t1000 - manual do usuário

T1000

MARINECONTROLLER

User Manual

11th September 2000

120-415-377 Issue 4

120-415-377 Issue 4 i

T1000 MARINE FIRE DETECTION CONTROLLER

1. INTRODUCTION 1

1.1 SCOPE OF THE MANUAL 11.2 OVERVIEW 1

2. INDICATIONS AND CONTROLS 2

2.1 DISPLAY 22.1.1 CONDITION AREA 22.1.2 ZONE AREA 22.1.3 OUTPUT 22.1.4 LED INDICATORS 32.2 STANDARD CONTROLS 42.2.1 DISPLAY SCREEN FORMATS AND ASSOCIATED FUNCTION

PUSHBUTTONS 42.3 OTHER PUSHBUTTON FUNCTIONS 7

3. OPERATION 8

3.1 QUIESCENT (NORMAL) CONDITION 83.2 CONTROLLER SECURITY ACCESS LEVELS 83.3 CONTROLLER SOUNDER OPERATION 83.4 ZONE PRIORITIES 93.5 FIRE ALARM 93.6 MANUAL ALARM EVACUATE 93.7 TECHNICAL ALARMS 103.8 LAMP TEST 103.9 FIRE ALARM/FAULT DIAGNOSIS FLOWCHART 113.9.1 ZONE FAULTS 113.9.2 OUTPUT FAULTS 133.9.3 SYSTEM FAULTS 143.9.4 FAULT AREA TABLE 153.9.5 ERROR CODE TABLE 153.10 ACCESS LEVEL-3 FUNCTIONS 183.10.1 CURRENT TIME AND DATE 183.10.2 USER TEXT MESSAGES 19

4. SITE INFORMATION 21

4.1 NT CONTROLLER SITE DETAILS 214.2 NT CONTROLLER SITE AND VISIT DETAILS 224.3 CAUSE AND EFFECT DEFAULT CONFIGURATION 234.4 CUSTOMISED C AND E CONFIGURATION DETAILS - RECORD 254.5 USER TEXT CONFIGURATION DETAILS 27

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5. ROUTINE MAINTENANCE AND TESTING 28

5.1 USER MAINTENANCE 285.1.1 GENERAL 285.1.2 CLEANING 285.2 ROUTINE TESTING 285.2.1 DAILY 285.2.2 WEEKLY 285.3 SERVICE MAINTENANCE 285.3.1 QUARTERLY 285.3.2 ANNUALLY 295.3.3 EVERY 4 YEARS 29

6. FIRE CONTROLLER AREA DESCRIPTOR TABLE 30

ANNEX A - REPEATER OPERATION1. INTRODUCTION 31

2. FAULT REPORTING 32

2.1 ZONE FAULTS 322.2 OUTPUT FAULTS 322.3 SYSTEM FAULTS 322.4 COMMUNICATION FAULTS 322.4.1 REPEATER FAILS TO RECEIVE AN ACKNOWLEDGEMENT FROM

THE MASTER PANEL 322.4.2 MASTER FAILS TO RECEIVE AN ACKNOWLEDGEMENT FROM

A REPEATER PANEL 32

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1. INTRODUCTION

1.1 SCOPE OF THE MANUAL

This manual contains the necessary information to enable trained personnel to use and maintain the T1000Marine Fire Detection Controller.

1.2 OVERVIEW

The T1000 Marine Series of Fire Detection System of Controllers are available in 8 Zone and 16 Zoneversions. Each version provides the user with versatile Fire Detection Annunciation Features. Thecontroller’s User Interface is provided in the form of a pushbutton keypad, a 2-line LCD display and LEDindicators. The Controller monitors and reports its current status via its front panel and visual/audibleenunciators. The manner in which the controller responds to Fire Alarm and Fault conditions is a functionof the built in Cause and Effect Firmware. Up to 3 repeater panels may be connected to a T1000 MarineController, refer to Annex A for repeater operation.

Fig. 1.2

DISPLAY

FUNCTIONPUSHBUTTONS

LEDINDICATORS

FUNCTIONPUSHBUTTONS

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2. INDICATIONS AND CONTROLS

2.1 DISPLAY

Detailed information about the controller status is presented on a 2 x 40 character Liquid Crystal Display(LCD) in the form of eight discrete screens.

The display is divided into three areas:

• CONDITION

• ZONE

• OUTPUT

2.1.1 CONDITION AREA

The Condition area displays one of eight condition screens:

• QUIESCENT

• EVACUATE

• FIRE ALARM

• TECHNICAL ALARM

• FAULT WARNING

• SYSTEM FAULT

• DISABLEMENT

• TEST MODE

2.1.2 ZONE AREA

The Zone area displays which zone(s) has been effected.

2.1.3 OUTPUT

The Output area shows which outputs have been operated. Outputs 1 - 4 are relay outputs and outputs 5 - 8 are supervised sounder outputs.

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2.1.4 LED INDICATORS

The controller status is indicated by ten Light Emitting Diodes (LEDs).

FIRE ALARM - 2 Red LEDs, lit when a Fire Alarm is detected or an evacuateis initiated.

TECHNICAL ALARM - Yellow LED, lit when a Technical Alarm is detected.

FAULT WARNING - Yellow LED, lit when a Fault is detected.

SYSTEM FAULT - Yellow LED, lit when a System Fault is detected.

DISABLE - Yellow LED, lit when a Fire Zone or Supervised Output has beendisabled at the controller.

TEST MODE - Yellow LED, lit when the One-man Walk Test Feature hasbeen selected for a particular Fire Zone.

DAY/NIGHT - Yellow LED, lit when day mode is selected.

POWER - 2 LEDs, the left-hand Yellow LED indicates a total supply failure(only if the internal PP3 battery is fitted to the display PCB) and the right-handGreen LED indicates the supply is healthy.

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2.2 STANDARD CONTROLS

The T1000 Marine controller provides a pushbutton keypad to access the various control functions andsettings of the controller. The pushbuttons are multi-functional and there use is dependent upon theselected function as detailed in the following sub-sections.

2.2.1 DISPLAY SCREEN FORMATS AND ASSOCIATED FUNCTION PUSHBUTTONS

Due to display screen limitations only the highest priority information is displayed at any one instanceunless a user overrides the priority system by operation of the front panel pushbuttons. The priority is asfollows:

1) Access level-1 display priority:

a) Operator control requests - The T1000 Marine Controller obeys instructions and the frontpanel displays the requested information; the information is displayed permanently as longas no higher priority information currently exists, or for 20 seconds if higher priorityinformation exists, or momentarily if a monitored event occurs.

b) Unacknowledged (not Accepted) fire alarms.

c) Unacknowledged (not Accepted) technical alarms.

d) Unacknowledged (not Accepted) fault warnings.

e) Unacknowledged (not Accepted) system faults.

f) Acknowledged (Accepted) fire alarms.

g) Acknowledged (Accepted) technical alarms.

h) Acknowledged (Accepted) fault warnings.

i) Acknowledged (Accepted) system faults.

j) Disablement information.

k) Test mode information.

2) At access level-2 the display obeys operator instructions and only reverts to level 1 20seconds after the last pushbutton operation irrespective of any other events.

Note: It is recommended that the operator requests a return to level 1 by operating the“SYSTEM ACCESS” pushbutton twice rather than leaving the system at access level-2.

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There are eight display screen formats as follows:

1) The QUIESCENT screen displays a configured healthy messagewhen there are no events in the system.

EVACUATE

FIREALARM

TECHNICAL ALARM

2) Pressing the EVACUATE pushbutton at access level-2 displays thefollowing screen:

3) Pressing the FIRE ALARM pushbutton displays the configuredmessage associated with the latest alarm and also displays all zonesin alarm, together with an indication of first ( ) and last ( ) zonesto alarm. The Fire Alarm screen also displays indication of all outputsdriven, together with indication of the outputs that are disabled (D)and outputs that are faulty (F). It should be noted that each of theoutputs maybe disabled but only the supervised outputs (5 to 8) reportfault status. When entering access codes or page numbers thepushbutton is used to enter a ‘3’.

4) Pressing the TECHNICAL ALARM pushbutton displays theconfigured message associated with the latest alarm and also displaysall zones in alarm, together with an indication of first ( ) and last( ) zones to alarm. The Technical Alarm screen also displaysindication of all outputs driven, together with indication of theoutputs that are disabled (D) and outputs that are faulty (F). It shouldbe noted that each of the outputs maybe disabled but only thesupervised outputs (5 to 8) report fault status. When entering accesscodes or page numbers the pushbutton is used to enter a ‘4’.

F L

FL

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5) Pressing the FAULT WARNING pushbutton displays a general faultwarning screen message and places a marker(s) to indicate the zone(s)that generated the fault. Zones can be interrogated by moving thecursor to the fault zone marker and then entering access level-2 andholding the CURSOR SELECT pushbutton which provides a real timemonitoring facility for the selected zone. When entering access codesor page numbers the pushbutton is used to enter a ‘5’.

6) Pressing the SYSTEM FAULT pushbutton displays a system faultwarning screen message and places a marker(s) to indicate the relevantsystem fault message(s). System faults can be interrogated by movingthe cursor to the system fault marker and then entering access level-2and holding the CURSOR SELECT pushbutton which provides a realtime monitoring facility for the selected zone. When entering accesscodes or page numbers the pushbutton is used to enter a ‘6’.

7) Pressing the DISABLE pushbutton displays a disable warning screenmessage and places a marker(s) to indicate the zone(s) and/or output(s)if a disablement has been set. Disablement of a zone or output can onlybe set at Access level-2. When entering access codes or page numbersthe pushbutton is used to enter a ‘7’.

8) Pressing the TEST MODE pushbutton displays a test mode warningscreen message and places a marker(s) to indicate the zone(s) and/oroutput(s) if a test mode has been set. Test mode of a zone or output canonly be set at Access level-2. When entering access codes or pagenumbers the pushbutton is used to enter an ‘8’.

CAUTION:

SETTING AN OUTPUT IN TEST TURNS THAT OUTPUT ‘ON’.

FAULTWARNING

SYSTEMFAULT

DISABLE

TESTMODE

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2.3 OTHER PUSHBUTTON FUNCTIONS

“SYSTEM ACCESS” enables the user to enter an access code level-2 [3456]or level-3 [6543].

“CURSOR SELECT (Enter)” enables the user to change (toggle) the status ofa disablement or test, on a zone or output. Also used to select a value forediting and as ENTER to confirm an edited value.

“CURSOR LEFT” key is used to position the cursor on the display and alsowhen editing values, provides a step decrement facility. When entering accesscodes or page numbers the pushbutton is used to enter a ‘0’. Also when usedsimultaneously with the cursor right key, provides a front panel lamp test.

“CURSOR RIGHT” is used to position the cursor on the display and also whenediting values, provides a step increment facility. When entering access codesor page numbers, the pushbutton is used to enter a ‘1’. Also when usedsimultaneously with the cursor left key, provides a front panel lamp test.

“RESET” enables the user to cancel an alarm or fault warning. When enteringaccess codes or page numbers the pushbutton is used to enter a ‘2’. This keyshould only be operated subsequent to dealing with the cause of the alarm and/or fault.

“ACCEPT” enables the user to acknowledge an alarm or fault message andthereby silence the controller annunciator at access code level 2. It may alsobe used as a toggle ie switching back to the previous condition.

“SILENCE” enables the user to silence external enunciators when the fire/evacuate condition has been accepted. It may also be used as a toggle ieswitching back to the previous condition.

“DAY/NIGHT” enables the user to select night mode at any time whilst atAccess level-1. The user must enter Access level-2 to change the controller tothe day mode of operation. When entering access codes or page numbers thepushbutton is used to enter a ‘9’.

“POWER” pushbutton is only functional if the optional total power supplyfailure monitoring circuit battery (PP3) is fitted. When pressed tests theoperation of the Total Power Failure Circuit and when the test completessuccessfully the orange power fail indicator illuminates and the controllerannunciator produces a steady tone, whilst the push-button is held depressed.

“LINE FEED” pushbutton is only functional at Access level-2 when theOptional Printer is fitted and enabled. When operated causes the printer toadvance the paper one line at a time.

“LANGUAGE” pushbutton is used to scroll through the languages configuredin the controller. 20 seconds after the operation of the pushbutton the screenwill return to the default language.

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3. OPERATION

3.1 QUIESCENT (NORMAL) CONDITION

With the controller in the normal condition ie no disablements or test conditions are set on the system, noalarms or faults are present and the green (right hand) POWER LED is lit, all other LEDs areextinguished, the controller sounder is silent, all outputs are inactive and the LCD shows the configuredquiescent message.

3.2 CONTROLLER SECURITY ACCESS LEVELS

The Controller is secure from unauthorised operation by providing 4-levels of access, where level-l is thelowest priority and is available without the need for the user to input an access code. Each of theremaining 3-levels each require the user to input an access code, therefore these codes are intended tolimit unauthorised access to the associated Controller Facilities. Access level-4 is only intended for theuse of the Commissioning Engineer, to enable the controller to be set-up to satisfy Customerrequirements. The access level-4 code is not required by the user and is not therefore provided. Thefollowing table details the facilities available at each user access level:

3.3 CONTROLLER SOUNDER OPERATION

The controller sounder operates in three modes, dependent upon the prevailing conditions:

1) Alarm mode. A fire alarm/technical alarm condition arises causing the controller sounder to soundcontinuously (default).

2) Fault mode. A fault condition causes the controller sounder to pulse, 0.5 seconds ON and 0.5 secondsOFF.

3) Abnormal mode. When the controller sounder has been silenced following either a fire alarm or faultcondition and a non-quiescent condition still prevails (ie the fire/fault condition has beenacknowledged), or there is a disablement, test or management access level condition setthen the controller sounder indicates this by sounding intermittently, for 0.5 second every 2minutes.

FACILITYACCESS LEVEL

1 2 [Code 3456] 3 [Code 6543]Evacuate ✓

Accept ✓

Silence ✓

Reset ✓

Disablement ✓

Test Mode ✓

Current Time & Date (Page 58) ✓

User Text Messages (Page 59) ✓

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3.4 ZONE PRIORITIES

A zone can only be in one state at a time. The states are prioritised such that a higher priority conditiontakes precedence over a lower one. The priority states are as follows:

1) Test Mode.

2) Disable.

3) Fire Alarm.

4) Technical Alarm.

5) Fault.

a) Short Circuit.

b) Open Circuit.

c) Detector Removed.

3.5 FIRE ALARM

Any detection zone going into the alarm condition causes the controller sounder to activate in the alarmmode, causing the FIRE ALARM LEDs to flash, the relevant zone PIXEL and MESSAGE on the FIREALARM screen to indicate, the sounder outputs to activate and any additional programmed outputs toactivate.

To accept a FIRE ALARM, proceed as follows:

1) Press the SYSTEM ACCESS pushbutton, enter the user code (3456) and press theACCEPT pushbutton. This silences the internal sounder and causes the FIREALARM LEDs to change from flashing to lit steady.

At this stage, should another detection zone go into alarm, the FIRE ALARM LEDs reactivate, therelevant zone PIXEL and MESSAGE on the FIRE ALARM screen indicate and the controller sounderoperates in the alarm mode. Acceptance of this subsequent alarm has the same effect as previouslydescribed.

Once the cause of the alarm has been investigated and removed, press the SYSTEM ACCESS pushbutton, enter the user code (3456) and then press the RESET pushbutton causing all detectorsand zones in alarm to be reset and the controller to return to the quiescent condition.

3.6 MANUAL ALARM EVACUATE

To activate the alarm, press the SYSTEM ACCESS pushbutton, enter the user code (3456) and pressthe EVACUATE pushbutton, this causes the controller sounder to activate in the alarm mode, theFIRE ALARM LEDs to flash, a MESSAGE on the FIRE ALARM screen to indicate all relevant outputsactivated. Silencing and resetting is as described for a fire condition.

Should the system be fitted with a Remote Evacuate, operation of this facility immediately causes theabove actions without the need of an access code.

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3.7 TECHNICAL ALARMS

In the cause and effect software zone inputs can be programmed to monitor alarm conditions which arenot fire, these are called Technical alarms.

Any detection zone going into the alarm condition causes the controller sounder to activate in the alarmmode, the TECHNICAL ALARM LED to flash, the relevant zone PIXEL and MESSAGE on theTECHNICAL ALARM screen to indicate and the relevant configured outputs to be activated.

To accept a TECHNICAL ALARM, proceed as follows:

1) Press the SYSTEM ACCESS pushbutton, enter the user code (3456) and press theACCEPT pushbutton. This silences the internal sounder and causes the TECHNICALALARM LED to change from flashing to lit steady.

At this stage, should another detection zone go into alarm, the TECHNICAL ALARM LED will reflash,the relevant zone PIXEL and MESSAGE on the TECHNICAL ALARM screen indicates and thecontroller sounder and relay outputs are again activated. This alarm can be acknowledged in the samemanner as previously described.

Once the cause of the alarm has been investigated and removed, press the SYSTEM ACCESS pushbutton, enter the user code (3456) and then press the RESET pushbutton causing all detectorsand zones in alarm to be reset and the controller to return to the quiescent condition.

3.8 LAMP TEST

A lamp test may be carried out at Access level-1 by pressing and holding the CURSOR LEFT andCURSOR RIGHT pushbuttons, the following will happen:

• The internal sounder will operate continuously until the pushbuttons are released.

• All LEDs light continuously until the pushbuttons are released, except for the left-handyellow POWER LED, which remains OFF.

• The display shows two rows of black cursor blocks for each, one for each character position.

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3.9 FIRE ALARM/FAULT DIAGNOSIS FLOWCHART

General

Fault finding on the T1000 Marine Fire Detection System is done using the Fault Screen. When a zonefault is detected the FAULT WARNING LED will flash and the fault sounder operates.

3.9.1 ZONE FAULTS

Any zone going into a fault condition, ie short circuit, open circuit or detector removed, causes thecontroller sounder to activate in the fault mode, the FAULT WARNING LED to flash, the relevant zonePIXEL and MESSAGE on the FAULT screen to indicate and the common Fault output to be activated.

To accept the alarm, proceed as follows:

1) Press the SYSTEM ACCESS pushbutton, enter the user code (3456) and press theACCEPT pushbutton. This silences the internal sounder and causes the FAULTWARNING LED to change from flashing to lit steady. At this stage, should a further faultoccur, the controller sounder is again activated in the fault mode and the FAULTWARNING LED again flashes.

Note: Faults are latched until the controller is reset. (Operation of the reset control whilst a faultcondition prevails causes the audible and visual indicators to be re-activated).

T1000 MARINE FIRE CONTROLLER ALARM/FAULT DIAGNOSIS

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3.9.1.1 ZONE FAULT FINDING

To accept a zone fault, proceed as follows:

1) Press the SYSTEM ACCESS pushbutton, enter the user code (3456) and press theACCEPT pushbutton. This silences the internal sounder and causes the FAULTWARNING LED to change from flashing to lit steady.

2) Press the FAULT WARNING pushbutton to display the “FAULT” screen, then press andhold the CURSOR SELECT pushbutton, see Fig. 3.1.

Active Fault conditions are indicated by a solid block being set. Using the cursor LEFT or RIGHT pushbuttons, move the underline cursor until it is under the block, the block will then flash and the

top line of the display will indicate the fault area, operating the CURSOR SELECT pushbuttonwill display a detailed error code, the measured and expected zone values. The error code is representedby one dot on the top line above the zone 1 to 6 positions having the meaning detailed below:

1) A dot above zone-1 indicates an open circuit condition has been detected, the left handvalue indicates the level measured and the right hand value indicates the normal quiescentlevel.

2) A dot above zone-2 indicates a quiescent condition, this will only be displayed if theunderline cursor is positioned above a healthy zone that is quiescent.

3) A dot above zone-3 indicates an alarm level-l condition, this will only be displayed if theunderline cursor is positioned above a healthy zone that has a level-1 alarm.

4) A dot above zone-4 indicates an alarm level-2 condition, this will only be displayed if theunderline cursor is positioned above a healthy zone that has a level-2 alarm.

5) A dot above zone-5 indicates a short circuit condition has been detected, the Left hand valueindicates the level measured and the right hand value indicates the normal quiescent level.It should be noted that when a short circuit condition is detected by the controller that thezone is open circuit at the controller to prevent unwanted controller loading and is onlyresampled every few seconds. Therefore the controller oscillates between open and shortcircuit fault codes whilst a short circuit persists.

6) A dot above zone-6 indicates a detector removed condition has been detected, the left handvalue indicates the level measured and the right hand value indicates the normal quiescent

Fig. 3.1 General Fault Condition Display

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level.

3.9.2 OUTPUT FAULTS

Any monitored output (output relays 5 to 8) going into a fault condition, ie short circuit or open circuit,causes the controller sounder to activate in the fault mode, the FAULT WARNING LED to flash, therelevant output PIXEL and MESSAGE to indicate on the Fault Page and the common fault output to beactivated. It should be noted that output faults are also indicated as an F on the Fire Page.

To accept the alarm, proceed as follows:

1) Press the SYSTEM ACCESS pushbutton, enter the user code (3456) and press theACCEPT pushbutton. This silences the internal sounder and causes the FAULTWARNING LED to change from flashing to lit steady. At this stage, should a further faultoccur, the controller sounder is again activated in the fault mode and the FAULTWARNING LED again flashes.

Note: Faults are latched until the controller is reset. (Operation of the reset control whilst a faultcondition prevails causes the audible and visual indicators to be re-activated).

3.9.2.1 OUTPUT FAULT FINDING

To accept an output, fault, proceed as follows:

1) Press the SYSTEM ACCESS pushbutton, enter the user code (3456) and press theACCEPT pushbutton. This silences the internal sounder and causes the FAULTWARNING LED to change from flashing to lit steady.

2) Press the FAULT WARNING pushbutton to display the “FAULT” screen, then pressand hold the CURSOR SELECT pushbutton, see Fig. 3.2.

Active Fault conditions are indicated by a solid block being set. Using the cursor LEFT or RIGHT pushbuttons, move the underline cursor until it is under the block, the block will then flash and the

top line of the display will indicate the fault area, operating the CURSOR SELECT pushbuttonwill display a detailed error code, the measured and expected zone values. The detailed error code isrepresented by one dot on the top line above the zone 1 to 13 positions having the meaning detailed asfollows:

1) A dot above zone-1 indicates an short circuit condition has been detected, the left handvalue indicates the level measured and the right hand value indicates the normal quiescentlevel.

2) A dot above zone-2 indicates a quiescent condition, this will only be displayed if theunderline cursor is positioned above a healthy monitored output that is quiescent.

3) A dot above zone-3 indicates an open circuit condition has been detected, the left handvalue indicates the level measured and the right hand value indicates the normal quiescentlevel.

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3.9.3 SYSTEM FAULTS

System faults, ie Microprocessor Failures, are indicated by the SYSTEM FAULT LED.

When a processor reset occurs, the controller sounder is activated in the fault mode, the SYSTEM FAULTLED flashes, the common FAULT LED lights steady and the common fault output is activated.

To accept a system fault, proceed as follows:

1) Press the SYSTEM ACCESS pushbutton, enter the user code (3456) and press theACCEPT pushbutton. This silences the internal sounder and causes the SYSTEMFAULT LED to change from flashing to lit steady.

The SYSTEM FAULT and FAULT WARNING LED can be extinguished and the common fault outputreset by resetting the system, whereby the system returns to normal operation. Record processor resets inthe log book.

When a total processor failure occurs, the controller sounder is activated to produce a pulsing beepingsound, the SYSTEM FAULT LED flashes, the FAULT WARNING LED flashes and the common faultoutput is activated pulsing. In this state the system does not respond to alarm or fault conditions nor toany operator controls. The service engineer should be contacted immediately.

3.9.3.1 CHECKING SYSTEM STATUS

When a system fault is detected the System Fault led will flash and the fault sounder will operate.

To accept a system fault, proceed as follows:

1) Press the SYSTEM ACCESS pushbutton, enter the user code (3456) and press theACCEPT pushbutton. This silences the internal sounder and causes the SYSTEMFAULT LED to change from flashing to lit steady.

2) Press the FAULT WARNING pushbutton to display the “FAULT” screen, then press andhold the CURSOR SELECT pushbutton, see Fig. 3.3.

Active System Fault conditions are indicated by a solid block being set. Using the cursor LEFT orRIGHT pushbutton move the underline cursor until it is under the block, the block will then flash andthe top line of the display will indicate the fault area, operating the CURSOR SELECT pushbuttonwill display a detailed error code. The detailed error code is represented by one or more dots on the topline above the zone 1 to 16 positions, see Fig. 3.4.

Fig. 3.2 General Fault Output Condition Fault

Fig. 3.3 System Fault Condition Display

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3.9.4 FAULT AREA TABLE

The generic fault area is indicated by the block cursor being positioned above one of the Zones (Zones1 to 13) on the System Fault Screen, where the fault area associated with each Zone position is as detailedbelow.

1) Liquid Crystal Error.

2) Real Time Clock Error.

3) Printer Error.

4) A to D Conversion Error.

5) EEPROM Error.

6) Processor Error.

7) Main Supply Error.

8) Earth Error.

9) Auxiliary Supplies Error.

10) Battery Error.

11) Expansion Board (Port) Error.

12) Communications Error.

13) Remote Panel Error.

3.9.5 ERROR CODE TABLE

The circular black marker or markers displayed on the top line of the LCD are used to indicate the typeof error causing the system fault. The following sub-paragraphs detail the errors associated with theposition of the circular black marker, where the numbers relate to zone above which the marker isdisplayed.

Liquid Crystal Error Codes

1) Communication Error.

Real Time Clock Error Codes

1) Invalid Time.

2) Invalid Date.

3) Possibly Stopped.

Fig. 3.4 System Fault Screen Showing Printer Error Code 2

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Printer Error Codes

1) Paper Out.

2) Too Busy.

3) Not Found.

4) Never Ready.

AD Conversion Error Codes

1) ADC Conversion Time Out.

2) ADC Inaccurate.

EEPROM Error Codes

1) Cause and Effect Checksum,

2) Cause and Effect Too Short.

3) Cause and Effect Too Long.

4) Cause and Effect Time-out.

5) User Text Checksum.

6) Configuration Checksum.

7) EEPROM Header Checksum.

8) System Text Checksum.

9) EEPROM Communication.

10) Write Error.

Processor Error Codes

1) ROM Checksum.

2) RAM Bit.

3) CPU Error.

4) Warm Boot.

Main Supply Error Codes

1) Main Supply High.

2) Main Supply Low.

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3) Main Supply Failure.

Earth Error Codes

1) Earth To Ground.

2) Earth To 20V.

Auxiliary Supplies Error Codes

1) Auxiliary Supply 1 (Fuse Failure).

2) Auxiliary Supply 2 (Fuse Failure).

Battery Supply Error Codes

1) Battery High.

2) Battery Low.

3) Battery Discharged.

4) Battery Charge Failure.

5) Battery Disconnected.

6) Battery Cell Test Fail.

7) Battery Cell Fault.

Expansion Board (Port) Error Codes

1) Port 1 Input Fail.




5) Port 1 Output Fail.


7) Port 3 Output Fail


9) Adapter Fail.

Communications Error Codes

1) Communications Error.

Remote Panel Error Codes

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1) Master Panel Fault.

2) Repeater Panel 1 Fault.



3.10 ACCESS LEVEL-3 FUNCTIONS

Access level-3 has two functions which can be changed by the use of the Level 3 Access Code:

• Current time and date

• User text messages

3.10.1 CURRENT TIME AND DATE

There are 6 two digit values relating to the Date and Time. Each two digit value is separately editablewithin their valid range, ie 0 to 12 for months. All values will wrap around when ascending but not whendescending. The Date and Time is presented in the following form:

1. Date - Day/Month/Year

2. Time - Hours : Minutes : Seconds

The current time and date may be set as follows:

Enter the Level 3 Access code by pressing the SYSTEM ACCESS pushbutton, enter the user code(6543), the following screen will be displayed

Enter the code (058), the display will change to the following with a flashing black cursor:

Select the date or time field to be edited by pressing the CURSOR LEFT or CURSOR RIGHT

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pushbuttons until the cursor is in the required position then press the CURSOR SELECT pushbutton the flashing cursor will change to a static underline cursor. Use the CURSOR LEFT orCURSOR RIGHT pushbuttons to increment or decrement the selected field, when done, press theCURSOR SELECT pushbutton, the flashing cursor will return. Select any other any other fieldto be changed and repeat the above actions.

To return to the quiescent mode, press the SYSTEM ACCESS pushbutton, enter the code (999) thecontroller will return to the quiescent mode.

3.10.2 USER TEXT MESSAGES

The following text messages may be edited by the user:

To edit a text message, enter the Level 3 Access code by pressing the SYSTEM ACCESS

Page Sub Page Text For Panel Text

59 0 Zone 1 User Text User Defined Text Message (up to 40 characters)
















59 16 Output 1 User Text User Defined Text Message (up to 40 characters)








59 24 Quiescent Message User Defined Text Message (up to 40 characters)

59 25 Evacuate Message User Defined Text Message (up to 40 characters)

59 26 Auxiliary Input 1 User Text User Defined Text Message (up to 40 characters)



59 29 Cause & Effect Message 1 User Defined Text Message (up to 40 characters)



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pushbutton, enter the user code (6543) to display the page number screen, enter the code (059), thedisplay will change to:

Enter the number of the sub-page required using the format ‘003’, the display will change to the messagefor that selection with a flashing cursor. To change the message, select the letter to be edited by pressingthe CURSOR LEFT or CURSOR RIGHT pushbuttons until the cursor is in the required positionthen press the CURSOR SELECT pushbutton the flashing cursor will change to a static underlinecursor. Use the CURSOR LEFT or CURSOR RIGHT pushbuttons to increment or decrementthe selected field, when done, press the CURSOR SELECT pushbutton, the flashing cursor willreturn. Select any other any other field to be changed and repeat the above actions.

The complete line of text can be deleted by pressing the RESET push button before pressing theCURSOR SELECT pushbutton to enter the edit mode.

The following characters may be selected:

To return to the quiescent mode, press the SYSTEM ACCESS pushbutton, enter the code (999) thecontroller will return to the quiescent mode.

T1000 Character Set

00-15 16--31 32-47 48-63 64-79 80-95 96-111 112-127

* Space 0 @ P p

* ! 1 A Q a q

* “ 2 B R b r

* # 3 C S c s

* $ 4 D T d t

* % 5 E U e u

* & 6 F V f v

* ‘ 7 G W g w

( 8 H X h x

) 9 I Y i y

* : J Z j z

+ ; K [ k {

. < L Ÿ l |

- = M ] m }

> N ^ n »

/ ? O _ o «

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4. SITE INFORMATION

These sheets should be photocopied and carefully filled in to record the configuration details of theT1000 Marine controller installation. These sheets should then be kept with the documentationassociated with the installed T1000 Marine controller. Any maintenance staff can then photocopy thesesheets and use them to verify that the T1000 Marine controller is configured correctly - any page that isconfigured correctly would have a tick placed in the pages OK? column.

4.1 T1000 CONTROLLER SITE DETAILS

Access level-2 Code: Access level-3 Code:

INSTALLERS DETAILS:

AUTHORISED PERSONNEL:

SITE ADDRESS:

SITE LOCATION:

SERVICE/MAINTENANCE:

TELEPHONE NUMBER:

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4.2 T1000 CONTROLLER SITE AND VISIT DETAILS:

DATE OF VISIT ENGINEER SIGNATURE

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Note: Setting the time and date (page 58) will alter the current time of the T1000 Marinecontroller - as such its configuration details do not need to be amended.

4.3 CAUSE AND EFFECT DEFAULT CONFIGURATION

Page Configuration Description Type 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 OK?

0 Zones Used F ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓

1 Zone ThresholdConfiguration Select

F

2 F

3 Zone Alarm NC F ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓

4 Zone Alarms Latching F

5 Zone Alarm Counting F

6 Zone Auto Disablement F

7 Zone Disablement Inhibit F

8 Select Alarm Level 1 (Watch Keepers Alarm) Function

F

9 F

10 Select Alarm Level 2(Crew Alarm) Function

F

11 F

12 Outputs Used F ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓

13 Outputs as Technical F

14 Output Disablement Inhibit F

15 Printer Installed F

16 Access Level 1 (Crew Alarm) Functions

F

17 Disablement Filter F

18 Outputs Operate on Evacuate F ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓

19 Outputs Operate on Alarm level 2

F ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓

20 Outputs Operate on Alarm Level 1

F ✓ ✓ ✓ ✓ ✓ ✓

21 Outputs Operate on Technical F

22 Outputs Operate on Fault F

23 Outputs Operate on System Fault F

24 Outputs Operate on Test Input F

25 Aux Input/LCD/Outputs F ✓ ✓ ✓ ✓ ✓ ✓

26 Fault Reminder F ✓

27 Fail Safe Outputs F

28 Delayed Outputs F ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓

29 Cause and Effect Switches F





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DEFAULT LANGUAGES

34 Zone Detector RemovalDisable

F ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓

35 Expansion Ports Used F

36 Power Supply Options A F

45 Zone Alarm Delay Timers V 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

46 Zone Threshold Table 1 V 8 56 150 225




50 Zone Auto Disable Timer V 20

51 User Access Level 2 Code V ‘3’ ‘4’ ‘5’ ‘6‘

52 User Access level Code 3 V ‘6’ ‘5’ ‘4’ ‘3’

53 C & E Variables V 2 50 120 0

54 Power Supply Options B V 0 60

55 Language Index Table V 0 1 2 3 4 5

56 Initialise Detector Removal V

57 Day to Night Mode Time T&D D M Y 17 0 0

58 Set Date and Time T&D D M Y H Mi Sec

59 User Text messages C Up to 40-characters/string (32 sub-pages - 1 character string per sub-page)

60 System Text C Up to 15-characters/string (200 sub-pages - 1 character string per sub-page)

LANGUAGELANGUAGE

NUMBER

ENGLISH 0FRENCH 1GERMAN 2ITALIAN 3PORTUGUESE 4SPANISH 5


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Note: Configuration page 55 ‘Language Table‘ - the languages displayed in the order ofpositions 1 to 6. The language number entered in position 1 is the default language.

4.4 CUSTOMISED C AND E CONFIGURATION DETAILS - RECORD


0 Zones Used F

1 Zone ThresholdConfiguration Select

F

2 F

3 Zone Alarm NC F

4 Zone Alarms Latching F

5 Zone Alarm Counting F

6 Zone Auto Disablement F

7 Zone Disablement Inhibit F

8 Select Alarm Level 1(Watch Keepers Alarm) Function

F

9 F

10 Select Alarm Level 2(Crew Alarm) Function

F

11 F

12 Outputs Used F

13 Outputs as Technical F

14 Output Disablement Inhibit F

15 Printer/LCD/Output Config. F

16 Access Level-1 Functions F

17 Disablement Filter F

18 Outputs Operate on Evacuate F

19 Outputs Operate on Alarm level 2

F

20 Outputs Operate on Alarm Level 1

F

21 Outputs Operate on Technical F

22 Outputs Operate on Fault F

23 Outputs Operate on System Fault F

24 Outputs Operate on Test Input F

25 Aux Input/LCD/Outputs F

26 Fault Reminder F

27 Fail Safe Outputs F

28 Delayed Outputs F






34 Zone Detector RemovalDisable

F

35 Expansion Ports Used F

36 Power Supply Options A F

45 Zone Alarm Delay Timers V

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CUSTOMISED LANGUAGE

46 Zone Threshold Table 1 V




50 Zone Auto Disable Timer V

51 User Access level-2 Code V

52 User Access level Code 3 V

53 C & E Variables V

54 Power Supply Options B V

55 Language Index Table V

56 Initialise Detector Removal V

57 Day to Night Mode Time T&D D M Y

58 Set Date and Time T&D D M Y H Min Sec

59 User Text Messages C Up to 40-characters/string (32 sub-pages - 1 character string per sub-page)

60 System Text C Up to 15-characters/string (200 sub-pages - 1 character string per sub-page)

LANGUAGENUMBER

LANGUAGETABLE

POSITION

012


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4.5 USER TEXT CONFIGURATION DETAILS

345

PageSubPage

Text For Controller Text OK?

59 0 Zone 1 User Text
















59 16 Output 1 User Text








59 24 Quiescent Message

59 25 Evacuate Message

LANGUAGENUMBER

LANGUAGETABLE

POSITION

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5. ROUTINE MAINTENANCE AND TESTING

5.1 USER MAINTENANCE

5.1.1 GENERAL

It is essential that the fire alarm panel is checked regularly for correct operation in accordance withSOLAS and Classification Society requirementse by the responsible person.

5.1.2 CLEANING

The controller should be cleaned, as required, using a clean, moistened cloth. Do not use solvents orabrasives as these will damage the controller.

5.2 ROUTINE TESTING

It is essential to keep the log in order to maintain a record of tests, checks, alarms and faults. The logshould be kept in a safe place and be available for inspection by any authorised person.

5.2.1 DAILY

Check that the POWER indicator is lit. If the indicator is not lit, record the fact in the log and call for aqualified electrician to check the power supply.

5.2.2 WEEKLY

Carry out the daily check.

Operate one detector or call point on one zone and check that the panel responds to the alarm and operatesthe warning devices. Record the results of the test and the detector that was operated in the log book. Adifferent detector should be operated each week to ensure that all detectors are tested in turn.

Visually inspect the battery and connections and ensure that they are in good condition.

Visually inspect all call points and detectors and ensure that none is in any way obstructed.

5.3 SERVICE MAINTENANCE

5.3.1 QUARTERLY

59 26 Auxiliary Input 1 UserText



59 29 Cause & Effect Message 1



PageSubPage

Text For Controller Text OK?

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Check all previous entries in the log book and ensure that all necessary remedial action has been carriedout.

Carry out the weekly test on 25% of all the devices (ensuring that all detectors are tested once annually).Isolate the mains supply, then test that the battery is capable of operating the warning devices byoperating a detector or call point.

Reconnect the mains supply.

Record the results of the tests in the log book.

5.3.2 ANNUALLY

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Carry out the weekly and quarterly tests. Test all the detectors and call points for correctoperation. Visually inspect all cable fittings and equipment to ensure that they are secure, undamagedand adequately protected. Record the results in the log book.

5.3.3 EVERY 4 YEARS

Renew the sealed lead acid batteries (if fitted) and record the fact in the log book.

The installation requires to be tested in accordance with the testing and inspection requirements of theClassification Society. Any defect should be recorded in the log book and action should be taken tocorrect it.

6. FIRE CONTROLLER AREA DESCRIPTOR TABLE

Controller Input/Output

Plant Area / Description

Zone 1Zone 2Zone 3Zone 4Zone 5Zone 6Zone 7Zone 8Zone 9Zone 10Zone 11Zone 12Zone 13Zone 14Zone 15Zone 16

Aux Input 1Aux Input 2Aux Input 3

Alarm Relay Output 1Alarm Relay Output 2Alarm Relay Output 3Alarm Relay Output 4

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ANNEX A - REPEATER OPERATION

1. INTRODUCTION

A repeater panel has the same facia, indicators and controls as a T1000 Marine controller. The controllertransmits the following conditions to a repeater(s):

1) Zone in Alarm Level-l / Alarm Level-2 / Fault

2) Zone disabled

3) Supervised output in fault.

4) Panel accepted

5) Field silenced

6) Output disabled

7) Panel reset

8) System faults

9) Zone in test

10) Day / Night changes (not used in Marine configuration)

11) Evacuate condition

These conditions will be sent to all repeaters that the controller recognises. If the controller does notreceive an acknowledgement from a repeater, it will enter a fault condition displaying the ID of thatrepeater, the fault state will also be transmitted to all remaining repeaters.

A repeater also allows the following operations to be carried out as if entered at the controller:

1) Zone disabled

2) Supervised output in fault.

3) Panel accepted

4) Field silenced

Alarm Relay Output 5Alarm Relay Output 6Alarm Relay Output 7Alarm Relay Output 8

Controller Input/Output

Plant Area / Description

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5) Output disabled

6) Panel reset

7) System faults

8) Zone in test

9) Day / Night changes (not used in Marine configuration)

10) Evacuate condition

If no acknowledgement is received from the controller, a local fault is generated at the repeater

Refer to the controller operating instructions.

2. FAULT REPORTING

2.1 ZONE FAULTS

Zone faults can only occur at the master controller and will be displayed at the master controller thentransmitted to the repeater panels for display. At the master controller, fault diagnostics can be used tointerrogate the zone, display the analogue values and identify the fault. At the repeater panel, faultdiagnostics can be used to interrogate the zone and identify the fault. The zone analogue values will notbe displayed.

2.2 OUTPUT FAULTS

Outputs of each repeater panel are controlled by the cause and effect software in that repeater panel. Anoutput fault will be displayed locally and fault diagnostics can be used to interrogate the output, displaythe analogue values and identify the fault. All other panels will indicate a remote panel fault and thepanel ID

2.3 SYSTEM FAULTS

All system faults will be displayed locally and fault diagnostics can be used to interrogate the fault,display the analogue values and identify the fault. All other panels will indicate a remote panel fault andthe panel ID

2.4 COMMUNICATION FAULTS

2.4.1 REPEATER FAILS TO RECEIVE AN ACKNOWLEDGEMENT FROM THE MASTER PANEL

In this instance, after a timeout of 60 seconds the slave panel enters a fault state locally and indicates thata communication failure occurred.

2.4.2 MASTER FAILS TO RECEIVE AN ACKNOWLEDGEMENT FROM A REPEATER PANEL

The master panel enters a fault condition displaying the ID of the offending repeater panel. The FaultState and ID of the panel are transmitted to all remaining repeater panels on the system.

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SYSTEM USER LOG BOOK

DATE TIME INCIDENT/MAINTENANCE

ACTIONSREQUIRED/TAKEN SIGNATURE

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t1000 - manual do usuário

Documents

entering access codes

watch keepers alarm

circular black marker

relevant zone pixel

t1000 marine controller

entering access level

fault warning led

power supply options