Ampac 2983-0304 How to use

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MAN1807 Website: www.ampac.net Revision: 29 July 2009
“ Our aim is to provide ‘Consistently Excellent Service ’ in the eyes of our customers ”
Gas Release Panel Short Form Installation Guide Item Numbers: 2983-0304
Connecting the Standby Batteries
CAUTION: There is a risk of explosion if the battery is replaced by
an incorrect type. Always dispose of used batteries in accordance
with the battery manufacturers’ instructions.
Note: On a standard ‘as-supplied’ unit, PLK1 (‘Battery Monitoring’ link) is
not fitted and a fault will occur on initial power-up if fully charged batteries
are NOT connected. For the emergency standby power supply, only use
good quality, sealed VRLA batteries. Position and connect the 2x12Vdc,
7Ahr batteries, as shown in diagram (see right).
Connecting Circuits to the Main Control PCB
Terminate incoming and outgoing circuits at the Main Control PCB connectors (see Figure 2 overleaf).
Technical Specification
POWER SUPPLY
Mains Supply Voltage: 230Vac, 50/60 Hz
Internal Power Supply
24Vdc Nominal
Max. Output Current:
3A@230Vac
Power Rating (including charging):
1.5A cont, 3A peak
Battery Type: 2 x 12Vdc, 7Ahr VRLA type, connected in series
Battery charge Current: 0.7A
Earth Fault Monitoring:
YES
Mains supply/ Battery charger monitored for failure
YES
Quiescent Current drain on mains fail
40mA
DETECTOR CIRCUITS
Number of Conventional detector circuits: 3 @ 21-28Vdc
Line Monitored for open and short circuit faults: YES
Max. Cable length per circuit:
250m
Max. Number of smoke/heat detectors per circuit:
20
Max. Combined number of detectors and call points per circuit: 32
Zone quiescent current: 2mA max.
End-of-line resistor value:
6K8 Ohm +/- 5%, 0.25W
SOUNDER CIRCUITS
Number of conventional sounder circuits:
3 (two x 1st stage, one x 2nd stage)
Line monitored for open and short circuits: YES
Sounder output rating: 21-28Vdc, fused @ 200mA per circuit
Max. Sounder cable length per circuit:
50m
Max. Number of polarised sounders per circuit:
10 @ 20mA each
End-of-line resistor value:
6K8 Ohm +/- 5%, 0.25W
MONITORED INPUTS
Number of monitored inputs: 6 (Manual release, Flow switch, Low pressure, Mode, Hold, Abort)
Thresholds: 8K to 2K ohms (normal); 1.8K to 200 ohms (active); 150 to 0 ohms (short circuit)
End-of-line resistor value:
6K8 Ohm +/- 5%, 0.25W
AUXILIARY OUTPUTS
Number of auxiliary outputs*: 6 (Fire, Local fire, Extract, 1st stage, 2nd stage, Fault)
Extract time: Adjustable 1-900 seconds (1 second steps)
Relay contact rating:
30Vdc, 1A max. Note: DO NOT switch mains voltage using these outputs
*Note; 5 Additional relay outputs (Reset, Mode, Discharged, Hold, Abort) are available on the GR Output Expansion Relay Board (Item No. 2980-0004)
REMOTE INPUTS
Number of remote inputs: 4 (SIL, AL, FLT, RST)
Auxiliary output: 24V, 100mA electronic fuse
EXTINGUISHANT RELEASE OUTPUTS
Extinguishant release output:
21-28Vdc, rated at 1A for 5 minutes
Extinguishant release time delay:
Adjustable 1-60 seconds (1 second steps)
Extinguishant release duration: Adjustable 1-300 seconds (1 second steps)
Extinguishant release flooding time: Adjustable 60-1800 seconds (1 second steps)
Extinguishant release end-of-line: GR System Line Terminator (Item No. 2980-0005)
FUSES Compliant with IEC (EN60127 Pt2)
Mains supply fuse (F1): 1A HRC 20mm ceramic; Battery fuse (F2): 5A F 20mm glass; Auxiliary output fuse: 100mA electronic; Sounder circuit fuse: 200mA per
i it
DIMENSIONS & WEIGHT
Physical Dimensions (W mm x H mm x D mm): Back box = 439 x 276 x 70 approx (Metal); Lid = 467 x 293 x 29 approx (Plastic)
Weight:
1.75kg (without batteries)
Accessory Pack
1 x Installation Instructions; 1 x User Manual Log Book, 1 x Allen key; 1 x 1A HRC Fuse; 1 x 5A F Fuse; 1 x set of links for PLK1 & PLK2; 1 x set of battery
connection leads.
Introduction
The Gas Release panel is a three zone automatic extinguisher control panel that is compliant with EN12094-1
and EN54-2. The panel incorporates a 3A, EN54-4 compliant switch mode PSU and a 128 x 64 pixel LCD that
facilitates system programming.
Installation
Location
The panel must be mounted indoors on a dry, flat surface in an area that is well ventilated. Ideally the panel
indicators should be at eye level and the ambient light level should allow the status of any indicators to be clearly
seen.
Fixing
Note: The panel’s base PCBs should be removed prior to first fix installation.
Using the five mounting holes provided, fix the base securely onto a wall. The mounting holes are suitable for
use with No.8-10, or 4-5mm countersunk screws. Assess the condition and construction of the wall and use
suitable screw fixings. Any dust or swarf created during the fixing process must be kept out of the enclosure and
care must be taken not to damage any wiring or components.
Wiring and Cable Entry
All wiring should be installed in accordance with the current edition of the IEE Wiring
Regulations (BS7671), or the relevant national standards.
The requirement for the mains supply to the panel is fixed wiring, using 3-core cable (no
less than 1mm2and no greater than 2.5mm2), or a suitable three conductor system, fed
from an isolating switched spur, fused at 3A.
In order to maintain cable segregation, the incoming mains cable should be fed into the
panel via the top right hand side knockouts (provided on the base unit). Knockouts
should be removed with a sharp, light tap using a flat 6mm broadsided screwdriver as
shown in diagram (see right). Always ensure that if a knockout is removed, the hole is
filled with a good quality 20mm cable gland. Any unused knockouts must be securely
blanked off.
WARNING: DO NOT ATTEMPT TO CONNECT THE MAINS SUPPLY TO THE POWER SUPPLY PCB UNTIL
ALL PCBs ARE SECURELY INSTALLED IN THE ENCLOSURE.
Connecting Mains Supply to the Power Supply PCB
Terminate the mains cable at the Power Supply PCB connector CONN1 (see Figure 1 below).
Figure 1 – Power Supply PCB Layout and Connection Details
“ Our aim is to provide ‘Consistently Excellent Service ’ in the eyes of our customers ”
MAN1807
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Website: www.ampac.net

Gas Release Panel Short Form Installation Guide Item Numbers: 2983-0304
“ Our aim is to provide ‘Consistently Excellent Service ’ in the eyes of our customers ”
MAN1807
Page 2 of 3
Website: www.ampac.net
+ A A
BBCNO NO CNC NO CNC NO CNC NO CNC NO CNC +-+ -+-+- + -+-+ - +- + -+ - +- + -+- + -SIL AL FLT RST +--
ESU ZONE 1 ZONE 2 ZONE 3 SOUND
1A SOUND
1B SOUND
2nd STAGE MODE
SELECT MANUAL
RELEASE ABORT HOLD LOW
PRESSURE FLOW
SWITCH REMOTE INPUTS REMOTE STATUS UNIT EXTRACT 1st STAGE 2nd STAGE FAULT LOCAL FIRE FIRE EXTINGUISH
OUTPUT ACCESS LEVEL
3 SWITCH
RLY2 RLY3 RLY4 RLY5 RLY6
RLY1
Relay 6 energises on activation of any zone fire alarm or pressing panel sound alarmpushbutton
Relay 5 energises on activation of any zone fire alarm or pressing panel sound alarmpushbutton
Relay 4 is normally energised and de-energises upon any fault condition
Relay 3 energises when the panel has entered activated condition, i.e. the extinguisher release timer has started
Relay 2 energises on activation of a zone that is part of the extinguisher release circuitry, or pressing the panel sound alarmpushbutton
Relay 1 energises when an Access Level 2 user selects Start Extract Fan after flooding time has elapsed (without a reset)
MON5 PRESS
SW
SOLENOID
SYSTEM LINE
TERMINATOR
EXTINGUISHANT
MON6 FLOW
SW
RSU n (8 max)
RSU 1
2 2 RS485
RESET SW
+24V
0V
FAULT SW
SOUND ALARM SW
SILENCE ALARM SW
2
2
2
2
2
2
2
2
2
MON4
MON3
MON2
MON1
MON6
MON5
FLOW
SW
PRESSURE
SW
470R
470R
6K8 EOL 6K8 EOL
Z2 Z3 S1B S2
S1A
+
+
+
6K8 EOL
POLARISED
SOUNDER
POLARISED
SOUNDER
POLARISED
SOUNDER
DO NOT SPUR
WIRING NOT MONITORED
Z1
6K8 EOL
SMOKE OR
HEAT DETECTOR
SMOKE OR
HEAT DETECTOR
DO NOT SPUR
WIRING NOT MONITORED
2
2
2
2
ESU 1
ESU n (8 MAX)
RLY1
MON1
RLY6
MON6
S1B S2
S1A
Z1 Z3
NOTES: SeeTechnical Specifications overleaf for further details.
Detector Circuits 1 to 3.
Sounder Circuits. Two x 1st stage; One x 2ndstage.
Monitored Input Circuits 1 to 6.
Relay Outputs 1 to 6.
Remote Inputs: +/- Remote Supply; SIL - Silence Alarm; AL - Sound Alarm; FLT - Fault; RST- Reset.
GAS RELEASE PANEL MAIN CONTROL BOARD