Manual AD302C ENG - Advantronic · In addition to the requirements laid down in the EN54-2 standard, the AD302C Control Panel ... --- Outputs to fire alarm ... ↓ Manual scroll up

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AD302C Control Panel User Guide Page: 1 of 31

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AD302C ANALOG CONTROL PANEL - USER GUIDE VERSION LOG Version Date CHANGES 1.0 18/03/10 Initial version 05/05/10

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FIRE DETECTION AND ALARM CONTROL PANELS ANALOG SYSTEM

AD302C

USER AND PROGRAMMING GUIDE Model AD302C Ver 1.0

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TABLE OF CONTENTS: 0.- OVERVIEW …………………………………………………………………… 5 1.- CONTROL KEYS AND INDICATOR LIGHTS ………………………………… 6

1.1.- CONTROL KEYS …………………………………………………… 6 1.2.- INDICATOR LIGHTS …………………………………………………… 7 1.3.- ALPHANUMERIC DISPLAY …………………………………………… 7

2.- USER’S MAIN MENU …………………………………………………………… 7

2.1.- MY PANEL …………………………………………………………… 7 2.1.1.- LOOPS …………………………………………………… 8 2.1.2.- SOUNDERS …………………………………………………… 8 2.1.3.- OUTPUTS …………………………………………………… 8 2.1.4.- PERIPHERALS …………………………………………… 8 2.1.5.- POWER …………………………………………………… 8 2.1.6.- VERIFY PROG ………………………………………….. 8

2.2.- PROGRAMMING …………………………………………………… 8 2.3.- TEST …………………………………………………………………… 8

2.3.1.- LED …………………………………………………………… 8 2.3.2.- LCD …………………………………………………………… 8 2.3.3.- ZONES ………………………………………………………….. 8

2.4.- ENABLING / DISABLING …………………………………………. 9 2.4.1.- ENABLING / DISABLING ELEMENTS…………….…….…… 9 2.4.2.- ENABLING / DISABLING ZONES ………………………… 9 2.4.3.- ENABLING / DISABLING KEYPAD ………………………… 9 2.4.4.- ENABLING / DISABLING DELAYED MODE …….………. 9

2.4.4.1.- CONFIGURING DELAYED MODE……… ………... 9 2.4.5.- ENABLING / DISABLING SOUNDERS/RELAYS ………… 10

2.5.- PRINT …………………………………………………………………… 10 2.5.1.- ELEMENTS ………………………………………………….. 10 2.5.2.- LOG …………………………………………………………… 10 2.5.3.- DISABLED ………………………………………………….. 10 2.5.4.- OPTIONS …………………………………………………… 10 2.5.5.- MODE …………………………………………………………… 10

2.6.- VIEW …………………………………………………………………… 10 2.6.1.- ELEMENTS …………………………………………………… 11 2.6.2.- LOG …………………………………………………………… 11 2.6.3.- FAULTS …………………………………………………… 11 2.6.4.- OUTPUTS …………………………………………………… 11 2.6.5.- EVENTS …………………………………………………… 11 2.6.6.- DISABLED ………………………………………………….. 11

3.- INSTALLATION AND CONNECTIONS ………………………………………….. 12 3.1- INSTALLING THE PANEL ………………………………………….. 12 3.2- WIRING THE LOOPS …………………………………………………… 16 3.3- SPECIFICATIONS …………………………………………………… 18 4.- PROGRAMMING …………………………………………………………………… 19 4.1- ACCESS LEVELS ………………………………………………….. 19 4.2- CONFIGURING AN INSTALLATION ………………………………… 19

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4.2.1- CONFIGURING GENERAL SETTINGS…………………………… 19 4.2.2- CONFIGURING LOOPS ……………………………………… 19 4.2.3- CONFIGURING PERIPHERALS..………………………………… 19 4.2.4- CONFIGURING SOUNDER AND RELAY OUTPUTS…………… 20 4.2.5- SETTING UP DAY MODE………....………………………………… 20 4.2.6- NORMAL OPERATION……..…………………………………… 20 4.3- PROGRAMMING ……………………………………………………… 20 4.3.1- DATE / TIME ……………………………………………………… 20 4.3.2- SYSTEM OPTIONS …………………………………………. 20 4.3.3- LOOPS ……………………………………………………………… 23 4.3.4- SOUNDERS ……………………………………………………… 26 4.3.5- RELAYS ……………………………………………………… 28 4.3.6- EVENTS ……………………………………………………… 28 4.3.7- PERIPHERALS ……………………………………………… 29 4.3.8- CHANGING LEVEL 2 PASSWORDS……………………………… 31 4.3.9- DAY MODE ……………………………………………………… 31

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0)- OVERVIEW. The AD302C Fire Control Panel is an advanced electronic equipment that implements the functionality and objectives defined in the EN54-2 standard for Control and Indicating Devices (c.i.d.), as identified in Block B of Figure 1 of the EN54-1 standard. The AD302C unit supports various ADVANTRONIC detector types that deliver an analog output signal reflecting the magnitude of the physical phenomenon they measure. All elements, including detectors, pushbuttons and alarm devices (blocks A, D and C in Figure 1 of the EN54-1 standard), are daisy-chained to form a closed loop built with two powered wires. The communication between the Control Panel and the devices in the loop is only possible for ADVANTRONIC devices connected to the loop as indicated in the loop connection electrical diagram described below. Each element in the loop has its own electronic insulator, enabling the system to remain operational, with no functional impairment, even in case of short-circuit in the loop providing connectivity. The AD302C panel has an internal Uninterrupted Power Supply (UPS) that uses as the primary power source the 220VAc mains supply, and two sealed lead-acid 12V backup batteries, connected in series, as secondary sources. The AD302C Control Panel is housed into a robust metallic case that can accommodate the two lead-acid batteries, delivering up to 7Ah capacity. Power and charging control is provided by an electronic module identical to that used in the FAAD-100 power supply, in compliance with the requirements stated by the EN54-4 standard. The AD302C panel has a front-side membrane keypad and an alphanumeric display with indicator lights that cover all the features and requirements expected to be available in this kind of systems and devices. The electronic and mechanical designs have been carried out according to a quality assurance system defining a number of rules for the design of each element making up the Control and Indicating Device. The different components of the c.i.d. have been selected for their intended purpose, and will operate as per their specifications provided the environmental conditions outside the c.i.d. cabinet meet the 3k5 class as defined in the EN 60721-3-3:1995 standard. In addition to the requirements laid down in the EN54-2 standard, the AD302C Control Panel provides the following features, according to the requirements indicated next to each: --- Outputs to fire alarm devices. As per paragraph 7.8 of EN54-2 --- Delays to outputs. As per paragraph 7.11 of EN54-2 --- Coincidence detection. As per paragraph 7.12 of EN54-2 --- Fault signals from points. As per paragraph 8.3 of EN54-2

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--- Disablement of addressable points. As per paragraph 9.5 of EN54-2 --- Test condition. As per paragraph 10 of EN54-2 As well as the following ancillary features: --- Setting detector sensitivity --- Real-time clock --- Autoconfiguration --- Element addressability --- Automatic detection of duplicate addresses --- Green LED as an indication of a failure or a duplicate address in an element --- Red LED as an indication of alarm in an element --- Automatic detection of a broken loop --- Automatic detection of a shorted loop (with indication of the location of the short) --- Delayed mode --- Intermittent sounder mode --- Day/Night mode --- Time of Day modes --- Detection and warning of dirty elements --- Muting groups of sounders --- Muting groups of relays --- LED blinking override --- General information texts --- Point naming texts --- Zone naming texts --- Standard USB output for connection to a PC --- Two configurable multi-purpose COM ports (RS232, RS485, Ethernet) --- Support for remote programming from ADS300 software --- Support for ASG300 GUI software --- GSM modem support for SMS sending --- Support for internetworked Control Panels (not based on EN54-2: 12.5.3 standard)

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1.- CONTROL KEYS AND INDICATOR LIGHTS The AD-300A analog Control Panel has 2 different user access levels. Level 1.- all indications are enabled, and faceplate controls are disabled. To access the next level, a passcode must be entered in the numeric keypad. Level 2.- all indications and controls of the front panel are enabled. This level does not allow changing system settings. After a configured timeout, the system shall revert to Level 1. The default passcode is 2222. The system supports up to 10 different user codes. 1.1.- CONTROL KEYS The Control Panel has five primary control keys: Key name Purpose MUTE Acknowledges any warnings raised and mutes the internal buzzer. SUPRESS SOUNDERS Mutes all sounders. ACTIVATE SOUNDERS Activates all sounders. EVACUATION Activates all the modules that are configured to be triggered when this key is pressed. RESET Clears all alarm events and resets the Control Panel. There are also several additional keys: Key name Purpose 0,1,2,3,4,5,6,7,8,9 Entering 0..9 numbers and A..Z letters ↑ Manual scroll down for displayed alarms/failures ↓ Manual scroll up for displayed alarms/failures. → Moving towards lower-order digits in a numeric field. ← Moving towards higher-order digits in a numeric field. CHANGE (*) Toggles or changes a displayed setting (YES/NO, Etc…) ENTER Confirms an entry. # (Back/Escape) Cancels an operation, or returns to the previous screen. Please note that, in access level 1, control keys are disabled. If any key is pressed while in this level, the system will request the user to type the passcode, that must be entered to re-enable the control keys in access level 2. 1.2.- INDICATOR LIGHTS The Control Panel includes indicator lights enabling to identify its status at a glance. Indicator SERVIE Fixed green LED. The system is powered from the mains supply or the batteries. ALARM Blinking red LED. The Control Panel has detected a fire condition, or the “Trigger

Sounders” key was pressed. FAUTL Blinking amber LED. Some fault has occurred. DISABLE Fixed amber LED. A general disablement has been requested (detectors and outputs). OUT OF SERVICE Fixed amber LED. There is no mains supply, and the battery voltage has dropped

below the minimum level required for proper operation (22 Vdc). TEST Fixed amber LED. There is a test in progress. POWER FAULT Fixed amber LED. There have been a failure in the mains supply, the batteries, or their

fuses. SYSTEM FAULT Blinking amber LED. Indication of failure in the Control Panel FAULT/DIS. SOUNDERS Blinking amber LED in case of failure in the sounder circuit (shorted or broken wire).

Fixed amber LED if the sounder is disabled. RELAYS DISABLED Fixed amber LED for disabled relay outputs. EARTH FAULT Fixed amber LED. Some wire is shorted to ground. MUTE Fixed amber LED. After a warning, the Mute key has been pressed to acknowledge it,

muting the internal buzzer. SUPRESS SOUNDERS Fixed amber LED. All sounders enabled have been muted, and the timers stopped. ACTIVATE SOUNDERS Fixed amber LED. It immediately triggers the sounder outputs.

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EVACUATION Fixed amber LED. The Evacuation key has been enabled. All outputs configured to be enabled on evacuation are triggered.

ZONE Fixed red LED to indicate the zone that is in alarm condition. 1.3.- ALPHANUMERIC DISPLAY The alphanumeric Liquid Crystal Display (LCD) has 4 lines of information, with 40 characters each. When the keypad is not being used, the display reverts to an automatic mode where the fire or fault alarm messages present in the system are automatically displayed. If no warning is active, the display will show the date and time. If the “Enter” key is pressed, the display will show a list of items to be selected. 2.- USER’S MAIN MENU Once the keypad is enabled, the Main Menu for Level 2 users will be displayed (if the numeric keypad is not used for a while, the display will revert to a system status message. Press "Enter " to display the menu again). [MAIN MENU] [# Exit]

1. My Panel 4.Enable/Disable 2. Configure 5.Print 3. Test 6.View

All user functions can be accessed from this menu. 2.1.- MY PANEL This item shows the current status and configuration of the system. It shows the following submenu: [MY PANEL] [# Exit] 1. Loops 4. Peripherals 2. Sounders 5. Power 3. Outputs 6. Verify Prog.

2.1.1.- LOOPS For each loop, you can display: Elements: including texts, allocated zone, and configured actions. Zones: elements allocated to each zone, and text describing the zone Adjustment. 2.1.2.- SOUNDERS Lists the outputs programmed as sounders, detailing allocated zones, settings, and triggering modes. 2.1.3.- OUTPUTS Lists the outputs programmed as relays, detailing allocated zones, settings, and triggering modes. 2.1.4.- PERIPHERALS Lists the different device ports enabled (RS232, RS485, Ethernet) 2.1.5.- POWER Provides details on the 220VAC power supply, batteries, fuses, as well as device temperature and battery voltage. 2.1.6.- VERIFY PROG Provides details on the control software version loaded, memory, programming date,… 2.2.- CONFIGURE The Configure option enables a configuration engineer to program the device. This option is not required at level 2. Please refer to the device programming guide.

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2.3.- TEST This item displays the following submenu: [TEST] [# Exit] 1. Led 2. LCD 3. Zones

2.3.1.- LED This test checks that the indicator lights function correctly. It will automatically check each LED and then end. The test can also be manually terminated by pressing the “#” key. 2.3.2.- LCD This test checks that the display functions correctly. Press “#” to terminate the test. 2.3.3.- ZONES This test allows to check detectors without having to reset the Control Panel for each test. Once you select the zone to be tested in the menu, the display will ask if you want to enable the sounders. If you answer “yes”, sounders will be triggered according to their programming for a number of seconds after a detector raises an alarm, and then muted. The Control Panel can be configured to test a range of zones. It will ask the first and the last zone to be tested. Once the “last” zone is entered, the Control Panel will enter the “zone test in progress” mode. The test LED will light up. If a detector raises an alarm in any of the tested zones: 1) The alarm will be displayed in the Control Panel, and the identity of the detector that raised the warning will be recorded in the event log. The alarmed zone will be displayed in the individual zone LEDs, and the internal buzzer will sound. 2) The LED of the detector that raised the fire alarm will light up. 3) After some seconds, the Control Panel will automatically be reset, and the detector’s LED will turn off. The Control Panel will then become ready to test the next detector. If an alarm is received from a zone other than those being tested, all sounders and relay outputs will be triggered, as configured for the alarmed zone. Sounders will continue to sound until muted from the Control Panel. The test run can be terminated by pressing "#". However, it will also be automatically terminated if no detector was tested in the last 20 minutes. 2.4 ENABLING / DISABLING When you choose to enable/disable an element, the menu enabling to toggle between both options is displayed. 2.4.1.- ENABLING / DISABLING ELEMENTS (INPUTS) If you choose the Elements option, the device will ask you the loop where the element resides, as well as its configured address, and then request confirmation to continue. Press "Enter" to confirm. 2.4.2.- ENABLING/DISABLING ZONES If you choose the ZONES option, the device will ask you the zone you want to enable or disable. Enter the number of the zone to be enabled o disabled. The Control Panel will then ask you to confirm that the data are correct. Press Enter to confirm. Please also note that, if you disable any output elements such as relays or sounders of a loop, they will continue to operate as programmed. Only their output signals are disabled. When the zone has been disabled, the disablement LED will light up. The general disablement amber LED will light up. Please note that, even when disabled, every output element, such as a relay or sounder connected to the loop, will continue to function as programmed. Only their input signals are disabled. 2.4.3.- DISABLING THE KEYPAD By choosing the Disable – Keyboard option, you may disable the Control Panel faceplate buttons. The Level 2 passcode will be required to re-enable the faceplate buttons. Keys will also be disabled automatically if the keypad is not used for a configured period.

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2.4.4.- DELAYED MODE Once the delayed mode is configured, as we will see below, a Level-2 user of the Control Panel will be allowed to enable or disabled the delayed mode by selecting this option. When this mode is enabled, the display asks how many days is it to remain enabled. The number of days can be changed by pressing “Change” and entering the requested number. Once the specified number of days have elapsed, the device will immediately enter the full alarm condition. The LED indicating that Delayed Mode is enabled will remain lit while the Delayed Mode is active. Note : Select 1 to 99 days to automatically count down by 1 unit per day. To permanently enable the Day mode, enter 365 days. 2.4.4.1.- DELAYED MODE CONFIGURATION The Control Panel can be configured to operate in Delayed Mode during daytime in any specified zone. The LED in the faceplate indicating that the Delayed Mode is enabled will light up when this mode is selected. During this period, a high signal level from a detector will trigger a fire message in the Control Panel, but will delay the activation of the sounders. The Control Panel will initiate a full alarm condition if no action is taken within a specified period. Please note that this mode must be configured at Level 3 before it can be available to Level 2 users. The Delayed Mode can be programmed to operate only at specific times of the day, and only in specific zones, if preferred. The time to enter Phase 1 and Phase 2 can be configured with 1-second granularity. When a fire is detected while in Delayed Mode, the internal buzzer will sound and full details on the location of the detector will be displayed, along with a warning that the Control Panel entered Phase 1 of a delayed alarm. If the internal buzzer is not acknowledged (muted) within the duration configured for Phase 1 of the Delayed Mode, the Control Panel will enter the Full Alarm condition. Phase 1 of the Delayed Mode is acknowledged by pressing the "Mute" button, after which the Control Panel enters Phase 2 of Delayed Mode. The Delayed Mode Phase 2 timer will start to run as soon as the Control Panel senses an alarm in a detector (i.e., it starts at the same time as phase 1). By setting a timeout for Phase 2 timer longer than that of Phase 1, the user is given the opportunity to investigate the cause of the alarm and take the appropriate measures. If the Control Panel is not reset before the Phase 2 timeout expires, it will enter the Full Alarm condition. Manual pushbuttons will always trigger an immediate alarm condition, regardless of the Delayed Mode settings. 2.4.5.- ENABLING/DISABLING SOUNDERS/RELAYS All output devices (that is, sounders and relays) can be enabled or disabled for testing purposes through the Sounders/Relays option of the relevant menu. 1. SOUNDERS : [ ENABLED ] 2. RELAYS : [ ENABLED ]

2.5.- PRINT When the PRINT option is selected, the Control Panel opens the printing menu. [PRINT] [#Exit] 1. Elements 4.Options 2. log 5.Mode 3. Disabled

2.5.1.- ELEMENTS Prints the current status and the text associated to all the detectors in a loop. 2.5.2.- LOG Prints the contents of the event log. 2.5.3.- DISABLED Prints all the disabled devices. 2.5.4.- OPTIONS Allows to select a port for printing

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2.5.5.- MODE Allows to set up the print mode. Manual: print upon user request only. Auto: automatically print alarms and fault warnings as soon as they are raised. OFF: the printer is disabled. 2.6.- VIEW If the VIEW option is selected, the Control Panel will display the following menu: [VIEW] [# Exit] 1. Element 4. Outputs 2. Log 5. Event 3. Faults 6. Disabled

2.6.1.- ELEMENTS Displays the status and text of any detector in the loop. The Control Panel will ask the loop number and the address of the element to be displayed. 2.6.2.- LOG Shows the contents of the log file. You can move forward and backward through the event queue by using the “→“ and “←“ keys. 2.6.3.- FAULTS Shows the current fault status of the Control Panel. The display continues to automatically show the list of faults and fire warnings, but allows to manually move forward and backward through the fault messages by pressing the “→“ and “←“ keys. Press “#” to exit this display mode. 2.6.4.- OUTPUTS Shows the status of relays and sounders. Please note that when the “Mute” key is pressed, all sounders are set to OFF. 2.6.5.- EVENTS Allows to display the different events occurred in the system. 2.6.6.- DISABLED Shows the disabled items, that can be 1.Zones or 2. Elements. 1) displays all the zones that are fully or partially disabled. 2) allows to inspect any disabled detector.

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3.- INSTALLATION AND CONNECTIONS To ensure the correct operation of the AD302C Control Panel, please follow the installation and connection guidelines described below: 3.1- INSTALLING THE PANEL Installing the AD302C Control Panel does not pose any special challenge. The steps to be followed are: a)- Open the power supply by removing the two screws fixing the faceplate. b)- Prior to securing the case to the wall, open the hole you prefer to use for cable access (the device allows cable access either from the top or the bottom face) c)- By using a template, drill two holes in the target wall and place two lugs to secure with screws the metallic case of the AD302C. Inside of the AD302C Control Panel:

1)- 220VAc mains supply wire clamp 2)- AC/DC converter with protective grid 3)- FAAD-100 power supply management PCB 4)- AD302C Control Panel main PCB 5)- Backup supply batteries 6)- Input/output and analog loop wire clamps

12V 7AH 12V 7AH

CENTRAL A3CB

1

2

3

4

5

6

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Connection to the 220VAc mains supply and the batteries can be made in any sequence (first to the 220VAc mains supply and then to the batteries, or the other way round). We will describe here one of the possible connection sequences. d)- Before you connect the system to the 220VAC mains supply, please check that the mains voltage is switched off, so as to make sure that the wires to be handled do not carry any harmful voltage. e)- Connect each of the two 220VAc mains supply wires to one of the two upper and lower screws (labeled as F and N) in the left-side of the fused wire clamp (1). f)- Connect the grounding wire of the installation to the remaining screw in the left side of the wire clamp, labeled with the Earth symbol . g)- Connect the Output/Loop Start wires of Analog Loop 1 to the OUT+ and OUT- terminals of the wire clamp labeled as LOOP1, observing their polarity (+ to the positive wire of the loop, and – to the negative one) h)- Connect the Return/Loop End wires of Analog Loop 1 to the RET+ and RET- terminals of the wire clamp labeled as LOOP1, observing their polarity. i)- Repeat steps g) and h) for Analog loop 2, labeled as LOOP2 j)- Connect the wires from sounder 1 to the terminals + and – of the wire clamp labeled as SND1, observing their polarity. Since this connection is monitored, you must plug at the end of the wire, in parallel with the sounder terminals, a line-terminating 4K7 resistor.

L

N

220 VAc

Connections to be made.

Salida

LOOP1 LOOP2OUT RET OUT RET+ -- + -- + -- + --0

LAZO1

Retorno Salida

LAZO2

Retorno

Return

Return

Output

Output

LOOP 1 LOOP 2

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k)- Repeat step i) with sounder 2. (or, failing that, connect the line-terminating resistor). NOTES: The sounder monitoring functionality is based on polarity reversal. The 24VDc ancillary output is protected by a 300mA fuse. You are now ready to turn on the AD302C unit by activating the 220VAc mains supply, since the rest of connections (24Vaux output, Relay 1 and Relay 2), are optional.

SND1SND2 24Va+ -- + -- + --

SIRENA1

SIRENA2

+24 v AUX

4K7

4K7

A3CB V1RELAY1 RELAY2C NC NO C NC NO

RELE 2

Común

NC

NO

CNorm.Cerrado

Norm.Abierto

RELE 1

Común

NC

NO

C

Norm.Cerrado

Norm.Abierto

SOUNDER 2

SOUNDER 1

Normally Open

Normally Closed

CommonNormally Open

Normally Closed

Common

RELAY 2RELAY 1

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l)- A few seconds later, the AD302C display will turn on and show the startup message (Initialization…… X %), after which it will become fully operational. Now proceed to connecting the batteries. m)- Place the two batteries at the bottom end of the case, with their terminals facing each other. Connect the battery bridging cord between the negative terminal of one battery and the positive terminal of the other. n)- Connect the black wire terminated with a faston female connector that comes from the power supply control PCB to the vacant negative terminal of one of the batteries. o)- Connect the red wire terminated with a faston female connector that comes from the power supply control PCB to the vacant positive terminal of the other battery. Now you can press the RESET button if you want to clear the “missing battery” error. (The Control Panel will request you to enter, the first time, the passcode for this operation). Now you only need to replace the lid and close it with the two screws supplied.

Cable puenteBridging cord

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3.2- WIRING THE LOOPS The proper operation of the Control Panel depends to a large extent on the correct wiring of the analog loop and its elements. Since all elements in the loop have an electronic insulator, the system has the major advantage that, in case of short circuit or cable break, every element will continue to work normally, and the Control Panel will receive a loop failure warning. In order for this feature to work, all elements of the loop must be daisy-chained within the loop itself. Spike or parallel connections of devices are not allowed. Thus, the correct connection diagram is : Only ADVANTRONIC elements can be connected to the loops, as shown in the above diagram.

LOOP 1OUT+ -

RET+ -

OUT+ -

RET+ -

LOOP 2

BIEN BIEN

LAZO 1 LAZO 2LOOP 1 LOOP 2

OK OK

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Bad connection diagram:

LOOP 1OUT+ -

RET+ -

OUT+ -

RET+ -

LOOP 2

LAZO 1 LAZO 2

MAL MAL

LOOP 1 LOOP 2

NOT OK NOT OK

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3.3)- SPECIFICATIONS: Mains power supply requirements: Voltage range 88 ~ 132VAC / 176 ~ 264VAC with autoselection Frequency range 47 ~ 63Hz Typical AC current 2.3A / 115VAC 1.5A / 230VAC Peak current Cold start 30A /115VAC 60A / 220VAC Leak current < 1mA / 240VAC Output specifications for sounders 1 and 2 Output type +24 VDc with polarity-reversal monitoring Maximum output current 300 mADc Short circuit protection Permanent, Self-resetting, with electronic fuse Monitoring resistance 4K7 1/2W Typical idle voltage -9 VDC 24VDc backup power output specification Output type Permanent, +24 VDc (max. 29VDc, min. 22VDc) Maximum output current 300 mADc Short circuit protection By 5mm x 20mm 300 mA fuse Fuse monitoring YES Relays 1 and 2 output specifications Output type Voltage-free contacts (C, NC, NA) Maximum output current 2 A at 30VDc Default functions Relay 1 = ALARM Relay 2 = FAULT Loop 1 and 2 output specifications Output type Level-biased 24 VDc Maximum output current 500 mADc Short circuit protection Electronic with automatic detection and reset Maximum number of elements per loop

240

Maximum loop length 2Km 1,5 mm wire gauge Particular specifications General 220VAc mains supply fuse 2A Battery drain on final low-voltage shutdown < 1mA Typical 600uAmp Temperature range -10ºC to 45ºC Moisture level 20% to 95% without condensation

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4.- PROGRAMMING The AD302C Control Panel can be programmed either directly through its keypad and alphanumeric display, or from a PC, by using the ADS300 configuration software. We will describe below the local programming process by using the keypad. 4.1- ACCESS LEVELS This fire detection system has been designed to meet the provisions of the EN 54-2 standard, which requires 4 differentiated access levels to be available for users and configuration engineers. Access levels are defined as follows: Level 1

All indications are enabled, but faceplate controls are disabled. The next level can be accessed either by entering a numeric passcode through the keypad, or by turning the key (if available) to the "Enabled" position.

Level 2 All indications and faceplate controls are enabled. This level does not allow changing system configurations, while it does allow to enable or disable specific zones or detectors, etc...

Level 3 All the Control Panel configuration information is available at this level, but any change affecting the configuration of the system (such as adding detectors, etc...) may only be carried out after entering the level 3 passcode.

Level 4 Changes to the core system functionality, such as, for instance, replacing EPROMs.

Passcodes The system uses separate passcodes for access levels 2 and 3. A level 2 passcode does not grant access to level 3. From access level 3, up to 10 different level-2 passcodes can be defined. THE LEVEL 3 PASSCODE IS ALWAYS 2356, AND THE DEFAULT LEVEL 2 PASSCODE IS 2222 4.2- CONFIGURING AN INSTALLATION The steps to be followed are: 4.2.1 – Configuring general system options Select “System Options” in the Configure menu. Press “Enter” to continue with the next step, by verifying the factory settings (defaults) or changing them as required (for instance, entering the company name and the support phone number). 4.2.2 – Configuring each detector loop

a) Select "Loops" in the Configure main menu and then select Loop 1. b) Run "Auto-search". c) Select “Elements” and change the location-dependent text strings as required. d) Define the zones. e) Repeat steps a) to d) for each system loop. f) Enter descriptions for the zones.

Note: if you are using a PC software to configure the Control Panel, steps c) and d) may have been defined in your PC. 4.2.3 – Configuring peripherals If you are using peripherals, select "Peripherals" in the main configuration menu.

a) Run “Network Options”. b) Run “Auto-search”

4.2.4 - Configuring sounder and relay outputs

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a) Use the "Sounders" option (if you need zone sounders). b) Use the "Relays" option (if you need auxiliary zone relays).

4.2.5 – Configuring the Day Mode

a) Use the "Day Mode" option (if needed). 4.2.6 – Commission the system

a) Set the Level 2 passcode. b) Select "Verify Prog." and check and write down the configuration checksum. c) Exit all menus to get back to the main menu.

Last, check the data configured in steps 2 to 4 against the installation forms, by using the "Loops" option of the MY PANEL menu, enabling to safely inspect the data without risking to inadvertently make changes. 4.3- PROGRAMMING The figure below shows the first page of the programming menu. Once the Control Panel has been configured and entered its “normal operation” mode, this configuration menu will only be available to users knowing the Level 3 code. [CONFIGURE] [# Exit] 1.Date/Time 4.Sounders 7.Periph 2.System Optin 5.Outputs 8.Password 3.Loops 6.Events 9.Day Mode

4.3.1 Date/Time Select option ‘1.Date/Time’ and a new menu will be displayed, allowing to change the date and time: [DATE/TIME] [# Exit] 1.Date 2.Time

To change the date or time, you may simply select the appropriate option and enter the correct values. 4.3.2 System Options [SYSTEM OPTIONS] [#Exit] 1.Common 4. Modem 2.Messages 3.PC

4.3.2.1 General System options define, for instance, the language and initial settings of the Control Panel. These settings must be checked when first installing the device, but will rarely be changed afterward. Language : [ ENGLISH ] Calibration time : [00:00] Blinking Led : [SI] Log Mode : [NORMAL] Address in Network : [01] Remot Sounder SND 2 : [NO] Edit Contrast : [NO]

4.3.2.1.1 Language Control panels with multi-language support will ask for the working language as the first step during system configuration. Press the “Change" key to select a different language.

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4.3.2.1.2 Calibration time When the specified calibration time arrives, an automatic verification of the detectors calibration will be carried out. A warning will be raised if the detector falls outside its calibration limits or is close to the pre-alarm threshold. If set to 00:00, the verification will not take place. Please choose a time of the day when you believe the environment will be in normal conditions.

4.3.2.1.3 Blinking LED This options allows to enable or disable the blinking of the LEDs in the elements connected to the loop.

4.3.2.1.4 Log Mode The system event log can be set to "debug" or "normal" mode. Normal is the default option. In “debug” mode, the Control Panel will log every events, including individual communication errors as well as sporadic device failures. The debug mode can be helpful in troubleshooting wiring problems in some points, especially those of intermittent nature. Any response failure in a loop breakdown test will also be logged. In this test, that takes place every minute, the Control Panel checks that all detectors are reachable from both ends of the loop.

4.3.2.1.5 Address in Network With this option, we set up the address of the Control Panel in the network. This setting will only need to be changed when the installation has multiple networked units. In this case, it is important that each one is allocated a unique value. 4.3.2.1.6 Remote Sounder The Control Panel allows, if necessary, to set up a remote reset input through Sounder 2 of the motherboard. When this option is enabled in the Control Panel, the reset will take place when a short occurs in that sounder. In order for the operation to be effective, the short must be maintained for at least 8 seconds, the guard time considered by the system to prevent false triggering. With this type of configuration, sounder 2 becomes unusable for normal usage, and the system menus reflect such condition.

4.3.2.2 Messages During normal system operation, when everything is running smoothly, a message is displayed. This message can be the name of the installer, the name of the building, etc...

Installation Reference [ ]

[Numbers + Capital letters]

4.3.2.3 PC (remote programming) This configuration option enables to use a PC connected to the system to manage the Control Panel and transmit or receive configuration details or text strings. This allows to prepare or edit the installation details in a PC and then upload it to the Control Panel from a laptop PC, a very convenient method when the volume of text is large or the output activation patterns are complex. It also enables to easily save a backup copy of the configuration and quickly restore it if necessary. For further details, please check the PC programming manual. 4.3.2.4 MODEM [MODEM] [#Exit] 1.GSM 2.Standard 3.Telephones

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4.3.2.4.1 GSM This allows to program a GSM modem connected to the device. By pressing option 1, you will access the following options: Serial port : [ 01 ] Max. Av: [05] Activate Modem : [NO] SMS Messages : [NO] PIN telephone : [0000]

4.3.2.4.1.1 Serial Port The port used for communication with the GSM modem. 4.3.2.4.1.2 Activate Modem You can toggle between YES and NO by pressing the Change key. 4.3.2.4.1.3 SMS Messages You can toggle between YES and NO by pressing the Change key. 4.3.2.4.1.4 PIN Telephone Enter the Personal Identification Number for the telephone. 4.3.2.4.1.5 Max. Av Enter the maximum number of advices. 4.3.2.4.2 Standard This option allows to program a standard dial-up modem connected to the equipment. When option 1 is selected, the following options will be displayed:

Serial Port : [ 00] Activate Modem : [NO]

4.3.2.4.2.1 Serial Port The port used for communication with the GSM modem. 4.3.2.4.2.2 Activate Modem You can toggle between YES and NO by pressing the Change key.

4.3.2.4.3 Telephones If any failure occurs, the Control Panel will automatically display the name of the installer and a phone number, usually from the technical support service, to be used to request help. Up to 20 characters are available.

[TELEPHONES] [#Exit] 1.Fault 2.Alarm

According to the option chosen, you will be allowed to enter a phone number to contact the personnel indicated in the operation protocol of the installation.

Upon fault call number [ ]

[Numbers + Capital letters]

4.3.3 Loops This menu allows to program the elements and allocate zones for the different elements connected to the loop. It also enables to calibrate detectors connected to the Control Panel and set up their addresses.

[LOOPS] [# Exit] 1.Loop 1 4.Loop 4 2.Loop 2 3.Loop 3

The instructions for a loop are to be repeated for the rest of loops.

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4.3.3.1 Loop 1 When a loop is selected in the preceding menu, the following sub-menu is displayed:

[LOOP 1] [# Exit] 1.Auto-search 4.Adjust 2.Elements 5.Prog. Addr 3.Zones

The upper left corner of the display shows the loop number that has been accessed. By pressing the relevant option number, you may access the different menu options. 4.3.3.1.1 Auto-search This function saves a lot of time and effort when installing a system or changing the configuration of a loop. It allows the system to discover on its own what devices have been installed in a specific loop. When Auto-search is chosen, the display shows the following:

Searching… 4 [ 11/240]

The system will acknowledge the request by displaying the word “Searching” on screen. It may take several minutes to complete the search in a whole loop, since the system inspects each possible address in the loop in order to check whether any device is using it, and identify its type. If there are multiple devices connected with the same address, or the device type is not valid, a warning message will be displayed. At the right end of the menu, you can see the number of elements found as well as the total elements searched at each point of time. Once the system has completed the search in a loop, if will display a summary of the results found for that loop. For instance:

Optical :102 C. Points: 3 Logic : 0 Opt.head:6 Sounders:11 Master: 1 Head:11 Relays: 3 D.Hold:0 Zones:29 Analog :1 Others:0

This report can be matched against the installation forms to check if the system has found the right number of elements. By pressing any key, you may go back to the previous configuration menu. The Auto-search function must be run again for each loop in the system. You may run it as often as necessary, and it does not affect the text used to identify each device. The configuration engineer should always verify that the system has correctly found every device. The “Elements” option will provide further details about the type and address of each device found in the loop. If any single address is duplicated in multiple elements in the same loop, the Control Panel will indicate it and the affected elements will remain with their warning LED on while you stay in this option. 4.3.3.1.2 ELEMENTS The "Elements" menu option provides information about the different device types present in the loop. When you select “Elements”, the system asks the address the inspection is to start from:

Start checking address [001]

If you want to start checking from a different address, you can enter it here. Otherwise, press "Enter" to continue or “ # ” to exit. The display will show full information about the device in the chosen address.

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Loop :01 Zone: 001 Address: 001 Text:` ´ Type: Optical Analog Val: 32 Sens: NORMAL Dirt: 3%

4.3.3.1.2.1 Changing the device configuration To make changes, press the “Change” key first. A menu will be displayed with the fields available to be changed according to the device type. For instance: An optical smoke detector would allow to change the following settings:

1.Sensor Text 2.Zone 3.Events 4.Sensitivity

You may select any option by pressing the relevant option number, or return to the device information screen by pressing “ # “. Please note that this editing function is only available in Configuration mode, not in Inspection mode, to prevent the system configuration from being inadvertently changed. 4.3.3.1.2.2 Entering and changing the location-based text When the “Sensor Text” option is selected, the display shows the current text as well as some additional items to assist the change process. There are 3 input modes: "Numbers and Capital Letters ", ” Numbers and lowercase letters”, and ”Words”. The mode currently in use is displayed in brackets at the bottom end of the screen. The desired mode is selected by pressing the ”Change” letter. a) Numbers and letters

The Numbers + letters mode allows entering the different symbols available in each key. The forward and backward movement keys are active in this mode. The cursor symbol ("_") indicates its current position in the line, but the cursor symbol itself will not

appear in the final description.

b) Words

This mode is selected by pressing "Change". Again, the option selected will be displayed at the bottom end of the screen. The Words mode is the easiest way to enter text that is frequently used in many sites, by simply pressing one key.

Note : In the "Words" mode, you may display and choose one of the various pre-set words, using the “Change” key to scroll down the list. 4.3.3.1.3 Zones The system can be divided into 20 zones, each with one or more devices. The zone mapping function enables the configuration engineer to quickly allocate each device to its appropriate zone. By default, all devices are mapped to zone 1.

All loop devices 01 From Address [001] To Address [119] Are in zone [001]

This screen shows several information items. For better clarity while editing these values, the field ready to be changed at each time blinks. To change its value, you may simply overwrite a new one. For instance:

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In Configuration mode, the "From Address" (001 in the example) field will blink to indicate that this field can be changed if desired. To enter the address 24, you may simply write "024". The screen will show the new address range for the zone: Use the "_" and "_" keys to move forward or backward inside a field, and “Enter” to accept the entered value. The configuration displayed becomes active immediately after the "Enter" key is pressed. On the other hand, it the " # " key is pressed, the operation will be cancelled and the system will revert to the existing configuration. If the “To Address” field is lower than 255, the "Enter" key will automatically jump to the next editable value. Once you have allocated a zone to all the configured devices, the program will proceed to the introduction of zone description texts. Each zone can be allocated a text description to identify the area it covers. That description will appear on screen if a failure is detected or an alarm is raised in any of the devices associated to the zone.

Zone 001 is named [ ]

[Numbers + Capital letters]]

The description can be changed by selecting the description text, pressing “Change” and entering letters, numbers or predefined words. The procedure is identical to that used to edit the text of the devices, as described in section 3.2.4 4.3.3.1.4 Adjust This option shows if there is any element outside the standard calibration range for detectors. 4.3.3.1.5 Prog. Addr This option allows to allocate an address to a detector that is directly connected to the input of this loop. IMPORTANT: do not carry out this operation with the whole loop connected to the Control Panel, since it could delete addresses already programmed in other detectors installed in the loop. 4.3.4 Sounders 4.3.4.1 Sounder Output Types The system supports different sounder connection methods:

Direct connection to terminals of the Control Panel motherboard Connection to addressable sounder modules in any of the detector loops.

4.3.4.2 Sounder programming All sounder options in the motherboard for the loop are configured in the same way from the Sounders option of the configuration menu. The only functional difference between the two types is that sounders located in the loop cannot be synchronized. Therefore, for installations requiring multiple pulsed sounders, we recommend using the motherboard outputs only. By selecting the “Sounders" option of the configuration menu, you can check what zones are allocated to each sounder. Starting with a “clean” configuration, after an auto-search for loop devices is completed, the system will configure by default the immediate activation of ALL sounders for ANY fire alarm in ANY zone. For instance, in a Control Panel supporting 100 zones, the sounder configuration screen would display the following:

SOUNDER: 1 Operation Event-1 Event-2 [001] [000] [000]

This screen shows several items. To move across the different sounders in the system, you may simply press “Enter”, and to edit one of them, press the “Change” key. At this point, you can allocate the operation associated

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to this sounder and the events. To edit the operation, press “Change” again while in the “Operation” field, and the following screen will be displayed:

OPERATION: 1 ZONE MODE [001] A [012] YES

ACTION: Sounder A will immediately be triggered when a fire is detected at zones 1,2,3,4,5,6,7,8,9,10,11 or 12. The next editable field, the operation mode, will automatically blink on screen. Since this is not a numeric field, use the “Change” key to toggle its value. Each key press will rotate the setting value among the different mode values available for this output. For instance:

OPERATION: 1 ZONE MODE [001] A [012] NO

ACTION : Sounder A will not be triggered if a fire is detected at zones 1,2,3,4,5,6,7,8,9,10,11 or 12.

OPERATION: 1 ZONE MODE [001] A [012] DELAY 010 sec

ACTION: Sounder A will be triggered with a 10-second delay after detection of a fire at zones 1,2,3,4,5,6,7,8,9,10,11 or 12. Delays are configurable in 10-second steps, up to a maximum value of 600 seconds (maximum time allowed by the EN54 standard).

OPERATION: 1 ZONE MODE [001] A [012] PULSE 010 sec

ACTION: Sounder A will immediately be triggered in pulsed mode when a fire is detected at zones 1,2,3,4,5,6,7,8,9,10,11 or 12. After 10 seconds, the sounder will change from pulsed to continuous sound. The duration of the pulsed mode can be set in 10-second steps, up to a maximum value of 600 seconds.

OPERATION: 1 ZONE MODE [001] A [012] DOUBLE DETEC. 000 sec

ACTION: Sounder A will be triggered immediately only if two (or more) detectors raise an alarm at zone 1, or two (or more) detectors are alarmed at zone 2, etc... The options below allow alarms to behave differently according to whether one or more detector entered an alarm condition. After a configurable timeout, the sounder will keep sounding in continuous mode, regardless of how many detectors were alarmed.

OPERATION: 1 ZONE 1 / 2 Sensors [001] A [012] NO/PULSE -> YES 120 sec

ACTION: Sounder A will sound in pulsed mode if two or more detectors are alarmed at zone 1, two or more are alarmed at zone 2, etc... After 120 seconds, the sounder will change to continuous sound if one or more detectors are alarmed.

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OPERATION: 1 ZONE 1 / 2 Sensors [001] A [012] NO/YES -> YES 120 sec

ACTION: Sounder A will be triggered if two or more detectors are alarmed at zone 1, or two or more detectors are alarmed at zone 2, etc... If, after 120 seconds, there is only one alarmed detector in any zone from 1 to 12, the sounder will be triggered.

OPERATION: 1 ZONE 1 / 2 Sensors [001] A [012] PULSE/YES -> YES 120 seC

ACTION: Sounder A will be triggered if two or more detectors are alarmed at zone 1, or two or more detectors are alarmed at zone 2, etc... If there is only one alarmed detector, the sounder will be pulsed. The configuration displayed becomes active immediately after the "Enter" key is pressed. On the other hand, if the " # " key is pressed, the operation will be cancelled and the system will revert to the existing configuration menu. The “Enter” key, in addition, automatically jumps to the next zones to be defined. 4.3.4.3 Monitoring sounder failures Once configured, any short circuit or cable break failure in any sounder, be it remote or based on the motherboard, will automatically be detected, stored in the event log and displayed. 4.3.5 Relays The greatest part of the programming and the functions affecting relay outputs are identical to those described for sounders in section 3.4, with the following exceptions: There is no relay output monitoring, and short or cable break failures at the output cannot be detected, therefore they will be ignored. Unlike sounder outputs, relay outputs cannot be triggered in pulsed mode. Motherboard relays can be configured to be triggered with the “Trigger Sounders” key, by enabling the “With Evacuation [YES]” option. In addition, when the programming of these relays is event-based, their initial status can be specified (NORMAL = Disabled, REVERSE = Enabled).

RELAY : 1 Operation : [001] With Evacuation : [NO] Event-1 : [000] Initial Mode : [NORMAL] Event-2 : [000]

For the loop, the following information is displayed:

RELAY : Loop: 01 Addr : 1 Operation: [001] With evacuation : [NO] Event-1 : [000] Virtual outputs : [NO] Event-2 : [000]

4.3.5.1 Fault Relay The EN54 standard requires to have a relay (the Fault Relay) permanently enabled, to be disabled in case of failure. Relays 1 or 2 of the Control Panel can be programmed to behave in this fashion, by changing the setting for the initial mode of the relay (NORMAL, REVERSE) and programming the appropriate event (General Fault Event).

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4.3.6 Events System events provide a much more flexible method for the configuration of cause-and-effect programming schemes with greater complexity than the scenarios supported by the standard programming approach based on activation of zones. However, event-based programming will not be needed in most systems. Each individual detector can be configured to generate system events, while PC-based programming is recommended when the number of detectors that will generate events is high. Where only a few detectors are to be used, they can be directly configured through the Change option in the "Detectors" screen of any of the loops. System events can be allocated any number from 1 to 999. Event number 0 is used to designate an input or output as “not used” in an event. All system events remain "latched” until the Control Panel is reset. The Events menu provides the following special events options. [EVENTS] [# Exit] 1.Common 2.Logical

All system events, other than “Common” ones, are usually programmed from a PC. 4.3.6.1 Common events This option allows special operations for general system events, as described below. Any field set to event “0” will mean that it is not in use.

Name of common system event

When is the event generated

Failure event On detection of a failure Pre-alarm event When any detector is in pre-alarm condition Delayed Day Mode event When a fire alarm is detected in the delayed day mode (i.e., when the

Control Panel enters Phase 1) Local fire event When any detector connected to the Control Panel raises an alarm Common fire event When any Control Panel connected to a master unit raises an alarm

condition Mute event When external alarms are muted Simple match event When any 2 devices raise a fire condition (regardless of the type).

4.3.7 Peripherals All Control Panels can handle multiple input and output devices through their RS-485/RS-232 peripheral bus (serial ports located at the right side of every motherboard). It is important to first define the address of the Control Panel in the network, that must be unique (see paragraph 4.4.2.1) When the option 'Peripherals' option of the configuration menu appears:

[PERIPHERALS] [# Exit] 1.Port 0 (USB) 2.Port 1 3.Port 2

When the Port 1 or Port 2 option is selected, the following option list appears:

[PORT 0 (USB)] [# Exit] 1.Network Opt 4.Remote Control 2.Auto-search 3.Elements

The upper left corner reminds us that we are in configuration mode and also that we are inspecting the peripheral bus. By pressing the appropriate key, we may choose each of the displayed options.

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4.3.7.1 Configure This option enables us to set up the different configurations in a networked system.

Master? :[YES] Use MODEM: [NO] Bidirectional :[YES] Alm-Relay: [NO] Share zones :[NO] Relay-Disp: [NO] Global Events :[YES]

4.3.7.1.1 Master: This option states that this Control Panel is the master device of a system of networked Control Panels. This option must be enabled in order to run Auto-search operations. 4.3.7.1.2 Bidirectional: If enabled, it means the Control Panel accepts events from other Control Panels (Reset, Mute, Activate Sounders, Supress Sounders). By default, all networked Control Panels broadcast these events to the rest of units, and their acceptance or rejection by each Control Panel is regulated by this setting.

4.3.7.1.3 Share zones: It allows the zones from different panels to be shared with the other panel, as if all them were a single zone. If any of these zones raise any event, it will be transmitted to the rest of panels, triggering all the operations or events provisioned for that zone, even if the event was not raised from that zone’s panel. If this setting is not active, events will be reported, but no operation for that zone will be carried out, unless it is generated by the Control Panel of that zone.

4.3.7.1.4 Global Events: This setting allows the Control Panel to accept messages from other panels. These messages are copies of those displayed in the panel that triggered the message and have propagated through the network.

4.3.7.1.5 Use Modem: Enabling this setting allows one of the peripherals linked to the Control Panel through an RS-232 serial port to be connected via a modem.

This option is normally used to link graphical software programs (ASG300) to the Control Panel from a remote site. It must always be disabled when the serial port has a printer or a configuration program (ADS300) connected to it.

4.3.7.2 Auto-search This function enables the system to discover what devices have been installed in the bus. When "Auto-search" is selected, the following message is displayed: Searching Peripheral…

The search can take up to 30 seconds to discover all the devices and their addresses. When the search is over, the system will display a summary of the elements discovered in the peripheral bus, for instance: Control Panels : 01 Repeaters : 02 Graphics program : 01 Others : 00

You may go back to the previous configuration menu by pressing any key. The Auto-search feature can be run as many times as necessary. The configuration engineer should always check that the system has correctly found all the devices. 4.3.7.3 Elements

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This function enables to review the elements configured in the network, their addresses, and the type of element. 4.3.7.4 Remote Control This function allows to connect to another Control Panel in the network and take over it to operate that remote panel from our local keypad, as if it were the remote keypad. Once connected, every operation we may request to the local panel will be run on the remote one, and all the results displayed will correspond to the remote Control Panel. To exit this mode, press the 'arrow up' or 'arrow down' buttons. If the Control Panel is configured as the master, it will ask you what device you want to connect to. You can only connect to like panels, not to other types of devices. Connect to device : [01]

If the Control Panel is slave, it will not ask any question, but directly connect to the master panel. 4.3.8 Changing Level 2 passcodes This option allows to define user passcodes to enter access level 2. The Control Panel will first ask how many level-2 codes are required (up to 10). The first user code will then be displayed:

LEVEL PASSWORD [02] From [01] to [01] Value : [ 2222 ] Time: [05] Minutes

Press "Enter" to accept it or enter a new passcode. Last, the Control Panel will ask for how long should it stay in access level 2 before returning to access level 1 and disabling the control keypad. In the above example, the Control Panel will automatically inhibit the control keypad (returning to access level 1) if it is in access level 2 and the keyboard stays unused for 10 minutes. 4.3.9 Day Mode The Control Panel can be pre-programmed to operate in a specific mode at some times of the day. These pre-programmed options are: 4.3.9.1 Delayed Mode The Control Panel can be configured to operate in Delayed Mode during the day, in any specified zone. During that period, a high level signal from a detector will trigger the relevant message in the Control Panel, but will delay the sounder outputs. A full fire condition will be triggered if no action is taken in a specified period in response to that warning. Manual fire pushbuttons always trigger a full fire condition, regardless of any Day Mode setting. 4.3.9.2 Configuring the delayed Day Mode Select "Day Mode" in page 3 of the configuration menu. When the “Delayed” option is selected, the Control Panel will ask: Enabled mode : [NO] Start time : [00:00] End time : [00:00] Alert 1 : [030] Sec Delay Alert 2 : [120] Sec Delay

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In the above example, when a fire alarm is detected, the internal buzzer will immediately be triggered, and the location of the detector will be displayed. If this warning is not acknowledged within the first warning period (30 seconds), then the full alarm will be raised. To acknowledge the alarm in the Control Panel, press the "Mute" key. If the "Mute" key is pressed within the 30 seconds of the first warning period, the Control Panel will enter alert 2 mode. The Alert 2 period will commence as soon as the Control Panel detects the alarm signal (that is, at the same time as Alert 1). By setting the Alert 2 timer to a timeout longer than that of Alert 1, the user is given the opportunity to investigate the cause of the alarm and take the appropriate measures. If the Control Panel is not reset before the Alarm 2 timeout expires, it will enter the Full Alarm condition. Once the duration of the Alert 1 and Alert 2 periods is set, the Control Panel will finally ask what zones should be used in Delay Mode, for instance: ZONES DELAY MODE [001] A [012] [SI]

This screen means that zones 1 to 12, inclusive, will not use the Day Mode, therefore a Full Alarm will immediately be raised when any of the detectors connected to these zones is alarmed. The fields in brackets can be edited by using the same procedure as for allocation of zones: select the field to be changed, enter the new number to program a different zone, or press the “Change” key once the cursor is located on the "[NO]" value, to change it to "[YES]". The user can enable or disable the delayed mode from access level 2, as described in the User Guide.

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Manual AD302C ENG - Advantronic · In addition to the requirements laid down in the EN54-2 standard, the AD302C Control Panel ... --- Outputs to fire alarm ... ↓ Manual scroll up