Fire Alarm System -...

Fire Alarm System CS3000 ver.6 Definition Program Manual, FGCdef

çConsilium

The contents of this document are subject to revision without notice due to continued progress in methodology, design and manufacturing. Consilium Marine assumes no legal responsibility for any error or damage resulting from the usage of this document.

First Edition, November 2004 Document number S-4-009.351/E Part no: 070058 © 2004 Consilium Marine AB

Consilium Marine AB P.O. Box 8763 SE-402 76 GÖTEBORG SWEDEN Tel: +46-31-710 77 00, Fax: +46-31-710 78 00E-mail: [email protected] Internet: www.consilium.se

Definition program manual Contents 1 FGCdef-3000

Contents

CHAPTER 1: INTRODUCTION........................................................................................1

CHAPTER 2: DEFINITION PROGRAM INSTALLATION..........................................2 SYSTEM REQUIREMENTS ......................................................................................................2 INSTALL THE DEFINITION PROGRAM....................................................................................3 RUN THE DEFINITION PROGRAM ..........................................................................................3 EXIT THE DEFINITION PROGRAM..........................................................................................4

CHAPTER 3: HOW TO MAKE A SYSTEM DEFINITION...........................................5 GENERAL .............................................................................................................................5 FUNCTIONAL DESCRIPTION ..................................................................................................5

The Salwico CS3000 system............................................................................................5 The definition program FGCdef. ....................................................................................6

THE MAIN WINDOW..............................................................................................................7 INSTALLATION MODULE ....................................................................................................11 SYSTEM MODULE ...............................................................................................................12 SUPPLEMENTARY TEXT MODULE........................................................................................13

Create supplementary text for control panels ME4:.....................................................17 Create supplementary texts for MN3000 repeaters via LPK tableau: .........................18

CONTROL UNIT MODULE ....................................................................................................19 CENTRAL MODULE .............................................................................................................24

Adding a central............................................................................................................24 Define Relay board, ARK-2 ..........................................................................................26 Define Communication boards, RS232 and KPK-2......................................................28 Define Input board, INK-2............................................................................................30 Define Output board, UTK-2 ........................................................................................30 Define Programmable controls.....................................................................................32 Define SPK, loop processor board ...............................................................................35

TO IMPORT A DEFINITION FILE FROM THE SYSTEM..............................................................41 TO SAVE A DEFINITION FILE ...............................................................................................41 TO DOWNLOAD A DEFINITION FILE .....................................................................................42

CHAPTER 4 THE SALWICO LANGUAGE ..................................................................43 GENERAL SYNTAX .............................................................................................................43

Input ..............................................................................................................................44 Timer .............................................................................................................................45 Output ...........................................................................................................................45 Macro............................................................................................................................46 Logical operators..........................................................................................................46

THE ORDER OF EVALUATION IN EXPRESSIONS...................................................................48 COMMAND REFERENCE......................................................................................................48 ALARM DELAY - MARINE INSTALLATION.....................................................................50 ALARM DELAY ON - MARINE INSTALLATION ..............................................................52 ALARM HOLD ON - INDUSTRIAL INSTALLATION ..........................................................53 ALARM HOLD - INDUSTRIAL INSTALLATION .................................................................54 CENTRAL ........................................................................................................................56

Definition program manual Contents 2 FGCdef-3000

CU DOOR.........................................................................................................................57 CU IN................................................................................................................................58 FAULT IN SYSTEM........................................................................................................59 FAULT LOOP ..................................................................................................................60 FIRE IN SYSTEM............................................................................................................61 FLAG ................................................................................................................................62 IN ......................................................................................................................................63 INARK..............................................................................................................................65 INCARD ...........................................................................................................................66 MESSAGE........................................................................................................................67 MUTE ALARM................................................................................................................69 OPEN DOOR....................................................................................................................70 OUT ..................................................................................................................................71 OUTARK..........................................................................................................................75 OUTCARD .......................................................................................................................76 OUTLPK...........................................................................................................................77 REM..................................................................................................................................78 RESET FLAG X................................................................................................................79 SEC (SAME AS ZONE) ......................................................................................................80 SET FLAG X.....................................................................................................................82 TIMER ..............................................................................................................................83 TWO .................................................................................................................................84 UNMUTED FAULT.........................................................................................................85 SALWICO LANGUAGE SUMMARY .......................................................................................86

CHAPTER 5 APPLICATION EXAMPLES...................................................................87 MESSAGE EXAMPLES .........................................................................................................90

APPENDIX A: DIP SWITCH SETTINGS ......................................................................92

Definition program manual Chapter 1: Introduction 1 FGCdef-3000

Chapter 1: Introduction The FGCdef program is especially designed for creating and downloading a system definition file for the following systems:

• CS3000 version 6 • FG3000 • GS3000 • AC3000 version 6

Before the above systems can be used it must be both physically and functionally defined. The Definition program is designed to run on a computer that can support Microsoft Windows 98, NT, XP or 2000. This manual consists of a functional description of the FGCdef program where the emphasis is put on how to work with the different program modules and how to program the external controls, using the Salwico language. In the last chapter you will find a complete description of the Salwico language commands as well as several application examples on how to use the Salwico language. This manual is valid for program version 6.11

Definition program manual Chapter 2: Definition Program installation 2 FGCdef-3000

Chapter 2: Definition Program installation This chapter provides basic information about the requirement in order to install the definition program and how to run it. The system requirements are also described in this chapter.

System requirements Recommended minimum PC requirements:

• Pentium 200 • Windows 98, NT, XP or 2000 • VGA monitor (1024x768) • 128 MB RAM • 20MB available hard disc space • Serial port

• Keyboard/Mouse


Install the Definition Program To install the FGCdef definition program start Microsoft Windows and follow this procedure:

1. Insert the program disc in your compact disc driver. 2. Locate the file “fgcdef.exe” and copy it to a desired local

directory on your computer.

Run the Definition Program To start the definition program follow the procedure below:

1. Locate the file “fgcdef.exe” on your computer. 2. Double click on the file “fgcdef.exe” 3. The program should now start and the login dialog window

should appear on the screen.

Login window

4. Enter your access code and signature. 5. The main program window is opened and you can start a new

definition file or open an existing one.


Exit the Definition Program

1. Choose FILE in the main menu 2. Select EXIT in the file menu 3. If you have changed a parameter in the Definition program, the

program will ask you to save the changes (unless they have already been saved). The saved definition file will have the extension “.fgc”.

Definition program manual Chapter 3: How to make a system definition 5 FGCdef-3000

Chapter 3: How to make a system definition

General This section describes how you make a system definition and how you download the definition file to a 3000 system. The basic structure of the Definition program is the five menus: Installation, System, Supplementary text, Control unit and Central. When you make a definition you select the modules one by one. You can interrupt at any time, save it to a file and continue later.

Functional description It is easier to work with the FGCdef definition program if you have some knowledge about the function of the system. Following section gives you a brief description of the CS3000 system function and the Definition program function.

The Salwico CS3000 system. A CS3000 fire alarm system must be defined before it can be used:

• Physical-What What kind of system PCB’s, detectors etc does the system consist of? The physical configuration is defined to achieve fault supervision of the different system components such as sections, loop units, system PCB’s etc. The system definition must be changed if the physical configuration is changed

• Functional-How How shall the system work? Is it industrial or marine, which detectors shall belong to which section etc.

• Supplementary text- Where Each loop unit can be given a descriptive text explaining its location. This text is displayed at the control- and repeater panels

• I/O – When Defines how the inputs and outputs of the system shall react. For example: “Bells on deck 3 is activated when there is a fire alarm in zone 4”.


The definition program FGCdef. The definition program is a modular program, divided into five functionally well-defined modules. The five modules (Installation, System, Supplementary text, Control Unit and Central) are used to define the CS3000 system both physically and functionally. After the definition has been done, the Main menu is used to manage the definition files, to load files into the program, save a definition file update or to download a system file into the CS3000 system. When defining the modules one by one you will have to enter different settings. See later on in this chapter for detailed information about each module. The Installation module includes text fields in which the name and reference of the project shall be entered. Give the installation a specific name to make it easier to document each installation. There is also a free text field used for revision history. In the System module there are some global settings for the system, such as the type of installation and the function of the system. The date format is also defined in this module. In the CS3000 system you may add supplementary text describing the loop units physical location. These texts are defined in the Supplementary text module. In the Control Units module you configure the control units and maxi repeater panels in the system. There can be up to sixteen control/maxi repeater units in one system. In the Central module each CS3000 central in the system is defined physically and functionally. The physical configuration is when central boards, serial communication ports, loops and loop units are defined. The functional definitions define how the in- and outputs of the system should react, and are made with the Salwico language described in chapter 4: The Salwico language.


The main window The main window is displayed when you start the program and it is from here that you select the module you want to work with. Use the main window when you want to update, download or save a definition file.

Main menu Toolbar

Shortcuts to centrals

Module tree view

Space for Module Dialog Box or Editor Box

Status bar

The main window The installation information in the top of the Main window is the name of the definition file you are working with at the moment. The main parts in the main window are:

• The main menu • The toolbar • The module tree view with the shortcuts to the centrals • The space for module dialog and editor box

Below is a brief description of each part.


Colour coding

The FGCdef-3000 definition program uses colours to give the user a quick overview of the status of the different elements:

Green OK Red Not installed

Yellow Errors found/Not completely defined

Red/Green Installed but not used


Main menu The main menu provides commands to save a definition file, copy texts in the definition program, etc.

The main menu The main menu includes:

• The File menu • The View menu • The Command menu • The Help menu

The file menu In the file menu there are several options.

The file menu Close: Close the active definition file Save: Save the active definition file Save as: Save the active definition file under a new name Print: Print the active definition Print Preview: Preview a printout of the active definition file. Print setup: Adjust printer options Print Setting: Choose language on the printout etc. Exit: Quit the application. Prompts to save definition file.


View menu

The View menu Toolbar: Show/hide toolbar. Status bar: Show/hide status bar. Help menu

The Help menu About fgdef…: Display program information such as version number. Command menu

The command menu The command menu is only viewable if a definition file is active. The content in the command menu adapts to which module is active. The default content: Download: To download a definition file to the central unit. Import CSD file: Import an existing definition file with the file extension “.CSD”.


Installation Module In the installation module you may enter basic data about the installation. Data about customer company name, the installer company name, revision history or anything that you think is relevant for the installation.

Project notes field

The installation edito The installation editor Project name: Specifthe vessel. This name definitions files. Project number: Entnumber. Phone number: Enteengineer. Project notes field: Tthe update history succompany, date of updawhom etc. Please enteengineers.

r box

box includes the following fields:

y an installation name, for example the name of will help you to keep track of the different

er a project number, for example the SG or SOA

r for example the phone number to the installation

his is a free text field used to enter information of h as: date of original installation, installer tes, changes made in the definitions and by r all data you think is of significance for future


System module In the system module the global system settings are made.

The System dialog box Installation type: Choose whether the installation is marine or industrial. This affects how the system will function to comply with the different regulations for marine and industrial applications. Max detector address: Choose between 99 or 150 detector addresses/loop. The option 99 addresses/loop is only used for backward compatibility with old installations. Language: Choose desired language. Available languages are: English, Swedish and Danish. Date format: Choose date format. Use multimaster: Select if the multimaster function shall be enabled. The multimaster function is when the LPK-2 in central 2 takes over the system communication if the LPK-2 in central 1 is defective. Detector point: Only used when 99 addresses/loop is chosen. Will present addresses as 3 digit numbers at the control panel. For example: address 83 becomes 83.0. 2 sec. Key delay: This function determines the functions of the Alarm reset and Fault reset keys. If the box is checked, the above keys needs to be depressed 2 seconds to be activated. Dirty detector as fault: Access codes: Specify the passwords for access level 2 and 3 on the control panel.


Supplementary text module In the 3000 system you may add supplementary text to all the zones and addressable loop units. These texts are presented on row two in the control panel upon alarm or fault or on the mini repeaters MN3000 via LPK tableau. The supplementary texts are downloaded separately to the system in the same way as the saved definition file. You may also print out the supplementary texts. There are two types of text files that can be created with FGCdef-3000:

• Texts for ME-4 control unit. • Texts for MN3000 repeater panel via LPK tableau.

Each text file are created under respectively tab in the supplementary text module.

Description of the fields in the control unit ME-4 tab:

Project: A free text field for entering the project name. Delimiters: Possibility to choose delimiters for word splitting when compiling. Normally set to “ “ (space). Adrtype: Possibility to choose 99 or 150 addresses/loop. Normally set to 150. The alternative with 99 addresses is for backward compatibility. Zone: Enter the zone/section number Start: Here you specify the interval of loop addresses sharing the same supplementary text. Enter the start address with a zero added. For example: Address 23=230 End: Enter the last address in the above interval. Texts: Enter the supplementary text max 40 characters.


Description of the fields in the tableau texts tab:

Main text: This text will show on the MN3000 repeater in normal condition, together with the system time. Terminals: Enter how many MN3000 repeaters that are connected. Function alarm send: If set to NO it gives possibility to reset a fire alarm from a repeater with control capability even if the reset function mute/reset alarms has been blocked by the system. Normally set to YES (function not activated). Function more alarm: Defines the function of LED2 on the MN3000 panel. Normally set to YES. Set to NO if old panels with engraved fronts (no sticker front) are used (before 1995). Zone: Enter the zone/section number Start: Here you specify the interval of loop addresses sharing the same supplementary text. Enter the start address without a zero added. For example: Address 23=23 End: Enter the last address in the above interval. Text1, text2, and text3: It is possible to have 3 different texts connected to each loop unit address. Where each text should be shown is defined in the View/reset column. Row1: Enter the supplementary text to be displayed at the first row, max 20 characters. Row2: Enter the supplementary text to be displayed at the second row, max 20 characters.


View/reset: Defines the view/control capabilities for MN3000 repeaters. Enter the address number of the repeaters that should show the text information. By entering a * symbol after the address, the repeater will also be able to mute/reset alarms. For example: There are 5 repeaters, 1-5. MN3000 repeater

1 2 3 4 5

Text 1 view X X X Text1:Mute/reset X X Text2: view X Panel 4 should neither show nor control anything. Syntax: 1* 2 5* is entered in the view/reset column under text1. Syntax: 3 is entered in the view/reset column under text2.


The toolbar:

New - Create a new list with supplementary text.

Open – Import an existing supplementary text.

Save - Save the active supplementary text.

Cut - Cut the selection and put it on the Clipboard.

Copy - Copy the selection and put it on the Clipboard.

Paste - Insert Clipboard contents.

Print - Print the active supplementary text.

About - Display program information, version number and copyright.

New tab – Adds a new tab for supplementary text.

Delete tab – Deletes the current tab with supplementary text.

Compile –Controls the syntax used in the Texts module (spelling, usage of intervals, etc.)

Insert row – Insert a new row in the current list with supplementary text. Can also be done by the shortcut commando: Ctrl+I

Delete row – Deletes a row in the current list with supplementary text. Can also be done by the shortcut commando: Ctrl+D


Create supplementary text for control panels ME4:

1. Open the supplementary text tab by double clicking on the “supplementary text” in the module tree view.

The supplementary text tab

2. Choose ME4 Text. Click OK

The control unit ME-4 tab

3. Click in the symbol to add rows in the list. It is also possible to import an existing text file with the file extension .TTX. If you import a file then skip step 4 below.

4. Enter the required information: zone, address and supplementary texts.

5. Compile the supplementary text. Any errors found will be marked with red. Fix the found errors.

6. Exit the supplementary text tab. The new texts will be saved automatically when you close the definition program.


Create supplementary texts for MN3000 repeaters via LPK tableau:

1. Open the supplementary text tab by double clicking on the “supplementary text” in the module tree view.

The supplementary text tab

2. Choose Tableau and enter LPK address (217-232). Click OK

The tableau texts tab

3. Click in the symbol to add rows in the list. It is also possible to import an existing text file with the file extension .TXT. If you import a file then skip step 4 below.

4. Enter the required information: zone, address and supplementary texts.

5. Compile the supplementary text. Any errors found will be marked with red. Fix the found errors.

6. Exit the supplementary text tab. The new texts will be saved automatically when you close the definition program.


Control unit module In the control unit module you define the function of each control unit or maxi repeater MX3000 in the system.

Control unit tree By clicking the Control unit module in the module window the control unit tree with all 16 available control units appears.

The control unit tree To define and install a control unit/maxi repeater just double click on it and the Control unit dialog box appears.

The Control unit dialog box For each control unit you choose from the alternatives listed below. When the definitions of each control unit are finished, click the OK button to confirm the settings. If the Cancel button is clicked, nothing is changed for the control unit.

The control unit dialog box


Description of the tabs in the control unit dialog box

Settings tab From the settings tab you configure printer options, if the control unit shall act as a repeater MX3000, if supplementary texts shall be displayed and the function of the internal buzzer.

The settings tab in control unit dialog box Type of printer: Choose printer type. Normally external shall be chosen:

• Internal “Tongue” printer, (only prints fire) • External

Messages to print: Choose what a connected printer should print: • Fire & Fault messages • All information • Fire, Fault and disconnections

Prescribe I/O: Choose Prescribe I/O if the status of in- and outputs shall be viewable from the control unit. Passive display units: This function determines if it shall be possible to acknowledge/reset on this control unit. Check the box to inhibit acknowledge/reset possibility. Buzzer at alarm and open door: Check the box if you want the buzzer to sound whenever there is an unacknowledged fire alarm or fault, regardless if the control unit door is open or not. Un-checking the box will make the buzzer to cease sounding when the control unit door is open.


Control tab In the control tab you define which centrals the control unit shall handle.

The control tab in control unit dialog box

1. Choose the central(s) this control unit shall handle. Input tab The four inputs available at each control unit can be configured in the input tab in addition to being hard-wired.

The input tab in control unit dialog box The four inputs can be set to reflect the status of:

• External alarms off Input 1 • Fire in system Input 1 • External control off Input 2 • Abnormal conditions Input 3 • Section/detector off Input 4


For example: If input 4 (Sec/Det off) is selected with a tick mark, input four in this control unit will be active as soon as a section or detector is disconnected. Note: The inputs will only reflect events displayed by this control unit.


Type tab Define the category of the system the control unit shall handle in the Type tab.

The type tab in control unit dialog box Choose category:

• Fire: Fire alarm system (default) • Gas: GS3000 system • IBI/SMS: IBI for SMS • Control central: AC3000 • Tableau: LPK tableau


Central module In the Central module each central in the system is physically and functionally defined. You can have up to 16 centrals in one system. The physical definition is when central boards, serial communication ports, zones, loops and loop units are defined. The functional definitions defines how the in- and outputs of the system should react, and are made under Programmable controls with the Salwico language described in the chapter The Salwico language, later on in this manual.

Shortcuts to centrals

Module tree view

The central module

Adding a central

1. Choose which central you want to add by clicking on the corresponding shortcut to the central.

2. Double click on the central in the module tree view. The central dialog box appears.


The central dialog box

3. Check the box Central is installed. 4. Choose the type of central and click OK.

A tree structure with the different central boards will appear under the central

The tree structure with central boards

5. Now proceed to configure each applicable central board. See detailed information below.


Define Relay board, ARK-2

On the relay board ARK-2 you have six programmable outputs; three general external alarms and three general outputs. In the Relay board dialog box you have to define these outputs. The external alarms can only be set to used or not used. For the general outputs you have to specify the category and the group number, these outputs are defined in the same way as the outputs on output board UTK-2.

Relay board dialog box Output 1-3: Choose if the output shall be used or not used.

Define output 1-3


Output 4-6: Choose if the output shall be used or not. If used, also choose category from the fall out list, se below. It is also possible to dedicate the output to a group, see Groups below.

Define output 4-6

Groups The outputs can be grouped together in logical groups. The specified group number can then be used on the control panel when making disconnections. For example: You define all the doors on deck 5 as one group. You may thereafter disconnect all the doors on deck 5 just by specify the group number on the control panel. For more information, see User's guide. The outputs from the ARK-2 may be grouped together with the outputs from the UTK-2. The group number for the ARK-2 is specified in this menu and the corresponding group number for the UTK-2 outputs is specified in the Output board menu. The group numbers are in the interval 1 - 16.


Define Communication boards, RS232 and KPK-2

The communication boards are addressable interface boards used for connecting the CS3000 system to external computers, modems, terminals, mimics, etc. The communication boards are optional and the central unit may be equipped with up to two RS232 or KPK-2 boards, where each board has two RS232 channels and two RS485 channels. In the Communication board dialog box all the communication parameters for the channels in use must be specified.

Communication board dialog box

Description of the tabs in the communication board dialog box Channel tabs Use as: Specify the field of application. The alternatives are: Not used Output not used. Log printer All activities in the system are printed. CS protocol Salwico standard protocol, no handshake. Customer Customer specific protocol Fire patrol Prints each registered fire patrol unit activation Slave Csprot Csprotocol as slave unit. Master Csprot Csprotocol as master MN3000 Fire Minirepeater fire MN3000 gas Minirepeater gas MN3000 FG Minirepeater fire & gas


Baud rate: Specify the baud rate for the transmission. Parity: Specify parity. Data bits: Specify the number of data bits for the transmission. Stop bits: Specify the number of stop bits for the transmission. CTS: Choose if CTS shall be used as transmitter controller.

Check the box to activate CTS. Type tab

Type tab in Communication board dialog box Choose the physical address programmed on the DIP-switch on the communication board. RS232K-2 has a 8-pole DIP switch and KPK-2 has a 2-pole DIP switch.

RS232K-2 (80)

KPK-2(100)

RS232K-2 (E0)

KPK-2 (200)


Define Input board, INK-2 The Input board is an optional board with 24 inputs. If the board is installed in the central unit you only have to confirm the address.

Input board dialog box

1. Check the box Defined 2. Click OK

Note: Do not change the address suggested by the program if you do not have a very profound knowledge about the function of the system.

Define Output board, UTK-2 The Output boards are optional. A total of six output boards may be mounted in each central unit. One output board is equipped with 24 outputs.

The output board dialog box


1. Double-click on the entry output boards in the module tree view. The six available output boards will show.

2. Click on the output board you want to define. The output board

dialog box will show.

The output categories

3. Choose which outputs you want to use. If used, also choose category from the fall out list, se above. It is also possible to dedicate the output to a group, see Groups under Define relay board, previous in this chapter.

4. If you have an old UTK-2 version 1 (before 1995), then open the Type tab and check the box Old card, se below.

The Type tab

5. Click OK


Define Programmable controls

The function of all the inputs and outputs in the system are defined in the Prog. Ctrl module. To your help there is an editor and a set of commands, the Salwico Language. All information about the commands is provided in Chapter 4: The Salwico Language.

Programmable controls editor window

Programmable control editor window

The Prog. Ctrl Module main window When the Prog. Ctrl module is activated the submenus in the Main menu looks a bit different than for the other modules.

The main menu in programmable controls module The Prog. Ctrl main menu includes:

• The Edit menu • The File menu


The File menu

Undo - Undo the last action. Cut - Cut the selection and put it on the Clipboard. Copy - Copy the selection and put it on the Clipboard. Paste - Insert Clipboard contents. Find - Find the specified text. Replace - Replace specific text with different text.

The Command menu

Compile – Controls the syntax used in the Prog. Ctrl module (spelling, usage of intervals, etc.). Valid commands -

• Input Displays a list of all available input commands.

• Timer Displays a list of all available timer commands.

• Output Displays a list of all available output commands.

From the displayed lists you can copy commands and then paste them into the preferred place in the Prog. Ctrl editor box.

Note: The commands displayed under valid commands are always up to date, which might not always be the case with this manuals Salwico language section.


Show in DEC - Enables authorised personal to view the binary code for the definition. View precompiled. - Enables authorised personal to view the binary code for the definition.

The Prog. Ctrl Editor Window The Programmable Controls module consists of an editor window where you define the external controls by using the Salwico language commands. There is no limitation on how many characters you can print in one row. All changes made in the editor box are saved when you close down the Prog. Ctrl module. The command definitions are then saved with the definition file when you save it.


Define SPK, loop processor board

SPK dialog box

1. Double-click on the entry SPK in the module tree view. The SPK dialog box will show.

2. Install the loops by un-check the box No loop addr defined. 3. Enter the interval of loop numbers.

In this example we will use loop no. 1-4. 4. Click OK. The loop addresses are added in the module tree

window.

5. Double click on respectively loop address to define them one by

one. The loop dialog box is displayed, see below for detailed information.

6. Then click OK, and continue with the next loop until all loops are defined.


Loop dialog box

Loop dialog box Description of the fields Loop not installed/Installed as: Choose if you want to install a normal loop (addressable) or a GSK-loop (conventional). Note: GSK loops can only be defined from even (2,4,6 etc) loop addresses. If you choose normal loop, the tab Zone will appear. Proceed to Loop/Zone and Loop connection. If you choose GSK-loop, then proceed to the GSK tab. Loop/Zone:

• Loop not used: Check the box to leave the loop unused.

• Zone same as loop: Check the box if the zone/section number shall be the same as the loop number.

• Number of zones: Choose how many zones/sections the loop shall be divided in (max 5). A new Zone tab is added for each zone. Enter each tab to define the zones, see below.

Loop connection: Choose if the addressable loop is single fed or connected in both ends to the central. It is also possible to disconnect the prime alarm function by checking the box Disable Prime Alarm. Type: If you have defined the central as a FG3000 (fire+gas) you must define if this loop shall handle fire or gas loop units or a combination of both.


Control unit: Choose which control units this loop shall be controlled from. Please note that the control unit must be defined to control this particular central under control unit in the module tree window. Zone tab Each addressable zone/section must be defined in the zone tabs.

Zone tab in loop dialog box Zone number: Enter the desired number for the zone (1-999). The program will automatically suggest a free loop address. This number will be presented at the control panel at fire or fault alarms from this zone. Address interval:

• From to Specify a continuous address interval of loop units for this zone on the loop. The address interval can be in the range 1-150 but may not include addresses from other zones on the same loop.

• Number of units Specify the number of loop unit addresses (detectors, short circuit isolators etc) installed in this zone.

Smoke detector startup: • Alarm delay A smoke detector can either react immediately it

reaches the alarm level or with a time delay. When this function


is checked a fire alarm is generated 30 seconds after the first alarm report, if the alarm condition still exist.

• High sensitivity Specifies the sensitivity of the smoke detectors. Check for high sensitivity and uncheck for normal sensitivity.

• Smoke prewarning Check this box to activate a pre-alarm function for smoke detectors. A “pre-alarm” fault will then be generated at a lower smoke concentration than is required to obtain a fire alarm.

Heat detector startup: • Rate of rise The rate of rise function is only valid for the heat

detectors TDT-2 and TDT-2K with static alarm temperatures of 57°C. Specifies if the heat detectors should use the rate of rise function or not. Check the box to select yes or uncheck to select no.


Gas

If the central is defined as a GS3000 or a FG3000 the Gas tab will be available in the loop dialog box. From here it possible to define the gas alarm loop modules, max 10 per loop.

Gas tab in the loop dialog box


Installing a gas detector loop unit

1. Click new. The gas detector setup dialog box will appear

Gas detector setup dialog box

2. Choose applicable gas sensor from the drop down list in detector. Please note that the list below is under constant developing and may differ from the list you have in your FGCdef program.

List of gas detectors

3. Enter the loop address (1-150) for the gas detector in the address field.

4. Enter alarm level 1 and alarm level 2. The program will automatically suggest default alarm values depending on which gas detector you have chosen.

5. Click OK 6. Continue to define all gas detectors on this loop, max 10.


To import a definition file from the system When you want to view or make changes in an existing definition file you can get it from the central. To do this you choose Download in the Command menu. The following dialog box appears:

Download dialog box By selecting COM1 or COM2 in the dialog box you choose which serial communication port to use. After Upload to PC Def Data is clicked you are able to choose which definition file to get from the central unit.

To save a definition file A definition file is saved into the Definition program under File in the Main menu. A definition file is not saved automatically. However if you try to close the definition file without saving, the program will ask whether the changes should be saved or not. If it is a new definition file you choose Save As in the File menu and give the file a name. You can give the file any name you like as long as the extension is not longer than three characters. The extension .fgc is used to point out the definition files and we recommend you to use this extension to keep track of your definition files. The filename is displayed in the title bar of the Main program window after the file has been saved in the program. If you have made changes in an already existing definition file it is practical to save over the old file in the same name. Choose Save in the File menu. After saving the file you can close it, exit the Definition program or download the definition file to the central unit. When you download the definition file you will automatically be asked to save it.


To download a definition file When one or more definition files are finished it is time to download them to the central unit. To do this you choose Download in the Command menu. The following dialog box appears:

Download dialog box By selecting COM1 or COM2 in the dialog box you choose which serial communication port to use. Before you download a definition file it must be saved first. The program will automatically ask you whether the file should be saved or not. Choose which part of the definition you want to download:

• Def data

• Control unit text (connect PC must be selected at control unit before downloading))

• Tableau texts

Definition program manual Chapter 4 The Salwico Language 43 FGCdef-3000

Chapter 4 The Salwico Language One essential part of defining a fire alarm system is to specify how the fire alarm system shall react on certain events, for example what shall happen when a manual call point is depressed. To help you to make these definitions we have developed a Salwico language that consists of a set of commands and a well-defined syntax. You enter the commands into an editor in the Programmable controls menu in the Definition program.

General Syntax Let us examine the nature of the programming language. The language is based on the general form: Input [: Timer] => Output; With the Input commands you determine and control the activities of the outputs, i.e. the function of the system. The input is evaluated by the system and the result can be true or false. The corresponding output expression is activated if the Input is true. You may add a time condition, Timer, to the Input. The Output expression is then activated if the Input expression is still true when the time condition has elapsed. Otherwise, the Output expression is not activated since the input condition is false when the time condition has elapsed. The arrow sign => is a punctuation mark between Input and Timer on one side and Output on the other side. If a Timer expression is added, it must be preceded by a colon (:). The Output must always be terminated by a semicolon (;). Example: SEC 1 : TIMER 60 S => OUTCARD 1.4; If there is one or more alarms on section 1, output 4 on output board number 1 is activated after a time delay of 60 seconds. Output 4 remains passive if the alarm on section 1 is reset within 60 seconds.


Input

When we look at the functionality of the input commands we can divide them into three groups: static inputs, system status inputs and section generated inputs. Static inputs The static input commands controls the output of one central unit and they specify which input or input interval that must be true before the corresponding output expression can be active. With these commands you also have the possibility to control both the inputs and the outputs from other connected central units. The static input commands are listed below. Commands Description CENTRAL Specifies numbers and types for inputs/outputs from

another central unit. CU DOOR Specifies if a door is open on a control unit. CU IN Specifies the inputs on the control unit. IN Specifies all the inputs in the central unit. INARK Specifies the inputs on the ARK-2. INCARD Specifies the inputs on the INK-2. System status inputs The commands in this group can only read the status of a function and the functions can only be changed from the control panel. The system status commands are listed below. Commands Description ALARM DELAY ON Reads the status of the Alarm Delay function on the central panel. FAULT IN SYSTEM Reads the fault status in the system. FIRE IN SYSTEM Reads the fire alarm status in the system. MUTE ALARM Reads the status of the fire alarms. OPEN DOOR Reads the status of the control unit doors. PREWARNING IN Reads the prewarning status in the system. SYSTEM PREWARNING IN Reads the prewarning status in central unit. CENTRAL UNMUTED FAULT Reads the fault status in the system.


Section generated inputs The section-generated inputs can be of two types, Salwico commands or fault signal commands. The Salwico language only includes one Salwico command and one fault signal command. Commands Description FAULT SEC Specifies a fault in the rectifier in the selected section. SEC Specifies detectors and external devices for different

sections that may indicate fire alarm. ZONE Same as SEC

Timer The timer commands are very useful when you want to time delay an activation of the outputs or when you want to define a condition that only will activate the outputs if it is true before the delay time has elapsed. Please note that the command ALARM DELAY only can be used in a marine installation and the command ALARM HOLD only can be used in an industrial installation. Commands Description ALARM DELAY Specifies the alarm delay time for a marine

installation. ALARM HOLD Specifies the alarm hold time for an

industrial installation. TIMER Specifies activation delay time for the

inputs.

Output

There are two different ways of specifying an output. You can either use one command, the OUT command, to specify the ARK-2, the LPK-2 and the UTK-2 included in the system or you can use the board specific commands OUTARK, OUTCARD and OUTLPK. Commands Description MESSAGE Controls the detectors, manual call points,

sprinklers, LEDs on panels etc. OUT Specifies all the outputs in the central unit. OUTARK Specifies the outputs on the ARK-2. OUTCARD Specifies the outputs on the UTK-2. OUTLPK Specifies the outputs on the LPK-2. TWO Specifies if two or more inputs are in

alarm. This command can only be used in conjunction with an output command.


Macro

To facilitate the programming of long expressions you may use the FLAG command to create macros. This command can be used both for inputs as well as for outputs. Instead of printing a long expression repeatedly, you can define the expression once and then redirect it to the FLAG command. A total of 256 macros can be defined at the same time. Commands Description FLAG Macro command Example SEC 1 & SEC 2 & SEC 5 & SEC 9 & SEC 14 => FLAG 1; FLAG 1 => OUT 1; In this example one fire zone consists of five sections, section 1, 2, 5, 9 and 14. This fire zone is set equal to FLAG 1. Output 1 is controlled by all the inputs in this fire zone.

Logical operators In the Salwico language, you can compare the three input groups "logically". When the Salwico language evaluates a comparison, it returns a value of true or false. The + operator also returns a sum. The logical operators are: Not & (And) | (Or) +


Example Result NOT INCARD 2 False if input 2 on the input

board is active.

SEC2 | SEC 3 True if there is a fire alarm in section 2 OR in section 3.

SEC 4 & INCARD 2 True if there is a fire alarm in section 4 AND input 2 on the input board is active.

SEC 1 DET 2.0 - 3.0 & SEC 2 DET

True if there is a fire alarm in section 1 from any detector in the interval 2.0 - 3.0 AND if there is a fire alarm from any detector in section 2.

SEC 1 DET 2.0 - 3.0 | SEC 2 DET

True if there is a fire alarm in section 1 from any detector in the interval 2.0 - 3.0 OR if there is a fire alarm from any detector in section 2.

SEC 1 DET 1.0 - 3.0 + SEC 2 DET => TWO OUT 1

The addition operator is used to express detector dependencies and it is only used in conjunction with the TWO command. The expression adds up the fire alarms and passes on the sum to the output. The expression is true if the sum of the fire alarms are two or more.


The Order of Evaluation in Expressions An expression is a valid combination of inputs, timers, outputs and logical operators that evaluates to a single result. The result represents a true or a false condition. The language evaluates the expressions in the following order: Operators shown on the same line are evaluated left to right within the expression. Parentheses are used to force the evaluation in a certain order. How you can use the parentheses are shown in the following two examples. Example 1 IN 1 & ( SEC 1 DET 1 | SEC 1 DET 2 ) This expression is true if input 1 in the central unit is active AND if there is a fire alarm from detector 1 OR detector 2 in section 1. Example 2 ( IN 1 & SEC 1 DET 1 ) | SEC 1 DET 2 This expression is true if there is a fire alarm from detector 2 in section 1 OR if input 1 in the central unit is active at the same time as there is a fire alarm from detector 1 in section 1.

Command Reference This part lists the commands you can use when defining the CS3000 fire alarm system. Conventions The commands are listed alphabetically. Each command name appears as a heading in the margin. The general command syntax follows the command name, for example: AD [Time S] [Input] When you type a command, you must include all the items in the syntax command that are formatted in bold and in italic. Items enclosed in square brackets are optional. Do not type the brackets when including an optional item. Italic formatting indicates argument names, replace the argument names with specific values. The acceptable arguments for each command are listed in a table following the syntax example for each command. For example, you can use any of the following forms of the AD command:


AD AD 30 S AD 30 S IN 1 Some syntax examples do not include optional arguments CU Number DOOR Type the text that appears in bold and supply a specific value for the variable formatted in italic, as in the following example: CU 7 DOOR Other statements include a mixture of required and optional arguments: OUTCARD Board number . number [- Board number . number] In this example a value for the first argument must be included, but not for the second argument. For example, you may type an interval OUTCARD 2.7 - 3.9 or a specific address OUTCARD 1.6 The program may recognize a part of a command name or a type name. The number of characters you need to type for each name differs because the program only accepts the shorter name if it is unique. This feature can be useful if the space in the editor is limited. However we do not recommend you to use this feature more than when it is absolutely necessarily, because you may find it very hard to understand the definitions after a short period of time.


ALARM DELAY - Marine Installation Specifies an alarm delay time for the last inputs specified before the AD command. The time delay acts on the inputs specified before the AD command. The function of this command is closely related to the setting of the alarm delay function on the control panel of the central. The delay time of the AD command is ignored if the DELAY OFF indicator on the control panel is lit. The time delay function may be overruled if you specify an input in the AD command and this input becomes true during the time delay, the output is then activated immediately because the input preceding the AD command is true.

Syntax AD [Time S] [Static Input]

Parameters Time S Specifies the alarm delay time in seconds. Do not forget to write a capital S (seconds) when a time is specified. The default time is 30 seconds, if the variable Time is omitted. Static Input Specifies one of the following Static Input commands: IN CU IN CU DOOR INARK INCARD Please note. The command CENTRAL may not be used.

Comments DELAY OFF on the control panel. The alarm delay function is ignored if the DELAY OFF indicator on the control panel is lit. Manual call points. The AD command is ignored if a manual call points is activated in any section of the central unit. Limits. Only one Static Input command can be specified. Default time. The default time is 30 seconds, if no time is specified.


Examples

In the following examples the DELAY OFF indicator on the control panel is not lit. SEC : AD => OUT 5; All fire alarms in the section are time delayed for 30 seconds, default time. SEC : AD 90 S => OUT 13; All fire alarms in the section are time delayed for 90 seconds. SEC : AD 45 S IN 1 => OUT 2; All fire alarms in the section are time delayed for 45 seconds. If input IN 1 becomes true during the time delay the output OUT 2 is activated immediately.

Note According to EN-54:2 7:11"The delay time should be configured in increments not exceeding 1 minute up to a maximum of 10 minutes."

Related Commands ALARM HOLD Specifies the alarm delay function

for an industrial installation. TIMER Specifies the alarm delay time for the

inputs, no relation with the alarm delay function on the control panel.


ALARM DELAY ON - Marine Installation Reads the status of the alarm delay function on the control panel. This description is only valid for a marine installation.

Syntax ALARM DELAY ON

Comments Default. The alarm delay function is by default set on. The control panel. The DELAY OFF indicator on the control panel is lit when the alarm delay is set off. To set alarm delay. The alarm delay is set on the control panel. Before you can set the function you have to specify the central unit number. For systems with only one control unit the unit number is omitted. For more information about the alarm delay function, see the User's Guide. Example: To disconnect the alarm delay function on central unit no. 2, press:

2

Examples ALARM DELAY ON => OUT 2 ; Output 2 is activated if the alarm delay function is true, i.e. the DELAY OFF indicator is not lit. Output 2 is not active, if the DELAY OFF indicator is lit.

Related Commands

ALARM DELAY Specifies the alarm delay function for a marine installation.


ALARM HOLD ON - Industrial Installation Reads the status of the alarm hold function on the control panel. This description is only valid for an industrial installation. Please note, the syntax of the ALARM HOLD ON command is ALARM DELAY ON.

Syntax ALARM DELAY ON

Comments Default. The alarm hold function is by default set off. The control panel. The ALARM HOLD indication on the control panel is lit when the alarm hold is set ON. To set ALARM HOLD. The alarm hold function is set on the control panel. Before you can set this function you have to specify the central unit number. For systems with only one control unit the number is omitted. For more information about the alarm hold function, see the User's Guide.

Examples ALARM DELAY ON => OUT 2 ; Output 2 is activated if the alarm hold function is set to on, i.e. the ALARM HOLD indicator is lit.

Related Commands ALARM HOLD Specifies the alarm hold time for an industrial installation.


ALARM HOLD - Industrial Installation Specifies an alarm mute and reset time for the inputs. The mute time act on the inputs specified in front of the AH command. The function of this command is closely related to the setting of the alarm hold function on the control panel. The mute time of the AH command is ignored if the alarm hold function on the control panel is set to on, i.e. the ALARM HOLD indicator is lit. The AH command is overruled if the specified inputs get true during the mute time. The specified output is then activated immediately since the input command in front of the AH command is true.

Syntax AH [Mute S, [Reset S,]] Input [, Condition]

Parameters Mute S Specifies the mute time in seconds. Do not forget to write a capital S (seconds) when the mute time is specified. If the variable Mute is omitted the default time is 30 seconds. Reset S Specifies the time to investigate and reset the fire alarm. If the variable Reset is omitted the default time is 180 seconds. Input Specifies the mute input, you can only specify one of the following commands: IN CU IN CU DOOR INARK INCARD Please note. The Static Input command CENTRAL may not be used. Condition Specifies the input conditions that will interrupt the time delay and activate the expression that is specified immediately before the AH command. A Condition is an expression that may consist of Static Inputs, System Status Inputs, Section Generated Inputs and logical operators.

Comments Reset. The Reset time can only be specified if the Mute time is specified. ALARM HOLD indicator. The alarm HOLD function is ignored if the ALARM HOLD indicator on the control panel is not lit. Limits. Only one mute input can be specified. Default time. The Mute default time is 30 seconds and the Reset default time is 180 seconds.


Example SEC 1 DET 17 : AH 53 S , 600 S , 1N 1, SEC 2 DET 38 & SEC4 DET 33 => OUT 1 ; In this example output 1 is activated if you do not mute the alarm by using input 1 during the mute time, 53 seconds. If the alarm is muted you will have 10 minutes to investigate the cause of the alarm and to reset it. Output 1 is activated if the alarm is not reset during the reset time. Output 1 is activated immediately if detector 38 in section 2 and detector 33 in sector 4 become true during the mute time or the reset time, disregarding both the mute time and the reset time.

Related Commands ALARM DELAY Specifies the alarm delay function for a marine installation. TIMER Specifies the alarm delay time for the

inputs, no relation with the alarm delay function on the control panel.

Note According to EN-54:2 7:11"The delay time should be configured in increments not exceeding 1 minute up to a maximum of 10 minutes."


CENTRAL Specifies the central unit number and the type of an input or an output from another central unit.

Syntax CENTRAL Unit Signal

Parameters Unit Specifies a central unit number, 1-16. Signal Specifies the input type or the output type. The following commands may be used: IN INARK INCARD OUT OUTARK OUTCARD OUTLPK

Comments Note. You can use the CENTRAL command when you want to control the inputs of another central. Not used output. You may use an output that is defined as not used as an output from one central as another central with the CENTRAL command.

Examples CENTRAL 3 INARK 1 - 3 => OUT 24 ; Output 24 on this central unit, central unit 1, is controlled by inputs 1-3 on the ARK-2 board in central 3. In this example you control the output in one central unit with an input from another central unit. Output 148 is defined as not used. SEC 1 => OUT 148 ; CENTRAL 3 OUT 148 => OUTCARD 3.14 ; Section 1 in central 3 is defined as a fire zone, and this definition is used in central 1 to control output 14 on the UTK-2 board.

Related Commands FAULT IN SYSTEM Reads the fault status in the system. FAULT SEC Specifies a fault in the rectifier in the selected section.


CU DOOR Specifies if a door is open on a control unit. The input CU DOOR is true if the door of the specified control unit is open. A system may include 16 control units.

Syntax CU Unit DOOR

Parameters Unit Specifies a control unit in the interval 1- 16.

Examples CU 5 DOOR => OUT 28 ; In this example the command is true if the door is open on control unit 5:

Related Commands CU IN Specifies the inputs on the control unit. OPEN DOOR Reads the status of all the control unit doors.


CU IN Specifies the inputs on the control unit. The command CU IN is true if any input in the given interval is active. A system may include 16 control units and each control unit has four inputs.

Syntax CU Unit IN Number

Parameters Unit Specifies a control unit in the interval 1- 16. Input Specifies an input in the interval 1 - 5.

Examples CU 3 IN 2 => OUT 79 ; In this example output 79 is active if input 2 on control unit 3 is active.

Related Commands CU DOOR Specifies if a door is open on a control unit.


FAULT IN SYSTEM Reads the fault status in the system. The FAULT IN SYSTEM command is true if one or more faults are present in the system. The command is true until all faults have been reset.

Syntax FAULT IN SYSTEM

Examples FAULT IN SYSTEM => OUT 129 ; Output 129 is active if a fault is present in the system.

Related Commands

UNMUTED FAULT Reads the unmuted faults status in the system.

FAULT LOOP Specifies a fault in the rectifier in the selected loop.


FAULT LOOP Specifies a fault in the rectifier in the specified loop. The command is true until the fault is reset in the rectifier.

Syntax FAULT LOOP Loop CSS Address Fault

Parameters Loop Specifies a loop number, 1- 200, depending on the

configuration of the central unit. Address Specifies the loop address. Fault Specifies the error codes for the rectifier, for more

information about the error codes see Reference Manual. Possible faults CODE:81 Mains Fault CODE:93 Fuse/Cable Fault CODE:141 Earth Fault + CODE:142 Earth Fault - CODE:143 Low Voltage

Comments Limits. The remaining error codes are not detectable by the FAULT LOOP command.

Examples FAULT LOOP 161 CSS 42 81 => OUT 93 ; In this example output 93 is active if a mains fault is present in the rectifier, which has address 42 on loop 161.

Related Commands FAULT IN SYSTEM Reads the fault status in the system. UNMUTED FAULT Reads the unmuted fault status in the

system. ABN.COND LOOP Specifies abnormal conditions in the

specified loop


FIRE IN SYSTEM Reads the fire alarm status in the system. The FIRE IN SYSTEM command is true if there is one or more fire alarms in the system. The command remains true until all fire alarms have been reset.

Syntax FIRE IN SYSTEM

Examples FIRE IN SYSTEM & NOT OPEN DOOR => OUT 79 ; In this example output 79 is activated if a fire alarm is detected and no control unit door is open. This output may, for example, be connected to the fire brigade.

Related Commands MUTE ALARM Reads the mute status of the fire alarms.


FLAG The FLAG command is a macro command. You can use the FLAG command to replace long expressions of input commands and output commands. A total of 255 different FLAG definitions can be present at the same time.

Syntax FLAG Number

Parameters Number Select a number between 1 and 255.

Examples SEC 1 DET 1-17 & SEC 2 DET 5-19 & SEC 3 DET 6-36 => FLAG 35 ; In this example FLAG 35 used to define a fire zone, consisting of several sections. SEC 4 | FLAG 35 => OUT 39 ; SEC 5 | FLAG 35 => OUTCARD 5.9 ; The FLAG 35 is the used to activate output 39 if a fire alarm is detected in section four or in the defined fire zone. The FLAG is also used to activate output 9 one output board 5 if a fire alarm is detected in section 5 or in the defined fire zone.

Related Commands RESET FLAG x

It is possible to add functionality to the macro command FLAG with this command. Used only as an output command.

SET FLAG x It is possible to add functionality to the macro command FLAG with this command. Used only as an output command.


IN Specifies all the inputs on the ARK-2 and the INK-2 in the central unit. The IN command is active if any input in the given interval is true.

Syntax IN Number [- Number]

Parameters Number Specifies a number in the interval 1-28. Input number 1-4 are the inputs on the ARK-2 board and input number 5-28 are the inputs on the INK-2 board.

ARK-2 INK-2

Command Number

IN Number

Command Number

IN Number

Command Number

IN Number

INARK 1 1 INCARD 1 5 INCARD 13 17 2 2 2 6 14 18 3 3 3 7 15 19 4 4 4 8 16 20 5 9 17 21 6 10 18 22 7 11 19 23 8 12 20 24 9 13 21 25 10 14 22 26 11 15 23 27 12 16 24 28


Examples

IN 1 same as IN 1-1 Input 1 on the ARK-2 is specified in this example. IN 2-5 Input 2-4 on ARK-2 and input 1 on INK-2 are specified in this example.

Related Commands CU IN Specifies the inputs on the control unit. CENTRAL Specifies inputs/outputs from another central unit. INARK Specifies the inputs on the ARK-2 board. INCARD Specifies the inputs on the INK -2 board


INARK Specifies the inputs on the ARK-2 board. The INARK command is active if any input in the specified interval is true.

Syntax INARK Number [- Number]

Parameters Number Specifies a number in the interval 1 - 4.

Examples INARK 1 same as INARK 1 - 1 Input 1 on the ARK-2 board is specified in this example. INARK 2 - 4 Input 2, 3 and 4 on the ARK-2 board are specified in this example.

Related Commands IN Specifies all the inputs in the central unit. INCARD Specifies the inputs on the INK-2. CENTRAL Specifies inputs/outputs from another central unit.


INCARD Specifies the inputs on the INK-2 board. The INCARD is active if any input in the specified interval is true.

Syntax INCARD Number [- Number]


Examples INCARD 8 same as INCARD 8 - 8 Input 8 on the INK-2 board is specified in this example. INCARD 12 - 14 Input 12, 13 and 14 on the INK-2 board are specified in this example.

Related Commands IN Specifies all the inputs in the central unit. INARK Specifies the inputs on ARK-2. CENTRAL Specifies numbers and types for inputs/outputs

from another central unit.


MESSAGE The MESSAGE command is an output command. With this command you may perform actions that are not available as standard commands in the Salwico Language, such as On, Off, Time delay, Sensitivity and activate LEDs on the panels. See messages under application examples for more information. The MESSAGE is active when the input is true. If the optional part FALSE is specified, this part is active when the input is false.

Syntax example MESSAGE LOOP 11 Loop 124 170 ZoneHi ZoneLo Address Type Function [FALSE 11 Loop 124 170 ZoneHi ZoneLo Address Type Function]

Parameters Loop Specifies a section number, 1 - 200, depending on the

configuration of the central unit. ZoneHi Specifies the high part of the zone no. (0 for zones no under

256). For zone no. > 255: divide the zone no. with 256, and ZoneLo will be equal to the integer part. For example: Zone 344: 344/256=1.34→ZoneLO=1 ZoneLo Specifies the low part of the zone no. (equal with the zone no. for zones < 255). For zone no. >256, ZoneLo represents the fraction part of the zone no. after dividing the zone no. with 256. For example: Zone 344: 344/256=1.343. 0.343x256=88=ZoneLo. Address Specifies a single detector address or detector address interval, from 0.0 to 150.1. The address must always be specified with four digits, two digits for the start address and 2 digits for the end address. Example 1 Specify a single detector address. The detector address is 1.0. Type the following Address 1 0 1 0 Example 2 Specify a detector address interval. The detector address is 1.0 - 3.0 Type the following Address 1 0 3 0 Type Specifies the detector type number. One of the following

numbers can be used. 16 - All fire detectors, including manual call points. 20 - All automatic fire detectors, excluding manual call

points. 24 - Smoke detectors 40 - Heat detectors 64 - Flame detectors 88 - Sprinklers 122 - Manual call points


Function Specifies the function of the detector. 90 - Normal sensitivity 91 - High sensitivity 92 - Time delay On 93 - Time delay Off 110 - Off 140 - On 126 Off (displayed as "(contr) off"). 127 On (displayed as "(contr) on") 130 Off (displayed as "local timer off"). 135 On (displayed as "local timer on") 200 Change alarm temp in a kombi detector from 57C to

80C 201 Disconnect rate of rise function on heat detector 202 Disconnect detector 230 Set in alarm

Example

The following command sets smoke detector 1 in zone 2 on loop 4 to ON when the Input is true. When Input is false smoke detector 1 in zone 2 on loop 4 is set to OFF. IN 1 => MESSAGE LOOP 11 4 124 170 0 2 1 0 1 1 24 140 FALSE 11 4 124 170 0 2 1 0 1 1 24 110


MUTE ALARM Reads the mute status of the fire alarms in the system. The command is true when all fire alarms are muted.

Syntax MUTE ALARM

Examples FIRE IN SYSTEM & NOT MUTE ALARM => OUT 110 ; In this example output 110 is active if there is any fire alarm in the system and as long as one fire alarm is not muted.

Related Commands FIRE IN SYSTEM Reads the fire alarm status in the system.


OPEN DOOR Reads the status of the control unit doors. The command is active if any control unit door is open. A control unit can be in control of one or several central units. This function can be specified in the Control unit menu.

Syntax OPEN DOOR

Examples FIRE IN SYSTEM & NOT OPEN DOOR => OUT 79 ; In this example output 79 is active if there is a fire alarm and all the control unit doors are closed.

Related Commands CU IN Specifies the inputs on the control unit CU DOOR Reads the status of the control unit doors.


OUT Specifies the outputs on the ARK-2, the UTK-2 and the LPK-2. The specified outputs are controlled by the active inputs.

Syntax OUT Number [- Number]

Parameters Number Specifies a number in the interval 1 - 152. Output number 1 - 6, 151 are the outputs on the ARK-2, output number 7 - 150 are the outputs on the UTK-2 and output number 152 is the output on the LPK-2. The specified outputs are controlled by the active inputs. The numbers for the corresponding command are listed on the next pages.

Comments Output 151. Output151 on ARK-2 can not be specified with

OUT command.

Examples OUT 3 In this example output 3 is specified on ARK-2. OUT 55 - 102 In this example are all outputs on UTK-2 board 3 and 4 specified.

Related Commands OUTARK Specifies the outputs on the ARK-2. OUTCARD Specifies the outputs on the UTK-2. OUTLPK Specifies the output on the LPK-2. CENTRAL Specifies inputs and outputs from another central

unit.


Number Command Number Number Command Number Number Command Number

1 OUTARK 1 52 2.22 103 OUTCARD 5.1

2 2 53 2.23 104 5.2

3 3 54 2.24 105 5.3

4 4 55 OUTCARD 3.1 106 5.4

5 5 56 3.2 107 5.5

6 6 57 3.3 108 5.6

7 OUTCARD 1.1 58 3.4 109 5.7

8 1.2 59 3.5 110 5.8

9 1.3 60 3.6 111 5.9

10 1.4 61 3.7 112 5.10

11 1.5 62 3.8 113 5.11

12 1.6 63 3.9 114 5.12

13 1.7 64 3.10 115 5.13

14 1.8 65 3.11 116 5.14

15 1.9 66 3.12 117 5.15

16 1.10 67 3.13 118 5.16

17 1.11 68 3.14 119 5.17

18 1.12 69 3.15 120 5.18

19 1.13 70 3.16 121 5.19

20 1.14 71 3.17 122 5.20

21 1.15 72 3.18 123 5.21

22 1.16 73 3.19 124 5.22

23 1.17 74 3.20 125 5.23

24 1.18 75 3.21 126 5.24

25 1.19 76 3.22 127 OUTCARD 6.1

26 1.20 77 3.23 128 6.2

27 1.21 78 3.24 129 6.3

28 1.22 79 OUTCARD 4.1 130 6.4

29 1.23 80 4.2 131 6.5

30 1.24 81 4.3 132 6.6

31 OUTCARD 2.1 82 4.4 133 6.7

32 2.2 83 4.5 134 6.8

33 2.3 84 4.6 135 6.9

34 2.4 85 4.7 136 6.10

35 2.5 86 4.8 137 6.11

36 2.6 87 4.9 138 6.12

37 2.7 88 4.10 139 6.13

38 2.8 89 4.11 140 6.14

39 2.9 90 4.12 141 6.15

40 2.10 91 4.13 142 6.16

41 2.11 92 4.14 143 6.17

42 2.12 93 4.15 144 6.18

43 2.13 94 4.16 145 6.19

44 2.14 95 4.17 146 6.20

45 2.15 96 4.18 147 6.21

46 2.16 97 4.19 148 6.22

47 2.17 98 4.20 149 6.23

48 2.18 99 4.21 150 6.24

49 2.19 100 4.22 151 --

50 2.20 101 4.23 152 OUTLPK

51 2.21 102 4.24

Definition program manual Chapter 4 The Salwico Language 73 FGCdef-3000 ARK-2 LPK-2

Command number

OUT Number

Command number

OUT Number

OUTARK 1 1 OUTLPK 152

OUTARK 2 2 OUTARK 3 3 OUTARK 4 4 OUTARK 5 5 OUTARK 6 6

-- 151

UTK-2 board 1 UTK-2 board 2 UTK-2 board 3

Command number

OUT Number

Command number

OUT Number

Command number

OUT Number

1.1 7 2.1 31 3.1 55 1.2 8 2.2 32 3.2 56 1.3 9 2.3 33 3.3 57 1.4 10 2.4 34 3.4 58 1.5 11 2.5 35 3.5 59 1.6 12 2.6 36 3.6 60

1.7 13 2.7 37 3.7 61 1.8 14 2.8 38 3.8 62 1.9 15 2.9 39 3.9 63 1.10 16 2.10 40 3.10 64 1.11 17 2.11 41 3.11 65 1.12 18 2.12 42 3.12 66

1.13 19 2.13 43 3.13 67 1.14 20 2.14 44 3.14 68 1.15 21 2.15 45 3.15 69 1.16 22 2.16 46 3.16 70 1.17 23 2.17 47 3.17 71 1.18 24 2.18 48 3.18 72

1.19 25 2.19 49 3.19 73 1.20 26 2.20 50 3.20 74 1.21 27 2.21 51 3.21 75 1.22 28 2.22 52 3.22 76 1.23 29 2.23 53 3.23 77 1.24 30 2.24 54 3.24 78

Definition program manual Chapter 4 The Salwico Language 74 FGCdef-3000 UTK-2 board 4 UTK-2 board 5 UTK-2 board 6

Command number

Number

Command number

Number

Command number

Number

4.1 79 5.1 103 6.1 127 4.2 80 5.2 104 6.2 128 4.3 81 5.3 105 6.3 129 4.4 82 5.4 106 6.4 130 4.5 83 5.5 107 6.5 131 4.6 84 5.6 108 6.6 132

4.7 85 5.7 109 6.7 133 4.8 86 5.8 110 6.8 134 4.9 87 5.9 111 6.9 135 4.10 88 5.10 112 6.10 136 4.11 89 5.11 113 6.11 137 4.12 90 5.12 114 6.12 138

4.13 91 5.13 115 6.13 139 4.14 92 5.14 116 6.14 140 4.15 93 5.15 117 6.15 141 4.16 94 5.16 118 6.16 142 4.17 95 5.17 119 6.17 143 4.18 96 5.18 120 6.18 144

4.19 97 5.19 121 6.19 145 4.20 98 5.20 122 6.20 146 4.21 99 5.21 123 6.21 147 4.22 100 5.22 124 6.22 148 4.23 101 5.23 125 6.23 149 4.24 102 5.24 126 6.24 150


OUTARK Specifies the outputs on the ARK-2. The specified outputs are controlled by the active inputs.

Syntax OUTARK Number [- Number]


Examples OUTARK 5 In this example output 5 is specified on ARK-2. OUTARK 2 - 4 In this example output 2 to 4 are specified on ARK-2.

Related Commands OUT Specifies all the outputs in the central unit. OUTCARD Specifies the outputs on the UTK-2. OUTLPK Specifies the outputs on the LPK-2. CENTRAL Specifies inputs and outputs from another central

unit.


OUTCARD Specifies the outputs on the UTK-2. The specified outputs are controlled by the active inputs.

Syntax OUTCARD Board . Number [- Board . Number]

Parameters Board Specifies the output board number in the interval 1 - 6. Number Specifies a number in the interval 1 - 24 for a listing of all the outputs go to the OUT command.

Examples OUTCARD 4.15 In this example output 15 on UTK-2 board 4 is specified. OUTCARD 2.7 - 3.11 The following outputs are specified: output 7 to 24 on UTK-2 board 2 and output 1 to 11 on UTK-2 board 3.

Related Commands OUT Specifies all the outputs in the central unit. OUTARK Specifies the outputs on the ARK-2. OUTLPK Specifies the outputs on the LPK-2. CENTRAL Specifies inputs and outputs from another central

unit.


OUTLPK Specifies one output on the LPK-2. The specified output is controlled by the active inputs.

Syntax OUTLPK

Comments Limits. The OUTLPK command only specifies output 152. Output 151 can not be specified by the OUT command, for a listing of all the outputs go to the OUT command.

Examples OUTLPK In this example output 152 on LPK-2 is specified.

Related Commands OUT Specifies all the outputs in the central unit. OUTARK Specifies the outputs on the ARK-2. OUTCARD Specifies the outputs on the UTK-2. CENTRAL Specifies inputs and outputs from another central

unit.


REM Inserts explanatory text into the definition. This text is not evaluated by the system. You can use a slash (/) and an asterisk (*) instead of REM.

Syntax REM Your comment REMEND / * Your comment */

Comments A tip. The REM command can be useful when you are debugging a definition. Put the REM command around the part of the definition that you suspect are causing the problem. Continue to use the REM command until you have surrounded the problem.

Examples REM First comment is put here REMEND SEC 1 /* and the second here */ => OUT 3; This example shows you how you can use both forms of the REM command.


RESET FLAG x It is possible to add functionality to the macro command FLAG with the RESET FLAG command. If you want FLAG to change status on different events this is done by using the SET FLAG and RESET FLAG commands (the commands run parallel to each other).

Syntax RESET FLAG x

Parameters x Select a number between 1 and 255.

Examples ZONE 1 | ZONE 2 | ZONE 5 | ZONE 9 | ZONE 14 => SET FLAG 1, FLAG 2 ; NOT FLAG 2 & IN 1 => RESET FLAG 1 ; FLAG 1 => OUT 1 ;

FLAG 1 will be set to true if there are one or more fire alarms in the zone. FLAG 1 will remain true even if the fire alarms in the zone are reset. FLAG 1 will change status to false when input 1 is activated. FLAG 2 will ensure that it is not possible to RESET the FLAG as long as there are one or more fire alarms in the zone. Output 1 will be activated as long as FLAG 1 is true and it will be deactivated when it is false.

Related Commands FLAG x You can use the FLAG command to replace long expressions

of input commands.

SET FLAG x It is possible to add functionality to the macro command FLAG with this command. Used only as an output command.


SEC (same as ZONE) Specifies detectors and external devices for different sections that may indicate fire alarm. The SEC command is true when there is a fire alarm within the specified address interval. The command ZONE is identical to SEC.

Syntax SEC [Section][Type][Address - Address] ZONE [ZONE][Type][Address - Address]

Parameters Section Specifies the section/zone number. All sections in one central

unit are specified if you omit the section number. The section number is a number between 1- 999 depending on the configuration of the central unit.

ZONE Se Section above Type Specifies the detector type. One of the following types can be

used: Type Explanation M.CALL Manual call points. HEAT Heat detectors, both maximal and rate-

of-rise. SD Smoke detectors. FD Flame detectors. SPR Sprinklers. CENTRAL Sub central (conventional type). DET All automatic fire detectors, excluding

manual call point. ALL All fire detectors, including manual call

points. ADDRESS All fire detectors, including manual call

points. Address Specifies a single detector address or a detector address interval, from 0.0 to 150.1. The number after the point must always be printed when the point is printed.

Comments No parameters. The command reacts on all fire alarms on all sections in the central if you do not specify any parameter. Default values. The default value for Section is all sections. The default value for Type is ALL. Type. The function of the types ALL and ADDRESS are identical.


Examples

SEC => OUT 3 ; All alarms from all sections in the central makes output 3 active. SEC 3 => OUT 8 ; All alarms from section 3 makes output 8 active: SEC 3 SD 2 => OUT 13 ; A fire alarm on smoke detector 2.0 in section 3 makes output 13 active. SEC 3 DET 2.0 - 3.1 => OUT 78 ; An alarm from any detector in the interval 2.0 - 3.1 in section 3 makes output 78 active.


SET FLAG x It is possible to add functionality to the macro command FLAG with the SET FLAG command. If you want FLAG to change status on different events this is done by using the SET FLAG and RESET FLAG commands (the commands run parallel to each other).

Syntax SET FLAG x

Parameters x Select a number between 1 and 255.

Examples SEC 1 | SEC 2 | SEC 5 | SEC 9 | SEC 14 => SET FLAG 1, FLAG 2 ; NOT FLAG 2 & IN 1 => RESET FLAG 1 ; FLAG 1 => OUT 1 ;

FLAG 1 will be set to true if there are one or more fire alarms in the zone. FLAG 1 will remain true even if the fire alarms in the zone are reset. FLAG 1 will change status to false when input 1 is activated. FLAG 2 will ensure that it is not possible to RESET the FLAG as long as there are one or more fire alarms in the zone. Output 1 will be activated as long as FLAG 1 is true and it will be deactivated when it is false.

Related Commands FLAG x You can use the FLAG command to replace long expressions

of input commands.

RESET FLAG x It is possible to add functionality to the macro command FLAG with this command. Used only as an output command.


TIMER Specifies an alarm delay time for the inputs. The inputs specified before the TIMER command are time delayed. The time delay function may be overruled if you specify an input in the TIMER command and this input becomes true during a time delay, since the input preceding the TIMER command also is true the output is activated immediately.

Syntax TIMER [ Time S] [,Conditions]

Parameters Time S Specifies the alarm delay time in seconds. Always print S when a time is specified. Conditions Specifies the input conditions that will interrupt the time delay and control the output immediately.

Comments Default time. The default time for Time is 30 seconds.

Examples SEC 3 : TIMER 90 S => OUT 1; In this example a fire alarm on section 3 is time delayed for 90 seconds. SEC 1 : TIMER 840 S, IN 1 | NOT ALARM DELAY ON | SEC M.CALL => OUT 1; In this example a fire alarm on section 1 is time delayed for 840 seconds. If input 1 becomes true or ALARM DELAY ON is off or a manual call point in any sections is activated during the time delay, output 1 is activated immediately.

Related Commands ALARM DELAY Specifies the alarm delay function

for a marine installation. ALARM HOLD Specifies the alarm delay function

for an industrial installation.


TWO The TWO command can only be used together with an Output command and the TWO command must always be specified before the Output command. When an Output command is preceded by a TWO command the output is not activated until two or more inputs are in alarm.

Syntax TWO

Comments Note. The TWO command must always be followed by an Output command.

Examples SEC 1 DET + SEC 2 DET => TWO OUT 1, OUT 2 ; In this example output 2 is activated when one or more detectors in section 1 and 2 are in alarm. Output 1 is activated when at least two detectors are in alarm.


UNMUTED FAULT Reads the fault status of the system. The UNMUTED FAULT command remains true until all faults in the system are muted.

Syntax UNMUTED FAULT

Examples UNMUTED FAULT : TIMER 60 S => OUT 149 ; In this example output 149 is activated if the fault is not muted during the time delay.

Related Commands FAULT IN SYSTEM Reads the fault status in the system. FAULT LOOP Specifies a fault in the rectifier in the

selected loop.


Salwico Language Summary Salwico Language keywords are listed below by category. Refer to this section when you know what you want to do, but not which commands you need to accomplish the task. Keywords appear alphabetically in each list. Some of the commands only affect one central unit, they are called local commands. While the rest of the commands, the global commands, effects the whole installation. The global commands are marked with an asterisk (*).

Comments REM /* ... */

Input Static inputs System status LOOP gen. inputs CENTRAL * ALARM DELAY ON * (I) FAULT LOOP * CU DOOR * ALARM DELAY ON * (M) ZONE/SEC * CU IN * FAULT IN SYSTEM * IN FIRE IN SYSTEM * INARK MUTE ALARM * INCARD OPEN DOOR * UNMUTED FAULT *

Timer AD (M) AH (I) TIMER

Output MESSAGE * RESET FLAG OUT OUTARK OUTCARD OUTLPK SET FLAG TWO

Macro FLAG

Definition program manual Chapter 5 Application examples 87 FGCdef-3000

Chapter 5 Application examples This chapter includes a description of some common problems and how you may solve these problems when defining the system.

Problem 1 At a fire alarm anywhere in the system the outputs shall only be active as long as they are not muted. FIRE IN SYSTEM & NOT MUTE ALARM => OUT 3 ; A fire alarm makes output 3 on the ARK-2 board active, and the output remains active until all fire alarms are muted.

Problem 2 The same problem as in problem 1 but you need some time to investigate the alarm before the output should be activated. Although the output should be made active immediately if a manual call point is activated. FIRE IN SYSTEM & NOT MUTE ALARM : AD 120 S => OUT 4 ; If a detector alarm, from anywhere in the system, is not muted within 120 seconds output 4 on ARK-2 is activated, and it remains active until the fire alarm is muted. The output is not activated at all if the fire alarm is muted within 120 seconds. Output 4 is activated immediately if a manual call point is activated.

Problem 3 If there is a fire alarm from the selected sections the outputs shall only be active as long as the outputs are not muted. ( SEC 1 ¦ SEC 2 ) & NOT MUTE ALARM => OUT 2 ; A fire alarm in section 1 or 2 makes output 2 on the ARK-2 board active, and the output remains active until all fire alarms are muted.

Problem 4 The output shall be active as long as there is a fire in the selected sections. SEC 3 ¦ SEC 4 => OUTCARD 1.5 ; A fire alarm in section 3 or 4 makes output 5 on the UTK-2 board active, and the output remains active until all fire alarms are reset.


Problem 5 An output is made active after a specified time if the alarm is not muted. SEC 19 ALL 22 - 30 & NOT MUTE ALARM : TIMER 60 S => OUT 6 ; Output 6 on ARK-2 is activated if a detector alarm from section 19 address 22 - 30 is not muted within 60 seconds, and the output remains active until the fire alarm is muted. The output is not activated at all if the detector alarm is muted within 60 seconds.

Problem 6 An output is activated when a manual call point is activated anywhere in the system. SEC M. CALL => OUT 5 ; Output 5 on ARK-2 is made active when a manual call point is activated from anywhere in the central.

Problem 7 An output is activated when a detector, anywhere in the system, is indicating a fire alarm. SEC DET => OUT 6 ; Output 6 on ARK-2 is made active when there is a fire alarm from any detector in the central.

Problem 8 An output is activated when one manual call point in a group of addresses is activated.. SEC 1 M. CALL 1 - 15 => OUT 5 ; Output 5 on ARK-2 is made active when one of the manual call points in the address interval is activated.

Problem 9 An output is activated when there is a fire alarm from one of the detectors in a group of addresses. SEC 1 DET 1 - 15 => OUT 6 ; Output 6 on ARK-2 is made active when one of the detectors (not manual call points) in the address interval is activated.


Problem 10

The Salwico language can be used to replace relay circuit, see below.

Activated at fire alarm.Deactivated at reset.

At fire alarm activated after 60 seconds if not muted.Deactivated if the fire alarm is muted.

Output

FIRE IN SYSTEM & NOT MUTE ALARM : TIMER 60 S => FLAG 1 ; ( FLAG 1 ¦ FLAG 2 ) & FIRE IN SYSTEM => FLAG 2; FLAG 2 => OUT 4 ; If a detector alarm, anywhere in the system, is not muted within 60 seconds output 4 on ARK-2 is made active, and it remains active until the detector alarm is reset. The output is not activated at all if the fire alarm is muted within 60 seconds. FLAG 2 becomes true when FLAG 1 becomes true. FLAG 2 remains true as long as FIRE IN SYSTEM are true

Problem 11 The output shall only be active when there are two or more detectors in an alarm. The output should not be active if there is only one detector in alarm. SEC 2 ADDRESS 5 - 20 => TWO OUT 6 ; Two or more detector alarms from section 2 address 5 - 20 makes output 6 on ARK-2 active. The output is made inactive when only one detector remains in alarm.


Message examples Example 1

You want to control a group of detectors by a connected external timer or a switch. INARK 1 =>/*Switch off smoke detector 2 - 10 in zone 8 on loop 4*/ MESSAGE LOOP 11 4 124 170 0 8 2 0 10 0 24 110 /*Switch on smoke detector 2 - 10 in zone 8 on loop 4*/ FALSE 11 4 124 170 0 8 2 0 10 0 24 140 , /*Switch off smoke detector 4 - 20 in zone 10 on loop 5*/ MESSAGE LOOP 11 5 124 170 0 10 4 0 20 0 24 130 /*Switch on smoke detector 4 - 20 in zone 10 on loop 5*/ FALSE 11 5 124 170 0 10 4 0 20 0 24 135 ; The external timer is connected to input 1 on the ARK-2 board. All the smoke detectors in loop 4 zone 8 address 2 - 10 and loop 5 zone 10 address 4 - 20 are disconnected when the timer is on. The detectors are connected when the timer is off. Detectors in zone 8 will be presented as disconnected. Detectors in zone 10 will be presented as local timer off.

Example 2 Put a delay on smoke detectors in loop 2, zone 1, address 22 to 33. In 4 => message loop 11 2 124 170 0 1 22 0 33 1 24 92;

Example 3 Disconnect the smoke detector part on kombi detector smoke/heat, loop 5 zone 8 address 1 to 10. In 4 => message loop 11 5 124 170 0 8 1 0 10 1 24 202;

Example 4 Disconnect the heat part on a kombi detector smoke/heat, loop 5 zone 258 address 21 to 30. In 4 => message loop 11 5 124 170 1 2 21 0 30 1 40 202;


Example 5 Change the alarm temperature on the heat detector part on a kombi detector smoke/heat, from 57C to 80C. Loop 6, zone 2, address 1 to 4. In 4 => message loop 11 6 124 170 0 2 1 0 4 1 40 200;

Example 6 Activate the LED “ext. controls activated/Larmsändare aktiverad” in control panel 2 in case of a fire alarm. Fire in system => message 6 218 127 36 218 3 70 false 6 218 127 36 218 3 80;

Example 7 Activate the LED “Alarm transfer/Larmsändare blockerad” in control panel 4 when the control unit door is open. Open door => message 6 220 127 36 220 5 70 false 6 220 127 36 220 5 80;

Example 8 To block the possibility to mute & reset a fire alarm from a repeater panel MN3000 after 30 seconds if the door is closed at the control unit. Fire in system & not open door : timer 30 S => MESSAGE GCU 4 122 71 201 70 false 4 122 71 201 80.

Example 9 To activate the “On line/Drift” LED in repeater MN3000 when alarm hold is activated (address on tableau LPK is 16) Alarm delay on => message 6 232 127 35 232 1 70 false 6 232 127 35 232 1 80;

Example 10 To activate the “Larm överfört” LED in repeater MN3000 when the alarm transfer output in central 2 is active (address on tableau LPK is 16). Central 2 out 152=> message 6 232 127 35 232 4 70 false 6 232 127 35 232 4 80;

Definition program manual Appendix A: DIP switch settings 92 FGCdef-3000

Appendix A: DIP switch settings The addresses of the following boards, the INK-2, RS232K-2 and UTK-2, are set with a DIP switch. The address displayed in the menu for each board is a default address, you may change it but we recommend you not to change it. The setting of the DIP switches and the corresponding hexadecimal addresses are listed below. Please note, the two least significant bits are not set on the DIP switch. INK-2

Address Hex. CC

RS232K-2 board 1

Address Hex.

E0

RS232K-2 board 2

Address Hex.

80

UTK-2 board 1

Address Hex.

B0

UTK-2 board 2

Address Hex.

B4

Definition program manual Appendix A: DIP switch settings 93 FGCdef-3000

UTK-2 board 3

Address Hex.

B8

UTK-2 board 4

Address Hex.

BC

UTK-2 board 5

Address Hex.

C4

UTK-2 board 6

Address Hex.

C8

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