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Summary of Contents for FDP EX-CPL
- Page 1 EX-CPL FIRE CONTROL PANEL EXCELLENT FIRE SYSTEM FDP International Group S.r.l. - Via Pierobon, 127 - 35010 LIMENA (PD) – ITALY Tel. +39 049 767249 - fax +39 049 767898 E-mail: info@fdpinternational.com - www.fdpinternational.com - P. IVA 02601740281 Rev. 4.20...
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Page 2: Table Of Contents
INDEX PART 1 DETAILS ......................................6 GENERAL CHARACTERISTICS ..............................6 POINT ADDRESSING AND ACQUISITION ..........................8 PART 2 CONTROL PANEL INSTALLATION ............................9 SAFETY REQUIREMENTS ................................9 CONNECTING THE CONTROL PANEL TO THE MAIN POWER LINE 230VCA ..............9 FUSES.......................................9 FIXING THE CONTAINER ................................10 2.4.1 Cable arrangement ................................10 2.4.2 Observation ..................................10 2.4.3... - Page 3 6.1.6 Confirmation..................................32 LOOP OUT OF SERVICE ................................32 6.2.1 Loop start/restore procedure ..............................32 PART 7 POINT PROGRAMMING ................................33 POINT INSERTION ..................................33 7.1.1 Procedure for the acquisition of a point ..........................33 7.1.2 Main menu ....................................34 7.1.3 Point menu....................................34 7.1.4 Address assignation................................34 7.1.5 Type of point acquisition ..............................34 7.1.6 Loop selection..................................35...
- Page 4 PART 11 DIAGNOSTICS MENU................................58 11.1 DETAILS....................................58 11.2 SOFTWARE VERSION ................................58 11.3 SMOKE DETECTORS VERIFICATION ..........................58 11.4 LAMP TEST....................................59 11.5 AUTORESET ....................................59 11.6 CHRONOLOGICAL RESET ..............................60 PART 12 CONNECTION MENU ................................61 12.1 DETAILS....................................61 12.2 EXTERNAL PS2 KEYPAD ..............................61 12.3 AUXILIARY POWER SOURCE ..............................62 12.4 SERIAL OUTPUTS (RS232-RS485-LAN) ..........................62 12.4.1...
- Page 5 Rev. 4.20 Page 5 of 91...
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Page 6: Part 1 Details
PART 1 DETAILS 1.1 GENERAL CHARACTERISTICS The fire-prevention control panel was designed in observance to the rules EN54-2 and EN54-4, and it has the following characteristics: • The available versions of the control panel are at 1 – 2 – 4 loops. •... - Page 7 Ø The control panel has: 1. 2 supervised outputs, one of which is preset for the siren; 2. 2 no supervised outputs at programmable clean relay NO/NC; 3. 4 open collector outputs programmable for typology of alarm and zone. Ø The control panel is preset for three opto-isolated serial ports, RS-232 and RS-485. 1.
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Page 8: Point Addressing And Acquisition
1.2 POINT ADDRESSING AND ACQUISITION The necessity of being able more and more to facilitate the phase of starter of the system from part of the installer, has made way of having to develop more ways of installation of the points in the loop. The installer turns out therefore not obliged from procedures rigid and standards, being able to choose at second of the situations the way simpler than installation. -
Page 9: Part 2 Control Panel Installation
PART 2 CONTROL PANEL INSTALLATION 2.1 SAFETY REQUIREMENTS The installation of the product must be performed by authorized technicians who scrupulously follow all safety norms and procedures – law provision N° 46/90 (Legislative March 5 1990, n° 46). Only such appointed personnel is authorized to open the Control Panel;... -
Page 10: Fixing The Container
FUSES LIST FAULT F1: F315mA L 250V F2: F315mA L 250V Siren out2 fuse 24Vdc out1 fuse Fault out3 fuse F3: F315mA L 250V F4: F1,6A L 250V F5: F1,6A L 250V F6: T400mA L 250V AUX power supply fuse Battery fuse - B1+ - B2+... -
Page 11: Assembly
For the connection to the power supply clips, the electrical conductors must be terminated between terminal clips, at scope to have in any case a electrical security condition. 2.4.3 Assembly After having mounted the panel in the most appropriate place, verify proper cabling to adopt and where to run it: •... -
Page 12: The Circuits Of The Detection
Optional serial gates LOOP Control panel outputs COM1 COM2 COM3 FAULT Fault out3 fuse Siren out2 fuse 24Vdc out1 fuse Ps2 keyboard Resetting fault system Battery fuse AUX power supply fuse - AUX + FAULT + (30Vdc) - B1+ - B2+ Trimmer Vac fuse 12V 7.2Ah... -
Page 13: Fire Alarm Siren Output
MUDULO ISOLATOR INTERRUPTED MUDULO ISOLATOR EX-MEI/O MODULE EX-MEI/O MODULE LINE SHORT CIRCUIT ISOLATOR MUDULO MODULE EX-MEI/O ISOLATOR MUDULO MODULE EX-MEI/O The installation of a detection circuit is made connecting all the control devices so that one closet ring is obtained. As regards the conformity of the system to the rules UNI 9795 and EN 54-2, it is necessary to insert at least a module isolator every 32 detectors or buttons. -
Page 14: Output For Alarm Siren Fault
2.5.3 Output for alarm siren fault The fault output connector terminals are identified and marked as FAULT. The output is normally supervised, but it is possible to change the type of set-up by acting on the software configuration (see chapter 9.2.4) e hardware (by the Jumpers “SEL1”). In the case of selection of output supervised, an end of line resistor of 5.6KΩ... -
Page 15: Outputs Of Auxiliary Relays No Supervised
OUTPUT RELAY NOT SUPERVISED N/C SIREN COMMAND: POSITIVE DISCONNECTED 5.6 Kohm, 1/4W FAULT SEL4 SEL1 SEL3 SEL2 2.5.4 Outputs of auxiliary relays no supervised The control panel circuit includes two outputs of programmable auxiliary relays no supervised, with contact NO or NC free from 1A, 120Vdc / 24Vdc. -
Page 16: Connection To The Power Supply
2.5.8 Connection to the power supply Execute the connections with suitable materials and procedures prescribed by the rules in force. Do not execute the electrical connection unless you have verified the actual power cut-off. PLEASE NOTE • At the moment of installation always connect the mains 230Vac first and then the batteries. In this manner you prevent dangerous shock sparks. -
Page 17: Maintenance
2.8 MAINTENANCE The maintenance measures advised in EN 54-14 must be followed. 2.8.1 Daily control The user will check that: • The control panel works properly. Otherwise the faults will be reported and registered and the maintenance staff must be informed. •... -
Page 18: Part 3 Preliminary Remarks For A Correct Installation
PART 3 PRELIMINARY REMARKS FOR A CORRECT INSTALLATION 3.1 LINE CABLE TEST PROCEDURE BEFORE LOOP CONNECTION For connection use twisted and shielded cable with electro conductive cable characteristics as reported on table: LENGTH (m) SIZE (mm CAPACITY (pF/m) Length up to 500 m max. -
Page 19: Check Of Shi Short Circuits At Power Supply Line
3.1.5 Check of SHI short circuits at power supply line Connect the positive clip +24; to the loop Set the tester at 50Vdc and measure the voltage between shielded and the negative (of the battery or the clip – 24): THERE MUST NOT BE VOLTAGE!!! A possible reading of voltage may occur in the case of short circuit in one ore more detectors or between the shielded clip means that a short circuit, inside a few detectors, between shielded clip and the clip R and the terminal R and common terminal (common clip of base nr. -
Page 20: Part 4 About Programming
PART 4 ABOUT PROGRAMMING 4.1 CONTROLS AND INFORMATION The EN-54 norms supplies two level of access for the control panel user. The access levels of the user are defined as shown previously: Level 1 All the information reads operative, the control panel controls are disabled. The access to the superior level is obtained typing in a numerical code through the numerical keyboard. -
Page 21: Led Indicators Of The Control Panel
4.1.2 Led indicators of the control panel The control panel has indicators led of yellow, green and red colour for a quick identification of its status. Evacuation Active evacuation status. Fire alarm Press the control panel has pointed out a alarm condition. Pre-alarm The control panel has pointed out a pre-alarm condition. -
Page 22: How To Select An Item From The Menu Of The Control Panel
4.2 HOW TO SELECT AN ITEM FROM THE MENU OF THE CONTROL PANEL Button for item select. Menu navigator Item selected Point menu view/mod. insert remove d.b.reset ACCESS LEVEL: 1 Sel. = Select; Sel. Back Esc. Back = Preview Esc. = Escape Button for menu selection. -
Page 23: Password Management
4.3 PASSWORD MANAGEMENT The analogic control panel presents four different levels of access as provided in the EN 54-2 normative. Level 2 Password : 22222; Level 3 Password : 33333; The possible request of the password is initially set up by the control panel providing character differentiation: •... -
Page 24: Out Of Service, Fault, Alarm Messages
Level 3 The access to level 3 is obtained typing (33333). All the information of the configuration is accessible in this level and any change that concerns the system configuration proves possible. Level 4 Access allowed only to the manufacturer. N.B.: the codes of level 3 and 4 must be used only by the qualified technician to the programming of the control panel. - Page 25 ü out of service; ü active outputs; ü pre-alarm (minimum priority). All and any event which the Control Panel reveals, are automatically saved on the event list (see chapter 4.6). The exclamation mark (!) or interrogation mark (?) indicate that the origin of the message has not been restored yet and that the reset or restore function through the RESET button, will not have any effect.
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Page 26: Visualizing The Event
When the “OUT OF SERVICE” command is given to the point/Output/... the control panel shows the associated list. OUT OF SERVICE: 002 access to the control panel menu; Menu: 001 17/03/05 12:34:58 !O.O.S. POINT 001-2 details of selected visualized message; View: 002 17/03/05 12:35:48 allows access to other types of messages (fault, out of service, ...). -
Page 27: Active Outputs
4.5.5 Active outputs The active or armed outputs menu which allows to verify the status of the outputs and the addressed outputs in activation. Event 001/002 •DATE: 20/01/05 TIME: 18:30:58 EVENT: ARMED OUTPUT OUTPUT ADDRESS: TYPE: SIREN STATUS: ENABLED 4.5.6 Alarm Reset To restore the control panel, press the reset button on the front panel keypad. -
Page 28: Part 5 First Configuration Of Control Panel
PART 5 FIRST CONFIGURATION OF CONTROL PANEL WARNING: IMPORTANT NOTES FOR THE START UP OF THE CONTROL PANEL Begin with checking the power supply and battery status. Run check test to trouble shoot for short circuit or other malfunctions. • See the button in the schematic of Push the reset grey button (system fault) placed to the main board. - Page 29 ADDRESSING POINTS Procedure to follow if points with address=0 are installed in the loop. It is possible to add a single point selecting menu”, à “POINT”, à “insert”, “Password Enter “Main “SINGLE POINT” See manual on chapter request”, à “AUTOMATIC INCREASE”, à “ACTIVATION”, à 7.1.4.
- Page 30 The same procedure can be repeated for the points with address=0, assigning and acknowledgement for new starting addresses. Example: on the first floor of a building the addresses are from 10 to 20 for detectors, from 80 to 84 for buttons, from 100 to 104 for input/output modules are assigned;...
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Page 31: Part 6 Loop Programming
PART 6 LOOP PROGRAMMING 6.1 LOOP STARTING 6.1.1 Main menu The starting procedure of each loop must be executed only once. Enter “Main menu” and select “LOOP” using the four arrows placed low on Main menu POINT SETTING the display. ZONE CONNECTION Confirm the made selection to pass to the “Loop menu”... -
Page 32: Loop Start/Restore Procedure
6.1.4 Loop start/restore procedure The menu “Loop start/restore” schedules two procedures of loop starting or resetting and the possibility to place the loop itself out of service Loop start/restore •LOOP RESTART (necessary operation in case of maintenance). Starting or resetting RESTART+INST.ISOLAT. -
Page 33: Part 7 Point Programming
PART 7 POINT PROGRAMMING 7.1 POINT INSERTION The acquisition of a point from the control panel, can be executed with four different procedures of acquisition addressing: 1. Acquisition for installation (valid only detectors); 2. Acquisition for activation; 3. Acquisition for serial number (only if the serial number label is present in the point); 4. -
Page 34: Main Menu
7.1.2 Main menu After the user has entered the “Main menu”, to add some points (detectors, modules, buttons), it is necessary to select “POINT” using the four arrows Main menu placed low on the display. POINT SETTING ZONE CONNECTION Confirm the made selection with “Sel.”. LOOP ACC. -
Page 35: Loop Selection
7.1.6 Loop selection Select the “Loop” to programme and confirm with “Sel.”, use the four arrows to set oneself on the line that shows the loop the user wants to Loop selection programme and select and confirm with “Sel.”. Type in “Canc” to return to •LOOP 1 LOOP 2 the “Point menu”. -
Page 36: Points Acquisition In Mode: Serial Number
When the control panel locates the point, it starts the control Information •OPER.: POINT ACQUIS. POINT: 001-1 Canc The point acquisition from the control panel is pointed out with a beep and with the message “COMPLETED OPERATION” on the display. In case of Information address assignment like single point, the confirmation with “Ok”... -
Page 37: Point Information
The point acquisition from the control panel is pointed out with a beep and with the message “COMPLETED OPERATION” on the display. In case of Information address assignment like single point, the confirmation with “Ok” provides to COMPLETED OPERATION return to the “Main menu”. In case of address assignment like self-increment, the passage to the research of the next point is automatic. -
Page 38: Point Address Selection
7.2.4 Point address selection The control panel supplies the address of the first addressed point. Through the numerical keyboard it is possible to select the address of the point the Point addr. select. user wants to view. ADDRESS: 001 Select “Ok” To view the information relative to the selected point. Select “Canc”... - Page 39 the point and loop addresses (no mod.). ADDRESS: Point setting the zone address of the point loop (mod., range value 1- ZONE: •ADDRESS: 001-1 63). ZONE: NAME: ROOM1 the name of the point (mod.). NAME: TYPE: SMOKE+HEAT DE point type (no mod.). TYPE: SECTION: the section where the point is (no mod.).
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Page 40: Points Removal
7.3 POINTS REMOVAL 7.3.1 Main menu After the user has entered the “Main menu”, select “POINT” and confirm with the key “Sel.” to pass to “Point menu”. Main menu POINT SETTING ZONE CONNECTION LOOP ACC. LEVEL OUTPUT DIAGNOSTIC EVENT 3b option ACCESS LEVEL: 1 Sel. -
Page 41: Points Removal (Options)
7.3.3 Points removal (options) In this menu different options to remove the points can be selected: “SELECTED POINT”: to remove one only point; Points removal “SELECTED ZONE”: to remove all the points placed in a zone; •SELECTED POINT “SELECTED LOOP”: to remove all the points belonging to a loop. SELECTED ZONE SELECTED LOOP Use the four arrows to set oneself on the line with show the type of address... -
Page 42: Part 8 Zone Programming
PART 8 ZONE PROGRAMMING 8.1 DETAILS It is possible to define 63 zones per loop. Every zone is independent from the zones of the other loops. 8.2 ZONE CREATION It is not necessary to define a new zone; it is sufficient to assign a point to the new zone that the user wants to create. -
Page 43: Loop Selection
8.3.3 Loop selection Select the “Loop” and confirm with “Sel.”, type in “Canc” to return to the “Zone menu”. Loop selection •LOOP 1 LOOP 2 LOOP 3 LOOP 4 Sel. Canc 8.3.4 Zone address selection The control panel supplies the address of the first addressed zone. Through the numerical keyboard it is possible to select the address of the point the Zone addres.selectio user wants to view. - Page 44 temperature level in no supervisory mode on this reported value. Beyond this value, the alarm go active (mod. Range: 40°-70°). if set up, all the multi-criteria heat detectors acquire the NSUP.TEMP LEV: temperature level in no supervisory mode on this reported value.
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Page 45: Part 9 Outputs Programming
PART 9 OUTPUTS PROGRAMMING 9.1 DETAILS 9.1.1 Main menu To programme the outputs of the control panel or the loop, it is necessary to enter the “Main menu” and select “OUTPUT”. To move inside the menu, Main menu POINT SETTING always use the four arrows;... -
Page 46: Output Setting
9.1.4 Output setting Inside a the “Output setting” menu it is possible to modify the output parameters (for example in this picture there is a input/output module). Output setting To modify the data use the arrows to move inside the control panel/loop and OUTPUT ADDRESS:001-1 modify with “Mod.”... - Page 47 To activate the output status of the input/output module set yourself on the activation line using the four arrows and type in “Mod.”. Output setting The output activation of the input/output module allows different possibilities OUTPUT ADDRESS:001-1 TYPE: LOOP OUTPUT of programming of the same module.
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Page 48: Control Panel Output
9.2 CONTROL PANEL OUTPUT 9.2.1 Output description Selecting “CONTROL PANEL OUTPUT” the outputs inside the control panel will be able to be programmed as follows: Ø (out5) Clips RL1 (SEL4): relay 1 is a clean relay no supervised that can be programmed NO/NC; Ø... -
Page 49: Fault Output
9.2.4 Fault output It is a output normally in condition of supervisory type siren. It is activated every time that the control panel finds a fault. Output setting •OUTPUT ADDRESS: The output is normally of supervisory type, but it is possible to change the TYPE: FAULT set up mode through the software (“CONFIG.”) and the hardware through... -
Page 50: Loop Output
9.3 LOOP OUTPUT Selecting “LOOP OUTPUT” it is possible to programme the address of the point to which the input/output module refers. The output of the input/output module is a contact of exchange to which it is possible to connect a maximum load of 1A and 24Vdc. -
Page 51: Logic States
9.4.1 Logic states For the outputs we have 4 defined logic states: TYPE DESCRIPTION deactivated The output is not ready. activated The output is ready. The condition for the activation of the output is real but the output itself is not activated since it is programmed to have a delayed activation. - Page 52 2.4 If the control panel is not under supervised mode the output becomes active under forced delay 0 value. 2.5 If the conditions 2.2.,.2.4 are not running or “false” the following guidelines apply: If the output is inactive the “manual alarm delay option to zero” is activated with a pre-defined delay which cannot be “Zeroed”.
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Page 53: Part 10 Setting Menu
PART 10 SETTING MENU 10.1 DETAILS Inside the “Setting menu” there are different items for the control panel programming. supervised setting of the control panel. supervis.: evacuation function enabled of the control panel. Setting menu evacuation: supervis. password control panel function in the case of fire alarm restoration. fir.restor: evacuation loop act. -
Page 54: Evacuation
10.3 EVACUATION The control panel permits to manage the evacuation and extinguish procedures from control panel or external input signal. For the evacuation manual starter from the control panel, to see the chapter PART 13. enable the evacuation procedure (mod.: YES, NO). EVACUATION: ALAR->EVACU T.s: delay time between the alarm signal and the Evacuation setting... -
Page 55: Date / Time
10.5 DATE / TIME Date and hour modification of the control panel. After the user has entered the “Date/time setting” menu, select the line to modify with the suitable arrows and confirm the selection with the key Date/time setting •CURR. DATE: 20/01/05 “Mod.”. -
Page 56: Password
10.7 PASSWORD Modification of the access password at various operational levels of the control panel. Inside the menu, go to “Password setting”, select the line for the entry level required to change its password; then press the “Mod.” button to Password setting •LEVEL 2 modify. -
Page 57: Loop Activation
6. The Control Panel responds with mos99222223333346; by excluding the first 5 and last 2 characters, you are able to identify the values of the two passwords which as default carry the value of : level 2: 22222; level 3: 33333. 10.8 LOOP ACTIVATION Loop activation procedure on the control panel. -
Page 58: Part 11 Diagnostics Menu
PART 11 DIAGNOSTICS MENU 11.1 DETAILS Inside the “Diagnostic menu” there are the diagnosis command of the control panel and loops. Diagnostic menu SW VERSION the control panel is composed of two micro-controllers; this SW VERSION: smk.d.ver. function allows to show the versions of the firmware’s lamp test software of the control panel’s and loops micro. -
Page 59: Lamp Test
Electrical schemes of the RS232 cable. Rs232 Rs232 Optional serial port COM1 COM2 COM3 FAULT The control panel will start to send to the PC all related data regarding the status for dust and effectiveness of the sensors which is in the system. The message regarding each sensor reads: SEN. -
Page 60: Chronological Reset
11.6 CHRONOLOGICAL RESET remove This function physically deletes all memorized chronological events. The command “ ”, in the event menu (see chapter events 4.6.2), limits itself to simply trace the event as cancelled; recovery the information may be obtained through the maps management programme which, once initiated, downloads all the events (including remove the ones previously eliminated with function “... -
Page 61: Part 12 Connection Menu
PART 12 CONNECTION MENU 12.1 DETAILS Within the “Connection menu”, all management functions are found for all the devices external to the control panel. Connection menu allows to enable the use of the external keyboard PS2 keyboard: keyboard instead of the punch keys on the front label of the control ext.supply. -
Page 62: Auxiliary Power Source
12.3 AUXILIARY POWER SOURCE Alternatively to the main power network 220Vac, it is possible to feed the control panel through an external power supply at 27.6Vdc connected to the AUX (see chapter 2.5). AUX power supply fuse Battery fuse - AUX + - B1+ - B2+ FAULT +... -
Page 63: Rs485 Connection
The serial door must be set like that: Baud rate: 9600 Data bits: 8 Stop bits: 1 Parity: even Com: the one used at the time of the connection 12.4.3 RS485 connection With RS485 connection it is possible to connect at a PC a maximum of 64 control panels. To create this net the user must: 1. - Page 64 MOXA DE-211 module: Rev. 4.20 Page 64 of 91...
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Page 65: Part 13 Evacuation
PART 13 EVACUATION 13.1 DETAILS The control panel allows to manage the functions of evacuation / extinguish which can be manually activated from the panel itself or directly when a fire alarm occurs. The settings of the evacuation are run within the “Evacuation setting” (see chapter 10.3). The evacuation phase can be subdivided into 4 parts: FIRE ALARM EVACUATION... -
Page 66: Evacuation Menu
13.2 EVACUATION MENU The “Evacuation menu” is external to the main menu and to access it you must press the “menu” button on the front label of the control panel. Auxiliary menu The voice/functions of the “Evacuation menu” are selectable by the number keyboard;... -
Page 67: Evacuation" And "Extinguish" Outputs
Once the evacuation is initiated, the “Evacuation menu” changes, thus allowing the user to terminate the function (button “3”). Evacuation men 0: EXIT 1: OUTPUTS SILEN.MOD 2: OUTPUTS RESTART 3: EVACUATION STOP 4: DELAYS TO ZERO 13.4 “EVACUATION” AND “EXTINGUISH” OUTPUTS The control panel’s outputs and loops (I/O modules) can be programmed as “evacuation”... -
Page 68: Part 14 Repeater Panel
PART 14 REPEATER PANEL 14.1 DETAILS If the PC is not used as master control for the system, it is possible to create a control centre to coordinate the control panels as a mini network by use of the repeater box. NOTE: presently it is not possible to unite more repeater boxes to one control panel. -
Page 69: Part 15 Points Description And Utilization
PART 15 POINTS DESCRIPTION AND UTILIZATION 15.1 DETECTORS All detectors of the EXCELLENT FIRE SYSTEM series CLIPS DESCRIPTION OF THE BASE (smoke, heat and multi-criterion) have the same base. These detectors have a double led indicator at high visibility (360°) and a low height. From the control panel is possible to change the settings, values, zones and alarm types. -
Page 70: Smoke Detector
15.1.3 Smoke detector The smoke detector reacts to the presence of elements caused by the combustion (visible smoke). The working principle is based on the light dispersion technique (Tyndall effect). the point and loop addresses (no mod.). ADDRESS: Point setting the zone address of the point loop (mod., range value ZONE: •ADDRESS:... -
Page 71: Heat Detector
15.1.4 Heat detector The heat rate-of rise detector has been designed to activate itself when the heat exceeds a previously fixed level or when the speed with which this increment is produced is high, even though the scheduled level has not been exceeded. -
Page 72: Multicriterion Detector
15.1.5 Multicriterion detector The smoke/heat multi-criterion detector reacts to the presence of products caused by the combustion (visible smokes) as regards the smoke. The working principle is based on the light dispersion technique (Tyndall effect). For the detection of the heat, it has been designed to activate itself when the heat exceeds a certain previously fixed level or when the speed with which this increment is produced is high, even though the programmed level has not been exceeded. -
Page 73: Electrical Schemes
15.1.6 Electrical schemes CONNECTION TO LOOP: OUTSIDE DOOR REPEATER: Loop - Loop - Loop + Loop + 15.2 RESETTABLE BUTTON Manual reset alarm button for control panel. 15.2.1 Input and output description INPUT: The input is of the type of balanced resistance of the 27K• value. The input signal is given opening the circuit between the two clips and the resistance;... -
Page 74: Electrical Scheme
the point and loop addresses (no mod.). ADDRESS: Point setting the zone address of the point loop (mod., range value ZONE: •ADDRESS: 001-1 1-63). ZONE: NAME: ROOM1 the name of the point (mod.). NAME: TYPE: MANUAL ALARM point type (no mod.). TYPE: SECTION: the section where the point is (no mod.). -
Page 75: Input And Output Description
15.3.1 Input and output description INPUT: The input is of the type of balanced resistance of the 27K• value. The input signal is given opening the circuit between the two clips and the resistance; but, if it is short circuited, a fault in the input line is indicated. The maximum length of the input line is 8m. -
Page 76: Electrical Schemes
15.3.5 Electrical schemes The input line length must not exceed 5meters. It is advisable to position the I/O Module as close as possible to the control panel to be checked. LOOP CONNECTION: OUTPUT MODULE: ELECTROMAGNET + LOOP + LOOP LAMP - LOOP - LOOP POWER SUPPLY... -
Page 77: Programmed I/O Module For Bathroom Alarm
15.3.7 Programmed I/O Module for bathroom alarm If the I/O module of BATHROOM input, the output module is rendered un-accessible through its programming and becomes active whenever the module reveals an input alarm signal. POWER SUPPLY JUMPER RESTORATION BUTTON 27K ohm The bathroom alarm is associated to the technological alarm, specifying on the display the original source of alarm. -
Page 78: Part 16 Generic Electrical Schemes
PART 16 GENERIC ELECTRICAL SCHEMES The following are some examples of connection between some control panels with points. Connection between two control panels with RS485 serial port; utilization of a supervisor PC through RS245 serial port; magnets, detectors and optical/acoustic lamps along a loop. SLAVE MASTER Rs485... -
Page 79: Connection Beetwen Control Panels And Pc (Rs485)
16.1 CONNECTION BEETWEN CONTROL PANELS AND PC (RS485) PC-Master J1 da ponticellare J1 to jumper in clip With the RS485 serial port it is possible to connect maximum 64 control panels (slave), all of them are controlled from a PC (master). The maximum length with RS485 is 1Km. Into the PC must be installed the X-Advisor software to manage all the control panels. -
Page 80: Siren And Magnet Connection With Control Panel
16.3 SIREN AND MAGNET CONNECTION WITH CONTROL PANEL We remember that if the control panel has a 24Vdc output, it is limited in current. The user must use an external power supply. ELECTROMAGNET FAULT - B1+ - B2+ - AUX + FAULT - + (30Vdc) Rev. -
Page 81: Some Connection Points
16.4 SOME CONNECTION POINTS BUT T ON R E E D 12-24V I/O MODULE 24Vdc 2A Power Supply P S 2 FAULT Rev. 4.20 Page 81 of 91... -
Page 82: Part 17 Quick Programming Procedures
PART 17 QUICK PROGRAMMING PROCEDURES 17.1 DETAILS This chapter digests the more important programming procedures. 17.2 FIRS CONTROL PANEL TURN ON N° STEP BY SETP DESCRIPTION CHAPTER CONTROL PANEL Fix the control panel to wall and loose the loops INSTALLATION with your cables. -
Page 83: Point Activation
LOOP OUT OF SERVICE Put the loop to out of service. MENU Push the button relative at the “Menu”. LOOP Select “LOOP” item. 6.1.1 o.o.s/rest Select “o.o.s/rest” item. 6.1.2 SELECT LOOP Select “SELECT LOOP” item and select the loop. 6.1.3 OUT OF SERVICE Select “OUT OF SERVICE”... -
Page 84: Input Programming
17.5 INPUT PROGRAMMING This procedure permits to programme a I/O module input (for example). N° STEP BY SETP DESCRIPTION CHAPTER MENU Push the button relative at the “Menu”. POINT Select “POINT” item. 7.2.1 view/mod. Select “view/mod.” item. 7.2.2 LOOP SELECTION Select the loop of the I/O module. -
Page 85: Reset Mode Of Fire Alarm
Settings for delayed zone: N° STEP BY STEP DESCRIPTION CHAPTER MENU Push the button relative at the “Menu”. ZONE Select “ZONE” item. 8.3.1 view/mod. Select “view/mod.” item. 8.3.2 LOOP SELECTION Select loop for the zone. 8.3.3 Insert the address to the zone which you want to ZONE ADDRESS 8.3.4 assign the delay output. -
Page 86: Reset Of Control Panel For The Default Set Up
Restore of Zone out of service: N° STEP DESCRIPTION CHAPTER MENU Press the command button which refers to “Menu”. ZONE Select the command “ZONE”. 8.3.1 vis./mod. Select the command “vis./mod.”. 8.3.2 SELECT LOOP Select the loop which belongs to the zone. 8.3.3 ZONE ADDRESS Insert the address of the zone. - Page 87 Restore Default set up: N° STEP DESCRIPTION CHAPTER MENU Press the command in reference to “Menu”. SET UP Select the voice “SET UP”. 7.2.1 rest.default Select the voice “restore default”. 10.1 Select the voice to correspondent command “OK” to Confirm with OK 10.9 confirm the reset of the points’...
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Page 88: Part 18 How To Solve The Problems
PART 18 HOW TO SOLVE THE PROBLEMS Problem Cause Solution System fault It usually appears for the first Press the resetting key on the motherboard installation. and type in the requested level code. The One of the two microprocessors control panel will start up again without losing does not work properly. - Page 89 BATTERY/FUSE FAULT The fuse related to the batteries Check the fuse related to the batteries. has broken down. Check the batteries. the batteries are disconnected. Check the batteries. the batteries have broken down. POWER SUPPLY MISSING Power supply missing. Check the connection to the power supply power supply broken fuse.
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Page 90: Part 19 Technical Characteristics
PART 19 TECHNICAL CHARACTERISTICS GENERAL Case size: 1 loop model: B x H x P 325x440x90mm. 2,4 loop models: B x H x P 410x510x90mm. Case material: Painted steel. Fixing: At wall, with installation fixed. Protection degree: IP40. Weight: 10Kg (without batteries). Operating Temperature: - 5 = + 45°C. - Page 91 OUTPUTS Alarm siren output: Open circuit and short circuit check device; resistance at end of power line: 5,6K• 1/4W; maximum power output: 28.5Vdc 315mA. Alarm siren output fuse: F 315mA L 250V (fast). Fault siren output: Open circuit and short circuit check device; resistance at end of power line: 5.6K•...
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