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AddressableFire Alarm Systems

Contents

Introduction 3-7

Premier AL 1-4 Loop Analogue Addressable Fire Alarm Panel 8-9

Premier AL 5-8 Loop Analogue Addressable Fire Alarm Panel 10

Premier AL: Addressable System Network 11

Premier AL: Alarm Manager Graphics System 12

Simplicity Plus Analogue Addressable Fire Alarm Panel 13

Zeta TCP/IP Communicator 14

Premier Addressable Repeater Panel 14

Simplicity Micro Analogue Addressable Fire Alarm Panel 15

Fyreye Extra Analogue Addressable Combined Smoke & Heat Detector 16

Fyreye Extra Analogue Addressable Optical Smoke Detector 17

Fyreye Extra Analogue Addressable Heat Detectors 18

Addressable Remote Indicator LED 19

Zeta Common Sounder Base & Zeta Common Combined Sounder & Flasher Base 20

Fyreye Common & Isolator Bases 21

Fyreye Addressable Reflective Beam Smoke Detector 22

Addressable Manual Call Point 23

Addressable Weatherproof Manual Call Point 24

Zeta Addressable Explosion Proof Break Glass Unit 25

Zeta Addressable Securetone 2 Sounder 26

Zeta Addressable Securetone 2 Combined Sounder & Flasher 27

Zeta Addressable Securetone 2 Addressable Flasher 28

Maxitone Addressable Sounder & Sounder Flasher 29

Zeta Common Addressable Input Unit 30

Zeta Addressable Input Output Units 31

Zeta Addressable Sounder Circuit Controller 32

Zeta Addressable Zone Monitoring Units 33

Zeta GSM Communicator 34

Loop Powered Door Magnet 35

Future Products 36-37

Product Compatibility Chart 38

Device Current Consumption 39

Cable Comparison 39

Notes 40-42

2

IntroductionZeta Alarm Systems, a trading name of GLT Exports Ltd, was founded in 1985 and is a privately held UK manufacturer of Fire Alarm, Gas Detection and Emergency Systems.

Our brand name is well known throughout the industry and is acclaimed in over forty countries worldwide. We are currently represented in the UK, Europe, Africa, the Middle East, Southern Asia & South America and this list continues to grow.

Complete System SupplierTo meet the requirements of our ever-changing market, we pride ourselves on being a complete system supplier. This means our customers can rely on us for their entire system requirements.

One of the main advantages of using a complete system supplier, compared with a component supplier, is that system wide compatibility is assured and there is one point of contact.

Marketing our products as systems has played a vital role in our worldwide success.

The FutureOur continued inward investment and constant endeavour to offer the very best products is recognised by our increased turnover and profit margin year-on-year. Our mission is to support our existing & future customers by providing them with the highest quality products, at the most competitive prices.

Customer Support & Product WarrantyWe value our customers greatly and to ensure they have the best experience we have a dedicated support team who are able to assist with sales, technical or logistical queries.

Our products carry a full 24 month manufacturers’ guarantee from the date of purchase. Our network of authorised agents is fully trained on the use of our products and will provide a helpful & friendly service.

Research & DevelopmentAs with all electronic equipment there is an ever present drive to manufacture products that are increasingly effective whilst becoming more cost sensitive. To meet this objective we spend a significant percentage of our profits on the continued development of products, whether it be introducing new items, or improving existing ones. We have a team of engineers & designers all of whom have vast industry knowledge & experience.

As a manufacturer we always follow the market needs closely to evaluate how we should adapt our product range. This, combined with welcomed customer feedback, has proved to be a successful formula for meeting the current and future industry needs.

Statement Of Quality PolicyWe maintain a Quality System, which conforms to BS EN ISO9001:2008. We are committed, where applicable, to manufacture in compliance with all appropriate legislation & regulatory requirements.

3

Introduction To Addressable Fire Alarm Systems

Fire Detection & Alarm Systems BS5839

Addressable fire alarm systems have traditionally been associated with the larger, more complicated applications. However, with downward price trends, they have become feasible for smaller systems that would have historically been designed with conventional fire alarm equipment.

Protocol StatementZeta Protocol is unique to Zeta Alarm Systems. All Zeta addressable devices can only be installed on Zeta control panels. No mixing with any other manufacturers’ products or control panels is permitted and warranty will be void.

What are the advantages of an addressable system over a conventional alternative?

Each device communicates directly with the control panel, so it knows the exact location of any fire or fault reported.

Each device can be assigned a courtesy label to help identify the device (for instance “Reception”).

Each detector reports a smoke value and the panel then decides whether this is an alarm. This allows some panels to make detectors more or less sensitive according to current conditions or time of day.

All devices (detectors, manual call points, sounders & interfaces) are all connected on the same loop of wires.

Detectors are assigned to zones by the panel, which allows for easier zone changes if the building layout is altered at a future date.

Addressable panels typically have an event history which logs past system events.

Some addressable panels allow for complicated cause & effect programming, where outputs are only triggered by certain detectors.

Risk AssessmentThe ‘Fire precautions (Workplace) Regulations’ require any business employing five or more persons to hold a written ‘Fire Risk Assessment’ and ‘Emergency Plan’. This must be periodically reviewed.

The local fire brigade can enforce compliance, and close any building that does not meet this act.

In the event of a fire in a building without a written ‘Fire Risk Assessment’, those responsible may face fines and imprisonment, and/or private litigation.

What the law requires you to do:

Complete a fire risk assessment for your work place (considering all employees, the public, disabled people and people with special needs).

Identify and record any significant findings or persons at risk.

Provide and maintain fire precautions.

Provide information, instruction and training.

Nominate persons responsible to implement your emergency plan.

Consult employees about the above nominations and your proposals to improve fire precautions.

Inform other employees who may have work places in the building about any significant risks which may affect their safety and co-operate with them to reduce/control these risks.

If you are not an employer, but control premises which contain more than one workplace, you are responsible for complying with fire regulations.

You must establish a suitable means of contacting the emergency services.

Your employees must co-operate to ensure the workplace is safe from fire and its effects.

4

If the total floor area is greater than 300m2:

The maximum area for a zone is 2000m2

If a stairwell (or similar) extends beyond one floor it should be a separate zone.

If a zone covers more than one fire compartment then the zone boundaries should follow the compartment boundaries.

The search distance within the zone in order to ascertain the position of the fire should not exceed 60m. Remember that the use of Remote Indicator lamps may help to reduce the distance travelled.

If a building is divided between occupiers, zones must not be shared between them.

System Zoning Information

60m Max.

Manual Call PointsA ‘Manual Call Point’ is a device which enables personnel to raise an alarm in the event of a fire incident by pressing a frangible element to activate the alarm system.

Manual Call Points should be installed at a height of 1.2m above floor level at easily accessible, conspicuous positions, on exit routes, at the entry floor landings of staircases and at all exits to the open air.

Manual Call Points should be spaced so that one may always be found within a maximum distance of 45m apart or 25m for disabled person.

1.2m - 1.4m

45m Max. or25m Max. for disabled person

The following guide lines should be observed:

If the total floor area of the building is less than 300m2 then the building needs only one zone, regardless of the number of storeys.

In order to aid identification of the source of a possible fire, the protected building should be divided into ‘zones’. When deciding on a suitable zoning scheme for a building, consideration should be given to the size, any existing fire routines, escape routes, zone accessibility, and structural fire compartmentation.

5

Detector InformationAutomatic DetectorsWhen deciding on the type of detector to be used in any area it is important to remember that the detector has to discriminate between a genuine fire and the normal conditions existing therein.

Smoke DetectorsIn open spaces under flat horizontal ceilings, every point should lie within 7.5m of a smoke detector.

Smoke detection should be generally avoided in the following areas to avoid unwanted alarms. They should be protected by means of other detectors such as heat detectors.

Contamination in dusty areas may cause unwanted alarms and reduce the life of the detector.

Damp or humid conditions such as showers, bathrooms and external areas should be avoided as the water vapour may cause unwanted alarms and reduce the life of the detector.

Detectors should not be mounted where gases, vapours or fumes are present.

Detectors should never be used at low temperature where ice or condensation can affect detector sensitivity.

Kitchens, garages, welding shops and boiler houses should generally be avoided.

5.3m

10.6m

112m² (10.6m x 10.6m)

7.5m

Room boundary

Heat Detectors GeneralIn open spaces under flat horizontal ceilings, every point should lie within 5.3m of a heat detector.

Heat detectors are designed to either detect a rapid rise in temperature or to operate at a fixed temperature. Although they provide a slower response time than smoke detectors they do provide a method of protection for areas where smoke detectors cannot be used.

Heat detectors should not be used for the protection of life or where extensive property loss may be expected.

‘Rate of Rise’ Heat Detectors‘Rate of Rise’ heat detectors respond to both rapid increases of temperature and to fixed top temperature.

‘Fixed Temperature’ Heat DetectorsFixed temperature heat detectors are available with different temperature settings, and are normally installed in kitchens, boiler rooms, etc.

3.8m

7.5m

56.3m² (7.5m x 7.5m)

5.3m

Room boundary

6

Fire Alarm SoundersFire Alarm Sounders should be installed throughout the building with an even distribution, to generally provide a minimum sound level of 65dB(A) or 5dB(A) above any background noise which is likely to persist for more than 30 seconds.

Where the alarm may have to arouse sleeping persons e.g. Hotel bedrooms, nursing homes, etc, a minimum sound level of 75dB(A) is required, at the bed head with all the doors shut.

All fire alarm sounders in a building should produce the same sound, distinct from any other audible warning devices in the building.

Where fire alarm sounders are required in extremely noisy areas e.g. Machine shops, it may be necessary to install additional ‘Visual Indication Beacons’.

65dB(A)@ 500Hz - 1000Hz

+5dB(A)@ 500Hz - 1000Hz

Background noise

75dB(A)

Detection In Apex RoofsIf the ceiling is pitched or sloping, smoke will tend to rise towards the highest point (apex) of the roof, therefore detection should be placed in the apex. As the slope tends to reduce the delay before smoke or heat reaches the detectors, it is permissible to use a greater spacing between the detectors mounted there.

Limits of Ceiling Height

Small Apex= Standard Spacing

Apex <150mm

Heat Detector

Apex <600mm

SmokeDetector

Apex >150mm

Heat Detector

Apex >600mm

SmokeDetector

Large Apex= Extended Spacing

CablingThe operation of a Fire Alarm and Detection System’ depends on the cabling and connections between the components. It is essential that connection between Manual Call Points and Detectors function correctly when they are operated.

Cables within the system are required to function correctly for significant periods after being attacked by fire. These include the power supply cables to the control panel, the detection circuits and the fire alarm sounder circuits. Thus the cables chosen must be correctly rated to withstand these conditions.

7

Premier AL 1-4 Loop Analogue Addressable Fire Alarm Panel (PR-AL/1, PR-AL/2, PR-AL/3, PR-AL/4)

The Premier AL analogue addressable panels are a powerful yet user-friendly series of control panels. They are designed to a high standard with LPCB approval to EN54, parts 2 & 4. Each panel in this modular series has considerable processing ability but is easy to install, programme and operate. This is supported by comprehensive support documentation. Panels are housed in steel enclosures and are finished in hardwearing epoxy paint.

This panel is ideally suited to installations which require very complex sounder and control/shutdown functions. The panels are programmable to meet individual site requirements by means of a cause & effect matrix. This is downloaded from a PC, using the Cause & Effect Edit Programme. Text may be edited via a keyboard or downloaded from a PC.

The Premier AL has a 4 line x 20 character backlit LCD display, showing the first and most recent event. Other events may be reviewed using the More Messages facility. User controls are accessed by means of keyswitch-enabled membrane controls, with password protection for engineer purposes.

Each panel has a high level of processing power and each loop has its own processor. The panel allows up to 126 addresses per loop. All addresses on a loop may be used for output functions, with 3 independently programmable output bits per address.

Up to 248 user-definable panel inputs and relay/programmable alarm outputs can be provided via expansions boards. Many useful testing and service functions are also provided. All events may be recorded on the optional printer and zonal indications are included as standard.

There is a complete range of compatible accessories available to support the Premier AL panels to meet most customer requirements. The addition of a network card to the panel will allow monitoring, indication and control of the functions of a networked installation, allowing signals to be distributed around a large site.

Features 1-4 loop addressable fire alarm panel (each with a 126 device capacity)

LPCB Approved to EN54 parts 2 & 4

Devices can be grouped into 32 zones

Network up to 15 panels (giving a total of 60 loops)

Extensive mode change options by day/night and special group allocation

Windows based, full upload/download PC software package

500mA output per loop with highly stable voltage platform, even under mains-failed conditions

Powerful processing and extensive panel and loop I/O capability

User-friendly controls (enabled by key switch) and a clear, unambiguous screen (4 x 20 character LCD display)

Membrane facia with tactile switches

Complies with EMC and LVD Directives

8

Addressable Fire Alarm Systems /

Optional extrasPanel Printer:

Add to panel to have a permanent record of all events printed.

Part No. Model Description

37-201P PR-AL/1P Premier AL 1 Loop Addressable FACP, c/w Printer




Repeater interface card:

Fit to panel to allow repeater panels to be added (supplied with repeater).

Network interface card:

Fit to panel to allow up to 15 panels to be networked and to add Global Network Repeater Panels.

The Premier AL 1-4 loop panel can use the Standard Repeater (for a stand alone panel) or a Global Network Repeater (for a networked system).

Part no. Model Description

37-250P REP-AL/P Premier AL Repeater Panel

37-255 REP-AL/G Premier AL Global Network Repeater

Technical Specification

Model PR-AL/1 PR-AL/2 PR-AL/3 PR-AL/4

Part No. 37-201 37-202 37-203 37-204

Detection Loops 1 2 3 4

Repeater Model Premier AL Repeater (REP-AL)

Repeater Part No. 37-220

Mains Voltage 230V AC + 10% / -6% @ 50/60 Hz

System Voltage 28V DC (nominal)

Loop Voltage 24V DC + 9V AC Signal (nominal)

Sounder Alarm Output 2 x 1 A Common @ 24V DC (nominal)

Fault Relay 1 x Relay SELV @ 1A maximum

Fire Relay 2 x Relay SELV @ 1A maximum

Zone Capacity 32 programmable zones

Sounder EOL 3K9 (Orange, White, Red, Gold)

Charge Voltage 27.1 Volt (with battery disconnected)

Charger Size 3 Amp

Aux Supply 500mA max

Batteries (Min. Size) 2 x 12V, 12AH SLA Batteries

Ingress Protection IP43

Enclosure 410 W x 480 H x 144 D (mm)

Weight 15kg (Excluding Batteries)


9



The Premier AL 5-8 loop analogue addressable fire alarm control panel has been designed to meet the demand for larger centralised panels, rather than smaller panels distributed on a network.

The panel consists of a large enclosure that houses two 4 loop panels (PR-AL/4) that are networked together and run off a single power supply. The second panel has its screen facing inwards behind the blank door (due to this configuration it is recommended to use the network repeater with this control panel).

This panel will occupy 2 network addresses. When viewing the loop contents, loop 1 to 4 can be viewed from the main screen and loops 5 to 8 must be viewed using the internal display.

Features 5-8 loop addressable fire alarm panel (each loop with a 126 device capacity)

Complies fully to EN54 parts 2 & 4

Consists of 2 PR-AL/4 panels networked together (where each offers the same functionality)

Model PR-AL/5 PR-AL/6 PR-AL/7 PR-AL/8

Part No. 37-211 37-212 37-213 37-214

Supply Voltage 230V AC +/- 10%

System Voltage 28V DC (Nominal)

Addressable Loops 5 6 7 8

Loop Voltage 24V + 9 V Data

Loop Capacity 500mA

Sounder Output 4 x 1A @ 24V DC

Sounder EOL 3K9 (Orange, White, Red, Gold)

Sounder Delay 0 to 9 Minutes

Fire Relay 4 x Relay, SELV @ 1A

Fault Relay 2 x Relay, SELV @ 1A (Normally Energised)

Aux Supply 2 x 500mA (Monitored)

Other ConnectionsClass Change Input, Remote Fault Input, Remote Evacuate Input, Remote Reset Input, Remote Silence Input

Operating Temperature -0°C to +50°C

Enclosure Size 960 x 480 x 144mm

Weight 28 KG (Excluding Batteries)

Display to view contents of loops 1 to 4

POWERSUPPLY ON

FIRE

ALERT

SYSTEMFAULT

GENERALFAULT

ALARM FAULT/DISABLEMENT

DELAY ON

MAINTENANCE

GENERALDISABLEMENT

BUZZERSILENCED

TEST

MOREMESSAGES

EVACUATE

SILENCE / RESOUNDALARMS

SCROLLMESSAGES

SILENCEBUZZER

OVERRIDEDELAY

TESTALARMS

TESTDISPLAY

ACCESS MENUMENU UP

MENU DOWN

RESET

ESCAPE

ENTER

ACCESSCONTROLS

ZONAL FIRE AND FAULT INDICATION

1

2

3

4

5

6

<

>

I

O

1 2 3 4 5

17 18 19 20 21

6 7

22 23

8 9

24 25

10 11

26 27

12 13

28 29

14 15

30 31

16

32

1

2

3

4

5

17

18

19

20

216

722

23

8

9

24

25

10

11

26

27

12

13

28

29

14

15

30

31

16 32

POWERSUPPLY ON

FIRE

ALERT

SYSTEMFAULT

GENERALFAULT

ALARM FAULT/DISABLEMENT

DELAY ON

MAINTENANCE

GENERALDISABLEMENT

BUZZERSILENCED

TEST

MOREMESSAGES

EVACUATE

SILENCE / RESOUNDALARMS

SCROLLMESSAGES

SILENCEBUZZER

OVERRIDEDELAY

TESTALARMS

TESTDISPLAY

ACCESS MENUMENU UP

MENU DOWN

RESET

ESCAPE

ENTER

ACCESSCONTROLS

ZONAL FIRE AND FAULT INDICATION

1

2

3

4

5

6

<

>

I

O

1 2 3 4 5

17 18 19 20 21

6 7

22 23

8 9

24 25

10 11

26 27

12 13

28 29

14 15

30 31

16

32

1

2

3

4

5

17

18

19

20

216

722

23

8

9

24

25

10

11

26

27

12

13

28

29

14

15

30

31

16 32

Display to view contents of loops 5 to 8

10


Premier AL: Addressable System Network

The addressable system network has the facility to monitor, indicate and control the functions of a fire alarm installation, thus allowing signals to be distributed around a large site.

The network operates as a global communication system and does not require a master panel or computer. This approach reduces cost and no single panel/equipment failure will disable the entire system.

Each item of equipment connected to the network is referred to as a node. Each node can be either active or passive. Up to 15 active nodes plus an additional 17 passive nodes may be connected.

Each node is programmed independently to listen, respond to, or ignore any or all of the messages sent by the other nodes on the network.

The network uses RS 485 data communication. Up to a total network cable length of 5km is possible. All panels will continue to function in stand-alone mode, even if the network fails.

The use of a networking system will allow individual parts of the site to be installed and commissioned prior to connection to the network.

The operation of the network is such that each node has total stand alone capability in that its local operation is not directly affected by its connection to or disconnection from the network. The ability of a local control panel to observe events means that it can be programmed to respond to events elsewhere on the network. The effect of this capability is that any control panel is able to respond to any sensor device connected anywhere on the network. This provides a possible effective 60 loop control panel distributed around a single site as a number of smaller units. Network repeater panels provide the ability to observe and control elements of the network via a compact unit which may be conveniently mounted at manned control points and still provide all essential display and control facilities.

Features All talk - selective listen Peer-to-Peer network wide communication

No master panel or PC required and thus no single device of failure

Network together:-

Premier AL panels

Network repeaters

Alarm manager graphics systems

Up to 15 active panels or 60 loops may be networked together plus an additional 17 passive nodes

Premier AL panels, network repeaters and alarm manager graphics systems may be configured as active or passive

Network communication takes place over a single pair of wires providing a link to all nodes.

The overall concept can be described as ‘all talk - selective listen’, which means that every event that occurs on any node is transmitted into the network. Each node then decides (via programming) whether or not it is required to take any action. During quiescent conditions all active nodes signify their presence on the network by generating default messages.

11


Premier AL: Alarm Manager Graphics System

The Alarm Manager system is designed as a user-friendly tool to view a potentially complex fire situation.

Once the system has been set up on-site by a qualified engineer, the keyboard is no longer required, as all event maps and user buttons will appear on the screen as necessary to manage the particular event taking place.

The end user, who may not be technically-minded, will still be able to operate the system on a daily basis. All the system’s management functions are protected via up to 7 different password levels.

When an event occurs, the first map will appear along with the relevant user controls. There are up to 5 different maps for each sensor showing the device location in different degrees of accuracy and also a procedure page which is allocated to each type of event as prioritised within the configuration menu. There is also an instantly available current event log.

Features For use with all Premier AL protocol analogue addressable control panels

End-user friendly

Up to 5 map pages per sensor

Up to 32 devices or groups of devices per map page

Up to 999 maps

2,000 event historic log

All functions protected via up to 7 different password levels

Identifies each user separately

Up to 3 networks may communicate with the Alarm Manager

Technical Specifications

The full Alarm Manager package includes;

PC

17″ TFT monitor

Network interface for 1 network

Installed Alarm Manager software

12


Simplicity Plus Analogue Addressable Fire Alarm Panel (SP-64, SP-126)

The Simplicity Plus is the ideal introduction to the world of addressable fire alarm panels.

As its name suggests, it has been designed with ease of use in mind, using pre-programmed values for its programming options. The installer simply needs to configure the loop and enter text labels via the built in keypad (optional).

The Simplicity Plus is available in 64 or 126 device versions and has user definable zones, option for zonal or common alarm operation, options for I/O operation, alarm verification and user selectable languages.

It can be connected to an RS232 desktop printer for real time event log printing (Epson LQ300+ recommended) and it can also drive a serial repeater model AD-REP (Part No. 37-156).

Zonal AddressingAll devices are assigned to a specific zone based on their address. This removes a programming step and helps to streamline the commissioning process. The following table outlines which addresses fall in which zones.

Loop & Address SP-126 SP-64

1: Address 1-16 Zone 1 Zone 1




1: Address 65-80 Zone 5 -




Features Single loop addressable fire alarm panel (with either 64 or 126 device capacity)


User definable zones

Option for zonal or common alarm operation

Options for I/O operation

Alarm verification (help prevent false alarms)

User selectable languages

Set of changeover relay contacts for fault condition

Set of changeover relay contacts for fire condition

2,048 event log (fire & fault)

Zone or device disablement

One man test mode

Plug & play, no need for any special tools or laptop for commissioning

Fully integrated QWERTY keypad

All associated devices are loop powered

Flame retardant ABS plastic

Model SP-64 SP-126

Part No. 37-160 37-165

Supply Voltage 230V AC +/- 10% 230V AC +/- 10%


Number of Loops 1

Loop Capacity 64 Devices 126 Devices

Number of Zones 4 8

Sounder Output Addressable Sounders Only

Fault Output 28 V Repeat Output to Drive Relay (Normally Energised)

Fire Output 28 V Repeat Output to Drive Relay

Operating Temperature -0°C to 50°C


Weight 3.5 Kg

Alarm VerificationTo help prevent false alarms causing a full evacuation, any smoke detector can be set to alarm verification mode with a time delay of between 30 seconds and 4 minutes. Should any of these detectors go into alarm then only the detector’s LEDs and sounder/flasher base (if connected) will activate. Should the alarm not be cleared with this time delay then a common alarm will occur.

13


Premier Addressable Repeater Panel (AD-REP)

The Premier addressable repeater Panel is a serial repeater panel for use with the Premier AD and Simplicity Plus analogue addressable fire alarm panels.

It is a display only repeater (no controls) which indicates power, general fault and general fire via LEDs. Information about the device in fault or alarm is displayed on the LCD screen.

It also has an internal buzzer to indicate that it requires attention.

Compatible Panels NPAD - Premier AD Analogue Addressable Fire Alarm Panel

SP-64 - Simplicity Plus Analogue Addressable Fire Alarm Panel

SP-126 - Simplicity Plus Analogue Addressable Fire Alarm Panel

Features Addressable repeater panel (display only, no controls)


Model AD-REP

Part No. 37-156

Supply Voltage 20 – 30 V DC


Connections Supply + ,Supply –, Data +, Data -



Weight 1 KG

Zeta TCP/IP Communicator

The Zeta TCP/IP Communicator connects to the serial port of a Simplicity Plus panel (SP-126 or SP-64) to allow the panel to broadcast alarm or fault information to a monitoring PC set on any TCP/IP network.

The Simplicity panel can transmit the following information;

Device alarm (including loop & address information)

Device fault (including loop & address information)

Panel reset

Loop reconfigured

Loop wiring fault

Power supply fault

Earth fault

Clock reset

Evacuate started

Using the Zeta Alarm Watch software, multiple panels can be monitored from a central PC. The panels can be grouped by company to give a structured display on the PC.

Future development of this product will see other panels being able to interface with the TCP/IP communicator, starting with the Premier Quatro panel in early 2010.

14


Simplicity Micro Analogue Addressable Fire Alarm Panel (SP-M)

The Simplicity Micro is a unique concept that provides the best possible entry level solution for addressable fire alarm systems. It is directed primarily towards small installations, where traditionally the use of addressable systems would have been considered cost prohibitive. The Micro is based upon the successful Simplicity 64 & 126 fire alarm panels and incorporates many of the larger systems features. These include single loop connection, minimal commissioning & configuration, 20 character label for each connected device and a 2,048 history event log.

Alarm VerificationTo help prevent false alarms causing a full evacuation, any smoke detector can be set to alarm verification mode with a time delay of between 30 seconds and 4 minutes. Should any of these detectors go into alarm then only the detector’s LEDs and sounder/flasher base (if connected) will activate. Should the alarm not be cleared with this time delay then a common alarm will occur.

Features Complies fully to EN54 parts 2 & 4

CE marked

User definable zones

Option for zonal or common alarm operation

Options for I/O operation

Alarm verification (help prevent false alarms)

User selectable languages

Slimline enclosure

Flame retardant ABS plastic

Set of changeover relay output in fault condition

Set of changeover relay output in fire condition

Each detector can have a sounder or combined sounder & flasher base

2,048 event log (fire & fault)

Zone or device disablement

One man test mode

Plug & play, no need for any special tools or laptop for commissioning

Fully integrated keypad

All associated devices are loop powered

Model SP-M

Supply Voltage 230V AC +/- 10%

System Voltage 24V DC (nominal)

Number of Loops 1

Loop Capacity 32 devices

Number of Zones 4

Sounder Output Addressable sounder only

Fault Output 28 V repeat output to drive relay (normally energised)

Fire Output 28 V repeat output to drive relay


Enclosure Size (mm) 355 x 275 x 70mm

Weight 2.8 Kg

Range of standalone addressable detectorsCompatible with conventional detectors to save money

Addressable Optical Detector

FEAOE2000

Addressable Opto-Heat Detector

FEAOH2000

AddressableRate of Rise Heat Detector

FEAHE2000

AddressableFixed Heat Detector

FEAHHE2000

AddressableManual Call Point

ZT-CP2/AD

Securetone Micro AddressableSounder & Flasher Base

SM-ASFIB

Securetone Micro Addressable Sounder Base

SM-ASB

Addressable Maxitone Sounderavailable in Red ZAMT/R

or White ZAMT/W

Addressable MaxitoneSounder & Flasher

ZAMTF/R

AddressableSecuretone 2 Sounder

available in Red ZAS2/Ror White ZAS2/W

Addressable Securetone 2Sounder Flasher c/w Isolator

available in Red ZAS2/RFIor White ZAS2/WFI

Range of input/output

modulesSimplicity MicroSP-M

15


Fyreye Extra Analogue Addressable Combined Smoke & Heat Detector (FEAOH2000)

The Fyreye Extra analogue addressable combined smoke & heat detector works with the Zeta Addressable Protocol and is compatible with all current Zeta analogue addressable control panels.

The FEAOH2000 is a dual type detector, which reacts to both smoke & heat independently. It is suitable for use in places where traditionally an ionisation type detector may have been chosen.

It comes supplied with a locking grub screw to prevent unauthorised head removal.

Features Addressable combined smoke & heat detector

DIFT approved


Twin LEDs to improve alarm indication

Includes locking grub screw to prevent unauthorised head removal

Model FEAOH2000

Part No. 80-140

Detector Class Optical Smoke, Rate of Rise & Fixed Heat

Design Standard EN54 Part 5 & Part 7

Approval DIFT

Operating Voltage 17-28V DC (Plus Protocol Signal)

Quiescent Current 520µA

Alarm Current 2.3mA


Minimum Continuous Temperature 0°C

Maximum Humidity 95% RH Non Condensing

Return Value of 55 (Nominal Alarm Level) 2.4% Obscuration per metre

Return value of 75 Rate of Rise Trigger

Return value of 95 Fixed heat trigger

Coverage 100m²

IP Protection Rating IP43

Start-up Time 30 Seconds

Size, Diameter x Height (with base) 100 x 48 mm (101 x 64 mm)

Weight (with base) 100g (158g)

50mm100mm

16


Fyreye Extra Analogue Addressable Optical Smoke Detector (FEAOE2000)

The Fyreye Extra analogue addressable optical smoke detector is particularly suitable for detecting optically dense smoke, involving materials such as soft furnishings, PVC, plastic, foam and all similar materials which produce small visible particles (0.5 to 10 μm).

The FEAOE2000 works with the Zeta Addressable Protocol and is compatible with all current Zeta analogue addressable control panels.

It also comes supplied with a locking grub screw to prevent unauthorised head removal.

Features Addressable optical smoke detector

DIFT approved




Model FEAOE2000

Part No. 80-125

Detector Class Optical Smoke

Design Standard EN54 Pt 7

Approval DIFT

Operating Voltage 17 – 28V DC (Plus Protocol)

Quiescent Current 480μA

Alarm Current 2.3mA




Return Value of 55 (Nominal Alarm Level) 2.4% Obscuration per metre

Coverage 100m2


Start-up Time 10 Seconds


Weight (with base) 95 g (153g)

37mm100mm

17


Fyreye Extra Analogue Addressable Heat Detectors (FEAHE2000 & FEAHHE2000)

FEAHE2000The FEAHE2000 is an analogue addressable rate of rise heat detector. It will respond with a value of 75 if the detector is triggered by a rate of rise alarm (that is a fast increase in temperature over a set period of time). The detector also responds to a fixed temperature of 57°C and will return a value of 95 if the detector is triggered by this condition.

FEAHHE2000The FEAHHE2000 is an analogue addressable fixed heat detector. It will respond with a value of 95 if the detector is triggered through a fixed heat alarm of 90°C.

Features DIFT approved




48mm100mm

Model FEAHE2000 FEAHHE2000

Part No. 80-135 80-136

Detector Class Rate of Rise & Fixed Heat Fixed Heat Only

Design Standard EN54 part 5

Approval DIFT -

Operating Voltage 17 to 28V DC (Plus Protocol)

Quiescent Current 440 μA

Alarm Current @ 24V DC 2.4mA



Maximum Humidity 95% RH non condensing

Alarm Condition Rate of Rise or Fixed Heat trigger @ 57°C Fixed Heat trigger @ 90°C

Compatible Bases FE-CB Common Base, FE-IB Isolator Base, FEA-RB Addressable Relay Base, FEA-SB Addressable Sounder Base, FEA-SFB Addressable Sounder Flasher Base

Coverage 50m2


Start-up Time 30 seconds


Weight (with base) 100g (158g)

18


Addressable Remote Indicator LED (ZTA-LE2, ZTA-LE2/10 & ZTA-LE3)

ZTA-LE2 & ZTA-LE2/10

The ZTA-LE2 remote LED indicator has been designed so that it is loop powered and can be installed anywhere on the loop (it can either be connected as part of the loop, or as a spur from the detector it is indicating). This minimises the amount of wiring from a detector to its remote indicator.

It has the same address as the detector it is indicating and will light whenever the panel tells the detector to do so.

There is also a version that will listen to a number of consecutive addresses, designed for when there are more than one detector out of sight.

ZTA-LE3

The ZTA-LE3 is a low cost alternative to the fully addressable remote LED indicator ZTA-LE2.

Remote LEDs are used in installations where a detector going into alarm is likely to occur out of sight (for instance behind a locked door or in a ceiling void). The indicator will then show the location of the alarm.

The ZTA-LE3 is designed to work with addressable Fyreye detectors on the Premier AL panel only. They will need to be programmed to operate and can be triggered from either a single detector or a group of detectors.

Model ZTA/LE2 ZTA/LE2-10 ZTA-LE3

Part No. 48-020 48-020A 48-021

Input Voltage 17 - 33V DC

Quiescent Current 1.5 mA 0 mA

Alarm Current 10mA

Addresses Repeated 1 1-10 1

Colour White Plastic, Red LEDs

Operation Colour Red


Maximum Humidity 95% RH N/C

IP Rating IP 43

Size (WxHxD mm) 86 x 86 x 23

Weight 40 g

L2

L1IOUT

L1IN -R

+

Remote Indicator-+

L2

L1IOUT

L1IN -R

Loop in fromFire alarm panel

L2

L1IOUT

L1IN -R

L2

L1IOUT

L1IN -R

L2

L1IOUT

L1IN -R

L2

L1IOUT

L1IN -R

Loop out to next detector or returnto panel.

Remote Indicator

Loop in fromFire alarm panel

Loop out to next detector or returnto panel.

-

17

65

43

28ON

+-+

-

17

65

43

28ON

Loop in fromfire alarm panel

Loop out to next detector or return to panel

Remote Indicator

+VE

LED

-VE

L1IN

L2

L1IOUT

R

ZTA-LE2 & ZTA-LE2/10

ZTA-LE3

19


Zeta Common Sounder Base & Zeta Common Combined Sounder & Flasher Base (ZTA-CSB, ZTA-CSFIB)

The Zeta addressable common sounder base is essentially an addressable sounder which does not take an address. Instead it listens to address 126 and responds to commands sent to this address.

The combined sounder & flasher version also includes a loop short circuit isolator, which minimises the number of devices that would be inoperative in the case of a short circuit on the loop.

There is no volume adjustment potentiometer, instead the sounder is supplied set to it’s maximum volume.

Although the sounder does not communicate with the control panel, it must be used in conjunction with an addressable detector. For monitoring purposes, the sounder is treated as a conventional sounder and monitored as part of the loop.

Features Complies fully to EN-54 part 3

Allows use of addressable detectors

Low current consumption (5.5 mA for combined sounder & flasher base)

Loop isolation option

Compatible with all Zeta addressable panels

No address to set

All sounder will start at the same time

Model ZTA-CSB ZTA-CSFIB

Part No. 42-510 42-515

Sound Output 85 dB @ 1 metre

Alarm Tone 800-970Hz (0.5s each)

Flasher Colour N/A Red

Flasher Rate N/A 0.3Hz

Operating Voltage 17-30V DC

Quiescent Current 0.4 mA 0.7 mA

Current Consumption During Alarm 4.0 mA 5.5 mA

Size, Diameter x Height 100 x 36 mm

Weight 155g

ZTA-CSB ZTA-CSFIB

20


Fyreye Common & Isolator Bases (FE-CB, FE-CB/S, FE-CB/D, FE-IB)

Features Common base which is compatible with all detectors

Available in 3 different sizes (standard, shallow & deep)

Model FE-CB FE-CB/S FE-CB/D FE-IB

Part No. 80-050 80-050S 80-050D 80-090

Supply Voltage 17-33V DC

Average Quiescent Current At 24V 0μA 35μA

Alarm Current At 24V 0mA

Isolated Current At 24V - - - 5.4mA

Operating Temperature -20°C to +90°C (non condensing or icing)

Max. Wind Speed Not affected

Connections L1in, L1out (not used), L2, -R (not used), Earth

Base Size (Diameter x Depth) 100mm x 15mm 100mm x 8mm 100m x 25mm 100mm x 15mm

Weights 48g 42g 61g 50.2g

FE-CB

FE-CB FE-CB/S FE-CB/D

FE_IB

Earth

L2

R- L1 In

L1 Out

Loop + Out

Loop - OutLoop - In

Loop + In

Loop - In

Loop + In

Loop - Out

Loop + Out

Earth

L2

R-L1In

L1Out- + + - -

In Out

FE-CB/D FE-IBFE-CB/S

21


Fyreye Addressable Reflective Beam Smoke Detector (ZT-50RA, ZT-100RA)

The Fyreye addressable reflective beam smoke detector comprises of a single unit incorporating an infrared transmitter and receiver. The signal is reflected by a prism and analysed for smoke presence. Should a predetermined level be reached, the detector will signal an alarm.

The system is designed to be mounted so that the beam will project between 0.3 and 0.6 metres below the ceiling and parallel to it. Lateral detection may be up to 7.5 metres either side of the beam.

Typical ApplicationsBeam detectors are generally used for two purposes; either to cover a wide-open space and/or in places where several regular smoke detectors would be aesthetically unacceptable. Such places include;

Shopping centres

Heritage sites

Churches or mosques

Museums

Leisure centres

Open Plan offices

Warehouses

Factories

Power stations

and more

Features 50 or 100 metre addressable reflective beam smoke detector

Vds approved

Complies fully to;

BS 5839 part 5

EN54 part 12

Single compact housing

Horizontal or vertical mounting

12-24V DC operation

Low current consumption

Latching or non latching alarm

Reflector targeting mode to ease set-up

Microprocessor controlled

Automatic contamination compensation

Selectable sensitivity

Robust construction

Model ZT-50RA ZT-100RA

Part No. 47-055 47-056

Supply Voltage 17-33VDC

Range 5-50 metres 50-100 metres

Quiescent Current 5mA

Operating Temp. -20°C to +55°C

Max. Humidity 95%RH N/C

Max. Wind Speed Not affected

Alarm Current 9 mA

Fire Output Analogue value to panel

Fault Output Analogue value to panel

Construction Flame Retardant ABS (Grey / Black). IP50

Detector Size 210 x 117 x 120 mm

Weight 0.7 kg

126mm 120mm

140m

m21

0mm

70mm

100mm

100m

m

9.5mm

22


Addressable Manual Call Point(ZT-CP1/AD, ZT-CP2/AD)

The ZT-CP2/AD is an addressable manual call point which has been engineered to comply with EN54 part 11.

It is a resettable call point that signals an alarm with a yellow flag entering the window area and a red alarm LED illuminating. The modern housing is supplied with a back box which has plenty of room for fitting the cables and also includes 2 x 20mm knockouts for glanded cable entry.

There are 2 versions available;ZT-CP1/AD - Which does not have the Perspex protective cover.

ZT-CP2/AD - Which has the protective Perspex cover in addition to a “snaplatch” catch that must to be broken off before the call point cover can be lifted (this acts as a deterrent to malicious activations and allows double action activation).

Features Addressable manual call point

Complies fully to EN54 part 11

Available with or without Perspex protective cover

Model ZT-CP2/AD ZT-CP1/AD

Part No. 43-305 43-306

Input Voltage 17-33V DC

Element Type Resettable

Quiescent Current 1.5 mA

Alarm Current 18 mA

Alarm Activation

Break Snaplatch

Lift Perspex

Press Element

Press Element


Maximum Humidity 95% RH N/C

IP Rating IP 43

Size (WxHxD mm) 111 x 100 x 67 105 x 100 x 58

Weight 198 g 175 g

23


Addressable Weatherproof Manual Call Point (ZT-CP2/AD/WP)

The Zeta addressable weatherproof call point (ZT-CP2/AD/WP) is used to manually initiate an alarm on a Zeta addressable fire alarm system.

As the unit is weatherproof (IP rating 65), it is suitable for external use, or areas which may have a high build up of moisture.

The unit has a back box that can be oriented to have either 2 cable entries, or a single central cable entry at either the top or the bottom of the unit for the addressable loop wiring.

Features Addressable manual call point

Weatherproof (IP rating 65)

Complies fully to EN54 part 11

Available in red and white

Model ZT-CP2/AD/WP ZT-CP2/AD/WP/W

Part No. 43-360 43-362

Element Type Resettable

Alarm Indication Yellow Flag & Red LED

Operating Voltage 17 - 33V DC

Quiescent Current 1mA

Alarm Current 2.9mA

Operating Temperature -20ºC to 50°C


IP Rating IP65

Size (Width x Height x Depth) 87 x 87 x 70mm

Weight 276g

24


Zeta AddressableExplosion Proof Break Glass Unit (ZTA-BGU/WP)

This explosion proof addressable break glass unit is manufactured from aluminium in order to withstand harsh environments. It has a built in push button activator to signal an alarm activation.

The address of the unit is set via an internal address module. Valid addresses are 1 to 126. The unit will return an analogue value of 16 for normal conditions and a value of 64 during an alarm condition.

The unit is finished in red anti-corrosive epoxy powder coating, with 2 x 20mm cable entries. The unit is supplied with a hammer for operation.

Model ZTA-BGU/WP

Part No. 43-410

Element Type Glass

Alarm Activation Break Glass With Hammer

Type of Protection Flame proof

Area Classification Zone 1 & 2

Gas Groups Group I, II A, II B

Apparatus Standard IS – 2148 / 81

CMRI Certification Number CMRS / TC / H167

Approvals CCE

Material Aluminium LM6

Finish Anti corrosive epoxy powder coated

Cable Entry 2 x ¾” ET

Gasket Neoprene

Hardware Stainless steel (SS-304)

Contact Element INC

Rating Voltage 500 V, 50Hz AC

Terminals 4 x 2.5mm²

Earthing External: 2 Nos – M6 Internal: No – M5



Alarm Current 3 mA



IP Rating IP 65

Size (Width x Height x Depth) 105 x 215 x 115mm

Weight 1.5 kg

BR

EA K G LASS

IN

CASE OF

F I R E

N P

T L

115

105

100

Hammer185215

Chain

TL - Terminals 4Nos. 2.5Sq.mm.NP - Name & Warning Plate (SS)

Cable Entry

25


Zeta Addressable Securetone 2 Sounder (ZAS2/R, ZAS2/W)

The Securetone 2 addressable sounder has a low profile design which makes it ideal for locations where sounders are required to be unobtrusive. It is designed to work with the complete range of Zeta addressable control panels.

The sounder is supplied configured to it’s maximum volume. However there is a potentiometer which may be used to adjust the sound level if required.

An 8 way DIL switch is used to set the address, where switch 8 is the shadow operative switch. When in the position ON, the sounder will behave normally. When in the OFF position, the sounder will listen to commands without answering to the panel. This allows multiple sounders to be configured at the same address to allow for synchronised sounder operation.


85 dB @ 1 metre




DIP switch address setting

Option to function as shadow sounder

Model ZAS2/R ZAS2/W

Part No. 42-520 42-521


Alarm ToneIntermittent Tone - 800-970Hz (0.5s each) Pulsed Tone – 970Hz (0.5s on, 0.5s off)

Maximum Sounders Per Loop 64

Short Circuit Isolator No



Alarm Current 5.5 mA

Maximum Cable Size 2.5mm²

Operating Temperature 0ºC to 40ºC



Material Red ABS Plastic White ABS Plastic

Size, Diameter x Height 100mm x 37.5mm

Weight 120g

ZAS2/R

ZAS2/W

26


Zeta Addressable Securetone 2 Combined Sounder & Flasher (ZAS2/RFI, ZAS2/WFI)

The Zeta addressable Securetone 2 combined sounder & flasher has a low profile design which makes it ideal for locations where sounders are required to be unobtrusive.

It is designed to work with the complete range of Zeta addressable control panels. It also includes a short circuit isolator which minimises the number of devices which would be inoperative in the case of a short circuit on the loop.

The sounder is supplied configured to it’s maximum volume. However there is a potentiometer which may be used to adjust the sound level if required.

An 8 way DIL switch is used to set the address, where switch 8 is the shadow operative switch. When in the position ON, the sounder will behave normally. When in the OFF position, the sounder will listen to commands without answering to the panel. This allows multiple sounders to be configured at the same address to allow for synchronised sounder operation.


85 dB @ 1 metre

Includes short circuit isolator





Shadow sounder option

Model ZAS2/RFI ZAS2/WFI

Part No. 42-525 42-526


Alarm ToneIntermittent Tone - 800-970Hz (0.5s each) Pulsed Tone – 970Hz (0.5s on, 0.5s off)

Maximum Sounders Per Loop 64

Short Circuit Isolator Yes




Maximum Cable Size 2.5mm ²




Material Red ABS Plastic White ABS Plastic


Weight 120g

ZAS2/RFI

ZAS2/WFI

27


Zeta Addressable Securetone 2 Addressable Flasher (ZASF/RI)

The Zeta addressable Securetone 2 flasher has a low profile design which makes it ideal for locations where flashers are required to be unobtrusive.

It is designed to work with the complete range of Zeta addressable control panels.

It also includes a short circuit isolator which minimises the number of devices which would be inoperative in the case of a short circuit on the loop.


Includes short circuit isolator





Model ZASF/RI

Part No. 42-530

Maximum Flashers Per Loop 64

Short Circuit Isolator Yes




Maximum Cable Size 2.5mm²




Material Red ABS Plastic


Weight 120g

28


Maxitone Addressable Sounder & Sounder Flasher (ZAMT/R, ZAMT/W, ZAMTF/R)

The Maxitone addressable sounder is a large horn sounder suitable for many applications. It can be used on any panel using the Zeta Addressable Protocol. It is available as a sounder only in red or white, or as a combined sounder flasher in transparent red. It is suitable for indoor & outdoor useIt has a large back-box with knockout cable entries, which has plenty of room for fitting the cables.

It has an internal 8 way dip switch for setting the device address, and a sound output of 94 dBA @ 1m.

Both units have a built in short circuit isolator to provide system integrity in the event of cable damage.

120mm

126mm

107mm

Model ZAMT/R ZAMT/W ZAMTF/R

Part No. 42-007 42-007A 42-

Colour Red White Red

Supply Voltage 17-33V

Standby Current 0.6mA 0.6mA 0.6mA

Active Current 12mA 12mA 15mA

Sound Output 94dB 94dB 94dB

Number of Tones 2 (Controlled by FACP)

Flasher N/A N/A Red LED – 2Hz

Operating Temp. 0°C to 50°C

Max. Humidity 95% RH N/C

IP Rating IP 65

Size 124 x 129 x 100 mm

Weight 200g

29


Zeta Common Addressable Input Unit (ZIU)

The Zeta addressable input unit (ZIU) is used to interface external equipment which has a volt free normally open relay output to any Zeta addressable fire alarm system. The input is monitored with a 47K end of line resistor.

The unit has a built in loop short circuit isolator to help keep the unit operational in the event of a problem on the addressable loop wiring.

The unit has internal LED indications for loop isolator active, fault on input and alarm (panel controlled). During the system set-up, the led can be removed from this box to allow these LEDs to be viewed.

Model ZIU

Part No. 48-100

Operating Voltage 17 – 33V DC

Quiescent Current 900uA

Alarm Current 2.9mA

Fault Current 2.8mA

Isolating Current 7.3mA

Input End Of Line 47K Resistor

Device Normal Resistance (Return Value 16) 10K to 75K

Device Open CCT Fault Resistance (Return Value 4) 85K to open circuit

Device Alarm Resistance (Return Value 64) 0K to 5K



IP Rating IP 43

Size, Width x Height x Depth 127 x 88 x 57mm

Weight 220g

0 1 23

45678

90 1 23

45678

90 1 23

45678

9

Interface Unit

Address

Seri

al N

o

Hundreds

ZIU Pt No: 48-100ZIOU Pt No: 48-105ZSCC Pt No: 48-110

Loop

In

- - + + -

Out

Tens Units

30


Zeta Addressable Input Output Units (ZIOU, ZIOU/230)

The Zeta addressable input output units (ZIOU & ZIOU/230) are used to interface external equipment to any Zeta addressable fire alarm system.

It has a switch monitoring input with a 47K end of line resistor and a volt free SELV relay output.

There are two versions available, one for switching low voltage (ZIOU) and the other for switching mains (ZIOU/230).

As with all addressable interfaces, the outputs are controlled by the panel to which they are connected. Consequently the interfaces will behave differently on different panels, i.e. some may allow the outputs to be programmed whilst others will have a default “pre-programmed” operation.

Model ZIOU ZIOU/230

Part No. 48-105 48-106


Quiescent Current 900uA

Alarm Current 10.6mA

Fault Current 2.8mA

Isolating Current 7.3mA

Input End Of Line 47K

Device Normal Resistance (Return Value 16) 10K to 75K

Device Open CCT Fault Resistance (Return Value 4) 85K to open circuit

Device Alarm Resistance (Return Value 64) 0K to 5K

Relay Rating 1 Amp SELV Only

5 Amp 230V AC Resistive



IP Rating IP43

Size, Width x Height x Depth 127 x 88 x 59mm

Weight 220g

Seri

al N

o

0 1 23

45678

9 0 1 23

45678

9 0 1 23

45678

9

Address Settings

Compatible with Zeta AddressableFire Alarm System

Panels Only

Interface UnitZIOUH PT NO.40-06

www.gltexports.com MADE IN THE UK

AUX 1240VAC 5A

Hundreds Tens UnitsNC

Power

Loop

LinkIsolateSection

IN- + +- -

OUT

147k EOLMON I/P

Alarm

Fault

Isolator

CM

NO

The unit has a built in loop short circuit isolator to help keep the unit operational in the event of a problem on the addressable loop wiring.

It has 3 indication LEDs on the front of the unit. One for alarm, one for local fault and one for addressable loop fault (isolator active).

31


Zeta Addressable Sounder Circuit Controller (ZSCC, ZSCC/4)

The Zeta addressable sounder circuit controllers (ZSCC & ZSCC/4) are used to connect any conventional alarm warning devices (for instance sounders, flashers or bells) to any Zeta addressable fire alarm system. It needs external power to be supplied from a suitable 24V power supply.

The unit has a built in loop short circuit isolator to help keep the unit operational in the event of a problem on the loop wiring.

It has 3 indication LEDs on the front of the unit, one for alarm, one for local fault and one for addressable loop fault (isolator active).

Model ZSCC ZSCC/4

Part No. 48-110 48-111

Number of Sounder Circuits 1 4


Quiescent Current 900uA (6.8 mA from ext PSU)

Alarm Current10.6mA (10mA + sounder load from PSU)

42.4mA (10mA per circuit + sounder load from PSU)

Fault Current 2.8mA (10mA from PSU)

Isolating Current 7.3mA (6.8 mA from ext PSU)

Sounder End of Line 47K

Line Monitoring Conditions Open & Short Circuit

Sounder Output 1 Amp (If Ext PSU Allows)

Operating Temperature 0°C to 50°C


IP Rating IP 43

Size 127 x 88 x 59mm 195 x 143 x 79mm

Weight 220g 400g

0 1 23

45678

9 0 1 23

45678

9 0 1 23

45678

9

Address

Hundreds

Snd Supply

Tens Units

ZIU Pt No: 48-100ZIOU Pt No: 48-105ZSCC Pt No: 48-110

Seri

al N

o

Interface Unit

0 1 23

45678

9 0 1 23

45678

9 0 1 23

45678

9

Address

Hundreds Snd Supply

Loop In/OutLineIsolated

Tens Units

Serial No

Quad Sounder Unit

Snd 1 O/P

SndActive

SndFault

SndActive

SndFault

Snd 2 O/P Snd 3 O/P

SndActive

SndFault

Snd 4 O/P

SndActive

SndFault

ZSCC

ZSCC/4

32


Zeta Addressable Zone Monitoring Units(ZTZM/1, ZTZM/4)

Zone monitors are used to connect conventional detectors to an addressable loop. This may be for economic reasons (due to conventional detectors being less expensive compared with addressable ones), or for technical reasons (the required detector may not be available in an addressable form (for instance flame detectors).

The Zeta addressable zone monitoring units have either 1 (ZTZM) or 4 (ZTZM/4) detection circuits and both require external power to be supplied from a suitable 24V PSU.

The unit has a built in loop short circuit isolator to help maintain operation in the event of a problem on the addressable loop wiring. It has internal indication LEDs for zone alarm (red) and zone fault (yellow) for each of the detector circuits. It also has one for addressable loop fault (isolator active).

Model ZTZM/1 ZTZM/4


Quiescent Current 1.08mA (22mA from ext PSU)

1.08mA (40mA from ext PSU)

Alarm Current (Max.)



Fault Current (Max.)



Isolating Current 7.2mA (22mA from ext PSU)


Sounder End Of Line 2K2

Line Monitored Conditions Open & Short Circuit & Alarm

Alarm Condition Zone current >14mA



IP Rating IP43

Size 127 x 88 x 59 mm

Weight 220g

Serial No

0 1 23

45678

9 0 1 23

45678

9 0 1 23

45678

9

Address

HundredsZone Supply


Tens Units

Quad SounderMonitoring Unit Zone

1

ZoneAlarm

ZoneFault

Serial No

0 1 23

45678

9 0 1 23

45678

9 0 1 23

45678

9

Address

HundredsZone Supply


Tens Units

Quad SounderMonitoring Unit Zone

1

ZoneAlarm

ZoneFault

Zone2

ZoneAlarm

ZoneFault

Zone3

ZoneAlarm

ZoneFault

Zone4

ZoneAlarm

ZoneFault

33


Zeta GSM Communicator (GSM-COM)

Zeta GSM communicator is an interface that allows a fire alarm panel to send a SMS text message in the event of an alarm or a fault.

The communicator accepts a standard Mobile Phone SIM card, and is then programmed with the alarm information & phone numbers via a PC.

The unit can run on any power supply between 9 & 24V DC.

The unit has 4 inputs & 2 user definable outputs.

The outputs can be manually operated by dialling the GSM communicator then entering a password.

Model GSM-COM

Part No. 48-900


Standby Current 200mA

Active Current 500mA

Transmission Frequency GSM 900/1800 MHz

Inputs (Type) 4 x N/O switch monitor

Input Quantity (3 user definable, 1 reserved)

Outputs (Type) 4 x Open Collector – 100mA Max

Output Quantity (2 user definable, 2 reserved for line faults)


Size (PCB Only) 150 x 101 x 27mm

Weight (PCB Only) 70g

Size (ex antenna) 234 x 165 x 80mm

Weight 200g

A Antenna

B Metal House

C Antenna Cable Adaptor

D Main PCB

E Antenna Connection

F SIM card Case

G GSM Module

H Power Supply Terminals 9-24V DC

I RS232 Connector for Programming

9-24V DC

PC Rs232

A

B

C

ED

F G

H J

I

K

J Connectors

• GSM LINE• PSTN LINE• In1/2/3 (User

Programmable)• In4 (DIRECT GSM

Function)• COM Common

Point IN1...IN4• OUT1/2 (User

Programmable)• OUT3 failure of

GSM line• OUT4 failure of

wired line

K Push button

34


Loop Powered Door Magnet (ZTA-DH)

The loop powered door magnet is the latest innovation from Zeta Alarm Systems. The ZTA-DH is an addressable loop powered & loop controlled door holder. It takes all it’s power from the loop, so there is no need for a separate power supply or battery.

The unit consists of a controller unit, which connects directly to the loop, and a permanent magnet door holder. The door holder controller can then be programmed to operate in a similar manner to an Input/Output unit.

The current consumption allows the use of up to 20 units per loop.

It has a manual door release button to allow the magnet to release the door at any time.

The interface also has a built in loop short circuit isolator, to help maintain system integrity in the event of a fault condition.

Model ZTA-DH

Part No. 83-005


Standby Current 1mA Typ (Max 13.5mA)

Active Current 4mA Typ (Max 16.6mA)

Inputs Manual door release button

Output Release signal to magnet

Operating Temp. 0°C to 60°C

Holding Force 200 N

Magnet Release Pwr 3 W

Size (interface) 127 x 88 x 59 mm

Weight (interface) 220g

Size (magnet) 85 x 110 x 38 mm

Weight (magnet) 400g

Size (keeper) 55 x 55 x 50 mm

Weight (keeper) 150g

Loop OutLoop In

4 Cores

35


Future ProductsA showcase of forthcoming products in development:

EN54 Switched-Mode Power Supplies

Complies with the latest requirements of EN54 part 4

1.0 Amp output up to 12.0 Ah

5.0 Amp output up to 17.0 Ah

Quatro 4 Loop Addressable Fire Alarm Panel

Network capacity of 64 panels (254 loops)

Build-in European languages

Cutting edge cause & effect software

4 x 40 character display

Xtratone Sounder and Combined Sounder & Flasher

High dB output sounder


36

Detector Sounder Module Plug and play sounder which fits onto Fyreye Common Bases

Easily retrofitted to current installations

Up to 125 sounder modules can be supported on a single loop

EN54 Certified Interface Modules

Fully compliant & certified to EN54

Built-in isolators

Fyreye MKII Detectors Built-in short circuit isolators

8 LEDs offering combination of flashing modes

Introducing new protocol (backwards compatible)

Special portable tool to check sensitivity via built-in IR sensor

37

Product Compatibility Chart

Repeater Panels Addressable Detectors Addressable Sounder Addressable Interface Detector Bases Remote Led

REP-

AD

REP-

AL

REP-

AL/G

Alar

m M

anag

er

FEAO

E200

0

FEAH

E200

0

FEAH

HE2

000

FEAO

H20

00

ZT-C

P2/A

D

WP-

MCP

/AD

ZT-5

0RA

ZT-1

00RA

ZAS2

/R(W

)

ZAS2

/R(W

)FI

ZASF

/RI

ZAM

T/R

ZAM

TF/R

ZIU

ZIO

U

ZIO

U/2

30

ZSCC

ZSCC

/4

ZTZM

ZTZM

/4

ZTA-

DH

FE-C

B

FEA-

IB

FEA-

RB

ZTA-

CSB

ZTA-

CSFI

B

ZTA-

LE2

ZTA-

LE2-

10

ZTA-

LE3

Simplicity Micro x x x x P

Max Per loop: - - - - - - - - - - - - 32 32 32 16 10 32 16 8 16 4 32 32 8 - - - 64 48 - - -

Simplicity 64 x x x P

Max Per Loop: - - - - - - - - - - - - 64 48 64 32 25 64 16 8 16 8 32 32 16 - - - 64 48 - - -

Simplicity 126 x x x P

Max Per Loop: - - - - - - - - - - - - 64 48 64 32 25 64 16 8 16 8 32 32 16 - - - 64 48 - - -

Premier AD x x x P

Max Per Loop: - - - - - - - - - - - - 64 48 64 32 25 64 16 8 16 8 32 32 16 - - - 64 48 - - -

Premier AL 1-4 x P

Max Per Loop: - - - - - - - - - - - - 64 48 64 32 25 64 16 8 16 8 32 32 16 - - - 64 48 - - -

Premier AL 5-8 x x P

Max Per Loop: - - - - - - - - - - - - 64 48 64 32 25 64 16 8 16 8 32 32 16 - - - 64 48 - - -

About

This chart is aimed to assist identifying which devices or repeaters will work with each control panel.

If you have any questions or doubts, contact your local representative, or contact our technical support team via email on [email protected].

Key

Compatible, and can be connected directly to the panel

x Not compatible with the panel

P Compatible, but requires some extra setup programming

38

Device Current Consumption (in Micro-Amps)

Cable ComparisonType Voltage drop (mV/A/m)

FDC 1.0 44

FDC 1.5 29

FDC 2.5 18

Voltage Drop ConsiderationsOn an addressable system, loop voltage drop has to be taken into consideration. Due to variations in load distribution along the cable length, it is not always practical to try to calculate the exact voltage drop.

The addressable devices are rated down to 17V, so every point on the loop must be at least 17V at all times.

So when considering the question “how long can my loop be ?”, the actual question to be answered is “how long can my loop be with my maximum alarm load, and chosen cable thickness, before the loop voltage drops below 17 V DC?”. There is always the option to use a thicker cable gauge.

The below tables give a rough indication of “worst case voltage drop” for different loads and cable lengths for the 3 main fireproof cable sizes.

Cable Length (1.0mm cable)

Load 100m 250m 500m 750m 1000m 1250m 1500m 1750m 2000m

100mA 26.56 25.9 24.8 23.7 22.6 21.5 20.4 19.3 18.2

200mA 26.12 24.8 22.6 20.4 18.2 16 13.8 11.6 9.4

300mA 25.68 23.7 20.4 17.1 13.8 10.5 7.2 3.9 0.6

400mA 25.24 22.6 18.2 13.8 9.4 5 0.6 N/A N/A

500mA 24.8 21.5 16 10.5 5 N/A N/A N/A N/A


Load 100m 250m 500m 750m 1000m 1250m 1500m 1750m 2000m

100mA 26.71 26.28 25.55 24.83 24.1 23.38 22.65 21.93 21.2

200mA 26.42 25.55 24.1 22.65 21.2 19.75 18.3 16.85 15.4

300mA 26.13 24.83 22.65 20.48 18.3 16.13 13.95 11.78 9.6

400mA 25.84 24.1 21.2 18.3 15.4 12.5 9.6 6.7 3.8

500mA 25.55 23.38 19.75 16.13 12.5 8.88 5.25 1.63 N/A


Load 100m 250m 500m 750m 1000m 1250m 1500m 1750m 2000m

100mA 26.82 26.55 26.1 25.65 25.2 24.75 24.3 23.85 23.4

200mA 26.64 26.1 25.2 24.3 23.4 22.5 21.6 20.7 19.8

300mA 26.46 25.65 24.3 22.95 21.6 20.25 18.9 17.55 16.2

400mA 26.28 25.2 23.4 21.6 19.8 18 16.2 14.4 12.6

500mA 26.1 24.75 22.5 20.25 18 15.75 13.5 11.25 9

Device Quiescent Alarm

FEAOE2000 480 2300

FEAHE2000 440 2400

FEAHHE2000 440 2400

FEAOH2000 520 2300

ZT-CP2/AD 1500 18000

WP-MCP/AD 1000 2900

ZT-50RA 5000 9000

ZT-100RA 5000 9000

ZAS2/R(W) 900 4000

ZAS2/R(W)FI 900 5500

ZASF/RI 900 2500

ZAMT/R 600 12000

ZAMTF/R 600 16000

ZIU 900 2900

ZIOU 900 10600

ZSCC 900 10600

ZSCC/4 900 42400

ZTZM 800 780

ZTZM/4 800 780

FE-CB 0 0

FEA-IB 43 6400

FEA-RB 0 15000

ZTA-CSB 400 4000

ZTA-CSFIB 700 5500

ZTA-LE2 1500 10000

ZTA-LE2-10 1500 10000

ZTA-LE3 0 10000

39

Notes

40

Tel: +44 (0) 1792 455 175 Fax: +44 (0) 1792 455 176 E-mail: [email protected] Web: www.zetaalarmsystems.com

Detection House 72-78 Morfa Road Swansea SA1 2EN United Kingdom

Available now from:

zeta addressable+catalogue+(screen)

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