod:03

No. of addresses :31

Baud:9600 Timeout:30

{8:Datas 1:Stop ODD:Par}

MOD SLAV

E.g.: TSX SCM 21 Master

[SLAV] Enables reconfiguration of a TSX SCM 21 Master module as a Slave.

UTW <--> SCM21 S RUN

Net:0 Sta:4 Mod:04

AD0:10 AD1:---AD2:---

Baud:9600 Timeout:200

{8:Datas 1:Stop ODD:Par}

MOD MAST

[MAST] Enables reconfiguration of a TSX SCM 21 Slave module as a Master.

E.g.: TSX SCM 21 Slave

Note: The soft keys [SLAV] or [MAST] are inactive in the case of the SCI.

When a TSX SCG 116 module or SCI is used, the top line of the display becomes:

• For the SCG 116:

- UTW

↔

SCG M if the module is configured as a Master,

- UTW

↔

SCG S if the module is configured as a Slave.

• For the SCI:

- UTW

↔

SCI M if the SCI is configured as a Master,

- UTW

↔

SCI S if the SCI is configured as a Slave.

Note: If the module is connected to a Uni-Telway bus via a TSX SCA 62 subscriber socket, it is not possible to reconfigure the module as a

Master or Slave without changing the module address configured in the subscriber socket. Remember, the hardware address setting overrides the software setting.

Modifiable parameters

• Number of addresses : Corresponds to the number of data link addresses that are configured, 1 to 152 (31 by default),

• Baud : Binary data flow on the bus,

300, 600, 1200, 2400, 4800, 9600, 19200 bits/second,

• Time out : Can be set between 10 and 99999 ms.

Network Mode 2

• AD0-AD1-AD2 : Data link addresses.

AD0 : The server system address: between 1 and 152,

This address is coded in the TSX SCA 62 subscriber socket that is connected to the module or assigned by configuration in the case of a TSX 17 connected to the

Uni-Telway bus via the programming port and a TSX ACC5 adapter.

This address enables access to the Slave PLC system

(Adjust and Debug functions).

AD1

AD2

: Client application address between 1 and 152.

This address is assigned by configuration to the Slave module. It enables transmission of messages and requests to other devices on the Uni-Telway network, whether or not a confirm is required.

: Monitoring application address, from 1 to 152.

This address is assigned by configuration to the Slave module. It enables reception of "Unsolicited Data" from another device on the Uni-Telway bus.

Parameters that cannot be modified:

• Data : Number of data bits (8),

• Stop : Number of stop bits (1),

• Par : Sets the parity,

0DD: Odd parity,

• AD0 : If set by TSX SCA 62 for TSX SCM/SCG.

Set by TSX LES 64/74 connector for SCI.

2.3-2 Displaying the Uni-TE Protocol Versions Recognized by the Module or the SCI

VRS Displays the screen shown below with the following data:

• The number and type of versions of Uni-TE found on the network.

Example : number = 1 software version

V1.0

• Leng. msg : Length of processed messages (in bytes).

VERSIONS RUN

Net:0 Sta:4 Mod:04

Leng. msg:128 Tlist:0

Version number :1

V1.0

• Tlist : The size of the buffer available to receive a list of requests to execute (in bytes).

2.3-3 Testing the Data Link

This test sends a request that is mirrored back manually or automatically, it checks:

• The number of messages that are sent or received,

• The time taken to send the last request and to receive its confirm,

• The minimum and maximum time required to send a request and receive its associated confirm.

TST Displays the display below. This function tests the data link.

[MAN] Manually sends the mirror request.

[AUTO] Sends mirror requests in repeated cycles.

LINK TEST RUN

Net:0 Sta:4 Mod:04

Sent:10 Rece.:10

Last:150 ms Lg:1

Min:150 ms Max:250 ms

CLR MAN AUTO LG

[LG] Repeated pressure on this key changes the length of the mirror request. The request lengths that can be selected are: 1, 2, 4, 8,

16, 32, 64 or 128 bytes.

Exchanges can be stopped or started by pressing [MAN] or

[AUTO].

[CLR] Resets the counter of messages sent and received and the time-out.

2.3-4 Displaying Error Counters

CNT Displays the screen shown opposite, showing:

no answer : Number of messages sent (Tx) or received (Rx) without a confirm,

ERROR TYPES RUN

Net:0 Sta:4 Mod:04

Tx Rx

no-answer :0 1

neg-ack :1 1

CLR neg.ack

: Number of messages sent (Tx) or received (Rx) with a negative confirm,

[CLR] : Resets the error counters.

Network Mode 2

2.3-5 Displaying Data Link Addresses and Connections

Display:

It is only possible to display data link addresses that are active on the Uni-Telway bus, if the terminal is connected to the Uni-Telway Master PLC.

ADR

Displays a list of data link addresses that are active on the bus and their logical address number (data link address AD0 or AD1 or AD2).

[NEXT] selects the next page,

[PREV] selects the previous page,

[CNX] connects to the data link address that is selected by the cursor.

LIST OF ADDRESSES RUN

5 6 7 ...

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

NEXT PREV CNX

The <

↓

> <

↑

> <

→

> and <

←

> keys are used to move the cursor.

Connection:

[CNX] Enables connection to the data link address selected by the cursor, as long as the address is an AD0 or AD2 address.

In this case, the mode selection screen for the corresponding device is displayed.

If the device is a TSX Series 7 PLC, all of the operating modes of the cartridge can be accessed.

—————————————— RUN

| P 47-20 V4.0 |

| |

——————————————§

CTL ADJ DGN TRF HELP ./.

——————————————— CNX

|MODULE 1 |

—§ADRESSE 7 —

|XBT-B8140 |

———————————————————§

CTL ADJ DGN TRF HELP ./.

Note: Once the connection is made, the display field blinks and shows:

RUN/STOP : if the connected device is a TSX Series 7 PLC,

CNX : if the connected device is not a TSX Series 7 PLC.

Connecting a terminal to a Uni-Telway bus data link address immediately puts a load on the bus (regular checking that the connection is correct).

Connection example

TSX 67-20 SCM 21M TSX 47-20 SCM 21S

X X

TSX 17-20

†

Uni-Telway bus

† †

TSX T407

AD0 = 2 TSX 47-20

AD1 = 3

AD2 = 4 SCM 21S

XBT

† †

AD0 =

5 TSX 17-20

AD1 = 6

AD0 = 7 XBT

ADR

RUN

5 6 7 ...

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

NEXT PREV CNX

ADR ADR ADR ADR

—————————————— RUN

|TSX 47-20 V4.0|

| |

——————————————§

CTL ADJ DGN TRF HELP ./.

—————————————— RUN

|TSX 17-20 V1.0|

| |

——————————————§

CTL ADJ DGN TRF HELP ./.

——————————————— CNX

| MODULE 3 |

—§ ADDRESS 4 —

|SCM 21XY V2.0 |

———————————————————§

CTL ADJ DGN TRF HELP ./.

——————————————— CNX

| MODULE 1 |

—§ ADDRESS 7 —

|XBT-B8140 |

———————————————————§

CTL ADJ DGN TRF HELP ./.

* conn. impossible RUN

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

NEXT PREV CNX

Network Mode 2

2.3.6

Identifying Connected Devices

Connected devices are identified from the mode selection screen once the terminal is logically connected to the device.

[NET] Displays the initial screen that identifies the device that the terminal is logically connected to.

ADDRESS 2 RUN

Net:0 Sta:04 Mod:03

Type:0 /2 Vrs:4.0

"47-20 "

VRS TST CNT HOME

[VRS] Displays the various versions of Uni-Telway that have been identified by the connected device.

ADDRESS 4 CNX

Net:0 Sta:4 Mod:03

Type:63/97 Vrs:2.0

"SCM 21XY V2.0 "

VRS TST CNT HOME

[TST] Tests the data link to the logically connected device.

ADDRESS 5 STOP

Net:0 Sta:4 Mod:03

Type:0 /32 Vrs:1.0

"17-20 "

VRS TST CNT HOME

[CNT] Displays the error counters.

[HOME] Returns the user to logical connection to the Uni-Telway

Master.

ADDRESS 7 CNX

Net:0 Sta:4 Mod:03

Type:30/0 Vrs:1.0

"XBT-B8140"

VRS TST CNT HOME

Note: [VRS] and [CNT] functions are not available on all devices.

2.4 Connecting to a Telway Network

In the Network mode, connection to a Telway network is possible only if a TSX MPT

10 module is present in the PLC configuration to which the TSX T407 terminal is physically connected. The PLC must be powered-up and the program can be running or stopped.

2.4-1 Connection

TLW

Enables connection to the Telway network and displays the screen shown below.

[NEW] Enables definition of a new logical connection.

[HOME]Returns to the original connection (logical connection = physical connection).

TELWAY RUN physical conn: 0 0 logical conn : 0 0 connection:

NEW HOME DGN

[DGN] Enables diagnostics of the network.

physical conn : Number of the station (X,Y) to which the terminal is physically connected by its cable.

logical conn : Number of the station (X,Y) to which the terminal is logically connected to via the network.

2.4-2 Selecting a New Logical Connection

NEW

Defines a new logical connection

[NET] number:

Enters the network

0 to 15 for a TSX or PMX 47/67/87/

107.

RUN

NEW CONNECTION

NET: network 0

STN: station 0

NET STN

Press <ENT> to validate.

[STN] Permits entry of the station number: 0 to 15 for the Telwaynetwork.

Press <ENT> to validate.

The station number is unique and set for each station in the

TSX MPT 60/61 module.

<QUIT> displays the mode selection screen of the PLC that is logically connected. The various terminal operating modes are then available on the remotely connected PLC.

Network Mode 2

Note: When the logical connection of the terminal is different from the physical connection, this is indicated by the blinking of the information (Run, Stop, etc.) displayed in the PLC status field in the top right hand corner of the terminal's LCD display. When the terminal is switched off, it automatically returns to its initial logical connection (where logical = physical connection). A station cannot be logically connected to two terminals, since each terminal exclusively reserves the station to which it is logically connected (except in the Adjust mode). Consequently, a terminal cannot dialog with a station that has already been reserved by another terminal

(except in the Adjust mode).

2.5 Telway Network Diagnostics

DGN Displays a succession of four screens that are used for network diagnostics.

First screen: Displays all of the stations connected to the Telway 7 network.

Press [./.] to access the next screen.

* : The corresponding station is in service on the network,

coupler.0 ,8 RUN

TELWAY 7 V3.2 connected

FEDCBA9876543210

M COM:4

./.

M : Is displayed when the selected station is the network master (floating master).

COM : 4 or 0 indicate the number of COM words that are assigned to the station.

Second screen: This screen indicates the number of messages that have been sent or received by the selected station.

The number of the selected station is displayed onscreen.

[CLR] Clear: resets the values displayed on-screen.

[./.] screen.

Enables access to the third

coupler.0 ,6 RUN messages sent :23

received:23 trans:0 dif:0 total errors :0

CLR ./.

trans: Indicates the number of messages that have been handled by this station, if it is a network node (always 0 on TSX or

PMX 47/67/87/107 PLCs).

dif : Indicates the number of messages sent over the network in broadcast mode (always set to 0 on TSX 47/67/87).

total errors:

This line indicates the total number of errors found by the station.

The various types of error are detailed in the next screen.

Third screen: This screen displays the various types of error that are encountered on the network.

[CLR] resets the displayed values.

[./.] screen.

enables access to the fourth

coupler.0 ,5 RUN

error types ovr:0 fra:0 par:0 bcc:0 ovf:0 bus:0

CLR ./.

ovr : Overrun. Number of times the station has failed to receive a message because the network is over loaded.

par : Parity. Number of messages received by this station with parity error.

ovf : Overflow. Number of messages that have been lost because of input buffer overflow.

fra : Framing. Number of messages that are incorrectly configured (framing error).

bcc : Block Control Check. Number of messages received with a checksum error.

bus : Number of messages not sent to the CPU of this station because of a fault in the bus between the network module and the CPU.

In all cases, except Overflow errors, a message received with an error code is retransmitted by the sender (three attempts are made).

Fourth screen: This screen displays an analysis of message traffic.

It shows the percentage of the total message traffic that each station has exchanged with the station the terminal is physically connected to.

[CLR] Clear: resets the values displayed on screen.

[./.] returns to the first screen.

traffic analys RUN

0 :12%1 : %2 : %3 : %

4 : %5 :22%6 : %7 : %

8 : %9 :25%10: %11: %

12: %13: %14: %15: %

CLR ./.

Network Mode 2

2.6 Connecting to a Mapway Network

In Network mode, it is only possible to connect to a Mapway network if a

TSX MAP 107 module is installed in the PLC to which the TSX T407 terminal is physically connected. The PLC must be powered-up and set to Run or Stop.

2.6-1 Connection

MPW Is used to connect to the Mapway network and display the screen shown below.

[NEW] defines a new logical connection,

[HOME]returns the connection to the initial physical connection

(physical connection = logical connection).

MAPWAY RUN physical conn: 0 0 logical conn : 0 0 connection:

NEW HOME DGN

[DGN] enables network diagnostics.

physical conn : station number (X,Y) where the terminal is physically connected via its cable.

logical conn : station number (X,Y) where the terminal is logically connected via its cable.

2.6-2 Defining a New Logical Connection

NEW Enables definition of a new logical connection

[NET] enables entry of the network number:

0 to 15 for TSX or PMX 47/67/87/

107 PLCs.

Press <ENT> to validate.

RUN

NEW CONNECTION

NET: network 0

STN: station 0

NET STN

[STN] enables entry of the station number: 0 to 63 when using a

Mapway network.

Press <ENT> to validate.

The station number, that is specific to each station, is configured in the

TSX MAP ACC1 terminal block.

<QUIT> displays the mode selection screen of the PLC that is logically connected. The various terminal operating modes are then available on the remotely connected PLC.

Note: When the logical connection of the terminal is different from the physical connection, this is indicated by the blinking of the information (Run, Stop, etc.) displayed in the PLC status field in the top right hand corner of the terminal's LCD display. When the terminal is switched off, it automatically returns to its initial logical connection (where logical = physical connection). A station cannot be logically connected to two terminals, since each terminal exclusively reserves the station to which it is logically connected

(except in the Adjust mode). Consequently, a terminal cannot dialog with a station that has already been reserved by another terminal (except in the Adjust mode).

2.7 Mapway Network Diagnostics

2.7-1 Accessing Diagnostics

DGN

Displays the screen, shown below that identifies the module installed and enables access to Mapway network diagnostics.

[TST] Tests the module and the communication path.

[CNT] Displays error counter data.

IDENTIFICATION RUN

Net:0 Sta:3 Mod:--

Type:2 /2 Vrs:1.0

TSX MAP107 V1.02

COM:4

TST CNT ADR

[ADR] Displays the stations present on the network.

Type: 2/2 Product code,

Product family code

Product family code: determines the family that the product belongs to.

e.g.: 2 for network modules.

Product code : Identifies a product within a given family.

e.g.: 2 for the TSX MAP 107 module.

Vrs: 1.0

: The product version number.

TSX MAP 107 V1.0 : The product reference number and its version.

COM: 4.

: The number of common words that are assigned to the station.

Network Mode 2

2.7-2 Testing the Communication Path

This test sends an operator initiated or automatically repeated mirror request to the connected stations, checking:

• The number of messages sent and received by comparing the results displayed

(Sent: Rece:),

• The time taken to send the last request (Last:),

• The minimum and maximum time required for sending a request (Min:, Max:).

TST Displays the screen shown below for testing the communication path.

[MAN] Manually initiated transmission,

[AUTO] Automatically sends mirror requests in repeated cycles,

LINK TEST RUN

Net:0 Sta:3 Mod:--

Sent:10 Rece:10

Last:150 ms Lg:1

Min:150 ms Max:250 ms

CLR MAN AUTO LG

[LG] Repeated pressure on this key changes the length of the mirror request. The length of the mirror request can be 1, 2, 4, 8, 16, 32, 64 or

128 bytes.

Exchanges are stopped and resumed by pressing [MAN] or

[AUTO].

Pressing [CLR] resets:

• the counter for the number of messages sent or received,

• the timers.

2.7-3 Displaying Error Counters

CNT Displays the screen shown opposite and indicates:

refused: The number of mes-sages refused on transmission (Tx),

neg.ack: The number of mes-sages with a negative acknowledgement on transmission (Tx).

[CLR] Resets the error counters.

ERROR TYPES RUN

Net:0 Sta:3 Mod:--

refused :0

neg.ack :1

CLR

2.7-4 Displaying Stations Present on the Mapway Network

ADR Displays a list of station that are present on the Mapway network (0 to

63).

[NEXT] Jumps to the next page.

[PREV] Jumps to the previous page.

LIST OF ADDRESSES RUN

... ... 2 3

... 5 ... ...

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

NEXT PREV

Control Mode

Sub-section

3.1 General

3.1-1 Accessing the Mode and Functions

3.2 Program Execution or Stop and Initialize

3.3 Displaying Active Steps

Control Mode 3

Section 3

Page

3.1 General

3.1-1 Accessing the Mode and Functions

CTL Permits access to the Control mode and displays the screen shown below.

The Control mode enables access to the following functions:

[R/S] runs and stops program execution.

[INI] initializes the PLC,

CONTROL MODE RUN

R/S :run/stop

INI :initialize

STP :active steps

R/S INI STP

[STP] displays a list of active steps

(up to 112).

The PLC status field displays the state of the connected PLC (Run or

Stop):

• on (physical connection = logical connection),

• blinking (physical connection = logical connection).

3.2 Program Execution or Stop and Initialize

R/S Depending on the state of the PLC, pressing this key will either Run or

Stop execution of the program (stopping all tasks). Using this command is absolutely necessary (*) when starting a program.

When a PLC Run/Stop state change is requested, the PLC awaits confirmation from the operator.

[YES] if the PLC is stopped, will execute the program.

CONFIRMATION STOP

FOR RUN

YES NO

[YES] if the PLC is running, will stop the program at the end of the cycle, once the outputs have been updated.

CONFIRMATION RUN

FOR STOP

YES NO

[NO] cancels the change state command.

(*) This command does not have to be used with TSX 17-20 PLCs where input I0,0 can be configured for Run/Stop.

Control Mode 3

INI Initialization request that should be confirmed by pressing [YES].

CONFIRMATION RUN

FOR INITIAL.

PLC initialization has the same effect as a cold restart, except: YES NO

• SY0 is set to 1 and system bits are initialized,

• I/Oxy,1; Bi,Xi; COMi,j and Xi,V are reset,

• Mi,V; Ci,V, Ri,I and Ri,O reset,

• Ti,V and TXTi,J take their preset values,

• The function blocks loose the values set in Adjust mode and return to the value defined in Program mode,

• The Grafcet chart is reset,

• Forcing and breakpoints are cancelled,

• The program execution pointer is positioned at the start of the master task cycle (before input acquisition).

The real-time clock values are retained.

If the initialization request is made in Run, initialization is performed as shown above and the task scan restarts at the beginning of the cycle.

3.3

STP

Displaying Active Steps

Displays active steps as a page showing 16 steps (numbered P0 to P6).

The steps are displayed in rising number order.

[NXT] Displays the next page,

[PRV] Displays the previous page.

!F STEP IMAGE P0 RUN

X3 X6 X9 .....

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

NXT PRV FR

The dynamic soft keys listed below are displayed alternately:

[FR] Interrupts updating of the list of active steps, without affecting program execution.

[DFR] Resumes updating of active steps.

Step image

When TSX or PMX 47-3./67/87/107 PLCs are used (with PL7-3) all steps (macrosteps, macro-step IN or OUT steps) are treated by the terminal as step bits (Xi) and numbered from X0 to Xn.

The numbers are assigned according to the number of steps and macro-steps defined in the configuration.

Correspondence between program step addresses and the steps displayed on screen.

Graph

Chart

Macro-step XMi

Macro-step XMj

Configured steps

X0 to Xn

Xi,In

Xi,0 to

Xi,z

Xi, Out

Xj,In

Xj,0 to

Xj,z

Xj, Out

Displayed steps

X0 to Xn

Xn + 1

Xn + 2 to

Xn + z + 3

Xn + z + 4

Xn + z + 5

Xn + z + 6 to

Xn + z + v + 7

Xn + z + v + 8

Example

Chart

XM0

XM3

Configured steps

Displayed steps

Configured steps

Displayed steps

Configured steps

Displayed steps

110

X0 to X109

24 + IN + OUT

X110 to X135

18 + IN + OUT

X136 to X155

Adjust Mode

Adjust Mode 4

Section 4

Sub-section

4.1 General

4.1-1 Purpose

4.1-2 Accessing the Adjust Mode

4.1-3 Access Procedures

4.1-4 Data Entry Assistance

4.2 Accessible Objects

4.3 Operations on Bits

4.4 Operations on Words

4.5 Operations on Standard and Optional Function Blocks

4.6 Real-time Clock Operations

4.7 Operations on Grafcet Steps

Page

4.1 General

4.1-1 Purpose

This mode enables adaptation of program data to the current application. It does not enable modification of the program itself.

This mode enables display of the states of values and permits modification and forcing of these values.

A full list of the objects that can be accessed is given in sub-section 4.2.

4.1-2 Accessing the Adjust Mode

ADJ Enables access to Adjust mode and forcing of bits,

[BIT] Enables access to modification and forcing of bits,

[WORD] Enables access to modification of words (except constant words).

[H] Enables access to the real-time clock function (TSX 17-20 and

TSX or PMX 47/67/87/107).

[?] Enables access to modification of function blocks.

[ ' ] Enables access to step activation and step activation indications for Grafcet steps.

[HELP] Displays a reminder of the functions of the dynamic soft keys.

4.1-3 Access Procedures

Selection of the object or the function (bit, word, etc.).

<•••> •• <•••> Address entry (I0,1; W47; T10, etc.),

<ENT> Validates the entries.

Adjust Mode 4

4.1-4 Data Entry Assistance

If the user validates a wrong or incomplete address caused by an input error, a screen is displayed that provides a reminder of the correct syntax to use for accessible objects.

!F ADJUST : WORDS RUN

W.... : internal word

COM.... : common word

SW. : system word

CW.... : constant word

W COM SW CW ./.

!F ADJUST : WORDS RUN

W.... : input word

COM....: output word

SW. : doub. int. word

CW.... : doub. con. word

W COM SW CW ./.

Once this screen is displayed, it is possible to continue data entry once the type of object has been selected using the dynamic soft keys.

4.2 Accessible Objects

The table below lists the various objects that can be accessed in Adjust mode and their features.

The differences in notation are:

The letters used are R for Read, W for Write, F for Force and B for Block.

Type Name Functions

Bits

Words

Input

Output

Fault

Internal

Grafcet

Ix,i or Ixy,i

Ox,i or Oxy,i

Ixy,s or Oxy,S

XMj

Xj,i

Xi,IN or Xj,OUT

SYi System

Registers IWy,i or IWxy,i

OWy,i or OWxy,i

Internal Wi

DWi

Constant CWi

CDWi

System SWi

Common COMi,j

Language

PL7-1 PL7-2 PL7-3

X X

R/W/B

R/W

R/W/F

R/W/B

Real-time clock Current time and Date X X R/W

Adjust Mode 4

Accessible objects (Contd.)

Type

Function Timer block objects

Monostables

Name

Ti,P (0 to 9999)

Ti,V (0 to 9999)

Ti,R and Ti,D

Mi,P (0 to 9999)

Mi,V (0 to 9999)

Mi,R and Mi,D

Counters Ci,P (0 to 9999)

Ci,V (0 to 9999)

Ci,E; Ci,D; Ci,F

LIFO Ri,I (-32768 to +32767)

FIFO Ri,O

Registers Ri,E and Ri,F

Drum Di,V; Di,S and Di,Wj controller Di,F

Language Functions

PL7-1 PL7-2 PL7-3

X X X R/W (2)

X X X R

X (1) X R

X (1)

R/W (2)

X (1)

R/W (2)

Text TXTi,L/S/A/M/V/C/T

TXTi,D/E

Optional OFB function block objects

OFBi, input

OFBi, output

OFBi, constant

OFBi, data

R/W

(1) Except TSX 17-20 PLCs, (2) W allowed if YES in programming.

4.3 Operations on Bits

BIT Enables access to display, modification or forcing of PLC bits. Once the address of the bit has been entered and validated by <ENT>, the following screens are displayed:

Input or output bits:

I/O bits are always displayed with

I0,1 = 0 STOP

ADJUST:BITS

15 0 S

the 16 other bits of the module they are assigned to.

If the module is an 8 I/O module, the last 8 bits are not used and they

MOD UNF F:0 F:1

TSX 17

•

are automatically reset on each cycle.

I1,0 = 0 F RUN

ADJUST:BITS

FEDCBA9876543210 S

.......*.*..*.. .

F F

MOD UNF F:0 F:1

Internal or system bits:

Internal or system bits are always displayed in groups of 8.

TSX 27/47/67/87

B5 =0 STOP

ADJUST:BITS

7 0

MOD UNF F:0 F:1

[MOD] Changes the value of the bit selected by the cursor,

[UNF] Releases forcing of the bit selected by the cursor,

[F:0] Forces the bit selected by the cursor to 1,

[F:1] Holds forcing until forcing is cancelled.

←

> <

→

> Move the cursor within the group of bits displayed,

↑

> <

↓

> Display the previous or the next group of bits,

indicates that the bit is at 0,

* indicates that the bit is at 0,

F indicates that the bit displayed above this letter is forced.

The forcing state is indicated by • or * .

• Modified states, [MOD] do not have priority over states that are set by the program (or for input bits in relation to states acquired when updated),

• Forced states have priority over states that are set by program (or for input bits in relation to states acquired when updated).

• When at least one bit is forced, an F is displayed on-screen, in the event field.

• If initialization is performed by program (setting SY0 to 1), or by terminal (INI soft key in the Control mode), all modifications made in the Adjust mode are cancelled.

Adjust Mode 4

4.4 Operations on Words

WORD

Enables words stored in the PLC memory to be displayed and modified

(except constant words). Constant words can only be displayed.

After entering the address of the word and pressing <ENT> to validate the entry, the screen shown below is displayed.

The value of the word is displayed by default in decimal code.

[MOD] Enables modification of the value of the word displayed in the displayed code.

[CNVL]This dynamic soft key changes its function by repeated pressure, the following conversions are possible:

W47 RUN

ADJUST:WORDS

D 25058

MOD CNVL

[CNVL] binary conversion : L’0101001001000010'

[CNVH]

[CNVM] hexadecimal code conversion: H’5242' message code conversion

[CNVD] decimal code conversion

↑

> <

↓

: M’BR’

: 21058 display the value of the previous or the next word.

4.5 Operations on Standard and Optional Function Blocks

[?] Enables access to the function blocks in the programs, if they allow modification (YES).

After entering the address of the function block and pressing <ENT> to validate, one of the screens shown below is displayed, depending on which function block is displayed.

[PRE] Enables modification of the preset value, if

"MODIF: YES" is selected,

————— T 7 ———— STOP

E TB 1mn 10 D=0

C PRESET: 100 R=0

MODIF: YES |

————————————————§

PRE VAL

Timer

[VAL] Can be used to change the current value,

↑

> <

↓

> Display the previous or the next function block.

————— M 5 ———— STOP

S TB 1mn 0 R=0

PRESET: 200

MODIF: YES |

————————————————§

PRE VAL

Monostable

————— C 2 ———— STOP

R VALUE/ 0 E=0

P PRESET: 9999 D=0

U MODIF: YES |F=0

D ————————————————§

PRE VAL

Counter

All of the elements of an active timer are displayed at all times (bit status, time-out, etc.). The timer function block can be displayed only, it cannot be modified.

[WORD] other step,

Will display an-

————— D 2 ———— STOP

R TB 1mn 1036 F=0

U 0000000000000000|

| STEP=0 L=16 |

————————————————§

WORD

Drum controller

[CLR] Returns to the display of the active step.

↑

> <

↓

> Display the previous or the next step.

The value of register input or output words can be displayed at any time in decimal notation.

————— R 3 ———— STOP

R FIFO L=16 F=0

D -1 E=1

O -1 |

————————————————§

MOD CNVL

[MOD] Enables modification ofthe value of the input word.

Adjust Mode 4

[CNVL] This dynamic soft key changes its function by repeated pressure, the following conversions are possible:

[CNVL]

[CNVH]

[CNVM]

[CNVD]

Binary code conversion,

Hexadecimal code conversion,

Message code conversion,

Decimal code conversion.

The letter of the code displayed appears to the left of the function block.

↑

> <

↓

> Display the previous or the next function block.

The only action possible is display and this is possible ony on model

40 PLCs.

↑

> <

↓

> Move the cursor up or down.

— TXT 0 —— CPL — RUN

R L=0 S=0 D=1

S C=H0000 V=H0000 E=0

O M=H1234 A=H01FF|

Text

[IN]

[OUT]

Displays the list of in puts.

Displays the list of out puts.

FAM : PL7_DIAG RUN

TYPE: TRDGS NUM:0 D

INHIB 0

>PRESET H 0019

MIN D 0

IN OUT DAT CTE MOD CNVM

OFB

[DAT] Displays the list of internal data.

[CTE] Displays the list of internal constants.

[MOD] Modifies the value indicated. A bip is heard if modification is impossible.

[CNVM] Changes the base of the value indicated by the cursor.

Note:

All the OFBs of an application can be displayed providing that the application does not have more than 15 different families and 30 different types.

Effect of a cold restart

• On timers and monostables:

The modified preset value is lost and the preset value set in the program is loaded as the current value.

• On counters: The current value is reset.

• On drum controllers: Drums are reset to step 0.

• On registers: The content of a register is reset.

4.6 Real-time Clock Operations

H will simultaneously display:

• The current time and date,

• The time and date of the last process stoppage (STOP),

• The code generated by the last stoppage.

Friday STOP

18 March 1988

09h 33mn 16.0s

STP 16 March 1988

1 14h 24mn 32.0s

MOD

The current time and date can be updated.

[MOD] Enables modification of the current time and date, by displaying the following dynamic soft keys:

Friday STOP

18 March 1988

09h 33mn 16.0s

STP 16 March 1988

1 14h 24mn 32.0s

MOD

[DAY] Repeated pressure on this key will display each day of the week (Monday to Sunday, Monday = 1, Sunday = 7).

[DAT] Displays a cursor that enables entry of the date (01 to

31).

[MON] Repeated pressure on this key will display each month of the year (January to December).

[YEAR] the year.

Enables entry of

Friday STOP

18 March 1988

09h 33mn 16.0s

STP 16 March 1988

1 14h 24mn 32.0s

DAY DAT MON YEAR ./.

[HH]

[MN] Enables entry of the minutes (00 to 59).

[SS]

Enables entry of the hours

(00 to 23).

Friday STOP

18 March 1988

09h 33mn 16.0s

STP 16 March 1988

1 14h 24mn 32.0s

HH MN SS

Enables entry of the seconds (00 to 59).

Reminder of stop codes:

1 = stopped by the operator,

2 = stopped by a software fault,

3 = cold restart by INIT,

4 = stopped by a power break or moving a cartridge lock,

5 = stopped by a hardware fault (if the fault code can be stored).

Adjust Mode 4

4.7 Operations on Grafcet Steps

For TSX 17/27/47-J/47-10/47-20 PLCs (PL7-2 Language) displays the active steps in a group of 8 steps and the time that a step is active.

Pressing this key enables entry of the address of a step to be monitored. Steps are displayed in groups of 8 (• inactive step, * active step).

X2 =0 RUN

ADJUST:STEPS

7 0

TB 1S 0

The active time displayed on-screen corresponds to that of the step selected by the cursor.

←

> <

→

> move the cursor within the group of steps,

↑

> <

↓

> display the previous or the next group of steps.

For TSX 47/67/87/107 PLCs (PL7-3 Language)

• Steps displays the state of the step, the time-base (TB: 100 ms), the active time (V:...) and the locked steps if any are displayed.

[MOD] modifies the active state of the step, except for macro-steps.

[LOCK] locks an unlocked step.

[UNLK] unlocks a locked step.

X0 = 1 RUN

ADJUST:STEPS

TB: 100MS V: 9999

MOD LOCK

X0 = 1 /

ADJUST:STEPS

TB:100MS V:9999 LOCKED

MOD UNLK

Operations on Grafcet Steps (Contd.)

• Macro-steps

Permits the display of:

- The state of a macro-step,

- All the steps of the macro-step,

- The state (0 or 1) of each step of the macro-step,

- The time base (TB : ) and the active time of each step of the macro-step.

- The locking of a step or a macrostep.

XM2 =1 RUN

ADJUST:STEPS

IN 0 1 2 3 4

5 6 7 OUT

TB:- V:-

MOD LOCK STEP

XM2 =1/0 RUN

ADJUST:STEPS

IN 0 1 2 3 4

5 6 7 OUT

TB:10MS V: 0

MOD LOCK MACR

[STEP] moves the cursor into the step field of the macro-step.

[MACR] moves the cursor into the macro-step field.

[LOCK] locks an unlocked step, except for the macro-step.

[UNLK] unlocks a locked step, except for the macro-step.

[MOD] modifies the active state of the step, except for the macro-step.

The indicators of the activity of the step located after the equals sign on the first line should be read as follows:

- The digit to the left of the / idicates the activity of the macro-step.

- The digit to the right of the / indicates the activity of the step.

When the cursor is on a macro-step, only one digit is displayed as the activity indicator.

↑

> <

↓

> when the cursor is on a macro-step, these keys move the

cursor to the previous or next macro-step;

when the cursor is on a step, these keys move the cursor

onto the previous or next line.

←

> <

→

> move the cursor onto the previous or next step.

Diagnostic Mode

Sub-section

5.1 General

5.1-1 Purpose

5.1-2 Accessing the Diagnostic Mode

5.2 Displaying Processor Status

5.3 Displaying Configuration Status

Diagnostic Mode 5

Section 5

Page

5.1 General

5.1-1 Purpose

The Diagnostic mode is used to find any errors that may be present in a PLC configuration.

5.1-2 Accessing the Diagnostic Mode

DGN accesses the Diagnostic mode. The Diagnostic mode screen displays the following information.

[I/O] calls up I/O module diagnostics,

[./.] displays the status of the indicator lights on the front of:

DIAGNOSTIC RUN

P 17-20 V1.0

program execut.

I/O ./.

• The basic TSX 17 PLC,

• The TSX 27/47/67/87107 PLCs.

DIAGNOSTIC RUN

P 47-20 V4.0

cart. RAM execut.

I/O ./.

5.2

./.

Displaying Processor Status

displays the screens shown below that are used to monitor the state of the PLC.

• On TSX 17 PLCs

——— RUN

RUN | * | STOP

CPU | . | PROG

I/O | . | MEM

BATT | * |

I/O ———§ ./.

LED

RUN -

STOP

CPU -

PROG

I/O -

MEM

BATT

State on blinking off on blinking off on blinking off on

"*"

"."

"*"

"."

"*"

Symbol on

"*"

"." blinking on blinking on blinking

Description

PLC running

PLC stopped

Processor OK

Processor fault

Watchdog triggered

I/O and memory OK

I/O fault

Memory fault

Battery OK

Battery fault or no battery

Diagnostic Mode 5

• TSX 27/47/67/87/107

——— RUN

| * | RUN

| . | CPU

| . | MEM

| . | I/O

I/O ———§ ./.

LED

RUN -

STOP

State off

CPU on off

MEM

I/O

UTW on off on off on

off on

Symbol

"."

"*"

"."

"*"

"."

"*"

"."

"*"

"."

"*"

• TSX or PMX 47/67/87/107 (1)

——— RUN

UTW | * | RUN

| . | CPU

| . | MEM

| . | I/O

I/O ———§ ./.

Description

PLC stopped

PLC running

Processor OK

Processor fault

(hardware watchdog)

Memory OK

Program fault

(software watchdog)

I/O module OK

I/O module fault

Operation OK

Terminal block fault or data link not participating in exchabges

(1) In model 40 PLCs of V4.3 or higher with the integrated Uni-Telway link (SCI). In this case the RUN/STOP indicator blinks from time to time even if the terminal/PLC link is direct.

5.3

I/O

Displaying Configuration Status

Displays the status of the configuration (I/O modules).

• On TSX 17 PLCs:

The basic PLC is M0 and the three extensions M1 to M3 are shown.

0:normal RUN

———M0—— —M1— —M2— —M3—

| | | | |

——————— ———— ———— ————§

ZOOM

• On TSX 27 PLCs:

The maximum I/O configuration is shown (80 I/O).

Line O shows the Outputs.

Line I shows the Inputs.

2:normal RUN

—————— — — — —

| I |.|.| | |

—————— — — — —§

ZOOM

• On TSX 47/67/87/107 PLCs:

Each rack in the configuration is shown:

Rack 0: bottom line,

Rack 1: top line.

2:absent RUN

—————— — — — — — — — —

| 0|.|.|.|.| | | | |

—————— — — — — — — — —§

ZOOM

Each I/O module can be identified by two symbols:

"." : normal operation,

"!" : module fault.

←

> <

→

> Move the cursor between the modules in a rack,

↑

> <

↓

> Move the cursor between racks.

[ZOOM] Displays the screen shown opposite, which shows the state of the module selected by the cursor.

MODULE 1 RUN

absent

config : absent

actual : absent

status : 01010101

MODULE x : Module number, fault xxx : Module state: normal operation or type of fault (refer to section 8). The type of fault cannot be displayed for a

TSX 27 PLC.

config: xx : The software configuration of the module. This is defined by the user in the Configuration mode. The configuration is not defined for a TSX 27 module.

actual: xx : The hardware configuration of the module, status: xxx : Module status word (8-bits).

TSX 17 PLC

0 0 0 0 0 1

7 6 5 4 3

The 8 status bits are at 1 if:

0 : Module or configuration fault indicator,

1 : Sensor voltage fault (discrete I/O module), power supply fault (analog input module), external power supply fault (analog output module),

2 : Internal exchange fault (discrete I/O module), converter problem (analog module),

3 : Static outputs disconnected by circuit breaker,

4 : 12V supply failure (relay outputs),

5 : Not used,

6 : Module access fault (discrete I/O module),

Module access fault (analog module),

7 : Not used.

TSX 27/47/67/87/107 PLCs

0 1 0 1 0 1 0 1

At 1 if the module status bit (I/0xy,S) is at 1,

2 At 1 if the terminal block of the module is open,

1 2 3

3 Binary coding of the module number.

Transfer Mode

Sub-section

6.1 General

6.1-1 Purpose

6.1-2 Accessing the Transfer Mode

6.2 Data Transfer

6.2-1 Selecting the Source and Target Memories

6.2-2 TSX

→

INT Transfers

6.2-3 INT

→

TSX Transfers

6.3 Program Transfer

6.3-1 Possible Transfers

6.3-2 Selecting the Source and Target Memories

6.3-3 Executing the Various Transfers

Transfer Mode 6

Section 6

Page

6.1 General

6.1-1 Purpose

The Transfer mode enables the user program and adjustable data objects to be loaded and backed-up.

Type of transfer

Program

Data

TSX 17

PLCs

TSX 27/47-J/

TSX 47-10/20

TSX or PMX

47/67/87/107

6.1-2 Accessing the Transfer Mode

TRF

Enables access to the Transfer mode. The information shown below is displayed on its screens, depending on the type of PLC connected.

[DTRF] Enables data transfer.

[PTRF] Enables program transfer.

TSX 17/27/47-J/47-10/20 (PL7-1/2)

TRANSFER RUN

DTRF:reg. data transfer

PTRF:program transfer

DTRF PTRF

[TSX] The source memory is the

PLC RAM memory.

[INT] Source memory is the internal memory of the TSX T407 terminal.

TSX or PMX 47/67/87/107 (PL7-3)

TRANSFER DATA STOP

SOURCE?

TSX:TSX prog. contr.

INT:T407 internal ram

TSX INT

Transfer Mode 6

6.2 Data Transfer

Data transfer is performed by copying in the directions shown below:

→

Progammable Controller

(TSX)

TSX T407 INTernal memory

(INT)

→

TSX T407 INTernal memory

(INT)

Programmable Controller

(TSX)

Accessible objects

The following types of data can be stored:

• Internal bits Bi,

• Internal words

• Preset values:

Wi,

- for timers Ti,P,

- for monostables Mi,P,

- for counters Ci,P.

Storage capacity

The storage capacity is restricted to the capacity of the internal RAM of the terminal

(32 Kbytes).

6.2-1 Selecting the Source and Target Memories

DTRF

Permits access to the selection of the source memory and then of the target memory. When using TSX or 473./67/87/107 PLCs (PL7-3), this access is obtained as soon as the Transfer mode is selected (by the

[TRF] soft key).

[TSX] RAM memory of the PLC.

[INT] Internal RAM memory of the TSX T407 terminal,

TRANSFER DATA STOP

SOURCE?

TSX:TSX prog. contr.

INT:T407 internal ram

TSX INT

6.2-2 TSX

→

INT Transfers

Once the source and destination memories have been selected:

• Configure the data to be stored

[B], [W], [T], [M], [C]: Select the object. Enter the higher and lower limits for bits and words and the number for function objects.

TRANSFER DATA RUN

TSX --> INT : 8K

B=[...,.....]

W=[...,.......]

T=... M=... C=...

CPY B W T M C

Validate each entry made by pressing <ENT>.

[CPY] : Stores the configuration display and selects the next screen enabling transfer identification.

When each entry is made, it is checked to ensure that the designated elements are present in the PLC. The amount of memory required by the system is displayed (8, 16 or 32 Kbytes). If the configuration requires too much memory, the message

32K is displayed.

• Select the transfer to perform

Enter the name (16 alphanumeric characters max.)

• Start the transfer

- TSX

→

INT transfer:

After entering the type of transfer required, press <ENT> to start the transfer.

TRANSFER DATA STOP

TSX --> INT application name :

". "

A rotating * symbol is displayed on screen during the transfer.

[ABO]: Stops the current transfer,

TRANSFER DATA STOP

TSX --> INT application name :

"Fill Tank "

*.........

ABO

If the transfer is correct, "complete" will be displayed when the transfer is completed.

If not, an error message will be displayed (e.g.: line fault).

6.2-3 INT

→

TSX Transfers

Once the source and target memories have been selected:

• Start the transfer

- INT

→

TSX transfer:

Press <YES> to start the transfer.

TRANSFER DATA STOP

INT --> TSX

CONFIRM? YES NO

The rest of the transfer is executed in the same way as the TSX

→

INT transfer described above.

Transfer Mode 6

6.3 Program Transfer

Program transfer can only be performed on TSX 17/27/47J/47-10/47-20 PLCs. The program transfer function copies from the source memory to a target memory.

6.3-1 Possible Transfers

• In Local mode:

TSX 17

TSX

Internal

RAM memory

→

PRM TSX

PRM

EEPROM memory

EPROM memory

→

INT TSX

TSX T407

INT

Internal

RAM memory

→

V24 INT

→

V24 TSX

V24

TSX 27/47-J/47-10/47-20

TSX

RAM memory cartridge

EPROM memory cartridge

TSX T407

→

INT TSX

INT

Internal

RAM memory

→

V24 TSX

INT V24

V24 INT

V24

• Remote transfers

It is possible to transfer programs via a Telway network or the Uni-Telway bus.

6.3-2 Selecting the Source and Target Memories

PTRF Enables access first to source memory selection, then to target memory selection.

[TSX] RAM memory of the TSX

17 PLC or the memory cartridge in a TSX 27/47-J/47-10/47-20.

[INT] Internal RAM memory of

TRANSFER PRG. STOP

SOURCE?

TSX:TSX prog. contr.

INT:T407 internal ram

V24:tape

TSX INT V24 PRM the TSX T407 terminal.

[V24] A tape recorder with a V24 standard tape recorder connector,

[PRM] The cartridge in the TSX 17

Micro-PLC (EEPROM or EPROM).

TRANSFER PRG. STOP

TSX --> DEST.? 24k

PRM:TSX cartridge

TSX INT V24 PRM

If the target is the memory cartridge in the PLC (for TSX 27/47-J/47-10/47-20 PLCs) or the internal RAM of the TSX 17-20 PLC, the PLC must be stopped. If it is not stopped (PLC in Run), a screen is displayed to enable the user to stop the PLC.

6.3-3 Executing the Various Transfers

Transfer between two internal RAM memories or between an internal RAM memory and a cartridge in the PLC

TSX 17/2747-J/47-10/47-20 PLCs:

TSX

↔

INT or TSX

↔

PRM

[TSX]

[INT]

[PRM] select the source memory, select the target memory.

TRANSFER PRG. STOP

TSX --> PRM TYP?

CPY :copy

VFY :verifying

PROT:protection

CPY VFY PROT

[CPY] copies the contents of the source memory to the target memory and checks that the contents of the two memories are identical,

[VFY] checks that the contents of the two memories are identical,

TRANSFER PRG. STOP

TSX --> PRM CPY

ABO:abort

* please wait *

ABO

The selection of one of the two operations above starts the operation and the message "please wait" appears

[ABO] aborts the transfer in progress.

If the transfer is correct, an end of transfer is shown by the "completed" message.

If the transfer is incorrect, the screen will display an error message (i.e.: line fault).

Transfer Mode 6

[PROT] If a TSX

→

PRM transfer is selected (on a TSX 17), it is possible to protect the target copy, protecting the transferred program. If this is done, the program can no longer be accessed in read, write and transfer, it will only be possible to access parameters in Adjust mode.

Transfer to a tape recorder

TSX 17/27/47-J/47-10/47-20 PLCs

TSX

→

V24

INT

→

V24

[TSX]

[INT] select the source memory,

TRANSFER PRG. STOP

INT --> V24 TYP ?

CPY :copy

VFY :verifying

PROT:protection

CPY VFY PROT

[V24]

[TR] select the target memory.

TRANSFER STOP

INT --> V24 CPY program name :

Select the operation to perform:

CPY VFY PROT

[CPY] copies the contents of the source memory to the target memory.

Enter the program name (16 characters max.), then press <ENT> to validate.

Set the tape recorder to record, the press

[GO].

[ABO] aborts the transfer in progress.

TRANSFER PRG. STOP

INT --> V24 CPY

ABO:abort

GO :tape ready?

ABO GO

Transfer from a tape recorder

TSX 17/27/47-J/47-10/20 PLCs

[V24]

[TR] select the source memory,

V24

→

TSX

V24

→

INT

TRANSFER PRG. STOP

V24 --> TSX TYP?

CPY :copy

VFY :verifying

PROT:protection

CPY VFY PROT

[TSX]

[INT] select the destination memory.

Select the operation to perform:

[CPY] copies the contents of the source memory to the target memory.

Set the tape recorder to record, then press [GO].

[ABO] aborts the transfer in progress.

TRANSFER PRG. STOP

V24 --> TSX CPY

ABO:abort

GO :tape ready?

ABO GO

Terminal Mode

Sub-section

7.1 General

7.1-1 Purpose

7.1-2 Accessing the Terminal Mode

7.2 Terminal/PLC Data Link Configuration

7.3 Terminal/Peripheral Data Link Configuration

7.4 Text Function

Terminal Mode 7

Section 7

Page

7.1 General

7.1-1 Purpose

The Terminal mode comprises three functions that enable:

• Configuration of the PLC/Terminal link,

• Configuration of the programming port of the TSX T407 terminal,

• Use of the terminal as a Man-Machine Interface tool for entering or reading data from an application controlled by a TSX Series 7 PLC (Text Function).

7.1-2 Accessing the Terminal Mode

The Terminal mode is accessed by dynamic soft key from the mode selection display.

TER

LIN

Enables the operator to configure the terminal/PLC data link,

Enables the operator to configure the terminal/peripheral data link,

RUN

T407 :V4.0

CART :TSX TS4 31E V4.0

NET TER LIN TXT HELP ./.

TXT Enables access to the text function.

7.2

TER

Terminal/PLC Data Link Configuration

Enables the operator to configure the terminal/PLC data link and displays the screen shown below. Once this screen is displayed, the parameters of the data link can be set.

Each time the terminal is powered-up, a data exchange speed of 9600 or 19200 bauds is proposed depending on the type of PLC connected.

TERMINAL RUN

BAUDS : 9600 9600

PARITY : ODD

FORMAT : 8 BITS/1 STOP

TSX 47-20: CONNECTED

CNX BAU HOME

TERMINAL RUN

BAUDS : 9600 9600

Requested speed

Actual speed

Terminal Mode 7

[BAU] defines the required transmission speed: 300/600/1200/2400/

4800/9600/19200 bauds are the different options that can be selected by repeated pressure on this key. The requested speed and the actual speed are displayed on the second display line (first value displayed from left).

[CNX] establishes the connection between the Terminal and the PLC at 300 Baud before raising the speed until the requested value is reached. If communication cannot be established at the requested speed, the actual speed displayed will be the highest speed at which communication is reliable and lower than the requested speed. While communication is being established, the message:

TSX: NOT CONNECTED is displayed on the fifth display line. Once connection is established, the message:

TSX 47-20: CONNECTED for example, would be displayed if a TSX 47-20 PLC was connected.

[HOME] or <QUIT> enable the user to return to the Mode Selection screen.

7.3

LIN

Terminal/Peripheral Data Link Configuration

Enables configuration of the serial link used to connect a Terminal to a

Peripheral.

[BAU] Can be pressed repeatedly to define the line speed:

75/300/600/900/1200/2400/4800/

9600/19200 bauds.

PERIPHERAL LINE STOP

BAUD RATE : 1200

PARITY : NO

STOP BITS : 2

DATA : 7 BITS

BAU PAR STO DAT

[PAR] Defines the parity of the characters exchanged: Even, Odd or No parity.

[STO] Defines the number of stop bits in a word : 1 or 2.

[DAT] Defines the format of the characters exchanged: 7 or 8 bits.

The transmission format used for data exchanged on a serial line is shown opposite:

START DATA

7 or 8 bits

STOP

1 or

2 bits

1 ASCII character

There is always only one Start bit. Depending on the peripheral, the number of Stop and Data bits must be configured.

A parity check is optional. The transmission speed setting in bauds must be the same on the TSX T407 terminal and on the connected peripheral.

7.4 Text Function

TXT Enables the TSX T407 terminal to be used as a Man-Machine Interface terminal for entering data or displaying a message.

[GO] displays a clear screen that enables the transmission or the reception of a message.

<ENT> sends the message to the PLC, then enables entry of another message.

TEXT BLOCK RUN

ENTER: send text

DEL : delete character

CLEAR: delete text

QUIT : end of text mode

<SH> <INS>

Pressing these two keys simultaneously deletes a character.

<CLR>

<QUIT> clears the entire screen.

quits text mode.

Sending a Message

Once a clear screen is displayed, use the alphanumeric keyboard to enter the message to send to the PLC. A message is limited to one screen line, a total of 24 ASCII characters. Messages that are longer than 24 characters are split into more than one 24 character message.

When the message is sent to the PLC (by pressing <ENT>), the PLC must be ready to receive a message and running a program that contains a Text block configured in reception. The message is read asynchronously during program execution.

Receiving a Message

The terminal can also display a message sent by the PLC, to display a value or a preset, etc. The user program sends the message using a

Text block configured for transmission.

Error Messages

Sub-section

8.1 Common to all Modes

8.2 Specific to the Control Mode

8.3 Specific to the Adjust Mode

8.4 Specific to the Diagnostic Mode

8.5 Specific to the Transfer Mode

8.6 Specific to the Network Mode

Error Messages 8

Section 8

Page

8.1 Common to all Modes

Error Message

Request refused

Line fault

Probable Cause

Request refused by the PLC: The PLC is already reserved by another station on the network or the requested variable does not exist.

Line fault between the PLC and the TSX T407 terminal.

Module not recognized Dialog is established between the terminal and the module it is connected to, but the software installed is incompatible with the module.

Terminal: Cart. incompat. The terminal and the cartridge are incompatible.

Exchange error Exchange error with the PLC. The current operation was cancelled. Retry!

If the error persists, return to the Mode Selection screen.

TSX refuses A PLC refuses a command during an exchange: the

PLC is no longer reserved or a memory fault has occurred. Retry and return to the Mode Selection display.

Number!

Cycle!

A syntax error occurred when entering a number.

PLC scan cycle problem.

8.2 Specific to the Control Mode

Error Message Probable Cause

Next step

Ladder step

Cycle step

Drum step

Stopped

Stop

Indicates that Grafcet step mode is selected.

Indicates that Ladder diagram step mode is selected.

Indicates that cycle step operating mode is selected.

Indicates that drum step operating mode is selected.

The PLC is stopped.

A break point has been set but the PLC has not reached it yet (: break point number).

Error Messages 8

8.3 Specific to the Adjust Mode

Error Message

Incorrect

Empty list

Not enough memory

Probable Cause

Syntax error when entering a variable.

There are no elements in the list of parameters requested.

The PL7-3 application contains too many OFBs.

8.4

Error Message

Reserved by term.

Absent

Not execut

Execut

Stop on exec. error

Stop on break point

Fault

Normal

Absent

Faulty

Specific to the Diagnostic Mode

Normal mode

No terminal block

Not readable

Incompatible

Wrong module

No module config

IOR out of service

Probable Cause

PLC is already reserved by a terminal.

No user cartridge(s) fitted in the PLC.

The user cartridge is not executable or is not initialized.

The user cartridge is executable.

The PLC stopped on an execution error.

The PLC stopped on a break point.

I/O system: module failure (the OR routing for all I/O faults).

I/O system: module operating normally.

I/O system: module absent.

I/O module: defective module (displayed in the "actual" field when the module status word cannot be read due to an I/O bus failure.

I/O module: normal operation.

I/O module: no terminal block fitted.

I/O module: module data cannot be read because of bus, parity or /ACK. /B./D fault.

I/O module: module incompatible with the PLC.

I/O module: the module does not match the software configuration.

I/O module: no module configured at this location.

I/O module: the IOR bus signal has not been detected.

Error Message

External fault

Ter. block fault

Fault

Fault 2

Fault 3

Fault 4

Module in autotest

Module configured

Mod. not configured

Software fault

Valid conf. not exec.

No valid conf.

Multiple valid conf.

Probable Cause

I/O module: status word bit 1 = 1 generated by the module.

I/O module: process and terminal block faults.

Module: module data cannot be read. No exchange is possible (status word bit 2 = 1).

Module: Hardware failure, module data can be read

(status word bit 2 = 1).

Module: Hardware failure, module stopped (status word bit 2 = 1).

Module: Incorrect module operation, e.g. parity error.

Module: Module self-tests (autotests) in progress.

Module is configured.

Module is not configured.

TSX 67/87 only: memory cartridge can be executed, but processor fault.

TSX 67/87 only: the hardware and software configurations are different.

TSX 67/87 only: no configuration loaded in the installed memory cartridges.

TSX 67/87 only: a number of different software configurations are loaded in the installed memory cartridges.

8.5 Specific to the Transfer Mode

Error Message

Transfer error

Abort

Cannot transfer

Finished

Please wait

Probable Cause

A transfer error was found during automatic checking.

Transfer was ended by operator pressing <ABO>.

Transfer cannot be made.

Transfer completed successfully.

Transfer in progress.

Error Messages 8

8.6 Specific to the Network Mode

Error Message

Connected

Not connected

Station refuses

Message lost

Conn. refused

Conn. impossible

Probable Cause

Gives the state of the addressed Telway 7 module in the network.

The Telway 7 module refuses to dialog with the terminal.

Data lost on the Telway 7 network: The selected station does not exist or is overloaded or has failed

(refer to network diagnostics).

The data link address refuses connection.

The data link address does not respond.

ನಮಸ್ಕಾರ! Schneider Electric TSX TS4 31 V4.0 Adjustment Cartridge / En Instruction Sheet ನೊಂದಿಗೆ ನಿಮಗೆ ಸಹಾಯ ಮಾಡಲು ನಿರ್ದಿಷ್ಟವಾಗಿ ತರಬೇತಿ ಪಡೆದ AI ಚಾಟ್‌ಬಾಟ್ ನಾನು. ನಾನು ಡಾಕ್ಯುಮೆಂಟ್ ಅನ್ನು ಸಂಪೂರ್ಣವಾಗಿ ಪರಿಶೀಲಿಸಿದ್ದೇನೆ ಮತ್ತು ನಿಮಗೆ ಅಗತ್ಯವಿರುವ ನಿಖರವಾದ ಮಾಹಿತಿಯನ್ನು ಪತ್ತೆಹಚ್ಚಲು ಅಥವಾ ವಿಷಯವನ್ನು ಸ್ಪಷ್ಟ ಮತ್ತು ಸರಳ ಪದಗಳಲ್ಲಿ ವಿವರಿಸಲು ನಾನು ನಿಮಗೆ ಸಹಾಯ ಮಾಡಬಹುದು. ನಿರ್ದಿಷ್ಟ ವೈಶಿಷ್ಟ್ಯಗಳು, ದೋಷನಿವಾರಣೆ ಹಂತಗಳು ಅಥವಾ ಸಾಮಾನ್ಯ ಬಳಕೆಯ ಕುರಿತು ನೀವು ಮಾರ್ಗದರ್ಶನವನ್ನು ಹುಡುಕುತ್ತಿರಲಿ, ನಿಮ್ಮ ಪ್ರಶ್ನೆಗಳನ್ನು ಕೇಳಲು ಮುಕ್ತವಾಗಿರಿ. ನಿಮ್ಮ ಕಾಳಜಿಗಳು ಅಥವಾ ಅಗತ್ಯಗಳ ಬಗ್ಗೆ ನೀವು ಹೆಚ್ಚು ವಿವರಗಳನ್ನು ಒದಗಿಸಿದರೆ, ನಾನು ಹೆಚ್ಚು ನಿಖರವಾಗಿ ಮತ್ತು ಪರಿಣಾಮಕಾರಿಯಾಗಿ ನಿಮಗೆ ಸಹಾಯ ಮಾಡಬಹುದು!

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