Fike CIE-A-200 User manual

CIE-A-200 User Manual
Fire Detecon & Alarm System Control Panel
(Suitable for control panels from V1.00)
26-1780 Issue 1

CIE-A-200 Control Panel User Guide
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Fike’s policy is one of connual improvement and the right to change a specicaon at any me without
noce is reserved. Whilst every care has been taken to ensure that the contents of this document are correct
at me of publicaon, 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
essenal and commissioning should only be carried out by competent persons.
Fike cannot guarantee the operaon o f any equipment unless a ll documented instrucons are complied
with, without variation.
© 2020 Fike Safety Technology Ltd. All rights reserved. Document revised November 2020.

CIE-A-200 Control Panel User Guide
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Contents
Introducon........................................................................................................................... 4
Purpose of the Guide ................................................................................................................4
Denions ................................................................................................................................4
Understanding the Equipment .................................................................................................5
System Conguraon ...............................................................................................................6
What to do if . . . .......................................................................................................................6
User Responsibilies.............................................................................................................. 7
Introducon ..............................................................................................................................7
Roune Tesng .........................................................................................................................7
General Operaon ................................................................................................................. 9
Fire Alarm Controls ...................................................................................................................10
System Controls ........................................................................................................................10
Access Levels and Codes ...........................................................................................................11
Fire Alarm .................................................................................................................................11
On Hearing the Alarm ...............................................................................................................11
Accessing the Controls .............................................................................................................11
Silencing the Alarms .................................................................................................................12
Reseng the System ................................................................................................................12
Sounding the Alarms ................................................................................................................12
Exing Access Level 1 (User) or Access Level 2 (Supervisor) ....................................................12
LED Indicaon ...........................................................................................................................13
Troubleshoong ........................................................................................................................14
Advanced Operaon .............................................................................................................. 15
Access Level 0 (Normal): Controls Enabled LED o ..................................................................15
Access Level 1 (User): Controls Enabled LED on .......................................................................15
Access Level 2 (Supervisor): Controls Enabled LED ashing slowly ..........................................16
Log Book ................................................................................................................................ 21
Event Log ..................................................................................................................................21
Important Notes .......................................................................................................................26
FIRE ALARM SYSTEM NOTICE.................................................................................................. 27
To Enable the Control Panel Keys .............................................................................................27
To Manually Operate the Fire Alarm Sounders .........................................................................27
Following a Fire Alarm Operaon .............................................................................................27
Following a Fault Condion ......................................................................................................27
FIRE ALARM USER NOTICE...................................................................................................... 28
Operaon .................................................................................................................................28
Acon Required ........................................................................................................................28
Further Informaon ..................................................................................................................28
Installaon Details ................................................................................................................. 29
Equipment ................................................................................................................................29
In an emergency call: ................................................................................................................29

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Introducon
Purpose of the Guide
This guide is provided to enable the person responsible for the re alarm system (see Denions) to
operate the system, undertake their responsibilies with regard to tesng and maintenance of the
system, and to record events and service/maintenance visits.
This is a generic document and therefore refers to the system components in general terms only. The
details of the installed system should be recorded in the space provided within this guide, and for
further reference, the record drawings (if applicable) should be consulted.
The responsible person, and any other sta who may be required to operate the system in an emergency,
should read and understand the basic operang instrucons before an emergency situaon occurs.
Denions
Responsible person:
The person having control of the premises, whether as an occupier or otherwise, or any person
delegated by the person having control of the premises to be responsible for the re alarm system
and the re procedures.
Competent Person:
A person competent to perform a dened task:
Normally a competent person will be an employee of the manufacturer, installer or servicing contractor,
or servicing contractor, or a member of the end user’s sta who has received suitable training from
the manufacturer, supplier or installer.

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Understanding the Equipment
What is CIE-A-200 ?
The CIE-A-200 system is an addressable intelligent detector system, with many advantages over
tradional addressable analogue sensor systems. In order to understand the benets, let us look
more closely at the terms Fire Detector and Fire Sensor. These terms are oen used interchangeably
but actually have quite dierent meanings. A re detector is the device (component as dened in
EN54) which automacally detects a re. In the majority of addressable re detecon systems, the
re devices are in fact re sensors which only transfer data relang to smoke and heat levels to the
control panel, and the re decision is made by the panel.
Nearly all current addressable systems are Addressable Analogue Detector Systems where the control
panel connually scans the re sensors, processes the returned data, and makes decisions about res
and faults.
The CIE-A-200 system is dened as an Addressable Intelligent Detector System or an Addressable
Fire Detecon and Alarm System with Independent Distributed Intelligence. Distributed intelligence
signies that the signal processing is spread throughout the system, in order that the decisions
about res and faults are taken within the detector itself. The detector is capable of being remotely
programmed for dierent modes of detecon.
Thus the CIE-A-200 system is an analogue addressable system, but with the processing power
distributed across the enre system. This dramacally reduces the complexity of the control panel
and the data trac, and improves the eciency of the system.
The system addressing is carried out automacally upon inialisaon 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 inialising the panel addresses each device on the
loop starng with the rst device connected to Loop End 1, when the rst device has been addressed
it will close its isolator and allow the second device to be addressed. This process will carry on and
nish 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 operaon is only to allow for backward compability where this panel may be used to replace an
old system which is using addressable spurs.

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System Conguraon
The detectors and call points are arranged in zones to enable the locaon of a re alarm to be idened.
The number of zones depends on the size and the layout of the premises, and is limited to 32 zones
per control panel (there may be more than one). There should be a chart or drawing provided with the
system indicang the area and layout of the zones – ensure that you are familiar with the zone layout
so that appropriate acon can be taken in the event of a re alarm.
The control panel display may also give you a zone number, a device descripon, a device number and
a device type; indicang the exact locaon of the device which has operated.
The system may be interfaced with the building services, e.g., the air condioning may be shut down
when the alarm sounds. Make sure that you know what happens when the re alarm operates as this
can aect roune system tesng.
The system is powered from the mains supply and incorporates a standby baery which automacally
maintains the system in operaon for a me of at least 48 hours in the event of a mains supply failure.
What to do if . . .
The re alarm sounds;
CARRY OUT THE PRESCRIBED FIRE DRILL
When it is safe to do so silence the alarms and reset the system, having rst established the cause of
the alarm (refer to Operaon).
The panel buzzer sounds;
If the panel buzzer sounds without the alarm sounders operang it is likely to be a fault or other
abnormal condion.
Make a note of all illuminated LEDs and displayed messages, record the me that the condion
occurred (if known), and other events within the building, eg., power failure, contractors working,
etc. (refer to Troubleshoong). Call the service company with as much informaon as possible.

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User Responsibilies
Introducon
The responsible person is required under BS5839 to undertake certain tasks with respect to the tesng
and maintenance of the re alarm system. The responsible person should also ensure that wrien
procedures are in place for the acons to be taken by the occupants in a re condion, and that sta
required to operate the system have received adequate training. In a small building the re procedures
can be quite simple, but when larger premises are involved the re procedures can become more
complex and may involve the appointment of re wardens, reporng procedures, various assembly
points, etc.
The responsible person is also required to liaise with the building maintenance personnel to ensure
that their work does not impair or otherwise aect the operaon of the re alarm system, and to
ensure that a clear space is maintained in the vicinity of detectors, and call points remain unobstructed
and conspicuous.
Roune Tesng
The responsible person should also ensure that the following roune tesng is carried out. If there
is a link to a remote monitoring centre it will be necessary to advise the centre prior to a test, or use
the control panel facilies to isolate the link. On larger systems it may be necessary to isolate building
services interfaces to avoid disrupon to the occupants. In any case the panel should provide audible
and visual indicaon that parts of the system are disabled.
Daily
Check that the panel indicates normal operaon and that any fault is recorded. Also check that the
recorded faults have been dealt with.
Weekly
At least one detector or call point should be operated to test the ability of the control equipment to
receive a signal and sound the alarm.
In pracce it is far easier for the user to acvate a manual call point, rather than a detector which
requires special equipment. A dierent device should be tested each me if possible, such that each
zone on the system is tested at least once in a 13 week period.
The results should be recorded in the log book.

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Annual
‘The responsible person should ensure that every 12 months the following checks are carried out by
a competent person’
In other words the system should be checked by a re alarm service organisaon. This may be the
system installer or an approved maintenance company, and is normally arranged via a maintenance
agreement which species the number of visits and the level of service. The agreement should also
cover non-maintenance visits, e.g. call outs to aend faults, etc.
The standard species a number of maintenance tasks which include a visual inspecon of the
installaon to ensure that there are no alteraons or obstrucons which could aect the operaon of
the system, and funconal checks to conrm the operaon of the system.
Every device on the system should be tested within a 12 month period. Dierent service organisaons
may undertake device tesng on the same visit, ie. One major service and three minor service visits
per year, or they may test a percentage of the devices on each visit so that they are all tested within
the 12 month period.
Any defects should be recorded in the log book and reported to the responsible person. A cercate
of tesng should also be completed and given to the responsible person.
Acon by the user aer a re
Advise the servicing company and arrange for the system to be tested by them. A cercate of tesng
should be issued to conrm the system operaon following the inspecon and any remedial work that
is necessary.
Acon by the user aer any false alarm
The user can assist the servicing company in the idencaon of false alarms by observing the
following:
• Always make a note of all illuminated indicators and messages displayed at the control panel.
• Try and idenfy the acvated device, i.e. Do not reset the system unl the area of the incident has
been inspected.
• Record any other incidents occurring at the same me which could aect the system, e.g. power
supply failure, building works, etc.
The service organisaon will be more likely to trace the false alarm if the above informaon is available.
Acon by the user following a fault
When a fault is reported by the control panel, the user should note all illuminated LEDs and messages
displayed, and the circumstances at the me the fault occurred, and report to the servicing company.
The service company will be able to advise if the system is sll able to respond to a re alarm or whether
extra vigilance should be observed unl the fault is reced. Faults should not be le unreported.

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General Operaon
Normal: Controls Enabled LED o
At Access Level 0 (Normal), the main Fire Alarm Controls are disabled and the Controls Enabled LED
is switched o – see Fire Alarm Controls.
Control Panel Front
General Indicaon & System Indicaon LEDs
Control Panel
Informaon
Window
Fire Alarm Controls
Zonal
Indicaon
LEDs
System Controls

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Fire Alarm Controls
The main Fire Alarm Controls may be enabled by turning the key switch to the controls enabled
posion, or by entering a valid Access code.
System Controls
A context-driven highlighted-selecon menu system is used to navigate the menu system, automacally
prompng you with the relevant opons for your Access Level and system status.
The menus may be navigated in one of two ways as required:
1. Use the UP / DOWN keys to move the highlighted selecon and press ENTER to select the chosen
one.
2. Enter the desired opon number and press ENTER to select it.
Press the Esc key to exit to the previous menu.
1. View Current Events
2. Test Controls & Display
1. View Current EventsSupervisor
User
2. Test Modes
3. View Logs
4. Delay On/O
5. Enable/Disable
6. Time & Date Sengs
7. Find Device
8. Diagnoscs
9. Access Levels

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Access Levels and Codes
The menu system is divided into four access levels in order to restrict access to those who require it.
For simple indicaon the status of the Controls Enabled light will show the level selected as follows:
Access Level Descripon Shi LED Key Operaon Default Code
0 – NORM Normal OFF NO N/A
1 – USER User ON YES 8737
2 – SUPR Supervisor SLOW FLASH NO 7877
Access to the menu system requires either the operaon of the enable controls key 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 relevant panel menu or via
the CIE-A-200 OSP soware. CIE-A-200 OSP soware is only operaonal in engineer level, details of
which are given in the CIE-A-200 Engineer and Commissioning Manual.
A valid access level code must be entered in order to access any of the menus.
Fire Alarm
When the panel enters the re state, the alarms will sound, the re LEDs will illuminate, the buzzer
will pulse quickly and the display will show the locaon and type of alarm.
On Hearing the Alarm
The responsible person should have already prepared wrien procedures for the acon to be taken in
the event of a re alarm. When the alarm sounds these procedures should be implemented.
Accessing the Controls
The user controls are accessed from Access Level 2A (User), or Access Level 2B (Supervisor) which is
reached as follows:
1. Turn the key,
Or
Enter your 4-digit Access Level 1
(User) or Access Level 2 (Supervisor)
code.
The ‘Enable Controls’ light will light up
connuously, and USER is displayed in the top
right hand corner of the LCD display screen.
The buzzer will be heard on each key press,
and when successfully entered the ‘Enable
Controls’ light will light up connuously, and
USER or SUPR is displayed in the top right hand
corner.
You are now in Access Level 1 (User) or Access
Level 2 (Supervisor) and may proceed to silence
and reset the system.

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Silencing the Alarms
When the re procedures have been carried out and it is safe to silence the alarm, proceed as follows.
Reseng the System
Before aempng to reset the system, the cause of the alarm should be established and cleared.
Note: if the panel does not reset or a fault condion is displayed, call your maintenance engineer
immediately.
Sounding the Alarms
To sound the alarms at any me aer they have been silenced, proceed as follows:
Exing Access Level 1 (User) or Access Level 2 (Supervisor)
In order to prevent unauthorised access to the system, return to Access Level 0 (Normal). However, if
le untouched the display will me out aer a short while and return automacally to Access Level 0
(Normal).
1. Enable the controls and then press
’SILENCE ALARMS’
1. Enable the controls and then press
’SOUND ALARMS’
Turn the key OFF if it is turned on.
Or;
Press ‘ESC’ unl the system shows NORM in the
top right hand corner. The ‘Enable Controls light
will switch o and the controls are disabled.
1. Enable the controls and then press
’RESET SYSTEM’
The alarm sounders should silence, but the
buzzer and the re indicaon lights should
remain.
The alarm sounders will acvate. The buzzer
will also switch on
The ‘Enable Controls light will switch o and
the controls are disabled.
NORM is displayed in the top right hand corner.
The buzzer and the re indicaon lights should
switch o.
However, if any alarm condion sll exists, e.g.
a manual call point requires reseng, then the
panel will revert to the re state unl the cause
for the alarm is removed.

CIE-A-200 Control Panel User Guide
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LED Indicaon
The operaon of the LED indicaon on the front of the control panel is
described below. The LED indicaon on the panel can also be conrmed
by checking the message displayed in the panel informaon screen or
by accessing the relevant event log from the panel menu
Descripon Colour State Reason
POWER Green Connuous This indicates that power is being supplied to the control panel from either the
230V AC mains supply, or the standby baeries.
TEST Yellow Connuous This indicates that a test roune is in place. End all tests to clear.
DELAY Yellow Connuous An acon has been started which ulises a programmed delay.
FAULT Yellow Connuous The control panel is in the fault state. Other indicators will show the origin.
SYSTEM FAULT Yellow Connuous The system Fault LED indicates the presence of a processor or a checksum error.
Power the system down to clear, reprogram all sengs and test the system.
POWER FAULT Yellow Connuous The mains supply or standby baery supply has failed (check the fuses, baery and
the 230V AC supply.
SOUNDER FAULT Yellow Connuous A fault condion is present on a monitored sounder circuit or on the addressable
device loop sounders.
DISABLED Yellow Connuous This indicates that a disablement acon is in place. Enable all devices / acons to
clear.
SOUNDER DISABLED Yellow Connuous This indicates that a sounder disablement acon is in place. Enable all devices /
acons to clear.
FIRE OUTPUT FAULT Yellow Connuous A fault condion is present on a monitored Fire Output circuit or on the addressable
device loop outputs.
FIRE OUTPUT DISABLED Yellow Connuous This indicates that a Fire Output disablement acon is in place. Enable all Fire
Outputs to clear.
FIRE OUTPUT DISABLED Green Connuous This indicates that a Fire Output disablement acon is in place. Enable all Fire O
utputs to clear.
FAULT OUTPUT DISABLED Yellow Connuous This indicates that a Fault Output disablement acon is in place. Enable all fault
outputs to clear
ALARM CONFIRMATION Yellow Connuous A smoke detector is in the alarm conrmaon state, awaing conrmaon or reset
FIRE Red Connuous The control panel is in the re state. Other indicators will show the origin.
ZONE 1-32 Red Connuous
The control panel is in the re state. The zone LED will illuminate to indicate the
zone where the re as occurred.
More zone LEDs may be illuminated if res have been detected in more than one
zone.

CIE-A-200 Control Panel User Guide
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Troubleshoong
Problem Possible Cause Remedial Acon
Unable to silence alarms Panel not in Access Level 1 (User)
or Access Level 2 (Supervisor)
Enter Access Level 1 (User) or
Access Level 2 (Supervisor) - see
secon on operaon.
Unable to reset system
Alarms not silenced Silence alarms before aempng
to reset the system.
Panel not in Access Level 1 (User)
or Access Level 2 (Supervisor)
Enter Access Level 1 (User) or
Access Level 2 (Supervisor) - see
secon on operaon.
Alarm condion sll present Remove cause of alarm, eg. reset
call point element with key
Panel buzzer sounding,
FAULT LED lit Fault or abnormal condion
Note all illuminated LEDs and
displayed messages.
Call engineer.
Panel buzzer sounding,
POWER FAULT LED ashing,
‘Mains supply failed’ displayed
Mains supply failure
Wait unl mains supply is
restored – if panel does not revert
to normal operaon call engineer.
Panel buzzer sounding,
SYSTEM FAULT LED lit Control panel fault Call engineer immediately.
Any other fault or abnormal
behaviour Various
Note all illuminated LEDs and
displayed messages.
Call engineer.
ALARM SOUNDING Yellow Connuous The alarm sounders have been acvated from the Sound Alarms buon on the panel.
ALARM SILENCED Yellow Connuous The alarms have been silenced whilst operang and will stay silenced unl another
re or relevant acon occurs.
BUZZER SILENCED Yellow Connuous The control panel buzzer has been silenced whilst operang and will stay silenced
unl another fault or relevant acon occurs.

CIE-A-200 Control Panel User Guide
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Advanced Operaon
Access Level 0 (Normal): Controls Enabled LED o
At Access Level 0 (Normal), the main Fire Alarm Controls are disabled and the Controls Enabled LED
is switched o.
A valid access level code must be entered or the key switch must be used in order access any of the
menus.
Delay Override
To comply with EN54-2 Clause 7.11.1d, a manual call point (MCP) should be located next to the CIE to
override the delayed output by a manual operaon.
Access Level 1 (User): Controls Enabled LED on
At Access Level 1 (User), the main Fire Alarm Controls are enabled, and the following 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 funcon 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 operaon.
Press the Esc key to exit to the previous menu.

CIE-A-200 Control Panel User Guide
16
Access Level 2 (Supervisor - 7877): Controls Enabled LED ashing slowly
At Access Level 2 (Supervisor), the main Fire Alarm Controls are enabled, and the following System
Controls are accessible:

CIE-A-200 Control Panel User Guide
17
1. View Current Events – Same as USER access page 17
2. Test Modes
Test Modes → Test Controls & Display
The Test Modes funcon causes the panel LEDs to illuminate, the LCD screen to blacken, the panel
buzzer to sound and the keypad to be tested in order to verify their correct operaon.
Test Modes → Silent Test Mode
The Silent Test funcon allows the selecon of one or more detecon-zones to operate in a ‘silent
one-man walk test mode’. On triggering a device the device LED operates and the event is recorded
into the event log as a test acvaon, but the sounder does not sound and the control panel does not
show an alarm. Aer approximately 5 seconds the system will reset the device, and another device
may be tested. The control panel event log will indicate that a test mode has been selected.
Test Modes → Local Audible Test
The Local Audible Test funcon allows the selecon of one or more detecon-zones to operate in
a ‘one-man walk test mode with local sound’. On triggering a device the device LED operates, the
sounder within that device operates and the event is recorded into the event log as a test acvaon,
but the control panel does not show an alarm. Aer 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 funcon allows the enre system to operate in a simple one-man walk test mode. On
triggering a device the device LED operates and the event is recorded in the event log , all the assigned
sounders operate for 10 seconds and the control panel indicates an alarm. Aer approximately 10
second 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.
Please note, with the system test mode, only the sounders assigned to operate from that device will
sound, and any delays will sll be present. ie. if a delay of 2 minutes is present, the system will have
been reset before the sounders acvate.
Please note, with the system test mode, only the sounders assigned to operate from that device will
sound, and any delays will sll be present. ie. if a delay of 2 minutes is present, the system will have
been reset before the sounders acvate.
3. View Event Logs
The all event log keeps up to 1000 historic events. Opons 2 to 6 sort the all events log into re, fault,
disablements, panel events & test events. This makes it easier to nd specic types of event without
having to look through the whole event log.
View Event Logs → All Event Log
The All Event Log will display all events. These are displayed in text format and may be scrolled through
by pressing the UP and DOWN keys.

CIE-A-200 Control Panel User Guide
18
4. Delay Override
The Delay Override funcon overrides any programmed delays. Reset System will automacally re-
enable the delay.
To comply with EN54-2 Clause 7.11.1d, a non-delayed manual call point (MCP) should be located next
to the CIE to override the delayed output by a manual operaon.
5. Enable / Disable
Inputs → Detecon Zone
This funcon allows the disablement or enablement of a detecon-zone. Thus, all the input devices
(Manual Call Points, detectors and inputs) within that detecon-zone will be disabled. The control
panel will indicate that disablements are present, a disablement event will be recorded in the log,
the device LED will sll operate when acvated and an event will be recorded in the log, but no
programmed acons will occur. The sounder within the device will sll operate if triggered from
elsewhere on the system.
Inputs → Device
This funcon allows the disablement or enablement of an individual device. The control panel will
indicate that disablements are present, a disablement event will be recorded in the log, the device
LED will sll operate when acvated and an event will be recorded in the log, but no programmed
acons will occur. The sounder within the device will sll operate if triggered from elsewhere on the
system.
Inputs → All Detecon Zone
This funcon allows the disablement or enablement of all detecon-zones. 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 will be recorded in the log, the device LED will sll
operate when acvated and an event will be recorded in the log, but no programmed acons will
occur. The sounder within the device will sll operate if triggered from elsewhere on the system.
Inputs → All Devices
This funcon 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 will be recorded in the log, the device LED will sll operate when
acvated and an event will be recorded in the log, but no programmed acons will occur. The sounder
within the device will sll operate if triggered from elsewhere on the system.
Outputs → Sounders
This funcon allows the global disablement or enablement of all the sounders on the system. The
control panel will indicate that disablements are present and a disablement event will be recorded in
the log.

CIE-A-200 Control Panel User Guide
19
Outputs → Fire Outputs
This funcon allows the global disablement or enablement of all re outputs on the system. The
control panel will indicate that disablements are present and a disablement event will be recorded in
the log.
Outputs → Fault Outputs
This funcon allows the global disablement or enablement of all fault outputs on the system. The
control panel will indicate that disablements are present and a disablement event will be recorded in
the log.
Group Disablement
This funcon allows the disablement or enablement of the group. The group is xed and will disable all
Sounders, Fire outputs & Fault outputs. The control panel will indicate that disablements are present
and a disablement event will be recorded in the log.
6. Set Time & Date
Set Time & Date.
This allows the me and date to be adjusted.
DST Sengs.
This allows the Daylight Saving Time to be adjusted.
7. Find Device
This funcon allows the user to switch on the LED and sounder (if they are present) at any device on
the loop in order to aid in locang its posion. It cannot be used to turn on the LED of I/O Modules,
since this would also turn on the output which would not usually be desirable.
Up, Down and Esc opons allow the adjacent devices to be located, and the test to be ended.
8. Diagnoscs
There are four types of diagnoscs on the Single Loop Panel, a Loop diagnoscs, a PSU diagnoscs,
an LED diagnoscs & Peripheral Bus diagnoscs. All four come out of the User USB port on the back
board. The LED diagnoscs will send the CIE LED status to the PC based diagnosc soware.
Diagnoscs → Loop Diagnoscs
This turns the loop diagnoscs on or o. This must be set to on for the PC based diagnosc soware
to get data from the loop.
Diagnoscs → LED Diagnoscs
This turns the LED diagnoscs on or o. This must be set to on for the CIE LED status data to be sent
to the PC based diagnosc soware.

CIE-A-200 Control Panel User Guide
20
Diagnoscs → PSU Diagnoscs
This turns the PSU diagnoscs on or o. This must be set to on for the PC based diagnosc soware
to get data from the PSU.
The PSU Informaon screen will display PSU status on the Panel screen. The following informaon will
be displayed:
• Charger State Normal
Charger Fault
Baery Internal Resistance Fault
• PCB Temperature Normal
Low Temperature
High Temperature
• Baery Supply Normal
Low Voltage
Lowest Voltage
Over Voltage
• Baery Temperature Normal
Low Temperature
High Temperature
• Mains Supply Normal
Low Voltage
Over Voltage
• Earth Fault Voltage The normal voltage between 0V and Earth SCRN is 1.7V. The
panel will display an earth fault 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.
Diagnoscs → Peripheral Bus Diagnoscs
This shows what RDUs are programed in the OSP and what is on the Bus with error checking.
Diagnoscs → 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) Engineer access level.