Conventional Fire Alarm Systems

Conventional

Fire Alarm Systems

2

Contents

Introduction

Premier SX Conventional

Fire Alarm Panel

Premier Elite Conventional

Fire Alarm Panel

Premier Conventional Repeater Panel

Premier M Plus 8-24 Zone

Conventional Fire Alarm Panel

Premier M Plus Repeater Panel

Premier 48 M Plus 24-48 Zone

Conventional Fire Alarm Panel

Premier 48 M Plus Repeater Panel

Premier MX Conventional

Fire Alarm Panel

Fyreye Extra Conventional

Optical Smoke Detector

Fyreye Extra Conventional Rate of

Rise and Fixed Heat Detectors

Fyreye Extra Conventional

Opto-Heat Detector

Fyreye Conventional

Ultra-Violet Flame Detector

Fyreye Conventional Detector Bases

Zeta Remote LED Indicator

Fyreye 50 & 100m Reflective Beam

Smoke Detector

Fyreye 50 & 100m Auto-aligning Beam

Smoke Detector Systems 50 & 100m

3-7

8

11

12

13

14

15

16

17

18

22-23

24-25

19

20

21

9

10

Zeta UV/IR Optical Flame Detectors

Zeta Conventional Manual Call Points

Zeta Conventional

Weatherproof Call Point

Zeta Conventional Explosion Proof

Manual Call Point

Miditone Conventional

Electronic Sounder

Miditone Conventional Combined

Electronic Sounder & Flasher

Securetone Conventional

Electronic Sounder

Secure Light Xenon Flasher

Maxitone Conventional Sounder and

Combined Sounder & Flasher

Zeta Conventional Fire Alarm Bells

Zeta Flame Proof Siren

Zeta Flame Proof Gong Bell

Zeta Magnetic Door Holders

Zeta Duct Unit

Premier Power Pack EN 54-4 Power

Supply with LCD Screen

Batteries

31

32

33

34

37

38

35

36

39

40

41

42

26-27

28

29

30

Introduction

Zeta 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 Supplier

To 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 Future

Our continued inward investment and constant endeavour to offer the very best products is recognised by our increased turnover and profit margin year-onyear. 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 Warranty

We 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 & Development

As 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 Policy

We 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

4

Introduction to Fire

Alarm Systems

Fire Detection &

Alarm Systems BS5839

Fire alarm systems are used to detect a fire, and to signal a warning alarm to the appropriate source.

In general, there are 3 types of system;

1.

Manual Fire Alarm Systems

– which rely on manual call points to signal an alarm

2.

Life Protection Fire Alarm Systems

– these are designed to protect the occupants of a building

3.

Property Protection Fire Alarm Systems

– these are designed to protect buildings

Risk Assessment

The ‘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.

The warning may be simply ringing fire alarm sirens, however if a building is likely to be unoccupied, it may be more appropriate to signal to a monitoring station, or at least send a message to the building owner via telephone.

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.

System Zoning

Information

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.

The following guide lines should be observed:

If the total floor area of the building is less than 300m

2

then the building needs only one zone, regardless of the number of storeys.

Manual Call Points

A ‘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.

If the total floor area is greater than

300m

2

:

The maximum area for a zone is 2000m

2

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.

1.2m - 1.4m

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.

45m Max. or

25m Max. for disabled person

60m Max.

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

5

6

Detector Information

Automatic Detectors

When 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 Detectors

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

Heat Detectors General

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

10.6m

7.5m

112m²

(10.6m x

10.6m)

Room boundary

56.3m²

(7.5m x

7.5m)

Room boundary

7.5m

5.3m

5.3m

3.8m

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.

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 Detectors

Fixed temperature heat detectors are available with different temperature settings, and are normally installed in kitchens, boiler rooms, etc.

Detection In Apex Roofs

If 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

Fire Alarm Sounders

Fire 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.

65dB(A)

@ 500Hz - 1000Hz

+5dB(A)

@ 500Hz - 1000Hz

Background noise

Heat

Detector

Smoke

Detector

Heat

Detector

Smoke

Detector

Apex

<150mm

Apex

<600mm

Apex

>150mm

Apex

>600mm

Small Apex

= Standard Spacing

Large Apex

= Extended Spacing

Cabling

The 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.

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.

75dB(A)

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’.

7

Conventional Fire Alarm Systems /

Premier SX Conventional Fire Alarm Panel

(NPSX1, NPSX2, NPSX4, NPSX6, NPSX8)

8

The Premier SX control panel range is available in 1, 2, 4, 6 and 8 zones, housed in a light grey flame retardant ULV0 enclosure, designed to meet modern architectural surroundings, with a removable hinged door.

The Premier SX has been designed with ease of installation in mind, in addition to the robust electronic design expected from Zeta Alarm Systems.

73mm 100mm

Features

LPCB Approved to EN54 parts 2 & 4

One man test facility

Disablement facility for zones & sounders

Space for up to 7Ahr batteries

Sounder delay option (0 – 9 min)

Panel can be flush mounted

Flush Mount

Model

Part No.

Mains Voltage

System Voltage

Zone Voltage

Sounder Alarm Output

Fault Relay Output

Fire Relay Output

Zone Capacity

Remote Sounder Activation

Sounder Activation Delay

Zone End Of Line

Sounder End Of Line

Charger Voltage

Zone Short Circuit Protection

Charger Short Circuit Protection

Enclosure Size

Weight

Wall Mount

NPSX1

37-050

NPSX2

37-051

230V AC +10% / -15% @ 50/60Hz

NPSX4

37-052

24V DC (nominal)

21V DC (nominal)

2 x 400mA @ 24V DC (nominal)

1 x relay SELV @ 1A maximum


32 devices per zone

Via N/O contact (class change)

0-9 minutes in 1 minute increments

IN4002 Diode (cathode stripe to +)

10K resistor

28.4V @ 20°C (with battery disconnected)

100mA

Battery voltage less than 20V

355 (l) x 275 (h) x 100 (d) mm

3.25kg (excluding batteries)

NPSX6

37-053

NPSX8

37-054


Premier Elite Conventional Fire Alarm Panel

(PE1, PE2, PE4, PE6, PE8)

The Premier Elite 1-8 zone fire alarm panels are ideal for small to medium sized installations. They meet all the requirements of EN54 parts 2 & 4, and come in an attractively styled enclosure.

The zonal output card gives a drive voltage to operate zonal alarm relays, or a hardwired repeater panel.

73mm

Flush Mount

Model

Part No.

Detection Zones

Mains Voltage

System Voltage

Zone Voltage


Fault Relay Output

Fire Relay Output

Zone Capacity



Zone End Of Line

Sounder End Of Line

Charger Voltage



Operating Temperature

Enclosure Size

Weight

100mm

Features

Fault relay (4, 6 & 8 zone only)

Alarm relay

Current limited charger to prevent flat batteries drawing too much current (4, 6 & 8 zone only)

Built in diode base compatibility (4, 6 & 8 zone only)

Sounder delay facility (4, 6 & 8 zone only)

Connection to optional add on zonal output card

(4, 6 & 8 zone only)

Zone disablement facility (4, 6 & 8 zone only)

One man test facility (4, 6 & 8 zone only)

Wall Mount

PE1

37-040

PE2

37-041

1 2

230V AC +10%/-15% @ 50/60Hz

PE4

37-042

4

PE6

37-043

6

PE8

37-044

8

24V DC (nominal)

22V DC (nominal)

2 x 400mA @ 24V DC (nominal)

N/A

29V DC (nominal)



20 Devices

N/A

N/A

10K resistor

10K resistor

32 Devices

Via N/O Contacts

0-9 minutes in 1 minute increments

IN4002 Diode (cathode stripe to +)

10K resistor

27.6V DC (No Batt Connected) 28.4V @ 25°C (No Battery Connected)

N/A

N/A

0°C to 50°C

355 x 275 x 100mm


100mA

Batteries less than 21V


9


Premier Conventional Repeater Panel

(PRE-REP)

73mm 100mm

The Premier Repeater panel is a hard-wired repeater panel for use with the Premier SX (all sizes), and the Premier Elite (4-8 zone) panels.

It is display only (no controls) and indicates power, general fault, general fire & the zone in alarm. It also has an internal buzzer to indicate that it requires attention.

It comes supplied with an interface card to connect to the Premier SX and Premier Elite (4-8 zone) panels.

Features

Zonal indication for fire

Common fault indication

Surface or semi flush fixing

10

Model

Flush Mount

Part No.

Supply Voltage

Supply Voltage

Connections


Enclosure Size

Weight

Wall Mount

PRE-REP

37-045

20–35V DC

29V DC (nominal)

A+

0V

GA

CF-

TN-

Z1- to Z8-

-0°C to 50°C

355 x 275 x 100mm

1kg

Supply +VE

Supply –VE

General Alarm

Common Fault

Tone (Buzzer Active)

Zonal Alarm


Premier M Plus 8-24 Zone Conventional Fire

Alarm Panel

(PMP8, PMP16, PMP24)

Model

Part No.

Detection Zones

Mains Voltage

System Voltage

Zone Voltage


Fault Relay Output

Fire Relay Output

Zone Capacity



Zone End Of Line

Sounder End Of Line

Charger Voltage



Charger Size


Enclosure Size

The Premier M Plus control panels are designed to fulfil the requirements of EN54 parts 2 & 4 as well as being easy to install, operate and maintain.

Being of modular construction, the basic M Plus panel has 8 zone capacity, expandable to 16, 20 and 24 zones.

The Premier M Plus is suitable for surface mounting or semi-flush fitting (with just the door protruding).

Features

4 Common sounder circuits (150mA each)

Optional add-on zonal sounder circuits (50mA

Max.)

Serial repeater output

Auxiliary supply (29 Volts, 250mA)

Zone & sounder disablement facility

Sounder delay facility

Zonal to common timer (when fitted with zonal sounder boards)

One man test mode

PMP8

37-020

PMP16

37-022

8 16

230V AC +10% / -15% @ 50/60 Hz

24V DC (nominal)

21V DC

4 x 150mA @ 24V DC



32 Devices

N/A

0 – 9 minutes in 1 minute increments

IN4002 Diode

10KΩ Resistor

28.4V DC (batteries disconnected)

100mA


3.0 Amp

0°C - 50°C

485 x 477.5 x 125mm

PMP24

37-024

24

11


Premier M Plus Repeater Panel

(PMP-REP, PMP-REP/M)

12

The Premier M Plus repeater is available in 2 versions – standard & multiple.

The standard repeater offers display & control functions, however it is limited to one per system.

The second version allows multiple repeaters on the same system however they do not have any control functions (i.e. they cannot be used to silence or reset the system).

A single repeater can be powered from the panels’ auxiliary 24V supply. If more than one repeater is to be used, a separate 24V is required.

Model

Part No.

Functions

Supply Voltage

Max. Quantity Per System

Connections


Enclosure Size

Weight

PMP-REP

37-026

Display & control

20-30V DC

1

Serial Repeater A

Serial Repeater B

+24V DC

0V

0°C to 50°C

375 x 335 x 125mm

TBC

PMP-REP/M

37-027

Control only

5


Premier 48 M Plus 24-48 Zone Conventional

Fire Alarm Panel

(PMP48/24, PMP48/32, PMP48/40, PMP48/48)

The Premier 48 M Plus control panels are designed to fulfil the requirements of EN54 parts 2 & 4 as well as being easy to install, operate & maintain.

Being of modular design, the basic panel has 24 zones built in and it can be expanded to 32, 40 & 48 zones.

The construction of the panel is epoxy painted steel enclosure, with top & rear cable entries.

Features

4 common sounder circuits (400mA each)

Optional add-on zonal sounder circuits (50mA

Max)

Serial repeater output

Auxiliary supply (29 Volts, 250mA)

Zone & sounder disablement facility

Sounder delay facility

Zonal to common timer (when fitted with zonal sounder boards)

One man test mode

Model

Part No.

Detection Zones

Supply Voltage

System Voltage

Zone Voltage


Fault Relay Output

Fire Relay Output

Other Connections

Zone Capacity



Zone End Of Line

Sounder End Of Line

Charger Voltage



Charger Size

IP Rating


Enclosure Size

Weight

PMP48/24

37-030

PMP48/32

37-032

24 32

230V AC +10%/-15% @ 50/60 Hz

PMP48/40

37-034

40

PMP48/48

37-036

48

29V DC (nominal)

21V DC

4 X 400mA @ 24V DC

1 relay SELV @ 1A (normally energised)

1 relay SELV @ 1A maximum

Class Change Input (N/O Contact) / F.A.R.E. Output / Serial Repeater Output (4 Wire)

Up to 32 devices

N/A

0 to 9 minutes

100μF capacitor

10K resistor

28.4V DC (Batteries disconnected)

100mA


3 Amp

IP43

0°C to 50°C

675 x 480 x 135mm

13kg

13


Premier 48 M Plus Repeater Panel

(PMP48-REP, PMP48-REP/M)

14

The Premier 48 M Plus repeater is available in

2 versions – standard & multiple.

The standard repeater offers display & control functions, however is limited to one per system.

The second version allows multiple repeaters on the same system however they do not have any control functions (i.e. they cannot be used to silence or reset the system).

A single repeater can be powered from the panels’ auxiliary 24V supply. If more than one repeater is to be used, a separate 24V is required.

Model

Part No.

Functions

Supply Voltage

Maximum Quantity Per System

Connections


Enclosure Size

Weight

PMP48-REP

37-037

Display & control

20–30V DC

1

Serial Repeater A

Serial Repeater A

+24V DC

0V

0°C to 50°C

480 x 330 x 60mm

4.8kg

PMP48-REP/M

37-038

Control only

5


Premier MX Conventional Fire Alarm Panel

(MX-16 & MX-32)

The Premier MX ranges of panels are available in either 16 or 32 zone versions and have been approved by LPCB to EN54 parts 2 & 4.

The panels offer an extensive range of configuration options whilst remaining easy to install and configure.

Model

Part No.

MX-16

37-140

Detection Zones 16

Supply Voltage 230V AC +/- 10%

MX-32

37-142

32

System Voltage

Zone Voltage

24V DC (Nominal)

24V DC (Nominal) Relay, SELV @ 1A

Zone End of Line 22uF, 35V Axial Capacitor

Sounder Output 4 X 1.0A @ 24V DC

Sounder EOL

Aux DC Output

Repeater option

Panel Inputs

3K9 Resistor

24V DC (Nominal) 1A

Yes

Remote

Evacuation

Fire Protection Relay,

SELV @ 1A

Remote Silence

Alarms

Disablement Active

(Open Collector

Output)

Remote Reset

Class Change

Panel Outputs

Evacuation Active

(Open Collector

Output)

Fault Routing

Relay, SELV @ 1A

Buzzer Active (Open

Collector Output)

Fire Routing

Relay, SELV @ 1A

RS 485 Repeater

Connection

Operating

Temperature

Size

Weight

-5°C to 40°C

325 x 370 x 126mm 400 x 441 x 131mm

7.05kg 9.35kg

Features

LPCB Approved to EN54 parts 2 & 4

Zonal one-man test facility

Latching or non-latching zones

Delayed or non delayed zone operation

Standard or intrinsically safe zone mode

Short circuit to fire mode for compatibility with old detectors

Zonal or common alarm operation (requires output expansion PCBs)

Latching or non-latching fault modes

Fault routing, fire routing & fire protection relays can be programmed as 24V output

(monitored) or volt free

Fault routing, fire routing & fire protection relays can have delayed operation in any configuration

The panel is available as flush mount on request

Repeater panel option (up to 5 maximum per panel)

15


Fyreye Extra Conventional

Optical Smoke Detector

(FEOE2000)

100mm 37mm

The Fyreye Extra optical smoke detector uses a pulsing IR LED & photodiode to detect IR scatter caused by smoke entering the chamber.

The 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 10μm).

The detector will work with most modern fire alarm control panels and comes supplied with a locking grub screw to prevent unauthorised head removal.

The Fyreye Extra range of detectors has an extra LED to improve detector identification in an alarm condition.

Features

Designed to meet EN54 requirements

Attractive design

Dual LEDs for 360° visibility

Lockable base to stop unauthorised removal

Compatible with all Fyreye bases

16

Model

Part No.

Detector Class

Design Standard

Approval

Operating Voltage

Quiescent Current

Alarm Current @ 24V DC


Minimum Continuous Temperature

Maximum Humidity

Alarm Condition

Coverage

IP Rating

Start-up Time

Size (with Base)

Weight (with Base)

FEOE2000

80-022

Optical Smoke

EN54 part 7

DIFT

9-33V DC

65μA

53mA MAX

-10°C to +50°C

0°C

95% RH non-condensing

2.4% obscuration per metre

100m

2

IP43

10 Seconds

100 x 37mm (101 x 53mm)

95g (153g)


Fyreye Extra Conventional Rate of Rise and

Fixed Heat Detectors

(FEHE2000 & FEFHE2000)

100mm 48mm

The Fyreye Rate of Rise heat detector

(FEHE2000) uses a thermistor arrangement to sense a quick rise in temperature and also a final threshold temperature of 57°C. The

Fyreye fixed heat detector (FEFHE2000) has a single thermistor arrangement that gives an alarm at a temperature of 90°C.

The detectors will work with most modern fire alarm control panels and comes supplied with a locking grub screw to prevent unauthorised head removal.


Features

Designed to meet EN54 requirement

Lockable to base to stop unauthorised removal

Remote LED output



Model

Part No.

Detector Class

Design Standard

Approval

Operating Voltage

Quiescent Current




Maximum Humidity

Alarm Condition

Coverage

IP Rating

Start-up Time

Size (with Base)

Weight (with Base)

FEHE2000

80-038

Rate of Rise & Fixed Heat Detector

FEFHE2000

80-039

Fixed Heat Only

EN54 part 5

DIFT

9-33V DC

40μA

34mA

-10°C to +50°C

0°C


Rate of rise or fixed heat trigger @ 57°C Fixed heat trigger @90°C

50m²

IP43

10 Seconds

100 x 48 mm (101 x 64 mm)

75g (133g)

17

18


Fyreye Extra Conventional

Opto-Heat Detector

(FEOH2000)

100mm

Model

Part No.

Detector Class

Design Standard

Approval

Operating Voltage

Quiescent Current




Maximum Humidity

Alarm Condition

Coverage

IP Rating

Start-up Time

Size (with Base)

Weight (with Base)

50mm

The Fyreye Extra opto-heat detector incorporates both an optical chamber and heat sensing element with advanced detection technology & discrimination algorithms. This multisensor is the perfect replacement for ionisation detectors.

The detector will work with most modern fire alarm control panels and comes supplied with a locking grub screw to prevent unauthorised head removal.


Features

Advanced electronic technology used to minimise false alarms

Designed to meet EN54 requirement

Built-in 10 seconds alarm verification

Lockable to base to stop unauthorised removal

Remote LED output



FEOH2000

80-025

Optical / Heat

EN54

DIFT

17-20V DC

100μA

70mA MAX

-20°C to +60°C

0°C


3% obscuration per metre

100m²

IP43

10 Seconds

100 x 50mm (100 x 66mm)

95g (153g)


Fyreye Conventional

Ultra-Violet Flame Detector

(FEUV2000)

0°

30° 30°

60° 60°

VERTICAL VIEWING

(top fig.)

90° 90°

UV EMISSION

POINT

ANODE

CATHODE

0°

30° 30°

90°

60° 60°

90°

ANODE

CATHODE

Horizontal & Vertical Detector Field Of View

HORIZONTAL

VIEWING

(bottom fig.)

The Fyreye ultra-violet flam detector is particularly suited to applications where flames can be expected to develop initially rather than smoke. This is typically due to the nature of the materials being protected for instance camera film, computer, audio & video tapes or disks.

The detector is for indoor use only and should not be exposed to spurious sources of UV, such as sparks, uncovered halogen lights, lightening, etc. as these may trigger a false alarm.

Due to the operational nature of flame detectors it is generally recommended to fit just one detector per zone.

Features

Low profile shape

The detector is solar blind and incorporates an electronic filter to eliminate unwanted alarms from naturally occurring phenomena

Fast response time

High immunity to electrical noise & RF interference

Model

Part No.

Detector Class

Operating Voltage

Quiescent Current




Maximum Humidity

Alarm Condition

Detection Angle

UV Sensitivity

Size (with Base)

Weight (with Base)

FEUV2000

80-045

Ultra Violet Flame Detector

12-28V DC

320μA

45-50mA

0°C to 45°C

0°C


10 seconds for 30mm flame @ 4 metres

120°

185-260nm

98 x 36mm (98 x 52mm)

85g (143g)

19


Fyreye Conventional Detector Bases

(FE-CB, FE-DB, FE-RB)

FE-CB

FE-CB/S FE-CB/D FE-RB FE-DB

20

There are 3 types of base available for the Fyreye conventional range of detectors namely common base, diode base and relay base.

The Fyreye common base and diode base are available in standard, shallow or deep versions.

The diode base is used on systems that do need line integrity on head removal. This would include all conventional systems that mix detectors & call points on the same line (please note that the Premier M

Plus panels will need an active end of line to work with diode bases).

The common base is used on systems that do not need to keep line integrity on head removal and also on addressable systems.

The relay base is mainly used on 12V security systems to signal detector operation to the panel. They can also be used on 24V fire systems where the activation of a particular detector requires a signal to nearby equipment (for instance door holders).

Please note that a remote led indicator cannot be used with a relay base as the detector cannot sink enough current to operate both.

Model

Part No.

Type

Supply Voltage

FE-CB

9-33V DC

FE-CB/S

80-050

Common base

80-050S

FE-CB/D

80-050D

FE-DB

80-052

Diode base

FE-DB/S

80-052S

FE-DB/D

80-052D

FE-RB

80-054

Relay base

24V DC

Quiescent Current @ 24V

Alarm Current @ 24V

0μA

0mA

Relay Max Switching Power N/A

Relay Max Switching Power N/A

Relay Max Switching Current N/A

Relay Max Switching Voltage N/A

Relay Minimum Capability

Relay Dropout Voltage


N/A

N/A

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

Max. Wind Speed

Connections

Size

Weight

15mA

30W, 50VA

30W, 50VA

1A resistive

50V AC

10μA, 10mV

<6V

Not affected

L1in, L1out, L2, -R & Earth

100 x 15mm 100 x 8mm 100 x 25mm 100 x 15mm 100 x 8mm 100 x 25mm 100 x 15mm

48g 42g 61g 48.2g

42.2g

61.2g

171.4g


Zeta Remote LED Indicator

(ZT-RL)

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

Features

Twin LED’s

Surface or flush mounting

Model

Part No.

Input Voltage

Quiescent Current

Alarm Current


Max Humidity

IP Rating

Size

Weight

ZT-RL

48-023

5 – 30vdc

0mA

12mA

0°C - 50°C

95% Relative Humidity Non-condensing

IP41

85 x 85 x 70mm

113g

21


Fyreye 50 & 100m Reflective Beam

Smoke Detector

(ZT-50RZ, ZT-100RZ, ZT-50RV & ZT-100RV)

The Fyreye reflective beam detectors comprise of a single unit incorporating an infrared transmitter & receiver. The signal is reflected by a prism and analysed for smoke presence.

Should a predetermined level be reached then 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.

22

126mm 120mm

70mm

100mm

9.5mm

Features

50 or 100 metre 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

The Fyreye beam detectors are available with ranges of up to 50 or 100 metres and either 2 or 4 wire connections.

The

2 wire models

(ZT-50RZ & ZT-100RZ) are zone powered (please note these will only work on Premier SX & M Plus panels).

The

4 wire models

(ZT-50RV & ZT-100RV) require an external 24V power supply and have a fire & fault relay output for wide compatibility.

Typical Applications

Beam 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

Model

Part No.

Range

Number of Wires

Supply Voltage

Quiescent Current


Max Humidity

Max Wind Speed

Alarm Current

Fire Output

ZT-50RZ

47-050

5-50m

2

10.2V to 30V DC

<4mA

-30°C to 55°C


Not affected

35mA (typical)

ZT-100RZ

47-051

50-100m

Fault Output

Power Down Reset

Beam Misalignment Tolerance at 35%

Alarm Thresholds

Optical Wavelength

Construction

IP Rating

Size

Weight

Schottky diode introduced between –VE in &

-VE out

<2 seconds

Detector ± 0.8°

Prism ± 5.0°

2.50dB (25%), 3.74dB (35%), 6.02dB (50%)

880nm

Flame Retardant ABS (Grey /Black)

IP50

130 x 210 x 120mm

0.75kg

ZT-50RV

47-050A

5-50m

4

<15mA

ZT-100RV

47-051A

50-100m

Fault relay opening (relay contact is normally closed)

>5 seconds

0.7kg

23

24


Fyreye 50 & 100m Auto-aligning Beam Smoke

Detector Systems 50 & 100m

(ZT-5000R & ZT-5000R/100)

Based on the proven technology of the standard Fyreye reflective beam detectors, the

Fyreye auto-aligning beam detector has been designed to help improve ease of installation.

The system is ideally suited for the protection of large areas where the use of traditional detection technologies would prove to be too difficult and/or costly to install.

The system combines an infrared transmitter and receiver in the same discrete unit and operates by projecting a well-defined beam to a reflective prism, which returns the beam to the receiver for analysis.

Smoke in the beam path causes a drop in power, which, if below a pre-determined level, results in an alarm signal.

The system consists of 2 parts; the beam detector itself and a low level control unit.

The system can be fully customised, according to local conditions and installation guidelines; alarm thresholds

(sensitivity) and time to alarm/fault can be set from the low level system controller.

Each detector head is independently configurable from

8m through to 100m and has its own individual fire threshold. The system controller retains one set of fire and fault relays that is common to all detectors that are installed.

The system is supplied as either a 50 or 100 metre version with a single detector head. Additional heads and a long range kit (additional prisms to allow the detector head to reach 100m) are available separately.

Features

Worldwide approvals including EN54:12 and

UL268

Up to 4 detectors per system controller

Each detector configurable from 8m to 100m

Integral LASER

Auto-align fast automatic beam alignment

Auto-optimise building movement and contamination compensation

Low level system controller

20mm cable gland knockouts on system controller

2-wire interface from system controller to detector

Additional System Components

ZT-5000R/DH - 47-072 - Fyreye Auto-aligning Single

Beam Detector Head 50m

ZT-5000R/100/DH - 47-073 - Fyreye Auto-aligning

Single Beam Detector Head 100m

ZT-5000R/LRK - 47-074 - Fyreye Auto-aligning Beam

Detector Long Range Kit

135mm 135mm

202mm 81mm

Model

Part No.

Range

Number of Wires

Supply Voltage

Operating Current


Storage Temperature

Max Humidity

Max Wind Speed

Alarm Current

Fire Output

Fault Output

Beam Misalignment Tolerance @ 35%

Alarm Thresholds

Optical Wavelengths

Construction

IP Rating

Detector Size

Detector Weight

Controller Size

Controller Weight

ZT-5000R

47-070

50m

4

ZT-5000R/100

47-071

100m

14-28V DC

8-12mA (low current mode with 1 detector)

48-52mA (high current mode with 1-4 detectors)

-20°C to 55°C

-40°C to 85°C


Not affected

35mA (typical)

Volt free relay contact

Volt free relay contact

Detector ± 0.8°, Prism ± 5.0°

2.50dB (25%), 3.74dB (35%) & 6.02dB (50%)

850nm

Flame Retardant ABS (Grey / Black)

IP54

135 x 135 x 135mm

0.5kg

202 x 230 x 81mm

0.9kg

25


Zeta UV/IR Optical Flame Detectors

(VS-200P & VS-200EX)

VS-200P VS-200EX

The VS-200P & VS-200EX UV/IR flame detectors detect fuel & gas fires at long distances with the highest immunity to false alarms. The detectors can detect a 0.1m² gasoline pan fire at 30m in less than 5 seconds.

26

Typical

Applications

Non-hazardous (VS-200P)

Parking buildings

Warehouse

Waste disposal facilities

Culture centres

Hazardous (VS-200EX)

Offshore oil & gas installations

Onshore oil & gas installations and pipelines

Petrochemical plants

Chemical plants

Shipbuilding facility

Automotive industry

Storage tank farms

Power generation facility

Petrochemical plants

Painting industry

Warehouse

Waste disposal facility

Explosive & munitions

Features

UV/IR spectrum for medium distance detection and high false alarm immunity

Compact & lighter design

User selectable sensitivity & functions

Multiple output options (relays for alarm & fault,

0-20mA (stepped) and RS-485/RS-232 spectrum monitoring)

ATEX approved by DNV for explosion-proof (VS-

200EX UV/IR only)

CE certified

Model

Part No.

Spectrum Response

VS-200P

47-150

VS-200EX

47-151

Spectrum Response

(at highest sensitivity setting for 0.1m² pan fire)

UV /IR (Dual Bands)

Fuel n-Heptane

Gasoline

Diesel

LPG*

Distance

30m

30m

20m

20m

Fuel

Ethanol

IPA

Methanol

Distance

20m

25m

20m

Response Time

Adjustable Time Delay

Sensitivity Range

Field of View

Built-in-Test

Temperature Range

Humidity

Operating Voltage

Power Consumption

Cable Entry

Wiring

Relays

*0.5m high / 0.2m width plume fire

Typically 5 seconds

Up to 20 seconds

4 sensitivity ranges for 0.1m² n-Heptane pan fire from 15m to 65m

Horizontal 90°, Vertical 90°

Manual (optionally Automatic)

Operating/Storage: -40°C to 75°C

Up to 95% non-condensing

24VDC norminal (17-31VDC)

Standby: max. 35mA, Alarm: max. 75mA

1 x M20 (ISO)

AWG 16-26 (Str 1.5mm² to 0.13mm²)

Electromagnetic Compatibility EMI/RFI protected to EN61000 series

Electrical Interface The detector includes twelve(12) terminals with four(4) wiring options

Alarm, Fault. SPST volt-free contacts rated 5A at 30VDC or 250VAC

Non-isolated “Source” configuration

0-20mA (stepped)

Materials

Fault:

Normal:

Alarm:

0 +1mA

4mA±10%

20mA±10%

Polycarbonate Enclosure

Bit Fault:

Warning:

Resistance

Loop:

2mA±10%

16mA±10%

Max. 800Ω

Heavy duty copper free aluminium (less than 1%) with bright grey anodizing finish

Mounting (Tilt Mount) Stainless Steel

Enclosure options - Stainless Steel 316L with electro polish finish

Heavy duty copper free aluminium (less than 1%) with grey epoxy enamel finish

Options - Stainless Steel 316L with electro polish finish

Dimensions

Detector: 80 x 82 X 86 mm

Detector: 83(d) x 126(l) mm

Detector (aluminium): 1.1 kg (1.4 kg with Ex cable gland /

1m-length

Weight

Detector : 0.3kg (1.0kg with cable gland /

1m-length cable / Tilt

Mount)

Detector (St. SUS316L): 2.0 kg

Tilt mount (aluminium/ St.): 0.3kg / 0.7kg

Water and Dust IP66 per EN60529 IP66 and IP67 per EN60529

ATEX Ex II 2 G

EMI/RFI CE Marking

Performance

EN54-10 (designed to meet)

Exd IIC T6, -40°C to +75°C (DNV 09 ATEX 0000)

KFI (Korea)

EN54-10 (designed to meet)

27


Zeta Conventional Manual Call Points

(ZT-CP2, ZT-CP2/W, ZT-CP1 & ZT-CP1/W)

The Zeta conventional manual call point has a modern design and has been approved by

BSI to 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.

There are two versions available; the ZT-CP2 call points comes complete with a protective Perspex cover as well as a “snaplatch” catch that needs to be broken off before the call point cover can be lifted (this acts as a deterrent to malicious activations and forms a Type B call point). Alternatively the ZT-CP1 is supplied without the Perspex cover & “snaplatch” and is single action or

Type A call point.

The recommended colour for these call points is red however white is also available to meet architectural requirements.

Features

BSI approved to EN54 part 11

Attractive design

28

Model

Part No.

Type

ZT-CP2

43-300

Type B

ZT-CP2/W

43-314

Element Type

Alarm Activation

Colour

Input Voltage

Quiescent Current

Alarm Current

Resettable

Break “snaplatch”, lift Perspex cover, press element

Red

9-33V DC

White

0mA

Typical 35mA (maximum 51mA)

Alarm Load 470 Ω resistor

Operating Temperature -20°C to 50°C

Max Humidity

IP Rating

Size

Weight


IP43

111 x 100 x 67mm

198g

ZT-CP1

43-301

Type A

Press element

Red

105 x 100 x 58mm

175g

ZT-CP1/W

43-317

White


Zeta Conventional Weatherproof Call Point

(ZT-CP2/WP)

The Zeta conventional weatherproof manual call point is an IP65 rated call point which complies with EN54 part 11. It is resettable and signals an alarm with a yellow flag entering the window area and a red alarm LED.

The call point comes complete with a protective Perspex cover as well as a “snaplatch” catch that needs to be broken off before the call point cover can be lifted (this acts as a deterrent to malicious activations and forms a

Type B call point).

Features

Complies with EN54 part 11

Attractive design

Resettable element

Protective cover

Model

Part No.

Type

Element Type

Alarm Activation

Colour

Input Voltage

Quiescent Current

Alarm Current

Alarm Load


Max Humidity

IP Rating

Size

Weight

ZT-CP2/WP

43-350

Type B

Resettable

Break “snaplatch”, lift Perspex cover, press element

Red

9-33V DC

0mA

Typical 35mA (maximum 51mA)

470 Ω resistor

-20°C to 50°C


IP65

87 x 87 x 70mm

198g

29

30


Zeta Conventional Explosion Proof

Manual Call Point

(ZT-BGU/WP/R & ZT-BGU/WP)

The Zeta conventional explosion proof manual call point is manufactured from aluminium with a built-in push button activator. The call point is finished with red anti-corrosive epoxy powder coating with 2 x 20mm cable entries.

This unit is equipped with a stainless steel hammer and chain.

Two models are available; the ZT-BGU/WP/R with 470Ω built-in resistor for connection to a standard fire alarm system or the ZTBGU/WP for mains connection.

4 Holes - ø7

185mm

IN

CASE OF

B

R

E A

F I R E

K G L A

S

S

105mm

Hammer

Chain

Model

Part No.

Contact Rating

Voltage Rating

Build-in Resistor

IP Rating

Earthling

Size

Weight

ZT-BGU/WP/R

43-300/WP

10 Amp

ZT-BGU/WP

43-305/WP

500V AV

470Ω N/A

IP65

2No M6 eternal & 1No M5 internal

TBC

1.5kg

2 Nos.0.75″ET


Miditone Conventional Electronic Sounder

(ZMDD/8R & ZMDD/8W)

Model

Part No.

Sound Output

Colour

Operating Voltage

Quiescent Current

Alarm Current @ 24V



Maximum Humidity

IP Rating

Size (with Back Box)

Weight (with Back Box)

ZMDD/8R

42-040

See current consumption table

Red

9-30V DC

0mA


-10°C to 50°C

0°C

95% RH Non Condensing

IP43

85 x 85 x 35mm (85 x 85 x 67mm)

100g (150g)

Off

On

Off

On

DIL Switch Settings (SW4 N/A)

1 2 3

Off

On

Off

On

Off

Off

On

On

Off

Off

Off

Off

Off

Off

On

On

On

On

On

On

Tone Description

Sweep Negative 1200- 500 Hz In 1 Second

Alternating 554 and 440Hz 0.5s Each

Continuous 660Hz

Alternating 554Hz @ 0.1s/440Hz @ 0.4s

Intermittent 970Hz @ 0.5s On/Off

Continuous 970Hz

Sweep Positive 800-970Hz

Alternating 800 and 970Hz @ 0.25s Each

The Miditone sounder is a small, high output conventional sounder which designed to meet the requirements of EN54 part 3 and is CE marked.

The sounder is a compact unit that fits a standard

European back box and can be either surface or flush mounted. It has a choice of 8 tone patterns, selectable by an internal dip switch and a sound output of 95dB @

1m with volume control.

It is available in red or white to meet architectural requirements.

Features

Complies to EN54 part 3

95dB @ 1m sound output

8 Tone patterns

Flush or surface fixing

ZMDD/8W

42-040A

White dB Level

97 (+/- 2dB)

95 (+/- 2dB)

96 (+/- 2dB)

94 (+/- 2dB)

93 (+/- 2dB)

95 (+/- 2dB)

99 (+/- 2dB)

100 (+/- 2dB)

Current (mA)

21

17

22

17

8-24

25.5

25

25

31

32


Miditone Conventional Combined Electronic

Sounder & Flasher

(ZMDF/8R, ZMDF/8A, ZMDF/8B, ZMDF/8C & ZMDF/8G)

The Miditone combined sounder & flasher is a small, high output conventional sounder & flasher which is designed to meet the requirements of EN54 part 3 and is CE marked.

The device is a compact unit that fits a standard

European back box and can be either surface or flush mounted. It has a choice of 8 tone patterns, selectable by an internal dip switch and a sound output of 95dB

@ 1m with volume control. This is an ideal solution to upgrade an existing sounder to a combined sounder & flasher.

It is available with either a red, amber, blue, clear or green lens to meet architectural requirements.

Features

Complies to EN54 part 3

95dB @ 1m sound output

8 tone patterns

Flush or surface fixing

Model

Part No.

Sound Output

Lens Colour

Operating Voltage

Quiescent Current

Alarm Current @ 24V



Maximum Humidity

IP Rating

Size (with Back Box)

Weight (with Back Box)

ZMDF/8R ZMDF/8A

42-024 42-024A


Red Amber

ZMDF/8B

42-024B

Blue

17-30V DC

0mA


-10°C to 50°C

0°C

95% RH non condensing

IP43

85 x 85 x 35mm (85 x 85 x 67mm)

112g (162g)

Off

On

Off

On

DIL Switch Settings (SW4 N/A)

1 2 3

Off

On

Off

Off

Off

Off

Off

On

On

On

Off

Off

On

On

Off

Off

On

On

On

On

Tone Description

Sweep Negative 1200- 500 Hz In 1 Second

Alternating 554 and 440Hz 0.5s Each

Continuous 660Hz

Alternating 554Hz @ 0.1s/440Hz @ 0.4s

Intermittent 970Hz @ 0.5s On/Off

Continuous 970Hz

Sweep Positive 800-970Hz

Alternating 800 and 970Hz @ 0.25s Each

ZMDF/8C

42-02C

Clear dB LEVEL

102 (+/- 2dB)

100 (+/- 2dB)

100 (+/- 2dB)

98 (+/- 2dB)

93 (+/- 2dB)

103 (+/- 2dB)

103 (+/- 2dB)

103 (+/- 2dB)

ZMDF/8G

42-024G

Green

CURRENT (mA)

35

27

33

26

13 - 35

37

45

42


Securetone Conventional Electronic Sounder

(ZST/8R & ZST/8W)

85mm

The Securetone sounder is designed to be aesthetically pleasing and unobtrusive. It has an elegant round design and fits to its supplied mounting plate with a bayonet action to avoid unsightly screws.

It has 8 selectable tones with a volume adjust screw to set the required sound level.

This product is designed to meet the requirements of

EN54 part 3 and is CE marked.

Features

8 selectable tones

Volume control

Model

Part No.

Sound Output

Colour

Operating Voltage

Quiescent Current

Alarm Current @ 24V



Maximum Humidity

IP Rating

Size (including Plate)

Weight (including Plate)

ZST/8R

42-004

100dBA @ 1 metre

Red

10-30V DC

0mA

35mA MAX

-0°C to 50°C

0°C


IP43

100 x 100 x 75mm (100 x 100 x 85mm)

230g (260g)

ZST/8W

42-004A

White

33


Secure Light Xenon Flasher

(ZTSL6/R & ZTSL6/A)

The Secure Light Xenon Flasher range is designed to provide a visual warning at alarm condition.

Both red and amber versions are available with the lenses constructed of high-Impact and heat resistant

ACRYREX. The case is made of high-impact resistant ABS plastic.

97mm

Features

Available in Red & Amber

Fits onto a standard outlet box

34

Model

Part No.

Colour

Flash Energy

Flash Frequency

Operating Voltage

Quiescent Current

Alarm Current @ 24V



Maximum Humidity

IP Rating

Size

Weight (including Plate)

ZST/8R

42-035

Red

3 Watt

60 times per minute

20-30V DC

0mA

100mA MAX

-30°C to 60°C

0°C


IP54

97 x 100mm

231g

ZST/8W

42-038

Amber


Maxitone Conventional Sounder and

Combined Sounder & Flasher

(ZMT/8R, ZMT/8W & ZMTF/8R)

The Maxitone sounder is an ideal alternative to fire bells and for external use. It is housed in an attractive horn comprises of flame retardant ABS. Eight selectable tones and volume control are featured to meet most requirements.

The Maxitone is also available with transparent polycarbonate front which will provide both visual and audible alarm.

120mm

Features

High output

8 selectable tones

Volume control

126mm

107mm

Model

Part No.

Sound Output

Colour

ZMT/8R

42-001

ZMT/8W

42-001A

ZMTF/8R

42-032


Red White Red

Operating Voltage 17-30V DC

Quiescent Current 0mA

Alarm Current @

24V

Operating

Temperature


-20°C to 60°C

Minimum

Continuous

Temperature

0°C

Maximum Humidity 95% RH non condensing

IP Rating IP65

Size

Weight

124 x 130 x 100mm

357g

DIL SWITCH SETTINGS (SW4 N/A)

1 2 3 Tone Description

Off On Off Continuous 660Hz

On On Off Alternating 554Hz @

Off Off On

Intermittent 970Hz @

0.5s On/Off

On Off On Continuous 970Hz

Off On

On On

On

On

Sweep Positive 800-

970Hz

Alternating 800 and

970Hz @ 0.25s Each

101 (+/-

2dB)

98 (+/-

2dB)

101 (+/-

2dB)

98 (+/-

2dB)

98 (+/-

2dB)

103 (+/-

2dB)

103 (+/-

2dB)

102 (+/-

2dB)

27

20

27

19

20

29.3

38

35

35


Zeta Conventional Fire Alarm Bells

(ZTB6B, ZTB8B/230, ZTB8B & ZTB8B/WP)

ZTB6B

ZTB8B

36

152mm

203mm

55mm

55mm

The Zeta motorised fire alarm bells combine styling and functional efficiency. They incorporate a low power rotary centrifugal mechanism, which gives a high sound output with low current consumption at 24V dc.

The bells are available in 2 sizes; 6″ (152mm) and 8″

(203mm). These sizes suit a wide variety of installations.

There is a 230V ac version of the 6″ bell, and a 24V dc

Weatherproof version of the 8″ bell.

Features

Low current

Universally accepted fire evacuation signal

Model

Part No.

Supply Voltage

Diameter

Quiescent Current

Nominal Output @ 1M

Dimensions

Weight

ZTB6B

41-003

18-30V dc

6″ (152mm)

25mA

95dB(A)

152 x 152 x 55mm

860g

ZTB8B/230

41-004

200-250V AC

960g

ZTB8B

41-005

18-30V dc

8″ (203mm)

28mA

97dB(A)

203 x 203 x 55mm

1700g

ZTB8B/WP

41-006

1800g


Zeta Flame Proof Siren

(ZTSR/EXD24 & ZTSR/EXD230)

170mm 240mm

The Zeta flame proof siren is an explosion proof siren available in either 24V or 230V versions.

An intrinsically safe circuit is housed in the main chamber and it is duly wired up to terminal chamber through sealed bushes. The horn unit is placed on the main chamber cover and the output signals are taken through sealed coils. Neoprene ‘0’ rings are provided for the weather proof protection.

Model

Part No.

ZTSR/EXD24

42-100/24

Type Of Protection Flame proof – Exd T6 IP 65

Area Classification Zone 1 & 2

Group I, II A, II B, II C

ZTSR EXD230

42-105/230

Gas Groups

Apparatus

Standard

IS - 2148

CMRI Certificate

Approvals

Materials

Weight

CMRI / TC / S / H388

CCE, DGFAS

Cast Aluminium LM 6

5 Kg (approx.)

Size

IP Protection

Finish

Cable Entry

Gasket

Hardware

170 (w) x 390 (h) x 240 (d) mm

IP 65 to IS 13947 / 93

Anti corrosive Epoxy – Powder Coated

2 x ¾″ ET

Neoprene

Terminals

Voltage

Output Current

Power Rating

Sound Output

Earthing

Stainless Steel

4 x 2.5 sq. mm (standard) 6 x 2.5 sq. mm (for looping)

24 V DC 230 V AC – 50 Hz

600mA Peak. Galvanically Isolated

18 Watts

106 db 900 Hz On & Off alternatively at 1C/s

External: 2 Nos.

- M6

Internal: 1 No. -

M5

37

38


Zeta Flame Proof Gong Bell

(ZTB8B/EXD/24)

225mm 160mm

The Zeta flame proof gong bell is an explosion proof gong bell with a terminal chamber.

A highly reliable electric circuit is housed inside to control the frequency of the gong operating spindle.

The operating spindle and dish are made out of stainless steel thereby ensuring a long life.

The electric circuits are connected to terminals in the terminal chamber through nipple. The covers are provided with neoprene gaskets for weatherproof protection.

Model

Part No.

Type Of Protection

Area Classification

Apparatus Standard

Material

Weight

Size

IP Protection

Finish

Cable Entry

Gasket

Hardware

Voltage

Power Rating

Sound Output

Terminals

Earthing

ZTB8B/EXD

41-075

Flame proof – Exd T6 IP 65

Zone 1 & 2

IS - 2148

Cast Aluminium LM 6

3 Kg (approx.)

225(w) x 285(h) x 160(d) mm

IP 65 to IS 13947 / 93

Anti Corrosive Epoxy –

Powder coated

1 X 3/4″ ET

Neoprene

Stainless steel

24V DC or 110V / 230V AC –

50 Hz

12 Watt

112db

4 x 4 mm²

External: 2 Nos – M6 Internal:

1 No. - M5


Zeta Magnetic Door Holders

(ZT-DR24 & ZT-DR240)

ZT-BR

Model

Part No.

Rated Voltage

Rated Current

Switch Through Aux

Needs Back EMF Diode

Holding Force

Size (Main Unit)

Dimensions (Keeper Plate)

Weight (Main Unit)

Weight (Keeper Plate)

ZT-DR24

50-001

24V DC

65mA

Yes

Yes

400 N

110 x 85 x 38mm

55 x 55 x 50mm

404g

153g

The Zeta magnetic door holders are designed to retain a fire door open against the force of its own closing device. In the event of a fire, the door holder magnet can be turned off by the fire alarm, allowing the door to shut.

The manual release button is changeable from the base side to left or right. Cable entry is possible from rear side by means of enclosed exits from the base side, left or right.

An optional bracket is also available for floor or wall mounting (ZT-BR).

Features

Tested according to EN1155

ZT-DR240

50-002

230V AC

6mA

No

No

39

40


Zeta Duct Unit

(ZT-DU, ZT-DU/12 & ZT-DU/230)

Duct Wall

Direction of Airflow

Model

Part No.

Supply Voltage

Stand by current

Alarm current

Fault current

Indications

Outputs

Size

Weight

Test Point

ZT-DU

48-011A

N/A

N/A

N/A

N/A

N/A

N/A

190 x 227 x 70mm

728g

The Zeta duct unit allows air in a ventilation duct to be monitored for smoke via a smoke detector mounted externally in a sealed chamber. The unit comes supplied with 2 sampling probes (one in & one out) which are mounted through the duct in the centre of the air flow.

There are 3 versions of the unit available which are as follows;

ZT-DU

– enclosure supplied with a Fyreye common base

(FE-CB) allowing either a conventional or addressable

Fyreye detector to be connected and wired as part a system.

ZT-DU/12

– enclosure c/w Fyeye base and relay board with form C relay outputs for alarm and for fault which requires 12V power supply.

ZT-DU/230

- enclosure c/w Fyeye base and relay board with form C relay outputs for alarm and for fault which requires 230V power supply.

Please note for reliable smoke detection the air speed in the duct must be at least 2.5m/s.

Features

Fire and Fault relays

Option for latching or non-latching

Manual reset (latching option)

ZT-DU/12

48-011B

12V

46mA (From 12v supply)



Power, fault & alarm

1 x fault relay & 1 x alarm relay

ZT-DU/230

48-011C

230V

989g


Premier Power Pack EN 54-4 Power Supply with LCD Screen

(PP-2/12, PP-5/17)

Screen Information

System Normal Screen

Z E T A A L A R M S Y S T E M S

P R E M I E R P O W E R - P A C K

R A T I N G 3 0 V D C 2 . 0 A

S Y S T E M N O R M A L

Screen 1 - Main Information

M A I N S : O K B A T T S : O K

V ( A ) = 2 9 . 5 V ( B ) = 2 9 . 5

C U R R E N T 0 . 1 2 A M P S

Screen 2 - Battery Info

B A T T E R Y I M P : 0 . 0 0 3 7

C H A R G E R V O L T : 2 5 . 4 5 V

C H A R G E T Y P E : B O O S T

B A T T E R Y S T A T E : G O O D

Screen 3 - Misc.

E A R T H : 2 . 4 4 7 V G O O D

C H A R G E R C I R C U I T : O K

B A D B A T T E R Y L V L X . X R

Screen 4 - Software Information

S o f t w a r e P S U : 2 V 0 0

S o f t w a r e L C D : 2 V 0 0

The Premier Power Pack Power supply uses an innovative design that allows the engineer to view system status through the on board LCD screen. The screen can display several power supply parameters, including output voltage, and output current.

The power supply itself uses a 3 state charger which uses BOOST, FLOAT, and PULSE modes, depending on the state of the battery.

The PSU will disconnect the batteries under mains fail condition, when the batteries are fully discharged to prevent damage to the batteries.

The PSU will also monitor the battery for high internal resistance, and signal a fault if that condition is detected.

Model

Part No.

Input Voltage

Output Voltage

Power Rating

PP-2/12

46-300

PP-5/17

46-305

170-264V AC 47-63 Hz

28V DC Nominal

75W

79%

28V DC Nominal

150W

86% Efficiency

Total Power

Output

Power Supply

Outputs

Maximum Current

Per Output

2.0 Amp

2 Fused Outputs

0.625mA

5.0 Amp

2 Fused Outputs

2.0 Amps

Battery Charging

Current

Fault Relay Rating SELV 1A

IP Rating IP30

Size

750mA 920mA

SELV 1A

IP30

375 x 335 x 128mm 375 x 403 x 128mm

41

42


Batteries

(Z20201, Z20301, Z20651, Z21251 & Z21751)

As fire alarm systems are life safety systems, they must have a battery backup to ensure full functionality is maintained in the event of a mains failure. All parts of the system (including auxiliary power supplies) must have a battery backup.

All the batteries stocked are 12V meaning that 2 batteries are required for a 24V systems. The standard capacities available are 2.2Ah, 3.2Ah, 7Ah, 12Ah and

17Ah.

It is important to choose the correct battery size for the system load to give the required standby time (usually

24 or 48 hours).

Battery Calculation

To calculate the required battery backup, we use the equation:-

Battery Size (Standby time in Amp Hours) = 1.25 x [(T

ALM

x I

ALM

) + (T

SBY

x I

SBY

)]

Where:

T

ALM

= Maximum time in hours required for the alarm [½ hour is most common time]

I

ALM

= Total Alarm Current in amps for all alarm devices connected to the alarm circuits

T

SBY

hr]

= Standby time in hours for the system after mains failure [normally 24, 48 or 72

I

SBY

= Quiescent current in amps of control panel in fault condition [because of mains failure] PLUS all loop devices

Model

Part No.

Type

Voltage

Capacity

Size

Weight

Z20201

46-002

Sealed lead acid

12V DC

2.2 Ah

178 x 34 x 65mm

1.0kg

Z20301

46-100

3.2 Ah

132 x 59 x 65mm

1.25kg

Z20651

46-003

7.2 Ah

151 x 65 x 98mm

2.5kg

Z21251

46-105

Z21751

46-004

12 Ah 17 Ah

150 x 98 x 103mm 178 x 75 x 168mm

3.5kg

5.8kg

Available now from:

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

No results