N Z 1 0 0 S e r r r i i i e s

INSTALLATION

COMMISSIONING

&

OPERATION

EVACUATION

SILENCE ALARMS

BIGADE USE ONLY

FIRE

DEFECT

NORMAL

NZ100

FIRE ALARM PANEL

AMPAC

F i i i r r r e A l l l a r r r m C o n t t t r r r o l l l P a n e l l l

N Z S 4 5 1 2 2 0 0 3

MAN2336

“Our aim is to provide ‘ Consistently Excellent Service ’ in the eyes of our customers ”

June 2006

NZ100 Installation Commissioning & Operation

Page 1

CONTENTS

NZ100 Installation Commissioning & Operation

PAGE NO.

1.

INTRODUCTION ................................................................................................................1

1.1

Unpacking and Inspection................................................................................................. 1

1.2

Anti Static Precautions .................................................................................................... 1

2.

SPECIFICATIONS .............................................................................................................1

2.1

Power Supply/Battery Charger .......................................................................................... 1

2.2

Outputs .......................................................................................................................... 1

2.3

Detector Circuit ............................................................................................................... 1

3.

SYSTEM DESCRIPTION..................................................................................................2

3.1

General Description ......................................................................................................... 2

3.2

Front Panel Layout .......................................................................................................... 2

3.3

Internal Layout................................................................................................................. 3

3.4

Detector Circuits.............................................................................................................. 3

3.5

Bell Circuits .................................................................................................................... 4

3.6

Auxiliary Output............................................................................................................... 4

3.7

Walk Test ....................................................................................................................... 4

3.8

Buzzer............................................................................................................................ 4

3.9

Buzzer Mute ................................................................................................................... 4

3.10

Defect Indicators.............................................................................................................. 4

3.11

Power Supply.................................................................................................................. 5

3.12

Mains On Indicator........................................................................................................... 5

3.13

Fusing ............................................................................................................................ 5

3.14

Batteries ......................................................................................................................... 5

4.

CONNECTING DEVICES.................................................................................................6

4.1

Detectors ........................................................................................................................ 6

4.2

Detector Limitations ......................................................................................................... 6

4.3

Manual Call Points........................................................................................................... 6

4.4

Bells and Sounders.......................................................................................................... 8

4.5

Auxiliary Relay ................................................................................................................ 8

5.

SETTINGS...........................................................................................................................9

5.1

Gating ............................................................................................................................ 9

5.2

No Brigade Board ............................................................................................................ 9

6.

INSTALLATION AND INITIAL OPERATION ..............................................................10

6.1

Installing the NZ100 ........................................................................................................10

6.2

Initial operation ...............................................................................................................10

7.

INSTALLING THE BRIGADE BOARD (SGD TYPE II ).............................................11

8.

ASPI RELAY BOARD .....................................................................................................13

9.

SYSTEM OPERATION....................................................................................................14

9.1

Resetting the system......................................................................................................14

9.2

Using the Walk Test facility. ............................................................................................14

9.3

Evacuation. ....................................................................................................................14

10.

TROUBLESHOOTING....................................................................................................15

11.

APPENDIX ........................................................................................................................16

1.

INTRODUCTION

NZ100 Installation Commissioning & Operation

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.

2.

SPECIFICATIONS

Size 220mmH x 290mmW x 80mmD

2.1 Power Supply/Battery Charger

Mains Supply

Charger

Output Voltage

Output Current

230V AC ± 10% @ 0.5A

13.5V DC

0.5A

Battery (one of only) 12V 7AH

System Quiescent Current

(After 10 minutes battery operation)

22mA

2.2 Outputs

Bell Circuits

Voltage

Maximum current

End of line resistor

Auxiliary output

Voltage

Current

(2 total)

12V DC

3A max for both circuits

10kOhm 1/4W 2%

12V

50mA max

2.3 Detector Circuit

Line voltage (open circuit)

Short circuit current

Maximum Cable Length Impedance

End of line resistor

Devices

Smoke detectors

Electronic heat detectors

Contact heat detectors

Manual call points

22V

22mA

100 ohm

6.8kohm 1/4W 2%

24V

24V

Page 1

3.

SYSTEM DESCRIPTION

3.1 General Description

NZ100 Installation Commissioning & Operation

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 monitored bell output to alert personnel in the event of a fire.

All circuitry except for the front panel LED’s is on a single printed circuit board.

3.2 Front Panel Layout

SILENCE ALARMS

BRIGADE USE ONLY

EVACUATION

FIRE

DEFECT

NORMAL

NZ100

Fire Alarm Panel

Figure 1: Front Panel Layout

M3 STUD

M3 NUT

PCB

M3 NUT

5 - 5.5mm

LED

API 595 MOUNTING

To Mains Earth

Front Door

Chassis

Earth

Terminal

8 Way Ribbon Cable

Cabled to CN2 of the

Main System Board

Green

LED3

R 3

D 3

D2

Yellow

LED2

R2 R1

Red

LED1

D1

TB1

3 2 1

Lamp Test

+ve

595A

Silence Alarms

Brigade Use

Only Keyswitch

Trial

Evacuation

Keyswitch

Door Hinge

MODEL :

S/No :

REG No :

TESTED BY :

DATE :

LINK SETTINGS

LINK

K1-1

SMOKE

ONLY

FITTED

SMOKE

DETECTORS

ONLY

NZ100

AC/102

NOT FITTED

MIXED ZONE

MANUAL CALL POINTS

HEAT DETECTORS

AND SMOKE DETECTORS

GATING OFF K1-2

GATING

GATING ON

FUSE RATINGS

FUSE

MAINS TERMINATON

BELL, F1

BATTERY, F2

SECONDARY AC, F3

RATING AND TYPE

0.5A M205

3A M205

0.8A M205

0.8A M205

Label

L003 CAMLOCK

Figure 2: Internal Front Panel Layout

Page 2

3.3 Internal Layout

NZ100 Installation Commissioning & Operation

Walk Test Switch

Buzzer Mute Switch

Reset Switch

Knockouts

Detectors

Bell

Bell

Black -

Red +

To Battery

Mains Termination

Mains Transformer

Fuse

TB2

+

D E T

-

+

BELL

-

+

BELL

-

C N 1

1

2

AUX

BELL

F 1 F2

3A 0.8A

BATT

RL1

WALK TEST BUZZER

MUTE

BZ1

U3

RESET

SW1

K1

SMOKE ONLY

GATING

3

U5

SW2 SW3

NORMAL

BELL

SYS.

Z O N E

BATT.

DEFECTS

ST6265

C N 2

Front Panel

TB1

BATTERY

U1

U 2

UA78S40P

0V

302 665B

TX

30V C.T

15V A.C.

L1

Brigade Board

( If Fitted )

K 3

U6

U4 C N 4

ASPI

DS1232

TB3

AC IN

TX CONNECTION

1

2

3

SECONDARY

FUSE

Relay Board

( If Fitted )

0.8A F 1

MAINS ON

CN3

BRIGADE

Link Pins 5,6 if

Board NOT Fitted

Battery

12 Volt

7 AH

Mains Earth to Front

Panel

Shows

Panel

Mounting

Keyholes

Figure 3: Internal Layout

3.4 Detector Circuits

The detector circuit accepts smoke detectors, heat detectors or manual call points that will cause the panel to go into alarm within one second. Detector types used are subject to the compatibility limitations as described in section 4.

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 K1-2 (GATING). 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.

Page 3

NZ100 Installation Commissioning & 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.

3.6 Auxiliary Output

The NZ100 system provides an auxiliary output, marked AUX (CN1) on the PCB, designed to drive a relay which can provide 12V ( nominal ) @ 50ma for the control of ancillary devices.

This output is;

â switched off during an alarm;

â normally powered, when a relay is connected which increases the quiescent system current and reduces the battery backup time.

3.7 Walk Test

This function is initiated by pressing the walk test button on the 302-665B. When pressed;

â a LED directly above the switch will indicate the test is active;

â the test will remain active for ten minutes ( automatically cancelling itself after this time);

â detectors can be operated in the field ( reset by the panel after four seconds ).

To restore the panel to normal operation, repress the switch and the walk test indicator will turn off.

3.8 Buzzer

The NZ100 has an internal buzzer that will sound;

â continuously should any defect occur; and

â in short bursts to confirm any key switch operation.

3.9 Buzzer Mute

Pressing this switch will cause the buzzer to stop sounding though should another defect occur after this time the buzzer will sound again.

3.10 Defect Indicators

Defect indicators are provided on the NZ100 for the following.

(a) Battery Fault.

This indicates one of the following:

â Battery voltage is below 12.2 Volts during discharge (mains failure).

â Battery voltage is below 12.6 Volts whilst charging.

â Battery voltage is above 14 Volts.

â Battery is not connected.

â Battery failed automatic test.

(b) Bell Fault.

This indicates an open or short circuit on bell line/s.

Page 4

NZ100 Installation Commissioning & Operation

(c) System Fault.

This indicates one of the following system faults

â Mains not present, indicates after ten minutes.

â Door closed with switches on brigade board not in normal position.

â Brigade board disconnected.

â Microprocessor fault.

(d) Zone fault.

This indicates a fault on the zone wiring. This can either be a short circuit or open circuit.

3.11 Power Supply

The 302-665B has an onboard 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, that decreases the power supply output voltage to approximately 10V for 1 hour each day to check the condition of the system battery. If the battery voltage falls below 12.2V during the test period a defect signal is generated and the battery fault LED is illuminated.

3.12 Mains On Indicator

This LED is illuminated when the mains supply is connected and operational.

3.13 Fusing

The NZ100 has four fuses:

Designator

F1

F2

F3

F4

Function

Bell circuit fuse

Battery circuit fuse

Power supply fuse

Mains fuse

Rating

3 Amp M205

0.8 Amp M205

0.8 Amp M205

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.

Page 5

4.

CONNECTING DEVICES

4.1 Detectors

NZ100 Installation Commissioning & Operation

A sample of the detectors approved for use with the NZ100 are listed below. ( See Appendix )

Detector Type

Apollo Series 65 Ionisation Smoke Detector

Apollo Series 65 Photoelectric Smoke Detector

Iq

45

µ

A

45

µ

A

65

µ

A

Circuit Limit

Apollo Orbis Photoelectric Smoke Detector with

Flashing LED

Thermal Detector Blue Indicating

Thermal Detector Yellow Indicating

40

µ

A

40

µ

A

8mA Ampac Fireray Beam 2000

Ampac Fireray Beam 50R

Ampac Fireray Beam 100R

4

4

Note: Iq = Quiescent Current Draw

The maximum current on the Detector Circuit is 1.6mA, or 1600

µΑ

Rate of Rise Heat Detectors are also available.

35

35

24

40

40

N/A

N/A

N/A

Order Code

55000-217

55000-317

201-0501

4255-0300

4255-0400

220-0004

220-0005

220-0006

AMPAC

MANUAL CALL POINT

- R

L1 In -

T B 5

FACP

+

L1 Out

Earth

IN -

IN +

- OUT

+ OUT

SCREW

CAPS

MOUNTING

HOLES

2

6K8

EOL

SERIES

65 DETECTOR

L2

WIRE IN WIRE OUT

27.0

1

AMPAC HEAT

DETECTOR

AMPAC

NOTE:

UP TO 40 DETECTORS CAN BE

CONNECTED TO EACH CIRCUIT

LED

WIRE IN WIRE OUT

TERMINATING METHOD MEASURE LINE VOLTAGE

Figure 4: Example of Detector & MCP Wiring

The zone circuit must be terminated with an end of line resistor with a value of 6.8K (2% tolerance or better, power rating 1/4W)

4.2 Detector Limitations

1.

2.

Most detectors, with the exception of thermostatic heat detectors, draw a small monitoring current and this limits the number detectors that 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.

Detectors are not intended for use in areas subject to higher than normal corrosive environments or where hydrogen sulphide or other corrosive gasses may be present.

4.3 Manual Call Points

Type

Ampac Manual Call Point

Quiescent Current

40µA

Circuit Limit

40

Order Code

4255-0700

Page 6

Connect as shown above.

NZ100 Installation Commissioning & Operation

Page 7

NZ100 Installation Commissioning & Operation

4.4 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 observe bell/sounder polarity and connect bells via diodes, 1N4004 diodes are recommended, as shown below.

EOL

10K RESISTOR

1N4004

DIODES

BELLS

+

D E T

-

+

BELL

-

+

BELL

-

TB2

Figure 5: Bell/Sounder Connections

Compatible Devices

Order Code

206-0002 *

205-0006 *

205-0002 *

205-0001 *

205-0009

205-0011

205-0062

205-0063

205-0066

205-0067

Description

Bell 12VDC Red 150 mm.

Horn Siren 12VDC 200mA Red .

AS2W Flush sounder White 12/24V 15mA .

AS2R Flush sounder Red 12/24V 15mA.

Vara Sounder white AS2220 Evac Tones

Vector Sounder white AS2220 Evac Tones

Vantage Sounder AS2220 Evac Tones ( Red )

Vantage Sounder AS2220 Evac Tones ( White

Vantage Combi Sounder AS2220 Evac Tones ( Red )

Vantage Combi Sounder AS2220 Evac Tones ( White )

* Note: these devices do not comply with NZS4512 2003

4.5 Auxiliary Relay

An auxiliary relay can be fitted if required to signal ancillary devices. Connect the coil of the relay to the

AUX output connector as shown below and ensure a fly back diode is fitted across auxiliary relay.

+

302 3171

+

D E T

-

+

M1

BELL

-

+

BELL

-

M4

TB2

C5

C6

AUX

M3

C2

1

2

C N 1

The Output of CN1 is:

Pin1 = Coil Positive ( + )

Pin2 = Coil Negative ( - )

Figure 6: Auxiliary Wiring

Page 8

5.

SETTINGS

NZ100 Installation Commissioning & Operation

The NZ100 system has two (2) link options. K1/2 sets the “Gating” function, K1/1 and K1/3 are not used and a link fitted pins 5 and 6 of CN3 identifies the absence of a Brigade Board.

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: Link K3 is for use during factory testing only, this must not be fitted .

5.1 Gating

“GATING” is an automatic verification facility to reduce nuisance alarms caused by a transient condition.

When the “GATING” link (K1-2) has been fitted, the signal from smoke detectors and electronic heat detectors is verified before an alarm is recognised.

NOT USED

K1

GATING

1

2

3

BATT.

DEFECTS

LINK

Figure 7: K1 Linking Set to GATING and Link Storage to a Single Header Pin

5.2 No Brigade Board

If a brigade board is not fitted it is necessary to fit a jumper link from pin 5 to pin 6 of CN3 (BRIGADE).

This link is fitted at the factory to systems without the brigade board. Failing to have the link fitted will cause a system fault.

U3

ST6265

U4

C15

+

D16

C19

D18

U7

D21

C N 2

Cabling To

Front Panel

X1

C N 3

Pin 1

C20 +

Link Fitted to

Pins 5 & 6

C18 C22

K3

C N 4

RN4

U6

C25

C26

Figure 8: Link Location When a Brigade Board is NOT Fitted

Page 9

NZ100 Installation Commissioning & Operation

6.

INSTALLATION AND INITIAL OPERATION

6.1 Installing the NZ100

Do not apply power or connect batterie s during this procedure.

1. Unpack NZ100.

6.

5.

4.

5.

4.

3.

2.

3.

6.

7.

12.

Check for transit damage.

Drill all cable access and mounting holes.

Provide insulation grommet for mains entry hole

Mount the unit into position.

Feed cables into the unit.

Connect mains cabling to the mains terminal block.

Anchor incoming Mains cable with cable tie provided, through chassis holes provided.

Connect detector cabling.

Connect ancillary cabling.

Set links as required. See section 5.

Ensure all swarf is removed from panel before applying power.

6.2 Initial Operation

1.

2.

2.

4.

Switch on Mains power to the unit.

Battery defect LED should illuminate after 10 seconds.

Connect batteries. Press ‘RESET’, Battery defect LED should extinguish.

The unit is ready for operation.

Page 10

NZ100 Installation Commissioning & Operation

7.

INSTALLING THE BRIGADE BOARD (SGD type II )

6.

6.

4.

5.

2.

2.

The Brigade Board interfaces to a Line Transmitter to facilitate monitoring by a Fire Brigade or monitoring service. It can be supplied installed or in fast fit kit form which contains all the necessary parts for installation. Fitting the board is a simple procedure as detailed and illustrated below.

1. Turn off power and disconnect the battery.

Fit door switch bracket assembly to top right corner of cabinet with M3 screws supplied.

Fit four nylon standoffs onto 302 - 665B.

Remove the jumper link from CN3 and fit the six-way cable.

Remove the left bottom screw of 302 - 665B and install the earth cable as shown below.

Fit 302 - 678 onto nylon standoffs as shown below.

Connect the six-way cable to CN2 of 302 - 678 and the two-way cable to CN1.

8.

9.

10.

11.

Terminate Line Transmitter ( LTX ) cables to 302 - 678.

Set the K1 links to the assigned address.

Switch power on to NZ100 and connect battery.

Test the monitoring in accordance with the LTX SDG Input Interface Specifications.

Note: When the SGD is ordered with the panel, the SGD will be fitted and programmed prior to delivery.

Fit 25mm nylon standoffs into

302 665B board.

Then fit 302 678 board to standoffs.

Cable to LTX

Interface

& 12 volt

Supply

Fit earth wire from 302 678 to under screw of 302 665B.

+

D E T

-

+

BELL

-

+

BELL

-

TB2

BELL BATT

F 1 F 2

3A 0 . 8 A

BZ1

TB1

F 1

1

2

CN1

POLL

ISOLATE

DEFECT

F I R E

NORMAL

A

B

-

+

S D G

ADDRESS

All Links

Off = 16

U3

1

2

3

4

K1

WALK

T E S T

BUZZER

MUTE

RESET

SW1

302 678

SW2 SW3

NORMAL

BELL

SYS.

Z O N E

BATT.

BZ1

+

D O O R

SWITCH

U5

C N 1

U6

C N 2

R12

U7

F I R E

SYSTEM

NORMAL

NORMAL

250mA

U2

0V

302 665B

15V A.C.

C14

D6

MAINS ON

U4

K2

ISOLATE

AMPAC

SGD Type II

T E S T

F3

SECONDARY FUSE

Fit door switch bracket with M3 screws.

Fit 2 Way cable to door switch.

Fit 6 way cable from CN3 of the

302 - 665B to CN2 302 - 6780

Page 11

NZ100 Installation Commissioning & Operation

Figure 9: Brigade Board Installation

Page 12

NZ100 Installation Commissioning & Operation

8.

ASPI RELAY BOARD

The ASPI ( A MPAC S erial P eripheral I nterface) relay board will provide the NZ100 system with a 5-amp relay contact for use by ancillary devices.

The relay is normally de activated and can be selected to be activated by the fire zone ALARM,

DEFECT or a system NORMAL condition. The type of condition is set by the SELECT OUTPUT links

(LK3).

1 = ALARM

2 = DEFECT

3 = NORMAL

The ASPI board has to be addressed for correct operation in the NZ100 panel. This is set by the

ADDRESS links LK1 pin 3 as shown below.

To install the 302-5930:

1. Power system down.

2. Mount the board on standoffs and mount within the NZ100 cabinet, as the Serial Interface

Standard does not allow for long runs.

3. Use the 8 way Ribbon supplied to connect CN1 (302-5930) to CN4 (302-665B).

4. Connect the ancillary devices to TB1

The panel is now ready to power up and the relay checked for desired outputs.

5

6

7

8

3

4

1

2

K3

N/O

COM

N/C

N/O=NORMALLY OPEN

COM=COMMON

N/C=NORMALLY CLOSED

TB1

Example: Relay set to operate on Alarm

C5

TO CN4 OF THE MAIN SYSTEM BOARD 302 593

NOT USED

K 2

RTN

RL1

JS1-12V

N/O

COM

N/C

D4

D5

D6

D7

D8

D9

D10

D11

BD139

Q 1

K3

SELECT

1

2

3

4

5

6

7

8

D12

R6

U2

C3 RN1

302 5930

R7 R 5

U1

CN1 CN2

K1

ADDRESS

7

C 1

6

5

4

3

2

1

C2

+

C4

1

K 1

FIT ANY COMBINATION

OF SELECT JUMPERS 1 to 3

K1 FIT ONLY ONE

ADDRESS JUMPER 3

Figure 10: ASPI Relay Board Layout with “SELECT” Set to Activate on Alarm

+

Note: Should there be a need to extend a panels control functions this board can be supplied in kit form

( order Kit 155 – 0015 ).

Page 13

9.

SYSTEM OPERATION

9.1 Resetting the System

NZ100 Installation Commissioning & Operation

To reset the system after a fire, press the ‘RESET’ button on the 302-665B. This will return the system back to its normal state. The buzzer will sound for confirmation.

9.2 Using the Walk Test Facility.

To start the walk test facility, press the ‘Walk Test’ switch on the 302-665B. The buzzer will beep once and the LED above the switch will illuminate.

The detectors can now be tested. When a detector is set into alarm the system will operate as normal for approximately four seconds. After this time the detectors on the circuit in alarm will be reset. When 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.

9.3 Evacuation.

On the door of the NZ100 a key switch is provided for Evacuation, operating this key switch will cause the system to operate the bells /sounders. This will override any other bell isolate or silence condition.

Page 14

10.

TROUBLESHOOTING

Problem

NZ100 Installation Commissioning & Operation

Possible cause/s Suggested remedy/ action

Mains LED is off

Bell circuits in defect.

Zone always in defect.

System fault light is on.

(Mains is on).

Defect occurs when door is closed.

Mains supply is not operational. Check mains supply.

AC Fuse on 302-665B or Mains

Fuse is blown.

Check and replace if necessary

F3 on 302-665B, and Mains

Fuse F4.

Diodes not fitted in series with bell.

End of line not fitted.

Fuse blown.

Fit diodes to bells as shown in section 4.

Fit end of line resistor

Check fuse F1 on PCB.

Replace if necessary.

Line is shorted.

Line is open.

End of line not fitted.

Brigade board is disconnected.

No brigade board.

Isolate or Test switches on brigade board not in normal position

Check and remove short.

Check line and rectify.

Fit 6K8 resistor to end of line.

Connect brigade board.

Make sure link is fitted to CN3, pins 5 and 6.

Return switches to normal position.

Page 15

11.

APPENDIX A

NZ100 Installation Commissioning & Operation

Q I = Quiescent Current Draw

Cct Max = The maximum number of devices that can exist on any one circuit ( IE 1.6mA max/cct ).

Heat Detectors

Order Code

4255-0300

4255-0400

Description

Heat Detector blue Indicating 57°C

Heat Detector yellow Indicating 77°C

Q I

40µA

40µA

Cct Max

40

40

Note: Rate of Rise Heat Detectors are also available.

Smoke Detectors

Order Code

55000-217

55000-317

55000-220

45681-200

201-0501

201-0505

201-0528

Beam Detectors

Order Code

220 0004

220 0005

220 0006

Description

Apollo Series 65 Ionisation (LPC)

Apollo Series 65 Optical (LPC)

Apollo Series 65 Integrating Ionisation (LPC)

Apollo Series 60/65 universal base

Apollo Orbis Optical with Flashing LED

Apollo Orbis MultiSensor

Apollo Orbis universal base

Description

Fireray 2000 Beam Detector Tx/Rx/controller

Fireray 50R Beam Detector

Fireray 100R Beam Detector

45µA

45µA

45µA

N/A

65µA

65µA

N/A

8mA

4mA

4mA

35

35

35

24

24

N/A

N/A

N/A

Manual Call Points

Order Code

213 0042

Description

Ampac Manual Call Point 40µA 40

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AUSTRALIA

AMPAC TECHNOLOGIES PTY LTD

7 Ledgar Rd

Balcatta

WA 6021

Western Australia

Tel: 61 8 9242 3333

EUROPE

AMPAC EUROPE LTD. (UK)

Unit 18 Network centre

Yorkshire Way

West Moor Park

Doncaster DN3 3GW

United Kingdom

Tel: +44 (0) 1302 833 522

NEW ZEALAND

AMPAC PACIFIC LTD

Unit 4 101 Diana Drive

Glenfield,

Auckland

New Zealand

Tel: 64 9 443 8072

Fax: 61 8 9242 3334

Email: [email protected]

Fax: +44 (0) 1302 835 021

Email: [email protected]

Fax: 64 9 443 8073

Email: [email protected]

HEAD OFFICE

UNCONTROLLED DOCUMENT

NOTE: Due to Ampac’s commitment to continuous improvement specifications may change without notice.