C-TEC EACIE Operating and maintenance manual

EACIE
EVACUATION ALERT
CONTROL AND
INDICATING
EQUIPMENT (EACIE)
1 to 4 Loop Panel
Installation,
Maintenance &
Programming Manual
Approved Document No. DFU5030020 Rev 1

EACIE Evacuation Alert Control and Indicating Equipment
Installation and Programming Manual Approved Document No. DFU5030020 Rev 1 Page 2 of 38
Contents
NOTE:A GLOSSARY OF TERMS USED IN THESE INSTRUCTIONS IS LISTED IN APPENDIX 6.
1IMPORTANT NOTES ...............................................................................................................................4
1.1 RELEVANT EACIE STANDARDS................................................................................................................4
1.2 ITEMS SUPPLIED........................................................................................................................................4
1.3 NOTICES....................................................................................................................................................4
1.4 SYSTEM DESIGN........................................................................................................................................5
1.5 EQUIPMENT GUARANTEE ..........................................................................................................................5
2EACIE PANEL FEATURES .....................................................................................................................5
3TYPICAL EACIE PANEL PCB CONNECTIONS.................................................................................7
4CABLING REQUIREMENTS ..................................................................................................................8
4.1 MAINS WIRING .........................................................................................................................................8
4.2 FIELD WIRING...........................................................................................................................................8
4.3 TESTING OF FIELD WIRING........................................................................................................................8
5INSTALLATION........................................................................................................................................9
5.1 EACIE PANEL DESCRIPTION.....................................................................................................................9
5.2 MOUNTING LOCATION ............................................................................................................................10
5.3 WALL MOUNTING THE PROTECTIVE CABINET AND FITTING THE EACIE PANEL ....................................11
5.4 CABLE ENTRY IN THE PROTECTIVE CABINET AND EACIE PANEL ..........................................................12
5.5 INSERTING THE ‘SLIDE-IN’LABELS..........................................................................................................13
5.6 EVACUATION ALERT SYSTEM OVERVIEW...............................................................................................14
5.7 ANALOGUE ADDRESSABLE LOOP(S)WIRING..........................................................................................15
5.8 RELAY OUTPUT WIRING .........................................................................................................................16
5.9 REMOTE PC CONNECTION ......................................................................................................................16
5.10 CONNECTING MAINS TO THE PANEL’S PSU .......................................................................................17
5.11 CONNECTING THE STANDBY BATTERIES ............................................................................................18
6TOUCHSCREEN, INDICATORS & CONTROLS...............................................................................19
6.1 REMOVING THE MAINTENANCE COVER ..................................................................................................19
7COMMISSIONING & PROGRAMMING.............................................................................................20
7.1 RECOMMENDED SHORTFORM INSTALLATION &COMMISSIONING PROCEDURE ......................................20
7.2 ACCESS LEVEL 3MENU STRUCTURE ......................................................................................................22
7.3 HOW TO ENTER ACCESS LEVEL 3(AL3).................................................................................................22
7.4 ENGINEERING FUNCTIONS.......................................................................................................................23
CAUTION !
DO NOT connect or disconnect the panel’s internal
wiring / looms, or terminate field wiring at the PCBs,
with the panel’s power applied (either mains or
battery). Failure to observe this will destroy the panel’s
electronic components and the warranty will be void.

EACIE Evacuation Alert Control and Indicating Equipment
Page 3 of 38 Approved Document No. DFU5030020 Rev 1 Installation and Programming Manual
7.4.1 Device Manager ....................................................................................................................................23
7.4.2 Show PSU Status ...................................................................................................................................... 25
7.4.3 Test Output Group ..................................................................................................................................25
7.4.4 Show Loop Status.................................................................................................................................... 25
7.4.5 Find Loop Break ......................................................................................................................................26
7.4.6 Change Access Level 2 (AL2) Code..................................................................................................... 26
7.4.7 Change Access Level 3 (AL3) Code..................................................................................................... 26
7.4.8 Show System Details ............................................................................................................................... 26
7.4.9 Clean Start ..............................................................................................................................................26
7.5 COMMISSIONING FUNCTIONS ..................................................................................................................27
7.5.1 Loop Learn ..............................................................................................................................................28
7.5.2 Auto Address........................................................................................................................................... 28
7.5.3 Fix Address Faults ....................................................................................................................................29
7.5.4 Verify Loop .............................................................................................................................................. 29
7.5.5 Device Manager .................................................................................................................................... 29
7.5.6 Add New Device .................................................................................................................................... 29
7.5.7 Add/Delete/Edit a Device..................................................................................................................... 29
7.5.8 Edit Zone Name ......................................................................................................................................30
7.5.9 Edit Output Group Name....................................................................................................................... 30
7.5.10 Setup Networking ................................................................................................................................... 30
7.5.11 Synchronise Network Data..................................................................................................................... 30
7.5.12 Set Loops Fitted....................................................................................................................................... 30
7.6 EVENT LOG FUNCTIONS..........................................................................................................................31
7.7 SET THE PANEL’S TIME AND DATE..........................................................................................................32
7.8 SHOW SUPERVISORY EVENTS .................................................................................................................32
8MAINTENANCE......................................................................................................................................33
APPENDIX 1 –PROTECTIVE CABINET AND EACIE PANEL DIMENSIONS ........................................34
APPENDIX 2 –EACIE PANEL PROGRAMMING MODULE ...................................................................34
APPENDIX 3 –STANDBY BATTERY CALCULATION.............................................................................35
APPENDIX 4 –FITTING THE 2-LOOP PCB (OPTIONAL).......................................................................35
APPENDIX 5 –EACIE PANEL TECHNICAL SPECIFICATION..............................................................36
APPENDIX 6 –GLOSSARY OF TERMS.......................................................................................................37
Figures
Figure 1 –Typical EACIE Panel PCB Connections...............................................................................................7
Figure 2 –Location of EACIE Panel Components.................................................................................................9
Figure 3 –Protective Cabinet and EACIE Panel Mounting Location ..................................................................10
Figure 4 –Protective Cabinet Wall Mounting and EACIE Panel Fitting .............................................................11
Figure 5 –Typical EAS Loop Overview..............................................................................................................14
Figure 6 –Analogue Addressable Loop Connections ..........................................................................................15
Figure 7 –Relay Output Detail.............................................................................................................................16
Figure 8 –PC Connection.....................................................................................................................................16
Figure 9 –5A PSU Layout and Mains Connection Details ..................................................................................17
Figure 10 –Battery Connection Details ...............................................................................................................18
Figure 11 –Access Level 3 Menu Structure.........................................................................................................21
Manufacturer: Computionics Limited (C-TEC), Challenge Way, Martland Park, Wigan, Lancashire WN5 0LD. www.c-tec.com

EACIE Evacuation Alert Control and Indicating Equipment
Installation and Programming Manual Approved Document No. DFU5030020 Rev 1 Page 4 of 38
Symbols Read these instructions thoroughly before installation and operation
General Warning Sign Danger Electrical Hazard
1IMPORTANT NOTES
1.1 Relevant EACIE Standards
Complies with BS 8629 (if installed correctly).
Conforms to EN 54-4 (exceptions as per mandatory requirement of BS 8629).
1.2 Items Supplied
EACIE Evacuation Alert and Indicating Equipment, as ordered.
Installation, Maintenance & Programming manual (this manual) –Explains how to install,
commission and maintain the EACIE. This manual MUST NOT be left accessible to the user.
User Manual and Log Book (Document No. DFU5030070) –Gives detailed operational
information and details about the panel’s indicators and controls.
Quick Start User Guide (Document No. DFU5030075) and Quick Start Installation and
Programming Manual (Document No. DFU5030025).
EACIE Typical Layout Drawing (Document No. DFU5030100).
Electrical accessory pack containing:
1 x 20mm T 2A H 230V ceramic fuse (spare primary fuse)
1 x 7.5A MINI®automotive blade fuse (spare battery fuse)
6K8 0.25W EOL resistors for the unused sounder circuits and unused monitored inputs
1 x set of battery link wires and four cable ties
4 x screws (used to secure the EACIE chassis in the protective cabinet)
1 x set of labels for the Control/Display Module
1 x set of labels for the 8 Zone Switch/Indicator Modules
1.3 Notices
Anti-static handling guidelines
Make sure that handling precautions for electro-static devices (ESD) are taken immediately
before handling PCBs and other ESD components. Before handling any ESD items,
engineers should get rid of any electro-static charge by touching a sound safety earth.
Always handle PCBs by their sides and avoid touching any electronic components. PCBs
should be stored in a clean, dry place that is free from vibration, dust and excessive heat.
Disclaimer
Errors and omissions excepted (E&OE). No responsibility can be accepted by the manufacturer or distributors of this
range of panels for any misinterpretation of an instruction or guidance note or for the compliance of the system as a
whole. The manufacturer’s policy is one of continuous improvement and we reserve the right to make changes to product
specifications at our discretion and without prior notice.
WARNINGS!
This equipment MUST only be installed and maintained by a suitably skilled and
technically competent person. Ensure you have attended C-TEC’s Authorised
Training Course before attempting to install and program the EACIE panel.
This equipment is a piece of Class 1 equipment and MUST BE EARTHED.
ALWAYS isolate the panel’s mains and battery backup supplies before making
connections to its PCBs.

EACIE Evacuation Alert Control and Indicating Equipment
Page 5 of 38 Approved Document No. DFU5030020 Rev 1 Installation and Programming Manual
1.4 System Design
Evacuation alert system design is beyond the scope of this document. A basic understanding of general
evacuation alert system components and their use is assumed.
Contact the Fire Officer concerned with the property at an early stage in case he has any special requirements.
We strongly recommend that fire and rescue service (FRS), or appropriate building control body, are consulted
in connection with the design of the evacuation alert systems.
The equipment must be installed, operated and maintained in accordance with these instructions and the
appropriate national, regional or local regulations.
We strongly recommend you read BS 8629, code of practice for the design, installation, commissioning and
maintenance of evacuation alert systems for use by the FRS in buildings containing flats.
1.5 Equipment Guarantee
This equipment is not guaranteed unless the complete installation is installed and commissioned in accordance
with the laid down national, regional or local standards (in the UK this is BS 8629) by an approved and
competent person or organisation.
2EACIE PANEL FEATURES
The EACIE is a BS 8629 compliant control panel used with C-TEC’s EVAC-ALERT system. It is designed
exclusively for use by the fire and rescue service (FRS) in a building emergency situation. Providing a clear,
straightforward interface, the EACIE panel allows the FRS to operate evacuation alert devices located in
residential flats.
Evacuation alert devices include sounders, visual indicators and vibrating pillow pads (see Evacuation Alert
System Overview, section 5.6). In addition to controlling and monitoring the system, the EACIE panel provides
visual and audible warnings of any faults on the system, e.g. open or short-circuit faults, power supply fault.
Fault signals may be sent to an alarm receiving centre (ARC) or C-TEC’s ENVISION cloud-based data
management system.
Housed in a robust, vandal-resistant locked cabinet, the EACIE panel has individual robust toggle switches
with associated LED indicators for each evacuation alert zone in a building. Note: Toggle switches can be
programmed and labelled on a zone-by-zone or floor-by-floor basis.
Highly flexible, the EACIE is comprised of EN 54-2/4 third-party certified components and can be used to
create a customised evacuation alert system in consultation with the relevant FRS.
Dependant on the model purchased the EACIE panel includes the following features:
Complies with the requirements of BS 8629 (if installed correctly).
Compatible with C-TEC’s EVAC-ALERT system.
Compatible with C-TEC’s sounder controllers and C-TEC’s ActiV range of sounders and visual indicators.
Full compatibility with C-TEC’s CAST® (C-TEC Addressable System Technology) - a powerful,
proprietary communication protocol.
Available in 1, 2, or 4 loop models.
Up to 48 evacuation alert zones on a single EACIE panel, extendable up to 200 zones on a shared EACIE
system.
Extendable to a networked system using C-TEC’s CAST ZFP panels.
Mains powered with internal 5A EN 54-4/A2 PSU and battery backup.
Up to 22Ah capacity battery backup should provide standby power for 72 hours plus 30 minutes in
alarm (the standby time of 72 hours is dependent on the system specification –see BS 8629). Standby
batteries are accommodated for fitting internally in the EACIE panel, or fitted in an external battery
enclosure. EACIE panel battery/loop calculator tools are available for download on C-TEC’s website
www.c-tec.com to assist with system designs.
Fault signals may be sent to an alarm receiving centre (ARC) or C-TEC’s ENVISION data management
system.

EACIE Evacuation Alert Control and Indicating Equipment
Installation and Programming Manual Approved Document No. DFU5030020 Rev 1 Page 6 of 38
Short-circuit protected loop driver (rated at 450mA, 40V). Each CAST loop device is fitted with a short-
circuit isolator.
Internal maintenance controls and indicators (not visible to the FRS) include a 4.3 inch, colour LCD
touchscreen and LED indicators.
Custom-made ‘slide-in’ labelling system for floor-by-floor or zone-by-zone layouts.
EACIE panel housed in a separate protective cabinet which complies with STS 205 complete with a
high security EN 1303 locking system.
RS232 and RS485 ports - for ancillary devices and graphics interface (maintenance use only)
Integrated ‘galvanically isolated’ USB connection to a PC running programming tools (maintenance
use only).
C-TEC system components satisfy the relevant requirements of the product standard for that component
in respect of electromagnetic capability (EMC).
9,999 event memory for all fault and system events - all filterable (maintenance use only).
Access levels –access level 1 (general user) and access level 3 (authorised systems engineer) with
keyswitch entry to access level 2 (authorised user).

EACIE Evacuation Alert Control and Indicating Equipment
Page 7 of 38 Approved Document No. DFU5030020 Rev 1 Installation and Programming Manual
3TYPICAL EACIE PANEL PCB CONNECTIONS
4 Loop Model Shown. Refer to Appendix 4 for fitting the optional 2-Loop PCB.
Figure 1 –Typical EACIE Panel PCB Connections
EACIE Status and Switch Panel Connections

EACIE Evacuation Alert Control and Indicating Equipment
Installation and Programming Manual Approved Document No. DFU5030020 Rev 1 Page 8 of 38
4CABLING REQUIREMENTS
All installation wiring must be checked and tested before termination at the panel. Always isolate the
panel’s mains and battery backup supplies before cable termination at the panel.
4.1 Mains Wiring
Mains wiring must be installed in accordance with all applicable national, regional or local standards. In the
UK this is BS 7671 IET Wiring Regulations and BS 8629 Clause 15.
Mains wiring should be standard or enhanced fire-resistant and segregated from extra low voltage field wiring.
The general requirement for the 230V, 50Hz mains supply to the EACIE panel is fixed wiring, using 3 core cable
(no less than 1mm2and no more than 2.5mm2), or a suitable three conductor system fed from an isolating switched
fused spur, fused at 3A or a 6A Type B circuit breaker to IEC/EN 60898-1.
The mains supply MUST be exclusive to the panel and be reliably earthed at the indicated earthing post.
The number of isolating devices between the incoming power supply to the building and the EACIE panel’s PSU
should be kept to a minimum.
As an alternative to a switched fused spur, a double-pole isolating switch (B) with 3mm air gaps on the
contacts & switching L & N only, may be used in the mains feed from the Main Distribution Board (A) to
the EACIE panel (C), providing it meets the appropriate wiring regulations - see diagram below.
4.2 Field Wiring
Separated or Safety Extra-Low Voltage (SELV) field wiring includes loop circuits and auxiliary inputs/outputs.
SELV field wiring must be installed in accordance with the relevant national, regional or local regulations.
In the UK this is the BS 7671 IET Wiring Regulations and BS 8629 Clause 15.
2-core screened, enhanced fire-resistant cable (≥ 1mm2) should be used throughout the installation. This not
only shields the data moving up and down the cables from outside interference but is essential to ensure
compliance with EMC regulations. All screens must only be terminated to the earth bar provided in the panel’s
chassis.
Screened cables such as FP 200™, Firetuff™, Firecel™ and MICC may be acceptable provided they meet
national standards / the system specification as applicable.
4.3 Testing of Field Wiring
Check the continuity of the loops (including screens), loop earth faults, loop crossover faults and the resistance of
all other field wiring as appropriate to ensure they are free from faults.
DO NOT test wiring with an insulation tester (Megger) with any electronic equipment connected as the
500V test will destroy these devices and invalidate the warranty.
C-TEC supply an EVAC Alert Mains
Isolator (Part No. BF321) that provides
secure switching of the mains supply to an
EACIE panel in accordance with BS 8629.

EACIE Evacuation Alert Control and Indicating Equipment
Page 9 of 38 Approved Document No. DFU5030020 Rev 1 Installation and Programming Manual
5INSTALLATION
Note: The installation should be carried out in accordance BS 8629 (code of practice for the design,
installation, commissioning and maintenance of evacuation alert systems for use by the fire and rescue
service in buildings containing flats).
See section 7.1 for a recommended shortform installation procedure.
5.1 EACIE Panel Description
The EACIE panel is mounted inside a separate protective cabinet (not shown below). The panel’s chassis
comprises of a hinged steel lid and a steel back box which houses a power supply unit (PSU) and several PCBs,
as shown in Figure 2 below. Space is available inside the chassis for the two backup batteries.
The EAP4/48/CA/CHASSIS, 48 zone, 4 loop version is shown below.
Figure 2 –Location of EACIE Panel Components

EACIE Evacuation Alert Control and Indicating Equipment
Installation and Programming Manual Approved Document No. DFU5030020 Rev 1 Page 10 of 38
5.2 Mounting Location
The mounting location of the EACIE must be in accordance with BS 8629 Clause 13.2 (see Figure 3).
The EACIE must be housed inside a suitable protective cabinet.
The EACIE must be wall mounted inside the building in a low fire hazard location, positioned to avoid
accidental damage, not above a radiator, and MUST NOT be subjected to excessive dust, conductive or
corrosive gases or liquids, nor subject to temperatures, input voltages and electrical loads outside the stated
operating range.
The EACIE must be sited at an appropriate location for the Fire and Rescue Service (FRS) responding to a
fire within the building. The position should be in close proximity to the normal FRS building entry point. If
there is a concierge desk (or similar) the EACIE should be sited behind the desk, providing this location is
easily accessible to the FRS. Ideally, the FRS should be consulted regarding the siting of the EACIE.
The ambient light and sound levels in the vicinity of the EACIE should allow the controls and indicators to
be clearly seen, fault sounder clearly heard and any legends easily read.
An emergency lighting luminaire should be installed within 2 metres horizontally of the EACIE.
The EACIE’s highest manual control should be located at 2.2 m above floor level.
The bottom edge of the cabinet should be located at a minimum of 1.4 m above floor level.
Figure 3 –Protective Cabinet and EACIE Panel Mounting Location
Refer to section 5.3 for
a fitting template.

EACIE Evacuation Alert Control and Indicating Equipment
Page 11 of 38 Approved Document No. DFU5030020 Rev 1 Installation and Programming Manual
5.3 Wall Mounting the Protective Cabinet and Fitting the EACIE Panel
CAUTION: The empty protective cabinet is 69 kg. The EACIE panel fitted with batteries is
approx. 21 kg. Therefore, use suitable screw fixings for supporting the cabinet and panel.
It is recommended that a manual handling assessment is carried out before installation.
Note: A fitting template (supplied with the cabinet) may be used in conjunction to the method detailed below.
Suggested order of mounting the Protective Cabinet and EACIE Panel (see Figure 4)
Ensure you have enough space on the wall by looking at the overall size of the finished EACIE
installation on the template drawing.
Mark out the fixingholesonthe wall by starting with thetop left-hand fixing point. Position this2290mm
from the floor level. Note: To comply with BS8629 13.2.1g, the top most switch should be at 2.2m
above floor level. Positioning the top left-hand fixing point at 2290mm should ensure compliance.
Check that the top left-hand fixing point is below the ceiling by a minimum of 88mm and 98mm away
from any building obstructions on the left-hand side of the planned position of the cabinet.
Mark out the other 3 fixing holes as shown, using a spirit level to line up the holes. We advise that
10mm diameter fixings are used.
The installer needs to confirm the type and construction of the wall and always use appropriate fixings
that are suitable for the wall construction and the weight of the cabinet and EACIE panel.
Mount the outer protective cabinet to the wall, then fit the EACIE chassis internally by hanging it onto
the cabinet’s brackets. Secure the chassis into place using the four pre-drilled holes in the brackets
and the 4 off supplied screws.
Figure 4 –Protective Cabinet Wall Mounting and EACIE Panel Fitting
All dimensions in mm.
Drawing not to scale.

EACIE Evacuation Alert Control and Indicating Equipment
Installation and Programming Manual Approved Document No. DFU5030020 Rev 1 Page 12 of 38
5.4 Cable Entry in the Protective Cabinet and EACIE Panel
Mains wiring should be segregated from extra low voltage field wiring. Leave sufficient tails of at least 1m
inside the panel to ensure straightforward connection of wiring to the panel’s terminals.
Important Note: The security of the protective cabinet must not be compromised during installation, e.g. as
result of the cable entry method.
All field cables should be fed through the rear slot / aperture in the protective cabinet (see Photo 1).
Feed cables through the top slot / aperture in the EACIE chassis.
Route the mains supply cable along the left-hand side of the EACIE chassis to the PSU (see Photo 2).
Route the loop cables (and cables to the fault relay –if used) along the right-hand side of the EACIE
chassis to the Main Control PCB (see Photo 3).
Terminate cable screens to the earth bar at the top of the EACIE chassis (see Photo 4).
PHOTO 1: FIELD CABLES FED THROUGH PHOTO 2: MAINS CABLES FED THROUGH
REAR SLOT IN PROTECTIVE CABINET TOP SLOT IN EACIE CHASSIS AND
ROUTED TO PSU
PHOTO 3: LOOP CABLES FED THROUGH PHOTO 4: CABLES SCREENS TERMINATED
TOP SLOT IN EACIE CHASSIS AND ROUTED AT EARTH BAR IN EACIE CHASSIS
TO MAIN CONTROL PCB

EACIE Evacuation Alert Control and Indicating Equipment
Page 13 of 38 Approved Document No. DFU5030020 Rev 1 Installation and Programming Manual
5.5 Inserting the ‘slide-in’ labels
A customisable ‘slide-in’ label system is employed by the EACIE panel for both the Z41/CA module (for use by
an authorised engineer) and the 8 way switch panels (for use by the FRS).
Label templates for customising are available on C-TEC’s website www.c-tec.com.
Z41/CA Control/Display Module Label
The slide-in labels for the programmable LEDs depends on how the unit has been
configured. Insert the labels (supplied in the accessory pack) for the Z41/CA, as
shown right.
Important Note:
Before inserting the horizontal ‘Fire/Fault/Disablement/Test’ label in the Z41/CA module, create a ‘slight’
bend (NOT A FOLD!) at the left-hand side of the label (approx. 20mm). Gently push the label through the slot
provided into its housing using the hinge on the module’s rack to assist with finding its path, as shown below.
Switch/Indicator Module Label
Dependent on programming, the slide-in label can be customised on a zone-
by-zone or floor-by-floor basis for each toggle switches.
Insert the slide-in labels (supplied in the accessory pack) for the switch
module(s), as shown right.
Note: The maximum thickness of paper for the label is 80gsm or standard
photocopier paper.

EACIE Evacuation Alert Control and Indicating Equipment
Installation and Programming Manual Approved Document No. DFU5030020 Rev 1 Page 14 of 38
5.6 Evacuation Alert System Overview
Figure 5 shows a typical evacuation alert system (EAS) loop complete an EACIE panel, sounder controllers &
evacuation alert devices.
Note: No fire detection equipment, e.g. fire detectors, manual call points, should be connected to the EACIE
panel and the EAS must not interface with any other systems or equipment.
The loop should be connected to the relevant connector block on the panel’s Main 1, 2 or 4-Loop PCB (model
dependent)and its screens terminated at the panel’s earth bar as shown in section 5.7.
Figure 5 –Typical EAS Loop Overview
Design issues
The following general rules of thumb should be followed and the loop WILL almost certainly work.
Absolute maximum loop length = 1km using either 1mm2or 1.5mm2cable.
1 loop up to 5 floors, 2 loops up to 10 floors, 3 loops from 11 floors (or above).
EACIE panel models include 1 Loop (8 Zone), 2 Loop (8 Zone) or 4 Loops (16/24/32/40/48 Zone).
Design to a maximum of 450mA demand per loop.
Typically,1loopuptoa maximumof65 ‘typical’ flats, i.e. 1 x CA736 SounderControllerplus1xSounderperflat.
Typically, 1 loop up to a maximum of30 flats, i.e. 1 xCA736 Sounder Controller plus3 x Sounders per flat.
Typically, 1 loop up to a maximum of 25 flats, i.e. 1 x CA736 Sounder Controller plus 1 xSounder VAD per flat.
EACIE panel battery/loop calculator tools are available for download on C-TEC’s website www.c-tec.com to
assist with system designs.

EACIE Evacuation Alert Control and Indicating Equipment
Page 15 of 38 Approved Document No. DFU5030020 Rev 1 Installation and Programming Manual
Important Note 1: Remember to isolate the panel’s mains and battery backup supplies before terminating
wiring at the panel.
Important Note 2: 6k8 end of line (EOL) resistors (supplied in the accessory pack) MUST be fitted at the Main
1, 2 or 4-Loop PCB for the two unused sounder circuits and two unused monitored inputs.
5.7 Analogue Addressable Loop(s) Wiring
PHOTOS 1 & 2 SHOWING LOOP CABLES ROUTED AND CONNECTED TO THE MAIN PCB
Two analogue loop connections (Loop1 & Loop2) are available on a Main 2-Loop PCB, as shown in Figure 6
below. One analogue loop connection (Loop1) is available on a Main 1-Loop PCB.
An optional 2-Loop PCB (not available for the 1 loop panel version) provides two additional analogue loop
connections (Loop3 & Loop4) if required (see Appendix 4 for fitting details).
Design to a maximum of 450mA demand per loop.
Plug-on 5mm connectors accept up to 2.5mm2cable.
The loop’s earth screens should be adequately insulated and ONLY terminated at the earth bar in the EACIE’s
chassis to ensure earth continuity. Check for loop earth faults and loop crossover faults.
Figure 6 –Analogue Addressable Loop Connections
Figure 6 key:
A
Analogue Loop 1 Cable (2-core screened,
enhanced fire-resistant).
B
20-way heavy duty brass earth bar.
DO NOT operate the equipment without
terminating cable screens to this bar.
C
Cable Earth Screens.
D
Analogue Loop 1 Connector (A+, A-, B+, B-).
Plug-on connector type.
E
Additional Analogue Loop 2 Connector (A+, A-,
B+, B-). Wiring not shown.
NOT APPLICABLE FOR A 1 LOOP PANEL.
F
Main 2-Loop PCB.

EACIE Evacuation Alert Control and Indicating Equipment
Installation and Programming Manual Approved Document No. DFU5030020 Rev 1 Page 16 of 38
5.8 Relay Output Wiring
One volt-free relay output connection is provided on the Main PCB - a fail-safe fault output, which switches
under any fault condition or total power failure. The relay is capable of switching 1A @ 30Vdc.
DO NOT use this relay for switching mains voltages.
This relay may be used to send a fault signal to an alarm receiving centre (ARC).
The wiring for the output should be connected to the relevant connector block on the Main 1, 2, or 4-Loop PCB
(model dependent) as shown in Figure 7 below.
Figure 7 –Relay Output Detail
Figure 7 shows the position of the relay contacts in quiescent, no fault
condition.
5.9 Remote PC Connection
Figure 8 –PC Connection
A ‘galvanically - isolated’ USB connector
(CONN3) is provided on the Control/Display
Module PCB for the connection of a Windows™
based PC running programming software.
The recommended cable is a USB Type A male
connector to USB Type B male connector.
EACIE programming tools (Part No. ZTOOLS) are
available that allow quick and easy input of data,
device and zone naming.

EACIE Evacuation Alert Control and Indicating Equipment
Page 17 of 38 Approved Document No. DFU5030020 Rev 1 Installation and Programming Manual
5.10 Connecting Mains to the Panel’s PSU
The PSU is equipment and MUST BE EARTHED.
The panel’s PSU is a mains to regulated DC power supply providing 5A @
24Vdc nominal. Combining the functions of a PSU, battery charging unit
and battery monitoring unit, it is fully compliant with EN 54-4/A2.
Remove the PSU’s ‘small’ protective cable cover and terminate the mains
cable at the power supply’s PCB connector block CONN1 (see Photo 1
right & Figure 9 below). After terminating, refit and secure the small cover.
CAUTION: Do not connect mainsto the PSU until the installation
is complete and the panel is ready to be tested. One method of
isolation is to open and lock off the panel’s mains isolator.
Figure 9 –5A PSU Layout and Mains Connection Details
PHOTO 1 SHOWING MAINS
CABLE ROUTED AND
CONNECTED TO THE PSU

EACIE Evacuation Alert Control and Indicating Equipment
Installation and Programming Manual Approved Document No. DFU5030020 Rev 1 Page 18 of 38
5.11 Connecting the Standby Batteries
CAUTION: There is a risk of explosion if an incorrect battery type is used. Always dispose of
used batteries in accordance with the battery manufacturers’instructions.
Do not connect the batteries until the installation is complete and the panel is ready to be
tested. One method of isolating battery power is to disconnect the battery link wire.
PHOTOS 1 & 2 SHOWING LOCATION OF BATTERIES AND CONNECTIONS TO THE POWER SUPPLY PCB
Two new, good quality, fully charged 12V, up to 22Ah capacity valve regulated lead acid (VRLA) batteries
are required as the emergency standby power supply for the panel. They should have a battery life of 4 years
and should be clearly labelled with the date of installation. YUASA REC22-12I batteries are recommended.
The batteries should be connected in series and positioned on the shelf at the top of the EACIE chassis. Connect
the ‘Red’ (+ve) and ‘Black’ (-ve) battery wires from the battery terminals to connector block CONN7 on the
power supply’s PCB. The battery wires (red and black), link wire (green/yellow) and cable ties are supplied in
the accessory pack. Secure the batteries into position using the four cable ties.
The panel’s sophisticated battery monitoring unit protects the batteries against deep discharge by activating a
cut off circuit when the standby supply voltage reaches 21V approx. If batteries are not fitted, are discharged
or in poor condition, a PSU fault will show at the panel.
The capacity of the batteries used will depend upon the standby time which must be sufficient to maintain the
operation of the system for a minimum of 72 hours (the standby time of 72 hours is dependent on the system
specification –see BS 8629). To calculate the batteries required for any given standby period see the battery
calculation guide in Appendix 3.
EACIE panel battery calculator tools are available for download on C-TEC’s website www.c-tec.com to
assist with system designs.
Figure 10 –Battery Connection Details
CAUTION! Inferior and New Batteries stored over 6 months.
The panel’s PSU is an EN 54-4/A2 power supply and as such measures
accurately the internal battery resistance down to a fraction of an ohm.
The fault threshold is a function of EN 54-4 and as such cannot be
changed, otherwise, it would NOT be a certifiable power supply.
Batteries stored for long periods of time before use (especially new
ones!), suffer a progressive degradation of internal resistance the longer
they are kept off charge after manufacture. Contrary to popular opinion
they DO NOT recover this degradation once re-charged. In order for the
battery to recover it MUST be discharged and charged several times
(more than once), each time you will see a reduction in the internal
resistance.
Therefore, if you install one of these batteries AND it shows a fault AND
you just leave it AND expect the fault to go away, it will not! In this
instance it is not the charger at fault, it is the battery.

EACIE Evacuation Alert Control and Indicating Equipment
Page 19 of 38 Approved Document No. DFU5030020 Rev 1 Installation and Programming Manual
6TOUCHSCREEN, INDICATORS & CONTROLS
Note that information on the EACIE’s front panel toggle switches and indicators (for use by the FRS) can be
found in the separate User Manual (Document No. DFU5030070).
6.1 Removing the Maintenance Cover
To access the engineer’s LCD touchscreen remove the EACIE panel’s maintenance cover using a Pozidrive
screwdriver, as shown below. ALWAYS refit this cover after use.

EACIE Evacuation Alert Control and Indicating Equipment
Installation and Programming Manual Approved Document No. DFU5030020 Rev 1 Page 20 of 38
7COMMISSIONING & PROGRAMMING
7.1 Recommended Shortform Installation & Commissioning Procedure
Note: DO NOT connect mains or battery power to the panel until the installation is complete, i.e. panel PCBs
are fitted and field wiring has been tested and connected to the panel.
Wall mount the EACIE panel’s protective cabinet at the correct height in a suitable location –see
sections 5.2 & 5.3.
Fit the EACIE panel inside its protective cabinet –see section 5.3.
Feed field cables through the rear aperture in the protective cabinet, then route cables through the top
aperture in the EACIE panel. Terminate all screens to the earth bar in the EACIE panel’s chassis –
see section 5.4.
Test field cables and ensure they are fault-free, i.e. check continuity of cable runs (including screens).
Check the continuity on the negative (-ve) line of the device loop to ensure it is fault free. Note: Loop
isolators are in the positive (+ve) line, therefore continuity cannot be tested. Check the resistance of all
field wiring to ensure they are fault free.
DO NOT MEGGER! Remove all electronic devices if 500V testing is demanded.
Connect external mains cable to the panel (with mains isolated) –see section 5.10.
Connect panel’s internal batteries (with battery supply isolated) –see section 5.11.
Connect analogue loop(s) wiring to the panel –see section 5.7.
Connect additional field wiring to the panel (if required) –see sections 5.8.
Apply mains and battery supply to power up the panel.
Remove the maintenance cover to access the panel’s touchscreen (see section 6.1). Investigate and
rectify any messages reported as faults on the touchscreen.
The panel is now ready to be commissioned and programmed.
Commission the EACIE panel by performing out a loop learn or auto address, as detailed in sections
7.5.1 & 7.5.2. Rectify any problems resulting from the loop learn.
Note: The EACIE panel MUST be programmed and MUST NOT be configured as a ‘one out, all out’
system for compliance with BS 8629.
Proceed to program the panel using the ZTOOLS programming tools.
When you are satisfied the panel has been programmed and is working correctly refit the maintenance
cover, lock the protective cabinet and instruct the client / customer in the operation of the system.
Complete and hand over all necessary manuals and other documentation prior to leaving site.
EACIE panel programming tools (Part No. ZTOOLS) are available on C-TEC’s website
(www.c-tec.com) that allow quick and easy input of data, device and zone naming.
IMPORTANT NOTICE
THIS SECTION IS FOR AUTHORISED SYSTEM ENGINNERS ONLY.
ENSURE YOU HAVE ATTENDED C-TEC’S AUTHORISED TRAINING COURSE
BEFORE ATTEMPTING TO PROGRAM THE EACIE PANEL.