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Fire Alarm System Salwico CS4000 Service & Maintenance manual

çConsilium

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

Edition 6, 10 1 E, Oct 2010. Document no. S-4-010.968 Part no: 465002

© 2005-2008, Consilium Fire & Gas AB

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

Service & Maintenance manual Chapter 1: CS4000 block diagram Salwico CS4000

Contents Chapter 1: CS4000 block diagram ......................................................................................... 2

Chapter 2: Testing.................................................................................................................... 3

TEST A FIRE-DETECTING ZONE................................................................................................. 3 Heat detectors .................................................................................................................... 3 Smoke detectors.................................................................................................................. 4 Flame detectors .................................................................................................................. 4

TEST FAULT CONDITIONS ........................................................................................................ 4 Removed detector fault....................................................................................................... 4 Fuse fault............................................................................................................................ 4 Battery fault........................................................................................................................ 5 Earth fault .......................................................................................................................... 5 Loop cable break................................................................................................................ 5 Power supply ...................................................................................................................... 5

RESET TEST MODE ................................................................................................................... 6 TEST THE CONTROL UNIT DISPLAY........................................................................................... 6

Chapter 3: Cleaning of fire detectors ..................................................................................... 7

SMOKE DETECTORS ................................................................................................................. 7 HEAT DETECTORS.................................................................................................................... 7 FLAME DETECTORS.................................................................................................................. 7

Chapter 4: Replacing/Adding/Deleting fire detectors........................................................... 8

REPLACING FIRE DETECTORS................................................................................................... 8 Instruction .......................................................................................................................... 8 ID address on DIP switches ............................................................................................... 8

HOT PLUG&PLAY (ADDING/DELETING LOOP UNITS)................................................................ 9 Change configuration file from the fault list ...................................................................... 9 Change configuration file from the service menu ............................................................ 11

Chapter 5: Replacing battery................................................................................................ 13

INSTRUCTION......................................................................................................................... 13

Chapter 6: Software ............................................................................................................... 14

CONFIGURATION PROGRAM................................................................................................... 14 TO UPLOAD A CONFIGURATION FILE FROM CS4000............................................................... 14

Upload configuration file to a PC.................................................................................... 14

Upload configuration file to Salwico Memory StickTM

.................................................... 14 TO DOWNLOAD A CONFIGURATION FILE TO CS4000.............................................................. 15

Download configuration file from a PC........................................................................... 15

Download configuration file from the Salwico Memory StickTM

..................................... 16 UPDATE THE BASE BOARD SOFTWARE ................................................................................... 17

Update the software version in the base board................................................................ 17 Possible errors during update of base board................................................................... 18

Chapter 7: Service menu in CS4000 (access level 4) ........................................................... 19

1 SYSTEM DETAILS................................................................................................................ 20 2 SYSTEM BOARDS ................................................................................................................ 21


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3 DISPLAY UNITS .................................................................................................................. 25 4 ZONES ................................................................................................................................ 26 5 LOOPS................................................................................................................................. 28 6 RELOAD CONFIGURATION .................................................................................................. 32 7 LOAD CONFIG FROM MEMORY STICK ................................................................................. 33 8 UPLOAD CONFIG TO MEMORY STICK.................................................................................. 34 9 SAVE CHANGES TO CONFIGURATION................................................................................... 35 10 UPLOAD SYSLOG TO MEMORY STICK ............................................................................... 36

Appendix A: Fault codes & Fuses......................................................................................... 37

FAULT LIST............................................................................................................................ 37 FUSES.................................................................................................................................... 41

Fuse list ............................................................................................................................ 41 Fuse locations on base board, BB.................................................................................... 41 Fuse locations on rectifier board, RB. ............................................................................. 41

Appendix B: Connections for loop units .............................................................................. 42

Appendix C: System modules................................................................................................ 45


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Chapter 2: Testing Consilium recommends that the fire alarm system is tested at least once a year to assure correct function. The CS4000 has a special test mode, which makes the testing easier. Characteristics for a zone in test mode:

It will not activate any external alarm devices or controls in case of a fire (this function can be turned off).

The alarm level is lowered to give quick response to test gas. Detectors and manual call points in the zone will blink. Each tested detector and manual call point will indicate

activation with a red LED. The units in alarm are automatically reset when the heat or

smoke concentration is under the alarm level or if the manual call point is reset.

Fire alarms from zones not in test mode will be handled normally by the system. Note: The tested zone will automatically return to normal operation after two hours. Test a fire-detecting zone Put the zone into test mode: Menu/ 3 Disconnections/ 1 New disconn./ 5 Test Mode. Enter the zone number and confirm with OK button The indications DISC., TEST and ZONE/UNIT will be lit to confirm the test mode. It is now safe to test each detector, manual call point etc in this fire zone during two hours. Use suitable testing equipment, available from Consilium. All alarms will be listed under: Menu/ 7 History/ 1 Fire History List

Heat detectors Heat detectors are preferably tested with heat detector tester VDT-1, part. no. 9300, available from Consilium.

Apply heat to the sensing element until alarm is indicated by a red indication.

Important: If other test equipments are used, for example cigarette lighter or heating gun, make sure not to over-heat the detector by holding the heat-source to close to the detector. This will damage the detectors, for example causing the plastic to melt.


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Smoke detectors Smoke detectors are preferably tested with test gas equipment Solo 330, available from Consilium.

Spray test gas on to the detector during 0.5 second. Wait 10 seconds until new gas is sprayed during 1 second. Repeat this procedure until the detector indicates alarm with a red indication.

If other test methods are used, make sure not to damage the detector.

Flame detectors Flame detectors may be tested with an ordinary cigarette lighter.

Turn up the flame to a height of approximately 5 cm. Hold it in front of the detector at a distance of about 2-5 meters. Move the lighter slowly during the test to obtain a flickering flame until alarm is indicated with a red indication.

Test Fault conditions The fire alarm central continuously monitors the system components and will report any fault condition on the control panel with both optical and audible indication. It is possible to test fault indications by following the below procedures: Please note that a fault condition is only possible to reset when the cause is remedied.

Removed detector fault 1. Remove a detector. 2. Verify that the fault is indicated on the control

unit (this may take up to 1 minute). 3. Reinsert the detector 4. Reset the fault condition on the control panel.

Fuse fault Note: Before a fuse is removed, make sure which functions that will be affected by the removal.

1. Remove a fuse. 2. Verify that the fault is indicated on the control

unit (this may take up to 1 minute). 3. Reinsert the fuse. 4. Reset the fault condition on the control panel.


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Battery fault 1. Remove a battery fuse. 2. Verify that the fault is indicated on the control

unit (this may take up to 1 minute). 3. Reinsert the fuse. 4. Reset the fault condition on the control panel.

Earth fault 1. Connect one of the loop cables to earth via a

2,7kOhm resistor. 2. Verify that the fault is indicated on the control

unit (this may take up to 1 minute). 3. Remove the earth connection. 4. Reset the fault condition on the control panel.

Loop cable break 1. Open up the loop cable. 2. Verify that the fault is indicated on the control

unit (this may take up to 1 minute). 3. If the detector loop is double fed: Verify that

each of the two branches can detect fire alarms by testing a detector on each branch.

4. Close the loop cable. 5. Reset the fault condition on the control panel.

Power supply Test the back up power supply (emergency 230VAC or batteries).

1. Removing the mains power supply. 2. Verify that the fault is indicated on the control

unit (this may take up to 1 minute), and that the system remains operational.

3. If there is an emergency power supply in addition to the batteries, remove this also. The system should now operate on the batteries only.

4. Connect all disconnected power supplies. 5. Reset the fault condition(s) on the control

panel.


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Reset test mode After testing it is important to return the tested zone into normal condition again. Make sure that there are no detectors or manual call points still in alarm before leaving test mode. The zones in test mode are listed in the disconnection list, found under: Menu/3 Disconnections /2 Disconnection list. Choose the zone in the disconnection list and then press RESET. Test the control unit display It is possible to test the alphanumerical display, all indications on the control panel and the local buzzer with the function Test display, found under: Menu/ 5 Settings/ 4 Test display.

Service & Maintenance manual Chapter 3: Cleaning of fire detectors Salwico CS4000

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Chapter 3: Cleaning of fire detectors The CS4000 fire alarm system continuously monitors the detectors and will give early warnings if they are polluted or malfunctioning in other ways. The methods for cleaning detectors depends of the type of detector, see below. If the cleaning is initiated by a “dirty sensor” fault in the control panel, then try to reset this fault after cleaning. If this does not succeed, replace the detector. Smoke detectors Clean the detector with a vacuum cleaner or by blowing high-pressure instrument air on it. The detector house is cleaned with a damp cloth. Note: The high-pressure air must be of instrument type (clean, not containing oil etc.) Heat detectors The sensor part does normally not need to be cleaned. The detector house is cleaned with a damp cloth. Flame detectors Clean the protective glass over the sensor by a grease solvent such as soap or alcohol. The detector house is cleaned with a damp cloth.

Service & Maintenance manual Chapter 4: Replacing/Adding/Deleting fire detectors Salwico CS4000

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Chapter 4: Replacing/Adding/Deleting fire detectors Replacing fire detectors

Instruction 1. Disconnect the faulty detector and remove it from the

base plate. Note: Some bases have a lock mechanism on the side. This lock shall either be pulled or pressed (depends on base model).

2. Check the ID settings on the address switch for the faulty detector. See section “ID address on DIP switches” for explanation of the ID address.

3. Set the corresponding ID on the address switch for the new detector.

4. Seal the address switch on the detectors with the attached label after the address has been set.

5. Connect and mount the new detector. 6. Check and reset any fault codes generated by the

replaced faulty detector. 7. Perform a function test of the detector according to the

chapter Testing.

ID address on DIP switches All addressable loop units must be given an address between 1-254 to be operational. The loop units located on the same physical loop must all have unique addresses. The address is set either by a 8 pole DIP switch located on each addressable unit, or (for units without physical address switch) with the address programming tool EV-AD. (See separate instruction) The DIP switch values follow the binary system.

1 2 3 4 5 6 7 8

O N

1 2 4 8 16 32 64 128 The value of the address is set according to the switches set to ON position. For example:

1 2 3 4 5 6 7 8

O N =47

The switches numbered 1,2,3,4 and 6 are set to ON position. The values for these switches are 1+2+4+8+32=47. Important: Seal the address switch on the detectors with the attached label after the address has been set.


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Hot Plug&Play (adding/deleting loop units) The CS4000 system is equipped with a Hot Plug&Play function enabling the user to add or delete detectors during normal operation without the need to change the configuration file with a PC and restarting the system. The configuration file may be updated during normal operation from service menu 6:5 or direct from the fault list, menu 1.1. This function is very useful, especially during installation. If the CS4000 central detects additional or missing loop units, they are simply added to/deleted from the configuration file during normal operation. Note: The changes to the configuration file is updated in the RAM memory, but will not saved permanently until it has been saved under: Menu/ 6 Service menu/ 9 Save changes to configuration. If the configuration file is not changed permanently, any changes done will be lost if the system is re-started.

Change configuration file from the fault list Adding a loop unit from the fault list If the CS4000 detects additional or missing loop units compared to the configuration file, they are added to the fault list.

1. Open the fault list: Menu/ 1 Fault alarms/ 1 Fault list 2. Select the detector to add from the list (fault no. 3 is

selected in the below example). Loop Units generating fault no 152 (present not configured) can be added to the systems configuration.

FAULT ALARM 4(5) ________________________________________ 3 LOOP 603 SMOKE HEAT 2 PRESENT NOT CONFIGURED, FAULT(152) . Unit not found . 4 ZONE 111 UNKNOWN LOOP DEVICE 3 NO ANSWER, FAULT(128) txt 5 LOOP ANALOGUE 601 CABLE BREAK POSITIVE, FAULT(141) Loop 1 on LB3 6 ________________________________________ 0=Add Loop Unit to configuration OK=Details, 1=Print item, 2=Print all

3. Press 0=Add Loop Unit to configuration


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4. Enter the data required for the new loop unit in dialog box Add loop unit. Central, Board, Loop and Zone must exist in the Systems Configuration to be valid. Physical Unit Address may NOT exist on the physical loop already. Logical Zone number may NOT exist on the chosen Zone. T1 and T2 are supplementary Text 1 and 2, and are entered as on a Mobile Telephone.

ADD LOOP UNIT ________________________________________Physical Central addr.: 1 (valid) . Physical Board address: 6 (valid) Physical Loop address : 2 (valid) Physical Unit address : 0 (invalid) Logical Zone number : 0 (invalid) Logical Unit address : 0 (invalid) Type: 202 (invalid) T1: T2: ________________________________________Enter value with numeric keyboard. UP/DOWN=New field,OK=Add Unit,'<'=Exit

5. Press OK. The configuration file is now updated in the RAM memory. Wait approx. 20 sec. before reset.

6. Reset the fault. The fault will only be resettable if the system succeeded to add the loop unit.

Deleting a loop unit from the fault list

1. Open the fault list: Menu/ 1 Fault alarms/ 1 Fault list 2. Select the detector to delete from the list. Loop Units

generating fault no 128 (no answer) can be erased from the systems configuration.

3. Press 0=Erase Loop Unit from configuration. The configuration file is now updated in the RAM memory.

4. Reset the fault. The fault will only be resettable if the system succeeded in adding the loop unit.


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Change configuration file from the service menu Adding a loop unit from the service menu

1. Open the service menu: Menu/ 6 Service menu/ 5 Loops

2. Select an analogue loop from the loop list (loop no. 2 is selected in the below example). Press 3=Add Unit.

LOOP 2(19) ________________________________________ 1 LOOP ANALOGUE 601 Loop 1 on LB3 6 24 Loop Units Expected 2 LOOP ANALOGUE 602 . Loop 2 on LB3 6 . 11 loop Units Expected . 3 LOOP ANALOGUE 603 Loop 3 on LB3 6 0 Loop Units Expected ________________________________________ OK=Details, 0=Disconnect, 1=Print List 2=Loops Units,3=Add Unit,4=Scan loop

3. Enter the data required for the new loop unit in dialog box Add loop unit. Central, Board, Loop and Zone must exist in the Systems Configuration to be valid. Physical Unit Address may NOT exist on the physical loop already. Logical Zone number may NOT exist on the chosen Zone. T1 and T2 are supplementary Text 1 and 2, and are entered in the same way as on a Mobile Telephone with the alpha-numerical keyboard.

ADD LOOP UNIT ________________________________________ Physical Central addr.: 1 (valid) . Physical Board address: 6 (valid) Physical Loop address : 2 (valid) Physical Unit address : 0 (invalid) Logical Zone number : 0 (invalid) Logical Unit address : 0 (invalid) Type: 202 (invalid) T1: T2: ________________________________________ Enter value with numeric keyboard. UP/DOWN=New field,OK=Add Unit,'<'=Exit

4. Press OK. The configuration file is now updated in the RAM memory.


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Deleting a loop unit from the service menu

1. Open the service menu: Menu/ 6 Service menu/ 5 Loops.

2. Select an analogue loop from the loop list (loop no. 2 is selected in the below example). Press 2=Loop Units.

LOOP 2(19) ________________________________________ 1 LOOP ANALOGUE 601 Loop 1 on LB3 6 24 Loop Units Expected 2 LOOP ANALOGUE 602 . Loop 2 on LB3 6 . 11 loop Units Expected . 3 LOOP ANALOGUE 603 Loop 3 on LB3 6 0 Loop Units Expected ________________________________________ OK=Details, 0=Disconnect, 1=Print List 2=Loops Units,3=Add Unit,4=Scan loop

3. Select a loop unit to delete from the list Loop units. Press 3=Erase Loop Unit

LOOP UNITS 1(11) _________________________________ 1 LOOP 602 MCP 1 (A/B) 2 LOOP 602 SCI 2 (A/B) 3 LOOP 602 MCP 3 (A/B) 4 LOOP 602 SCI 4 (A/B) 5 LOOP 602 MCP 5 (A/B) . 6 LOOP 602 MCP 7 (A/B) 7 LOOP 602 SCI 8 (A/B) 8 LOOP 602 MCP 9 (A/B) 9 LOOP 602 SCI 10 (A/B) 10 LOOP 602 MCP 11 (A/B) 11 LOOP 602 SMOKE 201 (A/B) ________________________________________ OK=Details, 0=Disconnect, 1=Print List 2=Set In Fire, 3=Erase Loop Unit

4. The configuration file is now updated in the RAM memory.

Service & Maintenance manual Chapter 5: Replacing battery Salwico CS4000

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Chapter 5: Replacing battery When replacing the batteries, make sure to use batteries with the same specification as the original. System is tested and approved according to EN 54-2 and EN 54-4 with two Yuasa 2.3 Ah type NP-12 batteries connected in series. The maximum current draw from the battery is 2.5A and it is fused to 4A. The maximum internal battery circuitry resistance is 0.47 Ohm. Instruction

1. Remove both battery fuses at the rectifier board. See Appendix A for fuse locations.

2. Remove the battery cables from the battery. 3. Exchange the battery. 4. Verify the correct polarity and connect the battery

cables to the new battery. 5. Verify that the voltage is approx. 24VDC at the

battery terminals on the rectifier board. 6. Reinsert the battery fuses. 7. Reset the battery fault at the control unit.

Service & Maintenance manual Chapter 6: Software Salwico CS4000

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Chapter 6: Software Configuration program The CS4000 central is delivered pre-programmed with a standard configuration file. See the separate manual CS4000 Configuration program manual for information on how to create and update a configuration file. To upload a configuration file from CS4000 When you want to view or make changes in an existing configuration file you can get it from the CS4000 central. The configuration file can be uploaded in two ways:

Direct to PC via USB cable To Salwico Memory StickTM

(the system must be equipped with an USB Expansion Board)

Upload configuration file to a PC 1. Connect a PC via an USB cable to the USB

port on the Base Board (not the USB Expansion Board, if present).

2. The CS4000 will now present itself as an extra “drive” in your PC. Open the extra drive.

3. You will find a file with the file extension “.c4d”, which is the configuration file used by the CS4000 system. Example of file name: SG12345.C4D

4. Copy the “.c4d” file to your local disc before working with it.

Upload configuration file to Salwico Memory Stick

TM

1. Connect the Salwico Memory StickTM to one of the

USB ports on the USB expansion board (piggyback board located on the BaseBoard).

2. Choose Menu/ 6 Service/ 8 upload config to Memory Stick

3. Choose the current “.c4d” configuration file from the list and press OK.

4. The system will now upload the configuration file. 5. When the upload is complete, disconnect the Salwico

Memory StickTM and copy the configuration file to a PC.


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To download a configuration file to CS4000 When the configuration file is finished it is time to download it to the CS4000 system. The configuration file must have the file extension “.c4d”. If only supplementary texts has been updated in the “.c4d” file it is possible download them separately, see below instructions. The configuration file can be downloaded in two ways:

Direct from PC via USB cable From Salwico Memory StickTM

(the system must be equipped with an USB Expansion Board)

Note: Make sure to work with the latest “.c4d” file when making changes. The latest “.c4d” file may be uploaded from the CS4000 system, see instruction above. In Base Board software versions before 1.0.18 the definition file must be named “current.c4d”

Download configuration file from a PC 1. Connect a PC via an USB cable to the USB port on

the Base Board (not the USB Expansion Board, if present).

2. The CS4000 will now be displayed as an extra “drive” in your PC. Open the extra drive.

3. Change the file extension on the current configuration file to “.old” and save it as a back-up file.

4. Copy the new configuration file with the file extension “.c4d” from the PC to the extra drive.

5. When the file copy is completed, remove the USB cable from the Base Board.

6. Use the CS4000 control panel to update the system with the new configuration file by choosing: -Menu/ 6 Service menu/ 6 Reload Configuration/ 1 Load entire configuration or -Menu/ 6 Service menu/ 6 Reload Configuration/ 2 Load supplementary texts only

7. If 1 Load entire configuration is selected above, the Base Board will re-start and load the new configuration file. If 2 Load supplementary texts only are selected, the system will use the new texts without having to re-start. Any other changes made to the “.c4d” file will be ignored, but will come into effect the next time the system is re-started.


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Download configuration file from the Salwico Memory Stick

TM

1. Connect the Salwico Memory StickTM to one of the USB ports on the USB expansion board (piggyback board located on the Base Board).

2. Choose Menu/ 6 Service/ 7 load config from Memory Stick

3. A list of the available “.c4d” files on the Salwico Memory StickTM will be presented. Choose the appropriate “.c4d” configuration file from the list and press OK.

4. The new configuration file is downloaded to the CS4000. The old configuration file is automatically renamed by the system and saved on the Salwico Memory StickTM.

5. Disconnect the Salwico Memory StickTM 6. Use the CS4000 control panel to update the system

with the new configuration file by choosing: -Menu/ 6 Service menu/ 6 Reload Configuration/ 1 Load entire configuration or -Menu/ 6 Service menu/ 6 Reload Configuration/ 2 Load supplementary texts only

7. If 1 Load entire configuration is selected above, the Base Board will re-start and load the new configuration file. If 2 Load supplementary texts only is selected, the system will use the new texts without having to re-start. Any other changes made to the “.c4d” file will be ignored, but will come into effect the next time the system is re-started.


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Update the base board software There are two flash memories in the base board:

flash1 containing bootloader and the software for the base board (flash1.img).

flash2 containing the definition file (current.c4d)

Update the software version in the base board Follow the below instructions to update the software version in the base board by using an USB cable.

1. Please note how the DIP switch on the base board (see figure below) is set, since this setting shall be restored after the update of the software.

2. Set the base board in “bootloader” mode by setting the DIP switch address to 0 (all switches in OFF position).

3. Reboot the base board with the reset button. LED1 will indicate that the base board is in “bootloader” mode by flashing light.

4. Connect the PC to the base board via an USB cable. The base board will appear in Windows Explorer as an extra USB drive.

5. Copy the new software file named “flash1.img” from the PC to the USB drive (drag & drop).

6. Close the extra USB drive in Windows Explorer. The base board will now start to download the new file into flash1. LED2 will indicate this by flashing light. The download process is finished when LED2 turns into steady light.

7. Restore the original address on the DIP switch. 8. Reset the base board with the reset button. The base

board will now re-start, using the new updated software.

Description of the LEDs during update of software: Flashing LED on LED off Led1, Yellow

Bootloader mode

Led2, Yellow

Writing to flash Writing to flash completed

Writing to flash has not started

Led3, Red Checksum error Checksum OK

DIP switch

CPLed1 Reset button Led2Led3

Illustration base board


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Possible errors during update of base board Error LED1 do not flash after reboot when the DIP switch on the base board is set to 0. Cause The base board is defect. Error LED2 is on before flash1.img has been downloaded. Cause Under certain circumstances (i.e. remove and reattach USB cable during bootloader operation) may cause the bootloader routine to malfunction. Re-boot the base board and retry the operation.

Service & Maintenance manual Chapter 7: Service menu in CS4000 (access level 4) Salwico CS4000

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Chapter 7: Service menu in CS4000 (access level 4)

The Service menu is used for configuration of the system in the commissioning phase, as well as for troubleshooting and small updates when the system is in operation. The menu has functions for downloading and uploading information from/to the Salwico Memory Stick. The service menu screen displays a list of the 10 service menu alternatives, described on the following pages. The alternatives are reached by pressing the corresponding number on the numerical keypad, or by selecting the desired alternative with the arrow buttons and pressing the OK button.

Service menu screen

SERVICE 12 36

1 System Details 2 System Boards 3 Display Units 4 Zones 5 Loops 6 Reload Configuration 7 Load config from Memory Stick 8 Upload config from Memory Stick 9 Save changes to configuration 10 Upload syslog to Memory Stick _______________________________________________ Select a menu with 0-9 (or arrows + OK)


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1 System Details The System Details screen gives basic information about the system.

System details screen The first four lines display basic data about the installation. The data originates from the configuration file (Options module):

“SG/SOA Number” “Name of shipyard + number of build” “IMO Number” “Ship name”

The remaining information also concerns the configuration

SYSTEM DETAILS 12 36 CS4000 Consilium Salwico M/S Holiday CONFIGURATION Created : 2006-08-29 14:34:41 Created by : BAR Build : 53 File Name : test37.c4d Program : CS4000CONF.EXE. 1.1.0.13 _______________________________________________ 1=Print, 2=Program Versions

Created: The time the configuration was created Created by: The person who created the configuration Build: Number of times that the configuration file has been changed File Name: Name of the configuration file Program: The definition program version used to create the file - Press 1 to print the system details - Press 2 to see the software and hardware versions of the system boards.


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2 System Boards The System Boards screen lists the boards in the system.

System boards screen CENTRAL x: x is the number of the central where the board is placed BOARD XB x: XB is the board type (BB = Base Board, RB = Rectifier Board, etc.) and x is the address of the board (BOARD OK / BOOTING / CONFIG NOT FOUND): Board status - Press OK to monitor details about the selected board - Press 0 to disconnect the selected board; all I/O on the board will be disconnected and fault associated with the board will disappear from the fault list

BOARD 1(2) 12 36

- Press 1 to print the board list - Press 2 to monitor and manipulate the inputs of the selected board - Press 3 to monitor and manipulate the outputs of the selected board - Press 4 to monitor the loops of the selected board (if the board is a loop board)

1 CENTRAL 1 BOARD BB 1 (BOARD OK)XX XXXXXXXXXXXXXXXXXXXXXXXXXXXX 2 CENTRAL 1 BOARD RB 4 (BOARD OK) 3 CENTRAL 1 BOARD LB3 11 (BOARD OK) __________________________________________ OK=Details, 0=Disconnect, 1=Print List 2=Inputs, 3=Outputs, 4=Loops


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Details about system board (press OK at System Boards screen) System board, details HW: Hardware version SW: Software version Timestamp Config: Time and date of configuration No of loops: Number of loops on the board No of inputs/outputs: Number of inputs and outputs on the board Communication errors: Number of reported communication errors in the last 65 535 tries - Press OK to return to the board list

BOARD 1(2) 12 36

1 CENTRAL 1 BOARD BB 1 HW: BASE BOARD VER. 1.0 SW: BBP ver. 1.0.37 Timestamp Config: 2006-08-29 14:34:42 No of loops: 0 No of inputs/outputs: 6/11 Communication errors: 0/65535 _______________________________________________ OK=List view, 1=Print details

- Press 1 to print the details


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Inputs of system board (press 2 at System Boards screen) System board input BOARD x: x is the board address where the input is placed. INPUT x: x is the input number SET / CLEAR: Indicates if the input is active (SET) or inactive (CLEAR) - Press 0 to disconnect the selected input; inputs must be disconnected before simulation of inputs can be done - Press 1 to print the input list - Press 2 to simulate activation of the selected input - Press 3 to simulate inactivation of the selected input

INPUT 1(6) 12 36

1 BOARD 1 INPUT 1 CLEAR l XX XXXXXXXXXXXXXXXXXXXXXXXXXXXX 2 BOARD 1 INPUT 2 SET 3 BOARD 1 INPUT 3 CLEAR _______________________________________________ 0=Disconnect, 1=Print List 2=Set Input, 3=Clear Input


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Outputs of system board (press 3 at System Boards screen) System board output BOARD x: x is the address of the board that the output belongs to OUTPUT GRP x / X OUTPUT x: X is the Output category (OUTPUT GRP = General output, X could be FIRE, FAULT, DOOR etc.) and x is the output number SET / CLEAR: Indicates if the output is active (SET) or inactive (CLEAR) - Press 0 to disconnect the selected output; outputs must be disconnected before simulation of outputs can be done

OUTPUT 1(6) 12 36

1 BOARD 1 OUTPUT GRP 1 CLEAR XX XXXXXXXXXXXXXXXXXXXXXXXX XXXk 2 BOARD 1 OUTPUT GRP 2 CLEAR 3 BOARD 1 FIRE OUTPUT 3 CLEAR _______________________________________________ 0=Disconnect, 1=Print List 2=Set Output, 3=Clear Output

- Press 1 to print the output list - Press 2 to simulate activation of the selected output - Press 3 to simulate inactivation of the selected output


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3 Display Units

The Display Units screen lists the panel boards.

Panel boards screen CENTRAL x: x is central number where the board is placed BOARD PB x: x is the address of the panel board

- Press OK to monitor details about the selected panel board - Press 0 to disconnect the selected panel board; all I/O on the board will be disconnected and fault associated with the board will disappear from the fault list - Press 1 to print the panel board list - Press 2 to monitor and manipulate the inputs of the selected panel board (similar to Inputs of System Board screen)

DISPLAY UNIT 1(6) 12 36

- Press 3 to monitor and manipulate the outputs of the selected panel board (similar to Outputs of System Board screen) Details about panel board (press OK at Display Units screen) Panel boards, details Greeting text: Text that appears when the system is started; “Ship name” and “SG/SOA Number” originating from the Options module in the configuration file Function: Currently not used - Press OK to return to the panel board list - Press 1 to print the details

1 CENTRAL 1 BOARD PB 3 xxxx xxxxxxxxxx XXXXXXXXXXXXXXXXXXXXXXllkXXXXXl 2 CENTRAL 1 BOARD PB 5 3 CENTRAL 1 BOARD PB 7 _______________________________________________ OK=Details, 0=Disconnect, 1=Print List 2=Inputs, 3=Outputs

DISPLAY UNIT 1(6) 12 36

1 CENTRAL 1 BOARD PB 3 Greeting text: M/S Holiday CS4000 Function: NOT_USED _______________________________________________ OK=List view, 1=Print details


26

4 Zones The Zones screen lists the zones in the system.

Zones screen ZONE x: x is the zone number XXX (first row): Any text describing the zone, entered in the Zone module in the configuration program as “Text 1” XXX (second row): Any text describing the zone, entered in the Zone module in the configuration program as “Text 2” - Press OK to monitor details about the selected zone - Press 1 to print the zone list - Press 2 to monitor and manipulate the loop units in the selected zone

ZONE 1(40) 12 36

1 ZONE 1 xxxx xxxxxxxxx X MFZ 1XXXXXXX XXXXHHXXXXXXml X Deck 1XXXXXXX XXXXHHXXXXXXml 2 ZONE 2 MFZ 2 Deck 1 3 ZONE 3 MFZ 1 Deck 2 _______________________________________________ OK=Details, 1=Print List, 2=Loop Units

Details about zones (press OK at Zones screen)

Zones, details Units defined: Number of loop units in the zone Units located on Loop: The logical loop/loops where the loop units are placed - Press OK to return to the zone list - Press 1 to print the details

ZONE 1(40) 12 36

1 ZONE 1 Units defined: 2 Units located on Loop: 1 _______________________________________________ OK=List view, 1=Print details


27

Loop units of Zones (press 2 at Zones screen) Zones, loop units LOOP x: x is the logical loop number SMOKE / MCP / SCI x: Detector type (MCP = Manual call point, SCI = Short Circuit Interruption) and logical address x - Press OK to monitor details about the selected loop unit - Press 0 to disconnect the selected loop unit - Press 1 to print the loop unit list - Press 2 to simulate a fire alarm in the system - Press 3 to remove the loop unit from the configuration - Press 4 to change the supplementary text of the loop, which is shown in the display in case of an alarm (also visible in the Details list, reached via the OK button)

LOOP UNITS 1(10) 12.36 ________________________________________ 1 LOOP 2 SMOKE 1 2 LOOP 2 SMOKE 3 3 LOOP 2 SCI 4 4 LOOP 2 SMOKE 5 5 LOOP 2 MCP 7 6 LOOP 2 SMOKE 8 7 LOOP 2 SMOKE 9 8 LOOP 2 SMOKE 10 9 LOOP 2 MCP 11 10 LOOP 2 SMOKE 201 _______________________________________ OK=Details, 0=Disconnect, 1=Print List 2=Set In Fire, 3=Erase, 4=Change text


28

5 Loops The Loops screen lists the loops in the system.

Loops screen LOOP ANALOGUE x: x is the logical loop number XXX (first row): Any text describing the loop, entered in the Loop board in the configuration program as “Text 1” XXX (second row): Any text describing the loop, entered in the Loop board in the configuration program as “Text 2” - Press OK to monitor details about the selected loop - Press 0 to disconnect the logical loop; the loop will be disconnect galvanically - Press 1 to print the loop list - Press 2 to monitor and manipulate the logical loop

LOOP 1(35) 12 36

1 LOOP ANALOGUE 1 f xxxxxxxx XXDeck 3XXXXXXXXXXXXXXXXXXXXXXl Starboard side Typisk text XXXXXXXXXXmk 2 LOOP ANALOGUE 2 Deck 3 Starboard side _______________________________________________ OK=Details, 0=Disconnect, 1=Print List 2=Loops Units, 3=Add Unit, 4=Scan loop

- Press 3 to add a logical loop - Press 4 to scan for new or changed loop units, for example detectors


29

Details about loops (press OK at Loops screen) Loops, details System Address (crd.subCrd): Address of the loop; crd = Board address, subCrd = number of physical loop Loop Units (found/expected): Number of found/expected loops Communication errors: Number of reported communication errors in the last 1 000 tries Current consumption: Current consumption of the loop Fire Alarms: Number of active fire alarms at the moment Fault Alarms: Number of active fault alarms at the moment Disconnections: Number of disconnections at the moment

LOOP 1(35) 12 36

LOOP ANALOGUE 2 System Address (crd.subCrd): 11.1 Loop Units (found/expected): 17/17 Communication errors: 625/1000 Current consumption: 17 mA Fire Alarms : 0 Fault Alarms : 1 Disconnections : 0 _______________________________________ OK=List view, 1=Print details

- Press OK to return to the loop list - Press 1 to print the details


30

Loop units (press 2 at Loops screen) Loop units LOOP x: x is the logical loop number SMOKE HEAT x: Detector type and logical address x (A/B): The unit answers on side A (primary) and side B (secondary); when looking for a short circuit or a cable break this information is useful for locating the break or short circuit - Press OK to monitor details about the selected loop unit - Press 0 to disconnect the selected loop unit - Press 1 to print the loop unit list - Press 2 to simulate a fire alarm in the system - Press 3 to remove the loop unit from the configuration

LOOP UNITS 1(17) ________________________________________ 1 LOOP 1 SMOKE HEAT 1 (A/B) 2 LOOP 1 SMOKE HEAT 2 (A/B) 3 LOOP 1 SMOKE HEAT 3 (A/B) 4 LOOP 1 SMOKE HEAT 4 (A/B) 5 LOOP 1 SMOKE HEAT 5 (A/B) 6 LOOP 1 SMOKE HEAT 6 (A/B) 7 LOOP 1 SMOKE HEAT 7 (A/B) 8 LOOP 1 SMOKE HEAT 8 (A/B) 9 LOOP 1 SMOKE HEAT 9 (A/B) 10 LOOP 1 SMOKE HEAT 10 (A/B) 11 LOOP 1 SMOKE HEAT 11 (A/B) ________________________________________ OK=Details, 0=Disconnect, 1=Print List 2=Set In Fire, 3=Erase


31

Add loop units (press 3 at Loops screen)

Add loop units - Press UP/DOWN navigate among the rows - Use the numerical keypad to give the selected loop unit an address - Press OK to add the selected loop unit with the specified address, note that all the entered information must be valid before a loop unit can be added - Press < to return to the Loops screen Scan loop (press 4 at Loops screen)

ADD LOOP UNIT ________________________________________ Physical Central addr.: 1 (valid) Physical Board address: 6 (valid) Physical Loop address : 1 (valid) Physical Unit address : 0 (invalid)NNNNNNNN Logical Zone number : 0 (invalid) Logical Unit address : 0 (invalid) Type: 4 (ALL_LOOP_DEVICES) T1: T2: ________________________________________ Enter value with numeric keyboard. UP/DOWN=New field, OK=Add Unit,'<'=Exit

Add loop units - Press OK perform the scanning - Press < to regret

SCAN LOOP ________________________________________ *** WARNING *** The system will scan the loop for new Loop Units. The loop is disconnected during the scan and the procedure may take up to 3 minutes. OK: Confirm < : Abort ________________________________________


32

6 Reload Configuration The screen is used when a new updated configuration file or supplementary text file has been downloaded to the CS4000 system.

Reload configuration screen - Press 1 to reload the entire configuration. The system will re-start and then use the new configuration file. - Press 2 to update the supplementary text files (no re-start needed). Before updating the texts, a new configuration file should be downloaded (see Service menu 7 Load config from Memory Stick). The file should be identical with the previous configuration file, except for the texts.

RELOAD CONFIGURATION 12 36

1 Load entire configuration 2 Load Supplementary Texts only _______________________________________ Select a menu with 1-2 (or arrows + OK)


33

7 Load config from Memory Stick The screen is used to download a new configuration file from the Salwico Memory Stick.

Load config from Memory Stick screen - Press OK to download the selected file - Press < to regret

LOAD FROM MEMORY STICK 1(8) 12 36

1 SG12345_Rev1.C4DMMMMMMMMMMMM 2005-12-16 12:11:30, 45357 BMMMMMMMM 2 SG12345_Rev2.C4D 2005-12-16 11:12:55, 54015 B 3 SG12345_Rev3.C4D 2005-12-16 10:58:39, 164021 B 4 SG12345_Rev4.C4D 2005-12-16 11:09:25, 154842 B 5 SG12345_Rev5.C4D 2006-05-17 11:50:58, 45300 B ________________________________________ Choose a file and download from Memory Stick with OK. Abort with '<' or HOME.


34

8 Upload config to Memory Stick The screen is used copy the existing CS4000 configuration file to the Salwico Memory Stick. Upload config to Memory Stick screen - Press OK to upload the configuration - Press < to regret

UPLOAD TO MEMORY STICK 12 36

1 SG12345_Rev1.c4lMMMMMMMMMMMM 2006-09-12 11:16:30, 93109 BMMMMMMl _______________________________________


35

9 Save changes to configuration The screen is used to save all changes made to the system configuration from the control panel. Note that the changes are not permanently saved in the configuration file until this command is performed. A backup of the old configuration file should be saved on a Memory Stick (menu 6.8) before saving changes to the configuration. Save changes to configuration screen - Press OK to save the changes - Press < to regret

SAVE CONFIGURATION 12 36

*** WARNING *** This operation will overwrite the Configuration File in FLASH Memory. It is highly recommended to backup the Configuration File before continuing. OK: Confirm < : Abort _______________________________________


36

10 Upload syslog to Memory Stick The screen is used to upload a system log with service information to the Salwico Memory Stick. This service log can then be sent to Consilium for further technical assistance. Upload syslog to Memory Stick screen - Press OK to upload the system log - Press < to regret

UPLOAD SYSLOG TO MEMORY STICK 12 36

*** CONFIRM *** Save the Syslog File to Memory Stick?. OK: Confirm < : Abort _______________________________________

Service & Maintenance manual Appendix A: Fault codes & Fuses Salwico CS4000

37

Appendix A: Fault codes & Fuses Fault list Listed below are all fault codes, their causes and how an operator with some knowledge of the system can solve the problem.

Fault code Cause Remedy Wrong type of loop unit

Exchange to the correct loop unit

Two loop units have the same address

Check the units

Hardware fault Exchange the unit A fuse is blown (a secondary fault appears)

Exchange the fuse 128

NO ANSWER Lost communication. The system has recognized a unit but lost contact with it due to some interference.

Cable break in a detector or system loop (a secondary fault appears)

Mend the cable

The detector has a faulty sensor element.

Exchange unit 129 SENSOR FAULT

The smoke detector is exposed to wind

Take care of wind problem

Try to clean the detector with a vacuum cleaner or by blowing high-pressure air on it. If this does not help, exchange the detector.

130 DIRTY SENSOR The detector has a dirty sensor element

Ion smoke detector: Exchange the detector

Fewer loop units found than configured

Check the specification and re-define the system

Loop units not correctly installed

Connect the unit correctly 131 TOO FEW FOUND

Missing answer from a unit

Check address (possible double address). Otherwise exchange the unit.

132 TOO MANY FOUND More loop units found than configured

Check the specification and re-define the system

133 IN1 CABLE BREAK There is a cable break on input 1

Mend the cable break

134 IN2 CABLE BREAK There is a cable break on input 2

Mend the cable break

135 EXT 24V FAIL External 24V power source missing.

The local power supply is defect.


38

136 FEEDBACK FAULT External load is missing.

Check the cable and the external load.

137 POSITION FAULT

A supervised unit (for example a door or damper) is in the wrong position.

Check for obstructions.

138 LOOP CABLE SHORT A short circuit in the detector loop cable.

Locate the short circuit and fix it.

139 LOOP CABLE A SHORT Short circuit on the A-side of a detector loop.


140 LOOP CABLE B SHORT Short circuit on the B-side of a detector loop


141 CABLE BREAK POSITIVE

A cable break on the positive conductor has been detected.

Locate the cable break and mend it.

142 CABLE BREAK NEGATIVE

A cable break on the negative conductor has been detected.

Locate the cable break and mend it.

Two units have the same address.

Check the loop unit addresses

Loop unit faulty. Exchange the unit. 143

COMMUNICATION ERROR The communication with a unit is deficient. Interference Locate interference and deal with it.

144 WRONG TYPE OF UNIT

The type of unit specified is different from the type found or configured.

Check the specification and change definition or the unit.

Unit faulty Exchange the unit

145

UNKNOWN TYPE OF UNIT The type of unit specified is unknown to the system.

Wrong type of detector has been installed

Install the correct type and restart the loop.

146 TIMER STUCK The timer has been activated too long.

Check the unit.

148 DOUBLE ADDRESS Two units sharing the same address

Change one of the addresses.

149 CABLE SHORT Short circuit on cable. Locate the short circuit and fix it. 150 VALVE CLOSED The valve is closed. Open the valve

151 CONFIGURED NOT PRESENT

Unit is configured but not present.

Add the unit or change the system configuration.

152 PRESENT NOT CONFIGURED

Unit is present but not configured.

Remove the unit or change the system configuration.

153 HIGH CURRENT ON LOOP

There is high current in the loop cable.

Check if there is to many units connected to the loop. Compare with the loop limitations.


39

154 LOOP POWER LOSS The loop voltage is missing.

Exchange the loop board.

155 EARTH FAULT POSITIVE

Too low impedance on positive conductor.

Locate the earth fault and fix it.

156 EARTH FAULT NEGATIVE

Too low impedance on negative conductor.

Locate the earth fault and fix it.

157 FUSE FAULT A fuse is defective. Replace the fuse.

158 BATTERY FUSE FAULT

A battery fuse has blown or a cable break.

Replace fuse or mend the cable.

159 CABLE BREAK A cable break has been detected.

Mend the cable.

160 CABLE OVERLOAD Too high current on an output.

Check external loads.

161 POWER FAULT The main power supply is lost.

Check the main power supply.

162 EMERGENCY POWER FAULT

Emergency power is lost.

Check the emergency power supply.

163 BATTERY FAULT A bad battery is detected.

Charge the battery. If the fault remains then replace the battery.

164 CHARGING LOSS The battery charger is unable to charge the battery.

Replace the battery charger.

165 EXTERNAL FAULT External equipment has indicated fault.

Check the external equipment.

166 EARTH DETECTION FAULT

Unable to detect earth fault.

Replace the earth fault circuit.

167 CHECKSUM EEP Incorrect EPROM checksum.

Contact our service department.

168 RESTARTED Something has restarted.

If it happens repeatedly, contact our service department.

169 TOO LONG BOOT Exceeded the maximal allowed boot time.

If it happens repeatedly, contact our service department.

170 EXTERNAL LOAD ON LINE

There is a too high external load on a conventional zone.

Locate the load and deal with it.

171 EXTERNAL SOURCE ON LINE

Feeding voltage detected on a conventional zone.

Locate the source and remove it.


40

172 LOW POWER SUPPLY IN1

Low voltage on the primary 24VDC power supply to the internal PCB’S.

Check the power supply.

173 LOW POWER SUPPLY IN2

Low voltage on the secondary 24VDC power supply to the internal PCB’S.

Check the power supply.

174 LOW POWER SUPPLY LOCAL

Too low voltage on the 3.3V/5V feeding to the internal circuit boards.

Contact our service department.

175 LOW POWER SUPPLY Too low incoming 24VDC supply to the internal circuit boards.

Check the power supply

The configuration file is corrupt.

Check the configuration file and re-configure the system.

176 SYSTEM CONF FAULT An error has occurred during downloading of the configuration file.

Re-configure the system. If the fault remains, contact our service dept.

177 LOW PRESSURE External equipment indicates low pressure.

Check the pressure on the supervised unit.

178 ACTUATOR 1 Missing feedback from actuator 1

Check cables to actuator 1. If the cables are OK, change the actuator.

179 ACTUATOR 2 Missing feedback from actuator 2.

Check cables to actuator 2. If the cables are OK, change the actuator.

180 MAINS POWER The main power supply is lost

Check the main power supply

181 INTERNAL FAULT Internal system fault Contact our service department 183 HIGH BATTERY

IMPEDANCE Battery circuit has high impedance

1. Check battery cabling. 2. Replace battery.

209 WRONG TYPE OF UNIT DEFINED

The type of unit found is different from the type configured.

Change the unit or the system configuration.

210 Error in cause&effect definitions

Fault detected in the configuration.

Check the configuration.

255 ILLEGAL Internal system error. Contact our service department.


41

Fuses If a fuse is defective in the system a fault will be displayed at the control units. Locate and replace the fuse with the information below.

Fuse list Location Fuse Fuse rating

Base board F1: Alarm bell output 1 AT Base board F2: Alarm bell output 1 AT Base board F3: Alarm bell output 1 AT Base board F4: Alarm bell output 1 AT Rectifier board F3: To transformer 3.15 AT Rectifier board F4: To transformer 3.15 AT Rectifier board F5: To external 230VAC 3.15 AT Rectifier board F6: To external 230VAC 3.15 AT Rectifier board F8: Battery 4 AF Rectifier board F9: Battery 4 AF Rectifier board F10: From transformer 6.3 AF Rectifier board F11: From transformer 6.3 AF

Fuse type: 5 x 20 mm

Fuse locations on base board, BB.

Fuse locations on rectifier board, RB.

Service & Maintenance manual Appendix B: Connections for loop units Salwico CS4000

42

Appendix B: Connections for loop units

ÇConsilium Marine

Connection of loop units 1/2

Detectors Manual call points NS-AOS NS-ACP NS-AIS NS-ACP IP55 NS-AH/AIS NS-ACPWP NS-AOHS NS-AH/CS NS-AIHS NS-AUV Short circuit isolator Timer NS-SCI NS-TIMAC

Address units Addressable IS units NS-AOS-IS NS-AOHS-IS ACP-IS

+1-2+3-4

Loop IN

Loop OUT

5 (+)

7 (+)8 (-)

6 (-)

21

Loop OUT

Loop IN

NS-AIN1/ID2

2 (-)3 (+)4 (-)

1 (+)

21 11 (+)

12 (-) 21

2 (-)1 (+)

NS-ISOLATOR

Safe area Hazardous area, IS units

+ 11 +2 2

IS unit

+ + ELR-3312

Last IS unit

1 (+)2 (-)3 (+)4 (-)

Loop IN

Loop OUT

6 (-)

8 (-)7 (+)

5 (+) +12 2

121

21

ELR-33

NS-AIN1/ID3

Detector Last detector

Conventional detectors

+ ++

Loop OUT

Loop IN

3 (+)

6 (-)

8 (-)7 (+)

5 (+)4 (-)

NS-AIN2/ID7

1 (+)2 (-)

ELR-4.7

ELR-4.7

Sprinkler station

Flow switch (no flow position)

Sprinkler valve (open position)

Loop OUT

Loop IN

3 (+)

6 (-)

8 (-)7 (+)

5 (+)4 (-)

NS-AIN2/ID8

1 (+)2 (-)

ELR-4.7 Input

Hazardous areaSafe area

NS-AOS-IS

1(+)2(-)

21(+)22(-)

24(-)23(+)

Loop in

Loop out

NS-ISOLATOR-A

1(+)2(-) To next IS unit

(max 20)

Call point circuits

Black (-) Red (+)

ACP-ISNS-AOHS-IS

ÇConsilium Marine

Connection of loop units 2/2

Address units AE-2 AE-2K AE-2K/I AE-2E ID Switch Detectors

Evolution type detectors RDJ-2 RDJ-2T RDO-2 TDT-2 HA100-HA110 OA100-140 IA100-140 WITH BASES: UB-1, UB-2 SPB-ADAPT

EV-P EV-PH EV-DP EV-DPH EV-H 54 EV-H 84 EV-H A1R

Loop units Manual call points KS-2, KS-2K LKA01→LKA05 VE-1, VE-2 LK-2, LK-2K SID-38 SID-38T TDT-2K UR-2K UR-2KN VL-2, VL-2K

Black

Loop in

Red

Call point circuits

Loop out+

-

Loop in Loop out

3(-)6(-)1(+)

3 mA remoteoutput

Service & Maintenance manual Appendix C: System modules Salwico CS4000

45

Appendix C: System modules The system modules are building blocks in the fire alarm system. The system can be designed according to customers needs. All functions in the modules, including the control unit, are performed by circuit boards. By combining these modules, a system can be built which performs the function desired by the customer. The circuit boards available are:

Panel Board, PB Base Board, BB Rectifier Board, RB Battery discharge protector, BDP-1 Loop Board, LB3 Zone Board, ZB Output Board, OB Ethernet Board USB expansion Board MUX Board, MB

See following pages for detailed information about each circuit board.

CS4000 System boards PB, Panel Board

Part no. 462002

System: Salwico CS4000 fire alarm

Description

The printed circuit board Panel Board, PB, is a system module in the Salwico CS4000 fire alarm system.

The Panel Board together with the alphanumerical display, keyboard, terminal board and a cabinet forms the control/repeater panel in the CS4000 system.

The Panel Board is equipped with some basic in- and outputs and a RS232 serial interface.

For more information about how to connect the different CS4000 system boards together, please refer to CS4000 Service & Maintenance manual.

Specifications may be subject to change for improvement without prior notice Data sheet no: 462002 PB panel board 06 2 E Page 1 of 3

ÇConsilium Consilium Marine AB P.O. Box 8763, SE-402 76 Göteborg Phone +46 31 7107700 Fax +46 31 7107800 www.consilium.se

DIP switch

The 8-pole DIP switch has two functions: 1. Switch 1-7

Set the address for the Panel Board (1-127). 2. Switch 8

Set if the Power LED shall be affected by the dimmer function or not (from vers. 4→). Switch 8 on = Power LED affected by dimmer Switch 8 off = Power LED fully lit.

Data

Nominal voltage 27 VDC Working voltage 19-30 VDC Working current 65-85 mA (excl. buzzer output) Temperature range 0°C to +55°C Weight panel board ~150 g Weight display ~200 g Weight terminal board ~60 g Dimensions PB 180x120x27 Dimensions display 145x104x15 Dimensions terminal board 127x45x30 Art. No. terminal board 057860 Art. No. keyboard, control 461001 Art. No. keyboard, repeater 461004

Example address switch setting:

1 2 3 4 5 6 7 8

O N

1 2 4 8 16 32 64 Dimmer functio n on

Board adress no.

1+4+64=69 Block diagram

PB, Panel Board

Alphanumerical display

External system channel B out : To next Panel Board (if any)

External system channel A out: To next Panel Board (if any)

External system channel A in: From Base Board

External system channel B in: From Base Board

Terminal board

0System Fault

Home Disc.

Test

Alarm Device

Power

Alarm Transfer

Alarm Delay

Zone/Unit

2

Warning

OK

Pre-Alarm

Menu

Reset

FIREFAULT DISC.

NextMute

OK

ABC3

DEF' '1

5JKL

6MNOGHI

4

8TUV

9WXYZPQRS

7

F1

F2

F3

Keyboard


Component layout

Jumpers



JP1 Run. Fitted during normal operation. Move to JP4 during programming of PB.

JP2-3 RS485 termination port 1, normally open (mounted on last board on external system channel)

JP4 Prog. Fitted during programming of PB. Move back to JP1 after programming.

JP5-6 RS485 termination port 2, normally open (mounted on last board on the external system channel).

LEDs

D1 Power RS232 D9 Local power D20 RS485 Ch.1 RX D21 RS485 Ch.1 TX D22 RS485 Ch.2 RX D25 RS485 Ch.2 TX D26 RS232 TX D27 RS232 RX

Connectors

J1 To keyboard. J2 To terminal board. J3 Buzzer. J4 To display. J5 To terminal board. J7 Backlight display. J8 To keyboard. J9 Door switch. J10 RS232 (printer). J11 External system channel A. J12 External system channel B. J13 Contact for download of software to PB. (fitted on version R1D and later) Potentiometer

R139 Adjust contrast on display


Terminals

Terminal board layout

Terminal data

DESCRIPTION TERMINAL NO. FUNCTION DATA 1 Power + 2 Power -

24VDC, 65-85mA total on A+B channel, (excl. buzzer output)

3 Communication, a External system channel A, IN

4 Communication, b RS485

5 Power + 6 Power -

24VDC, 65-85mA total on A+B channel, (excl. buzzer output)

7 Communication, a External system channel B, IN


11 Power + 12 Power -

24VDC, 50mA total on A+B channel

13 Communication, a External system channel A, OUT


15 Power + 16 Power -

24VDC, 50mA total on A+B channel

17 Communication, a External system channel B, OUT


19 + External buzzer out

20 - 24VDC, max 100mA

21 TX out 22 RX in 23 RTS out 24 CTS in

Interface output, RS232

25 GND

RS232, isolated

Internal FA signal 26 Input Active low 31 +

Output 1 32 - 33 +

Output 2 34 - 35 +

Output 3 36 -

24VDC, max 80mA

37 + Input 1

38 IN 39 +

Input 2 40 IN

Not isolated. Active when shorted.



CS4000 System boards BB, Base Board

Part no. 462001


Description

The printed circuit board BB, Base Board is a system module in the Salwico CS4000 fire alarm system.

The Base Board is the motherboard in the system, containing all the basic in- and outputs and controlling the system communication.

For more information about how to connect the different CS4000 system boards together, please refer to CS4000 Service & Maintenance manual.

Data

Nominal voltage 27 VDC Working voltage 19-30 VDC Working current 110 mA Cable terminals 2.5 mm2 Temperature range 0°C to +55°C Weight ~380 g Dimensions (bxhxd) 248x127x37

Specifications may be subject to change for improvement without prior notice Data sheet no: 462001 base board 10 1 E Page 1 of 4


Address switch

The 8-pole DIP switch is used to set the central and base board address. Switch 1-4 is dedicated for the board address, and switch 5-8 to the central address. The address number can be set from 1 to 15. Example:

Block diagram

24 VDC from RB

Basic inputs Basic outputs

Base Board, BB

Panel Boards

Loop/Zone Boards

USBEthernet

Relay boards

1 2 3 4 5 6 7

O N

8

1 2 4 8 1 2 4 8

Board no. Central no .

5 4


Component layout



Jumpers

JP1-4 If fitted, relay 4-7 follows the GA input.

JP5 Internal function. Should always be mounted towards reset button

JP6-7 RS485 termination port 1, should normally be open (mounted away from terminal P12)


JP 10-11 RS485 termination port 3, should normally be open (mounted away from terminal P12)


JP14 0 or 24VDC on terminal 27-28. For more info, see Terminals.

Connectors

P1 Internal system channel and rectifier board, RB P5 Background debug monitor, BDM P6 Ethernet expansion P7 USB expansion P9 USB Device P10 External buzzer P13 To relay board, OB P14 To panel board, channel A P15 To panel board, channel B P16 Back up power

LEDs

D4 Relay 4 D5 Relay 1 D9 Relay 5 D10 Relay 2 D14 Relay 6

Correct mounting of connector P1

Male

Female

D15 Relay 3 D17 Relay 7 D21 Fire indication D19 Input 4 active D22 Input 3 active D23 Input 2 active D24 Fault indication D25 Input 1 active D27 fault base board D31 Relay 8, Bell output 1 D36 Relay 9, Bell output 2 D44 TX port 1 D45 RX port 1 D48 TX port 2 D49 RX port 2 D52 Power OK port 2 D53 RX port 3 D54 TX port 3 D57 TX port 4 D58 RX port 4 D72 Power to base board Fuses

F1 Alarm bell output F2 Alarm bell output F3 Alarm bell output F4 Alarm bell output All fuses are 5x20mm, 1AT.


Terminals

Terminal layout

Terminal data

DESCRIPTION TERMINAL FUNCTION DATA 1 Power + 2 Power -

24VDC, max 350mA

3 Communication, a

External system channel A Control & repeater panel


5 Power + 6 Power -

24VDC, max 350mA

7 Communication, a External system channel B Control & repeater panel


9 TX 10 RX 11 RTS 12 CTS 13 GND

RS232, isolated.

14 A 15 B 16 GND 17 A

Interface output (RS232 or RS485)

18 B

RS485, isolated

19 + Input 1

20 21 +

Input 2 22 23 +

Input 3 24 25 +

Input 4 26

Not isolated. Activated when terminals are shorted. For example “GA auto input”.






27 +

Programmable DC out

28 - 27VDC, max 500mA (max 900mA on version R2C or later). JP14 mounted away from terminals= inactive 0V, active 24VDC. JP14 mounted towards terminals= inactive 24VDC, active 0V

29 + 24VDC out

30 - 31 +

24VDC out 32 -

27VDC, max 500mA Vmin=18.5VDC Vmax=27.5VDC

33 + Alarm transfer

34 - Must be terminated with end of line resistor 10kΩ

35 NC 36 C Programmable output 1 37 NO 38 NC 39 C Programmable output 2 40 NO 41 NC 42 C Programmable output 3 43 NO 44 NC 45 C

Programmable output 4 (follows GA if jumper JP1 is mounted) 46 NO

47 NC 48 C


50 NC 51 C


27VDC, max 1A

53 + Bell output 1

54 - 55 +

Bell output 2 56 -

24VDC, max 800mA Vmin=19.5VDC Vmax=27.5VDC End of line resistor 33kΩ

57 + Input GA morse

58 Not isolated. Active when shorted

59 + PA mute

60 Not isolated Active when shorted

Internal FA signal output 61 Open

collector Active low

62 NC 63 C


27VDC, max 1A

CS4000 System boards RB, Rectifier Board

Part no. 462005e1


Description

The printed circuit board RB, Rectifier Board, is a system module in the Salwico CS4000 fire alarm system.

The Rectifier Board, together with the transformer, forms the power supply unit for the CS4000 central, including battery-charging function for the internal batteries.

There are three types of transformers available: 100VAC, 115/230VAC and 115/230VAC with an auto-reset thermal switch. For older revisions (R1A-D) an obsolete 115/230VAC transformer was used.

Note: Do not mix an old transformer with a new RB or vice versa! See Replacement below for information on how to replace old parts.

For more information about how to connect the different CS4000 system boards together, please refer to the CS4000 Service & Maintenance manual.

Replacement

Replacement kit 462005E1K should be used when an old RB or transformer (art. 462005 or 53052) needs to be replaced.

The 462005E1K kit includes: RB, Rectifier Board 462005e1 Transformer 115/230 V AC 53053

Screw M6x45mm 44008 Washer AZ 6.4 FZB 44009

RB Data

Input voltage 100, 115 or 230 VAC +10%/-15%

Output voltage 28 VDC Working current 70 mA Max output 28 VDC, 3 A Charge capacity 0.25A (battery size 2.3) Cable terminals P1-P2 4 mm2

Cable terminals P5-P7 2.5 mm2

Temperature range +5°C to +55°C Weight RB ~475 g Dimensions RB 175x100x72 mm

Transformer Data

Weight ~1850 g Dimensions Ø95, height 45 mm Part no. transformer: -53053 (115/230VAC)

-53054 (115/230VAC with heat fuse) -53055 (100VAC)

For more data, see under Terminals.

Block diagram

Specifications may be subject to change for improvement without prior notice Data sheet no: 462005e1 RB rectifier board 10 4 E Page 1 of 3



Address switch



The 8-pole DIP switch is used to set the address for RB Rectifier Board. Each board in a system has its own unique address. The address no. can be set from 1 to 255.

Example address switch setting:

1 2 3 4 5 6 7 8

O N

1 2 4 8 16 32 64 128

Board adress no.

1+ 4+ 64= 69

Component & Terminal layout

Correct mounting of connector P3 & P4

Male

Female

Jumpers

JP1 Programming mode. Fitted during programming of RB. Move to JP4 when programming is completed. JP2-JP3 Not used JP4 Run mode, fitted during normal operation. Move to JP1 during programming of RB. JP5 Battery charge boost. Fit jumper to increase battery charge current from 0.25A to 1A. Note: Max output current (P3+P4) will then be decreased to max 2.25A. Connectors

P1 Power in- and output. P2 To transformer P3 Internal system channel A to LB3/ZB. P4 Internal system channel A to Base Boards + separate

power to bell outputs on Base Board. P5 From transformer. P6 Programmable relay output 1. P7 Programmable relay output 2. P8 Batteries P9 Contact for download of software to RB. P12 Internal system channel B

LEDs

D7 Relay 1. Green. D10 System fault. Yellow. D11 Relay 2. Green. D23 TX data port 1. Green. D24 RX data port 1. Green. D27 TX data port 2. Green. D28 RX data port 2. Green. D31 Power to board OK. Green. D33 Battery fault. Yellow. D34 Forced battery charge. Green. D35 Battery circuit OK. Green. D36 Indicates battery test. Yellow. Fuses

F3-F4 3.15AT To transformer F5-F6 3.15AT To external mains F8-F9 4 AF Battery F10-F11 6.3AF From transformer Fuse type: 5x20 m


Change over function

The rectifier board has an in-built change over function between the two 110/115/230VAC inputs (main and emergency). If there is only one 115/230VAC power supply available, it shall always be connected to “emergency”. Note: The rectifier board will not start up if 100/115/230VAC is connected to “mains” unless the batteries are connected first. Terminals Transformer connection

Terminal layout

Terminal data

DESCRIPTION TERMINAL NO. FUNCTION DATA 1 ~ From transformer 2 ~

32 VAC Imin=0.1A, Imax=5A

3 a Internal system channel A 4 b

RS485

11 C 12 NC

Programmable output 1

14 NO 21 C 22 NC


24 NO

Max 230 VAC, 5A

101 ~ Power in, main 102 ~

100 / 115 / 230 VAC +10%/-15%, 50-60 Hz

103 ~ Power in, emergency 104 ~

100 / 115 / 230 VAC +10%/-15%, 50-60 Hz

105 ~ Power out 106 ~

Output 100 / 115 /230 VDC Imax=1A

107 ~ 108

To transformer

109 ~

Output 100 / 115 / 230 VDC Imin=0.1A Imax=1.0A

P8 + Battery P8 -

24 VDC. Max charging current to battery is 0.25

P3 + Power to LB3/ZB (c.i.e) P3 - P4 + Power to base board (c.i.e) P4 -

Vmin=18.5VDC Vmax=28VDC Vripple=200mV RMS Imax=3A / 2.25A*. Total P3+P4

Notes

If only one 100/115/220VAC power supply is provided, it shall be connected to “Power in, emergency”. When replacing the batteries, make sure to use batteries with the same specification as the original.



Battery discharge protector Salwico BDP-1 kit

Part no. 5100425-00A


Specifications may be subject to change for improvement without prior notice Data sheet no: 5100425-00A.BDP-1 kit.10.1.ME

ÇConsilium P.O. Box 8763, SE-402 76 Göteborg Phone +46 31 7107700 Fax +46 31 7107800 www.consilium.se

Description

The BDP-1 KIT is an add-on circuit board required when the CS4000 shall fulfil the requirements of the Marine Equipment Directive (MED). The BDP-1 circuit board is installed on top of the RB rectifier board (HW version R1F and later), using the installation hardware provided with the kit. Electrically, the BDP-1 is installed in between the battery and the battery terminals of the RB board. Functions

A. Battery deep discharge protection. The BDP-1 will disconnect the CS4000 from the battery before the voltage has dropped to a level that may cause permanent damage to the battery, at approx. 18V. B. Resistance monitoring (RB SW 1.0.7 or higher) Circuitry that allows the total resistance of the battery circuit to be monitored (i.e. the resistance of the battery cables and their connections, as well as the internal resistance of the battery)

Data

Operating voltage 10-30 VDC Current consumption: -Normal operation 0.5mA -Panel disconnected 0.5mA Operating Temp range -5°C to +55°C Weight ~100 g Dimension BDP-1 100x90x15 The BDP-1 KIT contains:

- 1 pcs Installation drawing (Consilium Drawing no. 6300057)

- 4 pcs Hexagon spacer, M3, M-F, 20mm ZplB - 4 pcs Lock washer, 3mm, ZplB - 1 pcs BDP-1 Circuit board assembly part no. 5100424-00A

Block diagram

Battery discharge protector Salwico BDP-1 kit

Specifications may be subject to change for improvement without prior notice Data sheet no: 5100425-00A.BDP-1 kit.10.1.ME

ÇConsilium P.O. Box 8763, SE-402 76 Göteborg Phone +46 31 7107700 Fax +46 31 7107800 www.consilium.se

Mounting & Connection

Pict. 1 BDP-1 mounted on RB Rectifier Board

CS4000 System boards LB3, Loop Board

Part no. 462003


Description

The printed circuit board LB3, Loop Board is a system module in the Salwico CS4000 fire alarm system.

The Loop Board is a connection board for 3 analogue addressable detector loops. Each analogue addressable loop can have up to 254 loop units.


Specifications may be subject to change for improvement without prior notice Data sheet no: 462003 LB3 loop board 06 2 E Page 1 of 2


Address switch

The 8-pole DIP switch is used to set the address for LB3 Loop Board. Each board in a system has its own unique address. The address no. can be set from 1 to 255.

Data

Nominal voltage 27 VDC Working voltage 19-30 VDC Working current 340 mA Cable terminals 2.5 mm2

Temperature range 0°C to +55°C Weight ~300 g Dimensions (bxhxd) 247x127x25 Example address switch setting:

1 2 3 4 5 6 7 8

O N

1 2 4 8 16 32 64 128

Board adress no.

1+4+64=69

Block diagram

CS4000 System boards LB3, Loop Board

Component layout

Jumpers

JP1 Run mode. Fitted during normal operation. Move to JP2 during programming. JP2 Programming mode. Fitted during programming. Move to JP1 after programming is completed. JP3 Not used Connectors

P1 Internal system channel A, incl. power supply from RB, rectifier board.

P2 Contact for download of software to LB3 P3 Connection of detector loop 1 P4 Connection of detector loop 2 P5 Connection of detector loop 3 P6 Internal system channel B. Only used if redundancy

of the internal system channel is required.

LEDs

D1 Indication for processor, Green. D2 System fault. Yellow. D16 Fire indication, loop 1. Red. D17 Fault indication, loop 1. Yellow. D18 Communication, loop 1. Green. D27 Fire indication, loop 2. Red. D28 Fault indication, loop 2. Yellow. D29 Communication, loop 2. Green. D38 Fire indication, loop 3. Red. D39 Fault indication, loop 3. Yellow. D40 Communication, loop 3. Green.

Terminals

DESCRIPTION CONNECTOR TERMINAL NO. FUNCTION DATA P3 11 + Fire loop 1 A side P3 12 - P3 13 + Fire loop 1 B side P3 14 - P4 21 + Fire loop 2 A side P4 22 - P4 23 + Fire loop 2 B side P4 24 - P5 31 + Fire loop 3 A side P5 32 - P5 33 + Fire loop 3 B side P5 34 -

28VDC, max 300mA/loop

Specifications may be subject to change for improvement without prior notice Data sheet no: 462003 LB3 loop board 06 2 E Page 2 of 2


CS4000 System boards ZB, Zone Board

Part no. 462006


Description

The printed circuit board ZB, Zone Board, is a system module in the Salwico CS4000 fire alarm system.

The Zone Board is a connection board for 16 conventional detector zones or 16 digital inputs*.

Each conventional zone can accommodate up to approximately 50 detectors, depending on the total power consumption on the zone.


Specifications may be subject to change for improvement without prior notice Data sheet no: 462006 ZB zone board 06 4 E Page 1 of 3


Address switch

The 8-pole DIP switch is used to set the address for ZB Zone Board. Each board in a system has its own unique address. The address no. can be set from 1 to 255.

Data

Nominal voltage 27 VDC Working voltage 19-30 VDC Working current 140 mA Max current/zone 100 mA Max total current 1 A Cable terminals 2.5 mm2

Temperature range 0°C to +55°C Weight ~220 g Dimensions (bxhxd) 247x139x18 ELR fire zones 10kΩ Series resistor, input ~300Ω *If the Zone Board is used as an input board, a resistor (~300Ω) must be connected in series with the closing input contact. Example address switch setting:

1 2 3 4 5 6 7 8

O N

1 2 4 8 16 32 64 128

Board adress no.

1+4+64=69

Block diagram


Component & terminal layout

Jumpers

JP1 Programming mode. Fitted during programming of ZB. Move to JP4 when programming is completed. JP2-JP3 Not used JP4 Run mode, fitted during normal operation. Move to JP1 during programming of ZB. Connectors

P1 Internal system channel A. P2+P6+P10-P15 Connection of detector zones. P3 Internal system channel B. Only used if redundancy

of the internal system channel is required. P4 Inputs. See Terminals for more info. P5 DID expansion. P7 Not used. P8 Not used

LEDs

D3 Processor operation. Green. D4 Fire indication. Red. D5 Fault indication. Yellow. D6 System fault. Yellow. D7 TX data port 1. Green. D8 RX data port 1. Green. D11 TX data port 2. Green. D12 RX data port 2. Green. D17 Power to zone board. Green.

P9 Contact for download of software to ZB. Specifications may be subject to change for improvement without prior notice Data sheet no: 462006 ZB zone board 06 4 E Page 2 of 3



Specifications may be subject to change for improvement without prior notice Data sheet no: 462006 ZB zone board 06 4 E Page 3 of 3


Terminals

DESCRIPTION TERMINAL NO. CONNECTOR DATA 1+

Fire zone 1 1- 2+

Fire zone 2 2-

P2

3+ Fire zone 3

3- 4+

Fire zone 4 4-

P6

5+ Fire zone 5

5- 6+

Fire zone 6 6-

P10

7+ Fire zone 7

7- 8+

Fire zone 8 8-

P11

9+ Fire zone 9

9- 10+

Fire zone 10 10-

P12

11+ Fire zone 11

11- 12+

Fire zone 12 12-

P13

13+ Fire zone 13

13- 14+

Fire zone 14 14-

P14

15+ Fire zone 15

15- 16+

Fire zone 16 16-

P15

27VDC, max 100mA/zone. End of line resistor (ELR) 10kΩ If used as an input, a ~300Ω resistor must be connected in series with the closing contact.

21 Input 1

22 23

Input 2 24

P4 Not isolated. Activated when terminals are shorted.

CS4000 System boards OB, Output Board

Part no. 462004


Description Data

Nominal voltage 27 VDC The printed circuit board OB, Output Board, is a system module in the Salwico CS4000 fire alarm system. Working voltage 19-30 VDC

Working current 70 mA The Output Board is an optional board providing 8 potential free, programmable relay contacts and 2 inputs.

Max current 180mA (all relays activated) Cable terminals 2.5 mm2

Temperature range 0°C to +55°C Weight ~200 g For more information about how to connect the different

CS4000 system boards together, please refer to the CS4000 Service & Maintenance manual.

Dimensions 161x100x27 mm

Address switch Example:

1 2 3 4 5 6 7 8

O NThe 8-pole DIP switch is used to set the address for the

OB, Output Board. Each board in a system has its own unique address.

The address no. can be set from 1 to 255. 1 2 4 8 16 32 64 128

Board adress no.

1+4+64=69 Block diagram

Specifications may be subject to change for improvement without prior notice Data sheet no: 462004 output board 06 2 E Page 1 of 4



Component layout

Jumpers LEDs JP1

D2 System fault. Yellow. Prog mode. Fitted during programming of OB. Move to JP2 when programming is completed.

D4 Input 1 active. Green. D6 Input 2 active. Green.

JP2 D8 Relay 1 active. Yellow.

Run mode. Fitted during normal operation. Move to JP1 during programming of OB.

D10 Relay 2 active. Yellow. D12 Relay 3 active. Yellow.

D14 Relay 4 active. Yellow.

D16 Relay 5 active. Yellow.

Connectors D18 Relay 6 active. Yellow. D20 Relay 7 active. Yellow. P1 Internal system channel A.

To Base Board (10 pole flat cable). D22 Relay 8 active. Yellow. D24 TX data port 1. Green. P2 Internal system channel B D25 RX data port 1. Green. P3-P6+P8-P11 Relay outputs 1-8. D28 TX data port 2. Green. P7 Inputs + activation of relay outputs. D29 RX data port 2. Green. P12 Contact for download of software to OB. D34 Power. Green.




Terminals

Terminal layout

Terminal data

DESCRIPTION TERMINAL NO. FUNCTION DATA 1 + 2 -



3 a Internal system channel B RS485

4 b 11 C 12 NC


14 NO 21 C 22 NC Programmable output 2 24 NO 31 C 32 NC Programmable output 3 34 NO 41 C 42 NC Programmable output 4 44 NO 51 C

Max 230VAC, 5A

52 NC Programmable output 5 54 NO 61 C 62 NC Programmable output 6 64 NO 71 C 72 NC Programmable output 7 74 NO 81 C 82 NC Programmable output 8 84 NO




Activation of output 1 101 Activation of output 2 102 Activation of output 3 103 Activation of output 4 104 Activation of output 5 105 Activation of output 6 106 Activation of output 7 107 Activation of output 8 108

Will activate output 1-8 respectively if connected to terminal 109. Active low.

Common minus for term. 101-108

109 -

110 + Input 1

111 112 +

Input 2 113

Not isolated.

Active when shorted

CS4000 System boards Ethernet Board SETH1

Part no. 462009


Description

The printed circuit board SETH1 is a system module in the Salwico CS4000 fire alarm system.

SETH1 adds an Ethernet port to the CS4000 system. This gives possibilities such as network connection and remote maintenance.

SETH1 is fitted directly on the CS4000 baseboard as a piggyback, see picture below.


Data

Nominal voltage 3.3 VDC Working current ~10 mA Temperature range 0°C to +55°C Weight ~30 g Dimensions 75x71x20 mm Communication Ethernet 10Mbit/s

Mounting

SETH1 is mounted on spacers directly on the CS4000 baseboard.

Connectors

P2 Ethernet port

Component layout

LED indicators

D1 10Mbit/s D2 Full duplex D3 100Mbit/s D4 TX data D5 RX data All LEDs are green.

Specifications may be subject to change for improvement without prior notice Data sheet no: 462009 SETH1 06 2 E


CS4000 system boards USB expansion board SPX

Part no. 462008


Description

The SPX board is developed to add extra communication channels to a CS4000 system:

• 2 x USB master ports

• 2 x RS232/485 serial ports

The SPX board is fitted as a piggyback on top of the CS4000 baseboard.

If the RS232/485 serial ports shall be used, then a FLK20 terminal board is connected via a 20 pole flat cable. The FLK20 terminal board is rail mounted.

Data

Nominal voltage 3.3 VDC Working current ~10 mA Temperature range -10°C to +70°C Weight ~130 g Dimension PCB 95x65x15 mm Dimension FLK20 60x50x60 mm Part no. FLK20 46600

Connection & layout

Specifications may be subject to change for improvement without prior notice Data sheet no: 462008.SPX.06.1.E Page 1 of 1


Jumpers JP1-JP2 Termination RS485 port 1. Normally fitted. JP3-JP4 Termination RS485 port 2. Normally fitted.

LEDs LED1 Power indication, port 1 LED2 Power indication, port 2

FLK20 terminals Description Terminal Function Data

1 TX 2 RX 3 4

GND

RS232,

5 A

Port 1

6 B RS485, isolated

11 TX 12 RX 13 14

GND

RS232, isolated

15 A

Port 2

16 B RS485, isolated

Connectors P2 Used to connect FLK20 terminal board via flat cable. P3 USB host/master. Note: Only 1 USB port can be used at a time. P4 USB host/master. Note: Only 1 USB port can be used at a time.

CS4000 System boards MB, MUX Board

Part no. 462012


Description

The printed circuit board MB, MUX Board, is a system module in the Salwico CS4000 fire alarm system.

The MUX Board is a multiplexer with 254 outputs. The multiplex function can for example be used for mimics etc.


Specifications may be subject to change for improvement without prior notice Data sheet no: 462012 MB MUX board 06 2 E Page 1 of 3


Address switch

The 8-pole DIP switch is used to set the address for MUX Board. Each board in a system has its own unique address. The address no. can be set from 1 to 255.

Data

Nominal voltage 27 VDC Working voltage 19-30 VDC Working current 140 mA Max current/output 100 mA Max total current 1 A Cable terminals 2.5 mm2

Temperature range +5°C to +55°C Weight ~220 g Dimensions (bxhxd) 247x139x18 Example address switch setting:

1 2 3 4 5 6 7 8

O N

1 2 4 8 16 32 64 128

Board adress no.

1+4+64=69

Block diagram


Component & terminal layout

Jumpers

JP1 Programming mode. Fitted during programming of MB. Move to JP4 when programming is completed. JP2-JP3 Not used JP4 Run mode, fitted during normal operation. Move to JP1 during programming of MB. Connectors

P1 Internal system channel A. P2+P6+P10-P15 Outputs 1-254. P3 Internal system channel B. Only used if redundancy

of the internal system channel is required. P4 Lamp test and local mute, see block diagram. P5 DID expansion. P7 Adjustment of LED intensity, 0-10kΩ. P8 Local buzzer. P9 Contact for download of software to MB.

LEDs

D3 Processor operation. Green. D4 Fire indication. Red. D5 Fault indication. Yellow. D6 System fault. Yellow. D7 TX data port 1. Green. D8 RX data port 1. Green. D11 TX data port 2. Green. D12 RX data port 2. Green. D17 Power to zone board. Green. MUX outputs

There are 254 MUX outputs available. MUX output 1= output 1+, 1- MUX output 2= output 1+, 2- MUX output 16= output 1+, 16- MUX output 17= output 2+, 1- etc MUX output 254= output 16+, 14-






Terminals

DESCRIPTION TERMINAL NO. CONNECTOR DATA 1+ 1- 2+ 2-

P2

3+ 3- 4+ 4-

P6

5+ 5- 6+ 6-

P10

7+ 7- 8+ 8-

P11

9+ 9- 10+ 10-

P12

11+ 11- 12+ 12-

P13

13+ 13- 14+ 14-

P14

15+ 15- 16+

Outputs

16-

P15

27VDC, max 100mA/output

21 Lamp test

22 23

Local mute 24

P4

Not isolated. Activated when terminals are shorted.

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