Gent Nano User manual

Nano panel
The Nano panel is designed to meet the requirements of
EN54-2 : 1997 and EN54-4 :1997. The panel can accommodate
a loop circuit of analogue addressable devices, like fire sensors,
sounders, manual call points and interface units. The panel gives
local visual and audible indications of system events means of
indicators, a message display and an integral sounder. An
integral mains derived supply provides power to the panel and
the loop circuit in normal conditions and the integral batteries
provides a standby supply for up to 24 hours with 0.5hours of
alarms should the mains supply fail. The controls are PIN code
protected. The panel is designed for surface and semi flush
mounting and facilitates both rear and top cable entry points.
Features
¨Single loop fire control panel.
¨Up to 127 addressable devices can be connected to a
loop circuit, devices like sensors, call point and
interface units.
¨Two master alarm circuits.
¨RS485 Port to connect to repeat indicator panel(s).
¨RS232 Port to connect to an external printer.
¨USB Port to connect to a Commissioning computer.
¨Fire Output - One set of clean voltage-free change over
contacts.
¨Fault Output - One set of clean voltage-free change
over contacts.
¨Class Change input that actions class change signal to
selected sectors
¨Evacuate input that actions all alarm sounders
including master alarms and fire output
¨Standby supply to power the system via batteries for
24 hours plus 0.5 hour alarm load.
¨Alphanumeric LCD with back light to display event
information.
¨Integral 16 zone LEDs (with First fire zone LED
flashing).
¨LED lights for event indications.
¨Local audible buzzer for event announcement.
¨Push buttons for essential controls and menu driven
commands.
Nano System
by Honeywell
POWERFAULT FIRE
Tes t Delay Verify
Sounder Fault
Zone 2
Zone 6
Zone 10
Zone 14
Zone 3
Zone 7
Zone 11
Zone 15
Zone 4
Zone 8
Zone 12
Zone 16
Disablement
Zone 1
Zone 5
Zone 9
Zone 13
System Fault
Sound
Alarms
Silence
Alarms
Power Fault
Reset
Cancel
Buzzer
Sounder
Disablement
042bc EN54 Parts 2 & 4
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Technical data
Control panel
Standard Designed to EN54-2 : 1997
Approval LPCB approved
Panel dimensions
in mm
height 419 x width 347 x
depth 85.5
Panel weight approximately
3.12Kg without batteries
8.2Kg with batteries
2 - 12V 7Ah batteries are
required (each battery weighing
2.54Kg [5.6lbs])
Storage
temperature
-10ºC to 55ºC
Operating
temperature
-5ºC to 40ºC
Relative Humidity
(Non condensing)
Temperature
5ºC to 45°C
up to 93%
Emission BS EN 61000-6-3:2007
Residential, Commercial & Light
Industry Class B limits
Immunity BS EN 50130-4: 1996: Part 4
Alarm systems: Electromagnetic
compatibility
Product family standard:
Immunity requirements for
components of fire, intruder and
social alarm systems
Ingress Protection IP30
Colour Door: Silver and Black
Backbox: Black
Devices per loop A maximum of up to
127 addressable devices on the
loop
Device labels Each device can be given a
32 character label for loop
device location
Relays
Fire
Fault
Voltage-free contacts
rated 1A @ 24Vdc
1 - set of change over contacts
that are configured to operate
immediately on a Fire event. The
relay is normally de-energised
1 - set of change over contacts
configured to operate
immediately on occurrence of a
Fault event. The relay is
normally energised
Master alarm
circuits and
fuses
2 - Master alarm circuits
operating at 24 volt nominal,
200 mA maximum per circuit
MA1 - Fuse FS2 250mA AS
MA2 - Fuse FS3 250mA AS
Both fuses are Ceramic type
20mm x 5mm in size and are
located on the MCB
Evacuate Input A closed input will trigger all
alarms to sound evacuate signal
to include master alarms and
activation of fire output
Class Change
input
A closed input will trigger all
configured sectors to sound the
class change signal.
RS485 Port
RS232 Port
USB Port
RS485 - (PP3) Repeat indicator
panel
RS232 - (PP10) Printer
USB - (P2) Commissioning tool
24V supply Maximum output current of
200mA is protected by a
Ceramic Fuse FS1 0.25A AS
20mm x 5mm in size, located on
the MCB.
Power taken from this supply will
affect the battery standby
duration.
Indicators Fire (red)
Power (green)
Fault 'Common' (amber)
16 - Zones (red)
Verify (amber)
Disablement (amber)
System fault (amber)
Power fault (amber)
Sounder Fault (amber)
Test (amber)
Delay (amber)
Sounder Disablement (amber)
Display Alpha-numeric display -
8 lines by 40 characters per line,
back-lit, (LCD having black
characters on green
background)
Internal sounder Audible announcement of Fire
and Fault events.
Controls at
Access level 1
Menu navigation buttons to view
events and for PIN code entry to
other access levels.
Installation instructions
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Controls at
Access level 2
(Customer mode)
As for controls at Access level 1
plus controls for:
¨Cancel buzzer
¨Emergency controls
¨Clock set
¨Day/Night mode
¨Enablement/Disablement
¨Weekly test
¨Zone test mode
¨Display test
¨Loop status/repair
¨Firmware version
¨Site data
Controls at
Access level 3
(Engineer mode)
As for controls at Access level 2
plus controls for:
¨Delay settings
¨Calendar settings
¨External inputs
¨Serial ports
¨Weekly test settings
¨Zone label and linkage
¨Device settings
¨Interface channel settings
¨Sound Signal settings
¨Zone Cause and Effect
¨Sound alarm mode & operation
¨Signal settings
¨Loop status and map
¨Site data backup & restore
Controls at
Access level 4
(Maintenance
mode)
As for controls at Access level 3
plus controls for:
¨Clear logs
¨Maintenance reminder
¨Firmware upgrade
¨Device time averages
¨Device condition codes
¨Diagnostics
¨Reset codes, configuration and
labels to factory default settings
¨Backup & restore changes
¨Fast find
¨Loop power up/down
¨Start detection
¨Commissioning mode
¨Beam alignment
¨Proprietary Logo
&Always use the recommended
replacement or equivalent type battery, as there is a
risk of an explosion if incorrect battery is used.
Power supply
Standard Designed to EN54-4 : 1997
Mains supply
voltage and fuses
230V 50Hz protected by:
FS3 Fuse - 3.15A (T) 250V
Ceramic 20mm x 5mm,
located on PSU.
Input current - 0.45A
Nominal supply
voltage for master
alarm circuits
24V +/- 4V
Lithium Battery BATT3 on MCB. Type
Panasonic CR2032 3V cell.
CAUTION: Replacement
battery must be the same
or equivalent type battery.
Dispose of used batteries
according to the
manufacturer’s
instructions.
Battery circuit
'BAT1' and fuse
FS1 Fuse 3.15A (T) TE5 on
PSU
PSU volts & fuses
43V (quiescent)
24V
FS6 Fuse 1.0A (T) TE5 on PSU
FS4 Fuse 1.0A TE5 on PSU
Battery Powersonic PS-1270 F1
2- 12V 7Ah sealed lead acid
batteries that will provide
24 hours standby and
30 minutes alarms,
determined by system loading
via Nano battery standby
calculator.
Storage
temperature
-10 to 55ºC
Operating
temperature
-5ºC to 40ºC
Relative Humidity
(Non condensing)
up to 93%
(Temperature 5 to 45°C)
Maximum current
from battery
without mains
connected
1.5A
EN54 Part 4 data
I max a 1.5 A
I max b 1.4 A
I min
UVLO
Ri max
300 mA
20.7 V ±400mV
1.5 W
&After power down hazardous voltages
may still be present even if indications are
extinguished.
Nano System
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Panel installation
The Nano panel is supplied fully assembled, it is important to check the contents to ensure all the parts are supplied.
Note the 2 x 12V 7Ah batteries are supplied in a separate pack.
Parts in the Spares packages Quantity
Fuse T3.15A H 250V 20mm x 5mm Ceramic 1
Fuse T250mA H 250V 20mm x 5mm Ceramic 3
Fuse T1A TE5 2
Fuse 3,15A TE5 1
10K Ohms Resistor 4
Battery Link 1
Battery Lead 1
Allen Key# 1
Screw cover 1
Panasonic CR2032 3V cell 1
Trimmer tool 1
Document pack : Operating, Installation, Quick reference +
template and Log book
1
# - part supplied in a plastic bag fitted to the enclosure.
How to disassemble the panel to gain access to the Backbox
aPull out the 'screw cover' jwhich may be supplied fitted to the Outer Cover, the 'screw cover' is held in place by magnets.
bOpen the two captive screws kon the 'Outer cover' using the allen key and unhook the 'outer cover' lfrom the 'backbox'.
cOpen the two captive screws mon the 'electronic module' and lift out the module nfrom the 'backbox'.
Installation instructions
CR2032
3V
i
POWERFAULT FIRE
Tes t Delay Verify
Sounder Fault
Zone 2
Zone 6
Zone 10
Zone 14
Zone 3
Zone 7
Zone 11
Zone 15
Zone 4
Zone 8
Zone 12
Zone 16
Disablement
Zone 1
Zone 5
Zone 9
Zone 13
System Fault
Sound
Alarms
Silence
Alarms
Power Fault
Reset
Cancel
Buzzer
Sounder
Disablement
Outer Cover
Allen Key
Electronic module
Backbox
Screw cover
Allen Key
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How to mount the backbox and dedicated cable entry points
&Unused knockouts that have been removed should not be left open.
Knockout the required dedicated cable entry points from the back box. Use the correct method of knocking out the entry points, as
illustrated below. Using the three fixing points to mount the backbox onto a flat wall using suitable fixings.
Nano System
Floor level
Master
Alarms 2
Cable entry
points
13 - Top
2 - Back
3 - Panel
fixing points
(top hole is
a keyhole)
1.7m
Fault
Relay
Fire
Relay
Loop
End2
RS232 RS485 +
24Vdc
External
Evacuate Class
Change
24Vdc
Supply
Loop
End1
Master
Alarms 1 Mains
Supply
Backbox
Top side
of the backbox
Dedicated Cable entry points
How to knock out
cable entry points
15 - 20° maximum
o
Apply impact using
suitable tool to
knock out a cable
entry hole.
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Flush Mounting the backbox
The control panel may be flush mounted using a flush surround NANO-FLUSH.
aCut out an aperture in the wall to allow the flush surround to be fitted, see diagram for dimension of the aperture.
bUsing the fixing holes on the flush surround, secure it into the aperture side walls.
cRoute the cables through the cable entry points into the panel and at the same time insert the panel into the flush surround.
dFit the panel back box to the flush surround using the 3-off 5mm screws not supplied with the flush surround.
Refitting the electronics module
Locate the three tabs of the electronic module jinto the backbox and close the upper part kof the module into the backbox and
then secure the assembly by tightening the two captive screws lusing the allen key. Ensure the two PCB fixing-screws mthat
provides earth bonding are securely fitted and are not loose.
Installation instructions
Control Panel
Cross section of
the wall to which
the panel is to be
semi-flush mounted
Aperture
4mm diameter
fixing holes
Aperture Height: 406mm
A
p
erture Width: 347mm
A
perture
d
ept
h
s
h
ou
ld
not
b
e
l
ess t
h
an: 75mm
Semi-flush surround
POWERFAULT FIRE
Tes t Delay Verify
Sounder Fault
Zone 2
Zone 6
Zone 10
Zone 14
Zone 3
Zone 7
Zone 11
Zone 15
Zone 4
Zone 8
Zone 12
Zone 16
Disablement
Zone 1
Zone 5
Zone 9
Zone 13
System Fault
Sound
Alarms
Silence
Alarms
Power Fault
Reset
Cancel
Buzzer
Sounder
Disablement
Allen Key
Electronic module
Backbox
Check to ensure these
screws are securely fitted.
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Cable termination on enclosure
The wire length between the cable termination and point of connection must be as short as possible. Cable earth drain wire, where
applicable, must be connected to the respective drain termination point.
Terminate each cable at the dedicated entry point on the enclosure, using the cable manufacturers recommended techniques.
Where the cable is not required to be connected, leave 300mm (unless otherwise specified) tail wire length and mark each core
identifying its final point of connection. Where the cable is required to be connected, ensure it is securely fitted to the respective
terminal.
Wiring test
&DO NOT undertake high voltage insulation tests WITH THE CABLES CONNECTED to the panel and
system device terminals. Such a test may damage the electronics circuitry in loop devices and at the panel.
Nano System
GLANDGLAND
BOARD
EARTH DRAIN
WIRE Should
not be more than
50mm long and
must be sleeved
CABLE TERMINATION
Panel
enclosure
Softskin (Fire Tuf)
POWERFAULT FIRE
Tes t Delay Verify
Sounder Fault
Zone 2
Zone 6
Zone 10
Zone 14
Zone 3
Zone 7
Zone 11
Zone 15
Zone 4
Zone 8
Zone 12
Zone 16
Disablement
Zone 1
Zone 5
Zone 9
Zone 13
System Fault
Sound
Alarms
Silence
Alarms
Power Fault
Reset
Cancel
Buzzer
Sounder
Disablement
TERMINALS
MAINS
SUPPLY
Master
alarms 1
Master
alarms 2
LOOP 1
END 1
LOOP 1
END 2
Class
Change
Fire
Relay
Cables that are not required to be connected to terminals must
be neatly coiled up and carefully tucked away into the backbox
in the space above the electronic module.
30mm
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Mains supply
&Ensure that the mains supply cable enters the panel through a dedicated cable entry, located
adjacent to the mains terminal block and that is also segregated from loop wiring.
"These fire alarm system products are not designed to be powered from IT Power systems.
All mains powered equipment must be earthed. The mains supply to any fire alarm control and indicating equipment must be via an
unswitched 5A fused spur unit. A disconnect device must be provided to disconnect both poles and must have a minimum gap of
3mm. The disconnect device should be available as part of the building installation and must be easily accessible after installation
is complete.
The fused spur isolator cover should be marked:
FIRE ALARM - DO NOT SWITCH OFF
The fire alarm equipment’s fused spur unit must be fed from a dedicated switch or protective device at the local mains
supply distribution board.
Mains and battery supply connections
The mains and battery supply cables must be installed to a stage to facilitate the power up for commissioning, which is carried out
by the Servicing organisation.
&Where the mains cable is to remain disconnected, its tail ends must be insulated to prevent
dangerous conditions arising in the event of accidental switching on of the mains supply.
Removable terminal blocks
To ease installation the terminal blocks on the Main Control Board can be unplugged from the board.
Installation instructions
PANEL
NL
PE
FS3
3.15A(T)
mains fuse
Dedicated mains supply
from the consumer unit
5A Unswitched
Fused spur unit Ensure the mains supply remains isolated
until power up is required for commissioning
the system.
removable
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Terminals for external circuits on Main Control Board
The Main Control Board (MCB) holds all the terminals for the connection of fire alarm loop circuit, master alarms, fire and fault
relays, class change, evacuate input and repeat indicator panel.
Nano System
IC10
P2
Main Control Board
24V DC MA1 MA2
FS3
0A25 AS
CERAMIC
FS2
0A25 AS
CERAMIC
FS1
0A25 AS
CERAMIC
SW1
RESET
P9
ENABLE
PROTECT
DISABLE
P5
ENABLE
BUZZER
DISABLE
COMM TOOL
P11
RL1 RL2
RED
RED
RL3 RL4
+VE 0V DRN
PP10
RX TX 0VISO DRN
ISOLATED RS232
NC C
NO DRN
COMMON FAULT
PP4
DRN
FIRE OUTPUT
PP5
EXT.EVAC.
PP8
+VE 0V DRN
CLASS
CHANGE
PP9
L1 0V DRN
LOOP END 1
PP1
L2 0V DRN
LOOP END 2
PP2
MA2+
RS485
PP3
DRNBA 24V 0V MA2- DRN
MASTER
ALARM 1
PP6
MASTER
ALARM 2
PP7
MA1+ MA1- DRN
PP10
RX TX 0V
ISO DRN
ISOLATED RS232
NC CNO DRN
COMMON FAULT
PP4
NC CNO DRN
FIRE OUTPUT
PP5
+VE
0
VDRN
EXT.EVAC.
PP8
+VE
0
VDRN
CLASS
CHANGE
PP9
L1 0V DRN
LOOP END 1
PP1
L2 0V DRN
LOOP END 2
PP2
DRN
RS485
PP3
BA 24V 0V
NC C
NO
MASTER
ALARM 1
PP6
MA1+ MA2+ MA2- DRN
MASTER
ALARM 2
PP7
MA1- DRN
P4
BATT3
P1
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Device loop circuit
The device loop circuit can accept connection of addressable devices, up to 127 maximum. To maintain earth continuity on the loop,
the loop cable screen must be continued through each system device, whether the earth is connected to a device or not.
"
The loop circuit must not cover more than 10,000m2of floor area of a protected site.
A spur circuit must always be taken from the "line common" terminals of a 3-way device.
A spur must not cover more than the equivalent of one zone as defined in BS5839 Part 1.
As every device has a loop isolator, the application of more than 32 devices does not require any special consideration.
Ensure the maximum cable length between loop devices does not exceeded 250m. This is the cable distance between
previous and next device on the loop.
Installation instructions
L2 02
S device
(2-way)
3
01 L1
LC
0C
L1
01
S device
(3-way)
3L2
02
Fire panel
Spur
circuit
S-Quad
Earth to
metal box
IN4
OUT5
C3
S-Quad
IN4
OUT5
C3
L1 0V
LOOP END 1
DRN
DRN L2 0V
LOOP END 2
L1
0V
Manual call point
L2
0V
MAIN CONTROL BOARD
PP2
PP1
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Master alarm circuits
There are two MASTER ALARM circuits that can accept the
connection of conventional alarm sounders including the
conventional Speech-Sounder-Strobe S3products.
Common Fault contacts
The control panel has a COMMON FAULT relay having voltage
free contacts that can be used to signal external equipment. The
relay is normally energised and will de-energise on occurrence of
a fault event. The relay contacts return to their normal state when
the panel has no fault present. The contacts should be powered
from an independent power supply, where required.
Nano System
MA1
FS2 250mA
MA2
FS3 250mA
MAIN CONTROL BOARD
PANEL
10K
O
hms -
End-of-line resistor
fitted in the last alarm sounder
Conventional
alarm sounders
MA1+ MA1- MA2+ MA2-
If master alarms are not being used then connect
the 10K ohms End-of-line resistors to the master
alarm terminals.
DRNDRN
MASTER
ALARM 1
PP6
MA1+ MA2+ MA2- DRN
MASTER
ALARM 2
PP7
MA1- DRN
MAIN CONTROL BOARD
PANEL
MASTER
ALARM 1
MASTER
ALARM 2
PP6 PP7
PANEL
MAIN CONTROL BOARD
The fault relay is shown in its normal
state with panel powered up and
with no active fault.
FAULT RELAY
C
hange over contacts rated
1A @ 24Vdc to control external equipment
NC CNO DRN
COMMON FAULT
PP4
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Fire Output contacts
The control panel has a FIRE OUTPUT relay having voltage free
contacts that can be used to switch plant equipment, such as lift
control system. The relay is normally de-energised and will
energise on occurrence of a fire event. The relay can be
configured to operate with a zone immediately or after a delay.
The relay will operate with 'External Evacuate' input and on
operating the 'Sound Alarms' button if configured during
commissioning. The relay operates in the event of a fire event.
The contacts should be powered from an independent power
supply, where required. The fire output can be used to signal
external equipment that in turn signal Alarm Receiving Centre.
Repeat indicator panel
Up to four REPEAT INDICATOR PANELS can be connected
directly to the fire panel to its RS485 Port. The furthest repeat
indicator panel can be installed a maximum of 1Km cable
distance away from the fire panel. The factory default setting
assumes there is no repeat indicator panel connected to the
RS485 port, the fire panel must be configured during
commissioning to know there is a repeat indicator panel installed
in the system.
Installation instructions
PANEL
MAIN CONTROL BOARD
The relay is normally de-energised
and o
p
erates with a fire event.
Change over contacts rated
1A @ 24Vdc, to control external equipment
NC CNO DRN
FIRE OUTPUT
PP5
PANEL
MAIN CONTROL BOARD
REPEAT INDICATOR PANEL 1
a
b
RS485
earth
REPEAT INDICATOR PANEL 4
-
+
24V
a
b
RS485
earth
UP TO 4 REPEAT INDICATOR
PANELS MAXIMUM
POWER
SUPPLY UNIT
+-
If there is only one repeat indicator panel
connected then it is possible to use the 24V
supply on the Main control board.
-
+
24V
24V
DRN
RS485
PP3
BA 24V 0V
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External Evacuation input
The EVACUATION INPUT function is activated on operation of
an external switch wired in the manner shown below. The switch
can be installed a maximum of up to 100m cable distance away
from the fire panel. The wiring is monitored for both open and
short circuit faults. If this function is used, it will sound site wide
evacuate signal to all the sector alarms and master alarms, plus
activate fire output.
Class Change input
The CLASS CHANGE function, if configured, will sound class
change signal to the respective sectors when the external switch
is operated. The switch can be installed a maximum of up to
100m cable distance away from the fire panel. The input wiring is
monitored for both open and short circuit faults.
RS232 Port
The RS232 port of the fire panel can be configured to allow
connection of external printer.
USB Port
The USB port is used to connect to the commissioning tool for
ease of configuring the system.
Nano System
PANEL
2 - 10K Ohms -
resistors must be
fitted as shown.
MAIN CONTROL BOARD
Normally open contacts
The signal can be from a push
button switch or an from an external
fire output contacts at another fire panel.
+VE 0V DRN
EXT.EVAC.
PP8
PANEL
2 - 10K Ohms -
resistors must be
fitted as shown.
MAIN CONTROL BOARD
Normally open contacts
The signal can be from a push
button switch or from timer contacts.
+VE 0V DRN
CLASS CHANGE
PP9
PANEL
MAIN CONTROL BOARD
PP10
RX TX 0V
ISO DRN
ISOLATED RS232
Thermal printer
9-way D-type
connector
GND GND
Tx Rx
Rx Tx
5
3
2
The panel’s RS-232 port is set at 9600 baud.
P2
PANEL
MAIN CONTROL
BOARD
COMM TOOL
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Battery installation
The batteries are fitted inside the backbox and connected up in the manner shown, however the final connection to power up the
panel is made during system commissioning, which is done by the servicing organisation.
To fit the batteries inside the panel enclosure:
aOpen out the two tabs on the electronic module at positions jand lift open the 'LCD assembly' to an angle 45omaximum k,
use a non conductive prop l, such as a plastic pen, to keep the 'LCD assembly' open.
bConnect the batteries in the manner illustrated mensuring one of the + connection is left disconnected. Then fit the batteries
inside the enclosure as illustrated n.
cFit the connector of the battery lead oto socket P7 on the Power supply unit.
dRemove the prop and close the LCD assembly.
Installation instructions
12V 7Ah 12V 7Ah
+
-+
-
P7
BATT
DO NOT open more
than 45 maximum.
o
DO NOT make the final battery
connection. The panel is powered
up during the commissioning stage.
Place a non conductive
prop, such as a plastic pen.
B
ac
kb
ox
LCD assembly
WARNING
Removalof
coverexposes
liveparts
DANGER
WARNING
Removal of
cover exposes
live parts
DANGER
Red
Black
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On completion of panel installation
On completion of all cable installation ensure the wires are neatly stored in the space above the electronics
module.
Fit the 'outer cover' by hooking it over the top edge jof the 'backbox' and then close the bottom of the
'outer cover' konto the 'backbox' and secure the cover by the captive screws lusing the allen key. Fit the
'screw cover plate' mwhich is held in place magnetically.
"All the remaining parts must be kept in a safe and secure place for the servicing
organisation to fit during commissioning of the system.
Nano System
POWERFAULT FIRE
Tes t Delay Tes t
Sounder Fault
Zone 2
Zone 6
Zone 10
Zone 14
Zone 3
Zone 7
Zone 11
Zone 15
Zone 4
Zone 8
Zone 12
Zone 16
Disablement
Zone 1
Zone 5
Zone 9
Zone 13
System Fault
Sound
Alarms
Silence
Alarms
Power Fault
Reset
Cancel
Buzzer
Sounder
Disablement
Backbox
Outer Cover
Screw coverplate
Allen Ke
y
nano_issue 2_01-11
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