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Fike CIE-A-200, Engineering And Commissioning Manual

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CIE-A-200 Control Panel Engineering and Commissioning Manual 

 

 

 
 

 

 

 

72 

Index 

 

32V Power Input ...........................................................................................................................................................................23 
Access Level 0 (Normal) ...............................................................................................................................................................32 
Access Level 1 (User) ...................................................................................................................................................................33 
Access Level 2 (Supervisor) ..........................................................................................................................................................34 
Access Level 3 (Engineer) .............................................................................................................................................................41 
Access Levels ................................................................................................................................................................................32 
Addressable Circuit Wiring ...........................................................................................................................................................12 
Addressable Loop ..........................................................................................................................................................................21 
Alarm Confirmation Technology ..................................................................................................................................................54 
Anti-Static Handling Guidelines .................................................................................................................................................... 6 
Auxiliary Power ............................................................................................................................................................................22 
Batteries .........................................................................................................................................................................................25 
Battery Connections ......................................................................................................................................................................27 
Cable Entry ....................................................................................................................................................................................10 
Cable Specification ........................................................................................................................................................................12 
Codes .............................................................................................................................................................................................32 
Commissioning ..............................................................................................................................................................................56 
Control Panel Disassembly ............................................................................................................................................................. 9 
Control Panel Main PCB ...............................................................................................................................................................15 
Control Panel Terminals ................................................................................................................................................................16 
Diagnostics ....................................................................................................................................................................................48 
Earth Faults ...................................................................................................................................................................................65 
EMC ............................................................................................................................................................................................... 6 
End User Training .........................................................................................................................................................................58 
Fault Finding .................................................................................................................................................................................66 
Faults ..................................................................................................................................................................... 63, 64, 65, 66, 67 
Fire Alarm Controls .......................................................................................................................................................................30 
Fuses ..............................................................................................................................................................................................26 
Fuses and Protection ......................................................................................................................................................................71 
General Assembly .......................................................................................................................................................................... 8 
General System Schematic ............................................................................................................................................................14 
Initialisation ...................................................................................................................................................................................61 
Installation .....................................................................................................................................................................................10 
Introduction .................................................................................................................................................................................... 6 
LED Indication ..............................................................................................................................................................................29 
Loop Controls ................................................................................................................................................................................50 
Loop Loading ................................................................................................................................................................................13 
Mains Supply .................................................................................................................................................................................25 
Monitored Inputs ...........................................................................................................................................................................18 
Monitored Outputs ........................................................................................................................................................................19 
Mounting Data ...............................................................................................................................................................................11 
Mounting the Control Panel ........................................................................................................................................................... 8 
Panel Assembly .............................................................................................................................................................................11 
Panel Backplane Layout ................................................................................................................................................................16 
Peripheral Bus ...............................................................................................................................................................................17 
Physical Dimensions ...................................................................................................................................................................... 9 
Relay Outputs ................................................................................................................................................................................20 
SLAP System ................................................................................................................................................................................. 7 
System Controls ............................................................................................................................................................................31 
System Design ................................................................................................................................................................................ 6 
Technical Data ...............................................................................................................................................................................70 
Temperature Probe ........................................................................................................................................................................27 
Topology & Cabling ......................................................................................................................................................................12 
USB Port - User .............................................................................................................................................................................. 4 
View Edit Attributes ......................................................................................................................................................................51 

Summary of Contents for CIE-A-200

Page 1: ...nd Commissioning Manual 26 0xxx Issue 1 Fire Detection Alarm System Control Panel Suitable for Sita Devices SOLUTIONS Fire Protection Explosion Protection Overpressure Protection Pressure Activation 26 1746 Issue 1 ...

Page 2: ...ssioning should only be carried out by competent persons Fike cannot guarantee the operation of any equipment unless all documented instructions are complied with without variation E OE Mulitpoint Fike and Fike Corporation are registered trademarks of Fike Corporation and its subsidiaries All other trademarks trade names or company names referenced herein are the property of their respective owner...

Page 3: ...10 Cable Entry 11 Mounting Data 11 Control Panel Assembly 11 Addressable Circuit Wiring 12 Topology Cabling 12 Cable Specification 12 Loop Loading 13 General System Schematic 14 Control Panel Main PCB Control Indicating Equipment CIE 15 Panel Backplane Layout 16 Peripheral Bus PB_1 PB_2 17 Monitored Inputs MON_IN_1 2 18 Relay Outputs 1 2 Fault Relay Volt Free Contacts NO NC COM 20 Addressable Loop...

Page 4: ...bled LED flashing quickly 40 Alarm Confirmation Technology 45 Alarm Confirmation Delay 46 Selecting the Devices 46 Commissioning 47 Installation 1st Stage 47 Installation 2nd Stage 47 Initialisation 47 Commissioning 48 Configuration Example 49 End User Training 49 Good Practice 50 Number of Devices 50 Label the Loop Ends 50 Note the Loop Readings 50 Configuration Printout and Drawings 51 Initialis...

Page 5: ...ecklist 64 Step 1 64 Step 2 64 Step 3 64 Step 4 64 Loop Continuity and Insulation Test Results 65 FIRE ALARM SYSTEM NOTICE 66 To Enable the Control Panel Keypad 66 To Manually Operate the Fire Alarm Sounders 66 Following a Detector or Manual Call Point Operation 66 Following a Fault Condition 66 To Test the Indication LEDs 66 To Disable the Control Panel Keypad 66 Important Notes 66 Device Details...

Page 6: ...t person or organisation Anti Static Handling Guidelines Immediately prior to handling any PCBs or other static sensitive devices it is essential to ensure that a personal connection to earth is made with an anti static wrist strap or similar apparatus Always handle PCBs by their sides and avoid touching any components PCBs should also be stored in a clean dry place which is free from vibration du...

Page 7: ...cross the entire system This dramatically reduces the complexity of the control panel and the data traffic and improves the efficiency of the system The system addressing is carried out automatically upon initialisation from the control panel and does not need to be programmed manually at each device Each device has a built in isolator When the loop is initialising the panel addresses each device ...

Page 8: ...ed Do not locate the control panel where extremes of temperature or humidity may occur or where there is any possibility of condensation or water ingress Like all electronic equipment the control panel may be affected by extreme environmental conditions The position selected for its installation should therefore be clean and dry not subjected to high levels of vibration or shock and at least 2 met...

Page 9: ...Disconnect the ribbon cable that goes to the CIE board unplug all cables and disconnect the earth strap Unscrew the single knurled screw in the centre at the top of the assembly tip the assembly forward and lift it out from the two lower brackets If it is necessary to remove the door that houses the CIE in order to replace the CIE the door must be opened to its full extent and the ribbon cable unp...

Page 10: ... that a minimum gap of 50mm is left between the sides of the back box and any wall or projection such as another box Flush Mounting A cradle part number 23 0239 sold separately must be used when flush mounting the panel The flush mounting hole size is 354mm wide x 334mm high When flush mounted the panel will sit at a depth of 83mm into cavity and have 36mm protruding from surface SURFACE MOUNT FIX...

Page 11: ...ush Mount Hole Size Width x Height with cradle 354mm x 334mm Depth 83mm Control Panel Assembly The backboard assembly is attached to the panel back box by two brackets on the bottom of the assembly the two brackets hook into the back box There is a single captive knurled screw in the centre at the top of the assembly which holds it in To fit the backboard assembly tip the assembly forward and hook...

Page 12: ...he terminals provided 2 The addressable circuit cable screen must not be connected to earth ground at any point other than the control panel at the SCRN terminal provided not at any earthing point Do not connect the screen to a device back box flush 3 The addressable circuit cable screen continuity must be maintained at every point of the loop using the terminals provided or a suitable connection ...

Page 13: ...le Loop Powered 23 5 803 0010 Conventional Zone Module Ext PSU 3 5 ANCILLARY 803 0003 803 0005 Multipoint I O Module in Relay Base Multipoint I O Module in Box 3 600 0092 Remote Indicator 0 5 The CIE A 200 OSP programming software v1 00 automatically keeps control of the quantities and DLU ratings of devices on the loop and will warn the engineer if the limit is reached It will not allow a system ...

Page 14: ...00 Control Panel Engineering and Commissioning Manual 14 General System Schematic Sita Multipoint ASD Sita MP I O Sita MCP Remote Indicator Sita Loop I O Module SINGLE LOOP CONTROL PANEL Loop End 2 Loop End 1 ...

Page 15: ...ed to connect a computer to the CIE CIE A 200 OSP and a USB A to USB B lead is required in order to program the CIE via a computer Please note that an Earth Fault may be present when a computer is connected This fault will clear when the USB cable is removed LCD Contrast The LCD contrast may be adjusted by rotating the screw on the variable resistor located near the centre of the main PCB This is ...

Page 16: ...nection PB_2 Not yet implemented MON_IN_1 Monitored input 1 MON_IN_2 Monitored input 2 MON_OUT_1 Monitored output 1 MON_OUT_2 Monitored output 2 RELAY_1 Default setting Fire output 1 RELAY_2 Default setting Fire output 2 FAULT_RELAY Default setting Fault output general panel fault notification END_1 Loop end 1 END_2 Loop end 2 AUX_OUT Auxiliary power output 30V DC 450mA 32V_INPUT Main power input ...

Page 17: ... must be connected to the control panel at one end only using the terminals provided Terminate the unused end in a connector block as shown below and so on up to the maximum of 8 repeaters The peripheral bus must be run from the panel to the first repeater then the second repeater and so on the peripheral bus must not be spurred from one point The jumpers are fitted to impedance match the cable wi...

Page 18: ...imum Voltage at contacts 3 3 Volts Maximum current 10mA Monitored Inputs 1 2 will monitor for open and short circuit faults using a 3k3 EOL resistor To activate the input connect a 680R or 470R triggering resistor across Terminal Description Monitored Input positive connection Monitored Input 0V connection SCRN Field cable screen connection ...

Page 19: ...are not incorporated use diodes part number 1N4002 The diagram below shows the diode arrangement required if non dioded relays are used on monitored outputs The default setting for monitored output 1 is a Monitored Sounder Output and the default setting for monitored output 2 is a Common Fire Output The maximum continuous output current for each output is 500mA Monitored Outputs can be set as foll...

Page 20: ...o 200mA to reduce the likelihood of back EMF causing damage to the relay contacts The default setting for Relay Outputs 1 2 is as Common Fire outputs where the relay is energised in the fire condition Relays 1 2 can be set as follows Not Configured Fire Output Common Fire Output Zonal Common Fault The Fault Relay cannot be configured and will always operate as a Common Fault output where the relay...

Page 21: ... Description LOOP END1 Circuit End 1 positive connection VE OUT LOOP END1 Circuit End 1 0V connection 0V OUT SCRN Field cable screen connection SCRN OUT LOOP END2 Circuit End 2 positive connection VE IN LOOP END2 Circuit End 2 0V connection OV IN SCRN Field cable screen connection SCRN IN The Loop addressable circuit must be connected to its End 1 and End 2 terminals Once initialised the loop is p...

Page 22: ...itional external power supply units be installed to provide power for additional loads Additional external power supply units with their own battery backups are recommended when the panel is required to run for extended battery standby times Note The auxiliary power supply outputs will be approximately 30 31V DC when the panel is running from a mains supply and between 20 and 26V DC when running f...

Page 23: ...neering and Commissioning Manual 23 32V Power Input The panel requires a DC supply voltage of 27 5V 33 5V which is supplied by the internal 150W switch mode PSU module This provides all the power and battery charging requirements ...

Page 24: ...llows the site specific data to be customised as required NOTE It is imperative that the correct version of OSP is used to match your version of CIE A 200 control panel The use of an incompatible version may result in incorrect operation of the control panel This port is also used for connection to a computer running the panel diagnostic software Back Board ENG LOOP USB Port The Engineering Loop U...

Page 25: ...pending on the system loading The CIE A 200 panel requires 2 x 12V 7Ah or to increase battery standby times 2 x 12V 12Ah sealed lead acid batteries The 7Ah batteries are housed in the bottom part of the back box The 12Ah batteries are housed in a separate battery box The batteries should be connected in series using the fused connection leads supplied We recommend the use of Yuasa NP7 12 or other ...

Page 26: ... should be taken at all times especially during transit installation and normal use Use caution as there is a risk of explosion if the batteries are replaced by an incorrect type Batteries no longer required should be disposed of in a safe and environmentally friendly manner by the battery manufacturer or a suitable recycling service They should never be incinerated or placed in normal rubbish col...

Page 27: ...he battery for a more accurate battery temperature reading If a battery temperature probe is used it must be enabled using DIL switch S1 3 Switch DIL S1 3 OFF to enable the external battery temperature probe and ON to enable the internal battery temperature sensor If the battery temperature probe is not used the battery temperature reading will use the on board PCB temperature sensor Battery Conne...

Page 28: ...CIE A 200 Control Panel Engineering and Commissioning Manual 28 General Operation of Control Panel Control Panel Front ...

Page 29: ... present on a monitored sounder circuit or on the addressable device loop sounders 8 DISABLED Yellow Continuous This indicates that a disablement action is in place Enable all devices actions to clear 9 SOUNDER DISABLED Yellow Continuous This indicates that a sounder disablement action is in place Enable all devices actions to clear 10 FIRE OUTPUT FAULT Yellow Continuous A fault condition is prese...

Page 30: ...enced whilst operating and will stay silenced until another fire or relevant action occurs 18 BUZZER SILENCED Yellow Continuous The control panel buzzer has been silenced whilst operating and will stay silenced until another fault or relevant action occurs Fire Alarm Controls The main Fire Alarm Controls may be enabled by turning the key switch to the controls enabled position or by entering a val...

Page 31: ...on and press ENTER to select the chosen one 2 Enter the desired option number and press ENTER to select it Press the Esc key to exit to the previous menu 1 View Current Events 2 Test Modes 3 View Logs 4 Delay On Off 5 Enable Disable 6 Time Date Settings 7 Find Device 8 Diagnostics 9 Access Levels 1 View Current Events 2 Test Controls Display 1 View Current Events 2 Test Modes 3 View Logs 4 Delay O...

Page 32: ... key for access to Access Level 1 User or the correct entry of the relevant code for access to all other levels in order to protect against unauthorised access to the system The codes may be changed using the CIE A 200 OSP software or from the Engineers menu on the panel A valid access level code must be entered in order access any of the menus Access Level 0 Normal Controls Enabled LED off At Acc...

Page 33: ...ng System Controls are accessible 1 View Current Events Current events show the current state of the system and can be viewed in the current events menus 2 Test Modes The Test Modes function causes the panel LEDs to illuminate the LCD screen to blacken the panel buzzer to sound and key pad to be tested in order to verify their correct operation Press the Esc key to exit to the previous menu ...

Page 34: ...Engineering and Commissioning Manual 34 Access Level 2 Supervisor 7877 Controls Enabled LED flashing slowly At Access Level 2 Supervisor the main Fire Alarm Controls are enabled and the following System Controls are accessible ...

Page 35: ...erates the sounder within that device operates and the event is recorded into the event log as a test activation but the control panel does not show an alarm After approximately 5 seconds the system will reset the device and another may be tested The control panel event log will indicate that a test mode has been selected Test Modes System Test The System Test function allows the entire system to ...

Page 36: ...all fault events These are displayed in text format and may be scrolled through by pressing the UP and DOWN keys View Event Logs Disable Events The Disabled Event Log will display all disablement events These are displayed in text format and may be scrolled through by pressing the UP and DOWN keys View Event Logs Panel Events The Panel Event Log will display all panel events These are displayed in...

Page 37: ...recorded in the log but no programmed actions will occur The sounder within the device will still operate if triggered from elsewhere on the system Inputs All Devices This function allows the disablement or enablement of all devices Thus all the input devices Manual Call Points detectors and inputs will be disabled The control panel will indicate that disablements are present a disablement event w...

Page 38: ... of the User USB port on the back board The LED diagnostics will send the CIE LED status to the PC based diagnostic software Diagnostics Loop Diagnostics This turns the loop diagnostics on or off This must be set to on for the PC based diagnostic software to get data from the loop Diagnostics LED Diagnostics This turns the LED diagnostics on or off This must be set to on for the CIE LED status dat...

Page 39: ...if this voltage is below 1V or above 2 5V The panel can detect a leakage between 0V to Earth and between Ve to Earth Diagnostics Peripheral Bus Diagnostics This shows what RDUs are programed in the OSP and what is on the Bus with error checking Diagnostics USB DIAG RESET This resets the USB port for OSP programming 9 Enter Access Code This allows the Engineer code to be entered to access the ENGR ...

Page 40: ... Engineering and Commissioning Manual 40 Access Level 3 Engineer 3647 Controls Enabled LED flashing quickly At Access Level 3 Engineer the main Fire Alarm Controls are enabled and the following System Controls are accessible ...

Page 41: ... device description zoning and cause effect are operated from that point However whilst individual device attributes such as smoke mode heat mode sound pattern and volume are stored in the control panel they need to be stored in the processor memory within the device to be operational The get configuration command collects the configuration from the loop devices to be stored at the control panel L...

Page 42: ... OUTPUT Operation of O P will mimic that of a conventional sounder circuit and will de activate on silence FIRE OUTPUT Operation of O P will mimic that of a fire circuit and will de activate on reset COMMON FAULT O P will active when there is a fault on the panel SOUNDER OUTPUT CADENCE Operation of O P will mimic that of a conventional sounder circuit but the voltage out will pulse every 500ms and...

Page 43: ...his can be set as Latching Non Latching CLASS CHANGE EVENT I P activation will sound alarms only This can be set as Latching Non Latching Panel I O Aux Power Settings This will allow the engineer to switch on or off the Aux power output This can be set as Off On Resettable Reset System will cause the Aux Power to reset 12 Panel Details Panel Details Set access Codes This will allow the engineer to...

Page 44: ...ing Start Auto Zoning This will allow the engineer to change the zone of loop devices by triggering an alarm On clearing the alarm the device that entered the alarm condition will take on the newly assigned zone Auto Zoning Stop Auto Zoning This will allow the engineer to end the Auto Zoning mode 15 Alarm Re sound This function allows the sounders to either re sound on another alarm or to remain i...

Page 45: ...possible to use it without In order to activate the function install the devices as normal and refer to the CIE A 200 OSP Programming Manual for further details 3 OPTIONS TO CHOOSE 1 2 3 Smoke is detected in one room of an apartment All the sounders in that zone will sound The sounder in that detector will sound for 30 seconds The sounders in a linked zone will sound i e care taker If there is no ...

Page 46: ...area For a further time period 10 min minus Alarm Confirmation Delay the activation of the smoke detector will cause an immediate alarm depending on the programming of the system Cause Effect The activation of any Heat detector even in the same device as the smoke detector in Alarm Confirmation generates an immediate alarm depending on the programming of the system Cause Effect Selecting the Devic...

Page 47: ...manual Installation 2nd Stage Once the commissioning engineer is satisfied with the continuity integrity of the loop the devices may be installed as in the next section NB Ensure that the next section Initialisation is read and understood before the devices are installed Initialisation The addressable device loops may now be initialised This is when the control panel interrogates the loops one dev...

Page 48: ...wnload the configuration from the PC to the control panel 5 Reconfigure the addressable devices with the Reconfigure command at Access Level 3 Engineer 6 Reset the system 7 Test for correct operation NOTE It is imperative that the correct version of OSP is used to match your version of CIE A 200 control panel The use of an incompatible version may result in incorrect operation of the control panel...

Page 49: ...ails may then be entered into the CIE A 200 OSP programming software in order to program the operation of the system End User Training A Fire Alarm System is of little use if the end user and or the responsible persons who will be present in the building do not know how to operate and respond to the system It is therefore essential that commissioning includes training for the users of the system a...

Page 50: ... if the system is initialised Without knowing this it is not possible to be sure that all devices have initialised correctly Label the Loop Ends Make a clear note on the loop cables attached to the terminal block to show LOOP END 1 and LOOP END 2 Thus if the addressable device loop is reversed for any reason it will be plainly visible from the labels Note the Loop Readings Make a clear note in the...

Page 51: ...E A 200 OSP and store it safely on site along with an up to date site plan marked with devices serial numbers and wiring order If any return visits are necessary all the relevant information on the system will be available without having to carry out an Upload of data to the PC This includes address serial number device configuration and zonal configuration data ...

Page 52: ...that a low voltage electronic test meter should be used and its accuracy is likely to be low when measuring high resistances but this will give enough information to show insulation integrity Do not use a high voltage insulation test meter whilst any devices or the control panel are connected as they will suffer damage Initialisation Process When the control panel is powered up the following LED w...

Page 53: ... tick should be shown However if the panel found any spurs during this process then even if initialisation has completed and a tick is shown the loop should be stopped and the spurred devices rewired into the main loop When all possible devices have been initialised the control panel will indicate either that initialisation is complete or not and the number of devices found The following LED will ...

Page 54: ...ermine the location of a short circuit so a short circuit message will be followed by the location of the open circuit which is created when the isolator in that device responds to the short circuit Use diagnostics tool to identify the location of the short circuit Eg Loop s c and Loop o c at device X Thus in the Loop ve to ve short circuit example shown previously the initialisation will reach de...

Page 55: ... that a device electronics module is faulty then try linking that device out link the ve cores together and reinitialising the loop If the initialisation then passes that point the device may be replaced It is not advisable to leave a system with a device missing positive cores linked together in this way as all future points will be displaced The loop must be re initialised to clear this fault Al...

Page 56: ...th a digital test meter Loop Ve to Screen If the fault is a short circuit from screen to loop Ve then it will be easily identified and rectified with a digital test meter An investigation of the resistance reading between loop Ve and earth screen at the control panel for each end of the addressable device circuit should give a good indication of the location of the short circuit Eg if the resistan...

Page 57: ... to the building structure which may not be earthed eg concrete plaster suspended ceilings as such connections can inject noise into the screen causing communication problems 3 Ensure the correct number of devices has been initialised by checking at Access Level 3 Engineer for the number of devices found on the last initialisation and compare that with the number of devices programmed onto the sys...

Page 58: ...will not fail at that point All devices will be operational as long as no other faults exist However the system can only ignore a certain amount of fire or fault data until initialisation is complete and beyond certain limits initialisation will fail and the various fault or fire activations will be displayed In either case the event generated should be dealt with before the loop is reinitialised ...

Page 59: ...the problem IMPORTANT NOTE If short circuit or open circuit faults occur on the loop wiring the panel will detect these faults and indicate this with the yellow loop fault LED These faults will also get logged in the event logs The adjacent devices on the loop will open their isolators to isolate the section of cable which is in fault The panel will use both ends of the loop to communicate with th...

Page 60: ...OM NO 24V FIRERELAY 4k7 The relay must be dioded for polarisation and suppression as shown These diodes should be marked 1N1004 or similar and may already be located on the relay PCB if it is designed for Fire Alarm Systems If the relay is a general purpose plug in relay then the diodes may need to be added externally 10k SINGLE LOOP CONTROL PANEL ...

Page 61: ...d 17 way alphanumeric Fire Alarm Controls System Controls Event log 1000 events Inputs and Outputs Relay Outputs x3 Monitored Outputs x2 Monitored Inputs x2 Volt free contacts SPCO 30V DC 1A max per contact 2 x 24V conventional monitored outputs Fire Fault Signal Technical Alarm 10k EOL 500mA max per circuit 2 x resistance monitored inputs 3k3 EOL 680R or 470R firing resistor Auxiliary Power Outpu...

Page 62: ... document no 26 1765 is available to automatically work out both standby battery calculations and loop loading calculations based on the quantities entered This includes ratings for legacy devices Current draw ratings for the control panel are as follows Band 4 Band Codes 5 Band Codes 1 1st Digit 1st Digit 2 2nd Digit 2nd Digit 3 Multiplier 3rd Digit 4 Tolerance Multiplier 5 Tolerance Colour Digit...

Page 63: ...lled correctly clipped or in containment All loop bases and back boxes installed and terminated All devices have positive core links in place Loop insulation and continuity testing complete and form filled out As wired drawing marked up showing cable runs and devices Configuration sheets completed with devices descriptions etc Control Panel back box installed with 230v AC supply live tested and is...

Page 64: ...nput output EOL battery etc cleared from control panel Correct operation and device poll verified using Sita DIAGNOSTIC Step 2 Data Uploaded to PC Configuration set up on PC Data downloaded to control panel Addressable loop reconfigured System Reset All ancillary inputs and outputs connected and faults cleared Step 3 Correct operation of all input devices tested ie detectors manual call points and...

Page 65: ...ore attending site to commission the system CORE CONTINUITY READING OHMS LE1 ve to LE2 ve LE1 ve to LE2 ve LE1 Scrn to LE2 Scrn A reading of approximately 1 2 ohm per 100 metres of 1 5 mm2 cable is expected and any significant variation from this should be investigated If the above readings are satisfactorily showing circuit continuity then you may also take the reading below CORE INSULATION READI...

Page 66: ...ts which may have been operated or if a detector has been operated be sure that the cause of the alarm has been removed before resetting the system by pressing the RESET SYSTEM button at Access Level 2 USER as above Following a Fault Condition The appropriate fault LEDs will illuminate The internal panel buzzer will sound To mute the internal panel buzzer press the SILENCE BUZZER button at Access ...

Page 67: ...ction Required If you think that you may have accidentally set off the fire alarms then check the following If the fire alarm sounders within your area only are operating then check your own area for the cause of the alarm If this proves to be a false alarm due to dust cooking fumes steam cigarette smoke etc then clear the dust fumes smoke from the area in order to allow the system to reset itself...

Page 68: ...e system SITE DETAILS CONTROL PANEL NO DESCRIPTION LOOP NO DESCRIPTION DEVICE ADDRESS SERIAL NUMBER DEVICE DESCRIPTION ZONE DEVICE TYPE SMOKE MODE HEAT MODE ALARM CONF N Eg 1 35415 Gnd Flr Front Office 1 MPS SM2 HM2 NO SOUND PATTERN IN ALARM CONFIRMATION SOUND PATTERN IN ALARM ALARM CONFIRMATION DELAY TIME 1 5 MIN DEVICE TYPE OPTIONS MP MPS MCP MCPS IO CZM FP SP HP SS ...

Page 69: ...CIE A 200 Control Panel Engineering and Commissioning Manual 69 Engineers Notes ...

Page 70: ...CIE A 200 Control Panel Engineering and Commissioning Manual 70 Engineers Notes ...

Page 71: ...CIE A 200 Control Panel Engineering and Commissioning Manual 71 Engineers Notes ...

Page 72: ...Main PCB 15 Control Panel Terminals 16 Diagnostics 48 Earth Faults 65 EMC 6 End User Training 58 Fault Finding 66 Faults 63 64 65 66 67 Fire Alarm Controls 30 Fuses 26 Fuses and Protection 71 General Assembly 8 General System Schematic 14 Initialisation 61 Installation 10 Introduction 6 LED Indication 29 Loop Controls 50 Loop Loading 13 Mains Supply 25 Monitored Inputs 18 Monitored Outputs 19 Moun...

Page 73: ...hambers in earlier devices with the loop active this could cause the system to go into full fire If you have any further queries please contact your supplier for further information 2831 Fike Safety Technology Ltd Unit 31 Springvale Ind Est Torfaen NP44 5BD 20 DoP 502 0001 EN54 2 1997 A1 2006 EN54 4 1997 A1 2002 A2 2006 FIKE CIE A 200 Intended for use in the fire detection and fire alarm Systems i...

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