Jade Bird JBE-P2L1 User manual

M-P2L1-1 EN
Release Date: November 15, 2019 Rev 01
JBE-P2L1 Draco Fire Control Panel
Installation & Operation Manual

M-P2L1-1 EN
Release Date: November 15, 2019 Rev 01
This manual is protected by copyright © 2019 Jade Bird Fire Alarm with all rights reserved.
Draco and Lyra 21 Series are trademarks of Jade Bird Fire Alarm.
Manufacturer
Jade Bird Fire Alarm International (Europe), S.L.
Carrer de Tarragona 157 7-2,
08014 Barcelona, Spain
REV 01. This document covers control panels with firmware version 1.0.
This product is CE marked and meets the requirements of the following norms and directives:
•EN 54-2 / UNE 23007-2: Control and indicating equipment for fire detection and fire alarm
systems.
•EN 54-4 / UNE 23007-4: Power supply equipment for fire detection and fire alarm systems.
•EN 61000-6-3 Electromagnetic compatibility (Emissions)
•EN 50130-4 Electromagnetic compatibility (Immunity)
•EN 62368-1 Safety requirements
•RoHS Directive 2011/65/EU.
Note regarding: 2012/19/EU (WEEE directive): This product cannot be disposed of as unsorted
municipal waste in the European Union. For proper recycling, return this product to your local
supplier upon the purchase of equivalent new equipment, or dispose of it at designated collection
points. For more information see: www.recyclethis.info.
For additional product and contact information, visit www.jadebird.eu.com.

M-P2L1-1 EN
Release Date: November 15, 2019 Rev 01
Table of Contents
1INTRODUCTION................................................................................................................................................ 1
2GENERAL PRODUCT DESCRIPTION ................................................................................................................... 1
2.1. OVERVIEW ..........................................................................................................................................................1
2.2. EN 54 OPTIONAL FEATURES....................................................................................................................................1
2.3. ADDITIONAL ANCILLARY FUNCTIONS .........................................................................................................................3
2.4. REGULATORY INFORMATION ...................................................................................................................................3
3TECHNICAL SPECIFICATIONS............................................................................................................................. 4
General Data............................................................................................................................................4
Power supply............................................................................................................................................4
Batteries...................................................................................................................................................4
Product range and compatibility .............................................................................................................5
Panel’s optional modules.........................................................................................................................6
3.1.5.1 Second loop card (JBE-P2L1-EXLP) ....................................................................................................................... 6
3.1.5.2 Printer (JBE-PRT) .................................................................................................................................................. 6
3.1.5.3 External battery box for 17 Ah batteries (JBE-BAT).............................................................................................. 6
4INSTALLATION ................................................................................................................................................. 7
4.1. PRE-INSTALLATION CHECKS ....................................................................................................................................7
Selection of the location of installation ...................................................................................................7
Mechanical dimensions and wall area.....................................................................................................7
Planning wire topology to meet EN 54-2 requirements on integrity of transmission paths....................8
4.2. PHYSICAL MOUNTING INSTRUCTIONS ........................................................................................................................9
Panel assembly ........................................................................................................................................9
Mounting to the wall .............................................................................................................................10
Electric wire connections .......................................................................................................................12
Fitting the batteries ...............................................................................................................................14
4.3. COMMISSIONING USING THE WIZARD .....................................................................................................................16
Initiating the wizard...............................................................................................................................16
Auto-registration of loop devices...........................................................................................................16
Assign devices to zones..........................................................................................................................16
Set address descriptions ........................................................................................................................16
Assign outputs to activation groups ......................................................................................................16
Change passwords .................................................................................................................................16
5OPERATION INSTRUCTIONS ........................................................................................................................... 17
5.1. GENERAL INDICATIONS.........................................................................................................................................17
Visual indications ...................................................................................................................................17
5.1.1.1 LED indicators..................................................................................................................................................... 17
5.1.1.2 LCD user Interface .............................................................................................................................................. 19
Control Keys ...........................................................................................................................................20
Acoustic Warnings .................................................................................................................................22
5.2. DESCRIPTION OF USER ACCESS LEVELS AND DEFAULT LOGIN PASSWORDS ........................................................................22
5.3. OPERATIONS AVAILABLE TO ALL USERS (ACCESS LEVEL 1AND ABOVE) ............................................................................23
Silencing the buzzer ...............................................................................................................................23
View Menu.............................................................................................................................................23
5.3.2.1 View event log.................................................................................................................................................... 23
5.3.2.2 View faults.......................................................................................................................................................... 24
5.3.2.3 View disablements ............................................................................................................................................. 25
5.3.2.4 View zones under test ........................................................................................................................................ 25
5.3.2.5 View addresses linked to a zone ........................................................................................................................ 25

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5.3.2.6 View zone status ................................................................................................................................................ 25
5.3.2.7 View device status.............................................................................................................................................. 25
5.3.2.8 View addresses used in a loop ........................................................................................................................... 26
5.3.2.9 View address descriptions.................................................................................................................................. 26
5.3.2.10 View system composition and date of last configuration.............................................................................. 26
5.4. OPERATIONS AVAILABLE TO USERS WITH ACCESS LEVEL 2AND ABOVE............................................................................27
Reset ......................................................................................................................................................27
Activate Delays ......................................................................................................................................27
“Operate” menu tree .............................................................................................................................27
5.4.3.1 Test zone ............................................................................................................................................................ 27
5.4.3.2 Test output group .............................................................................................................................................. 28
5.4.3.3 Keyboard test ..................................................................................................................................................... 28
5.4.3.4 Indicators test .................................................................................................................................................... 28
5.4.3.5 Disable zone ....................................................................................................................................................... 28
5.4.3.6 Disable output group.......................................................................................................................................... 28
5.4.3.7 Disable device .................................................................................................................................................... 28
5.4.3.8 Set time .............................................................................................................................................................. 29
5.4.3.9 View serial numbers and firmware versions ...................................................................................................... 29
“Report” menu tree ...............................................................................................................................29
5.4.4.1 Print event log .................................................................................................................................................... 29
5.4.4.2 Save configuration or Event log to USB.............................................................................................................. 30
5.4.4.3 Field device type status ...................................................................................................................................... 30
5.4.4.4 Product serial numbers ...................................................................................................................................... 30
5.4.4.5 Loop state signal report ..................................................................................................................................... 30
5.4.4.6 Field device raw data report .............................................................................................................................. 30
5.4.4.7 Field device state signal value ............................................................................................................................ 30
5.4.4.8 View advanced programming ............................................................................................................................ 30
5.5. OPERATIONS AVAILABLE ONLY TO USERS WITH ACCESS LEVEL 3 ....................................................................................31
“Adjust” menu tree ................................................................................................................................31
5.5.1.1 Individual device registration ............................................................................................................................. 31
5.5.1.2 Set address description ...................................................................................................................................... 31
5.5.1.3 Assign devices to zones ...................................................................................................................................... 31
5.5.1.4 Delays and linkage of SND/FB by zone ............................................................................................................... 32
5.5.1.5 Set loop class (A or B)......................................................................................................................................... 32
5.5.1.6 Assign device to activation group....................................................................................................................... 33
5.5.1.7 Enter maintenance company details.................................................................................................................. 33
5.5.1.8 View analog value curve of a detector ............................................................................................................... 33
5.5.1.9 Configure Day/Night mode ................................................................................................................................ 33
5.5.1.10 Set Printer ...................................................................................................................................................... 35
“Install” menu tree.................................................................................................................................35
5.5.2.1 Wizard ................................................................................................................................................................ 35
5.5.2.2 Auto-registration................................................................................................................................................ 35
5.5.2.3 Set password ...................................................................................................................................................... 35
5.5.2.4 Set language....................................................................................................................................................... 35
5.5.2.5 Set special operation mode................................................................................................................................ 36
5.5.2.6 Enter advanced programming............................................................................................................................ 36
5.5.2.7 Clear ................................................................................................................................................................... 39
5.5.2.8 USB firmware update ......................................................................................................................................... 40
5.5.2.9 System configuration ......................................................................................................................................... 40
5.5.2.10 Load configuration from USB......................................................................................................................... 40
6OPERATION IN CASE OF ALARM..................................................................................................................... 41
6.1. PANEL’S AUDIBLE ALARM INDICATION .....................................................................................................................41
6.2. PANEL’S VISUAL ALARM INDICATIONS......................................................................................................................41
The general fire alarm indicator ............................................................................................................41
The alarm screen ...................................................................................................................................41
6.3. OUTPUT ACTIVATION –DELAY OVERRIDE .................................................................................................................42
6.4. RESETTING THE FIRE PANEL ...................................................................................................................................42

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7MAINTENANCE .............................................................................................................................................. 43
7.1. PLANNED MAINTENANCE......................................................................................................................................43
Periodic inspections & maintenance......................................................................................................43
Battery Maintenance.............................................................................................................................43
Cleaning .................................................................................................................................................43
7.2. CORRECTIVE MAINTENANCE:OPERATION IN CASE OF FAULT ........................................................................................43
Indication of common faults..................................................................................................................44
Indication of faults affecting SND or FB outputs....................................................................................44
Indication of earth faults. ......................................................................................................................44
Indication of system faults.....................................................................................................................44
8MENU TREE STRUCTURE ................................................................................................................................ 45
8.1. VIEW MENU (USER ACCESS LEVEL 1).......................................................................................................................45
8.2. OPERATE &REPORT MENUS (USER ACCESS LEVEL 2) .................................................................................................45
8.3. ADJUST &INSTALL MENUS (USER ACCESS LEVEL 3)....................................................................................................46
9LIST OF TABLES............................................................................................................................................... 47
10 LIST OF FIGURES ......................................................................................................................................... 48

M-P2L1-1 EN Page 1
Release Date: November 15, 2019 Rev 01
1 Introduction
This manual contains the information and the instructions required to install, commission, operate and
maintain the JBE-P2L1 (Draco) fire control panel.
Only trained professionals should attempt to install this panel. An incorrect installation may not provide the
performance expected from fire safety devices.
2 General product description
2.1. Overview
The Draco panel is a standalone fire control panel designed for wall mounting. This panel meets the
requirements for fire detection and fire alarm systems of EN 54 part 2 (control and indicating equipment) and
EN 54 part 4 (power supply equipment).
Draco features up to two addressable fire detection and alarm loops. Each panel can control up to 400
compatible detection and alarm loop devices. The panel color LCD and LED zone boards make a friendly
user interface. Comprehensive commissioning and maintenance reports can be obtained through the keypad
or downloaded from the USB port. The panel includes an internal power supply and a battery charger which
will ensure operation even in the event of interruptions of the building’s mains power. Optional expansion
modules such as the printer or the supplementary battery box allow the system to adjust to the installation’s
needs.
2.2. EN 54 optional features
The Draco panel has been designed following the EN 54-2 standard. In addition to its mandatory
requirements, it also provides the following optional features with EN 54 requirements:
Embedded EN 54-4 Power supply with battery charger:
The power supply built in the Draco control panel allows its operation even in the event of interruption of
mains power supply. The panel is compatible with standard 12 V sealed lead-acid batteries of 7, 12 and 17
Ah of capacity. Note that to host the 17 Ah batteries, the optional battery box JBE-BAT is needed.
Detailed diagnostics, indications and control:
Draco features the intelligent JBE loop protocol and a sophisticated user interface. Thanks to this, the system
can process and control real time data from each device connected to the loop. This allows offering the
following features, amongst others:
- Display of status and faults for each loop device (detectors, manual call points, output modules…)
- Disablements of individual points or complete zones
- Disablement of individual output modules or output groups
- Testing individual outputs or output groups
- Setting individual zones in and out of test while the rest of the building remains protected
Loop devices and fire detection zones:
Each Draco panel can drive up to two class A detection loops. Each detection loop can control up to 200
loop addresses, which can be configured for detection and/or alarm functions. That is, each panel can host
a maximum of 400 addressable devices.
Detectors, MCPs and input modules are associated to detection zones. The fire panel logic allows
configuring up to 400 zones. The fire panel’s user interface provides a dedicated LED alarm indicator for
each of the first 30 zones.

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Redundant class-A loop integrity monitoring and self-healing
The addressable loops of the Draco panel can be connected in stubs (class B) or looped (class A) topologies.
When more than 32 initiating devices are connected to the loop, class A topology shall be used and JBE-
2150 isolators shall be installed in the loop to limit the consequences of a short circuit in the loop.
Wiring topologies in class A provide a redundant connection with loop devices. This is the topology with the
highest robustness to wiring faults.
Output group activation:
In response to fire alarm events, up to 400 output groups can be activated with or without programmed
delays. The Draco panel meets the optional requirements regarding outputs to:
- Fire alarm devices (outputs assigned to group 001-SND)
- Fire alarm routing equipment (outputs assigned to group 002-FR).
These two output groups implement the corresponding EN 54-2 requirements regarding programming,
supervision and indication. The remaining 398 groups are freely programmable.
Dependency on more than one alarm signal (type C coincidence detection)
Thanks to the advanced programming menu, the activation of outputs can be linked to the reception of more
than one alarm. In this configuration the panel indicates alarm normally, but the activation of outputs is
inhibited until a second alarm signal is received from another initiating device. Confirmatory signals may
come from detectors or manual call points in the same or another zone.
Day/Night modes of operation
The day/night schedule allows adjusting the fire detection settings to the activity of the building. At the
scheduled times, the fire panel can activate or deactivate delays and change the sensitivity of each detector
independently. The scheduled activation and deactivation of delays is compatible with a manual activation
or deactivation.
Three sensitivity profiles (Day, Night and Special) can be programmed and assigned to the weekly time
periods. This allows selecting the most convenient sensitivity for each detector in each moment of the week.

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2.3. Additional ancillary functions
Event/history log with up to 10.000 events
The panel supports the storage of up to 10.000 history events of all types. Authorized users can access the
logs to either review them in the panel, print them or save them to a USB drive.
Non-Polar bus for field devices
The system adopts a non-polar, double-wire addressable bus technology. All compatible loop devices can
operate connected to the communication bus in both polarities.
User interface with rich graphics and in multiple languages
The true color 7” (17.8cm) LCD allows presenting to the user all the ongoing events in real time. Users can
select their preferred language from the user interface.
Integrated events printer
The optional printer module allows printing selected events in real time or during inspection interventions,
Installation wizard:
A step-by-step wizard will support the installer for a quick and simple commissioning. All site configuration
options can be loaded from the fire panel’s user interface.
2.4. Regulatory information
0370
Jade Bird Fire Alarm International (Europe), S.L.
C. Tarragona, 157. 08014 Barcelona (Spain)
20
DoP-0370-CPR-3813-1
EN 54-2 , EN 54-4
JBE-P2L1
Draco Fire Control Panel
Technical file: see TF-JBE-P2L1-10 provided by the manufacturer.
Jade Bird Fire Alarm International (Europe), S.L.
C. Tarragona, 157. 08014 Barcelona (Spain)
www.jadebird.eu.com

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3 Technical Specifications
This chapter will review the technical specification and provide detailed data on the overall system, and the
electrical, mechanical and environmental characteristics of the Draco fire control panel.
General Data
Table 1: General Panel Data
System dimensions
Number of detection loops
1 or 2
User-selectable detection loop topologies
Class A (ring) or Class B (stub)
24 V outputs to field devices
2
Maximum number of detection zones
400
Maximum number of output groups
400
Connection to field devices
Maximum loop distance
2.000 m
Recommended cable type
2 x 1.5 mm2unshielded twisted pair
Maximum number of addressable points (Free
mix of detectors, MCP, IO, sounders)
200 per Class A loop (max 2x200)
Detection loop voltage
JBE pulsed protocol (20 to 30 Vpp)
Detection loop available current
200 mA
DC outputs to field devices
2 x 2 A @ 24 V DC
Field cable access to panel cabinet
Ø20 mm knockouts (18x)
Alarm & Fault relay outputs
Connection type
Normally-Open voltage-free relay
Electrical contact ratings
2A @ 30 VDC
Power supply
Power supply
Mains voltage
AC 230 V (196 – 253 V)
Mains fuse
2.5 A slow acting
Power rating (mains)
2.5 A max
Max. sustained DC output current (Imax a)
4 A
Max. alarm DC output current (Imax b)
5.5 A
Batteries
Batteries
Quantity
2 batteries (sold separately)
Approved battery types
Primary cabinet (6.3 mm Faston tab terminal)
•Yuasa NP7-12LFR
•Yuasa NP12-12FR
With optional battery box kit (Ø5 mm ring terminal)
•Yuasa NP17-12IFR
Float charge compensation
-36 mV/ºC
Internal battery resistance
Max 1 Ω

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Product range and compatibility
The following chart contains the list of products from Jade Bird Europe which are compatible with the Draco
fire panel.
Table 2: Compatible Product Range
Loop devices
JBE Code
EN 54-11 Manual Call Point
JBE-2100
EN 54-5 Heat detector with remote indicator output
JBE-2106
EN 54-7 Optical detector with remote indicator output
JBE-2111
EN 54-5 & EN 54-7 Optic-heat combo detector
JBE-2115
EN 54-18 Input module
JBE-2120
EN 54-18 Input / Output module
JBE-2125
EN 54-3 Sounder
JBE-2135
EN 54-3 Sounder with visual indicator (VID)
JBE-2145
EN 54-17 Isolator
JBE-2150
Detector Base (2 contacts)
JBE-2160
Detector/Sounder Base (5 contacts)
JBE-2165
Panel expansion accessories
JBE Code
Draco external battery box
JBE-BAT
Draco 2nd Loop expansion card
JBE-P2L1-EXLP
Draco printer box assembly
JBE-PRT

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Panel’s optional modules
The panel can receive the following optional components:
3.1.5.1 Second loop card (JBE-P2L1-EXLP)
The second loop card (JBE-P2L1-EXLP) can be added to the main loop card to expand the panel into a
two (2) loop panel. The second loop has the same capabilities as the first loop in the number of devices
and power limits.
3.1.5.2 Printer (JBE-PRT)
The printer consists of an external printer box with a thermal printer. It can be installed/attached below the
cabinet of the panel. When the printer is installed, users with access level 3 can configurate the printer from
the Adjust menu.
3.1.5.3 External battery box for 17 Ah batteries (JBE-BAT)
The external battery box provides the housing and cables needed to use two (2) 17 Ah batteries. This is to
use 17 Ah batteries instead of the 7 or 12 Ah batteries for longer stand by time.

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4 Installation
This chapter provides the necessary information and guidelines for the installation of the Draco fire control
panel. Installation of this product shall only be conducted by trained professionals. Installation by personnel
other than trained experienced electrical technicians may impact the overall performance of the system.
Voltage – Electrical shock
Installation works may only be conducted by qualified personnel and when the system is
safely de-energized
Fire systems training
Incorrect installation or maintenance procedures can impair the performance of safety
devices.
Electrostatic Risk
Suitable protective measures must be taken when manipulating electronic boards.
4.1. Pre-Installation Checks
Prior to beginning, the installer shall inspect all system devices and electrical connections to ensure that they
are correctly prepared and in good condition to start the installation.
The installation must comply with all applicable national and local regulations.
Selection of the location of installation
The panel should be installed in a clean and dry area which is easily accessible to emergency responders
and maintenance personnel.
This product is designed for indoor use. The table below describes the safe environmental constraints of the
installation area.
Operating temperature
-5 to +40 °C
Storage temperature
-20 to +55 °C
Relative air humidity (non-condensing)
< 95 %
Ingress Protection category
IP30
Mechanical dimensions and wall area
Verify that the desired installation location has enough space for the panel mounting and cable routing, and
that it can bear safely the weight of the panel (see table below).
Table 3: Mechanical Dimensions
Draco Main Panel
Dimensions (WxHxD)
440 x 370 x 126 mm
Weight (without batteries)
4 kg
Weight (including 12 Ah batteries)
12 kg
Draco Printer Box
Dimensions (WxHxD)
440 x 120 x 126 mm
Weight
1 kg
Draco Battery Box
Dimensions (WxHxD)
440 x 250 x 126 mm
Weight (including 17 Ah batteries)
14 kg

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Note that the Main panel, the printer box and the battery box stack together. Therefore, when these 3 parts
are used, the total dimensions of the assembly are (WxHxD) = 440x740x126 mm and a total weight of 19 kg
(including 2x17 Ah batteries). The accessory modules are not intended to be installed separate from the
main fire panel.
Installation in areas with high levels of electromagnetic interference should be avoided.
The height of the Draco panel’s LCD should be at the user’s eye level. This will provide for ideal readability
of the LCD screen.
Planning wire topology to meet EN 54-2 requirements on integrity of transmission paths.
EN 54 and installation guidelines require that the effects of a wiring fault do not affect more than 32 initiating
devices (detectors or MCPs). In order to meet these requirements, detection circuits with more than 32
devices shall be installed in a redundant loop (class A) wiring topology with the addition of compatible JBE
isolators installed at least every 32 initiating devices.
Installations with less devices (≤32) per detection circuit can be installed in non-redundant stubs (class B).
Note that each loop of the Draco fire panel can drive up to 2 stubs.
Figure 1: EN 54 Loop Topology Options

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4.2. Physical mounting instructions
Panel assembly
The Draco fire panel is supplied fully assembled and ready to be installed into a wall. The following
accessories can be acquired separately and will need to be assembled to the fire panel prior to its wall
mounting.
Draco 2nd Loop Card
JBE-P2L1-EXLP
Draco Printer
JBE-PRT
Draco Battery Box JBE-BAT
Assembly of JBE-P2L1-EXLP (Draco 2nd Loop Card)
1. While the panel is unpowered, open the fire panel’s cabinet using the provided key.
2. Align the connectors in the JBE-P2L1-EXLP expansion board with the connectors J2 and J4 of the
main loop card (JBE-P2L1-LOOP) and push firmly.
3. Affix the expansion loop card to the existing loop card using the two provided M3 spacers and
screws.
Assembly of JBE-PRT (Draco Printer)
1. While the panel is unpowered, open the fire panel’s cabinet using the provided key.
2. Remove the covering plate in the left side of the cabinet’s bottom.
3. Insert the 2 M6 screws provided with the Draco printer into the matching holes of the main panel
cabinet’s bottom.
4. Place the Draco printer box below the main panel’s cabinet and use the 2 protruding screws to align
the 2 housings.
5. Use the 2x provided nuts to fasten the printer to the panel’s main housing. Tighten firmly.
6. Route the provided flat ribbon cable through to the opening between the panel and the printer.
7. Connect the flat ribbon cable to connector J3 in the panel’s display board (PCB JBE-P2L1 DP) and
to the printer.
8. Connect the provided earthing cable from the panel’s earthing stud to the printer’s earthing stud.
Tighten the M3 nuts firmly
Assembly of JBE-BAT (Draco battery box)
Note that the JBE-BAT battery box can be assembled either directly under the panel’s main cabinet or under
a panel which already has a JBE-PRT module assembled. In both cases, the installation procedure is the
same.
1. While the panel is unpowered, open the fire panel’s cabinet using the provided key.
2. Remove the knockout in the center of panel cabinet’s base.
3. Place the Draco battery box below the main panel’s cabinet (or below the printer module, if it has
been installed) and use the 2 provided M6 screws to align the housings.
4. Use the 2x provided nuts to fasten the battery. Tighten firmly.
5. Using a PZ2 screwdriver, loosen the “battery” terminal screws in the power supply unit to remove
the original battery cables.
6. Replace the original “Faston” battery cables with the “M5 ring” battery cables provided with the
battery box. Respect polarity (red ►“+” ; black ►“-“). Tighten the PSU screws firmly
7. Remove the original temperature sensor by pulling it gently off the “Temp sensor” connector in the
PSU. Replace it by the longer temperature sensor provided with the JBE-BAT.
8. Route the newly installed battery cables and temperature sensor through the knockout in the center
of the panel’s base down to the battery compartment.
9. Connect the provided earthing cable from the earthing stud in the battery box to the earthing stud in
the cabinet above. Tighten the M3 nuts firmly

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Mounting to the wall
1. Before starting installation, verify that the wall at the desired location is appropriate and suitable for
the weight and environmental requirements of the panel.
2. Based on Figure 2, verify the clearance around the panel in the desired area and measure the
location of the centering hole on the wall.
Figure 2: Mounting Holes
3. Use the appropriate mounting hardware to secure one screw into the wall, at the height of the user’s
eyes. Leave the screw protruding approximately 5 mm from the wall, as illustrated in Figure 3. This
screw will bear the weight of the panel, while leveling it to mark the hole positions in the wall. Thanks
to this screw, the operation can be performed by a single operator
Figure 3: First screw for center keyhole

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4. With the batteries removed, hang the panel from the screw on the wall by passing it through the
central keyhole in the back of the panel.
5. From this position, level the panel and mark the mounting hole locations:
a. Three (3) additional holes in the panel cabinet’s backplane
b. Three (3) holes for the printer box, if it has been installed.
c. Five (5) holes for the battery box, if it has been installed.
Figure 4: Mounting Hole Locations
6. Remove the panel from the wall to drill and install in it the appropriate anchors.
7. Select the knockouts to run (separately) the mains power, detection loops and 24 V field wiring.
Remove them carefully and install a M20 wire gland in the openings.
8. Hang again the panel from the screw on the wall. Install the load-bearing screws.

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Electric wire connections
The door of the fire panel protects ordinary users from electric risks. The door of the fire panel must be kept
closed, locked and with the key removed. Access to the fire panel’s interior shall be restricted to instructed
users.
Voltage – Electrical shock
Installation works must only be conducted by skilled and instructed
personnel.
When manipulating the panel interior and wires, be aware of the risk
electric shock and electric voltage.
Ensure proper lock out / tag out procedures are followed before
manipulating the panel or its wiring.
1. Prior to conducting wire connection works:
a. Ensure that the mains power line is properly de-energized following a lock out / tag out
procedure.
b. Verify that the panel batteries are not assembled.
2. Route the following pairs of wire from the installation into the panel through separate cable glands
and screw their terminations to their corresponding connectors:
a. Loop 1 side A ►Connect to position L1a (+ and -)
b. Loop 1 side B ►Connect to position L1b (+ and -)
c. Field 24V DC #1 ►Connect to position 24Va (+ and -)
d. Loop 2 side A ►Connect to position L2a (+ and -)
e. Loop 2 side B ►Connect to position L2b (+ and -)
f. Field 24V DC #2 ►Connect to position 24Vb (+ and -)
g. Fire alarm signal ►Connect to position “Fire” (normally open relay contact)
h. Fault signal ►Connect to position “Fault” (normally open relay contact)
Figure 5: Loop Board Connections

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3. With the panel secure, run the mains power line into the panel and secure it to the provided mains
terminal block.
Figure 6: Mains Connections
This equipment must always be earthed
4. Secure all incoming wires to the cabinet with the provided tie wraps.
Figure 7: Illustration of Secured Wiring

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Fitting the batteries
This product shall be used only with the approved battery types shown. Note that the appropriate battery
size depends on whether the optional battery box JBE-BAT has been installed or not:
a) System with primary cabinet only (6.3 mm Faston tab terminals)
•2x Yuasa NP7-12LFR (7 Ah of C20 capacity)
•2x Yuasa NP12-12FR (12 Ah of C20 capacity)
b) System with optional battery box (Ø5 mm ring terminals)
•2x Yuasa NP17-12IFR (17 Ah of C20 capacity)
Use always new batteries in configurations of two (2) identical capacities to provide adequate power for
standby use. Do not mix different battery capacities. Observe the battery manufacturer’s recommendation
on shelf life and expected service life.
Note that batteries pose severe hazards. Read the safety manual of the batteries before handling them.
In order to install the batteries:
1) Remove the screws of the battery holder brackets
Figure 8: Battery Holder Brackets

M-P2L1-1 EN Page 15
Release Date: November 15, 2019 Rev 01
2) Insert the batteries as shown in the pictures below.
3) Insert again the battery holder brackets. Tighten screws thoroughly.
4) Connect the battery cable terminals
5) Verify the temperature sensor is placed near the batteries to provide adequate temperature feedback
to the charging circuit.
Figure 9: Battery Connection Locations for 7 & 12 Ah
Figure 10: Battery Connection Location for 17 Ah