fire products catalogue · 2017. 5. 15. · 4 2017 fire products catalogue 5 est3 alarm panel est3x...

FIRE PRODUCTS CATALOGUE

DETECTIONSUPPRESSION

CONSUMER

MAY 2017

32 2017 Fire Products Catalogue2017 Fire Products Catalogue

Kidde products and solutions save people and property from the dangers of

fire. Our broad product offering and design expertise have been protecting

assets worldwide since 1917.

Today, we are one of the world’s largest manufacturers of fire safety products and a leader in special hazard fire protection system solutions. The Kidde portfolio of products includes the largest suppression agent portfolio in the industry, a full line of detection and control products and a variety of ancillary products, such as notification devices, fire extinguishers and a range of residential consumer products such as smoke alarms, fire blankets and home fire safety kits.

A division of United Technologies Corporation, Kidde enjoys the benefits of being part of an extensive family of world-class companies with a long history of quality and innovation. With many thousands of dedicated employees located across the globe, we are committed to delivering products and services that help keep people and property safe across Australia and New Zealand.

P R O D U C T S C A T A L O G U E

Kidde Australia Pty Ltd10 Ferntree PlaceNotting Hill, Victoria 3168www.kidde.com.au


EST3X- Alarm Panels p 5-11- Modules p 12-15- Integrated Audio p 16- Annunciators p 17-18

EST3- Alarm Panels p 19-22- Power Supplies p 23- Modules p 24-26- Controls p 27-28- Annunciators p 29-31- Integrated Audio p 32-33- Graphics p 34-35- Cabinets p 36-37

SIGNATURE SERIES- Sensors p 39-43- Modules p 44-50- Accessories p 51-52

SENATOR- Aspirating Smoke p 53-58

GENESIS- Notification p 60-66- Signals p 67-69

Gaseous Agent Comparison p 71ArgoniteTM p 72IG541 p 73ECS Clean Agent p 74Kidde ADS p 75-76Kidde HP CO2 System p 77-78Pressure Relief Dampers p 79Wet Chemical Systems p 80-81Dry Chemical Systems p 82Vehicle Systems p 83Stat-X Aerosol Systems p 84-85Fixed Foam Systems p 86-105Marioff HI-FOG p 106-108

Smoke Alarms p 110-114Fire Blankets p 115Fire Extinguishers p 116-118Fire Safety Kits p 119

Detection p 4

Suppression p 70

Consumer p 109

C A T A L O G U E C O N T E N T S


Providing quality detection and alarm solutions to the Australian & New Zealand market

D E T E C T I O N

DETECTION

Kidde offer a complete range of detection systems and technologies designed for detecting a fire at the earliest possible stage. The detection products represent almost every form of detection available to provide the greatest opportunity to meet market needs. New technologies are well represented, ensuring customers the greatest peace of mind available.


EST3X | ALARM PANEL

EST3X Solutions

E S T B R A N D L I F E S A F E T Y & C O M M U N I C A T I O N S S

e e w h a t ' s p o s s i b l e n o w . . .

EST3X represents the latest generation of life safety control panels for small to mid sized applications. With large multi-message displays and innovative controls, intuitive interfaces, and bold colored cabinets — these systems capturethe imagination, and catch the eye. But behind the LCD display is where they really shine.

New microprocessors and chipsets take full advantage of the latest advances in computing technology, leading to smarter, faster, higher capacity processing and more efficient designs. High performance processing also leads to powerful networking features and versatile digital audio functionality. The wide range of EST3X configurations include standalone operation, networking with up to 64 nodes.


Strong Networking

Networking is among EST3X’s strong suits. Highly efficient RS485 connectivity, plus fiber-optic communications deliver faster response times and more sophisticated diagnostic capabilities, while cost-effective remote annunciation solutions keep basic monitoring and control always within reach.

A simple EST3X network can comprise up to eight nodes – enough to serve the needs of most campuses and larger buildings.

High Capacity Audio

An optional paging microphone provides local, as well as remote, audio functions. EST3X features a full eight channels of integrated digital audio with up to two minutes of on-board programmable message storage. An optional high quality paging microphone gives live access to local, as well as remote, audio functions. Auxiliary inputs are available for mass notification operations, and ZA Series amplifiers may be mounted directly on the EST3X rail assembly.

EST3X | ALARM PANEL

Application flexibility is where EST3X’s leading edge computing power is put to best use. This generation of control panels is equally at home as the center of a simple single-building standalone system as it is when part of a sophisticated life safety network serving thousands of points across multiple buildings. Optional voice evacuation bridges the gap left by other mid-range systems, and makes these panels a cost effective solution for most applications.

EST3X Head End

Local and Remote Annunciation

Up to 30 R-Series annunciators may be configured for each node on the EST3X network. Up to 30 R-Series LCD, LED annunciators and driver interface cards may be configured for eachnode on the EST3X network. No additional nodes are required for annunciation purposes. In addition, EST3X supports EST3 network annunciators, while GCI and GCIX driver interface cards provide cost-effective graphic annunciation solutions. And all annunciator inputs and outputs areeasily programmable through the rules and labels function of EST3X’s Software Definition Utility.

Power to Count On

EDWARDS’ patented Voltage Boost™ technology delivers a consistent 22.5 Vdc – even at low battery power. This means lighter gauge cable can be used for equivalent distances compared with conventional power supplies, or longer wire runs on the same gauge cable. Either way, this breakthrough technology saves time and equipment costs, making EST3X not only a high-performance solution — but a cost-effective one as well.

EST3X’s four on-board Notification Appliance Circuits are fully synchronized to UL 1971 standards — without the need for external modules or other electronics. It’s ample 10-amp power supply is finely tuned to get the most out of EDWARDS’ widely-acclaimed low profile Genesis notificationappliances.


EST3X | ALARM PANEL

Ethernet (3X-ETH)

Relays: 4 Form C

Aux. Power: 24 VDC, 9 A total

Up to three EST3 Local Rail Modules including:

• Signature Series Drivers

• Zoned Amplifiers

• Hardwired Initiating Device Modules

Up to three Control/Display Modules

SLC1Standard

SLC23-SDC1 3-SDDC1

(occupies one LRM expansion slot)

Up to six intelligent analog loops hosting as many as 250 devices each.

Four 3-amp Class B NACs. Four Class A NACs with CLA-PS10.

3X-NET / 3X-FIB

UL Listed Signaling UL Listed Life Safety Detection

SLC3 SLC6SLC5SLC43-SDDC1

(occupies one LRM expansion slot)

NAC 1 NAC 4NAC 3NAC 2

EST3X Network up to 64 nodes


EST3X systems are designed for quick assembly and easy access in the field. Components are modular and require no special tools to service or replace.

The SFS1-CPU main board mounts to the Electronics Chassis.

Two cables connect the PS10-4B Power Supply to the back of the SFS1-CPU main board.

The AU-4X-LCD assembly mounts to hingepins on the CPU and connects via RS232 connectors

The backbox is designed for semiflush or surface mounting. Conduit and nail knockouts, keyhole style mounting holes, and wide wiring troughs facilitate quick installation.

Note: Add 0.25 in (0.64 cm). to height and width dimensions to allow for knockouts when framing in the backbox for semiflush mounting.

Assembly

Dimensions

The 3-SFS1 Electronics Chassis pro-vides the mounting, internal power,

and data distribution for the SFS1-CPU main board and up to three

local rail modules. It installs over the PS10-4B Power

Supply.

EST3X | ALARM PANEL


Control panels

Option Cards

EST3X control panels come complete with user interface, CPU, one loop with second loop expansion, three option card slots, four Class B NACs, universal 110/220v 10 amp power supply. Specify 3-SDC1 for second loop.

3-SDC1 Signature Data Circuit CardThe 3-SDC1 Signature Data Circuit Card provides one Class A or Class B signaling line circuit (SLC1) that supports up to 125 Signature Series detectors and 125 Signature Series module addresses. The module also provides a connection for powering conventional two-wire smoke detector circuits on Signature Series modules. EST3X comes standard with one 3-SDC1 card installed as SLC1. An optional second 3-SDC1 card may be installed to provide SLC2, thus doubling system signaling line capacity.

The PS10-4B Power Supply Card provides the required power and related supervision functions for the control panel, as well as filtered, regulated power to the rail chassis modules. It also provides 24 VDC for operating ancillary equipment.

The SFS1-CPU main board processes all information from modules installed within the cabinet as well asdata received from other panels over the network data riser. When a network card is installed, the CPU employs a command set to determine its type.

Ordering information

PS10-4B Power Supply Card SFS1-CPU Main Board

Part number Door Colour

AU-3X-SFS1B Bronze

AU-3X-SFS1R Red

Part number Description

3-SDC1 Signature Data Circuit Card

EST3X | ALARM PANEL


Ethernet Adapter CardsThe SFS1-CPU supports one of the following three adapter cards...

3X-ETH1 Ethernet Adapter CardThe 3X-ETH1 adapter card provides a standard 10/100 Base-T Ethernet network connection for panel programming, diagnostics, status monitoring and connection to FireWorks Graphical User Interface.

3X-ETH3 Ethernet Adapter CardThe 3X-ETH3 adapter card provides the added capability of sending email messages as well as SMS text messages by means of email-to-text.

3X-NET Network Adapter CardThe 3X-NET network adapter card gives an SFS1-CPU main board the ability to network with 64 nodes on the network. The card supports Class B and Class A wiring. The 3X-NET adapter card provides two independent RS 485 circuits: one for network data communications and one for digital audio communications.


3X-ETH1 Ethernet Adapter for programming and diagnostics remotely.


3X-ETH3 Ethernet Adapter for email, programming, and diagnostics.


3X-NET RS485 Network Card for 3X

EST3X | ALARM PANEL



Fiber Optic Communications InterfaceFiber optic communications provide a high level of immunity from electrical noise. Circuits are power limited and suitable for use through hazardous atmospheres. Fiber optic circuits also provide a high level of security and are resistant to the effects of moisture.

EST3X networks easily configure to single or multi mode fiber optic or combination fiber optic/copper networks using the 3X-FIB Fiber Optic Communications Interface and the appropriate fiber optic transceivers. The 3X-FIB electronics card plugs right into the CPU. A ribbon cable connects the 3-CPU directly to the 3X-FIB fiber interface card.

The interface card mounts in the ½ footprint space in a chassis or enclosure. The 3X-FIB supports from one to four single or multi mode transceivers. The SMXLO2 standard output single mode transceiver is suitable for distances up to approximately 8.7 miles (14km).

The SMXHI2 high output single mode transceiver is available to span distances up to approximately 24 miles (40km).

For multi mode applications, the MMXVR transceiver is suitable for distances up to approximately 8,000ft (2,400m).


3X-FIB Fiber Optic Communications Interface c/w 3-CHAS7/3-CAB5 mounting brackets

SMXLO2 Plug-In standard output single mode transceiver for 3-FIBMBSMXHI2 Plug-In high output single mode transceiver for 3-FIBMB

MMXVR Plug-In standard output multi mode transceiver for 3-FIBMB

EST3X | ALARM PANEL


Local Rail ModulesUp to three Local Rail Modules (LRMs) conveniently mount to the EST3X chassis assembly, away from high voltages. Each module features removable terminal blocks and simple plug-in connectors. LRMs include Zoned Amplifiers, Signature Loop Controllers, Conventional Hardwired Modules. Control Display Modules are mounted on the local rail modules.



3-SSDC1 Single Signature Driver Controller Module with one 3-SDC13-SDDC1 Dual Signature Driver Controller Module with two 3-SDC13-SDC1 Signature Device Card

Signature Driver Controller ModulesThe 3-SSDC1 and 3-SDDC1 Signature Driver Controller modules provide an intelligent interface between the SFS1-CPU module and Signature Series devices. Each module contains its own microprocessor used to coordinate, process and interpret information received from and sent to Signature devices. Power and communications is received directly from the control panel rail assembly. The 3-SSDC1 Single Signature Driver Controller module supports one Signature Data circuit, while the 3-SDDC1 Signature Dual Driver Controller module supports two Signature circuits. Both modules occupy one rail space in the fire alarm control cabinet and provide removable field wiring terminals to aid installation.

Innovative design gives the 3-SSDC1/3-SDDC1 and Signature devices truly “distributed intelligence”. Signature detectors and modules have their own on-board microprocessor communicating with the loop controller in a fully digital communication format. This increases the accuracy of the information coming to and from the loop controller by reducing the effects of capacitance and noise.With decentralized intelligence much of the decision making moves from the loop controller to the devices. Advanced fire detection algorithms processed within the Signature devices effectively end unwanted alarms. Environmental compensation and multiple sensing element decision making operations are resident in the devices. Intelligent devices allow the Signature Controllers to execute communication and system functions with greater speed and low baud rates, increasing the accuracy of information transmitted between the loop controller and devices.

To enhance survivability of the system the 3-SSDC1/3-SDDC1 supports a standalone mode for Signature devices. Two catastrophic failure modes are supported. If the SFS1-CPU fails, the loop controller will continue to poll its devices. If an alarm is detected it will be sent on the local rail communication bus and received by other local rail modules. A common alarm condition throughout the panel will result. If the local rail module (3-SSDC1/3-SDDC1) fails, and a device (smoke or module) detects an alarm, specialized circuitry will make the node aware of the alarm condition. SFS1-CPU will communicate the alarm condition to the rest of the network. Having multiple redundant modes is paramount in a life safety system.

EST3X | MODULES




3-IDC8/4 Initiating Device Circuit Module

Initiating Device Circuit (Hardwired) Module The 3-IDC8/4 is ideal for retrofit projects where existing wiring, smokedetectors and signals may not need replacing.

Flexibility built right into the IDC module allows connection of normally open contact devices, and traditional 2-wire smoke detectors.

The 3-IDC8/4 also configures for use with N.O. contacts and supports supervised supervisory and monitor circuits with latching or non-latching operations. When the monitor operation is used with the non-latching function, the circuit serves as a supervised event follower. This efficiently covers critical fan and damper operations. Circuits can annunciate on the 3-LCD, control display modules, or at any other display device on the network.

All circuits may be programmed for non-verified or verified smoke operation. Ranges include open circuit, shorted condition, and high and low impedance (relative to the main impedance setting). This allows the use of various detectors of similar impedance, as well as4-state European alarm circuit operation.

Four of the eight 3-IDC8/4 circuits are convertible to Class B notification appliance circuits. The circuits employ traditional reversing polarity operation for polarized bells, horns, and strobes. Notification appliance circuits are arranged in pairs. Each pair distributes 3.5Amps at 24 Vdc from the local rail or a single riser. Riser sources supported include 24 V @ 3.5 A, which can be pulsed (temporal pattern) for audible signals, or up to 70 Vrms @ 100W audio source for speakers.

EST3X | MODULES



Control Display ModulesEST3X sets a new standard in front-panel life safety control interfaces.Its exclusive SpeedTouch™ rotary control offers nimble forward and back scrolling through events and options, while a mere tap of the control selects items with fluid motion. Its extra large backlit display reveals up to eight concurrent messages, and switch/LED strips provide abundant space for meaningful labels. And for end users, large tactile control buttons instill confidence and promote quick response when time is of the essence.

The main display mounts to the CPU, while control/display modules mount to local rail modules on the inner chassis. Simple-to-understand multi-color LEDs and switches help the emergency user display information and execute system commands with confidence.

Control Display ModulesEST3X Control Display modules provide the emergency user with the simplest of interfaces: lights and switch controls. Control Display Modules install over local rail modules.

EST3X | MODULES


4x-12/S1GY 12 Switches, 1 Green, 1 yellow LED per switch.

4x-12/S1RY 12 Switches, 1 red, 1 yellow LED per switch.

4x-12SR 12 Switches with 12 red LEDs.

4x-24R 24 red LEDs.

4x-6/3S1G2Y Six groups of 3 switches with 1 LED each

4x-6/3S1GYR Six groups of 3 switches with 1 LED each.

4x-4/3SGYWR Four groups of 3 switches and 4 LEDs. green, red, yellow and white LEDs.

The new EST3X Control Display modules provide the user with the simplest of interfaces: lights and switch controls. Control Display Modules install over local rail modules.

Note: For aesthetic reasons, we advise not to mix from the 2 group of modules



AU-4X-LCD LCD User Interface (AS4428.3 compliant)

3-24R Display Module: 24 red LED

3-24Y Display Module: 24 yellow LED

3-24G Display Module: 24 green LED

3-12SR Display/Control Module: 12 switches with 12 red LEDs

3-12SY Display/Control Module: 12 switches with 12 yellow LEDs

3-12SG Display/Control Module: 12 switches with 12 green LEDs

3-12RY Display Module: 12 red LEDs and 12 yellow LEDs

3-12/2Y Display Module: 12 groups of 2 yellow LEDs

3-12/RY Display Module: 12 groups of 1 red and 1 yellow LED

3-12/S1GY Display/Control Module: 12 switches with 1 green and 1 yellow LED per switch

3-12/S1RY Display/Control Module: 12 switches with 1 red and 1 yellow LED per switch

3-12/S2Y Display/Control Module: 12 switches with 2 yellow LEDs per switch

3-6/3S1G2Y Display/Control Module: 6 groups of 3 switches, 1 LED each: green, yellow, yellow

3-6/3S1GYR Display/Control Module: 6 groups of 3 switches, one LED each: green, yellow, red

3-4/3SWGYR Display/Control Module: 4 groups of AS1668 Fan Controls

When dedicated AS1668 Fan controls are required then the EST3X can use the wide range of controls available on on it’s larger sibling, the EST3

EST3X | MODULES


Audio Amplifiers (Zoned)




3-ZA20B 20 Watt Zoned Audio Amplifier & 24 VDC outputs



AU-3X-PMI Paging Microphone Interface with ASE bracket

Network AudioConfiguring EST3X audio is a matter of selecting components for installation in standard fire alarm cabinet assemblies. EST3X uses zoned amplifiers. This reduces wire runs and space needs at a central location. Audio control equipment and zoned amplifiers use the same system power supplies as fire alarm components. All these components are supported by a common standby battery. Where multiple nodes make up the system, a single pair of wires carries eight channels of digital audio between nodes.

3X-PMI Paging Microphone InterfaceThe 3X-PMI Paging Microphone Interface provides controls for emergency voice/alarm communications. It consists of an audio mounting bracket, EAEC Emergency Audio Evacuation Controller card, audio enclosure, and paging microphone.

EST3X audio amplifiers decode and re-expand the eight multiplexed audio signals on the network audio riser. Under command of the network, one of the available eight signals is selected to be distributed over the speaker circuit. Command and control signals for the amplifier are sent and received via the network data riser in response to programming.

Amplifiers are available in 20 or 40 watt versions, with supervised, power limited 25 Vrms or 70Vrms outputs. The amplifier output is wired to a single speaker zone. Each amplifier has a 1 KHz temporal tone generator used as evacuation signal in the event of a fault with the network audio circuit. In the event of an on-line amplifier failure, a standby amplifier may be configured for automatic replacement of any on-line amplifier configuration. 20 and 40 watt amplifiers also provide an independently controlled supervised, power limited 24 Vdc notification appliance circuit rated at 3.5 amps. All field wiring connections are made via plug-in connectors.

EST3X | INTEGRATED AUDIO


Remote Annunciation



Remote Annunciators

RLCD LCD text annunciator without common controls.

RLCD-R LCD text annunciator without common controls. Red.

Remote Expanders

RLED24 24-pair LED zone expander with expander cable and zone card insert.

RLED24R 24-pair LED zone expander with expander cable and zone card insert. Red.

Enclosures

RA-ENC1 One-position enclosure for Remote Annunciator

RA-ENC2 Two-position enclosure for Remote Annunciator and one Remote Expander

RA-ENC3 Three-position enclosure for Remote Annunciator and two Remote Expanders

LSRA-SB Surface Mount Box - for single R Series annunciator

Each EST3X node can accommodate up to 30 R-Series and graphic annunciators. R-Series Annunciators are high-performance devices that offers LCD or LED annunciation. Models are available with and without common controls.

R-Series annunciators and expanders are mounted on a standard 4-inch square electrical box, using the included mounting ring. They can also be surface mounted in locking steel enclosures. Three different enclosures are available.

A keyswitch and graphic annunciator interface is available for R-Series annunciator applications. The keyswitch enables or disables common controls. The graphic annunicator interface cards supports 32 LEDs and 16 switches on the graphic panel display.

EST3X | ANNUNCIATORS


EST3X | ANNUNCIATORS



GCI Graphic Annunciator Driver.

GCIX Graphic Annunciator Driver Expander. Outputs for 48 LEDs, 24 switch inputs.

Graphic AnnunciationDriver ModuleThe GCI series of graphic annunciator drivers allow the EST3X control panel to display events on an LED-based graphic annunciator. The GCI annunciator card supports 32 LEDs on the graphic panel display. It includes status LEDs and an internal buzzer. The GCIX adder card communicates with the GCI card and provides an additional 48 LEDs and 24 switch connection points. The graphic cards are supplied with snap track mounting. They are attached to a plastic mounting rail that requires two EIA panels.

The annunciator communicates with the control panel on the RS 485 data riser, which can be configured for Class A or Class B communication. The annunciator does not provide ground fault isolation. The driver card and expansion cards communicate with and are powered by the control panel or by an approved power supply. Always ensure that National and Local approvals and requirements are met when selecting a graphic panel supplier.


EST3 | ALARM PANELS

EST3 Solutions

E S T B R A N D L I F E S A F E T Y & C O M M U N I C A T I O N S S

e e w h a t ' s p o s s i b l e n o w . . .

Benefit from the confidence of a world-leading solution that meets the unique legislative standards of Australia and New Zealand.

Integrated fire and life safety


EST3 | ALARM PANELS

EST3 NetworkEST3 is a modular system uniquely designed to easily meet the needs of standalone single node systems or multi-node networks. Fire alarm and audio functions use the same fundamental components, simplifying system layouts. A powerful System Definition Utility program helps define system operations in a fraction of the time required by previous methods. Virtually all EST3 operating features are software controlled. This gives EST3 great site flexibility and ensures operational changes and upgrades will be possible years after the initial installation.

Highly Flexible ApplicationsEST3 is a superbly adaptable life safety system, lending itself to a range of building applications. Cabinets are available with room for system batteries up to 65 Amp hours. Each supply will support up to 7 Amp load. With four supplies, 28 Amps of current is available

Fully-listed User InterfacesThe user interface layer is made up of a Liquid Crystal Display module and a system of generic modules designed to maximize design flexibility for custom systems.

In addition to front panel control and annunciation, EST’s powerful FireWorks colour graphics package provides desktop control and messaging in the familiar Windows environment. Fireworks’ unique four-quadrant display gives the user access to all EST3 functions including fire alarm, emergency warning, AS1668 fan control and gas suppression/deluge control – in one simple and intuitive interface. In fact, EST3 panels and FireWorks are the only such systems with the ability to monitor up to 99 different EST3 sites across the globe from the one central point.

Powerful NetworkingEST3 operates on a multi priority peer-to-peer token ring network. The multi-priority token ring gives EST3 exceptional response. Response time for all functions, including fire, emergency warning, AS1668 fan control and gas suppression/deluge control, is less than three seconds across the network regardless of the total number of nodes. EST3 token ring network configuration also permits vast distances between nodes. The allowable distance between three nodes on 0.75mm2 (#18AWG) is 1,523m (5,000ft). With 64 nodes supported on a network, the total network length is in excess of 91,400m (300,000 ft). A single node supports up to 10 loop controllers with up to 250 devices per loop, depending on the loop protocol used. Any combination of the two protocols supported by EST3 is acceptable as long as it does not exceed 10 loops in total.

EST3 also makes field wiring easy with building wiring terminations that use removable terminal blocks on local rail modules. Panel design allows for the required separation of high voltage and power limited wiring.

8-channel Integrated AudioEST3 audio design provides the emergency user with a communication package that minimizes switch selections. This facilitates simple, accurate and fast evacuation control announcements. EST3 provides simple paging controls. Pressing All Call selects all paging zones for message delivery. Pressing Page To Evacuation automatically selects all areas in evacuation. Similarly, the user can Page To Alert. Zoned paging requires the user to simply select zone paging switches.Taking full advantage of digital technology, up to eight channels of audio sources can be sent over a single twisted pair of wires between nodes. Coupling the inherent reliability and performance of zoned amplifiers with EST3 simplified user interfaces makes voice alarm system design and operation both easy and dependable.


EST3 | ALARM PANELS

Typical EST3 Wiring with, Emergency Warning and Gas Control

Multiplex fire, security, and emergency warning controlWhether for fire alarm only, or for total life safety protection including emergency warning, AS1668 fan control and gas suppression/deluge control, the EST3 network is the most survivable system available. EST3 uses distributed database technology, designed to survive the rigors of fire and firefighting.

In loop (Class A) configurations a single break or short on the network wiring causes the system to isolate the fault. Network communication continues uninterrupted. If multiple faults occur, the network re-configures into multiple networks.

This means the system continues to respond to activations from every node that can transmit and receive network messages. Local responses always execute because the local database resides at each node. Exceptional survivability extends to every EST3 function, including emergency warning, fan control and gas suppression/deluge control. These devices reside on the network alongside fire alarm components. They share wiring, power sources and the inherent stability of a fire alarm network engineered to meet standards far beyond those of ordinary Fire systems.

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Central Processor Unit

Network Communication Card

RS-232 Communication Card

The 3-CPU3 is the heart of the EST3 network node. As a single node standalone system, a single 3-CPU3 controls up to 19 local rail modules. For larger systems, up to 64 nodes interconnect on a peer-to-peer multi-priority token ring protocol network. The 3-CPU3 controls all local panel responses to automatic, user initiated, or network reported events. As a network node, it is an equal among peers: there is no master on the network. Multi-priority token ring means that a node with a new alarm has priority on the network. This gives exceptional response times over the network — less than three seconds.

Each 3-CPU3 provides connectors for mounting network and RS-232. Removable terminal blocks on the 3-CPU3 support connection of network and audio data wiring. On-board common relays also terminate at the 3-CPU3 terminals. To aid in troubleshooting and service, status LEDs monitor local rail, network, RS232 and audio data communications.

The Network Communications card mounts to the back of the Central Processor Unit. The 3-RS485A card provides a loop (Class A) or (Class B) circuit for network communications signals and a loop (Class A or Class B) for digitized audio signals. Network messages received by the Network Communications card are re-transmitted to the next network node.

The 3-RS232 Communication Card mounts to the back of the 3-CPU3. The 3-RS232 has two optically-isolated RS-232 ports. The ports support connection of a printer and/or an external command centre.





3-CPU3 Central Processor Unit Module


3-RS485A Network Communication Card, for loop wiring (Class A or Class B)


3-RS232 RS-232 Communication Card

EST3 | ALARM PANELS


Power Supplies

EST3 power supplies use a unique paralleling arrangement that ensures optimization of each supply’s full capacity. Each power supply supports up to a 7 amp load. With four supplies, 28 Amps of current is available per cabinet as is battery charging capacity of up to 260 Amp-Hours.

Main Panel Power SuppliesEST3 Power supplies consist of two assemblies, a high efficiency switch mode power supply card and a power supply monitor module. Up to four power supplies may be combined in a single enclosure to provide up to 28 amps of available current. Battery backup is provided using from one to four sets of batteries, depending on standby power requirements to support up to 260 AH batteries.

The power supply comes in two styles: a primary supply and a booster supply. Each power supply produces 7 amps of filtered and regulated 24 VDC. The primary power supply provides the system with battery charging and voltage regulation. The booster supplies work in concert with the primary supply and are available with or without battery charging capability. Software configuration configures the battery changing circuits for either 10-24 AH batteries or 30 – 65 AH batteries and controls the high/low charge rate.

EST3 power supplies individually monitor batteries for load deficiencies, short circuits, and insufficient voltage levels and report trouble back to the 3-CPU3. The LCD displays any faults and the power supply’s address, a specific fault code, and a text message describing the specific fault.



3-PPS/M-230-E Primary Power Supply 230V, AS7240 Version

3-BBC/M-230-E Booster Power Supply 230V, Multiple Batteries AS7240 Version

3-BPS/M-230-E Booster Power Supply 230V, AS7240 Version

EST3 | POWER SUPPLIES


Local Rail Modules

Local Rail Modules (LRMs) conveniently mount to the EST3 inner chassis, away from high voltages.

Each module features removable terminal blocks and simple plug-in connectors. LRMs include Zoned Amplifiers, Loop Controllers, Conventional Hardwired Modules, Signalling Modules, Power Supplies, as well as the main CPU module. Control Display Modules can be mounted on any LRM.



3-EASC-E Single Ziton Series Controller Module 3-EADC-E Dual Ziton Series Controller Module3-EAC-E Ziton Series Circuit Board

Ziton Series Loop ControllerThe 3-EASC-E and 3-EADC-E Ziton Series loop controller modules provide an interface between the 3-CPU3 module and Ziton Series addressable devices. Each module contains its own microprocessor used to coordinate process and interpret information received from and sent to the Ziton Series devices.

Power and communications are received directly from the control panel rail assembly. The 3-EASC-E module supports one Ziton Series loop, while the 3-EADC-E module supports two Ziton Series loops. Both modules occupy one rail space and each Ziton Series loop supports a total of 127 devices of which 70 can be loop-powered sounders.

EST3 | MODULES


Ordering informationPart number Description

3-SSDC1 Single Signature Driver Controller Module with one 3-SDC13-SDDC1 Dual Signature Driver Controller Module with two 3-SDC13-SDC1 Signature Device Card

Signature Driver Controller Modules The 3-SSDC1 and 3-SDDC1 Signature Driver Controller modules provide an intelligent interface between the 3-CPU3 module and Signature Series devices. Each module contains its own microprocessor used to coordinate process and interpret information received from and sent to Signature devices. (Power and communications are received directly from the control panel rail assembly.)

The 3-SSDC1 Single Signature Driver Controller module supports one Signature Data circuit, while the 3-SDDC1 Signature Dual Driver Controller module supports two Signature circuits. Both modules occupy one rail space. Each Signature loop supports 125 detectors and 125 modules.

EST3 | MODULES



3-IDC8/4 Initiating Device Circuit Module

Initiating Device Circuit (Hardwired) Module The 3-IDC8/4 is ideal for retrofit projects where existing wiring, smokedetectors and signals may not need replacing. Flexibility built right into the IDC module allows connection of normally open contact devices, and traditional 2-wire smoke detectors.

The 3-IDC8/4 also configures for use with N.O. contacts and supports supervised supervisory and monitor circuits with latching or non-latching operations. When the monitor operation is used with the non-latching function, the circuit serves as a supervised event follower. This efficiently covers critical fan and damper operations. Circuits can annunciate on the 3-LCD, control display modules, or at any other display device on the network.

All circuits may be programmed for non-verified or verified smoke operation. Ranges include open circuit, shorted condition, and high and low impedance (relative to the main impedance setting). This allows the use of various detectors of similar impedance, as well as4-state European alarm circuit operation. Four of the eight 3-IDC8/4 circuits are convertible to Class B notification appliance circuits. The circuits employ traditional reversing polarity operation for polarized bells, horns, and strobes. Notification appliance circuits are arranged in pairs. Each pair distributes 3.5 Amps at 24 Vdc from the local rail or a single riser. Riser sources supported include 24 V @ 3.5 A, which can be pulsed (temporal pattern) for audible signals, or up to 70 Vrms @ 100W audio source for speakers.




3-FIBMB2 Fiber Optic Communications Interface c/w 3-CHAS7/3-CAB5 & brackets

SMXLO2 Plug-In standard output single mode transceiver for 3-FIBMB2

MMXVR Plug-In standard output multi-mode transceiver for 3-FIBMB2

Fiber Optic Communications InterfaceEST3 networks easily configure to single or multi-mode fiber optic or combination fibre optic / copper networks using the 3-FIBMB2 Fibre Optic Communications Interface and the appropriate fibre optic transceivers.

A ribbon cable connects the 3-CPU3 directly to the 3-FIBMB2 fibre interface card. The interface card mounts in the ½ footprint space in a 3-CHAS7 chassis or 3-CAB5 enclosure. The 3-FIBMB2 supports from one to four single or multi-mode transceivers that plug into the interface card. Each transceiver provides the transmission and reception capability for the network data or digital audio data to/from a 3-FIBMB2 located in the next network node using single mode and/or multi-mode fiber optic cables.

The SMXLO2 standard output single mode transceiver is suitable for distances up to approximately 14 km. For multi-mode applications, the MMXVR transceiver is suitable for distances up to approximately 2,400 m. Actual distances are dependent on the losses in each fibre optic circuit, and should be calculated for each installation. One transceiver is required for each fibre side of both network and audio links. Simply order the required type and number of transceiver(s) for your application.

EST3 | MODULES


Control, Display & Annunciation

Liquid Crystal Display ModuleThe LCD mounts to the 3-CPU3. The LCD module is optional but there must be at least one LCD per system. The LCD uses a backlit high-contrast, supertwist, graphical display. Eight lines of 21 characters provide the room needed to convey information in a meaningful way. The LCD always displays the last highest priority event even when the user is viewing other message queues.

Further message flexibility is provided with EST3’s message routing ability. Messages from a node can display at every node on the network, or messages can route to specific nodes only. Routing can be initiated at a specific time/shift change. Depending on the marketplace, the function and type of LCD of certain controls and indications change. The EST3 system configures for different market and standards operations. The mode of operation is selected through the System Definition Utility program (SDU).

The 3-LCD-AU series is the primary user interface in the EST3 Life Safety System and is designed to meet AS4428.1 standards for Fire Fighter’s Facility, to comply with Australian and New Zealand requirements, The 3-LCD (together with the 3-LKE LCD insert) is used in AS7240.2 installations, where Ziton Series loop drivers are connected on the same CIE. When using the 3-LCD, Individual Zone indication must also be used, in order to comply.

3-LCDfor AS7240.2 Installations

3-LCD-AUfor AS4428.1 Installations

3-LCD-AU2 / 3-LCD-NZfor AS4428.1 and NZ 4512

Installations



3-LCD Liquid Crystal Display for AS7240.2 Installations

3-LKE 3-LCD Insert - English

3-LCD-AU Small LCD Display (AS4428.1 Version)

3-LCD-AU2 Large LCD Display (AS4428.1 Version)

3-LCD-NZ Large LCD Display (New Zealand Version)

EST3 | CONTROLS




3-LDSM Display Support Module

3-LRMF Blank Rail module bracket & Cover

3-FP Blank Cover

3-24R Display Module: 24 red LED

3-24Y Display Module: 24 yellow LED

3-24G Display Module: 24 green LED

3-12SR Display/Control Module: 12 switches with 12 red LEDs

3-12SY Display/Control Module: 12 switches with 12 yellow LEDs

3-12SG Display/Control Module: 12 switches with 12 green LEDs

3-12RY Display Module: 12 red LEDs and 12 yellow LEDs

3-12/2Y Display Module: 12 groups of 2 yellow LEDs

3-12/RY Display Module: 12 groups of 1 red and 1 yellow LED

3-12/S1GY Display/Control Module: 12 switches with 1 green and 1 yellow LED per switch

3-12/S1RY Display/Control Module: 12 switches with 1 red and 1 yellow LED per switch

3-12/S2Y Display/Control Module: 12 switches with 2 yellow LEDs per switch

3-6/3S1G2Y Display/Control Module: 6 groups of 3 switches, 1 LED each: green, yellow, yellow

3-6/3S1GYR Display/Control Module: 6 groups of 3 switches, one LED each: green, yellow, red

3-4/3SWGYR Display/Control Module: 4 groups of AS1668 Fan Controls

Control Display ModulesEST3 Control Display modules provide the system operator with the simplest of interfaces: lights and switch controls. Control Display Modules install over local rail modules. There are number of different types of modules available. Module that support simple zone annunciation; annunciation with zone disable; alarm and trouble zone annunciation; alarm and fault zone annunciation with zone disable. Typically, alarm zone annunciation appears on any of these module types. Other modules include the very adaptable control & Indication module for audio or remote equipment control. Each contains 18 LEDs and 18 switches. And each group of three switches has a latching-interlock to support operations that must be kept separated. The interlock is under software control so only one switch is active at a given time. Also available is the dedicated AS1668 Fan and Damper control module. Each module provides 4 x networked Fan controls that can provide multiple controls for any fan connected to the EST3 network.

EST3 | CONTROLS


Remote Repeaters (annunciators)

3-10ANN-E-003* 3-LCDANN-E-003


NOTE: Back Boxes ordered separately, refer next page


3-LCDANN-ANZ LCD Annunciator /w CPU, Door and AS4428 LCD

3-LCDANN-E-003 LCD Annunciator /w CPU, Door AS7240 LCD

3-6ANN-E-003 6 slot Annunciator /w CPU, 2 of 3-ANNSM, 2 of 3-ANNBF

3-10ANN-E-003 10 slot Annunciator /w CPU, 2 of 3-ANNSM, 6 of 3-ANNBF

3-ANNCPU3 Annunciator CPU

3-ANNSM Annunciator Display module Support module

3-ANNBF Annunciator Blank Filler plate

3-REMICA Remote Microphone unit for Remote Annunciators

3-LCDANN-ANZ* LCD & Display modules ordered separately

Use EST3 remote repeaters wherever a compact system status display is needed. Repeater configurations include: LCD only display, LED only display, or combination LED and LCD display in a single enclosure. Display and control is provided by the 3-LCD or 3-LCD-AU displays and Control Display Modules. Control/Display modules install over any repeater support module, maximizing repeater design flexibility. All annunciator kits are supplied with optional 003 key locks. 3-REMICA remote microphones can also be installed in repeater cabinets.

EST3 | ANNUNCIATORS


EST3 | ANNUNCIATORS

Remote Repeater Cabinets

Envoy LED & Switch Driver Modules

Repeater cabinets are constructed from 16-gauge cold rolled steel. The gray textured enamel finish of the repeaters complements any decor. Both surface and semi-flush mounting cabinet configurations maximize mounting flexibility and aesthetic appeal. Cabinet arrangements allow both LED and LCD annunciation to easily combine in a single enclosure.

The ENVOY LED/Switch Driver Modules provides the ability for users to design and customize their own graphically display and controls to suit their site requirements. The Envoy drivers can also be used to drive the EST3 Smoke and Fan control. The addition of system LCD repeaters and remote microphones can also turn ENVOY into a complete fire command station. From a simple zone alarm indication to a complex Smoke Control and command system, the Envoy LED/Switch Drivers can be programmed to meet the needs of the user.




RLCM/B Flush Box for 3-LCDANN-ANZ & 3-LCDANN-E-003

RLCM/B-S Surface Box for 3-LCDANN-ANZ & 3-LCDANN-E-003

6ANN/B Flush Box for 6ANN-E-003

6ANN/B-S Surface Box for 6ANN-E-003

10ANN/B Flush Box for 10ANN-E-003

10ANN/B-S Surface Box for 10ANN-E-003


3-EVDVRA Envoy Driver module Assembly (12 switch / 24 LED)

3-EVPWRA Envoy Power Supply module with 19” assembly, metal bracket

3-EVDVRX Plastic Mounting extrusion, 19” mounting

3-EVPWR Envoy Power Supply module


Security/Access Control Module

Keypad/Display

While the security and access control functions are primarily used overseas, the 3-SAC Control Module is used to connect the KPDISP keypads to the EST3 Life Safety system. They provide vital alarm information to areas like nurse stations and its small compact design makes it easy to install.

The 3-SAC Security/Access Control Module is a key component that blends the security and access control functions into the EST3 multiplex life safety system. The 3-SAC is the demarcation point between fire and security functions. For jurisdictions requiring independent wiring of fire and security devices, the 3-SAC offers two independent circuits. Where fire and security devices are permitted to be connected to the same circuit, both circuits can support fire and security functions. All security devices that connect to a 3-SAC are designed, tested and listed to strict fire alarm standards.

The EST3 network ensures that fire alarm events always receive the highest priority over routine signal processing. Power for the 3-SAC comes from the same highly-reliable power supply/battery combination used to power fire alarm components. Any Control Display module will mount in front of the 3-SAC, allowing great flexibility of the system user interface layout.

The KPDISP is a combination keypad and dot-matrix display designed for use with the EST3 fire alarm control systems. The unit features a large LCD display and telephone-style keypad housed in an attractive Cycoloy® case. A removable cover is provided to prevent accidental keypad activation and for protection against dirt.

The KPDISP transmits and receives information from/to the 3-SAC security access control module installed in the EST3 system. Communication between the KPDISP and the 3-SAC is supervised, providing unprecedented reliability. KPDISP data is stored in non-volatile memory. Power to the KPDISP is provided by the EST3, ensuring a reliable, supervised and backed-up power source.




3-SAC Security/Access Control Module


KPDISP Keypad/Display

EST3 | ANNUNCIATORS

Keypad Control


EST3 | INTEGRATED AUDIO

Integrated AudioThe Audio Source Unit converts analogue signals to digital signals. Sampling the analogue signal 9600 times per second provides high quality reproduction of audio sources. On-board audio memory stores signal tones and/or alarm-alert verbal messages. The ASU comes standard with two minutes of memory for tone and message storage. Available message memory expands easily to 32 minutes with the optional 3-ASUMX/100 memory expansion card.

Audio Source Units support connection of a local microphone, remote microphone, telephone voice line, and auxiliary audio input. With eight audio channels to choose from, combinations of paging, alert, evacuation signalling and automatic messages are available for simultaneous delivery to different parts of a building.

When the system requires paging, only the 3-ASU or 3-ASU/4 Audio Source Units provide a master paging microphone with common controls. Audio Source Units mount in one chassis space of an EST3Enclosure. In addition to the paging microphone, the 3-ASU/4 has mounting space for up to four local rail modules, including 20, 40, and 95 watt zone amplifiers, and up to four Control Display modules. This increases layout flexibility.



3-ASU/4 Audio Source Unit /w 4 Rail module slots

3-ASU Audio Source Unit

3-ASUMX/100 32 Minute Memory Expansion card

Network Audio

Configuring EST3 audio is a matter of selecting components for installation in standard fire alarm cabinet assemblies. EST3 uses zoned amplifiers. This reduces wire runs and space needs at a central location. Audio control equipment and zoned amplifiers use the same system power supplies as fire alarm components. All these components are supported by a common standby battery. Where multiple nodes make up the system, a single pair of wires carries eight channels of digital audio between nodes.


EST3 | INTEGRATED AUDIO

Remote Microphones

Audio Amplifiers (Zoned)

The remote microphone panel is a supervised remote microphone, used with the 3-ASU Audio Source Unit’s remote microphone input. The front panel provides Local Page Active, Remote Page Active, and Trouble LED indicators as well as an integral VU (Volume Unit) meter to indicate page volume level. All panels use a 24 Vdc power source and all wiring is supervised. One form C trouble contact is provided.

EST3 audio amplifiers decode and re-expand the eight multiplexed audio signals on the network audio riser. Under command of the network, one of the available eight signals is selected to be distributed over the speaker circuit. Command and control signals for the amplifier are sent and received via the network data riser in response to programming. Amplifiers are available in 20, 40 or 95 watt versions, with supervised, power limited 70Vrms outputs. The amplifier output is wired to a single speaker zone. Each amplifier has a 1 KHz temporal tone generator used as evacuation signal in the event of a fault with the network audio circuit. In the event of an on-line amplifier failure, a standby amplifier may be configured for automatic replacement of any on-line amplifier configuration. 20 and 40 watt amplifiers also provide an independently controlled supervised, power limited 24 Vdc notification appliance circuit rated at 3.5 amps. All field wiring connections are made via plug-in connectors.




3-REMICP Remote Microphone — Chassis Mount

3-REMICA Remote Microphone — Annunciator Mounted




3-ZA95 95 Watt Zoned Audio Amplifier


FireWorks™

EST3 to BMS Communications Bridge

FireWorks is a family of software and hardware options designed to work in concert with EST life safety and property protection systems. FireWorks provides a simple user interface, taking what could be an overwhelmingly large amount of information and presenting it in an easy-to-understand format.

FireWorks does this by dividing major system functions into easy-to-manage quadrants. These quadrants make the system very intuitive to use because information is presented logically. To further enhance usability, FireWorks is event driven. This greatly increases the user’s ability to deal with system events by eliminating the confusion sometimes experienced when systems present all information at once. FireWorks automatically prioritizes the events for the user in an Event Quadrant. Here the highest priority event is displayed first, and the lowest priority event is displayed last. This allows the user to quickly determine which events warrant the most immediate attention. Each of the other three quadrants provides one specific piece of information that relates to the event highlighted in the Event Quadrant. Related information may include event action information (specific tasks the user may need to perform in response to the event), or information about the area where the event has taken place (any hazardous materials present in the area, etc.). Still images, video, audio messages and graphical maps may also be presented to aid in the understanding of an event and how it should be managed.

The FSB-PC Communication Bridge is an ancillary device that provides protocol translation between EST3 serial data and the serial or Ethernet input of an external device controller. The FSB-PC converts the EST3 External Communications Protocol (ECP) to any one of several supported protocols including Modbus RTU, BACnet MSTP and Metasys N2. It operates over RS-232 or RS-485 serial communications or Ethernet (10/100 Base-T). Signal flow is typically one way from the EST3 network to the building automation system.




FW-AUKIT-USB FireWorks License & USB Kit

PW-PC1 FireWorks PC


FSB-PC2 EST3 to BMS Communications Bridge

FSB-BRKT2 FSB-PC2 Mounting Bracket

EST3 | GRAPHICS


Ethernet Network I/O ModuleThe EDWARDS MN-NETLRY4 Network Relay provides four unsupervised input zones andfour normally-open relays to and from FireWorks V1.6 or greater over an Ethernet (TCP/IP)network. This module is particularly well-suited for mass notification, life safety applications, and other monitoring or output applications. It is also ideal for interfacing to third-party systems.



MN-NETRLY4 Ethernet controllable multi I/O unit, 4 input 4 relay outputs

Ethernet Serial Network InterfaceThe NETPORT5210A allows Edwards fire alarm panels to communicate with a PC running FireWorks over Ethernet networks. RS-232 serial port LEDs on the front of the unit make it easy to determine its status. Flash ROM memory permits upgraded versions of operating firmware to be easily downloaded. Power is supplied directly.



NETPORT5210A Serial to Ethernet Converter

EST3 | GRAPHICS


EST3 | CABINETS

AU Series 19” Cabinets The AU-CAB range of fire cabinets is suitable for any size project and come in a variety of sizes with an interchangeable right or left opening door. Whether it be a small cabinet for simple fire detection and occupant warning, a medium cabinet capable of combined with Integrated Audio and fire detection or a large cabinet for dedicated EWS with multiple amplifiers, the AU-CAB range has the right size enclosure to suit your needs.

All cabinets feature industry standard 19” rack-mount railing allowing the option to easily install any third party rack-mount devices within the cabinet. The rack has a unique swivel hinge feature that allows it to swing open and provide easy access for wiring, servicing and maintenance.



AU-CAB7 19” One Chassis Cabinet, 11U

AU-CAB14 19” Two Chassis Cabinet, 19U

AU-CAB21 19” Three Chassis Cabinet – Full Height, 38U

AU-CAB21DEEP 19” Three Chassis Cabinet – Full Height deep version, 38U

AU-CABOWS 19” Small Cabinet, 9U

AU-CAB5 Small 5 LRM space Cabinet (non 19”)

AU-CABBATT Battery box to suit width of AU-CAB7/14/21 cabinets

AU-CAB21ABKT CAB21 Adapter bracket for Ziton Full height Cubicles (white birch)

Cabinets and Chassis

The AU-CAB series of cabinets provide sturdy and attractive enclosures that support the flexible and modular design of EST3 Life Safety systems. Built from high quality steel, with lockable glass door and powder grey finish, the cabinets are designed to blend in with any lobby or building interior.

AU-CABBATTBattery Box

AU-CAB1419” Cabinet, 19U

AU-CAB2119” Cabinet, 38U


AU Series Cabinet Faceplates & Accessories



AU-3CHAS7FPL 3-CHAS7 Face Plate 7U, for AU cabinets

AU-ASEFPL ASE and Document Face Plate for AU Cabinets

AU-ASETERMKIT ASE Termination Kit for AU-ASEFPL

AU-DOCFPL Document only Face Plate for AU Cabinets

AU-BFPL1U 1U Blank Faceplate for AU Cabinets




AU-BFPLH4U 4U Blank Faceplate for AU Cabinets, Hinged

AU-BFPLH7U 7U Blank Faceplate for AU Cabinets, Hinged

AU-BGRPL6U 19” Blank Gear plate 6U

AU-SHLFRCK3U 19” Rack Shelf, 3U

AU-3ANNMKIT Kit for mounting Remote Annunciators to AU-3CHAS7FPL

AU-ESTSIGMB SIGA module Mounting Plate (8 x single or 4 x dual slots)

AU-LKGBKT AU Cabinet Locking Bracket

3-TAMP5 Tamper switch for AU-CAB5 cabinets

Chassis Assemblies

3-CHASS4 Provides space for 3-REMICA and four local rail modules

3-CHAS7 Provides space for seven local rail modules

Field Cabinets & Accessories

MFC-A Module Cabinet for 1 MP1, 2 MP2s, 2 MP2Ls or any 1 UIO card

SIGA-MP1 Full mounting Plate for 4 Double or 8 Single Modules

SIGA-MP2 Half mounting Plate for 2 Double or 4 Single Modules

SIGA-MP2L Extended Half mounting Plate for 3 Double or 6 Single Modules

27193-27 2-Gang box surface mount, Beige

EST3 | CABINETS


IntelligentSignature Series® Detection & AlarmWith diagnostic routines so accurate

that a ground fault can be pinpointed

down to the location of a single module

address; with environmental compensation

and self-testing so reliable that routine

sensitivity calibration is not required for

NFPA compliance; with automatic day/night

sensitivity adjustment — Signature Series is

a hands-down favorite among installers and

facility managers everywhere.

For good reason too: a Signature Series

solution is not only reliable

— it pretty much looks after itself as well.


INTELLIGENT INITIATING DEVICES

Signature Series® Multisensor Detection

Signature Series intelligent detection is an entire family of fire alarm detectors as well as mounting bases, multiple-function input and output modules, and user-friendly maintenance and service tools. Whenused with EST3 and EST3X control panels, Signature Series devices represent the most advanced detection technology available today.

At the heart of each Signature Series device is an onboard microprocessor that analyses these signals and decides whether or not to input an alarm. The power of this approach, known as distributed intelligence, provides four important benefits: self-diagnostics and history logging; automatic device mapping; stand-alone operation; and fast, stable communication.

Self-diagnostics and History LogSignature Series devices constantly run selfchecks to provide important maintenance information. The results of these checks are automatically updated and permanently stored in the device’s non-volatile memory. This information is accessible for review using the System Definition Utility and/or the SIGA-PRO Signature Program/Service Tool.

The information stored in device memory includes:• device serial number, address, and type;• date of manufacture, hours of operation, and last

maintenance date;• number of recorded alarms and troubles; and,• up to 32 possible trouble codes which may be used

to specifically diagnose faults.

Automatic Device Mapping The Signature Loop Controller learns where each device’s serial number is installed relative to other devices on the circuit. The controller keeps a map of all Signature Series devices connected to it. The System Definition Utility program also uses this mapping feature. With interactive menus and graphic support, the wired circuits between each devicecan be examined. Layout or As-Built drawing information showing branch wiring (T-taps), device types and their addresses are stored on disk. This takes much of the mystery out of the installation and makes the preparation of As-Built drawings fast and very efficient.

Device mapping allows the Signature Loop Controller to discover:• unexpected additional device addresses;• missing device addresses; and,• changes to the wiring in the circuit.

Most Signature modules use a personality code selected by the installer to determine their actual function. Personality codes are downloaded from the controller during system configuration and are indicated during device mapping.

DETECTION | SENSORS


Test Fire

Type of Detector

SIGA-PSI(Photo)

SIGA-HRSAA and SIGA-HFSAB

SIGA-PHSI(Photo/Heat)

(3D)

SIGA-IPHSI(Ion/Photo/Heat)

(4D)Open Wood unsuitable optimum very suitable optimum

Wood Pyrolysis optimum unsuitable optimum optimum

Smouldering Cotton optimum unsuitable optimum optimum

Poly Urethane Foam very suitable suitable very suitable optimum

n Heptane very suitable very suitable optimum optimum

Liquick Fire without Smoke unsuitable optimum very suitable very suitable

Fast Stable Communication Built-in intelligence means less information needs to be sent between the device and the Signature Loop Controller. Other than routine supervisory polling responses, Signature devices only need to communicate with the controller when they have something new to report. This provides very fast control panel response and allows a lower baud rate (speed) to be used for communication on the circuit. The lower baud rate offers several advantages including:

• less sensitivity to circuit wire characteristics;• less sensitivity to noise glitches on the cable;• less emitted noise from the analogue wiring; • twisted or shielded wiring is not required.

Testing & Maintenance Automatic self-diagnosis identifies when a Signature device is defective and issues a trouble message. The user-friendly maintenance program shows the current state of each device and other pertinent information. Single devices may be turned off temporarily, directly from the control panel.

True multisensor technology means that a single device can perform optimally under a wider range of conditions than any singlesensor detector.

DETECTION | SENSORS


Intelligent 4D Multisensor Detector

Intelligent 3D Multisensor Detector

Intelligent Photoelectric Detector

Integrates three sensing technologies — Ionization, Photoelectric, and Heat — into one detector. Select alarm point for any one of five sensitivity settings between 0.67% to 3.70% obscuration/foot. Heat detector alarms when it sees an 35° C increase in ambient temperature. Mounts to separate Standard, Relay, Isolator, or Sounder detector base.

Integrates two sensing technologies — Photoelectric and Heat — into one detector. Select alarm point for any one of five sensitivity settings between 0.67% to 3.77% obscuration/foot. Heat detector alarms at 57° C (135° F) ambient temperature. Mounts to separate Standard, Relay, Isolator, or Sounder detector base.

Select alarm point for any one of five sensitivity settings between 0.67% to 3.77% obscuration/foot. Mounts to separateStandard, Relay, Isolator, or Sounder detector base.

EST’s Signature series products are intelligent devices. Intelligent devices have drastically lower communications requirements than other analogue sensor type devices. Because of the low Signature communications rate there are no special wiring requirements for Signature circuits. This permits Signature devices to use existing wiring, as long as the wiring is in good shape, free of electrical noise, When existing wiring is used, the Signature devices will properly map the circuit, function as designed, and provide overall network response time of less than three seconds. For new installations, twisted-pair wiring is all that is recommended.

Detectors and Bases





SIGA-IPHSI Intelligent 4D Multisensor Detector, White

SIGA-IPHSB Intelligent 4D Multisensor Detector, Black


SIGA-PHSI Intelligent 3D Multisensor Detector, White


SIGA-PSI Intelligent Photoelectric Detector, White

DETECTION | SENSORS


Intelligent Rate-of-Rise/Fixed Temperature Heat Detector

Audible (Sounder) Detector Base

Intelligent Fixed Temperature Heat Detector

Includes 9° C (15° F) per minute rate-of-rise and 57° C (135° F) fixed temperature sensor. Mounts to separate Standard, Relay, Isolator, or Sounder detector base.

The Sounder Base is designed for use where localized or group alarm signalling is required. When the detector senses an alarm condition, the audible base emits a local alarm signal. Other audible bases on the same Signature loop remain silent. User programming can turn other sounder bases on system wide.

Includes 57° C (135° F) fixed temperature sensor. Mounts to separate Standard, Relay, Isolator, or Sounder base.





SIGA-HRSAA Intelligent Rate-of-Rise/Fixed Temperature Heat Detector, White


SIGA-AB4G Audible (Sounder) Base

AB4G-SB Surface Box


SIGA-HFSAB Intelligent Fixed Temperature Heat Detector, White

DETECTION | SENSORS


Isolator Detector Base

Relay Detector Base

Signature detector base provides room-side wiring terminals and includes a built-in line fault isolator. Models with integral switches allow the detector to be removed from its base without causing the isolator to operate. Mounts to North American one-gang box, BESA box, 3½ or 4-inch octagon boxes, or 4-inch square electrical boxes. Bases for 4-inch square boxes include the SIGA-TS4 Trim Skirt to conceal the electrical box and provide a finished appearance.

This base includes a relay. Normally-open or closed operation is selected during installation. The dry contact is rated for 1 amp (pilot duty) @ 30 Vdc. The relay’s position is supervised to avoid accidentally jarring it out of position. The relay base does not support the SIGA-LED remote LED. It mounts to North American one-gang boxes, BESA box, 3½ or 4-inch octagon boxes, or 4-inch square electrical boxes. Bases for 4-inch square boxes include the SIGA-TS4 Trim Skirt to conceal the electrical box and provide a finished appearance.




SIGA-IB Isolator Detector Base

SIGA-IB4 Isolator Detector Base (with trim skirt)


SIGA-RB Relay Detector Base

SIGA-RB4 Relay Detector Base (with trim skirt)

Standard Detector BaseSignature detector base provides roomside wiring terminals. Mounts to North American one-gang box, BESA box, 3½ or 4-inch octagon boxes, or 4-inch square electric box. Bases for 4-inch square boxes include the SIGA-TS4 Trim Skirt to conceal the electric box and provide a finished appearance.



SIGA-SB Standard Detector Base

SIGA-SB4 Standard Detector Base (with trim skirt)

DETECTION | SENSORS


Signature Series input/output modules are extremely flexible and powerful devices that gather analogue information from the slave devices connected to them and convert this data into digital signals. They are available in models that mount in standard one- or two-gang electrical boxes, as well as versions that plug into UIO motherboards.

The actual function of each module is determined by its installer-selected personality code. This is downloaded to the module from the Signature Loop Controller during system configuration. Because they are intelligent devices, all decisions are made at the module. This allows lower communication speed but very fast control panel response time and less sensitivity to line noise and loop wiring properties. As a result, twisted or shielded wire is not required.

Signature Series I/O modules feature automatic device mapping and electronic addressing. Details about the module are permanently stored in its non-volatile memory and the module automatically updates historic information for a wide range of reports. All Signature Series I/O modules feature diagnostic LEDs and can be installed in areas where ambient temperatures reach as high as 49° C (120° F).

Input/Output Modules

Standard two-gang mount

Plug-in UIOs with motherboard

EST intelligent input/output modules feature multiple user-set personality codes that define the module’s behaviour

DETECTION | MODULES


Mounting and installation optionsSignature Series input/output modules are available in models that feature two mounting options: standard mount and plug-in.

Standard mount models are installed to North American two-gang or one-gang electrical boxes, making them ideal for locations where only one module is required. Separate I/O and data loop connections are made to each module.

Plug-in UIO modules mount to UIO motherboards. Two and six-module UIO motherboards are available, making them ideal for installations where more than one module is required. Motherboards can accommodate individual risers for each on-board module, or shared risers in any combination with their UIO modules. All wiring connections are made to terminal blocks on the motherboard. UIO assemblies may be mounted in either EST cabinets, or standard electrical enclosures.

Digital Message Module

Universal (Class A/B) Module

The SIGA-MDM Digital Message Module provides custom pre-recorded voice messaging. Two standard factory prerecorded messages are included. Each module can store two 30 second messages in its non-volatile EEPROM memory. A microphone/line-level audio input stereo jack and output stereo jack, as well as record and playback switches are conveniently located on top of the module. Programming in the Signature Data Controller provides all control instructions; extra wiring for monitoring or controlling circuits is not required. Up to 47 modules can be cascaded together. The SIGA-MDM is available as a plug-in module only.

The Universal Class A/B Module is used to connect initiating, appliance, or two-wiresmoke circuits in Loop (Class A or Class B) configuration. The plug-in version can also be used as a Loop (Class A or Class B) dry contact initiating device circuit. The actual function of this module is determined by the “personality code” selected by the installer. Up to fifteen personalities are available.




SIGA-MDM Intelligent Digital Message Module


SIGA-UM Universal Class A/B Module (Two-gang standard mount)

SIGA-MAB Universal Class A/B UIO (Plug-in) Module

* Module images are for representation only

DETECTION | MODULES


Input Module

Signal Module

The Input Module is used to connect Class B normally-open Alarm, Supervisory, or Monitor type dry contact initiating device circuits. The standard mount version is available with either one or two input connections. The plug-in version accepts two input connections. The actual function of this module is determined by the “personality code” selected by the installer. A total of four personalities are available.

The Signal Module is used to connect, upon command from the loop controller,supervised (Class B) signal or telephone circuits to their respective power inputs.Models are available with one or two power inputs. These may be either polarized24 Vdc to operate audible and visual signal appliances, or 25 and 70VRMS to operateaudio evacuation speakers and firefighter’s telephones. The actual function ofthis module is determined by the “personality code” selected by the installer. A total ofthree personalities are available.




SIGA-CT1 Single Input Module (One-gang standard mount)

SIGA-CT2 Dual Input Module (One-gang standard mount)

SIGA-MCT2 Dual Input UIO (Plug-in) Module


SIGA-CC1 Single Input Signal Module (Two-gang standard mount)

SIGA-MCC1 Single Input Signal UIO (Plug-in) Module

SIGA-CC2 Dual Input Signal Module (Two-gang standard mount)

SIGA-MCC2 Dual Input Signal UIO (Plug-in) Module


DETECTION | MODULES



Control Relay Module

Polarity Reversal Relay Module

Riser Monitor Module

The Control Relay Module provides a Form C dry relay contact to control external appliances such as door closers, fans, dampers etc. This device does not provide supervision of the state of the relay contact. Instead, the on-board microprocessor ensures that the relay is in the proper ON/OFF state. Upon command from the loop controller, the relay activates the normally open or normally-closed contact. This module supports only one personality: but it has 9 different device types that are user configurable.

Upon commande from the Signature loop controller, the Polarity Reversal Relay Module reverses the polarity of its 24 Vdc output, thus activating all Sounder Bases on the data loop. This module supports only one personality: no user configuration is required.

The SIGA-RM1 Riser Monitor Module is an intelligent device that monitors the integrityof 24 Vdc, 25 Vac, and 70 Vac circuits, as well as telephone riser signals. Upon the loss of a signal, the Riser Monitor Module causes the fire alarm control panel to indicate an alert status. Personality codes downloaded to the Riser Monitor Module during system configuration determine its function.





SIGA-CR Control Relay Module (One-gang standard mount)

SIGA-MCR Control Relay UIO (Plug-in) Module


SIGA-CRR Polarity Reversal Relay Module (One-gang standard mount)

SIGA-MCRR Polarity Reversal Relay UIO (Plug-in) Module


SIGA-RM1 Riser Monitor Module (Two-gang standard mount)

SIGA-MRM1 Riser UIO (Plug-in) Module

DETECTION | MODULES


Synchronisation Output Module

Input/Output Module

Isolator Module

The Synchronization Output Module is an intelligent device that connects a supervised output circuit to a 24 Vdc riser. The output wiring is monitored for open circuits and short circuits. A short circuit will cause the fire alarm control panel to inhibit the activation of the audible/visual signal circuit so the riser is not connected to the wiring fault. Upon command from the Signature loop controller, the Auto-Sync Output Module connects the output circuit to the riser input. The output circuit operates polarized audible and visual appliances that support Genesis synchronisation.

The Input/Output Module is an intelligent device that provides the followingmodes of operation:• Output with monitor input• Input/programmable output• Input/direct output

The SIGA-IM Isolator Module is an intelligent device that allows part of the Signature data loop to continue operating in the event of a short circuit. The module can be wired into a Class A data loop at any point. If a fault occurs, the isolator cuts power to all devices beyond the isolator on the loop. Once activated, the line fault isolator continuously checks the faulted side of the loop to determine if the short still exists. When the fault is cleared, the module automatically restores the entire data loop to its normal condition.





SIGA-CC1S Synchronization Output Module (One-gang standard mount)

SIGA-MCC1S Synchronization Output UIO (Plug-in) Module


SIGA-IO Input/Output Module (One-gang standard mount)

SIGA-MIO Input/Output UIO (Plug-in) Module


SIGA-IM Fault Isolator Module (Two-gang standard mount)

DETECTION | MODULES


Universal Input/Output (UIO) Motherboards


SIGA-UIO2R Universal Input/Output Module Board w/Riser Inputs — Two Module Positions

SIGA-UIO6R Universal Input/Output Module Board w/Riser Inputs — Six Module Positions

Signature Series Universal Input/Output Module Motherboards provide mounting and wiring terminations for up to six Signature Series plug-in UIO (SIGA-“M” series) modules. UIO motherboards snap into a rigid extruded track (included) with mounting pads for convenient mounting into a variety of equipment enclosures. UIO modules plug into the board and are held securely in place with captive machine screws. All field wiring connects to terminal blocks on the motherboard, which permits rapid removal and replacement of modules for troubleshooting.

The SIGA-UIO2R provides mounting and wiring terminations for up to two UIO modules, and the SIGA-UIO6R provides mounting and wiring terminations for up to six UIO modules. Both motherboards feature a riser #1 input and a riser #2 input bus. Jumpers on riser #1 input (between modules), facilitate sharing a single riser among more than one module. This significantly reduces wiring requirements. Removing the jumpers provides separate riser inputs to each adjacent module. Riser #2 input is fixed to each module position and cannot be split.

UIO motherboards mount inside the EST MFCA cabinet or other suitable UL-listed electrical enclosure. Each MFC-A will hold one UIO2R motherboard or one UIO6R motherboard complete with their full complement of modules.


DETECTION | MODULES


Releasing Module


SIGA-REL Analogue addressable releasing module

RELA-ABT Abort station

RELA-SRV Service disconnect station

AU-ESTRELMOD Releasing module 19” 4U Version c/w service disconnect switch

AU-CONVLCS Local Control Station

The Signature Series Releasing Module (SIGA-REL) is an analogue addressable module that works with fire suppression systems designed to release extinguishing gas such as Kidde’s FM-200, NOVEC1230, Argonite and CO2 systems. Its primary function is the controlof sprinkler pre-action routines and the initiation of suppression system deluge functions. The module is easily configured in the field and offers a wide range of options that prevent the unnecessary release of extinguishing agent.

The SIGA-REL is a network component consisting of:• Two supervised release circuits• Two supervised pre-release circuits• One supervised manual release input circuit• One supervised abort circuit for N/O abort switch• One first alarm output relay (Form C Contact)

The releasing module includes a built-in timer that inhibits the deluge function during the pre-action routine. One of four pre-action routines, may be selected by means of dip-switches on the module.The duration of automatic and manual time delays, as well as the abort time settings are also selectable with

dip-switches. The SIGA-REL should be mounted within the Fire alarm Panel to meet local requirements.. Available releasing module accessories include dedicated pull stations, abort switches and service switches. Together with the SIGA-REL, they provide a complete fire suppression package.


DETECTION | MODULES


Break Glass Call Point

Signature Detector Guard

Detector Mounting Plate


SIGI-271 Intelligent Call Point - English Markings

DM787 Surface Mounting Box, RED

DM715 DM715 Replacements Break-glass (10 Pack)

DMN782 Hinged Cover, clear


SIGA-DG Smoke Detector Guard

SIGA-DGSB Detector Guard Surface Mount Accessory

SIGA-DGF Optional Mounting Flange


SIGA-DMP Detector Mounting Plate

The SIGI-271 Fire Alarm Call Points are part of EST International’s Signature Series line ofproducts. These integrated Call Point assemblies feature the familiar KAC Installers’ SeriesCall Point packaged with EST’s Signature Series intelligent addressable interface electronics. The switch is held off by the edge of the glass. When the glass is broken by pressing directly on it, the switch is released and an alarm sent to the Signature loop controller. A protective plastic coating on the glass prevents operator injury and inhibits the release of glass fragments. The integral microprocessor built into each Signature Series Call Point providesfour important benefits: - Self-diagnostics and History Log, Automatic Device Mapping,Stand-alone Operation, and Fast, Stable Communication.

Please note that AS1670 requires two-staged alarm activation and therefore recommend a hinge cover installed with every manual call point.

Constructed of sturdy 16-gauge steel, the SIGA-DG Smoke Detector Guard is designed to protect SIGA-IPHSI and SIGA-PSI smoke detectors from damage or tampering. The advanced computer-designed louver system allows smoke detectors to be installed at their listed spacing and has no effect on operating sensitivity.

The SIGA-DMP Detector Mounting Plate is a 178mm (7 inch) square mounting plate. The Signature Series SIGA-DMP Duct Detector Mounting Plate (DMP) is used to mount a smoke detector inside an air duct. The DMP provides screws for mounting the detector base and includes a rubber gasket which forms an airtight seal between the mounting plate and the duct.




DETECTION | ACCESSORIES


Remote LED

Trim Skirt

Duct Smoke Detector Housing


SIGA-LED-AU Remote Alarm LED


SIGA-TS Detector Trim Skirt (white)

SIGA-TSB Detector Trim Skirt (black)

SIGA-TS4 Detector Trim Skirt (white) – for 4-inch box


SIGA-DH Duct Detector Housing

6261-001 200mm (8-inch) Air Sampling Inlet Tube

6261-002 600mm (24-inch) Air Sampling Inlet Tube

6261-003 1,060mm (42-inch) Air Sampling Inlet Tube



The remote LED connects to the SIGA-SB or SIGA-SB4 Standard Base. It features a North American size one-gang plastic faceplate with a white finish and red alarm LED. Includes universal labels to provide location descriptions.

Use the SIGA-TS Trim Skirt to give Signature detectors a finished look and hide surfaceimperfections around the detector’s base. Supplied with all four-inch detector bases,the SIGA-TS4 can also be ordered separately. Use the black model with SIGA-IPHSB.

The SIGA-DH Duct Smoke Detector Housing features a large access door that is completely removable to allow fast detector installation and field wiring connections. Its 16-gauge steel housing is finished in red baked enamel for easy identification. Five one-gang knockouts on the housing provide a convenient location for mounting Signature Series modules. The Duct Smoke Detector Housing is compatible with the SIGA-IPHS 4D Multisensor Smoke Detector, the SIGA-IPHSI, SIGA-PHSI or SIGA-PSI 3D Multisensor Detector and the SIGA-PS Photoelectric Detector.




DETECTION | ACCESSORIES



SIGA-LED-AU Remote Alarm LED

Kidde offers heat and smoke detection options to fulfill your business needs.

Senator is a highly sophisticated ‘next generation‘ of High Sensitivity Aspirating Smoke Detection product that has been designed to ensure that installation and commissioning is as simple as possible, while optimising performance.

The Senator range of detectors is unique in being able to provide a consistent level of protection in a very wide range of environments by continuously making minor adjustments to sensitivity.


Senator 25Single pipe aspirating smoke detector with a sensitivity scale ranging 0.03% - 25% obs/m. Classifire 3D® Artificial Intelligence allows it to automatically adjust sensitivity with no external input. Laser DustDiscrimination (LDDTM) makes this product suitable for a wide range of environments. Status indicators provided for ‘OK’, ‘FIRE’ and ‘Fault’. Fire and Fault relay outputs for interfacing to other fire control equipment. SenseNET network ready. Requires external 24vdc supply. Provided with two installed metal cable glands.

The optional relay/input card (30760-KID) can also be preinstalled to provide four alarm level relays, an additional fault relay and three programmable inputs. These inputs can be used for remote reset, remote isolate, PSU monitoring and Classifire override functions.

Maximum pipework length: 50m (25m in high airflow).Dimensions: 140w x 200h x 85d (including cable glands)

Two pipe aspirating smoke detector with a sensitivity scale ranging 0.03% - 25% obs/m. Classifire 3D® Artificial Intelligence allows it to automatically adjust sensitivity with no external input. Laser Dust Discrimination (LDDTM) makes this product suitable for a wide range of environments. Status indicators provided for ‘OK’, ‘FIRE’ and ‘Fault’. Fire and Fault relay outputs for interfacing to other fire control equipment. SenseNET network ready. Requires external 24vdc supply. Provided with two installed metal cable glands.

The optional relay/input card (30764-KID) can also be preinstalled to provide four alarm level relays, an additional fault relay and three programmable inputs. These inputs can be used for remote reset, remote isolate, PSU monitoring and Classifire override functions.

Maximum pipework length: 2 x 50m (2 x 25m in high airflow) Dimensions: 300w x 200h x 85d (including cable glands)




30671-KID Senator 25

30760-KID Senator 25 c/w Relay/Input card



30764-KID Senator 100 c/w Relay/Input card

Senator Aspirating Smoke Detection

Senator 100

DETECTION | ASPIRATING SMOKE


Senator 200Four pipe aspirating smoke detector with a sensitivity scale ranging 0.03% – 25% obs/m. Classifire 3D® Artificial Intelligence allows it to automatically adjust sensitivity with no external input. Laser Dust Discrimination (LDDTM) makes this product suitable for a wide range of environments. LCD and LED status indicators, unit is fully programmable via the front membrane, four alarm levels with relay outputs, 3 x programmable inputs. SenseNET network ready. Requires external 24vdc supply.

The 30620-KID comes with command module functionality included. The command module functionality provides central control for all detectors connected on a network. Large LCD

provides detailed status information. Requires external 24vdc supply.

30710-KID model comes with basic LED status indications for Fire, Fault and OK. Requires external 24vdc supply.

Maximum pipe length: 4 x 50mDimensions: 425w x 370h x 115d




30707-KID Senator 200 with Command Module – Steel enclosure

30620-KID Senator 200 with Command Module

30710-KID Senator 200 Minimum display

Senator ExAspirating smoke detector approved for use in hazardous areas. ATEX rated EExd IIB + H2 T3. Equipment group 2 (zones 1, 2 and 3). Group gases A and B + Hydrogen. Supplied with flame arrestors and external filter (30730).

Maximum pipe length: 50m (25m in high airflow).Dimensions: 400w x 200h x 165d (inc. flame arrestors)



30731-KID Senator Ex




Senator Command Module

Senator Remote Display Unit (RDU)

Provides a single location display, control and interfacing option for systems of up to 127 detectors. The Command module allows global programming of all detector functions simultaneously. Large LCD and LED status indications. Requires external 24vdc supply.

Dimensions: 425w x 370h x 115d

The RDU connects to the Senator range of detectors using the RS485 data bus and mimics the LED status indications of the detector. The RDU monitors the status of a single detector. More than one RDU can be allocated to a single detector. The RDU can be mounted in either a single wall mounted enclosure or a 3U high 19” rack enclosure.

Requires a 24vdc supply.




30624-KID Senator Command Module in Senator 200 enclosure

30627-KID 19” Rack mount Command module 2U


30802-KID Senator Remote Display Unit (RDU)

Aspirating Smoke Detection system accessories

30627-KID

19” sub frameSuitable for mounting up to 7 Remote Display Units (30802) and optional relay board (30803) in a 19” rack cabinet. Sub frame is 3U high.



30814-KID 19” sub frame

30812-KIDBlank in-fill plates for 19” sub frame (Brushed aluminium plate used to cover unused spaces in sub frame)


RDU Relay boardThis is an optional relay board which can be used with the Senator RDU to provide Volt Free Changeover Contacts for signalling to other equipment. Five relays are provided for Fire 1, Fire 2, Pre-alarm, Aux Alarm and Fault (energised).



30803 RDU Relay board

Relay/Input cardThe Senator Relay/Input card can be fitted into the Senator 25 and 100 detectors to provide an additional five relay outputs for signalling to other equipment. Three inputs are provided on the card that can be programmed for remote reset, isolate, classifire override or PSU fault monitoring.



30436-KID Relay/Input card

APIC card – Hochiki/Apollo protocolCan be fitted internally to any Senator detector unit or Command Module allowing them to be connected to an Apollo protocol addressable loop. A single APIC may be used in Multi Address modewhen installed inside a command module for signalling up to 127 detectors onto the addressable loop reducing costs on larger systems.



30430-KID-APOLLO APIC card – Apollo protocol

30430-KID-HOCHIK APIC card - Hochiki protocol


Single Remote Display Unit wall mounting enclosureSmall steel enclosure for wall mounting a single Remote Display Unit (30802) and optional relay board (30803).



30817-KID Single Remote Display Unit wall mounting enclosure



PSX3 Particle SeparatorThe particle separator is used to limit the contamination to the detector when installed in dirty and dusty environments. The unit is supplied with union sockets to allow it to be used with 25mm and ¾” pipework. Foam elements inside the unit can easily be replaced as necessary.

Replacement foam elements, part number 21888-K064.



21888-K063 PSX3 Particle Separator

Aspirating Smoke Detection Installation accessories

Air Heater boxSuitable for installations where humidity or condensation may be a problem. The air heater is used to heat and dry the air before it reaches removing any moisture that may be in the air and preventing any condensation from cold air entering the detector.

Enclosure Sheet Steel, Heating element Self- regulating 230 VAC, 60/200 watts



30422-KID Air Heater box

Senator 25 & 100 replacement filter

Senator 200 replacement filter

Cartridge type filter for use with all variants of the Senator 25 and Senator 100 Aspirating Smoke Detectors.

Cartridge type filter for use with all variants of the Senator 200 Aspirating Smoke Detection unit.




30755-KID Senator 25 & 100 replacement filter


30699-KID Senator 200 replacement filter

Spare parts - filters


The award-winning Genesis line of products represents the rebirth of emergency signals with looks, features, and performance benefits designed with your project in mind.


A complete line engineered to deliver innovative features and superb output.

The award-winning Genesis line of products represents excellence in fire alarm notification with looks, features, and performance benefits designed with your project in mind. Wall strobes, horns, and chimes about the size of a deckof playing cards offer a discreet alternative to bulky devices, while speakers and ceiling models with clean modern linesblend inconspicuously with their surroundings.

Signaling on-demand

Though designed for discretion, Genesis signals are also engineered to command attention. Wall-penetrating high dB output and patented Full Light strobe technology immerse the protected area with levels of light and sound that simply can’t be ignored – all in exchange for the lowest current demands of any device in their class.

Genesis brings on-demand signaling to every application with an unparalleled range of field-configurable options: horns with high/low dB output settings; speakers with multiple wattage tap selections; and strobes with selectable candela output and flash rate – options that put you in the driver’s seat when time is short, budgets slim, and manpower at a premium. It also means fewer parts to stock, less inventory to worry about, and the flexibility to meet changing demands – on the fly – without having to reinstall equipment or order more parts!

Application flexibility

Whether you’re designing for a new landmark structure, or simply retrofitting a local strip mall, competitively priced Genesis signals bring value, good looks, and installation flexibility to every application.

Genesis Visual & Audible Signals

Wall Strobes, Horns, ChimesPage 61

Ceiling HornsPage 63

Low Frequency Horns & Horn-StrobesPage 62

Outdoor Horns, Horn-StrobesPage 64

Wall Speakers & Speaker-strobesPage 65

Ceiling Speakers, Speaker-strobesPage 66

Outdoor Speakers, Speaker-StrobesPage 67

LED Strobes and Horn-StrobesPage 68

LoudspeakerPage 69

Mounting AccessoriesPage 69

DETECTION | NOTIFICATION


Genesis signals feature textured housings in architecturally neutral white or traditional fire red. An ingenious iconographic symbol indicates the purpose of the device. This universal symbol is code-compliant and is easily recognised by all building occupants regardless of what language they speak. models with “FIRE” marking is available.

Wall Strobes & Horns


G1-VM Strobe (selectable 15, 30, 75 or 110 cd output), white

G1R-VM Strobe (selectable 15, 30, 75 or 110 cd output), red

G1F-VM Strobe (Selectable 15, 30, 75, or 110 cd output), White with FIRE marking

G1RF-VM Strobe (Selectable 15, 30, 75, or 110 cd output), Red with FIRE marking


G1-HDVM Horn-Strobe (15, 30, 75 or 110 cd output, high or low db), white

G1R-HDVM Horn-Strobe (15, 30, 75 or 110 cd output, high or low db), red

G1RF-HDVM Horn-Strobe (Selectable 15, 30, 75, or 110 cd output), Red with FIRE marking

G1-HD Temporal Horn (high or low dB output), white

G1R-HD Temporal Horn (selectable high or low dB output), red

G1F-HD Temporal Horn (High or Low dB output), white, with FIRE marking

G1F-HD Temporal Horn (High or Low dB output), red, with FIRE marking

Genesis strobes offer 15 to 110 candela output, which is selectable with a conveniently-located switch on the side of the device. The candela output setting remains clearly visible even after final installation, yet it stays locked in place to preventunauthorized tampering. (Data Sheet E85001-0573-AU)

Genesis Horns and Horn-strobes reach output levels as high as 99 dB at 3m and features a unique multiple frequency tone that results in excellent wall penetration and an unmistakable warning of danger. Horns may be configured for either coded or noncoded signal circuits. They can also be set for low dB output with a jumper cut that reduces horn output by about 5 dB.



Genesis Strobes

Genesis Horns and Horn-Strobes



G4LF Series notification appliances provide the benefits of Genesis life safety signals with output suitable for sleeping areas and other applications requiring low frequency audible tones. These high-performance appliances generate a crisp 520 Hz tone in the standard 3-3 temporal pattern.

All G4LF appliances feature field-configurable high and low dB output settings. Horn-Strobe models feature field-selectable 15, 30, or 75 cd output settings.

Low Frequency (520 Hz) Horns and Horn-Strobes


G4LFWN-HVM Horn-Strobe, 520 Hz, White Housing, No Marking, 15/30/75 cd

G4LFWF-HVM Horn-Strobe, 520 Hz, White Housing, FIRE Marking, 15/30/75 cd

G4LFRN-HVM Horn-Strobe, 520 Hz, Red Housing, No Marking, 15/30/75 cd

G4LFRF-HVM Horn-Strobe, 520 Hz, Red Housing, FIRE Marking, 15/30/75 cd

G4LFWN-H Horn, 520 Hz, White Housing, No Marking

G4LFWF-H Horn, 520 Hz, White Housing, FIRE Marking

G4LFRN-H Horn, 520 Hz, Red Housing, No Marking

G4LFRF-H Horn, 520 Hz, Red Housing, FIRE Marking




Genesis ceiling strobes are available in low- or high-candela output models featuring 15 to 95, or 95 to 177 cd output. The setting is selectable with a conveniently-located switch that remains clearly visible even after final installation, yet it is locked in place to prevent unauthorized movement after installation. Genesis horn output reaches as high as 99 dB (peak) and features a unique multiple frequency tone that results in excellent wall penetration. Horns may be set for low dB output with a jumper cut that reduces horn output by about 5 dB. All models are rated for both wall and ceiling installation.

Genesis GC Series Ceiling ModelsStrobes and Horn-Strobes

All fire alarm appliances come with the “Running Man” IconWhite housing

no markingWhite housing

with “FIRE”Red housing with “FIRE”

Strobe, 15/30/75/110 (standard output) cd, selectable GC-VM GCF-VM GCFR-VM

Strobe, 95/115/150/177 (high output) cd, selectable GC-VMH GCF-VMH

Horn-strobe, 15/30/75/110 (standard output) cd, selectable GC-HDVM GCF-HDVM GCFR-HDVM

Horn-strobe, 95/115/150/177 (high output) cd, selectable GC-HDVMH GCF-HDVMH

White housings - No “Running Man” IconAmber lens no marking

Strobe, four standard cd settings GCWN-VMA

Strobe, four high output cd settings GCWN-VMHA




Outdoor Fire Alarm AppliancesWhite housing


with “FIRE”Red housing no marking

Red housing with “FIRE”

Horn Only WG4WN-H WG4WF-H WG4RN-H WG4RF-H

Horn-Strobe, standard cd output WG4WN-HVMC WG4WF-HVMC WG4RN-HVMC WG4RF-HVMC

Horn Only, high cd output WG4WN-HVMHC WG4WF-HVMHC WG4RN-HVMHC WG4RF-HVMHC


Genesis WG4 Series horns and horn-strobes are among the most versatile emergency signals of their kind. NEMA 4X rated for indoor or outdoor use, they are suitable for a wide range of wet and harsh environments with a listed operating temperature range of as low as -35°C to as high as 66°C.

Genesis WG4 Series Wall ModelsWeatherproof Horns and Horn-Strobes

Field ConfigurationGenesis WG4 strobes feature four selectable light output settings.Cd selections are changed by removing the cover and simply sliding the switches to the desired setting, which remains visible through a small window on the front of the device after the cover is replaced. Genesis Horn-strobes may also be configured for high or low dB output and temporal flash. This battery-saving feature is intended for private mode signaling only.



Genesis speakers combine high performance output with a lowprofile design to deliver a life safety audio solution that’s as versatileas it is effective. Protruding no more than one inch from the wall,these appliances blend inconspicuously with any decor. All speakersfeature selectable ¼, ½, 1, or 2 watt operation.

Speaker-strobes feature field-configurable candela output, selectablewith a conveniently-located switch on the bottom of the device.

High fidelity speakers and speaker-strobes meet new standards for audible tones in sleeping areas and produce crisp, clear voice audio output that is highly intelligible over large areas. (Data Sheet E85001-0642)

High fidelity mass notification speakers and speaker-strobes feature optional amber lenses and “ALERT” lettering onwhite housings, and meet new standards for audible tones in sleeping areas. (Data Sheet E85001-0642)

Genesis G4 Series Wall ModelsSpeakers and Speaker-strobes

High Fidelity Mass Notification Speakers — white housing, no “Running Man icon”

Amber lens no marking

70 V Speaker-strobe (A/B/C/D cd settings) G4HFWN-S7VMA

The ingenious Genesis G4E Mass Notification Expander provides a separate, independently-controlledstrobe that fits behind a Genesis G4 Series speaker or speaker-strobe. (Data Sheet E85001-0610)



All fire alarm appliances come with the “Running Man” icon

White housing no marking

White housing with “FIRE”

Red housing no marking


70 V Spkr + 15/30/75/110 cd strobe GCHFWN-S7VMC GCHFWF-S7VMC GCHFRN-S7VMC GCHFRF-S7VMC

70 V Spkr + 95/115/150/177 cd strobe GCHFWN-S7VMCH GCHFWF-S7VMCH GCHFRN-S7VMCH GCHFRF-S7VMCH

Speaker-only models, 70 V GCHFWN-S7 GCHFWF-S7 GCHFRN-S7 GCHFRF-S7

White housings No “running man” iconAmber lens no marking

70 V Speaker, four standard cd settings GCHFWN-S7VMA

70 V Speaker, four high cd settings GCHFWN-S7VMAH


The Genesis line of multi-candela and multi-wattage ceiling signals feature all the hallmarks that have made Genesis products a big hit with designers, engineers, building owners, and installers everywhere. Precision timing electronics, and low current draw bring the benefits of the popular

Genesis wall-mount models to ceiling applications. These signals are 30 percent slimmer than comparable signals on the market. They are compatible with standard 10 cm square electrical boxes and don’t require extension rings or trim plates.

Genesis GC Series Ceiling ModelsSpeakers and Speaker-Strobes

High Fidelity Mass Notification Speakers and Speaker-strobes

High Fidelity Fire Alarm Speakers and Speaker-Strobes



Fire Alarm SpeakersWhite housing


with “FIRE”Red housing no marking


25/70 V Speaker WG4WN-S WG4WF-S WG4RN-S WG4RF-S

25/70 V Speaker-strobe (15/29/70/87 cd) WG4WN-SVMC WG4WF-SVMC WG4RN-SVMC WG4RF-SVMC

25/70 V Speaker-strobe (102/123/147/161 cd) WG4WF-SVMHC WG4RN-SVMHC WG4RF-SVMHC

Mass Notification Speakers — white housing, no “Running Man” icon


25/70 V Speaker-strobe, amber lens (84/101/125/130 cd output) WG4WN-SVMHA


Genesis WG4 Series speakers and speaker-strobes are among the mostversatile emergency signals of their kind. NEMA 4X rated for indoor oroutdoor use, they are suitable for a wide range of wet and harsh environments with a listed operating temperature range of as low as -31°F to as high as 151°F (-35°C to 66°C).

Genesis Series Wall ModelsOutdoor Speakers and Speaker-Strobes

Field ConfigurationGenesis WG4 speakers may be set to 25 or 70 Volts operation, and for ¼, ½, 1, or 2 watt operation. Strobe models feature four selectable light output settings. Wattage and cd selections are changed by removing the cover and simply sliding the switches to the desired settings, which remain visible through a small window on the front of the device after the cover is replaced. Genesis speaker strobes may also be configured for temporal flash. This battery-saving feature is intended for private mode signaling only. To set the device for temporal flash, snip the jumper at JP1.

Genesis mass notification speakers and speaker-strobes bring the same high-performance fire alarm features andunobtrusive design to mass notification applications. Available with amber lenses and optional “ALERT” lettering, they are ideal for applications that require differentiation between fire alarm and mass notification alerts.

DETECTION | SIGNALS


Genesis GL Series Wall ModelsLED Strobes


G1M Genesis Signal Master – Snap-on (piggyback)

G1M-RM Genesis Signal Master – Remote 1-Gang Mount

The Signal Master is a simple-to-use accessory that adds enhanced features to Genesis and Integrity strobes and Horn-Strobes. It is a dual-purpose module that provides UL 1971 required precision synchronization for connected Integrity and Genesis strobes, and independent control for connected Genesis Horns over a single pair of wires. Two methods of Horn control are available: traditional Horn silence; or, normally-closed contact. Both methods may be used to silence Horns without turning off strobes on the same circuit. Two models are available. The Genesis “piggyback” model doesn’t require a separate electrical box. It simply snaps to the back of the first G1 signal on the circuit. The remote mount model mounts in a North American 2½ inch (64 mm) deep one-gang box.


Signal Master

Genesis GL Series horns and LED strobes break the current draw barrier with innovative technology that not only makes them inexpensive to install and operate, but also allows them to maintain the sleek low-profile design that has made Genesis appliances a favorite among facility owners, architects, and designers. Horn-Strobe models feature field-selectable 15, 30, 75, or 110 cd output settings. Horn-strobe and horn-only appliances feature field-configurable high/low dB and temporal/steady audible output.


All fire alarm appliances come with the “Running Man” icon


White housing with “FIRE”

Red housing no marking


Horn-Strobe GL1WN-HDVMC GL1WF-HDVMC GL1RN-HDVMC GL1RF-HDVMC

Horn-only GL1WN-HD GL1WF-HD GL1RN-HD GL1RF-HD

Strobe-only GL1WN-VMC GL1WF-VMC GL1RN-VMC GCHFRF-S7

Trim Plate for four-inch square boxes GL1WN-TP (white) GL1RN-TP (red) GL1RF-HD

One-gang surface box GL1WN-BB1G (white) GL1RN-BB1G (red)

DETECTION | SIGNALS


The HPSA15 loudspeaker is a high-efficiency double re-entrant loudspeaker that operates within a nominal frequency response range of 400-14,000 Hz, and provides audible output of 120 dB (peak at one meter) at the rated power level. It includes a versatile, three-way, 25/70.7 V line transformer that meets a variety of distributed system needs. The transformer is adjustable by means of a convenient seven-position, watts/impedance selection switch.


Multi-purpose Loudspeaker


HPSA15G2570 15-watt loudspeaker, gray


Mounting Accessories


Genesis® Signals

27193-11 Horn-strobe Surface Box, Red, Indoor

27193-16 Horn-strobe Surface Box, White, Indoor

G4RB Speaker Surface Box, Red, Indoor

G4B Speaker Surface Box, White, Indoor

DETECTION | SIGNALS


SUPPRESSION SYSTEMSKidde are world leaders in special-hazard fire suppression systems for land-based, vehicle and marine applications. Our state-of-the-art delivery systems utilise a broad array of extinguishing agents, including the latest gaseous agents as well as wet and dry chemicals and CO2.

Kidde Australia carries a comprehensive range of special hazard fire suppression systems including Argonite®, FM-200®, 3M® Novec® 1230 Fire Protection Fluid, CO2, Wet Chemical, Dry Chemical and Stat-X® Aerosol Suppression. Kidde Australia can design and supply and assist with commission of systems to meet the requirements of each specific application. We also provide training and a service to overhaul and refill cylinders.


SUPPRESSION | GASEOUS

Gaseous Agent Suppression Comparison TableArgonite (IG-55) IG-541 NOVEC 1230

(FK-5-1-12)FM200 ECS

(HFC-227 ea)Carbon Dioxide

(C02)

Type Total Flood Total Flood Total Flood Total Flood Total Flood or Local Application

Ingredients Argon 50% Nitrogen 50%

Argon 40%, Nitrogen52%, Co2 8%

Fluorinated Ketone 99.9%

Heptaflouropropane 99.6% CO2 100%

Stored as Compressed Gas Compressed Gas Liquid Liquid Liquid

Propellant NA NA N2 in Cylinder N2 in Cylinder NA

Storage Pressure 300 Bar 300 Bar 25 Bar 25 Bar 58 Bar

Room Pressure relief required Yes Positive Yes Positive Negative + Positive(Calculation dependent)

Negative + Positive(Calculation dependent)

Yes Positive(Calculation dependent)

Appearance Colourless, Odourless Colourless, OdourlessColourless, Low Odour

white/cloudy at discharge

Colourless, Odourless white/cloudy at

discharge

Colourless Odourlesswhite/cloudy at

discharge

Filling Location Melbourne Melbourne Melbourne, Sydney Melbourne, Sydney, Karratha, Bunbury

Melbourne, Sydney Brisbane,

Launceston, Adelaide

Design Concentration - Class A - Higher Class A

40.3%45.1%

39.9%39.9%

5.3%5.6%

7.9%8.5%

34%50%

Pipe, fittings required (not for closed pipe sections)

Schedule 40 Pipe, 3000lb fittings

Schedule 40 Pipe, 3000lb fittings

Schedule 40 Pipe, Gal-vanised Steel fittings

Schedule 40 Pipe, Gal-vanised Steel fittings

Sched. 40 ≤ 20mm Ø; Sched. 80 ≥ 25mm Ø

3000lb fittings

How it worksInert gas, depletes ox-ygen levels to between

11 and 12%

Inert gas, depletes oxygen levels to be-tween 11 and 12%

Heat Absorption 90%Chemical 10%

80% Cooling20% Chemical Action

Depletes OxygenCooling

Suitable for Class of Fire A,B,E A,B,E A,B,E A,B,EA,B,E,

Combustible Metals,K- Cooking Media

Safe for Humans at Class A or Higher Class A Design Concentrations

Yes Yes Yes Yes No

Ozone Depleting Potential 0 0 0 0 0

Global Warming Potential 0 1 1 2900 1

Atmospheric Life NA 0 5 days 33 Years NA

Environmental Controls None None None * see below None

Cylinder Storage Inside, adjacent or remote from risk area

Inside, adjacent or remote from risk area

Inside or adjacent risk area

Can be remote for ADS

Inside or adjacent risk area

Can be Remote for ADS

Inside, adjacent or remote from risk area

Actuation Solenoid type, Auto or Manual, Pressure

Solenoid type, Auto or Manual, Pressure

Solenoid type, Auto or Manual, Cable, Pressure

Solenoid type, Auto or Manual, Cable,

Pressure

Solenoid type, Auto or Manual, Cable,

Pressure

Discharge Duration Maximum 60 seconds Maximum 60 seconds 5 to 10 seconds 6 to 10 seconds Maximum 7 minutes

Room sealing requirements Well sealed Well sealed Very well sealed Very well sealed

Total Flood- Well Sealed

Local Application -NA

* Agent is listed By Department of Environment and Energy as a controlled substance (imports). Agent is classified as a Synthetic Greenhouse Gas.Installers and maintainers require license from the Fire Protection Industry Board. It is the owner’s responsibility to report discharges. Licenses are also required for companies that are not end users to purchase and or sell the agent. Permits are required from the Fire Protection Industry (ODS & SGG) Board for discharge tests. The intent of the above chart is to supply general information only, your individual circumstances may change the requirements to your system, for more specific information on your Kidde Suppression System please contact Kidde Australia.Information was correct at 28th February 2017 - Changes to Australian Standards may change some information on this chart.


ArgoniteTM Suppression SystemThe Kidde Argonite fire suppression system uses a blend of inert gases that offers effective fire protection with zero environmental impact.

Argonite is a simple blend of 50% Argon gas and 50% Nitrogen gas with a density similar to that of air. Both Argon and Nitrogen are clean, naturally occurring gases that are readily available throughout the world. The system has no direct global warming or ozone depletion potential. Argonite requires minimal post-fire cleanup and will not decompose or produce any by-products when exposed to a flame from a fire situation. The Kidde Argonite system is an engineered system for total flooding of an enclosed space. It extinguishes a fire by means of reducing the oxygen content within a room to the point at which flame can no longer be sustained, but without compromising the safety of individuals present. Argonite is safe and effective for use on many applications. It is well suited for leaky enclosures such as flight simulators, substations, and control rooms and for application with multiple hazards.

Applications

• Data Processing• Cleanrooms• Communications• Heritage preservation• Power generation• Oil & Gas

Inert gas fire suppression systems are fast-acting, environmentally friendly and safe for people and sensitive equipment.

Features

• Safe for personnel and equipment• Leaves no residue behind• Most systems are designed to

extinguish fires within one minute.• Environmentally friendly



1300 361 479



IG541

All of our ‘Clean Agent’ Inert Gas Range contains gasses that already exist within the atmosphere that we breathe, which mainly includes Argon and Nitrogen. The extinguishing method of Inert Gas Suppression Systems is to reduce the normal atmospheric oxygen level of 20.9% down to a level where combustion can no longer be sustained, which for most common fires is below 15%.

The Kidde Inert Gas range does not emit any toxic decomposition products and does not contain any ozone depleting substances. It also has no global warming potential.

The Inert Gas range is approved as a ‘Total Flood’ system. This requires the enclosure to be adequately sealed to achieve and hold, at design concentration, the fire suppression agent for at least 10 minutes after the fire has been suppressed/extinguished. This is to ensure no re-ignition before fire fighters are in attendance.

The Kidde Inert Gas Range of Fire Suppression Systems includes our globally recognised Argonite™ (IG55 – 50% Nitrogen/50% Argon); the other agents are:– IG541 (52% Nitrogen, 40% Argon & 8% CO₂)

Typical applications

• Electrical hazards• Telecommunications

facilities• Museums and other

high-value assets

All of the Kidde Inert Gas Range of Fire Suppression Systems are approved for use within normally occupied areas using concentrations up to the NOAEL (No Observed Adverse Effects Level) 43% with NO restrictions, other than to provide a time delay device to allow personnel to evacuate prior to agent discharge.



A proven, effective and reliable clean agent fire suppression option.ECS™ with FM200 or NOVEC1230 Clean Agent Fire Suppression SystemsECS Clean Agent Fire Suppression Systems are the preferred fire suppression solution for facilities that cannot afford the downtime associated with a fire or typical water-based fire suppression systems. ECS Clean Agent systems extinguish a fire by removing the heat from a fire and chemically breakdown the fire. The suppression agents do not harm the equipment or personnel in the protected room or cause a mess to clean up afterwards. An ECS system can be filled with either FM200 or NOVEC1230 with each having similar but distinct properties and advantages. NOVEC1230 is a better choice for the environment. FM200, with it’s higher vapour pressure, can atomise easier allowing more flexibility in piperuns and cylinder location. Clean Agents offer rapid fire extinguishment, suppressing fires within seconds of the agent being discharged into the protected area. The agents are usually ventilated out of the space and do not leave behind a residue to be cleaned up, allowing your facility to get back to work immediately.

Why Choose a Kidde ECS Clean Agent System?

Rapid-Response. In seconds, not minutes, the ECS System discharges the suppression agent into the hazard area providing the fastest fire protection available. This results in less damage, fewer repair costs and reduced downtime when combined with an appropriate detection method.

Damage-Free. Removed from the hazard area by ventilation, ECS Clean Agents allow a virtually immediate return to “business as usual” without the interruption of a costly clean-up and the expense of damage to assets from residue.

People-Safe. ECS Clean Agents are non-toxic, when used in compliance with AS ISO 14520. ECS Clean Agents do not impair breathing or obscure vision in an emergency situation, providing an added measure of safety for personnel.

ECS Clean Agents are non-toxic when used for Class A and Higher Hazard Class A fires. They do not impair breathing or obscure vision in an emergency situation, providing an added measure of safety for personnel.

Features• Reduces risk of downtime and helps maintain

business continuity in the event of a fire.• Clean, leave behind no residue.• Safe for discharge into occupied spaces.• Cost effective engineered system, providing

maximum protection.



Engineered systems to provide exceptional performance

Kidde ADS with FM-200 Clean Agent Suppression SystemThe Kidde ADS with FM-200 Clean Agent Suppression System was developed by Kidde engineers to provide economical protection for larger enclosures requiring longer agent flow distances.

With the patented-technology of “piston flow”, the ADS with FM-200 System is capable of delivering greater mass flow rates 2.5 to 3 times faster than a standard clean agent system. This innovation allows networking of longer pipe runs in complex configurations with smaller pipe sizes for protection of larger hazard areas.

Features• Clean, leaves behind no residue.• Safe for discharge into occupied spaces.• Cost effective engineered system, providing maximum protection.

When you choose Kidde, you’ve chosen the world’s most respected name in special hazards fire protection.



The system for long distances and complex piping networks

Extra Nitrogen Gives You More Coverage While Reducing Installation CostsWhat do you get when you combine 3M™ Novec™ 1230 Fire Protection Fluid stored at 360 PSI with Nitrogen at 1,800 PSI? The Kidde Clean Agent ADS System with Novec 1230 Fluid. This results in the best coverage, highest nozzle, smallest diameter pipe and longest pipe runs.

Centrally-Located Cylinder BanksFinding the proper storage area for your clean agent cylinders near your protected space can be problematic. With the Kidde ADS system, the cylinders can be stored more than 60 metres from the protected space. This gives you the flexibility to protect multiple hazards from a single cylinder bank location. Piping runs can be reduced by adding directional valves at strategic locations.

Smallest Pipe DiameterIf space is not a restriction, placement in or near the hazard area allows the smallest possible pipe diameter, thereby lowering your piping costs.

Flexibility in designThese characteristics allow the Kidde ADS System with Novec 1230 Fluid to be a more flexible in the design (placement of nozzles and cylinders and flexiblity in the pipe runs).

Medium System Short Run

Features• Increased agent flow rates and

distances provide better coverage for larger hazard areas

• Smaller piping diameter results in installation cost savings

• Enhanced performance and versatility – use with 3-way directional valves for economic protection of multiple enclosures

• Nozzle placement up to a height of 5.64 m

• Nozzle coverage area of 12.9m x 12.9m

Kidde ADS with 3MTM NOVECTM 1230 Fire Protection Fluid




Flammable materials and vapors present a significant riskof fire for many industrial processes and environments.The Kidde High Pressure (HP) Carbon Dioxide SuppressionSystem was designed to provide complete fire protectionfor a wide range of challenging applications from printingpresses and generator enclosures to dip tanks and commercial fryers.

Kidde® HP CO2 Suppression System

Why choose a Kidde HP CO2 system?

Superior Suppression.Carbon dioxide is a colorless, odorless, electrically-nonconductive gas whose density is approximately 50% greater than air. A Kidde HP CO2 System suppresses fire by providing a blanket of heavy gas that absorbs heat from the fire and reduces the oxygen content of the atmosphere to a point where combustion becomes impossible.

Damage-Free.A naturally-occurring atmospheric element, carbon dioxide dissipates into the air allowing an almost immediate return to “business as usual” without the interruption of a costly clean-up and the expense of damage to assets from suppressant residue. This results in fewer repair costs and reduced downtime.

Design Versatility.Because carbon dioxide is an ideal suppressant for a wide variety of industrial applications, Kidde offers three system configurations to efficiently protect different hazard types: Total Flooding, ideal for enclosed hazard areas, Local Application, used to protect a specified hazard area in an open floor plan, or a Local Hose Line, cost effective protection for fighting smaller fires throughout a hazard.

The Kidde HP CO2 is ideal for industrial processes where flammable materials and vapors present a potential hazard. For this reason, it is essential to have sufficient fire protection on site. The Kidde HP CO2 System, designed specifically for the hazard and operated automatically, assures immediate detection and rapid suppression.

• Damage-Free Fire Suppression Reduces Loss• Design Versatility with Three System Configurations:

• Total Flooding• Local Application• Local Hose Line

• Rapid Response—Discharges in Seconds• Fights Surface or Deep-Seated Fires

Typical applications protected by Kidde CO2 systems:

• Flammable Liquid Storage Areas• Marine Applications • Quench

and Dip Tanks• Large Commercial Fryers• Engine and Electrical Rooms• Spray Booths and Paint Lockers• Turbine Generators• Printing Presses• Rolling Mills• Dust Collectors• Industrial Ovens• Mixing Operations

Local Applications for CO2 Systems:

• Modular HazMat Storage Facilities

• Exhaust Ducts• Machinery Spaces• Environmental Storage Facilities


Types of Kidde Gaseous Suppression (Clean Agent) SystemsThere are two distinct types of Gaseous Suppression systems available:

1. Total Flood 2. Local Application

The vast majority of systems installed are Total Flood systems and all Kidde Gas Suppression Systems are approved for Total Flood applications. Kidde Carbon Dioxide Systems however, are approved for both Total Flood and Local Applications

An example of a total Flood System

Local ApplicationKidde High Pressure Carbon Dioxide only

Local application systems differ from total flooding in that the nozzles are arranged to discharge directly onto the fire. Local application is practical in those situations where the protected equipment can be isolated from other combustibles so that fire will not spread beyond the area protected, and where the entire hazard can be protected. One of the principal uses of local-application systems is to protect open tanks containing flammable liquids, but this technique can be generalized to protect three-dimensional hazards such as paint spray booths and printing presses. Suppression by local application is transitory, and will not be effective unless suppression occurs quickly and all potential re-ignition sources are eliminated.

An example of a Local Application Co2 System

Total FloodingAll Kidde Gaseous Suppression Systems including CO2

In a total flooding system, a predetermined amount of agent is discharged through fixed piping and nozzles into an enclosed space or enclosure around the hazard. Total flooding is applicable when the hazard is totally enclosed and when all openings surrounding the hazard can be closed automatically prior to or at the start of system discharge.

The agent extinguishing concentration must be main-tained for a sufficient period of time, generally a mini-mum of ten minutes.



Pressure Relief Dampers (PRD)Inert Gas Pressure Relief Dampers

POSITIVE FUNCTIONThe Inert Pressure Relief Damper Fire Integrity Section is fitted with balanced weighted blades, hinged on stainless steel rods and bronze bearings. The precision engineering and blade overlap provides a positive shutter to the wall opening and minimum leakage

INTRINSIC SOUND ABSORPTIONAll Pressure Relief Dampers are available with an external Self Closing Door or ‘Cat Flap’, held in place with a magnetic catch. This provides weather proofing when used on external walls, an intrinsic sound barrier and a positive air, dust & noise seal

THERMAL BARRIERThe Self Closing Door or ‘ Cat Flap ‘ will provide a natural thermal barrier between the two areas, ideal when fitted in external walls. This will help to prevent condensation forming on the Inner Fire Section blades. Additional insulation can be fitted to increase the thermal and sound absorption characteristics

Chemical Gas ‘Dual Flow’ Pressure Relief Dampers

POSITIVE FUNCTIONThe Dual Flow damper Inner Fire Section is fitted with balanced weighted blades, hinged on stainless steel rods and bronze bearings. The precision engineering and blade overlap provides a positive shutter to the wall opening and minimum leakage

INTRINSIC SOUND ABSORPTIONAll Dual Flow Dampers are fitted with integral ‘ Cat Flap ‘ or positive shutoff closing door held in place with a magnetic catch - this provides an intrinsic sound barrier and a positive air, dust and noise seal

THERMAL BARRIER The integral ‘ Cat Flap ‘ will Provide a natural thermal barrier between the two areas, ideal when fitted in external walls, this will help to prevent condensation forming on the Inner Fire Section blades. Additional insulation can be fitted to increase the thermal and sound absorption characteristics



The heart and soul of every dining establishment is the kitchen.

Kidde WHDRTM Wet Chemical System



1300 361 479

The Kidde WHDR system is specifically designed for the challenging demands posed by cooking applications. By offering one of the most flexible system configurations in the industry, Kidde provides efficient, economical protection for all types of cooking facilities and design layouts. Our customised approach allows you to specify the type of detection, control and cylinder sizes to fit your application.

Investing in a Kidde WHDR system guarantees more than just code compliance – including UL300, NFPA 96 & 17A and AS3772 – it provides automatic, round the clock protection from the devastating consequences of fire.

Equipped with ranges, broilers, fryers and a myriad of other high temperature cooking appliances, no other environment demands proper fire protection more than today’s modern cooking facilities.

SUPPRESSION | WET CHEMICAL


Kidde WHDRTM Wet Chemical System

How the WHDR™ system works

1. Fire is detected by the Kidde mechanical link, or electric Detect-A-Fire®, or the system is manually activated by a remote pull station.

2. The XV™ Control System simultaneously actuates up to 20 pressurized agent storage containers and provides microswitch contacts to perform other shutdown or building functions.

3. Kidde APC wet chemical agent, designed specifically for the challenges posed by oil and grease in a kitchen environment, is propelled through the system piping by the stored pressure container.

4. The Kidde APC agent discharges from strategically positioned nozzles protecting the hood, duct and appliances. APC agent quickly suppresses the flames and forms a protective layer that not only extinguishes the fire, but also prevents re-ignition.

SUPPRESSION | WET CHEMICAL


The Kidde IND Dry Chemical System, provides 24-hour fire protection for a wide variety of industrial processes, equipment, machinery and paint spray booth applications. The system includes detectors, a control unit, agent storage cylinders, piping and discharge nozzles.

The Kidde IND Dry Chemical system offers the choice of two dry chemical agents effective on Class A, B and C fires.

It is available in two basic configurations: as a local application system or a total flood system. A local application system is designed to protect a specific piece of equipment, while a total flood system is recommended for protection of enclosed rooms or spaces. In addition to the configurations, the Kidde IND System also offers options for detection and control to create a system that will be ideal for your application.

Features• Easy to design• Safe and reliable fire protection• Flexible installation parameters• Pre-Engineered design offers economical installation

IND Dry Chemical System

Could you afford to have your production line shut down due to a fire? Is there room in your operating budget to replace machinery and facilities damaged by fire? If your company is typical of today’s high-productivity, cost-conscious facilities, the answer is, “No.” The Kidde IND Dry Chemical System is your best choice for protection of any industrial

process or machinery where hazardous liquids or hazardous materials are involved.

SUPPRESSION | DRY CHEMICAL


SUPPRESSION | VEHICLE SYSTEMS

The Kidde Sentinel System provides a fully integrated fire detection and suppression solution to meet the most challenging fire hazards for vehicles in forestry applications, agribusiness and mining operations.Sentinel™ DCS Dry Chemical System

Kidde Fire Systems designed the Sentinel DCS Dry Chemical System to protect haulers, graders, forestry, waste management machines and trucks, and other vehicles and machines. The DCS

System employs multiple means of actuation, providing flexibility for how the system is controlled and activated. The Sentinel DCS system utilises long-proven fire suppression technology, with the multi-purpose ABC Dry Chemical agent. With fast flame knockdown and chemical interference with the propagation of flame, ABC Dry Chemical is utilised throughout the world.

Sentinel™ LS Wet Chemical SystemKidde Fire Systems designed the Sentinel LS Wet Chemical System to protect haulers, graders, forestry, waste management machines and trucks, and other vehicles and machines. The LS System employs

multiple means of actuation, providing flexibility for how the system is controlled and activated. The Sentinel LS system utilizes the multi-purpose AquaGreen XTTM Wet Chemical agent. With fast flame knockdown and chemical interference with the propagation of flame, AquaGreen XT provides excellent class “B” and class “A” suppression. The system can also be used as a secondary securement against re-ignition after a dry chemical discharge.

Sentinel™ NET Detection and Control SystemThe Kidde Fire Systems Sentinel NET Detection and Control System is specifically designed to protect large haulers, graders, shovels, trucks, and other vehicles/machines critical to operations. It uses a

variety of technologies to detect fires. The Sentinel NET System is designed to reduce the cost of ownership and offer fast installation while minimizing the required time to maintain the system.

Sentinel™ SA1 Detection and Control SystemThe Sentinel SA1 uses a variety of technologies to detect the heat or flames produced by fires. The system is engineered for low cost of ownership and ease of installation and service. It is FM-approved for all vehicle

types. The Sentinel SA1 has passed witnessed shock and vibration testing, and hose wash-down, giving it full FM approval and IP66/NEMA 4 rating. The Sentinel SA1 System package offers fire protection with manual and/or automatic heat and smoke detection. Cylinder actuation can be either direct electric, using a safe protractor device, and/or via pressure actuation from a protractor operated nitrogen actuator.

* overseas model shown


For safety professionals who need effective and economical special hazard fire protection, Stat-X aerosol technology can deliver savings in equipment and lifecycle costs compared totraditional systems. This is due to lower initial expense plus minimal ongoing service costs.

Stat-X aerosol technology is different:

• NO distribution piping, manifold, or nozzles• NO floor space requirement or floor loading

for weight• NO special handling for compressed gas

cylinders including no Extinguishing Agent Handling License requirements

• NO venting or ceiling tile clips for discharge forces

• NO solenoid actuators, control heads, or hoses

• NO water drains or pipe freeze protection• NO system pressurisation

How it WorksStat-X devices are termed condensed aerosol agent generators because they generate an ultra-fine suspension of highly ionized potassium fire-fighting particles upon actuation.

The key elements in the generation process are:• Device is sealed and stable until actuated• Actuator at top energizes proprietary compound, creating aerosol

agent by exothermic oxidation• Build-up of ultra-fine particles and nitrogen gas breaks membrane

seal and exits through ports• Discharge fills protected area with a fine particle suspension of

Stat-X agent without “super-pressurizing” space• Potassium ions combine with free-radicals, inhibiting the fire chain

reaction• Agent particles also absorb heat from the fire and form inert gases

upon decomposition• Minute Stat-X agent particles (≤2 μm) remain in suspension

afterwards, helping check re-ignition• Post-fire area is easily vented and cleaned, with no harmful

byproducts generated

The superior effectiveness of condensed aerosols is due to a unique set of characteristics unmatched by other special hazard agents. This is why it is by far the most efficient fire suppression agent by weight.

SUPPRESSION | AEROSOL


SUPPRESSION | AEROSOL

The Risk: Fires in Mines and Mining Vehicles Life-threatening and dangerous fires occur frequently in the round-the-clock, demanding and gritty mining environments. Protecting surface vehicles, mobile equipment, and electrical components from fire is made even more critical due to the presence of large quantities of flammable diesel fuel, hydraulic fluids and lubricating oils. Hot exhausts and turbo chargers often combined with electrical hazards provide the necessary ingredients for a fire to erupt, causing extensive damage to equipment, loss ofproduction, and potential injury or death.

Mining and Tunnel Fire Protection

Light Vehicle Panel Detection & Control

Marine and Offshore Protection

The latest in compact vehicle detection & control panels. Specifically designed for small mobile equipment such as mining 4WDs, forklifts, site generators, and other small to medium applications protected by Stat-X® aerosol suppression systems.

Developed and manufactured by Kidde in Australia to meet the requirements of AS 5062, the Light Vehicle (LV) panels have a comprehensive feature set.

The panels are configurable so that each fire protection system can be tailored to meet individual customer, or equipment requirements.

The marine vessel (MV) panel (Part No. 001-927) has been designed to meet the requirements of the National Standard for Commercial Vessels (NSCV) part C design and construction, section 4 fire safety. It has also been tested to the requirements of AS 5062, Fire protection of mobile and transportable equipment.

It incorporates visual and audible alarms and manual controls in a single, weatherproof enclosure and is suitable for use in commercial vessels built to comply with NSCV requirements, as well as, for use in private pleasure craft.

Highly Economical SolutionStat-X® generators are highly compact yet extremely effective fire suppression units. They are easy to install and require very little maintenance. The units do not have any pressurized cylinders and no pipework is required to distrib-ute the aerosol fire suppressant throughout the special hazard areas. This simple and robust design significantly saves maintenance costs. Further, the fire suppressant agent is non-corrosive, non-conductive and has little residue, so in the case of a fire and discharge, downtime, cleanup and repair costs are kept to a minimum, and containment of discharge is minimal. Stat-X units may also be replaced quickly and easily, further reducing costly delays in the event of a fire.


FIXED FOAM SYSTEMSC6 Fluorosurfactants are the most effective agents currently available to tackle serious flammable liquid fires, providing firefighter safety and asset protection. Angus foams containing C6 surfactants utilise the very latest in firefighting foam technologies, developed and refined specifically to lower the environmental impact without reducing performance.

For relevant applications and use please refer to the Foam Selection Guide on page 90.


Alcoseal C6 3-3 / 3-6 Alcohol Resistant Film-Forming FluoroProtein (AR-FFFP) Foam Concentrate

Alcoseal C6 is the ideal fire fighting foam to use in high risk situations where hydrocarbons (such as crude oil, gasoline, diesel fuel, aviation kerosene) and/or polar solvents (such as alcohols, ketones, esters, and ethers) are stored, processed, or transported. It is used extensively by industrial and municipal fire departments.

Alcoseal C6 provides a stable and long-lasting vapour-suppressing foam blanket on spills of hazardous liquids, for excellent burnback resistance and post fire security.

• Foam blanket re-seals when ruptured by personnel or equipment

• Alcoseal C6 3-3 is intended for use at 3% (3 parts concentrate to 97 parts of water) on hydrocarbons and polar solvents

• Alcoseal C6 3-6 is intended for use at 3% (3 parts concentrate to 97 parts of water) on hydrocarbons and 6% on polar solvents

FP70 C6 FluoroProtein (FP) Fire Fighting Foam Concentrate

FP70 C6 is the ideal fire fighting foam to use in situations where hydrocarbon fuels such as crude oil, gasoline, and fuel oils are stored, processed, or transported. It is used extensively by major world oil and petrochemical companies for tank fire protection.

• Excellent sealing action on hot metal surfaces

• FP70 C6 provides a vapour-suppressing foam blanket on unignited hydrocarbon spills, that re-seals when ruptured by personnel or equipment

• FP70 C6 is intended for use as a 3% solution in water (3 parts concentrate to 97 parts water) at low expansion, and as a 6 % solution in water at medium expansion.

Alcoseal C6

FP70 C6

SUPPRESSION | FOAM CONCENTRATE


Alcohol Resistant Film-Forming FluoroProtein (AR-FFFP) Foam Concentrate NiagaraC6 3-3 is a superior quality Alcohol Resistant Film-Forming FluroProtein (AR-FFFP) fire fighting foam concen-trate at 3% induction rate for extinguishing and securing both flammable hydrocarbon and polar solvent liquid fires. • Based on a natural protein foaming agent and contains no harmful synthetic detergents, glycol ethers, alkyl phenol

ethoxylates (APEs), tolyltriazoles, or complexing agents

• Easy pouring and induction

• Extremely low environmental impact

• Highly versatile

• Film-forming foam with fast knockdown

• Highly versatile - eliminates need to stock a variety of foam types

• Detergent-free for high resistance to fuel pick-up

• Foam blanket re-seals when disrupted by personnel or equipment

FluoroProtein (FP) Fire Fighting Foam Concentrate TankmasterC6 is a superior quality FluoroProtein (FP) fire fighting foam concentrate for extinguishing and securing flammable hydrocarbon liquid fires. TankmasterC6 is a powerful and cost-effective agent for the protection of a wide range of hydrocarbons including crude oil, regular leaded gasoline and unleaded gasoline. • Biodegradable.

• Based on a natural protein foaming agent and contains no harmful synthetic detergent or glycol ether solvents.

• Highly fluid foam for rapid fire knockdown and extinguishment

• Extraordinary burnback resistance and post-fire security

• Detergent-free for high resistance to fuel pick-up

• C6 Fluorotelomers

• Stable long-lasting foam blanket for extraordinary burnback resistance and post-fire security.

• Excellent sealing action against hot metal surfaces.

• Foam blanket re-seals when ruptured by personnel or equipment.

Niagara C6 3-3

Tankmaster C6



Tridol C6 ATF C 3-3 / 3-6 Alcohol Resistant Aqueous Film-Forming Foam (AR-AFFF) Concentrate

Tridol C6 ATF is used in high risk areas where hydrocarbons (such as crude oil, gasoline, diesel fuel, aviation kerosene) and/or polar solvents (such as alcohols, ketones, esters, and ethers) are stored, processed, or transported.

Typical applications include hydrocarbon storage tanks, process areas, warehouses, road/rail loading racks, power stations, marine terminals, and offshore platforms.

• Film-forming on hydrocarbons for fast flame knockdown and extinguishment

• Good burnback resistance and post-fire security


• TridolC6 ATF C 3-3 is formulated for use at 3% (3 parts concentrate to 97 parts of water) on hydrocarbons and polar solvents.

• TridolC6 ATF C 3-6 is formulated for use at 3% (3 parts concentrate to 97 parts of water) on hydrocarbons and 6% (6 parts concentrate to 94 parts water) on polar solvents.

Tridol C6

Tridol C6 S Synthetic Aqueous Film-Forming Foam (AFFF) Concentrate

Tridol C6 S is used in high risk situations where hydrocarbons (such as crude oil, diesel and aviation kerosene) are stored, processed, or transported. It is used extensively on Rapid Intervention Vehicles (RIV) where fast extinguishment with limited quantities of foam is essential for saving life. Other applications include hydrocarbon storage tanks, process areas, warehouses, power stations and offshore platforms.

• Film-forming on hydrocarbons for fast flame knockdown and extinguishment

• Good burnback resistance and post-fire security


• Tridol C6 S1 is intended for use at 1% (1 part concentrate to 99 parts water). Tridol C6 S1 is readily proportioned using conventional foam proportioning equipment.

• Tridol C6 S3 is intended for use at 3% (3 parts concentrate to 97 parts water). Tridol C6 S3 is readily proportioned using conventional foam proportioning equipment.

• Tridol C6 S6 is intended for use at 6% (6 parts concentrate to 94 parts water). Tridol C6 S6 is readily proportioned using conventional foam proportioning equipment.



Foam Selection GuideType & Application Product PFOA Power and

Industrial Aviation Off-shore and FPSO

LNG and Gas Handling Petro-chemical Oil Storage Mining Fire Services Forestry

(FP) FluoroproteinSpecially developed to extinguish large hydrocarbon storage tank fires at oil refineries and fuel storage depots

Tankmaster C6 Trace x x x

FP70 C6 Trace x x x

AR-FFFP Alcohol Resistant Film Forming FluoroproteinHighly versatile Alcohol Resistant foams that are suitable for use on hydrocarbon and polar solvent flammable liquids

Niagara C6 Trace x x x x x x

Alcoseal C6 3-3 Trace x x x x x x x

AFFF - Aqueous Film Forming FoamRapid flame knockdown on hydrocarbon spill fires

Tridol S C6 Trace x x x x x x x

AR-AFFF Alcohol Resistant Aqueous Film Forming FoamFast flame knockdown and extinguishment with superior burnback resistance and post fire security

Tridol ATF Ultra Trace x x x x x x

Tridol ATF C Trace x x x x x x

Fluorine Free (Class A and B Fires)Where environmental considerations are paramount fluorine free foams are the first choice

Jetfoam No x

Respondol No x * x * x x x

Class A FiresSpecially formulated for applications such as forestry and wildland fire control, structural fires and tyre and paper fires

Forexpan (Fluorine Free) No x x x

Hi Expansion FoamIdeal for total flooding and LNG applications

Expandol (Fluorine Free) No x x x x x x

Training FoamIdeal for training exercises and fire vehicle testing with minimal environmental impact

Trainol (Fluorine Free) No x x x x x x x x x

* Please consult with your Kidde representative for advice



Type & Application Product PFOA Power and Industrial Aviation Off-shore and

FPSOLNG and Gas

Handling Petro-chemical Oil Storage Mining Fire Services Forestry

(FP) FluoroproteinSpecially developed to extinguish large hydrocarbon storage tank fires at oil refineries and fuel storage depots

Tankmaster C6 Trace x x x

FP70 C6 Trace x x x

AR-FFFP Alcohol Resistant Film Forming FluoroproteinHighly versatile Alcohol Resistant foams that are suitable for use on hydrocarbon and polar solvent flammable liquids

Niagara C6 Trace x x x x x x

Alcoseal C6 3-3 Trace x x x x x x x

AFFF - Aqueous Film Forming FoamRapid flame knockdown on hydrocarbon spill fires

Tridol S C6 Trace x x x x x x x

AR-AFFF Alcohol Resistant Aqueous Film Forming FoamFast flame knockdown and extinguishment with superior burnback resistance and post fire security

Tridol ATF Ultra Trace x x x x x x

Tridol ATF C Trace x x x x x x

Fluorine Free (Class A and B Fires)Where environmental considerations are paramount fluorine free foams are the first choice

Jetfoam No x

Respondol No x * x * x x x

Class A FiresSpecially formulated for applications such as forestry and wildland fire control, structural fires and tyre and paper fires

Forexpan (Fluorine Free) No x x x

Hi Expansion FoamIdeal for total flooding and LNG applications

Expandol (Fluorine Free) No x x x x x x

Training FoamIdeal for training exercises and fire vehicle testing with minimal environmental impact

Trainol (Fluorine Free) No x x x x x x x x x



Angus Fire Fixed In-line Inductors are designed primarily for use in fixed installations and provide a simple and reliable method of proportioning foam concentrate in constant flow applications.

The range contains six models covering flows from 65 to 4,000 l/min at inlet pressures between 4 and 16 bar. Within these limits the induction rate can be set accurately between 1% and 6%.

Fixed In-Line Inductors• Suitable for use in extreme

environments

• Choice of models

• Manufactured from high grade stainless steel

• Low maintenance

SUPPRESSION | FOAM EQUIPMENT


These graphs are for guidance only.



Angus Balanced Pressure Foam Proportioners (BPPs) are designed for use in fixed systems to introduce foam concentrate at a predetermined rate into the fire-water supply, over a varying range of foam solution demands.

BPP’s are used to maintain accurate foam induction over a wide range of flows and pressures as devices such as monitors and bund pourers are brought into use or disconnected during operations.

Balanced Pressure Foam Proportioners• Designed for use in fixed

systems

• Choice of models

• Excellent corrosion resistance


There are five basic models with capacities from 220 litres/min. to 22,000 litres/min. and each unit is factory-calibrated to suit proportioning rates of 1%, 2%, 3% or 6% of a specified foam concentrate. A trimming screw facility on the foam inlet, permits adjustment during commissioning for exceptional operational accuracy.

The BPPs are wafer type, designed to be installed between ANSI 150 flanges and are manufactured from high grade corrosion resistant materials. They are simple to install, require no maintenance and their modular construction gives the engineer considerable flexibility in terms of selection of flow rate and positioning within the system.

To ensure accurate proportioning, the foam concentrate must be supplied to the unit at exactly the same pressure as that at the water inlet. This can be achieved by using the proportioner in conjunction with either a Balance Valve or a Bag Tank Module and it must be stated at the time of order which will be used.


For Balanced Pressure Foam Proportioners to perform accurately over a range of flows and pressures, the supply pressure of the foam concentrate entering the proportioner must be balanced with the pressure of water at the inlet. Angus Balance Valves provide a reliable and cost-effective means of achieving this.

Available in three sizes, dependent upon the required foam concentrate flow, they are compatible with the full range of Angus Balanced Pressure Foam Proportioners (BPPs).

A duplex pressure gauge, fitted as standard, gives visual confirmation that the unit is functioning correctly.

The balance valve curve to the right of the operating point will be the minimum size suitable for the application.

Balance Valves• Reliable

• Cost-effective

• Modular construction



Angus Bag Tank Modules are designed for use with the BPP range of proportioners to balance the foam concentrate supply with the fire main water pressure at the inlet.

Available in five sizes - 450,1125, 2250, 3375 and 4500 litres capacity - the Bag Tank Module is supplied as a free-standing pressure vessel with interconnecting pipework terminating at valved connections for water inlet and foam concentrate outlet.

Full compatibility with the BPP range gives the system designer maximum flexibility and cost effectiveness. The proportioner must be specified separately.

Features include:• Accurate foam proportioning over a wide range of foam solution demands.• Self-contained - no external power source required.• Minimal pressure loss across the proportioner.• Simple to install and easy to operate.• Require minimal maintenance.• Can be refilled during operation.

Bag Tank Modules• Designed for use with the

BPP range of proportioners

• Simple to install

• Easy to operate

• Low maintenance




Optional extras include:• Automatic operation• Sight Glass• Pour fill• Standard access Ladder• Hooped access ladder to BS412 1:1987• Alternative paint finishes• Refilling during operation• Full certification to BS5500:1991 Cat. 2


Angus Rimseal Foam Pourer RFP50F is a flanged unit, used for the protection of vertical Open Top Floating Roof (OTFR) storage tanks and comprises two main elements - the Rimseal Foam Pourer and the Orifice Plate.

The RFP50F produces expanded foam when supplied with foam solution and delivers the foam gently into the rimseal area.

The orifice plate (orifice disc) calibrates the unit with flow rates from 54 litres/minute at 4 bar to 250 litres/minute at 10 bar g.

Angus Rimseal Foam Equipment is suitable for use with Angus low expansion foam concentrates. For hydrocarbon fuels Angus FP70, Tankmaster or Petroseal should be used; but for polar solvent risks Angus Niagara or Alcoseal should be used.

Rimseal Foam Pourer RFP50FFor the protection of vertical Open Top Floating Roof (OTFR) storage tanks• Cost-effective

• Low-profile unit



Angus Rimseal Foam Equipment is used for the protection of vertical open top floating roof (OTFR) storage tanks and comprises two elements - the Rimseal Foam Generator (RFG) which produces expanded foam when supplied with foam solution and the Rimseal Foam Pourer (RFP) which delivers the foam gently into the rimseal area.

Available in two basic body sizes (the RFG 50 and RFG 80), with capacities ranging from 54 litres/minute at 4 bar to 684 litres/minute at 10 bar, each unit is factory-calibrated to deliver a specified flow at a given pressure within the limits shown below.

To further simplify installation, a fixing kit is now supplied as an optional extra which facilitates installation to the tank whilst still in use and without the need for hot work.

Angus Rimseal Foam Equipment is suitable for use with Angus low expansion foam concentrates. For hydrocarbon fuels Angus FP70, FP70 Plus or Petroseal should be used; but for polar solvent risks Angus Alcoseal should be used.

Rimseal Foam EquipmentFor the protection of open top floating roof (OTFR) storage tanks• Suitable for use with

Angus low expansion foam concentrates

• Cost-effective

• Low-profile unit

• Low maintenance



The Angus Fire Top Pourer Set (TPS) Mk5 is designed for use in foam systems for the protection of fixed roof flammable liquid storage tanks and combines foam generation, vapour sealing and foam pouring in a robust, low-maintenance design.

The TPS Mk5 represents over 35 years of product development and operating experience. Modern materials such as graphite and stainless steel are employed to ensure each unit performs to the precise pressure and flow standards laid down by Underwriters Laboratories (UL) and NFPA.

This ensures a rapid spread across the surface of the fuel, whilst lowering the application velocity, reducing contamination of the foam by the fuel and minimising splash.

Key Features• Narrow pressure tolerance bursting disc for increased reliability• Impregnated graphite bursting disc for leak free operation• Reusable bursting disc holder• Air/liquid flow controller for optimum foam quality• Body lid retained by stainless steel swing bolts for increased safety• Captive foam enhancer for ease of access and maximum foam quality• Integral one piece construction, including deflector, for quick and

reliable installation• Heavy duty welded construction to minimise distortion during

operation

Units without a vapour seal are also available for total flooding of open roof tanks.Four basic body sizes cover flow ranges from 75 l/min (20 US gal/min) to 3,300 l/min (870 US gal/min) at inlet pressures between 3 bar (45 psi) and 10 bar (150 psi).

The discharge is enhanced by a deflector plate fitted to the outlet which disperses the finished foam against the tank wall.

Foam Top Pourer Set Mk5




Angus Fire Top Pourer Sets are supplied as standard with a unique yellow thermoplastic powder paint finish, between 250 and 450 microns thick, suitable for most operating conditions. Alternative colours are available.

Materials and Finish

Standard bodies are fabricated from carbon steel and the orifice plate, internal parts and all fixings are manufactured from A2 or SS316 stainless steel.


Protect your building withHI-FOG®, the superior watermist fire protection system

A water mist system is a fire protection system which uses very fine water sprays (i.e. water mist). The small water droplets allow the water mist to control, suppress or extinguish fires by:

• cooling both the flame and surrounding gases by evaporation• displacing oxygen by evaporation• attenuating radiant heat by the small droplets themselves

The effectiveness of a water mist system in fire suppression depends on its spray characteristics, which include the droplet size distribution, flux density and spray dynamics, with respect to the fire scenario, such as the shielding of the fuel, fire size and ventilation conditions.

The use of water mist fire suppression, when compared to the use of gaseous agents and traditional sprinkler systems, has revealed advantages such as:

• Immediate activation• High efficiency in the suppression of a wide variety of fires• Minimized water damage• Environmentally sound characteristics• No toxic problems

Marioff is renowned for pioneering high pressure water mist fire protection technology for use in passenger ferries. Today, HI-FOG® protects people, property and business continuity in a wide range of applications both on land and at sea.

Why High Pressure Water Mist?

The NFPA 750 defines three pressure regions for water mist-generating technologies: low, intermediate and high pressure systems. Marioff’s rigorous testing procedures, combined with the company’s unrivalled experience, have shown that high pressure water mist consistently delivers:

• Better penetration into the seat of the fire• Superior coverage of the protected volume• An improved cooling effect from better mixing of gases and high evaporation rate• Lower overall system weight• Less water consumption


The technology is incredibly versatile. It was initially designed to offer fire protection for large cruise ships but is now widely applied in industrial and building applications as well. It's the result of strong engineering know-how, deep understanding on the customer needs and thousands of full-scale fire tests.

A water mist system must prove that it does what it is supposed to do and through our growing number of customer references we prove the value of this extraordinary fire protection technology.

Fire protection is all about making people’s life safe and easy - even straight after the fire. The HI-FOG® water mist fire protection system makes this possible. It is a result of a great innovation: fire is suppressed with less water.

HI-FOG® Water Mist Fire Protection Benefits:

• Proven performance• Immediate activation• Quick control and suppression of fire • Efficient cooling preventing the fire from spreading• Low water usage, minimal damage and downtime• Safe for people and the environment• Small piping and water supply• Easy installation making HI-FOG® ideal for retrofit• Fully scalable to cover new protection needs

Fire Suppression with HI-FOG®: How Does It Work?

HI-FOG fights fires with significantly less water but just as effectively as traditional sprinkler systems. Using high pressure and specialized sprinkler and spray heads, the water is dispersed as small droplets. This remarkably increases the overall surface of the water.

The small droplets absorb heat more quickly and therefore cool the source of the fire and the surrounding area more rapidly, preventing the fire from spreading.

In a nutshell, HI-FOG® cools the fire and the surroundings, blocks the radiant heat and eliminates the oxygen from the seat of the fire.

HI-FOG® sprayhead HI-FOG® 2000-series sprinkler

HI-FOG® 1000-se-riessprinkler

109108 2017 Fire Products Catalogue2017 Fire Products Catalogue 109108 2017 Fire Products Catalogue2017 Fire Products Catalogue

Operational reliability © Kari Palsila

HI-FOG® Gas-driven Pump Unit (GPU) HI-FOG® Electric Pump Unit (EPU)

109108 2017 Fire Products Catalogue2017 Fire Products Catalogue 109108 2017 Fire Products Catalogue2017 Fire Products Catalogue

Quell takes the responsibility of protecting and caring for your family and home as seriously as you do.

Smoke Alarms | Fire Extinguishers | Fire Blankets | Home Fire Safety Kits


Smoke AlarmsQuell fire alarms use two main sensor types to detect fires in residential environments: ionisation and photoelectric. Quell also manufacture alarms specifically designed to detect the presence of carbon monoxide in the atmosphere. It is important that you consider your home environment and choose the right alarm for your room.

TM

CONSUMER | SMOKE ALARMS

PHOTOELECTRIC SENSORSQuell’s range of photoelectric smoke alarms have been designed to detect the types of fires that can smoulder for hours before bursting into flames. Photoelectric sensors are capable of detecting the larger smoke particles produced by burning foam, rubber and synthetic materials.

IONISATION SENSORS Quell’s ionisation smoke alarms are designed to detect fast flaming fires as well as other fires that produce smaller smoke particles. Ionisation sensors are suitable for detecting burning paper, wood and flammable liquids.


9V BatteryPhotoelectric Smoke Alarm

Photoelectric sensorAdvanced sensor that detects visible particles associated with smouldering fires.

Test buttonTests the alarm circuitry and horn.

LED indicatorIndicates standby, hush, alarm activation and low battery condition.

9V battery operatedProvides continuous fire protection even during power outage. 9v battery is included with the alarm.

10 year limited warrantyProvides peace of mind with a decade of smoke and fire detection.

Model Part number Description

Q301 136423 Quell Photoelectric Smoke Alarm

WARRANTY

Product specifications


Model Number Q301Power Source 9V BatterySmoke Sensor PhotoelectricAudio Alarm 85+ dB at 3 metresSize 104 mm (diameter) x 35 mmWeight 0.150 kgInterconnects NoTemperature Operating range: 0˚C to 40˚CHumidity Operating range: 5 - 92% relative humidity (RH)Warranty 10 year limited warrantyCertification Activfire® listed.

Complies with Australian Standard AS3786


APN Number Carton Qty Pallet Qty

29315546364239 6 1152


240V Hard-WiredPhotoelectric Smoke AlarmPhotoelectric sensor Advanced sensor that detects visible particles associated with smouldering fires.

Hush button Temporarily silences nuisance alarms.

Test button Tests the alarm circuitry and horn.

Dual LED indicator Green indicates 240V power source. Flashing red indicates alarm activation/battery expiration.240V mains powered with 9V battery backup Provides continuous fire protection even during power outage. Complies with NCC (building regulations).

Interconnectable Ability to connect up to 24 additional smoke alarm units. When interconnected, all alarms will sound to ensure adequate warning.

10 year limited warranty Provides peace of mind with a decade of smoke and fire detection.




Q1300 132819 240v AC/DC Photoelectric Smoke Alarm

Model Number Q1300Power Source 240V mains powered with 9V Battery backupSmoke Sensor PhotoelectricAudio Alarm 85+ dB at 3 metresSize 135 mm (diameter) x 40 mmWeight 0.334 kgInterconnects YesTemperature Operating range: 0˚C to 40˚CHumidity Operating range: 5 - 92% relative humidity (RH)Warranty 10 year limited warrantyCertification Activfire® listed.



APN NumberCarton

QtyPallet Qty

29315546328194 6 648



Q1400 132820 Photoelectric smoke alarm

Model Number Q1400Power Source 10-year lithium-ion battery (sealed inside the alarm). No battery installation or replacement

necessary for the life of the alarmSmoke Sensor PhotoelectricAudio Alarm 85+ dB at 3 metresSize 104 mm (diameter) x 45 mmWeight 0.30 kgInterconnects NoTemperature Operating range: 0˚C to 40˚CHumidity Operating range: 5 - 92% relative humidity (RH)Warranty 10 year limited warrantyCertification Activfire® listed.


10 Year Sealed Lithium BatteryPhotoelectric Smoke Alarm



Photoelectric sensor Advanced sensor that detects visible particles associated with smouldering fires.

Central Hush/Test button Easy to operate. Tests the alarm circuitry and horn and silences nuisance alarms.

Sealed-in lithium battery Maintenance and hassle free with prevention from tampering and removal. The alarm is always on, with no battery replacement required for the 10-year life span of the alarm.

End-of-life notification Alerts you after 10 years when it’s time to replace the alarm.

Ramp-up horn Allows sound emitted during test sequence to be reduced to a more acceptable volume for the user.

Bug screen Prevents nuisance alarms caused by insect infiltration.


APN NumberCarton

QtyPallet Qty

29315546328200 6 864


Carbon Monoxide Smoke Alarm


PD04 130415 Carbon Monoxide Smoke Alarm

Carbon monoxide (CO) alarms detect the early presence of carbon monoxide emitted from gas sources such as heating and cooking systems, vehicle engines, fuels and blocked chimneys. CO alarms are intended to supplement conventional smoke alarms, not replace them. A CO alarm is not a smoke alarm and, therefore, will not satisfy legal requirements regarding the installation of smoke alarms in the home.

BATTERY

WARRANTY EASY INSTALL

N O W I R I N G

Product Code 130415Model Number PD04Power Source Three AAA batteries (included)Smoke Sensor ElectrochemicalAudio Alarm 85+ dB at 3 metresSize 50mm x 195mm x 290mmWeight 010 kgInterconnects NoTemperature Operating range: 0˚C to 40˚CHumidity Operating range: 5 - 92% relative humidity (RH)Warranty 10 year limited warranty




APN NumberCarton

QtyPallet Qty

29315546 304150 4 192


1m x 1m Fire Blanket

Fire Blankets

1.2m x 1.8m Fire Blanket

Fire blankets may be used to extinguish small cooking fires and clothing fires. Quell’s fire blankets are durable, easy to use and comply with Australian Standard AS/NZS 3504. Fire blankets may only be used once and should be disposed of after use.

Comes in storage pouch inside clamshell packaging

Easily mounted - suitable for hanging inside cupboard door

Quick release tabs

Comes in storage pouch inside clamshell packaging

Easily mounted - suitable for hanging inside cupboard door

Quick release tabs

Greater surface area


130786 1m x 1m Fire blanket


9315546 307867 6 384


9315546 309250 6 288


130925 1.2m x 1.8m Fire blanket

CONSUMER | FIRE BLANKETS


1kg Dry Powder Fire Extinguisher

1kg Dry Powder Fire Extinguisher


127414 1kg Dry Powder Extinguisher


127415 1kg Dry Powder Extinguisher127416 1kg Dry Powder Extinguisher

cooking fat/oil flammable liquid electrical based firesThe following extinguisher is suited to these fire types:

wood, paper, cloth flammable liquid electrical based firesThe following extinguishers are suited to these fire types:


9315546 274145 6 234


9315546 274152 6 2349315546 274169 6 234

CONSUMER | FIRE EXTINGUISHERS


1.5kg Dry Powder Fire Extinguisher



127420 1.5kg Dry Powder Extinguisher




9315546 274206 6 192


9315546 261312 4 96


9315546 361784 1 72






1kg Twin Pack


129774 1kg Twin Pack Fire Extinguisher



9315546 297748 2 120


Small Home Fire Safety Kit

Large Home Fire Safety Kit


130638 Small home fire safety kit


130782 Large home fire safety kit

INCLUDES: 1 x 1kg ABE fire extinguisher 1 x Fire blanket (1m x 1m)

INCLUDES: 1 x 1kg ABE fire extinguisher 1 x Fire blanket (1m x 1m)

1 x Ionisation smoke alarm 1 x Photoelectric smoke alarm


9315546 306389 4 75


9315546 307829 1 80

CONSUMER | SAFETY KITS

At UTC Climate, Controls & Security, we work each day to make the world a safer place. Through our portfolio of world-class brands, we provide innovative fire safety and electronic security solutions that protect people, property and assets around the globe.

Specifications subject to change without notice.

© 2017 Kidde Australia Pty Ltd. All rights reserved. Kidde Australia is part of UTC Climate, Control & Security,

a unit of United Technologies Corporation.

For more information, please contact:

Kidde Australia Pty Ltd10 Ferntree Place

Notting Hill, Victoria 3168Phone: 1300 361 479

www.kidde.com.au

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