Ampac NZ 100 is an automatic fire alarm system designed to safeguard your property from fire hazards. It features one fire detection circuit compatible with smoke detectors, heat detectors, and manual call points, enabling you to customize your fire protection setup. The system's bell output with monitoring capability ensures timely alerts in case of an emergency.
Ampac NZ 100 is an automatic fire alarm system designed to safeguard your property from fire hazards. It features one fire detection circuit compatible with smoke detectors, heat detectors, and manual call points, enabling you to customize your fire protection setup. The system's bell output with monitoring capability ensures timely alerts in case of an emergency.
Document No ........................................................................G0097WO1
Issue No..................................................................................................1
Serial No ...................................................................................................
Issue Date .............................................................19th December 1996
Software Version ................................................................................1.0
AMPAC TECHNOLOGIES LTD PTY
UNIT D, 33 PORANA ROAD
GLENFIELD
AUCKLAND
NEW ZEALAND
PH : 64-9-443 8072
FAX : 64-9-443 8073
NOTE: INFORMATION CONTAINED IN THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT
NOTICE.
UNCONTROLLED DOCUMENT
NZ 100
AUTOMATIC FIRE ALARM SYSTEM
OPERATORS MANUAL
AMPAC INDUSTRIES LTD
NZ 100 OPERATORS MANUAL
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CONTENTS PAGE NO.
1.0 INTRODUCTION .................................................................................................................................3
1.1 UNPACKING AND INSPECTION....................................................................................................3
1.2 ANTI STATIC PRECAUTIONS........................................................................................................3
2.0 SPECIFICATIONS...............................................................................................................................4
2.1 POWER SUPPLY/BATTERY CHARGER .......................................................................................4
2.2 OUTPUTS........................................................................................................................................4
2.3 DETECTOR CIRCUIT .....................................................................................................................4
3.0 SYSTEM DESCRIPTION.....................................................................................................................5
3.1 GENERAL DESCRIPTION..............................................................................................................5
3.2 FRONT PANEL LAYOUT................................................................................................................5
3.3 INTERNAL LAYOUT........................................................................................................................6
3.4 DETECTOR CIRCUITS...................................................................................................................6
3.5 BELL CIRCUITS..............................................................................................................................6
3.6 DOOR HOLDER OUTPUT..............................................................................................................7
3.7 WALK TEST ....................................................................................................................................7
3.8 BUZZER...........................................................................................................................................7
3.9 BUZZER MUTE ...............................................................................................................................7
3.10 DEFECT INDICATORS...............................................................................................................7
3.11 POWER SUPPLY........................................................................................................................7
3.12 MAINS ON INDICATOR..............................................................................................................8
3.13 FUSING.......................................................................................................................................8
3.14 BATTERIES.................................................................................................................................8
4.0 CONNECTING DEVICES....................................................................................................................9
4.1 DETECTORS...................................................................................................................................9
4.2 DETECTOR LIMITATIONS .............................................................................................................9
4.3 BELLS AND SOUNDERS................................................................................................................9
5.0 SETTINGS.........................................................................................................................................10
5.1 SMOKE ONLY...............................................................................................................................10
5.2 GATING.........................................................................................................................................10
6.0 INSTALLATION AND INITIAL OPERATION ....................................................................................11
6.1 INSTALLING THE NZ3200............................................................................................................11
6.2 INITIAL OPERATION ....................................................................................................................11
7.0 SYSTEM OPERATION......................................................................................................................12
7.1 RESETTING THE SYSTEM..........................................................................................................12
7.2 USING THE WALK TEST FACILITY.............................................................................................12
7.3 TRIAL EVACUATION....................................................................................................................12
8.0 TROUBLESHOOTING ......................................................................................................................13
APPENDIX A. DETECTOR CIRCUIT LIMITATIONS..............................................................................14
APPENDIX B. COMPATIBLE OUTPUT DEVICES .................................................................................18
AMPAC INDUSTRIES LTD
NZ 100 OPERATORS MANUAL
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1.0 INTRODUCTION
1.1 UNPACKING AND INSPECTION
Carefully check packing before unpacking goods for any transit damage. Unpack the goods and
check both externally and internally for any loose or damaged components that may affect the
appearance, installation or operation of the goods.
1.2 ANTI STATIC PRECAUTIONS
To prevent damage to panel components please ensure before touching or handling any of the
wiring or printed circuit boards within the panel that you are correctly earthed.
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2.0 SPECIFICATIONS
Size 220H x 290W x 80D
2.1 POWER SUPPLY/BATTERY CHARGER
Mains Supply 230V AC " 10% @ 0.5A
ChargerOutput Voltage 13.5V DC
Output Current 0.5A
Battery (one of only) 12V 7AH
System Quiescent Current 22mA
(After 10 minutes battery operation)
2.2 OUTPUTS
Bell Circuits (2 total)
Voltage 12V DC
Maximum current 3A max
End of line resistor 10kohm 1/4W 2%
Door Holder output
Voltage 12V
Current 250mA
2.3 DETECTOR CIRCUIT
Line voltage (open circuit) 22V
Short circuit current 22mA
Maximum Cable Loop Impedance 100 ohm
End of line resistor 6.8kohm 1/4W 2%
DevicesSmoke detectors 24V
Electronic heat detectors 24V
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3.0 SYSTEM DESCRIPTION
3.1 GENERAL DESCRIPTION
The NZ100 is an automatic fire alarm system. The NZ100 has one fire detection circuit able to
accommodate heat detectors, smoke detectors, manual call points or a combination of these
devices.
The NZ100 has a bell output to alert personnel in the event of a fire. This output is monitored.
All circuitry except for the front panel LEDs is on a single printed circuit board.
3.2 FRONT PANEL LAYOUT
TRIAL EVACUATIONSILENCE ALARMS
BRIGADE USE ONLY
DEFECT
NORMAL
Fire Alarm Panel
NZ100
FIRE
AMPAC INDUSTRIES LTD
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3.3 INTERNAL LAYOUT
Battery
Mains Transformer
Mains Termination
and Fuse
Reset switch
Buzzer mute switch
Walk test switch
Bell fuse
Door Holder fuse
Battery fuse
Secondary
Fuse
L1
U4
R6
K1
K2
C4
C14
+
C15
+
R20
RN4
F4
800mA
D16
R28R27
C7
C6
R15
R16
R18
R17
U3
R12
C22
+
C16
+
TB5
F3
800mA
F2
3A
F1
250mA
Q2
M1
M2
Q4
Q3
R2
ZD1
R3
D2
TB3
RN3
ZD2
D8
RN2
D10 R9 R10
C3 RN1
R8
K3
R7
C11
+
C12
+
C13
+
R14
CN2 CN1
C9 +C10+
R11
Q5
C8
X1
SW1 SW2 SW3
BZ1
+U1
R13
R5
Q1 D1
TB1
TB2
R19
C17
C20
R22
D11
D12
D14
D15
C5
U2
RL1
D9
M4
R24
C18
D13
TB4
C19
U5
R23
R26 C21
+
R21
C1
R1
R4
C2
M3
C23
+
0V0V
R25
DEFECTS
1/11/96
SMOKE ONLY
GATING
NORMAL
BATT.
ZONE
BELL
SYS.
SECONDARY FUSE
BELL
FRONT PANELASPI / BRIGADE
BELL
+
-
-
+
-
+
D.H
DET
RESET
+
-
Batt
WALK TEST BUZZER
MUTE
MAINS ON
3
2
1
BATT
BELL
D.H.
API 665
-
+
TX 30V C.T
15V A.C.
TESTED
R29
3.4 DETECTOR CIRCUITS
The detector circuits can accept smoke detectors, heat detectors or manual call points. Detectors
and manual call point types used are subject to the compatibility limitations as described in
section 4.
Open circuit operating devices will cause the panel to go into alarm in one second. Devices such
as smoke detectors, which signal by increasing line current, can, when signalling, go through
“gating” or Alarm Verification. As such, when a detector goes into alarm, it is reset and not
monitored for two to three seconds, if an alarm is still present after this time, the system will then
latch into alarm. This function may be de-selected if not required by removing link K2. See
section 5 for details.
Important: Detector line voltage is 22V (open circuit). Current signalling detectors (smoke or
electronic heat) must be rated for 24V operation.
3.5 BELL CIRCUITS
The NZ100 provides a monitored bell circuit split to drive up to three (3) Amps of alarm load. The
circuit is split into two parallel lines, which must be less than three (3) Amps total. Each line
requires a 10K EOL resistor to give a system normal indication. If either output line is open or
shorted, a defect signal is generated and the “BELLS” defect LED is illuminated.
See section 4 for connection details.
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NZ 100 OPERATORS MANUAL
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3.6 DOOR HOLDER OUTPUT
The NZ100 system provides a door holder output, marked D.H on P.C.B. This can provide
12V(nominal) @250mA. This output is switched off during an alarm. It is also switched off ten
minutes after mains failure is detected to conserve battery power.
3.7 WALK TEST
This function is initiated by pressing the walk test button on the API665.When this button is
pressed a LED directly above the switch indicates. While the panel is in the walk test mode the
detectors can be operated in the field and the panel will automatically reset them after a period of
four seconds. To restore the panel to normal operation simply repress the switch and the walk
test indicator will turn off. This Function will operate for ten minute after which it will be
automatically cancelled
3.8 BUZZER
The NZ100 has an internal buzzer, which will sound for any defect, which may occur.
3.9 BUZZER MUTE
Pressing this switch will cause the buzzer to stop sounding for all defects, which are currently
present. Any new defects will cause the buzzer to sound again. The buzzer will also emit a short
beep for confirmation of switch operation.
3.10 DEFECT INDICATORS
Defect indicators are provided on the NZ100 for the following.
(a) Battery Fault. This indicates one of the following:
Battery voltage is below 12.2 Volts during discharge (mains failure).
Battery voltage is below 12.6 Volts whilst charging.
Battery voltage is above 14 Volts.
Battery is not connected.
Battery failed automatic test.
(b) Bell Fault. This indicates an open or short circuit on bell line/s.
(c) System Fault. This indicates mains has failed.
(d) Zone fault. This indicates a fault on the zone wiring. Normally this would be a short
circuit, however if “SMOKE ONLY” is selected it can also be an open circuit.
3.11 POWER SUPPLY
The API665 has an on board power supply providing 13.5VDC at 0.5A for system power and
charging the system batteries. The system incorporates a test function, controlled by the CPU on
the API 665, which decreases the power supply output voltage to 10V for forty minutes every two
days to check the condition of the system batteries. If the battery voltage falls below 12.2V during
the test period a defect signal is generated and the battery fault LED is illuminated.
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3.12 MAINS ON INDICATOR
This LED is illuminated when the mains supply is connected and operational.
3.13 FUSING
The NZ100 has five fuses:
F1 Door holder circuit fuse 0.25 Amp M205
F2 Bell circuit fuse 3 Amp M205
F3 Battery circuit fuse 0.8 Amp M205
F4 Power supply fuse 0.8 Amp M205
Mains fuse 0.5 Amp M205
3.14 BATTERIES
The NZ100 system is designed to accept one 12V, 7 AH sealed lead acid battery. This should
provide more than 240 hours of backup capacity leaving sufficient capacity to drive the alarm load
for the required 30 minutes.
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NZ 100 OPERATORS MANUAL
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4.0 CONNECTING DEVICES
4.1 DETECTORS
Devices such as heat detectors or manual call points which are normally closed, open circuiting
for the alarm condition will give a fire signal within one second of operating.
Devices, which increase the current in the detector line such as smoke detectors, may be
operated with “gating” (alarm verification) as per section 3.4 to eliminate false alarms due to
transient conditions. See also section 5 for details on alarm verification settings.
Note: These detectors must not directly short the line as a short circuit gives a defect signal.
Devices that have closing contact outputs, such as beam detectors, should have a resistor, in the
range of 220ohm to 560ohm installed in series with the contacts.
Each circuit must be terminated with an end of line resistor with a value of 6.8K (2% tolerance or
better, power rating 1/4W)
+
-
Zone
L1 OUT
L2
L1 IN
SMOKE DETECTOR
(eg APOLLO SERIES
60 DETECTOR)
MANUAL
CALL
POINT
EOL
RESISTOR
6.8K
HEAT DETECTOR
OPENING ON
ALARM
THIS DRAWING IS INDICATIVE OF WIRING ONLY.
ANY COMBINATION OF DETECTORS AND MANUAL CALL POINTS
WITHIN SPECIFIED LIMITS IS PERMISSABLE.
560 Ohm
Resistor
BEAM
DETECTOR
CONTACTS
4.2 DETECTOR LIMITATIONS
Most detectors, with the exception of thermostatic heat detectors, draw a small monitoring current
and this limits the number detectors which can be connected to a given zone circuit. The total
quiescent current of all devices on a zone circuit must be less than 1.6mA @ 24V to ensure
correct operation.
Appendix A lists the number of detector types which may be fitted to a zone circuit.
4.3 BELLS AND SOUNDERS
Two bell/sounder circuits are provided, capable of driving a combined load of three (3) Amps.
These lines are monitored using a small current in reverse polarity to normal operation. For this
reason it is necessary to connect the bells via diodes, 1N4004 diodes are recommended, as
shown in Figure 4.2. Also observe bell/sounder polarity.
BB
EOL
10K RESISTOR
+
-
BELLS
1N4004
DIODES
S
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5.0 SETTINGS
The NZ100 system has two (2) link options. These are set by simply fitting or removing the
jumper plug. If removing a jumper link, it is a good idea to refit it to one of the header pins. This
will avoid losing the jumper, which may be required at a later date.
Important: There is also a link K3 for use during factory testing, this must not be fitted.
5.1 SMOKE ONLY
If link K1 is fitted then the NZ100 will not sense manual call points or thermostatic heat detectors.
This allows the removal of a smoke detector head to initiate a defect instead of an alarm.
If desired electronic heat detectors may still be used on the “SMOKE ONLY” setting as these
operate similarly to smoke detectors.
5.2 GATING
“GATING” is an automatic verification facility to reduce nuisance alarms caused by a transient
condition. When the “GATING” link (K2) has been fitted, the signal from smoke detectors and
electronic heat detectors is verified before an alarm is recognised.
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6.0 INSTALLATION AND INITIAL OPERATION
6.1 INSTALLING THE NZ3200
Do not apply power or connect batteries during this procedure.
1. Unpack NZ100.
2. Check for transit damage.
3. Drill all cable access and mounting holes.
4. Mount the unit into position.
5. Feed cables into the unit.
6. Connect mains cabling to the mains terminal block.
7. Connect detector cabling.
8. Connect ancillary cabling.
9. Set links as required. See section 5.
10. Ensure all swarf is removed from panel before applying power.
6.2 INITIAL OPERATION
1. Switch on mains power to the unit.
2. Battery defect LED should illuminate after 10 seconds.
3. Connect batteries. Press ‘RESET’, Battery defect LED should extinguish.
4. The unit is ready for operation.
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7.0 SYSTEM OPERATION
7.1 RESETTING THE SYSTEM
To reset the system after a fire, press the ‘RESET’ button on the API665. This will return the
system back to its normal state. The buzzer will sound for confirmation.
7.2 USING THE WALK TEST FACILITY.
To start the walk test facility, press the ‘Walk Test’ switch on the API665. The buzzer will beep
once and the LED above the switch will illuminate.
The detectors can now be tested. As a detector is set into alarm the system will operate as
normal, except that after approximately four seconds the detectors on the circuit in alarm will be
reset. After testing is complete, press the ‘Walk Test’ switch to return to normal.
The walk test facility has an internal time out and will be de-selected automatically after ten (10)
minutes of operation.
7.3 TRIAL EVACUATION.
On the door of the NZ100 a key switch is provided for Trial Evacuation, operating this key switch
will cause the system to operate the bells. This will override any other bell isolate or silence
condition.
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8.0 TROUBLESHOOTING
Problem Possible cause/s Suggested remedy/ action
Mains LED is off Mains supply is not operational.
AC Fuse on API 665 is blown.
Check mains supply.
Check and replace if
necessary F4 on API665.
System signals fire. Fire LED is
on, zone not in alarm. Battery voltage below 9.6V. If main is off, see above.
If mains is on, disconnect
battery. If voltage rises, replace
batteries.
Bell circuits in defect. Diodes not fitted in series with
bell.
End of line not fitted.
Fuse blown.
Fit diodes to bells as shown in
section 4.2.
Fit end of line resistor as stated
in table 4.2
Check fuse F2 on PCB.
Replace if necessary.
Heat detector, opening
contacts, will not signal fire. Too many smoke or electronic
heat detectors on detector line.
Smoke only link is fitted.
Reduce detectors on line to
limits in Appendix A.
Remove smoke only link (K1).
Manual call point will not signal
fire. Too many smoke or electronic
heat detectors on detector line.
Smoke only link is fitted.
Reduce detectors on line to
limits in table Appendix A.
Remove smoke only link (K1).
Zone always in defect.
(Smoke only link fitted) Line is shorted.
Line is open.
End of line not fitted.
Check and remove short.
Check line and rectify.
Fit 6K8 resistor to end of line.
Zone always in defect.
(Smoke only link not fitted) Line is shorted. Check and remove short.
Zone always in fire.
(Smoke only link not fitted) Line is open circuit
End of line not fitted.
Connect line correctly.
Fit 6K8 end of line.
AMPAC INDUSTRIES LTD
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Appendix A. DETECTOR CIRCUIT LIMITATIONS.
Detector Type Quiescent Current Circuit Limit
Thermal Detector
(opening on alarm) 0mA No limit
Manual Call Point 0mA No limit
Apollo Series 60 Heat Detector
(55000-105) 57mA 28
Apollo Series 60 Heat Detector
(55000-106) 57mA 28
Apollo Series 60 Heat Detector
(55000-107) 57mA 28
Apollo Series 60 Heat Detector
(55000-108) 57mA 28
Apollo Series 60 Ionisation Smoke
Detector (55000-200) 45mA 35
Apollo Series 60 Photoelectric
Smoke Detector (55000-300) 45mA 35 *
Hochiki America SIH 24F Ionization
Smoke Detector 40mA 40
Hochiki America SLK 24F
Photoelectric Smoke Detector 45mA 35
Fenwal CDP7051
Ionization Smoke Detector 45mA 35
Fenwal CDP7155
Photoelectric Smoke Detector 55mA 29 *
Photain Controls PRRP91
Heat Detector 65mA 24
Photain Controls ISD-P91
Ionisation Smoke Detectors 40mA 40
*This detector should be used with Gating switched off to meet the requirements of NZS 4512. See
operators manual section 5 for details.
AMPAC INDUSTRIES LTD
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Appendix A. DETECTOR CIRCUIT LIMITATIONS.
Detector Type Quiescent Current Circuit Limit
Thermal Detector
(opening on alarm) 0mA No limit
Manual Call Point 0mA No limit
Apollo Series 60 Heat Detector
(55000-105) 57mA 28
Apollo Series 60 Heat Detector
(55000-106) 57mA 28
Apollo Series 60 Heat Detector
(55000-107) 57mA 28
Apollo Series 60 Heat Detector
(55000-108) 57mA 28
Apollo Series 60 Ionisation Smoke
Detector (55000-200) 45mA 35
Apollo Series 60 Photoelectric
Smoke Detector (55000-300) 45mA 35 *
*This detector should be used with Gating switched off to meet the requirements of NZS 4512. See
operators manual section 5 for details.
AMPAC INDUSTRIES LTD
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Appendix A. DETECTOR CIRCUIT LIMITATIONS.
Detector Type Quiescent Current Circuit Limit
Thermal Detector
(opening on alarm) 0mA No limit
Manual Call Point 0mA No limit
Apollo Series 60 Heat Detector
(55000-105) 57mA 28
Apollo Series 60 Heat Detector
(55000-106) 57mA 28
Apollo Series 60 Heat Detector
(55000-107) 57mA 28
Apollo Series 60 Heat Detector
(55000-108) 57mA 28
Apollo Series 60 Ionisation Smoke
Detector (55000-200) 45mA 35
Apollo Series 60 Photoelectric
Smoke Detector (55000-300) 45mA 35 *
Photain Controls PRRP91
Heat Detector 65mA 24
Photain Controls ISD-P91
Ionisation Smoke Detectors 40mA 40
*This detector should be used with Gating switched off to meet the requirements of NZS 4512. See
operators manual section 5 for details.
AMPAC INDUSTRIES LTD
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Appendix A. DETECTOR CIRCUIT LIMITATIONS.
Detector Type Quiescent Current Circuit Limit
Thermal Detector
(opening on alarm) 0mA No limit
Manual Call Point 0mA No limit
Apollo Series 60 Heat Detector
(55000-105) 57mA 28
Apollo Series 60 Heat Detector
(55000-106) 57mA 28
Apollo Series 60 Heat Detector
(55000-107) 57mA 28
Apollo Series 60 Heat Detector
(55000-108) 57mA 28
Apollo Series 60 Ionisation Smoke
Detector (55000-200) 45mA 35
Apollo Series 60 Photoelectric
Smoke Detector (55000-300) 45mA 35 *
Hochiki America SIH 24F Ionization
Smoke Detector 40mA 40
Hochiki America SLK 24F
Photoelectric Smoke Detector 45mA 35
Fenwal CDP7051
Ionization Smoke Detector 45mA 35
Fenwal CDP7155
Photoelectric Smoke Detector 55mA 29 *
*This detector should be used with Gating switched off to meet the requirements of NZS 4512. See
operators manual section 5 for details.
AMPAC INDUSTRIES LTD
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Appendix B. COMPATIBLE OUTPUT DEVICES
Product Code Description
BE0001 Bell 12VDC 30mA Red 150 mm.
DETSQ07 Sounder with AS2220 Evac tone 9-28VDC 18mA.
SO0001 Horn Siren 12VDC 115mA Red.
SO0003 Flush sounder White 12/24V DC.
SO0004 Flush sounder Red 12/24V DC.
-
1
-
2
-
3
-
4
-
5
-
6
-
7
-
8
-
9
-
10
-
11
-
12
-
13
-
14
-
15
-
16
-
17
-
18
Ampac NZ 100 is an automatic fire alarm system designed to safeguard your property from fire hazards. It features one fire detection circuit compatible with smoke detectors, heat detectors, and manual call points, enabling you to customize your fire protection setup. The system's bell output with monitoring capability ensures timely alerts in case of an emergency.
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