Fike CIE-A-200 User manual

Engineering and 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

CIE-A-200 Control Panel Engineering and Commissioning Manual
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Fike’s policy is one of continual improvement and the right to change a specification at any time without notice is reserved. Whilst every care has
been taken to ensure that the contents of this document are correct at time of publication, Fike shall be under no liability whatsoever in respect of
such contents.
Due to the complexity and inherent importance of a life risk type system, training on this equipment is essential and commissioning 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 owners.
Fike equipment is protected by one or more of the following patent numbers: GB2426367, GB2370670, EP1158472, PT1035528T, GB2346758,
EP0917121, GB2329056, EP0980056, GB2325018, GB2305284, EP1174835, EP0856828, GB2327752, GB2313690
© 2018 Fike Safety Technology Ltd. All rights reserved. Document revised March 2020

CIE-A-200 Control Panel Engineering and Commissioning Manual
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Contents
Introduction.................................................................................................................................6
System Design..................................................................................................................................................6
Equipment Guarantee ......................................................................................................................................6
Anti-Static Handling Guidelines........................................................................................................................6
Warning ............................................................................................................................................................6
EMC..................................................................................................................................................................6
The CIE-A-200 System................................................................................................................7
Advantages of Addressable Systems...............................................................................................................7
Control Panel ..............................................................................................................................8
Mounting the Control Panel..............................................................................................................................8
The General Assembly with front door removed..............................................................................................8
Control Panel Disassembly ..............................................................................................................................9
Physical Dimensions ........................................................................................................................................9
Cabinet Installation.........................................................................................................................................10
Surface Mounting ..............................................................................................................................10
Flush Mounting..................................................................................................................................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: END1+, END1-, SCRN, END2+, END2-, SCRN................................................21
Auxiliary Power: 30V, 0V, SCRN......................................................................................................22
32V Power Input................................................................................................................................23
CIE door USB Port: User_USB .........................................................................................................24
Back Board ENG LOOP USB Port....................................................................................................24
Mains Supply & Batteries ..................................................................................................................25
Fuses 1 and In Line Battery Fuse .....................................................................................................26
Battery Temperature Probe...............................................................................................................27

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General Operation of Control Panel........................................................................................28
Control Panel Front........................................................................................................................................ 28
LED Indication................................................................................................................................................ 29
Fire Alarm Controls........................................................................................................................................ 30
System Controls............................................................................................................................................. 31
User .................................................................................................................................................. 31
Supervisor......................................................................................................................................... 31
Engineer............................................................................................................................................ 31
Access Levels and Codes ................................................................................................................ 32
Access Level 0 (Normal): Controls Enabled LED off........................................................................ 32
Access Level 1 (User): Controls Enabled LED on............................................................................ 33
Access Level 2 (Supervisor): Controls Enabled LED flashing slowly............................................... 34
Access Level 3 (Engineer): Controls Enabled 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
Initialisation...............................................................................................................................52
Normal Readings........................................................................................................................................... 52
Initialisation Process...................................................................................................................................... 52
Initialisation Faults ......................................................................................................................................... 54
Earth Faults.................................................................................................................................................... 56
General............................................................................................................................................. 56
General Fault Finding...............................................................................................................57
Common Faults.............................................................................................................................................. 57
Intermittent and Recurring Faults .................................................................................................................. 58
IMPORTANT NOTE....................................................................................................................................... 59
Advanced Connections............................................................................................................60
Monitored Relays........................................................................................................................................... 60

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Technical Data ..........................................................................................................................61
Control Panel..................................................................................................................................................61
Control Panel Fuses and Protection...............................................................................................................62
Resistor Colour Codes ...................................................................................................................................62
Battery Calculations.................................................................................................................62
Installation Checklist................................................................................................................63
Stage 1 ...........................................................................................................................................................63
Stage 2 ...........................................................................................................................................................63
Commissioning Checklist........................................................................................................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.................................................................................................................................................68
Engineers Notes........................................................................................................................69
Index ..........................................................................................................................................72
Important Points .......................................................................................................................72

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Introduction
This Manual is intended as a guide to the engineering and commissioning principles of the CIE-A-200
Addressable Intelligent Fire Alarm and Detection system, and covers the system hardware information only.
Due to the complexity and inherent importance of a system covering a ‘Life Protection Risk’, training on this
equipment is essential, and commissioning should only be carried out by competent and approved persons.
For further details of the availability of commissioning services contact your supplier.
System Design
This document does not cover Fire Alarm system design, and a basic understanding is assumed.
Knowledge of the current BS5839: Pt 1 Fire Detection and Alarm Systems for Buildings is
essential.
It is strongly recommended that a suitably qualified and competent person is consulted in
connection with the Fire Alarm System design and that the entire system is commissioned in
accordance with the current national standards and specifications.
Equipment Guarantee
The equipment carries no warranty unless the system is installed, commissioned and serviced
in accordance with this manual and the relevant standards by a suitably qualified and competent
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, dust and excessive heat, and protected
from mechanical damage.
Warning
Do not attempt to install this equipment until you have fully read and understood this
manual.
Failure to do so may result in damage to the equipment and could invalidate the warranty.
Technical support will not be available if the instruction manual has not been read and
understood. Please have this instruction manual available whenever you call for technical
support.
For further technical support please contact your distributor. Do not call the Fike Safety
Technology support department unless your distributor has first given their advice and attempted
to rectify the issue.
EMC This equipment when installed is subject to the EMC Directive 2014/30/EU. It is also subject to
UK Statutory Instrument 2006 No. 3418.
To maintain EMC compliance this system must be installed as defined within this manual. Any
deviation from this renders the installer liable for any EMC problems that may occur either to the
equipment or to any other equipment affected by the installation.
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The CIE-A-200 System
The CIE-A-200 system is an addressable intelligent detector system, with many advantages over traditional
addressable analogue sensor systems. In order to understand the benefits, let us look more closely at the
terms Fire Detector and Fire Sensor. These terms are often used interchangeably but actually have quite
different meanings. A fire detector is the device (component as defined in EN54) which automatically detects
a fire. In the majority of addressable fire detection systems, the fire devices are in fact fire sensors which only
transfer data relating to smoke and heat levels to the control panel, and the fire decision is made by the panel.
Nearly all current addressable systems are Addressable Analogue Detector Systems where the control
panel continually scans the fire sensors, processes the returned data, and makes decisions about fires and
faults.
The CIE-A-200 system is defined as an Addressable Intelligent Detector System or an Addressable Fire
Detection and Alarm System with Independent Distributed Intelligence. Distributed intelligence signifies
that the signal processing is spread throughout the system, in order that the decisions about fires and faults
are taken within the detector itself. The detector is capable of being remotely programmed for different modes
of detection.
Thus the CIE-A-200 system is an analogue addressable system, but with the processing power distributed
across 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 on the loop
starting with the first device connected to Loop End 1, when the first device has been addressed it will close
its isolator and allow the second device to be addressed. This process will carry on and finish with the last
device connected to Loop End 2. When the last device is addressed and closes its isolator power is applied
to Loop End 2, the panel detects this and reports Loop Complete.
The panel will then check for addressable spurs on each device. Addressable spurs are no longer used; this
operation is only to allow for backward compatibility where this panel may be used to replace an old system
which is using addressable spurs.
Advantages of Addressable Systems
The nature of a microprocessor control system with individually identified devices means that the precise
location of fires and faults may be indicated, more complex actions may be implemented, system flexibility is
improved and installation and cabling costs are reduced.
In the CIE-A-200 system, very efficient communications mean that very low quiescent power consumption
maximises the standby capacity, high power transfer capabilities allow more sounders to be connected to the
loop, and a very fast response to events is achieved as the control panel does not have to poll every device
for status data.

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Control Panel
Mounting the Control Panel
First, identify the proposed location for the control panel. Ensure that the control panel will be easily
accessible, and that account is taken of any subsequent work that may affect access. It should be located at
the most likely point of access for the fire services.
The control panel should be mounted on a flat, vertical wall at a height where the indicators may be seen
without difficulty.
Do not locate the control panel at high level where stepladders or other access equipment may be
required, in spaces with restricted access, or in a position that may require access panels to be
removed.
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 metres away from any pager or radio transmitting equipment. Ambient temperatures
should be within the range given within the Technical Data section, i.e. not directly over a radiator or heater
or in direct sunlight.
In common with all microprocessor-controlled panels, the control panel may operate erratically or may be
damaged if subjected to lightning induced transients. Proper earth/ground connections will greatly reduce
susceptibility to this problem.
The General Assembly with front door removed

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Control Panel Disassembly
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.
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 unplugged from the main backplane.
Then the two hinge screws must be removed. The door can then be completely removed.
Physical Dimensions

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Cabinet Installation
Surface Mounting
The three mounting holes should be used to secure the cabinet to a solid wall using suitable screws of at
least 50mm in length. Ensure 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 FIXING HOLES
SURFACE MOUNT FIXING HOLES

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Cable Entry
The cable entry locations are provided by two rows of knockouts at the top, six on the back and one on the
bottom.
The bottom knockout should be used if the 12Ah battery box is used.
The rear bottom half of the panel must be kept clear for mounting the 7Ah internal batteries.
It is recommended that fire rated cable glands are used to ensure that the characteristics of the enclosure
can be maintained adequately.
Mounting Data
Panel Dimensions: Width x Height 353mm x 333mm
Depth 117mm
Flush 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 the two lower brackets into the back box
then bring the assembly upright and then secure it with the knurled screw.
To refit the front door which houses the panel controls, line up the top & bottom threaded holes in the left
hand side of the door with the hinge bracket on the back box and fit the two hinge screws.
Connect the ribbon cable to the back board and CIE.

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Addressable Circuit Wiring
Topology & Cabling
All system wiring should be installed to comply with the current BS 5839: Pt 1 and BS 7671 (wiring regulations)
and any other standards relevant to the area or type of installation. A cable complying with the current BS
5839: Pt 1: Category 1 (cables required to operate for prolonged periods during fire conditions) is required.
This must be a 2-core 1.5mm2screened fire resistant cable (ie.FP200, Firetuff, Firecell, Lifeline or equivalent).
Cable Specification
Max Capacitance Core to Screen...................................................180pF / m
Max Capacitance Core to Core.......................................................100pF / m
Max Inductance...............................................................................1.0mH / km
Max Resistance Two Core Screened 1.5mm²................................12.1Ω / km
Fire Proof ........................................................................................BS5839: Pt1: Category 1
Example..........................................................................................FP200, Firetuff, Firecell
The addressable circuit must be installed as a loop with a maximum length of up to 2 km.
Spur circuits are NOT permitted with this system.
In order to protect against possible data corruption, it is important ensure the following points are adhered to:
1. The addressable circuit cable screen must be connected to the loop SCRN terminal at the
control panel. Both ends must be connected using the 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 block.
4. Do not use a 4-core cable as a loop feed & return due to the possibility of data corruption. It is
essential that two 2-core cables are used if this is required.
5. Excess cable lengths must not be coiled as coiling will increase the inductance and cause
communication problems.
6. Fire alarm addressable circuit cabling must be separated from other building system cables by
at least 300mm and not run within 500mm of any mains power cables.
7. Avoid running fire alarm addressable circuit cables in parallel with mains power or any other
building system cables. Where a cross-over between fire alarm addressable circuit cables and
mains power or other building system cables is unavoidable, the cables should be arranged to
cross at right angles with as much separation as possible.
8. Fire alarm cabling should not be run in any cable management system such as trunking, conduit
or on cable trays that are being used by mains power or other building system cables.

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Loop Loading
In order to allow a method of calculating the maximum loop loading that the system will support, each device
has a rating assigned in Device Loading Units (DLUs). This relates to the load presented in alarm. A maximum
of 450 DLUs are permissible on each loop (subject also to a maximum of 200 addressable devices, whichever
limit is reached first).
The DLUs of the current models of devices as at October 2018 are as follows:
PRODUCT DESCRIPTION
DLU RATING
Type
Product
Code
Subtype
SP0-Off
Low
Medium
High
MP
203 0003
Multipoint Mk3
1
-
-
-
205 0003
ASD Mk3
1
-
-
-
MPS
203 0001
Multipoint with Sounder Mk3
1
1.5
4.5
6
205 0001
ASD with Sounder Mk3
1
1.5
4.5
6
205 0012
ASD with Sounder/Strobe Mk3
4.5
5
8
10
MCP
403 0006
403 0007
Manual Call Point Mk3
3
-
-
-
SOUNDER
313 0001
313 0002
Soundpoint Mk3
1.5
2
4
5.5
323 0001
Hipoint Mk3
1.5
2
4
5.5
303 0012
303 0022
Flashpoint
1.5
4.5
6.5
8
326 0021
326 0023
Sounder/Strobe
9
9.5
11.5
13
326 0001
326 0003
Sounder
1.5
2
4
5.5
326 0015
Strobe
9
-
-
-
I/O
803 0006
Loop I/O Module Mk2
10.5
-
-
-
CZM
803 0010
Conventional Zone Module
(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 to be
programmed to exceed the maximum DLU rating.
It can detect the type of the device and, in the case of devices manufactured from March 2010, the subtype
from the above list as well. For devices manufactured prior to this date, the CIE-A-200 OSP will attempt to
detect the subtype and use the appropriate DLUs. The engineer can override the automatically detected
subtype if required i.e. if the OSP cannot correctly identify an older device, the engineer can tell the system
that the device is a different subtype to the one OSP has selected (e.g. a Soundpoint instead of Flashpoint)
within the same main type. The OSP can also work out the standby battery calculations.
Note: An Excel spreadsheet (document no. 26-1765) is also available to automatically work out both
standby battery calculations and loop loading calculations based on the quantities entered. This
includes ratings for legacy devices as the above current models.

CIE-A-200 Control Panel Engineering and Commissioning Manual
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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

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Control Panel Main PCB - Control & Indicating Equipment (CIE)
The Control Panel PCB is located on the inside of the front inner door.
USB for OSP Programming
The USB for OSP Programming is used 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 set at the factory but can be adjusted if required.

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Control Panel Backplane & Terminals
The Termination PCB (also known as the backplane) is located at the rear of the main control panel back
box.
Panel Backplane Layout
The connections on the top from left to right:
PB_1 Peripheral bus 1 for repeater connection
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 from PSU
The connections on the bottom from left to right:
ENGR_LOOP_USB Factory use only
BATT Battery connection

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Peripheral Bus (PB_1 & PB_2)
Communications between the panel and repeater is via a multi-drop RS-485 Peripheral Bus.
2-core 1.5mm2screened fire resistant cable (i.e. FP200, Firetuff, Firecell) cable should be used for
communications to the repeater.
The maximum total cable length from the control panel to a repeater is 500 metres.
Up to 8 repeaters can be used but they must all be within the maximum 500 metres cable length and are
wired + to +, - to -, the screen 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 with the driver ICs & prevent signal reflections down
the cable. The jumpers must be changed on the CIE and last RDU.
Terminal
Description
+
Connects to the + connection on the repeaters
-
Connects to the - connection on the repeaters
SCRN
Field cable screen connection
PB 2 is not currently used and is for future development.

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Monitored Inputs (MON_IN_1 & 2)
Monitored input set as a normally open input
Maximum 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

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Monitored Outputs (MON_OUT_1 & 2)
Outputs 1 and 2 are monitored circuits which are monitored for open and short circuit faults with a 10k EOL
resistor. Sounders used on monitored outputs must be 24v conventional type sounders.
Any relays must be dioded for polarisation and suppression. Diodes are usually incorporated in fire
relays but if they 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 follows: Not Configured
Fire Output
Sounder Output
Sounder Output Cadence
Common Fault
Terminal
Description
+
Monitored Output positive connection
-
Monitored Output 0V connection
SCRN
Field cable screen connection

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Relay Outputs 1, 2 & Fault Relay Volt Free Contacts: NO, NC, COM
Relays 1, 2 and the Fault Relay are derived from single pole change over ‘volt-free’ relay contacts which are
not fault monitored. The relay contacts are rated at 1A @ 30VDC. All inductive loads should be diode
protected to prevent back EMF. However, if this is not done, the load should be limited to 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 is
de-energised in the fault condition.
In order to meet the requirements of EN54-2, one relay must be left as a fire output.
Terminal
Description
NO
Normally open contact
NC
Normally closed contact
COM
Common contact