Panasonic Addressable Analogue Detectors - Analogue Photoelectric Smoke Detector

Brooks Panasonic 4A power supply (without batteries)

Panasonic Conventional Detectors - Panasonic Heat Detector Type A

Panasonic Conventional Detectors - Panasonic Conventional Base

Brooks External Led Indicator (ext.LED) to suit 6298

Panasonic Duct Probe - Booster Fan

Firetracker Occupant Warning - 60 Watt Occupant Warning System Fitted in FT128 /FT512

Speakers - Ceiling, Wall & Horns - 10 Watt Horn Speaker, 250Hz – 13kHz, 160mm Diameter, 270mm Deep, 110dA, 2.2kg Grey

The EIB603TYCRF alarm is activated by heat from a fire, not smoke, which makes it ideal for kitchen installations where smoke detectors are prone to nuisance alarms.

The EIB146RC is an Photoelectric Smoke Alarm with 230V AC mains power supply and replaceable Alkaline battery back-up.

The EIB127 Surface Mount Relay Base is designed to facilitate installation of bulky wiring and conduits.

The EIB650iC Photoelectric smoke alarm operates on the light scatter principle to detect smoke particles entering the optical chamber.

The automatic dust compensation feature minimises nuisance alarms due to dust build up in the photoelectric chamber.

The EIB605C Photoelectric Smoke Alarm operates on the light scatter principle to detect smoke particles entering the optical chamber. This Photoelectric Smoke Alarm is sensitive to all domestic fire types but is especially sensitive to visible smouldering fires.

The EIB605C modular design allows it to be upgraded for RadioLINK functionality with the addition of an RF module EIB605MRF. The EIB605C is powered by a 9V Alkaline battery (supplied).

The EIB605CRF is a Photoelectric (Optical) Smoke Alarm using the light scatter principle, giving a quick response to all standard domestic fire types. It’s powered by a 9V replaceable alkaline battery (supplied with the alarm).

The EIB605CRF supports wired and wireless interconnection of up to 12 smoke alarms and 8 Remote Control devices.

Description

The EIB605MRF is an optional add-on RadioLINK module for EIB605C RadioLINK compatible smoke Alarms or EIB603C Heat Alarms.

The optional RadioLINK module simply plugs into the back of the EIB605C/EIB603C allowing wireless interconnection of up to 12 RadioLINK ready Alarms.

The EIB605MRF module is powered by the replaceable alkaline battery in the Alarm.

The EIB603C alarm is activated by heat from a fire, not smoke, which makes it ideal for kitchen installations where smoke detectors are prone to nuisance alarms.

The EIB603C has a 9V alkaline replaceable battery and should always be interconnected to other smoke alarms in the dwelling or escape routes to ensure that all occupants are alerted to the danger.

• Best used in areas where flaming fires are most likely to occur
• Supplied with EIB605MRF RadioLINK module
• Not sensitive to cooking fumes or steam
• Suitable for kitchens and areas where smoke alarms may be subject to nuisance alarms
• Aesthetically pleasing compact design
• Large easy to use Test and Hush button
• Easy to fit twist on base which can be made non removable
• Interconnect up to 12 battery powered smoke or heat alarms
• EIB603C certified to AS1603.3
• EIB605MRF RF module certified to AS/NZ 4268:2003
• Manufactured in Ireland to ISO9001:2000

The EIB603TYC alarm is activated by heat from a fire, not smoke, which makes it ideal for kitchen installations where smoke detectors are prone to nuisance alarms.

The EIB603TYC has a 10 Year Lithium battery that is non replaceable. The EIB603TYC should always be interconnected to other smoke alarms in the dwelling or escape routes to ensure that all occupants are alerted to the danger.

The Ei207 Carbon Monoxide (CO) alarm is supplied with replaceable AAA batteries. The alarm has a high performance, proven electrochemical sensor to sense CO presence.

The Ei208W Carbon Monoxide (CO) alarm is supplied with a powered-for-life sealed lithium battery.

The alarm has a high performance, proven electrochemical sensor to sense CO presence. The sensor is individually calibrated and tested in Carbon Monoxide (CO) gas to ensure accuracy. The memory feature records the last CO alarm level and can be useful to check if CO has been present while the home owner or tenant has been absent from the property.

The EI208DW Carbon Monoxide (CO) alarm is supplied with a powered-for-life sealed lithium battery and an RF interconnect module.

Using the unique house code feature, an interconnected system will sound all alarms when one detects CO.

The alarm has a high performance, proven electrochemical sensor to sense CO presence. The sensor is individually calibrated and tested in Carbon Monoxide (CO) gas to ensure accuracy.

TLON is a local network that uses LonWorks® technology.

The FT512 control units are connected to the TLON network with a built in module, the TLON connection board 1590. Up to 30 nodes (i.e. FT512 c.i.e:s) can be connected to a TLON Network. One of the nodes can bean external PC with a software driver for a Security Management system, which gives full control of and access to all data in all FT512 connected to the network.

Firetracker FT1020G3 is an intelligent analogue addressable fire system, conforming to the AS7240.2 Control and Indicating Equipment, AS7240.4 Power Supply and AS4428.3 - 2010 Fire Brigade Panel standards. FT1020G3 is the third generation of Brooks intelligent analogue addressable systems. It meets the most stringent requirements in order to secure real fire alarms and to reduce nuisance alarms.

Description

Firetracker FT128V2 is an intelligent analogue addressable fire alarm system, conforming to the AS7240-2 Control and Indicating Equipment, AS7240-4 Power Supply, AS4428.3 Fire Brigade Panel standards and NZS4512. It meets the most stringent requirements in order to secure real fire alarms and to reduce nuisance alarms.

Each fan control module consists of a universal I/O matrix PCB specifically configured for fan control applications. Programming is simplified through the Win512 configuration software.

The External Presentation Unit 1728 is a compact sized enclosure rated to IP61 (if fitted with the supplementary “O” ring gasket). The unit is intended for pre-warning, co-incidence, fire (and heavy smoke/heat) alarm presentation. If there are two or more alarms in the system, the operator can scroll amongst them but the alarms cannot be reset via this unit. There is no front panel door which means the unit can be accessed directly when required. The push buttons are disabled until they are supposed to be used.

In each control unit there can be, in total, up to six expansion boards of all types mounted.

Up to six 1580 boards can be used.

Each board has to be programmed (Win512) regarding:
- Address
- Address is set with jumpers on the board

This board has eight inputs for conventional zone lines.

In the last unit on each zone line an end-of-line resistor (4K7) has to be connected.

In each control unit there can be, in total, up to six expansion boards of all types mounted.

In each control unit there can be, in total, up to six expansion boards of all types mounted.

Up to TWO 1587 boards can be used.

Because of high components on the board, a 1587 board always has to be mounted "on top".

Each board has to be programmed (Win512) regarding:
- Address (= set with jumpers on the board, i.e. 0 or 1)
- Name (Default is DU 1587, which is normally not changed)

This board is an interface only for Presentation unit 1728 and Alert annunciation Units 1736 running in S/W mode 2.3.2 or greater

The data rate in this mode is 9600 baud.

The theoretical number of units that can be connected to the board is sixteen but it is depending on the type and the number of the units respectively, the cable type and length, etc.

Web-Server II has a plastic cabinet, which is vertically mounted on a symmetric 35mm Din Rail. Web-Server shall be mounted inside FT512 or FT128 cabinets. A cable and accessories kit for both systems is supplied with the Web-Server II

The Zone Control Module provides a simplified indication of zone status without the need for a liquid crystal display. The disable control allows a specific zone to be temporarily disabled without the need to access the CIE menu. This is typically used where building works or maintenance procedures are being carried out in a localised area of a building.

The system performance has been approved to the equipment standards, while the system features exceeds the normal fire protection applications.

The system is capable of providing the following functions within its architecture.

Brooks range of warning signs are designed to meet the requirements of Australian Standard AS4214. They provide a suitable visual warning in the risk area when a gas extinguishing system is installed.

• Pleasant and rigid design

• High intensity LEDs to increase the illumination

• Enclosure may be used for single or dual sign

• An external Brooks audio horn or speaker can be used utilising the same warning signs wiring.

• Built in speaker module with Alert/Evac tones and gaseous extinguishing messages

• Built in countdown timer module for gas release

• Dimensions 380mm x 200mm x 60mm

• Changeable tones for Australia and New Zealand use

The Brooks Occupant Warning System (OWS) is capable of providing reliable audio and visual warnings to the building occupants via speakers and strobes in emergency conditions. The system can be either a standalone control panel or inside a fire panel enclosure.

A Brooks OWS inside a fire panel enclosure may or may not has the power supply monitoring board, the AC/DC power supply and the backup batteries, which depends on the fire panel power supply capacity and the application requirements.

The Brooks Occupant Warning System (OWS) is capable of providing reliable audio and visual warnings to the building occupants via speakers and strobes in emergency conditions. The system can be either a standalone control panel or inside a fire panel enclosure.

A Brooks OWS inside a fire panel enclosure may or may not has the power supply monitoring board, the AC/DC power supply and the backup batteries, which depends on the fire panel power supply capacity and the application requirements.

The Brooks Occupant Warning System (OWS) is capable of providing reliable audio and visual warnings to the building occupants via speakers and strobes in emergency conditions. The system can be either a standalone control panel or inside a fire panel enclosure.

A Brooks OWS inside a fire panel enclosure may or may not has the power supply monitoring board, the AC/DC power supply and the backup batteries, which depends on the fire panel power supply capacity and the application requirements.

The Brooks series of remote desk microphones are intended for public address use in conjunction with the Brooks OWS (Occupant Warning Systems).

Designed specifically to detect smoke within Electrical Switchboards

The Brooks Firetracker FT1-SB Door Mounted Single Zone Conventional Fire Panel will Signal, Isolate and Communicate when it detects the presence of smoke within your electrical switchboard.

The Alarm 2000 is designed for small residential occupancies requiring a smoke alarm system as set out in the Building Code of Australia, but also integrates the early warning with other building services. The system employs the design principles of AS1670 but utilises the cost effectiveness of smoke alarms, with their combination of detection and warning sounder. The basic Alarm 2000 system can be customised and expanded to suit individual applications by the use of optional add-on modules.