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P R O D U C T C ATA L O G U E
A UTC Fire & Security Company
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KIDDE FIRE PROTECTION
Kidde Fire Protection is a leading brand within Kidde Products. Kidde Products are part of
UTC Fire & Security, which provides fire safety and security solutions to more than one million
customers around the world. Headquartered in Connecticut, U.S., UTC Fire & Security is a
business unit of United Technologies Corp., which provides high technology products and
services to the building and aerospace industries worldwide.
Kidde Fire Protection manufactures fire detection, and fire suppression systems in the UK
providing product sales and customer support from our office in Thame, Oxfordshire. We
do business in over one hundred countries throughout Europe, Africa, the Arbabian Gulf,
Asia, South America and the Caribbean through an extensive network of over two hundred
distributors. We also have local representation through Kidde sales offices around the world.
Our Investor in People accreditation demonstrates that its high standards of quality are reflected
not only in the excellence of its products, but also in the skills and motivation of people
throughout the organisation. Many of our technical staff are acknowledged experts in their
fields and are members of national and international standards committees such as NFPA, CEN
and ISO.
UTC Fire & Security maintains its position at the forefront of fire protection technology through
continuous investment in research and development. Quality Management Systems which fully
comply with the requirements of BS EN ISO 9001:2000 ensure that finished products will perform
consistently and reliably. Sound practices at all Kidde Fire Protection manufacturing plants are
designed to minimise environmental impact, by energy, raw materials and waste management.
Kidde Fire Protection is a proud and active member of the Fire Industry Association (FIA).
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Tel: +44 (0)1844www.kfp.co.uk
265003
E-mail: [email protected]
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Kidde Fire Protection
United Technologies
UTC Fire and Security
CONTROL PANELS
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Intelligent Addressable Fire Alarm Panels
Vega Networking Systems
Autroprime
Custom Design Control Panels
Conventional Fire Alarm Panels
Extinguishing Control Systems
FireBeta Status Indicators
DETECTION AND ALARM
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Detector types
Discovery Intelligent Fire Detection
XP95 Intelligent Fire Detection
Intelligent Audio/Visual Signalling
Standard Interfaces with Isolators
Mini Interfaces
Din-Rail Interfaces
Orbis Conventional Fire Detection
Mounting Accessories
Test Equipment
Conventional Audio/Visual Signalling
Conventional Manual Call Points
Door Release Equipment
Sealed Lead Acid Batteries
XP95 Intrinsically Safe Detectors
Orbis IS Detector range
Intrinsically Safe Audio/Visual Signalling
ASPIRATING SMOKE DETECTION
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Where to use High Sensitivty Smoke Detection
How High Sensitivty Smoke Detection works
SENATOR High Sensitivty Smoke Detection
HART High Sensitivty Smoke Detection
Sniffer Pipe
ALARMLINE LINEAR HEAT DETECTION
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110
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Where to use Alarmline Linear Heat detection
Alarmline Analogue
Alarmline Digital Cable
Alarmline Fixing Accessories
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3
UNITED TECHNOLOGIES
United Technologies Corporation, based in Hartford,
Connecticut, USA, is a diversified industrial company, with
225000 employees in more than 4000 locations worldwide,
which serves the commercial building and aerospace industries.
UTC’s business units comprise:
Sikorsky
Military and commercial helicopters; fixed-wing aircraft;
spare parts and maintenance, repair and overhaul services for
helicopters and fixed-wing aircraft.
Carrier
Heating, ventilation, air-conditioning and refrigeration
systems; sustainable building solutions for residential,
commercial, industrial and transportation applications.
Hamilton Sundstrand
Electrical power and distribution systems, flight control
systems, pilot controls, propulsion systems, environmental
control systems and fire protection products for aircraft and
military ground vehicles.
Otis
Design, manufacture, installation, and service of elevators,
escalators and moving walkways for commercial and residential
buildings, multipurpose malls, educational institutions and
urban transportation systems.
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Pratt & Whitney
Engines for commercial and military aircraft and helicopters;
regional, business and light jets. Land-based gas turbine and
geothermal power solutions for industrial and utility markets.
UTC Fire & Security
Electronic security and fire safety systems, software and
services; design, integration, installation and servicing of access
control, intruder alarm, video surveillance, and fire detection
and suppression systems; monitoring, response and security
personnel services.
UTC Power
Fuel cell systems for on-site power applications and
transportation.
2008
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5
UTC FIRE & SECURITY
A global leader in fire safety and security, UTC Fire & Security
(UTCFS) delivers peace of mind to individuals and businesses
throughout the world.
In fire safety, UTCFS comprises a diverse portfolio of
businesses, including residential and commercial portable fire
extinguishers, detection & alarm, fire suppression, fire fighting
equipment, specialty detection and combustion control.
Our brands include such well-known names as Angus Fire,
Autronica, Chemetron, Det-tronics, Onity, Fenwal, Marioff,
Red Hawk, Sicli, and many others. Some of the world’s most
discriminating customers rely on UTCFS products, including the
Eiffel Tower in Paris; and the historic Waldorf Astoria Hotel,
7 World Trade Center and Statue of Liberty in New York City;
Westminster Abbey in London and the Beijing Olympic stadium
in China.
In electronic security, our companies provide systems
integration, installation and service of intruder alarms, access
control system, digital video surveillance and recording devices.
UTCFS companies serve a variety of customer segments
including education, entertainment, financial services,
government, healthcare, petrochemical oil and gas,
telecommunications and utilities, marine and many others.
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7
CONTROL PANELS
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A fire alarm control panel is the core part of any fire detection system, monitoring
detection devices for alarm signals and activating the required sequence of events
to ensure safe evacuation, notification to emergency services or operation of fire
suppression equipment. Therefore it is important whichever system you select it
provides the functionality, flexibility and reliability to ensure optimum performance.
Kidde’s range of control panels are designed to meet the highest standards in fire
protection.
Conventional panels:
Intelligent Addressable control panels:
A simple and cost effective solution for small
area applications which require minimal cause
and effect, i.e. shops, clinics, schools etc.
Microprocessor based distributed intelligence
enables systems to be tailored to the exact
requirements of a wide range of system
configurations.
Conventional panels operate using zonal
principles where detection devices are
allocated to a dedicated circuit which will
cover a specific area identified as a detection
zone.
Intelligent addressable control panels operate
using detection loops distributed throughout
the protected building. Each loop device is
provided with a unique address enabling
accurate location of a fire.
Extinguishing control panels:
Based around a conventional control panel
it is provided with additional features and
functionality to control the safe operation of
fire suppression systems.
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9
INTELLIGENT ADDRESSABLE FIRE ALARM PANELS
VEGA INTELLIGENT
ADDRESSABLE
CONTROL PANEL
INTELLIGENT
ADDRESSABLE
Fire Alarm Panels
Kidde Fire Protections range of addressable control panels represent
the ultimate in detection and alarm technology.
Microprocessor based distributed intelligence enables systems to
be tailored to the exact requirements of a wide range of system
configurations. Offering flexibility in design and operation, Kidde
panels are ideal for installation in many applications:
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Hotels
Office complexes
Manufacturing sites
Hospitals
Schools
Residential complexes
Commercial complexes
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Vega is an open protocol control panel which is compatible with Apollo XP95/Discovery and
Hochiki ESP devices. The Vega panel is expandable from 1 to 16 loops in single loop increments.
An 8 line 40 Character LCD allows ease of on site programmability, with clear information relating
to fire and fault conditions.
Zonal LED indications for fire and fault support the information provided on the LCD, with the
panel available in 24, 56, 88 or 120 zone versions.
Vega incorporates many control features through the keys provided on the front membrane
– Silence Buzzer, Silence Alarms, Reset, Delay override, Evacuate and numeric keys 0-9.
Three password protected access levels restrict operation and programming of the system to
the relevant authorised personnel. A range of software features are provided to minimise the
possibility of false alarms including day mode, programmable time delays and investigation timers
which allow the user time to investigate the incident before a full alarm is raised.
Monitored sounder outputs and volt free relay outputs are provided on the control panel, the
number will vary depending on the number of loops.
Vega supports an extensive range of options including printer facility, repeater panels, plug-in
option cards and networking capabilities.
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Engineer features:
•
•
•
•
•
•
•
•
Forward and reverse loop scan enables easy location of open or short circuit faults
Autolearn allows new loop configurations to be recognised
Panel test enables visual and audible indications to be tested
Device test enables electronic testing of individual loop devices
Output group test enables verification of output programming
Alarm simulation test combines the device and output group test options, to check alarm
cause and effects
Device fault codes assist with fault finding from panel location
Event log stores a maximum of 512 events
Relay outputs
Programmable volt free changeover relay contacts
rated 1A @ 30V dc
1-4 Loop panel – 4 x Relay contacts
Optional 8 way relay card available for expansion
Repeater output
Optional repeater card available, RS485 communication
Power supply
110 – 270V ac mains input voltage sensing
Temperature monitored battery charging
2.5 Amp, 4 Amp or 8 Amp power supplies available
Current consumption
1 loop control panel -
The Vega range is provided in a number of standard panel configurations, although the modular
configuration of the Vega enables unique panel specifications to be created on request.
Technical specification
4 Loop control panel No. of detection loops
1-16 Loops, Max current per loop 220mA
Display
8 x 40 Character LCD, backlit with adjustable viewing
Indications
14 Status indications defined by EN45 part 2
Zonal fire and fault indications, 24, 56, 88 and 120 zone options.
64 Plant LED indications (Optional)
8 Loop control panel 16 Loop control panel -
Sounder outputs
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Programmable sounder outputs rated 1 Amp @ 17 to 28.5 Volts dc
1-4 Loop panel – 4 x Sounder circuits
5-8 Loop panel – 8 x Sounder circuits
9-12 Loop panel – 12 Sounder circuits
13-16 Loop panel – 16 Sounder circuits
Optional 8 way sounder card available for expansion
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Quiescent:
Alarm:
Quiescent :
Alarm:
Quiescent:
Alarm:
Quiescent:
Alarm:
350mA
730mA
570mA
940mA
800mA
1100mA
1800mA
2400mA
Service port
RS232 DIN socket for connecting to PC
Physical dimensions
1-4 Loop panel: 500W x 400H x 155D
5-8 Loop panel: 500W x 550H x 225D
9-16 Loop panel: 1000W x 550H x 225D
Enclosure
Mild steel, surface mount, Semi gloss ash grey BS4800 00A01
IP rating: 30
20mm pre-formed knockouts top and bottom
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11
Standard panel part numbers:
Standard panel range
Vega panel part numbers are a sequence of numbers and letters which detail the panel
configuration e.g.
Note: Add ‘A’ for Apollo or ‘E’ for Hochiki ESP in place of the * in the part number.
V01/1/024/*/2
1 Loop Vega, 24 Zone, 2.5 Amp power supply
V01/1/024/*/2/P 1 Loop Vega, 24 Zone, 2.5 Amp power supply, Printer
V01/1/024/*/4
V06/2/056/A/4/P
1 Loop Vega, 24 Zone, 4 Amp power supply
V01/1/024/*/4/P 1 Loop Vega, 24 Zone, 4 Amp power supply, Printer
V02/1/024/*/2
Denotes the panel is fitted with a
Thermal Event Printer
Denotes the number of loops i.e. V06 is a
6 loop Vega, V02 is a 2 loop Vega etc.
V02/1/024/*/4
V03/1/024/*/2
Denotes box size
1 = 400 x 500 x 155
2 = 550 x 500 x 155
3 = 550 x 500 x 225
4 = 550 x 1000 x 225
Denotes PSU size.
2 = 2.5A PSU
4 = 4A PSU
8 = 8A PSU
V03/1/024/*/4
V04/1/024/*/2
Denotes panel protocol
A = Apollo XP95/Discovery
E = Hochiki ESP
V04/1/024/*/4
Denotes number of Zone indications.
024 = 24 Zone indications
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VEGA LT
VEGA OPTION CARD
MOTHERBOARD
Vega LT intelligent addressable fire alarm control panel provides the same system functionality
as the standard Vega panel in a cost-effective package for smaller fire system configurations.
Developed using the existing hardware and software platforms of the highly successful Vega
range, Vega LT delivers high performance at a competitive price for users who require a one or
two loop intelligent addressable panel.
Vega motherboards can be installed within the Vega control panel or located remotely in a Vega
interface enclosure. Each motherboard allows up to 4 plug-in option cards to be connected to
the Vega control panel. Up to 4 motherboards can be connected to a single Vega control panel
providing slots for up to 16 plug-in option cards in total.
Features
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Single loop panel – upgradeable to Two loops
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Supports Apollo XP95/Discovery and Hochiki ESP protocols
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8 Line 40 Character display, back lit
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16 Zonal indications
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Programmable Alarm and Relay outputs
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Compatible with VR3000 repeater panel
No. of detection loops
1 loop, additional loop can be added
Display
Indications
Status indications defined by EN54 part 2, 16 x Zone indications
Sounder outputs
2 x Programmable sounder outputs rated 1 Amp @ 24 Volts dc
nominal
Relay outputs
2 x Programmable volt free changeover relay contacts
rated 1A @ 24V dc
Repeater output
Optional repeater card available, RS485 communication
Power supply
2.5 Amp @ 24V dc
Current consumption
Quiescent: 350mA
Service port
RS232 DIN socket for connecting to PC
Alarm: 730mA
LT2000
Single loop control panel – Apollo protocol
LT2001
Single loop control panel – Hochiki protocol
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44782-K091
Vega option card motherboard
VEGA 8 WAY RELAY
OUTPUT CARD
This card provides additional programmable volt free relay outputs on the
Vega control panel. Volt free relay contacts can be used to either operate other equipment
i.e. to close fire dampers etc or provide alarm signalling to other systems such as a BMS.
Relay outputs are rated 1 Amp @ 30V dc and can be individually configured as normally open
or normally closed in operation.
44782-K092
Vega 8 way relay output card
VEGA 8 WAY MONITORED
OUTPUT CARD
This card provides an additional 8 individually programmable monitored outputs which can
be used for operating audible and visual devices, as well as solenoid devices. Each output is
individually fused and rated 1 amp at 28 volts dc.
44782-K093
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Vega 8 way monitored output card
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13
VEGA 16 WAY NON-MONITORED
INPUT CARD
VEGA REPEATER PANELS
This card provides 16 individually programmable non-monitored inputs. These inputs provide
the facility for monitoring the operation of switched contacts either from a relay or a keyswitch.
Each input of the card requires a 0 volt to be either applied or removed for activation, this can be
selected individually for each input using DIL switches on the PCB.
To complement the Vega control panels, a versatile range of repeaters are available which will
allow remote indication and operation of the fire alarm system.
44782-K094
Vega 16 way non-monitored input card
Repeaters are provided with an 8 line 40 character LCD and with or without zonal indications.
They can be configured as passive (without user controls) or Active (with user controls) a
maximum of 64 repeaters can be connected to a single Vega control panel of which 15 can be
active and 49 can be passive.
Note: Controlling Vega panel must be fitted with repeater output card.
VEGA 16 WAY NON-MONITORED
OUTPUT CARD
This card provides 16 individually programmable open collector outputs. Commonly used for
driving LED’s on a mimic panel, they can also be used to trigger the switching of relays. Each
output of the card provides 0-volt signal on activation.
44782-K095
Vega 16 way non-monitored output card
Features:
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24, 56, 88 and 120 zone indication variants
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Integral power supply
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Alarm sounder output
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Volt free changeover relay contacts for Fire and Fault conditions
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Internal panel buzzer
•
Status indications
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Active repeater controls:
Silence, Reset, Delay Override, Silence
Alarms, Evacuate, Scroll, Numeric keys,
Cursor keys
•
Optional event printer
Display
VEGA 8 WAY MONITORED
INTPUT CARD
This card provides 8 individually programmable monitored inputs. The inputs can be used for
monitoring zones of conventional detectors as well as any devices which provide a volt free
switched output.
44782-K096
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Vega 8 way monitored input card
265003
Indications
14 Status indications defined by ENS4 part 2
Zonal fire and fault indications, 24, 56, 88 and 120
zone options.
Sounder outputs
1 x Sounder output rated 1 Amp @ 17 to 28.5 Volts dc
Relay outputs
Fire and Fault volt free changeover relay contacts
rated 1A @ 30V dc
Power supply
2.5 Amp power supply
110v – 270v ac mains input, voltage sensing
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VEGA REPEATER OUTPUT CARD
Current
LCD only repeater - Quiescent
Alarm
Zonal repeater Quiescent
Alarm
Physical dimensions
LCD only repeater24 Zone repeater 56 Zone repeater 88 Zone repeater 120 Zone repeater -
Enclosure
90mA
120mA
120mA
170mA
550W x 280H x 140D
500W x 400H x 140D
500W x 550H x 140D
500W x 700H x 140D
500W x 850H x 155D
Mild steel, surface mount, Semi gloss ash grey
BS4800 00A01
IP rating: 30
20mm pre-formed knockouts top and bottom
To enable the Vega repeaters to communicate with the Vega control panels a repeater output
card is required. This card plugs into the Vega Master Basic Loop Controller and provides the
RS485 communications to the repeater panels.
44782-K076
VEGA OPTIONAL ACCESSORIES
VEGA INTERFACE BOXES
Two interface boxes are available which can be used to house Vega motherboards and plug-in
option cards. This allows the boards to be installed up to 1km from the Vega control panel.
The interface boxes are provided in two sizes accommodating either 2 or 4 Vega motherboards.
Dimensions:
VR3000
Repeater LCD Only
VR3000P Repeater LCD Only with printer
VR3024
Repeater LCD 24 Zonal indications
VR3024P Repeater LCD 24 Zonal indications with printer
VR3056
VR3088
Vega Repeater Output card
500W x 400H x 155D
500W x 550H x 225D
VN4155
Vega Interface box c/w space for 2 x Motherboards
VN5225
Vega Interface box c/w space for 4 x Motherboards
VEGA FLUSH MOUNTING BEZELS
A range of flush mounting bezels are available to fit Vega control panels, repeaters and interface
enclosures. The bezels allow the enclosures to be recessed into a wall providing an aesthetically
pleasing installation for reception areas, foyers etc.
Bezels are manufactured from mild steel, paint colour is semi gloss ash grey to match the
enclosures.
35100-K080
Flush mounting bezel to fit enclosure 500W x 400H
VR3120
35100-K098
35100-K099
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15
VEGA
Networking Systems
VEGA CONFIGURATION
SOFTWARE
Viper is a software programme required for configuring the Vega control panel. A number of
versions are available depending on the version of processor software installed in the Vega panel.
All panels are despatched with a CD containing the current Viper software. It is recommended
before using Viper to check with our technical department that you have the correct version to
suit your control panel.
This software is compatible with Windows versions up to Windows Xp.
D28300-3xx
Viper software
D28320-1xx
Viper software for Vega CZN panels
Where a fire system or site installation demands the use of more than
one Kidde Vega panel, a communication network link can provide the
tailor made engineering solution for most applications, from a simple two
panel system to a multi-panel networked site-wide installation.
Kidde offers two types of network to compliment its Vega range:
•
•
Common Zone Networking (CZN)
VegaNET
Note: xx would be replaced by the version number
VEGA COMMON ZONE NETWORKING
(CZN)
Common Zone Network (CZN) enables up to 32 Vega stand alone systems to be connected
together providing site wide fire alarm monitoring for small, medium and large sized
establishments or multi-building sites.
CZN supports the full range of Vega control panels providing a flexible approach to system design
that can address the many different alarm reporting, and evacuation strategies required for
buildings of today.
CZN integrated solution, provides the site fire team or designated personnel with instantaneous
location of fire alarm incidents saving valuable search and response time.
CZN concept is based upon a shared common zone principle, where the maximum number of
geographical fire compartment zones does not exceed 120. The system configuration can be
programmed to conform to two basic operating applications.
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VEGA CZN NETWORK
OPTION
•
Master\Slave –
satellite panels display local information and transmit alarm
data to master panels, which display site wide alarm information.
•
Multi-Master –
each satellite panel displays site wide alarm information.
Features
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Up to 32 Vega panels form a site network
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120 site wide ‘Fire’ zones incorporating zone offset facility
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64 site wide ‘Plant’ indications
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BGU override and co-incidence voting between panels
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Comprehensive site wide cause and effect control
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Isolate zones and common output groups from any panel on the network
•
RS422 Communications allow up to 1 Km between control panels
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Vega panels can easily be upgraded on site to provide a CZN network by installation of the Vega
CZN network option. This consists of a ‘527’ network card including latest software EPROM,
mounting plate, cable harnesses and upgrade software EPROM’s for the panel Main Control
Processor.
VN2105
Vega CZN network option – Vega
VN2108
Vega CZN network option – Vega LT
CZN EXAMPLE
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VEGANET DISPLAY SYSTEM
VegaNET Display System is a PC Windows™ based application designed primarily for the
monitoring of fire alarm systems. VegaNET provides the user with a means to view the entire
system enabling rapid recognition, identification of source and extent of each event, particularly
during multiple alarm conditions. The presentation of alarm information is provided in a simple,
standard text or graphical format, giving operators the right information on which to make
appropriate decisions.
VegaNET Display System is designed specifically for connecting to the Kidde range of fire
detection panels providing full interrogation of sophisticated features. Powerful network cards
located within each fire control panel enable up to 32 remote panels to be supervised. This
provides the operator with an instantaneous overview of all systems with immediate access to
detailed information as required. Alternatively, using network outstations incorporated within the
system design, monitoring of third party equipment via discrete digital inputs can be achieved.
VegaNET Display System provides central control and monitoring for remote sector nodes using
full-duplex transfer of information, status and commands over a networked system.
The system allows each alarm device or input to be allocated a priority, which ensures that the
operator is presented with the most urgent high priority alarms, followed by those of lesser
importance. Monitoring of non fire related events such as plant, security, and process are also
catered for by the system.
Features
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Available as Text or Graphic versions
•
Prominent user controls with attractive appearance
•
Print graphical pages with automatic event logging
•
Multi-level password protection
•
Unlimited number of graphical pages
•
Language text translations
•
Up to 32 (Nodes) Vega panels or outstations per network
•
Up to 6 computers running VegaNET connected to network
•
Up to 6 network repeaters and geographic mimics
•
Can connect 6 networks together providing 192 node capability
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VEGANET EXAMPLE
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VEGANET IN ACTION
VEGANET DISPLAY SYSTEMS
TERMINALS
A complete package containing everything needed to provide a VegaNET text or graphic reporting
terminal.
This package includes:
•
Overview page
Showing location of building in alarm
Level 1 page
Showing building floor level in alarm
•
•
•
Computer pre-installed with VegaNET Text or Graphics reporting software
PC minimum specification:
Intel Pentium 4, 3Ghz processor,
1GB 533Mhz DDR2SDRAM memory,
160Gb Hard Disk Drive,
17” Flat panel monitor,
DVD +/-RW drive,
USB keyboard and mouse,
Serial and Parallel ports & PS2 adaptor,
Windows XP operating system
Text or Graphic reporting system application CD and run time module
Deskjet printer
Network Control Unit
Note: The specification of the PC and its ancillaries are subject to change without notification
Level 2 page
Defining location of detector in alarm
VN3000
VegaNET Display system package – Text reporting
VN3001
VegaNET Display system package – Graphics reporting
VegaNET software can be purchased separately
VN2000
VegaNET text reporting software
VN2101
VegaNET graphics reporting software
Text message window
Provides device location user intervention
details
Sector interrogate facility
Enables user to control remote sector panels
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19
VEGANET NETWORK
OPTION
VEGANET NETWORK
REPEATER
Vega panels can easily be upgraded on site to provide a VegaNET network by installation of the
VegaNET network option. This consists of a ‘527’ network card including latest software EPROM,
mounting plate, cable harnesses and upgrade software EPROM’s for the panel main control
processor.
Network repeaters provide simple, high priority alarm text messages for an entire VegaNet
network of fire alarm panels or outstations. Up to 6 network repeaters can be connected to the
VegaNet network system. The repeaters can be extended to support open collector outputs for
LED mimic displays. The Network repeater can be configured with or without user controls and
has an optional printer.
VN2104
VegaNET Network option – VEGA
VN2107
VegaNET Network option – VEGA LT
Display
VEGANET NETWORK
CONTROL UNIT
For each PC running VegaNET software a Network Control Unit is required to interface the PC to
the Vega panel network.
Power supply input
85-264Vac, 47-440Hz
Enclosure
Surface mount mild steel, Semi gloss ash grey
Dimensions
440W x 226H x 115D
VN2100
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8 Line 40 Character LCD
Sounder circuits
4 x Common sounder circuits, rated 1 Amp @ 24V dc
will activate on any alarm
Relay outputs
4 x Volt free changeover contacts, rated 1 Amp @
24V dc will activate on any alarm
Power supply
2.5 Amp @ 24V dc
Enclosure
Surface mount mild steel, Semi gloss ash grey, IP30
Dimensions
500W x 400H x 155D
VN2109
VegaNET Network repeater
VN2109P
VegaNET Network repeater with printer
VegaNET Network Control Unit
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VEGANET RADIAL
EXPANDER
The Radial Expander has been designed to enable network communications to be spurred
allowing site cabling to be reduced. This unit can also be used as a line booster to increase the
communication cable distance between network cards by a further 1km. There is no limit
to the quantity of Radial Expander units that can be accommodated within one system design.
The Radial expander allows a single network input to be spurred into 4 network outputs.
Power supply
2.5 Amp @ 24V dc
Enclosure
Surface mount mild steel, Semi gloss ash grey, IP30
Dimensions
440W x 266H x 115D
VN2103
VegaNET Radial Expander
VEGANET NETWORK
OUTSTATION
It is possible to monitor third party equipment via discrete digital inputs across a VegaNET
network. The network outstation is an interface enclosure containing a network card Vega
Motherboard and either monitored or non-monitored input cards. Signals can be monitored via
the input cards and transmitted across the VegaNET network.
VegaNET network outstations are custom built on request.
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21
AUTROPRIME
The Fire Alarm Control Panel supports 2 detection loops and most Autrosafe detectors, several
types of I/O devices for monitored outputs, open collector outputs, galvanic isolated inputs and
monitored inputs. All loop units can be mixed freely and connected at any point on the same
detection loop. A maximum of 8 additional panels can be freely mixed and connected to the Fire
Alarm Control Panel via the RS-485 panel bus, including Repeater Panels, Information Panels, Fire
Brigade Panels and Mimic Drivers.
The panel is menu operated on an 8-line display, with 40 characters per line.
The Operator Panel, which is an integrated part of the Autroprime panel, can also be mounted
separately outside the cabinet.
Autroprime complies with C.E.N. EN 54 regulations, FM regulations (Factory Mutual).
Autroprime Interactive Fire Detection System is a stand-alone fire detection system for small-tomedium sized applications. Autroprime brings simplicity, quality, cost-effectiveness and extensive
functionality in one integrated system.
Plug and play
Autroprime is provided to the user in a pre-configured state. In this state the panel is set to
automatically recognise detectors and other loop units connected to the detection loops and the
availability of routing equipment, etc. As such, the system is fully functional and ready-to-use
after a few minutes, simply by turning the power ON. Further site-specific configuration can easily
be performed if necessary.
The system uses SelfVerify functionality to ensure that the system will work according to
regulations every single day. Furthermore, the system will inform the user when detectors need
maintenance, ensuring optimised life-cycle cost.
2222/120
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Features
•
SelfVerify ® function for automatic testing of detectors
•
Automatic setup
•
Automatic addressing of detectors
•
Two loops
•
USB for data transfer to/from memory stick
•
User-friendly display and operator controls
•
Back-lit operating buttons. Text display suitable for night-time operation
•
Surface mounting
•
Designed to meet EN 54 requirements and conforms to CE standards
•
Complies with environmental conditions of IEC-721-3-3 class 3k5
BS-200
Autroprime Fire Control Panel
BS-211
Autroprime Repeater Panel
BU-210
Autroprime Fire Brigade Panel
BV-210
Autroprime Information Panel
BUR-200
Autroprime Mimic Driver
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AUTROPRIME LOOP INTERFACES
AUTROPRIME DETECTORS
BN-201
Monitoring input unit
BDH-200
Heat detector
BN-300
Fire Alarm input unit with self verify
BDH-300
Heat detector with self verify
BN-310
Relay output unit with self verify
BDH-500
Heat detector, Self verify, IP44D, environmentally sealed
BNA-320/02
Interface board for BN310
BD-501
Heat detector inc. base, Self verify, IP56
BN-320
I/O unit with self verify
BDH-500/EX
Heat detector, Self verify, IP44D for use in Ex areas, environmentally sealed
BN320/2
Door control unit with self verify
BHH-200
Optical smoke detector
BN-320/4
Monitoring and control unit with self verify
BHH-300
Optical smoke detector with Self verify
BN-320/5
Sprinkler control system with self verify
BHH-500
Optical smoke detector with Self verify, High risk version
BN-330
Interface for conventional detection loops with self verify
BHH-500/EX
Optical smoke detector with Self verify, Exi version
BN-500/EX
Input unit for Zone 0, 1 & 2 with self verify
BHH-220
Multisensor detector
BN-40A/3
Loop interface unit for Autrobeam 100 with self verify
BHH-320
Multisensor detector with self verify
BNA-320-01
Interface board for BN-40A/3
BHH-520
Multisensor detector with self verify, High risk version
BNB-300/32
Interface module
BHH-520/EX
Multisensor detector with self verify, Exi version
BW-200
Disable unit with push buttons
BHH-502/N
Multisensor detector with self verify, Ex zone 2 use only
BW-201
Disable unit with timer input
BU-200
Remote alarm control unit
BZ-500
Ex-barrier unit, Exia IIC
PAGE 23/120
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23
AUTROPRIME MANUAL CALL POINTS
AUTROPRIME INSTALLATION ACCESSORIES
BF-300
Manual Call Point with self verify
BWA-101
Detector base with microswitch
BF-300M/N
Manual Call Point with self verify, Ex zone 2
WBW-100
Coupling unit for detector base
BF-500/EX
Manual Call Point with self verify, Exi version
WBW-101
Detector mounting plate for false ceiling
BF-501
Manual Call Point with self verify, IP66, without LED
BWP-145
Detector base with heat element
BF-501/EX
Manual Call Point with self verify, IP66, Exi version
BWP-100/20
Conduit box 4 x M20
BF-501/N
Manual Call Point, IP66, Ex zone 2
BWP-100/25
Conduit box 4 x M25
BF-502
Manual Call Point with self verify, IP66
BPW-143/150
Canal adaptor 150mm inc. socket
BF-502/EX
Manual Call Point with self verify, IP66, Exi version
BPW-143/300
BF-502/N
Manual Call Point with self verify, IP66, Ex zone 2
BPW-143/550
AUTROPRIME ADDRESSABLE AUDIO/VISUAL DEVICES
BBR-130
Base sounder, Red, 90dBA
BBR-230
Sounder, Red, 100dBA
BBR-230/IP
Sounder, Red, IP65, 100dBA
BBQ-130
Base sounder with beacon, 90dBA
BBQ-230
Sounder/Beacon, Red, I00dBA
BBQ-230/IP
Sounder/Beacon, Red, IP65, 100dBA
2424/120
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Custom designed panels supplied on previous projects include:
CUSTOM DESIGN
Control panels
Meeting our customers requirements is imperative when it comes to fire alarm
systems. For over 15 years Kidde have supplied custom design panels based
around our standard range of equipment.
•
•
•
•
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Special colour control panels
Geographic LED mimics
19” Rack mount panels
Floor standing enclosures incorporating fire and gas detection control systems
Combined fire detection and multi –area suppression control panels
If you have a special requirement, then it will be necessary to contact your sales
representative who will be more than happy to discuss your requirements with you.
3 x Custom built Vega control
panels in a 2m high 19” rack
type cabinet. Each panel has 16
detection loops, 120 detection
zones, 4 x 8 way sounder
cards, 4 x 8 way relay cards
and event printer. Designed for
a Power Station project.
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25
SIRIUS II CONVENTIONAL FIRE
ALARM CONTROL PANEL
CONVENTIONAL
Fire Alarm Panels
Conventional Fire Alarm control panels provide cost effective fire
engineering solutions for small area applications which require
minimal cause and effect:
Shops, Clinics, Schools, Telecommunications
Conventional systems are wired as circuits or ‘zones’ with a zone
being an area of maximum 2000m2, panels are supplied with a
varying number of detection zones.
Detection devices connected to the detection zone circuits operate
on a simple two state basis, either ‘on’ or ‘off’ i.e. ‘Alarm’ or ‘No
alarm’. The conventional control panel monitors the state of these
devices, determines whether the device is in alarm and provides a
general alarm signal to operate visual and audible warning devices to
notify personnel within the building. The Kidde Sirius II conventional
fire alarm control panel has been designed with simplicity of
operation and attractive appearance in mind. Sirius II is compatible
with a wide range of detectors making it ideal for retro-installations.
A cost effective fire alarm control panel approved to EN54 parts 2 and 4. The Sirius II is available
in 2, 4 or 8 Zone options. User friendly operation allows the panel to be configured through
the membrane keys. LED indications and an LCD provides clear information regarding the panel
status. The Sirius II has a range of accessories including repeaters and option cards to provide
flexibility in system design.
Features:
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•
•
•
•
•
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•
•
•
•
•
•
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Integral zone detector removal with short and open circuit monitoring (no AEOL device)
Code access (No keys to lose)
Wide range of detectors supported i.e. Apollo, Hochiki and Nittan
A wide range of warning devices supported e.g. electronic sounders, bells, beacons etc.
Each zone supports up to 32 detectors and unlimited number of call points
2 x alarm circuits as standard, rated 1 A @ 28 V dc
Fire and Fault relay outputs
1 x Monitored Fire Output with disable function rated 0.5 A @28 V dc*
Integral 2.5A Switch Mode Power Supply incorporating intelligent battery monitoring
One man walk test
Zone disable function
Programmable zone co-incidence
Programmable sounder functions
Real time clock /alarm counter
RS485 Repeater network*
* not available on 2 zone variant
SE2000 Sirius II 2000 - 2 Zone panel
2626/120
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SIRIUS II REPEATER PANEL
SIRIUS II 8-WAY SOUNDER
OUTPUT BOARD
Sirius II Repeater panel provides remote indication and controls for the Sirius II, 4 and 8 zone
conventional fire alarm panels. Repeater panels can be configured as passive (indication only) or
active (Indication and minimal controls), up to 7 active and 7 passive repeaters can be connected
to a Sirius II control panel.
Sirius II 8-Way Sounder Output board provides the facility to expand the number of sounder
circuits on a Sirius II control panel. The Sounder board is compatible with the 4 and 8 zone
variants only. Each sounder circuit is rated at 250mA, and is provided with an LED indication to
show operation.
Features:
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•
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•
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•
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8 Zonal fire indications
RS485 communication with control panel
Common Fire and Fault relay outputs
18-28V dc supply
Power Supply Monitor fault input
Switched 0v Zonal outputs
User controls – Silence/Resound Alarms, Panel Reset, Silence Buzzer, Delay Override,
Panel access
8 monitored outputs
RS485 Communications
Up to seven boards connected to a single panel
Fault relay output
44782-K173 Sirius II 8-Way Sounder Output board
SR8500 Sirius II Repeater panel
PAGE 27/120
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27
SIRIUS II 8-WAY RELAY
OUTPUT BOARD
SIRIUS II INPUT/OUTPUT BOARD
Sirius II 8-Way Relay Output board provides the facility to expand the number of relay
outputs on a Sirius II control panel. The relay output board is compatible with the 4 and 8 zone
variants only.
Sirius II Input/Output board provides eight monitored inputs and eight corresponding volt free
relay outputs. The inputs can be used to monitor the status of other equipment within the site, on
receiving a signal from the monitored circuit the corresponding output can be operated which can
be used for signalling or operation of other equipment.
The relay outputs can be configured for various panel conditions:
The outputs can be set to operate in either of two modes, Mode 1 – On input circuit active, Mode
2 – On input circuit fault. LED’s are provided to indicate the status of the individual inputs and
outputs.
Zonal Fire
Zonal Fault – Non latching
Zonal Fault – Latching
Zone Disabled
Panel outputs
Clear processor fault
•
•
•
When configured for panel outputs the relays will be individually allocated to indicate
the following status conditions:
Output 1 - General Fire
Output 2 - General Fault
Output 3 – General Test
Output 4 – General Disablement
Output 5 – Silence Alarms
Output 6 – System reset
Output 7 – Evacuate
Output 8 – Class change
•
•
•
•
Fault relay output
Output relays, rated 1A
44782-K175 Sirius II Input/Output board
8 Relay outputs, rated 1A
Up to 7 boards can be connected to a single panel
Fault relay output
44782-K174 Sirius II 8-Way Relay Output board
2828/120
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EXTINGUISHING
Control Systems
The FireBeta XT, XT+ and ECU are the latest range of extinguishing
control systems from Kidde. The range covers single area and multiarea extinguishing systems with the following:
FireBeta XT Compliant to EN12094-1 provides three detection
zones with single area extinguishing controls.
FireBeta XT+ Is a modular system consisting of a detection module
approved to EN54 parts 2 and 4 and up to 4 extinguishing modules
compliant to EN12094-1.
FireBeta XT+ ECU Is a single area extinguishing module compliant
to EN12094-1 which can be connected to an already installed
conventional or addressable fire alarm control panel providing the
controls for an extinguishing system.
Along with the range of FireBeta XT status indicators and the
FireBeta XT Ancillary board they provide a wide selection of options
for many different applications.
All extinguishing control systems are suitable for use with the full
range of Kidde engineered fire suppression systems incorporating
3M™ Novec™ 1230 Fire Protection Fluid, FM-200®, Argonite®
inert gas and Carbon Dioxide.
FIREBETA XT 3+1
FireBeta XT 3+1 is a single area extinguishing control panel. Three detection zones and one
extinguishant release area can be configured to activate from any single zone, any two zones
from three or activation of all three zones.
An LED display is provided to enable easy configuration, the display also provides visual indication
of the time remaining until extinguishant release.
The FireBeta XT provides monitored circuits for low pressure switch, release pressure switch,
manual release, hold, and mode select features.
Relay outputs are provided for transmitting alarms and fault, additional status relays can be
provided using the ancillary output PCB.
Mode select keyswitch and manual release controls are provided on the fascia panel.
Up to seven ancillary output boards and seven status indicator units can be connected to the
FireBeta using RS485 communications.
The FireBeta XT can be easily configured for use with intrinsically safe detection and alarm devices.
Mains supply
Power supply rating
Battery capacity
Sounder outputs
Relay outputs
Remote inputs
Extinguishing output
Dimensions
230V ac, 50Hz +10% - 15% (100 Watt maximum)
3 Amp total including battery charge 28v
2 x 12v 7ah SLA batteries
21 to 28V dc, 500mA electronic fuse – Detection sounders
S1 & S2, 2nd stage sounder.
5 to 30V dc, 1 Amp maximum – Common fault, local fire, fire,
1st stage alarm, 2nd stage alarm and extract outputs.
switched 0v inputs – Silence, Reset, Alarm and Fault
1 Amp maximum load for 5 minutes, voltage reversing dc
385W x 310H x 90D
23911-K069 FireBeta XT 3+1
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FIREBETA XT+
Mains supply
Power supply rating
FireBeta XT+ is a range of multi area extinguishing control panels. The FireBeta XT+ consists of
a detection module with 4 or 8 detection zones and up to 4 individual extinguishing release
modules.
The detection module provides all the controls and indications required for fire detection,
including outputs for common fire, fault, and common sounder outputs. The detection module
communicates with the extinguishing release modules using RS485 communications allowing the
detection zones to be configured to activate individual release modules.
Each extinguishing module is provided with an LCD giving clear information relating to status and
enables easy configuration.
Battery capacity
Sounder outputs
Relay outputs
Remote inputs
Dimensions
2 area units - 3 Amp total including battery charge 28v
3 & 4 area units – 4 Amp total including battery charge 28v
21 to 28V dc, 500mA electronic fuse – Detection module sounders S1
& S2, Extinguishing module sounders 1st stage & 2nd stage alarm.
5 to 30VDC, 1 Amp maximum – Common fault, local fire, fire, 1st
stage alarm, 2nd stage alarm, Released, Aborted and extract outputs.
2 x outputs - 1 Amp load for 5 minutes or 3 Amps for 20 milliseconds
1 & 2 area units 385W x 520H x 110D
3 & 4 area units 385W x 700H x 110D
The extinguishing modules each provide monitored circuits for low pressure switch, release
pressure switch, manual release, hold, and mode select features.
Relay outputs are provided for transmitting alarms and fault, additional status relays can be
provided using the ancillary output PCB.
Two actuator outputs are provided on each extinguishant module which can be configured for
common mode or main and reserve operation.
A mode select keyswitch and manual release controls are provided on each release module.
Up to seven ancillary output boards and seven status indicator units can be connected to the
FireBeta using RS485 communications.
The FireBeta XT+ can be easily configured for use with intrinsically safe detection and alarm
devices.
23911-K087 FireBeta XT+ (4+1) - 4 detection zones, 1 extinguishing area
23911-K085 FireBeta XT+ (4+2) - 4 detection zones, 2 extinguishing areas
3030/120
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FIREBETA
Status Indicators
FIREBETA XT ECU
FireBeta XT ECU is a single area extinguishant release module which can be connected to a
conventional or addressable control panel to provide an extinguishing control system. The ECU is
provided with two fully monitored inputs which can monitor outputs from a control panel used to
trigger the extinguishing release module. ECU is provided with an integral 4 Amp PSU and space
for 2 x 12v 7Ah SLA batteries. Relay outputs provided for common fire, fault, 1st and 2nd stage
alarm. Sounder outputs provided for common, 1st and 2nd stage alarms. Dual extinguishing
outputs are provided for main and reserve operation.
Mains supply
Power supply rating
Battery capacity
Sounder outputs
Relay outputs
Remote inputs
Dimensions
4 Amp total including battery charge 28v
21 to 28V dc, 500mA electronic fuse - 1st stage & 2nd stage alarm.
5 to 30VDC, 1 Amp maximum – Fault, 1st stage alarm,
2nd stage alarm, Released, Aborted and Extract outputs.
2 x outputs - 1 Amp load for 5 minutes or 3 Amps for 20 milliseconds
385W x 310H x 90D
To complement the FireBeta XT, XT+ and ECU control units, a
range of System Status Indicators are available. Up to seven Status
Indicators can be connected to each extinguishing area, through a
serial bus connection. Status Indicators are fully supervised and fault
conditions will be indicated on the associated control panel should
any unit become disconnected.
The status indicators are available with the following options:
•
•
•
•
•
Indicator only
Indicators and Auto/Manual keyswitch
Indicators, Auto/Manual keyswitch and Manual Release
pushbutton
Flush Mounting options
Weatherproof options
23911-K086 FireBeta XT ECU
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31
STATUS INDICATOR
INDICATION ONLY
STATUS INDICATOR
INDICATORS AND MODE KEYSWITCH
The indication only status indicator provides 6 LED’s for remote indication of the following
functions:
As well as the 6 status LED’s and the 7 segment LED display this unit is provided with a Mode
keyswitch which allows the user to select between Auto/Manual or Manually only extinguishing
modes. In auto/manual mode extinguishing release can be activated by the automatic smoke
detection or the manual operation of a release unit. Manual only mode will allow extinguishing
release by manual operation of a release unit only.
•
•
•
•
•
•
Auto/Manual mode
Manual mode
Hold activated
Disabled
Gas release imminent
Gas released
The unit is available as either surface or flush mounting.
A seven segment LED display is also provided to show the time remaining until gas release.
The unit is available as either surface or flush mounting.
23911-K073 Status Indicator - 6 LEDs & mode select key switch, surface mount
186W x 132H x 50D
23911-K074 Status Indicator - 6 LEDs & mode select key switch, flush mount
210W x 156H x 50D
STATUS INDICATOR
INDICATORS, MODE KEYSWITCH
AND MANUAL RELEASE
As well as the indicators and the mode keyswitch this unit is provided with a Manual Release
pushbutton which allows the user to manually activate the release of the extinguishing gas
remotely. The manual pushbutton is two stage operation, a pull down plastic flap reveals the
pushbutton. The unit is available as either surface or flush mounting.
23911-K071 Status Indicator - 6 LEDs, surface mount 186W x 132H x 50D
23911-K072 Status Indicator - 6 LEDs, flush mount 210W x 156H x 50D
3232/120
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23911-K075 Status Indicator - 6 LEDs, mode select key switch and manual release,
surface mount 186W x 132H x 50D
flush mount 210W x 156H x 50D
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STATUS INDICATOR
10 LEDs, MODE KEYSWITCH AND
MANUAL RELEASE
FIREBETA XT
ANCILLARY BOARD
This status indicator is only compatible with the FireBeta XT (3+1) extinguishing control panel. 4
additional LED’s are provided on the status indicator for indicating the alarm status of the three
detection zones as well as a common fault indication.
Compatible with the FireBeta XT, XT+ and ECU control units the Ancillary Board fulfils the
requirements to extend signals from the extinguishing system for additional plant control or other
signaling applications, such as BMS system interface or house fire alarm systems.
surface mount 186W x 132H x 50D
flush mount 210W x 156H x 50D
WEATHERPROOF
STATUS INDICATOR
The range of status indicators are also available in an IP65 weatherproof enclosure.
23911-K079 Weatherproof Status Indicator - 6 LEDs, surface mount IP65
- 256W x 169H x 76D
Up to seven Ancillary Boards can be connected to the same serial bus as the status indicators
providing distributed control and signalling at multiple locations if required. Each output of the
Ancillary Board has an LED which indicates operation.
The FireBeta XT Ancillary Board contains volt-free changeover contacts for signalling
the following:
•
•
•
•
•
•
•
•
•
•
Zone 1 fire
Zone 2 fire
Zone 3 fire
Manual only mode
Disablement active
Released
Activated
Manual release operated
Extract fan operated
Hold activated
Dimensions: 155W x 136H
23911-K080 Weatherproof Status Indicator - 6 LEDs & mode select key switch,
surface mount IP65 - 256W x 169H x 76D
23911-K081 Weatherproof Status Indicator - 6 LEDs & mode select key switch and
manual release, surface mount IP65 - 256W x 169H x 76D
23911-K082 Weatherproof Status Indicator - 10 LEDs & mode select key switch and
manual release, surface mount IP65 - 256W x 169H x 76D
PAGE 33/120
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23911-K070 FiteBeta XT Ancillary board
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33
HOLD SWITCH
ABORT SWITCH
The Hold Switch is a non-latching push button that can be connected to the monitored Hold
circuit on the extinguishing control panel. When the extinguishing system is in alarm and gas
release is imminent the Hold switch can be pressed to stop the extinguishing release sequence.
The release sequence will be delayed as long as the Hold switch remains pressed allowing all
personnel to evacuate before extinguishing gas is released into the area. When the Hold switch is
released the extinguishing sequence re-starts and the extinguishing gas will be
released into the risk area.
The Abort switch is a latching push button that can be connected to the monitored hold circuit
of the FireBeta XT, XT+ or ECU. When operated the switch will remain in the on position until
physically released. The Abort button allows the operator to prevent the release of extinguishing
gas in the event of accidental activation of the system.
The system can be reset before the Abort button is physically released.
•
•
•
•
Dimensions: 108W x 108H x 85D
35mm red, mushroom type push button, configured as a non latching switch
with two sets of single pole single throw contacts rated 5A @ 30V dc
The screw type terminals can accept conductors up to 4mm 2
The contacts house a 100 ohm alarm resistor which is introduced into
the circuit when the switch is operated
53836-K179 Hold Switch
3434/120
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•
•
•
•
Dimensions: 108W x 108H x 85D
35mm red, mushroom type push button, configured as a latching switch
with two sets of single pole single throw contacts rated 5A @ 30 V dc
The screw type terminals can accept conductors up to 4mm 2
The contacts house a 100 ohm alarm resistor which is introduced
into the circuit when the switch is operated
53836-K180 Abort Switch
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35
DETECTION
AND ALARM
3636/120
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Detection and Alarm devices can be separated into two main categories
“Intelligent” and “Conventional”.
Intelligent devices have unique addresses and are connected to control panels in
a loop configuration. Intelligent detectors give advanced warning of a developing
hazard and can pinpoint the individual device raising alarm. Intelligent audio/visual
devices can be independently programmed and controlled allowing for extensive
cause and effects such as phased evacuation.
The Kidde Discovery and XP95 ranges offer a
wide selection of intelligent detectors, manual
call points, interface modules and audio/visual
devices compatible with the Vega Analogue
Addressable control panel.
Conventional devices are connected to a
control panel as a zone in the case of detection
devices, or as a circuit in the case of audio/
visual devices. Conventional systems do not
have the capability of identifying individual
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devices but only identify the zone or a circuit
as a whole therefore in an alarm condition the
search area for a conventional detection zone
can be large (up to 2000m2).
The Kidde Orbis and Series 65 range of
detectors are compatible with the Sirius II
conventional control panel and also the
FireBeta XT and XT+ range of extinguishing
control panels.
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37
DETECTION AND ALARM
Detector
types
Ionisation Smoke Detectors detect smoke by using
a small ionising radiation source. Ionisation detectors
respond well to fast-burning (flaming) fires and are
widely used for property protection.
Heat Detectors are available in two types: fixed
temperature and rate-of-rise. Rate-of–rise detectors
monitor for rapid increases in the temperature within the
area, but also have a fixed temperature limit which will
trigger an alarm if the rate of temperature rise has been
too slow. Fixed temperature heat detectors are designed
to alarm at a set temperature value. Heat detectors are
more suitable in environments where conditions would
lead to false alarms with smoke detectors, e.g. kitchens,
boiler rooms etc. However a heat detector will respond
only when a fire is well established and generating high
heat output.
Optical Smoke Detectors detect smoke by using an
LED light source and photodiode. Optical detectors
respond particularly well to slow-burning, smouldering
fires and are widely used for life protection
3838/120
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Multisensor Detectors are a combined optical and
heat detector allowing flexibility in the detection of fires.
Using the combined detection method a fire condition
can be confirmed if both heat and smoke sensors
operate. Multisensor detectors are general purpose
detectors which respond well to a wide range of fires.
Beam Detectors consist of three main parts: The
transmitter, which projects a beam of infra-red light;
the receiver, which registers the light and produces an
electrical signal; and the interface, which processes
the signal and generates an alarm or fault. When a
fire develops, smoke particles obstruct the infra red
beam and once a preset threshold has been exceeded,
the detector will go into alarm. Beam detectors are
designed to protect large open spaces such as atria,
warehouses, museums, and churches.
Flame Detectors are designed to detect either
ultraviolet (UV) or infra red (IR) radiation emitted by a
fire. A number of different types of flame detectors from
UV, IR, UV/IR, dual, triple and multispectrum detectors
are available for various different applications . Flame
detectors are designed to protect areas where flaming
fires may be expected such as aircraft hangars, power
plants, oil refineries and paper manufacturing.
Carbon Monoxide (CO) Detectors detect poisonous
carbon monoxide gas produced by combustion. The
detector contains an electromechanical cell which reacts
to the presence of CO in the air. The CO detector will
not detect smoke or any other products of combustion.
Carbon Monoxide detectors are particularly effective at
detecting deep-seated smouldering fires.
PAGE 39/120
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39
DETECTION AND ALARM – INTELLIGENT FIRE DETECTION
Intelligent Fire Detection
There are two types of intelligent detection system those with
‘distributed intelligence’ and those with ‘centralised intelligence’.
In systems with distributed intelligence the detectors incorporate
processors, which can determine whether the alarm levels of smoke
or heat exist and can initiate action accordingly.
Detectors in systems with centralised intelligence monitor the air
around them for smoke or heat and transmit the data to the control
panel on interrogation. The processor in the panel compares the
values with stored values and determines whether a pre-alarm or
alarm should be signalled.
The advantages of distributed intelligence are local adaptation to
environment and reduction of traffic on the supply and data wires.
The advantage of centralised intelligence is the ability to upgrade a
system very quickly and easily by upgrading the control panel.
4040/120
PAGE
265003
Discovery
Intelligent Fire Detection
Discovery is a range of high-specification, intelligent fire detectors developed to
meet the requirements of sophisticated systems while providing engineers with
an additional dimension in fire protection capability. Discovery has a ‘distributed
intelligence system’ where decisions are made in the detector head as well as at the
control panel. Drift compensation is also incorporated into the detector, allowing it
to adapt to dirty or dusty environments reducing false alarms.
Key features of Discovery include:
•
Rejection of transient signals
•
Flashing LED option
•
Five response modes for ease of optimisation to changing environments
•
Drift compensation to ensure constant sensitivity
•
Four bytes of non-volatile memory for user data
•
Alarm flag for fast alarm reporting
•
Conventional alarm facility during control panel processor fault
•
360° visibility in alarm
•
Compatible with XP95 systems
•
Insect resistant
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DISCOVERY IONISATION
SMOKE DETECTOR
The Discovery Ionisation Smoke Detector uses
a low activity radioactive foil to irradiate the air
in the smoke chamber causing a current flow. If
smoke enters the chamber, the current flow is
reduced leading to an alarm.
DISCOVERY
HEAT DETECTOR
•
•
•
Responds well to fast-burning, flaming fires
Designed to operate in a variety of environments
Remote test feature
•
•
•
Ideal in environments that are dirty or smokey
under normal conditions
Well suited for warehouses, loading bays and
car parks
Unaffected by wind or atmospheric pressure
Remote test feature
23900-K144 Discovery Heat Detector
DISCOVERY OPTICAL
SMOKE DETECTOR
DISCOVERY
MULTISENSOR DETECTOR
•
•
•
•
Responds well to slow-burning, smouldering fires
Well suited for bedrooms and escape routes
Remote test feature
23900-K142 Discovery Optical Smoke Detector
PAGE 41/120
•
the detector.
23900-K141 Discovery Ionisation Smoke Detector
The Discovery Optical Smoke Detector works
using the light scatter principle and is ideal for
applications where slow-burning or smouldering
fires are likely.
The Discovery Heat Detector, distinguishable
by the low airflow resistant case, uses a single
thermistor to sense the air temperature around
The Discovery Multisensor Detector comprises
optical smoke and thermistor temperature
sensors whose outputs are combined to give
the final analogue value. As a result, the
multisensor is useful over a wide range of
applications and is highly immune to false
alarms.
•
•
•
•
•
•
•
Ideal for a wide range of applications
Highly immune to false alarms
Well suited for environments such as hotel
bedrooms
Well suited for sensitive environments
Heat only, optical only modes
Remote test feature
23900-K143 Discovery Multisensor Detector
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41
DISCOVERY CARBON
MONOXIDE DETECTOR
DISCOVERY/XP95
DEEP MOUNTING BASE
The Discovery Carbon Monoxide (CO) Detector
is good at detecting deep-seated fires.
Please note that CO detectors do not detect
smoke particles or heat and are not universal
replacements for smoke detectors.
•
•
•
•
•
Enhanced detection capability
Early response to hot fires
Ideal for smouldering fires
Less susceptible to false alarms caused by
steam than smoke alarms
Five response modes
•
Enables surface wiring
•
XPERT Addressing
•
One way fit
•
Locking feature to prevent unauthorised removal
23900-K204 Discovery/XP95 Deep mounting base
23900-K147 Discovery Carbon Monoxide Detector
DISCOVERY/XP95
MOUNTING BASE
C/W XPERT CARD
DISCOVERY/XP95
ISOLATING BASE
All detectors in the Discovery range fit the
Intelligent Mounting Base. The Mounting Base
is a low insertion force base with stainless
steel contacts for the detector terminals.
XPERT cards are supplied with all bases.
•
•
•
XPERT addressing
One way fit
23900-H05 Discovery/XP95 mounting base c/w Xpert card
4242/120
PAGE
The Intelligent Deep Base is a mounting base
for Discovery products which has an increased
depth allowing for cables to be inserted into
the side of the product.
265003
The new Isolating Base senses and detects
short circuit faults on Discovery/XP95 loops and
spurs.
•
Up to 20 devices may be installed between
isolating bases
23900-K203 Discovery/XP95 Isolating base
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MINIDISC
REMOTE INDICATOR
DISCOVERY MANUAL
CALL POINT
The Discovery Manual Call Point is compliant
with EN54-11. The Call Point can be
addressed at the commissioning stage by
means of a seven-segment DIL switch. When
operated, the manual call point interrupts the
polling cycle for a fast response.
•
Flashing LED option
•
Plug and play terminal connections for
fast wiring
•
Allows wiring continuity testing before fitting
•
Isolated version available
•
Reports an alarm in under 0.2 seconds
•
Resettable element
The MiniDisc Remote Indicator is a light-weight,
compact indicator for use in fire Protection
systems. The remote indicator can be wired to
detectors which are not visible, i.e. in ceiling/
floor voids. This allows identification of the
operated device.
•
•
•
Can be used across the entire Apollo range
Small and discrete
Anti-tamper screw to protect against
unauthorized removal.
•
Simplifies and speeds up installation and
commissioning
Uses patented, proven technology
Address remains the same, no matter how
often detectors are replaced
Flexibility to create any address
23900-K095 MiniDisc Remote Indicator
23900-K195 Discovery Manual Call Point (surface)
23900-K196 Discovery Manual Call Point with Isolator (surface)
BLANK XPERT CARD
DISCOVERY WEATHERPROOF
MANUAL CALL POINT
The Waterproof Manual Call Point has been
designed for use outdoors and in places
where moisture can occur. It is compliant with
EN54-11 and can be used with the Discovery
range.
•
Plug and play terminal connections for fast
wiring
•
•
Resettable element
•
IP 67
23900-K197 Discovery Weatherproof Manual Call Point
PAGE 43/120
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A universal address card supplied with all
Discovery/XP95 bases. Using a coding guide
pips are removed to set the address of the
inserted detector.
•
•
•
23900-H09 Blank XPERT card
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43
XP95
Intelligent Fire
Detection
XP95 IONISATION
SMOKE DETECTOR
The XP95 range of intelligent fire detectors is advanced in design, improved in
performance and has unique features that benefit the installer and end user.
The range features smoke detectors (ionisation and optical), standard and high
temperature heat detectors and a multisensor. Beam detectors, flame detectors,
manual call points, audio visual signalling devices, interface units and isolators
complete the range. XP95 is a ‘central intelligence’ system where all the decisions
are made by the control panel.
The XP95 Ionisation Smoke Detector uses a
low activity radioactive foil to irradiate the air
in the smoke chamber causing a current flow.
If smoke enters the chamber, the current flow
is reduced leading to an alarm.
•
•
•
Minimal effects from temperature, humidity,
atmospheric pressure
•
Well protected against electromagnetic
interference over a wide frequency range
•
Responds well to slow-burning,
smouldering fires
•
•
Well suited for bedrooms and escape routes
23900-K040 XP95 Ionisation Smoke Detector
Key features of XP95 include:
•
Alarm Flag for fast alarm reporting
•
Alarm Address for fast location of alarm
•
XPERT card addressing
•
Electronics-free base
•
Easy installation
•
Elegant design
•
Insect resistant
XP95 OPTICAL
SMOKE DETECTOR
The XP95 Optical Smoke Detector works
using the light scatter principle and is ideal
for applications where slow-burning or
smouldering fires are likely.
23900-K041 XP95 Optical Smoke Detector
4444/120
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265003
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XP95 ISOLATOR
XP95 HEAT DETECTOR
The XP95 Heat Detector monitors
temperature by using a single thermistor
network which provides a count output
proportional to the external air temperature.
The XP95 range features two Heat Detectors,
standard and high temperature. The standard
heat detector is classified as an A2S device
and will report an alarm at 55°C. The high
temperature detector, classified as a CS device,
will report an alarm at 90°C.
•
Ideal in environments that are dirty or smoky
•
Well suited for warehouses, loading bays
and car parks
•
The XP95 Isolator is placed at intervals on the
loop and ensures that, in the case of a short
circuit, only the section between the isolators
will be affected. When the short circuit is
removed, the isolators automatically restore
power and data to the isolated section.
•
Detects wiring short circuits using
patented technology
•
Minimises disruption from short circuits
•
•
Automatic de-isolation on short circuit removal
isolators
23900-K161 XP95 Isolator
23900-K042 XP95 Heat Detector Standard
23900-K050 XP95 Heat Detector High Temperature
XP95 ISOLATOR BASE
XP95 MULTISENSOR
DETECTOR
The XP95 Multisensor Detector contains
an optical smoke sensor and a thermistor
temperature sensor whose outputs are
combined to give the final analogue value.
•
Sensitive to a wide range of fires
•
Well suited for environments such as hotel
bedrooms
•
23900-H09 XP95 Isolator base
23900-K130 XP95 Multisensor Detector
PAGE 45/120
The XP95 Isolating base is unique and designed
only to accept the XP95 Isolator.
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45
DISCOVERY/XP95
ISOLATING BASE
DISCOVERY/XP95
MOUNTING BASE
C/W XPERT CARD
All detectors in the XP95 range fit the
Intelligent Mounting Base. The Mounting Base
is a low insertion force base with stainless
steel contacts for the detector terminals.
XPERT cards are supplied with all bases.
•
•
•
XPERT addressing
One way fit
23900-H05 Discovery/XP95 Mounting base
•
isolating bases
•
Gives a set of voltage free contacts controlled
by the remote output of a detector
•
Draws negligible current
•
Capable of switching up to 30V at 1A
23900-K203 Discovery/XP95 Isolating base
DISCOVERY/XP95
DEEP MOUNTING BASE
INTELLIGENT LOW
POWER RELAY BASE
The Intelligent Deep Base is a mounting base
for Discovery products which has an increased
the side of the product.
•
23900-K204 Discovery/XP95 Deep mounting base
4646/120
PAGE
The Isolating Base senses and detects short
circuit faults on Discovery/XP95 loops
and spurs.
265003
The Low Power Relay Base incorporates a low
power relay to control field equipment such as
automatic door closers.
23900-K196 Intelligent Low Power Relay Base
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SERIES 90 TO XP95
BASE ADAPTOR
The XP95 Base Adaptor is designed to allow
XP95 detectors to be fitted to an existing Series
90 base. The adaptor eliminates the need to
re-wire an existing Apollo intelligent system.
XP95 MANUAL
CALL POINT
•
Allows an existing range to be updated
with ease
•
Eliminates the need for re-wiring
The XP95 Manual Call Point is compliant
with EN54-11. The address of each call point
is set at the commissioning stage by means
of a seven-segment DIL switch. The device
features plug and play terminal connections
and a resettable element.
•
Plug and play terminal connections for
fast wiring
•
•
•
Resettable element
23900-K192 Manual Call Point with Isolator (surface)
23900-K226 Series 90 to XP95 Base Adaptor
DUAL IR FLAME DETECTOR
BLANK XPERT CARD
A universal address card supplied with all
Discovery/XP95 bases. Using a coding guide
pips are removed to set the address of the
inserted detector.
•
•
•
•
Simplifies and speeds up installation and
commissioning
Uses patented, proven technology
Address remains the same, no matter how
often detectors are replaced
Flexibility to create any address
23900-H09 Blank XPERT card
The intelligent Dual Infra-Red (IR2) Flame
Detector is designed for use in areas where
flaming fires may be expected. The detector
has two sensors which respond to different IR
wavelengths to discriminate between flames
and spurious sources of radiation. Applications
include aircraft hangars, coal handling, paper
manufacturing plants and woodworking
environments.
•
•
•
•
•
•
•
Sensitive to flickering IR radiation
Detects through films of oil, dust, water and ice
Responds to flickering flames, including those
invisible to the naked eye
Compatible with XP95 and Discovery protocols
Remote optical self test function
90o field of view
Up to 40m coverage
23900-K092 XP95 Dual IR Fire detector
23900-K091 Flame detector mounting bracket
23900-K090 Flame detector weathershield
PAGE 47/120
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47
DETECTION AND ALARM – INTELLIGENT AUDIO VISUAL SIGNALLING
OPTICAL
BEAM DETECTOR
The Optical Beam Detector is made up of three
main parts: the transmitter, which projects a
beam of infra-red light, the receiver, which
registers the light and produces an electrical
signal, and the interface, which processes the
signal and generates an alarm or fault.
•
•
•
•
•
•
Loop powered
Compatible with Discovery and XP95 protocols
Four selectable sensitivity levels
Drift compensation
Remote interface
Simple wiring and alignment
23900-K087 XP95 Optical beam detector
23900-K088 Beam detector reflector
MINIDISC
REMOTE INDICATOR
The MiniDisc Remote Indicator is a light-weight,
operated device.
•
•
•
Small and discrete
4848/120
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265003
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Intelligent Audio/Visual
Signalling
INTELLIGENT
OPEN-AREA SOUNDER
(SONOS)
The Intelligent Open-Area Sounder has been
designed for use in open areas and can be
connected to any Discovery or XP95 system.
Sound output of 100dB(A) at 90° +/- 3dB(A).
Kidde offers a wide range of Intelligent audio/visual signalling devices for use with
Analogue addressable control panels to meet the requirements of the DDA.
•
Self-test fault monitoring
•
•
•
•
•
Choice of tones
Synchronisation of alarm
Weatherproof IP65
Comes with Isolating Base as standard
Loop powered
23900-K222 Intelligent Open-Area Sounder, Red (Sonos)
The intelligent audio/visual signalling devices are compatible with both XP95 and
Discovery protocols.
100dB (A) WEATHERPROOF
LOOP POWERED SOUNDER
The 100dB (A) Weatherproof Sounder is
designed for use in open areas and can be
connected to any Discovery or XP95 system.
The sounder comprises a backbox and sounder
unit supplied together.
23900-K221
PAGE 49/120
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HOME
•
IP 66 (immune to the affects of wind and
precipitation)
•
Output is 100dB (A) at 90°
•
Current consumption of 5.0mA
•
Can be synchronised
•
Loop powered
•
Wall mounted
100dB (A) Weatherproof Sounder Red
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DETECTION AND ALARM – INTELLIGENT AUDIO VISUAL SIGNALLING
LOOP-POWERED
BEACON BASE
INTEGRATED LOOP
POWERED SOUNDER BASE
The Integrated Base Sounder comprises a
loop powered sounder within an intelligent
mounting base and is for use with Discovery or
XP95 ranges. It is designed for use in enclosed
areas.
•
Two tone ranges
•
Synchronisation of ‘alert’ and ‘evacuate’ tones
•
Unique acoustic self-test
•
Integrated base
The Beacon Base is a loop-powered beacon
combined with a standard Intelligent
Mounting Base. It is used to signal a fire
alarm in enclosed areas. The beacon base
can be used with either a detector fitted or
with a cap as a stand-alone alarm device.
•
Beacon flash rate of once per second
•
Synchronisation of beacon flash
•
Unique beacon self-test
•
Loop powered
•
Isolator option
23900-K218 Loop-Powered Beacon base with Standard Flash
23900-K220 Integrated Loop powered sounder base
DISCOVERY
OPEN-AREA SOUNDER
BEACON
INTELLIGENT
OPEN-AREA BEACON
SONOS
The Intelligent Open-Area Beacon has been
developed for use in situations where there is
a risk sounders may not be heard.
•
Self-test fault monitoring
•
Weatherproof IP65
•
Synchronisation of alarm
•
Comes with Isolating Base as standard
•
Loop powered
The Discovery Open-Area Sounder Beacon
makes full use of the Discovery protocol
and has been designed for use indoors and
outdoors. When the fire system is being
commissioned a Magnetic Wand can be used to
adjust and test each sounder locally.
•
Loop powered
•
Tones can be used for other purposes in
addition to warning of fire, ideal for schools
•
Soft start option, ideal for hospitals and
nursing homes
Magnetic wand is an optional item, ordered
seperately.
23900-K219
5050/120
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Intelligent Open-Area Beacon, Red Lense Sonos
265003
23900-K217 Discovery Open-Area Sounder beacon Red Lens
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XP95
SOUNDER BEACON BASE
The sounder beacon base is a loop-powered
sounder and beacon combined with a standard
intelligent mounting base. It is used to signal
a fire alarm in enclosed areas. The sounder
beacon base can be used either with a detector
fitted or with a cap for operation as a standalone alarm device.
•
•
•
•
•
•
Two volume ranges 55-75dB(A) and 75-91dB(A)
Beacon flash rate of once per second
Synchronisation of ‘alert’ and ‘evacuate’ tones
Synchronisation of beacon flash
Unique acoustic and beacon self test
Enables DDA compliance
23900-K216 XP95 Sounder Beacon Base
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51
DETECTION AND ALARM – INTERFACE MODULES
Interface Modules
Kidde supply a range of addressable interface modules which are
compatible with the Kidde Vega intelligent control panel. The
interfaces provide various types of input, output and combined input
and output units, which allow other equipment to be monitored and
controlled by the Intelligent Fire System through the detection loop.
Interface module range includes:
•
•
•
Standard interfaces with isolators
Mini interfaces
DIN-Rail interface
Standard Interfaces
with Isolators
Standard Interfaces with Isolators are fitted with bi-directional short-circuit
isolators so that they are unaffected by a single short circuit on either loop input
or output. However, the Input/Output Unit and Output Unit with isolator are
exceptions to this. The removal of loop power to these interfaces will cause a
‘set’ relay to ‘reset’.
Key features of Interfaces:
• Easy to install
• Well protected
• Modular design
• A neat solution
5252/120
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265003
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INPUT/OUTPUT UNIT
WITH ISOLATOR
The Input/Output unit with isolator provides
a voltage free single pole, change-over relay
output, a single monitored switch input and an
unmonitored non-polarised opto-coupled input.
Dimensions
150W x 90H x 48D
SOUNDER CONTROL UNIT
WITH ISOLATOR
•
•
•
•
•
It can report fault, switch open and switch
closed levels
Four status LEDs
Loop powered
Voltage free
23900-K132 Input/Output Unit with Isolator
Dimensions
150W x 90H x 48D
•
•
•
Requires external PSU 9–32vdc
Allows sounders to be operated continuously
or pulsed, 1 second on 1 second off
May be synchronized when in pulsed operation
Three status LEDs
Output rated 1A @ 30vdc
SWITCH MONITOR
WITH ISOLATOR
•
•
Two status LEDs
150W x 90H x 48D
The Switch Monitor with Isolator is designed to
monitor the state of one or more single pole,
volt free contacts connected on a single pair of
cables reporting the status to Apollo compatible
analogue control equipment.
Dimensions
23900-K133 Output Unit with Isolator
PAGE 53/120
Dimensions
•
•
23900-K137 Sounder Control Unit with Isolator
OUTPUT UNIT
WITH ISOLATOR
The Output Unit with Isolator provides two
voltage free single pole, change-over relay
outputs. It is a simplified version of the Input/
Output unit without circuitry for monitoring
inputs.
The XP95 Sounder Control Unit with isolator
is used to control the operation of a Zone of
conventional sounders and report their status
to the control panel.
•
Four input states - ’normal’, ’fault’,
’pre-alarm’ and ’alarm’
•
•
Three status LEDs
Loop powered
150W x 90H x 48D
23900-K134 Switch Monitor with Isolator
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53
Mini Interfaces
SWITCH MONITOR
PLUS WITH ISOLATOR
The Switch Monitor Plus with Isolator is
designed to monitor the state of one or more
single pole, volt free contacts connected on
a single pair of cables reporting the status to
Apollo compatible analogue control equipment.
Dimensions
•
•
•
•
•
150W x 90H x 48D
D
Selectable alarm delay for monitoring
flow switches
Output for resetting a remote detector
Four input states - ’normal’, ’fault’,
’pre-alarm’ and ’alarm’
Three status LEDs
Loop powered
Mini Interfaces use very compact enclosures for installation into other equipment.
23900-K135 Switch Monitor Plus with Isolator
MINI SWITCH MONITOR
ZONE MONITOR
WITH ISOLATOR
The Zone Monitor with Isolator powers and
controls the operation of a zone of up to 20
Apollo Series 65 or Orbis fire detectors from a
Discovery or XP95 Loop.
Dimensions
•
•
Two status LEDs
Loop powered
150W x 90H x 48D
The Mini Switch Monitor is designed to monitor
the state of one or more single pole, volt free
contacts connected on a single pair of cables
reporting the status to Apollo compatible
control analogue equipment.
Designed to be fitted on a standard 35mm
DIN-Rail or mounted within an enclosure, its
compact size allows it to be installed where
space is limited.
Dimensions
23900-K136 Zone Monitor with Isolator
5454/120
PAGE
265003
23900-K205
•
•
•
•
•
Loop powered
Isolated as standard
Interrupt/non interrupt in one unit
‘Pre-alarm’ status available
Three, coloured LEDs, giving clear status
indication
39W x 39H x 20D
Mini Switch Monitor
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DIN-Rail
Interfaces
DIN-RAIL
INPUT/OUTPUT UNIT
DIN-Rail Interfaces feature enclosures that clip to standard 35mm
DIN-Rails or are screwed to the base of a larger enclosure. They
enable fire system designers to determine the functions required
and create multi-purpose interfaces for individual sites.
The DIN-Rail Input/Output Unit provides a
voltage free single pole, change-over relay
output, a single monitored switch input and
an unmonitored non-polarised opto-coupled
input.
Dimensions
•
It can report fault, switch open and switch
closed levels
•
Three status LEDs
•
Loop powered
•
•
Single status LED
•
•
Loop powered
110W x 107H x 20D
23900-K069 DIN-Rail Input/Output Unit
DIN-RAIL
OUTPUT UNIT
The DIN-Rail Output Unit provides a voltagefree single pole, change-over relay output. It
is a simplified version of the Input/Output unit
without circuitry for monitoring inputs.
Dimensions
110W x 107H x 20D
23900-K070 DIN-Rail output unit
PAGE 55/120
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55
DIN-RAIL SOUNDER
CONTROL UNIT
DIN-RAIL ZONE
MONITOR WITH ISOLATOR
The DIN-Rail Sounder Control Unit is used to
control the operation of a zone of Conventional
sounders and report their status to the control
panel.
Dimensions
110W x 107H x 20D
•
Requires external PSU 9 – 50 vdc
•
Allows sounders to be operated continuously
or pulsed, 1 second on, 1 second off
May be synchronized when in pulsed operation
Two status LEDs
•
•
Dimensions
23900-K074 DIN-Rail sounder control unit
5656/120
PAGE
Built in short cicuit isolator
•
•
Two status LEDs
Loop powered
110W x 107H x 20D
DIN-RAIL SWITCH
MONITOR PLUS
The DIN-Rail Switch Monitor is designed to
volt free contacts connected on a single pair
of cables and to report the status to Apollo
compatible analogue control equipment.
23900-K071
•
23900-K073 DIN-Rail Zone Monitor with Isolator
DIN-RAIL SWITCH
MONITOR
Dimensions
The Zone Monitor powers and controls the
operation of a zone of up to 20 Apollo Series
65 or Orbis fire detectors from a Discovery or
XP95 Loop.
•
Four input states – ‘normal’, ‘fault’,
‘pre-alarm’ and ‘alarm’
•
Two status LEDs
•
Loop powered
110W x 107H x 20D
DIN-Rail switch monitor
265003
The DIN-Rail Switch Monitor Plus is designed to
volt free contacts connected on a single pair of
cables reporting the status to Apollo compatible
analogue equipment.
•
Output for resetting a remote detector
•
Four input states – ‘normal’, ‘fault’,
‘pre-alarm’ and ‘alarm’
•
Selectable alarm delay for monitoring flow switches
•
Two status LEDs
Dimensions
•
Loop powered
110W x 107H x 20D
23900-K072 DIN-Rail Switch Monitor Plus
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DIN-RAIL DUAL
ISOLATOR
The DIN-Rail Dual Isolator provides two
independent Isolators which sense and isolate
short circuits on Discovery or XP95 loops and
spurs.
•
Polarity sensitive
•
Up to 20 detectors can be installed between
isolators
•
Two status LEDs
•
Loop powered
23900-K075 DIN-Rail Dual Isolator
PAGE 57/120
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57
DETECTION AND ALARM – CONVENTIONAL FIRE DETECTION
Conventional Fire Detection
In conventional systems the detectors are wired as a circuit or zone.
They signal fire conditions to the control panel by changing from a
high to low impedance. The panel detects this impedance change by
current monitoring and identifies the zone where the alarm has been
raised.
Compatible with the Kidde Sirius II and FireBeta XT and XT+ range of
extinguishing control panels they are an ideal cost effective detection
system for small area applications.
5858/120
PAGE
265003
ORBIS
Conventional Fire Detection
Orbis is a range of conventional detectors which has been developed with
sophisticated technology previously only found in intelligent detectors. Orbis
is a range with modern styling and incorporates a mounting base wihich saves
installation time.
Key features of Orbis:
•
Automatic drift compensation with DirtAlert® warning
•
Patented FasTest® which reduces the time taken to test detectors
•
SensAlert® uses a flashing LED to indicate that the sensor is not operating correctly
•
StartUp™ for fast commissioning
•
Attractive and compact design
•
Electrically compatible with Series 60 and Series 65
•
Wide voltage and operating temperature ranges
•
Algorithms for transient rejection
•
360° visibility of LEDs
•
Insect Resistant
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ORBIS HEAT DETECTOR
ORBIS OPTICAL
SMOKE DETECTOR
The Orbis Optical Smoke Detector works using
the well established light scatter principle,
however, the sensing technology is radically
different in design from previous optical
detectors and significantly reduces false alarms.
•
•
•
•
•
•
Responds well to slow-burning, smouldering fires
Performs well in black and white smoke
Extra confirmation of smoke before alarm
signal is given
Reduced incidence of false alarms
Sensing chamber keeps out dust and other
airborne contaminants
Operates over a broad range of voltages at
extremes of temperature
ORBIS MULTISENSOR
DETECTOR
•
•
•
•
•
Increased reliability of detection
Sensing chamber keeps out dust and other
airborne contaminants
Operates over a broad range of voltages at
extremes of temperature
23900-K179 ORBIS Multisensor Detector
PAGE 59/120
•
•
•
•
Can be used for applications where smoke
detectors are unsuitable
Ideal in environments that are dirty or
smoky under normal conditions
ORBIS HEAT DETECTOR
23900-K178 ORBIS Optical Smoke Detector
The Orbis Multisensor detector benefits from
the same false alarm reduction technology as
the optical detector. It is a thermally enhanced
smoke detector and so will not give an alarm
from heat alone.
The Orbis Heat Detector monitors temperature
by using a single thermistor network which
provides a voltage output proportional to
the external air temperature. There are seven
classes of heat detectors in the Orbis range
designed to suit a wide variety of operating
conditions.
23900-K180
Rate-of-Rise MAT 50 C
A1R - Standard
23900-K181
Static MAT 50 C
A2S - Standard
23900-K182
BR - Standard
23900-K183
Static MAT 65 C
BS - Standard
23900-K184
CR - Standard
23900-K185
Static MAT 80 C
CS - Standard
MAT (Maximum Application Temperature)
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59
DETECTION AND ALARM – CONVENTIONAL FIRE DETECTION
TIMESAVER RELAY BASE
TIMESAVER BASE
The TimeSaver Base® is a completely new
design that provides installers with an open
working area with fixing holes shaped to allow
a simple mounting procedure.
•
•
•
•
•
Grouped terminals to make wiring easy
Two fixing centres
LED alignment mark
Cable stripping guide
Detector locking mechanism
The TimeSaver Relay Base incorporates a
single pole voltage free change-over contact
for switching external equipment. When the
detector changes to the alarm state, the relay is
energised causing the contact to change state.
The contact will remain in this condition until
the detector is reset.
23900-K186 TimeSaver Base
•
•
•
•
•
•
•
Two fixing centres
LED alignment mark
Continuity link for voltage testing of zone
wiring prior to commissioning
•
23900-K188 TimeSaver Relay Base
TIMESAVER DIODE BASE
TIMESAVER DEEP BASE
The TimeSaver Diode Base has the same design
as the standard TimeSaver Base® with the
addition of a diode. It is used in systems which
house active EOL monitoring for head removal.
•
•
•
•
•
•
•
Two fixing centres
LED alignment mark
Continuity link for voltage testing of zone
wiring prior to commissioning
Other devices continue to work during
unauthorised removal of detectors
23900-K225 TimeSaver Relay Base
23900-K187 TimeSaver Diode Base
6060/120
PAGE
The TimeSaver Deep Base is a mounting base
for Orbis products which has an increased
the side of the base.
265003
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SERIES 65 TO ORBIS
BASE ADAPTOR
The Orbis Adaptor is designed to allow Orbis
detectors to be fitted to an existing Series 60
or Series 65 base. The adaptor eliminates the
need to rewire an existing Apollo conventional
system.
•
Allows an existing range to be updated
with ease
•
Eliminates the need for re-wiring
•
•
•
Small and discrete
23900-K224 Series 65 to Orbis Base Adaptor
MINIDISC
REMOTE INDICATOR
The MiniDisk Remote Indicator is a light-weight,
operated device.
PAGE 61/120
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61
DETECTION AND ALARM – MOUNTING ACCESSORIES
Mounting
Accessories
CONDUIT BOX
A range of mounting accessories to supplement the Apollo detection range.
Accessories are compatible with all Apollo detector ranges.
The Conduit Box is a versatile accessory for
surface mounting Apollo bases. The box has
knockouts to accept PG16 or M20 cable
glands and conduit or minitrunking. Selftapping screws are included to fit the detector
base to the conduit box.
•
Easy to install
•
Aesthetically pleasing
•
Protects against water ingress
•
Improved performance
•
Available in polycarbonate or metal
23900-K126 Conduit Box
DECKHEAD MOUNTING
BOXES
Deckhead Mounting Boxes are robust units
which can be used with various Apollo bases
to protect against the ingress of water or other
contaminants through the rear of the base.
23900-K201 Polycarbonate Deckhead Mounting Box
23900-K202 Metal Deckhead Mounting Box (has access ports threaded to fit
M20 components)
6262/120
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265003
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DUCT DETECTOR ENCLOSURE
CEILING TILE
MOUNTING BOX
The Ceiling Tile Mounting Box has been
designed to make the installation of detectors
and sounders quick and easy prior to the fitting
of a false ceiling. Detector and sounder bases
can be fitted, wired and, if necessary, tested
and commissioned before the installation of the
false ceiling.
•
•
No need for separate backbox
Can be used with tiles up to 25mm thick
•
Quick and easy installation
The duct detector enclosure is designed
to allow intelligent or conventional smoke
detectors to provide detection of smoke
within heating and ventilation (HVAC) ducts in
commercial and industrial premises.
•
•
•
•
Operates in air speeds of 0.5m/s to 20m/s
Transparent cover to view detector LED
Integral smoke test port
Optional sampling tube lengths
The enclosure is supplied with either Discovery/
XP95 or Orbis detector bases (Detectors must
be ordered separately), a sampling tube and
exhaust tube. This allows the air from the duct
to pass from the duct through the detector
enclosure and back into the duct without
contaminating the surrounding area.
23900-K199 Detector Ceiling Tile Mounting Box
23900-K200 Sounder Ceiling Tile Mounting Box
DIN-RAIL INTERFACE
ENCLOSURES
DIN-Rail Interface Enclosures are available
in two sizes and can be used for housing
intrinsically safe (IS) barriers or DIN-rail
mounted interfaces. A multipurpose label that
features a section for use with IS systems is
supplied. For non-IS systems, the part referring
to IS can simply be removed.
•
Allows multiple interfaces to be housed
together
23900-H26
Duct Detector Enclosure including Discovery/XP95 mounting base
and 360mm sample tube
TBA
Duct Detector Enclosure including Orbis mounting base
and 360mm sample tube
23900-K168 Duct sample tube 762mm
23900-K227 DIN-Rail Interface Enclosure (4 units)
23900-K228 DIN-Rail Interface Enclosure (10 units)
PAGE 63/120
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63
DETECTION AND ALARM – TEST EQUIPMENT
Test
Equipment
FLAME DETECTOR
MOUNTING BRACKET
The flame detector mounting bracket is an
optional accessory for the XP95 Dual IR flame
detector, part no. 23900-K092. The bracket
is manufactured from stainless steel and is
adjustable in two axis.
•
Allows flame detector to be moved to
desired position
To keep a fire detection system in good working order, it should be subject to a
routine maintenance program in accordance with locally applicable regulations.
Over the course of a year every detector in the system should be functionally tested
at least once, using recommended equipment. The Kidde range of test equipment
enables the testing of both intelligent and conventional fire detection systems.
23900-K091 Flame Detector mounting bracket
6464/120
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XP95 TEST SET
DETECTOR
EXTRACTION/INSERTION TOOL
A self contained portable test unit capable
of providing a number of useful functions
in relation to individual detectors, ancillary
devices or complete circuits of analogue
addressable devices in the XP95 range. The test
set helps the engineer guarantee correct loop
configuration before an active panel is installed.
The detector extraction/insertion tool allows
removal or installation of detectors by using
two rotating heads to grip and hold the
detector. The detector can be safely removed or
installed from floor level, removing the need for
working at height. The product should be used
with the telescopic or single extension poles.
•
•
•
User friendly LCD
Speedy commissioning
Reduces unnecessary site visits
NSANC50 XP95 test set, excluding printer and carry case
SMOKE DETECTOR
TEST TOOL
Designed to give a thorough on-site check of
series 60/65 conventional fire detectors. Each
test set is supplied with a link head, mains
adaptor and carrying case with shoulder strap.
The smoke detector test tool allows functional
testing of smoke detectors. The tool consists of
a large cup which is placed over the detector
to be tested creating a chamber around the
device, test smoke can then be sprayed into the
chamber activating the detector.
Easy to use
•
•
2 button select/accept options
LCD for clear display
•
Suitable for use on angled ceilings
•
Lightweight
•
Test smoke not directed at detector preventing
smoke saturation
Clear cup allows visibility of detector LED
•
•
23900-K049 Smoke detector test tool (test gas not included)
23900-K010 Series 60/65 test set
PAGE 65/120
Universal design - suits most detectors
23900-K012 Detector extraction/insertion tool
SERIES 60/65 TEST SET
•
•
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65
DETECTION AND ALARM – TEST EQUIPMENT
HEAT DETECTOR
TEST TOOL
TELESCOPIC POLE
The heat detector test tool allows functional
testing of heat detectors. The tool consists of
a large cup which is placed over the detector
to be tested creating a chamber around the
device, the air in the chamber is then heated
to the temperature required to activate the
detector.
•
•
•
•
Suitable for fixed temperature and rate of rise
detectors
Sets detectors into alarm within seconds
Safe for use at low levels or height
23900-K016 Heat detector test tool 240V
A telescopic extension pole for use with the
detector extraction/insertion, smoke detector
test and heat detector test tools. The pole
extends from 1.26m to 4.5m enabling access to
detectors fitted up to 6m high.
•
•
•
Toughened fibreglass
Lightweight
Allows access to detectors fitted up to 6m high
23900-K014 Telescopic extension pole
23900-K015 Carrying bag
SINGLE EXTENSION POLE
A 1.13m long pole for use with the detector
extraction/insertion, smoke detector test and
heat detector test tools.
•
•
•
Toughened fibreglass
Lightweight
Allows access to detectors fitted up to
2.5m high
23900-K013 Telescopic extension pole
23900-K015 Carrying bag
6666/120
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Conventional
Audio/Visual Signalling
Kidde offers a wide range of Audio/Visual signalling devices that can be connected
to conventional sounder circuits on their Vega, Sirius II, FireBeta XT and FireBeta XT+
control panels.
The Audio/Visual devices are separated into the following sections:
•
•
•
•
General purpose
Bells
Industrial
Voice sounders
GENERAL PURPOSE
SONOS ELECTRONIC SOUNDER
A general purpose sounder certified to
EN54. The sounder provides audibility up
to 106 dB(A) at 1 metre with a choice
of 32 switch selectable tones including
all the major international standards. The
sounder is constructed from flame retardant
polycarbonate, with a deep base providing
weatherproof protection to IP65.
•
•
•
•
•
•
Simple ‘First Fix’ installation
Synchronised alarm tones
Volume control 20dB
Quick connect and disconnect
Weatherproof – IP65
Operating temperature -25oC to +70oC
•
•
•
Available with Red or Amber lens
High efficiency LED beacon consumes less
than 5mA
23906-H02 Sonos electronic sounder
GENERAL PURPOSE
SONOS LED BEACON
A general purpose low current LED beacon with
a full faced, translucent case that provides a
larger lens area and greater spread of light.
The beacon is constructed from flame retardant
•
•
•
23906-K005 Sonos LED beacon – Red
23906-K004 Sonos LED beacon – Amber
PAGE 67/120
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67
DETECTION AND ALARM – CONVENTIONAL AUDIO/VISUAL SIGNALLING
SONOS ELECTRONIC
SOUNDER BEACON – RED
NEXUS INDUSTRIAL SOUNDER
A general purpose sounder beacon certified
to ENS4 part 3. The sounder beacon provides
audibility up to 106 dB(A) at 1 metre with a
choice of 32 switch selectable tones including
all the major international standards. The
sounder uses a low current LED beacon with
a full faced, translucent case that provides a
larger lens area and greater spread of light.
The sounder beacon is constructed from flame
retardant polycarbonate, with a deep base
providing weatherproof protection to IP65.
•
•
•
•
•
•
•
Sounder and Beacon can be controlled
independently
High efficiency LED beacon consumes less
than 5mA
Volume control 20dB
A high output, low current consumption
ENS4 part 3 approved sounder suitable for
industrial applications it provides audibility up
to 110dB(A) at 1 metre. 64 switch selectable
tones are available including all the major
international standards The IP66 construction
makes it suitable for almost any location.
•
•
•
•
‘First fix’ wire to base technology
Volume control 20dB
Three Alarm stages
23906-K006 Nexus Industrial Sounder, 110dB(A)
23905-K009 Sonos electronic sounder beacon – Red
NEXUS INDUSTRIAL SOUNDER BEACON
MOTORISED BELL
The motorised bell is designed for fire alarm
applications and is approved to ENS4 part 3.
Designed for ease of installation, it features
a robust steel gong available in two sizes
6” or 8”. The motorised bell is available in
weatherproof version.
23905-H02
Motorised bell 6”
23905-H03
Motorised bell 8”
•
•
•
•
•
Low current consumption – 20mA
Universally recognisable sound
Diode polarised
6” or 8” gong
23905-K019 Weatherproof motorised bell 6”
23905-K020 Weatherproof motorised bell 8”
6868/120
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265003
A combined sounder beacon device which
utilises the high output, low current
consumption sounder with a high efficiency red
LED beacon suitable for industrial applications.
The sounder provides audibility up to 110dB(A)
at 1 metre with a choice of 64 switch selectable
tones including all the major international
standards. The IP66 construction makes it
suitable for almost any location.
•
•
•
•
•
•
First fix’ wire to base technology
Volume control 20dB
Three Alarm stages
Low in-rush current
Static/flashing beacon mode
Approved to ENS4 part 3.
23906-K023 Nexus Industrial Sounder, Beacon, Red lens
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FIRE ALARM INTERFACE
CONTROL UNIT
Designed to be used in conjunction with Sonos
voice sounders the fire alarm interface control
unit monitors the status of the sounder circuits
on the fire alarm control panel, and relays the
appropriate signal to the voice sounders. The
interface control unit is constructed from flame
retardant polycarbonate, with protection to
IP65.
SONOS VOICE SOUNDER
•
•
•
•
•
Alert, evacuate, test and all clear messages for
each stage of alarm
No additional wiring
Fully synchronised voice messages
System status indicators
Simple operation
Combines normal sounder signals with a
clear, synchronised voice message to help
reduce confusion and distress during an alarm.
Provided with 3 pre-programmed messages
as standard it can also transmit a further 4
messages when used with an interface control
unit. The sounder is constructed from flame
retardant polycarbonate, with a deep base
providing weatherproof protection to IP65.
•
•
•
Automatic synchronisation
106dB(A) tone and 80dB(A) message output
Easy retrofit to existing installations
•
•
•
Full faced, translucent case gives larger lens area
for greater spread of light
53836-K265 Fire Alarm Interface control unit
23906-K009 Sonos voice sounder
GAS EXTINGUISHING INTERFACE
CONTROL UNIT
SONOS VOICE SOUNDER
BEACON
Designed to be used in conjunction with
Sonos voice sounders and the Nexus voice
sounder beacon (gas extinguishing). The gas
extinguishing interface control unit monitors
the status of 1st and 2nd stage sounder circuits
on the extinguishing control panel, and relays
the appropriate signal to the voice sounders.
The interface control unit is constructed from
flame retardant polycarbonate, with protection
to IP65.
The voice sounder beacon provides all the
features of the voice sounder combined with
a red high efficiency LED beacon. Provided
with 3 pre-programmed messages as standard
it can also transmit a further 4 messages
when used with an interface control unit. The
•
•
•
•
•
Alert, gas release imminent, gas released and
gas hold messages for each stage of alarm
No additional wiring
Fully synchronised voice messages
System status indicators
Simple operation
53836-K264 Gas extinguishing interface control unit
PAGE 69/120
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•
23906-K009 Sonos voice sounder beacon, red lens
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69
DETECTION AND ALARM – CONVENTIONAL AUDIO/VISUAL SIGNALLING
NEXUS INDUSTRIAL
VOICE SOUNDER
NEXUS INDUSTRIAL VOICE SOUNDER
BEACON – GAS EXTINGUISHING
Combines normal sounder signals with a clear,
synchronised voice message to help reduce
confusion and distress during an alarm. The
sounder is provided with 4 pre-programmed
fire alarm messages as standard, alternative
messages can be selected from an extensive
message library. A USB port is provided on the
sounder allowing custom messages in WAV
format to be downloaded from a PC. The
•
•
•
•
•
Choice of up to 7 messages via three volt free
contacts
Download messages in-house via built-in
USB port
23906-K010 Nexus industrial voice sounder
This device is used in conjunction with the
Gas extinguishing Interface Control unit, the
interface control unit monitors the 1st and
2nd stage sounder outputs and on action
selects the message the sounder plays.
Provided with 4 pre-programmed messages
as standard, alternative messages can be
selected from an extensive message library. The
polycarbonate, providing weatherproof
protection to IP66.
•
•
•
•
•
contacts
High efficiency LED beacon
23906-K023 Nexus industrial sounder beacon, Gas Extinguishing
NEXUS INDUSTRIAL VOICE
SOUNDER BEACON – FIRE ALARM
The Nexus Industrial voice sounder beacon
provides all the features of the Nexus Industrial
voice sounder combined with a red high
efficiency LED beacon. Provided with 4 preprogrammed messages as standard, alternative
messages can be selected from an extensive
message library. The sounder is constructed
from flame retardant polycarbonate, with a
deep base providing weatherproof protection
to IP66.
•
•
•
•
•
contacts
High efficiency LED beacon
23906-K011 Nexus industrial voice sounder beacon, Fire Alarm
7070/120
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265003
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Conventional
Manual call points
Kidde offers a wide range of Manual Call Points that can be connected to their, Sirius
II, FireBeta XT and FireBeta XT+ control panels.
The range of call points includes:
•
•
•
Standard
Weatherproof
Extinguishing release
STANDARD MANUAL
CALL POINT
Red colour surface mount manual call point
used for manually activating the alarm
condition on a fire alarm system. The call
point can be fitted with either a break glass
element or flexible operating element. The call
point comes fitted with a 470Ω alarm resistor,
compatible with the Kidde conventional control
panel range.
23908-H01
•
•
•
•
Unique ‘plug & play’ installation concept
Anti-Tamper facility
Enhanced aesthetics
Available with English/Arabic text
Manual Call Point, Red, surface mount
23908-K026 Manual Call Point, Red, surface mount, English/Arabic text
WEATHERPROOF MANUAL
CALL POINT
The Weatherproof Manual Call Point is an IP67
sealed version of the standard manual call
point. The enhanced environmental protection
allows the unit to be installed in many external
environments where water and dirt are likely to
be present.
23908-H02
•
•
•
•
Enhanced aesthetics
Available with English/Arabic text
Weatherproof Manual Call Point, Red
23908-K025 Weatherproof Manual Call Point, Red, English/Arabic text
PAGE 71/120
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DETECTION AND ALARM – DOOR RELEASE AND BATTERIES
EXTINGUISHING RELEASE
MANUAL CALL POINT
For use with the Kidde FireBeta XT/XT+
extinguishing control panels the call point
provides the facility to manual activate the
extinguishing release sequence. The call point
is yellow with identifying text ‘Extinguishing
release’ and comes fitted with a 470Ω alarm
resistor.
•
•
•
Enhanced aesthetics
Door release
Equipment
In many buildings emergency fire doors are held in the open position using
electromagnetic devices until the fire alarm sounds. On an alarm condition the control
panel will initiate the release of these electromagnetic devices allowing the doors to
close limiting the spread of smoke and fire through the building.
Applications include:
23908-H03 Extinguishing release manual call point
Hospitals
Large office buildings
Hotels
MCP ACCESSORIES
23908-H04
Replacement glass elements, English text, pack of 5
23908-K027 Replacement glass elements, English/Arabic text, pack of 5
23900-K215 Replacement flexible operating elements
23908-H05
7272/120
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Spare test keys, pack of 10
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ELECTROMAGNETIC
DOOR RELEASE UNIT
Surface mounting door release unit with
a holding force of 40kg, a release button
is provided for manual release of the
electromagnetic device. The unit also requires
a floor mounted bracket.
SEALED LEAD ACID BATTERIES
•
•
•
•
•
24 Vdc 75mA
40Kg holding force
Manual release button
Spring ejector
Door plate supplied
23911-H12 Magnetic door release unit
23911-H02 Floor bracket for magnetic door release unit
A range of sealed lead acid batteries that
can be used with the Kidde range of control
panels, each Kidde panel would require 2 x
12v batteries. Kidde panels are designed with
space to install back-up batteries, if battery
space is insufficient for the calculated battery
requirements a separate battery enclosure
would be required. Battery calculations are
the responsibility of the system designer based
on the panel loadings and battery back-up
requirements determined by the specification.
Dimensions of batteries are shown in brackets
(H x W x L).
23911-K001 3Ah SLA batteries (134 x 67 x 60.5)
Sealed Lead Acid
Batteries
23911-H09
7Ah SLA batteries (151 x 65 x 94)
23911-H10
12Ah SLA batteries (151 x 98 x 95)
23911-H11
17Ah SLA batteries (181.5 x 77 x 167.5)
23911-K003 24Ah SLA batteries (166.5 x 176 x 112)
23911-K004 40Ah SLA batteries (197 x 165 x 170)
Kidde provide a range of rechargeable sealed lead acid batteries to provide back-up
battery supplies for their range of control equipment.
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73
DETECTION AND ALARM – INTRINSICALLY SAFE DETECTORS
Intrinsically
Safe Detectors
XP95 IS
Intrinsically Safe Detectors
There are many places where an explosive mixture of air, gas or vapour is, or may
be present either continuously, intermittently or as a result of an accident. These are
defined as hazardous areas by BS EN 60079, the code of practice for installation and
maintenance of electrical apparatus in potentially explosive atmospheres.
XP95 Intrinsically Safe (IS) detectors are a development of the well established
intelligent XP95 range from Kidde. XP95 IS detectors feature all the benefits of the
standard range, but are developed specifically for use in hazardous areas.
The addresses of XP95 IS detectors are set by means of the patented XPERT card.
Hazardous areas are common in petroleum and chemical engineering plants and in
factories processing and storing gases, solvents, paints and other volatile substances.
Electrical equipment for use in these areas needs to be designed so that it cannot
ignite an explosive mixture, not only in normal operation but also in fault conditions.
There are a number of methods available to achieve this but one of the most
common is intrinsic safety.
Kidde offers both convential and intelligent smoke and heat detector ranges
designed to be intrinsically safe, as they meet the requirements of the ATEX directive.
7474/120
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XP95 IS IONISATION
SMOKE DETECTOR
The XP95 IS Ionisation Smoke Detector uses a
low activity radioactive foil to detect fires by
irradiating the air in the smoke chambers and
causing a current flow. If smoke enters the
chamber, the current flow is reduced leading to
an alarm.
XP95 IS HEAT DETECTOR
•
•
•
Minimal effects from temperature, humidity
atmospheric pressure and wind
•
Ideal for environments that are dirty or smoky
under normal conditions.
XP95 IS MANUAL CALL POINT
– STANDARD TYPE
XP95 IS OPTICAL
SMOKE DETECTOR
•
•
•
Responds well to slow-burning,
smouldering fires
Well suited for escape routes
23900-K045 XP95 IS Optical Smoke Detector
PAGE 75/120
•
23900-K047 XP95 IS Heat Detector
23900-K046 XP95 IS Ionisation Smoke Detector
The XP95 IS Optical Smoke Detector works
The XP95 IS Heat Detector operates by
measuring temperature levels with a single
thermistor network which gives a count output
The XP95 IS Manual Call Point is based on the
standard weatherproof model. It features an
‘interrupt’ facility to provide fast response to an
alarm.
•
•
IP66 rated enclosure
23900-K048 XP95 IS Manual Call Point Standard without flap – Red
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75
XP95 IS MOUNTING BASE
XP95 IS MANUAL CALL POINT
– MEDC STYLE
The MEDC style Manual Call Point is
recommended for heavy duty applications.
This model is made of glass-reinforced
polyester.
•
•
•
Reports address in under 0.2 seconds
IP66 rated enclosure
Robust design
23900-K206 XP95 IS Manual Call Point MEDC Style – Break Glass – Red
The Xp95 IS Mounting Base has been designed
to accept only IS products. This ensures that
standard detectors cannot inadvertently be
fitted into an intrinsically safe system.
EXPERT cards are supplied with all bases.
•
•
•
XPERT addressing
One way fit
Only accepts IS detectors
23900-K138 XP95 IS Mounting Base
PROTOCOL TRANSLATOR
AND GALVANIC BARRIER
The Protocol Translator and Galvanic Barrier are
installed in the safe area ensuring integrity of
communication between control equipment
and field devices and safety within the limits of
BASEEFA approvals.
•
•
Loop powered
Translates voltage levels from a loop driver to be
compatible with IS requirements.
23900-K139 XP95 Protocol Translator (single channel)
23900-K140 XP95 Protocol Translator (dual channel)
23900-K082 Galvanic Barrier
7676/120
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ORBIS IS OPTICAL
SMOKE DETECTOR
ORBIS IS
Detector range
Orbis IS is a range of conventional detectors which have been developed from the
standard Orbis smoke and heat detectors Orbis IS is a range with modern styling
and is electronically compatible with Apollo series 60 intrinsically safe conventional
detectors.
The Orbis IS Optical smoke detector works
•
•
•
•
•
Reduces false alarms
Recommended for early warning of fire in
most areas
Improved sensitivity to black smoke
Compensation for slow changes in sensitivity
Algorithms for reliability of alarm
23900-K214 Orbis IS Optical Smoke Detector
Features include:
•
•
•
•
Timesaver base®
Patented FasTest® enabling functional testing in four seconds
DirtAlert® indicates limit of drift compensation
Tolerates extreme operating conditions: -40oC to +70oC
ORBIS IS MULTISENSOR
SMOKE DETECTOR
• False alarm reduction
The Orbis IS Multisensor Detector benefits
from the same false alarm technology as the
Optical Detector. It is a thermally enhanced
smoke detector so will not give an alarm
from heat alone.
•
•
•
•
•
Reduces false alarms
Sensitive to fast burning, flaming fires
Improved sensitivity to black smoke
Compensation for slow changes in sensitivity
Algorithms for reliability of alarm
23900-K213 Orbis IS Multisensor Smoke Detector
PAGE 77/120
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77
ORBIS IS HEAT DETECTOR
ORBIS IS TIMESAVER BASE
The Orbis IS Heat Detector monitors
temperature by using a single thermistor
network which provides a voltage output
The Orbis IS range incorporates seven heat
detector classes to suit a wide range of
operating conditions.
•
•
•
•
Can be used for applications where smoke
detectors are unsuitable.
Ideal for environments that are dirty or smoky
Reduced incidences of false alarms
•
•
•
•
Two fixing centres
LED alignment mark
23900-K223 Orbis IS TimeSaver Base
ORBIS IS HEAT DETECTOR
23900-K207
A1R - Standard
23900-K208
Static MAT 50 C
A2S - Standard
23900-K209
BR - Standard
23900-K210
Static MAT 65 C
BS - Standard
23900-K211
CR - Standard
23900-K212
Static MAT 80 C
CS - Standard
DUAL CHANNEL
GALVANIC ISOLATOR
MAT (Maximum Application Temperature)
7878/120
PAGE
The IS TimeSaver® Base is a completely new
design that provides installers with an open
working area with fixing holes shaped to allow
a simple mounting procedure.
265003
The dual channel galvanic isolator is essential
when connecting IS devices to the zone
circuit of a conventional fire alarm panel. The
Galvanic isolator provides protection between
the safe area where the panel is located and
the hazardous area where the detectors are
located. One dual channel galvanic isolator
will protect up to two conventional detection
zones.
•
•
Straightforward ‘clip-on’ DIN-rail mounting
Simplified installation and maintenance using
plug-in connectors
23911-K055 Dual Channel Galvanic Isolator
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Intrinsically Safe
Audio/Visual Signalling
A range of intrinsically safe sounders, beacons and sounder beacon combination
units compatible with the Kidde range of control panels for use in hazardous
environments.
SYREX IS SOUNDER
A low current intrinsically safe sounder with
audibility up to 100dB(A) at 1 metre and
49 switch selectable tones. The sounder is
constructed from high impact ABS flame
retardant material, weatherproof to IP65.
•
•
•
•
•
Rated for category 1 use
ATEX approved
Ex II 1G EExia IIC T4
Auto synchronised sound output
Volume control
Important! The IS sounder must be used with a
certified galvanic isolator or zener barrier.
23906-K007 Syrex IS sounder 100dB(A)
SYREX IS BEACON – RED
An intrinsically safe beacon containing 6 high
intensity LEDs and a prismatic lens for effective
visual warning in hazardous area applications.
The beacon is constructed from high impact
ABS flame retardant material, weatherproof to
IP65.
•
•
•
ATEX approved
Important! The IS sounder must be used with a
certified galvanic isolator or zener barrier.
23906-K008 Syrex IS beacon
PAGE 79/120
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79
SYREX IS-SB SOUNDER BEACON
– RED LENS
A combination unit consisting of a sounder
with audibility up to 100dB(A) at 1 metre,
49 switch selectable tones and high intensity
LED beacon. The sounder beacon is constructed
from high impact ABS flame retardant material,
weatherproof to IP65.
•
•
•
•
•
•
ATEX approved
Array of 6 high intensity LEDs
Auto synchronised sound output
Volume control
23905-K022 Syrex IS-SB Sounder beacon, 100dB(A), Red lens
SHUNT DIODE
SAFETY BARRIER
The shunt diode safety barrier is required
when intrinsically safe sounders or beacons are
connected to the sounder circuits on the Kidde
range of control panels. The barrier provides
protection between the safe area where the
panel is located and the hazardous area where
the sounders or beacons are located.
•
•
Straightforward ‘clip-on’ DIN-rail mounting
Simplified installation and maintenance using
plug-in connectors
TBA Shunt diode safety barrier
8080/120
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81
ASPIRATING
SMOKE DETECTION
8282/120
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Kidde High Sensitivity Smoke Detection systems (HSSD) are Aspirating Smoke
Detection systems (ASD) designed to give very early indication of an incipient fire
condition. This pre-emptive warning – before the transition into the flaming and
heat stages – provides the time necessary to take corrective action and avoid the
danger, damage and disruption to operations that a fire can cause. The Kidde
HSSD equipment is simple to install, commission, operate and service. They have
the highest levels of performance and reliability.
PAGE 83/120
Protecting assets worldwide
Protecting your investment
Developed in 1988, Kidde HSSD was the
world’s first laser-based detector. They are
in use worldwide, protecting valuable assets
for institutions and companies as diverse as
Windsor Castle, London Underground, BP
and HSBC bank.
There are major benefits from a very early
indication of incipient fire. The incident can be
dealt with through local corrective measures
such as powering down equipment or the use
of hand extinguishers, avoiding unnecessary
evacuation or suppressant release. Kidde HSSD
systems can also be integrated into the main
fire protection system, providing the first stage
alert in an alarm organisation, with subsequent
stages of alarm being set for suppressant
release or evacuation.
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Where to use
High Sensitivity
Smoke Detection
8484/120
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265003
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Kidde HSSD provides total protection in critical
applications:
•
When downtime must be minimised
•
Where smoke is difficult to detect
•
In extreme environmental conditions
•
Where appearances are important
•
When extra time is necessary
Where appearances are important and preservation of
priceless objects is a priority:
•
Modern offices
•
Heritage buildings
•
Cathedrals
•
Museums
•
Libraries
Where smoke is difficult to detect in areas with high
ceilings or high air flow:
•
Atria
•
Warehouses
•
Cold storage
•
Indoor stadiums
PAGE 85/120
When downtime must be minimized with high cost
equipment:
•
Clean rooms
•
Computer rooms
•
Telecommunications
•
Broadcast facilities
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In extreme environments that pose a problem to point
type smoke detection:
•
Power stations
•
Mines
•
Offshore
When extra time is necessary to effect safe and orderly
evacuation:
• Airports
• Underground railway systems
• Hospitals
• Theatres
• Cinemas
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85
Stages of fire
Most fires start with some form of overheating. In
this incipient stage, fine particles are released as the
combustion process begins. The particles released at
the incipient stage of a fire may not be detected by point
type smoke or heat detectors. In fact smouldering can
continue for minutes, hours or even days before being
detected by point type detectors. The incipient stage
of smouldering fires provides the widest window of
opportunity to detect and control the spread of fire.
How
High Sensitivity
Smoke Detection
works
8686/120
PAGE
The HSSD unit will go through various alarm thresholds
in these early stages, long before point type smoke
detectors will respond to the fire. Point type smoke
detectors are designed to detect smoke at a level which
265003
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allows sufficient time for occupants to evacuate the
area or building, although possibly not enough time
to prevent damage to equipment. At this level there
may also be an increased risk to anyone attempting to
extinguish the fire.
HSSD units can be programmed to be up to 1000
times more sensitive than point type smoke detectors.
Alarm levels can be set as high as 0.0025% obscuration
per metre for clean areas and lower sensitivity for less
controlled environments. This increased sensitivity allows
the HSSD unit to detect and report an incident at the
earliest possible stage, providing the time needed to help
minimise or prevent fire damage.
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Aspirating detection
The HSSD detector is mounted either inside or outside
the area. It draws air from the protected area using an
aspirating fan which is housed in the detection unit. The
pipe network contains sampling holes at predetermined
locations through which the air is drawn.
HSSD detectors can protect areas up to 2000 square
metres to BS5839, or between 500 to 750 square metres
to BS6266, in high air flow conditions. The pipework is
configured in various ways according to the application.
Typically it will comprise of a pipe network with sampling
points at intervals similar to point detection. It can also,
for example, be arranged to monitor across air handling
units or in ducts.
FACTORY
ELECTRONIC DATA PROCESSING
PAGE 87/120
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87
Senator High Sensitivity Smoke Detection embodies innovative
features which depart from the accepted techniques for
detectors operating at high sensitivity.
SENATOR
High Sensitivity
Smoke Detection
An extensive range of detection units and accessories make the
Senator HSSD system one of the most flexible on the market.
The most important feature of the Senator range of detectors
is the patented ‘artificial intelligence’ known as ClassiFire-3D.
Senator 25
High sensitivity, small area detection unit
Senator 100
High sensitivity, Medium area detection unit
Senator 200
High sensitivity, large area detection unit
Senator Ex
Hazardous area detection unit
Classifire-3D
Classifire-3D is a process which controls all aspects of the
system, ensuring the maximum safe sensitivity regardless of
ambient conditions.
During an initial Fastlearn process, the detector samples the
environment once each second and produces a histogram
representing the ambient pollution level. The histogram fits
a standard deviation curve, allowing statistical analysis of the
data. Any normal curve can be divided into 3 equal width
strips called a standard deviation with a known probability of
a random event falling into each category. Classifire-3D uses
this information to automatically set the correct sensitivity and
alarm thresholds, determined by an acceptable frequency of
false alarms.
Features
• Wide range of detector types
• High sensitivity provided by laser based forward light scatter
for reliable early warning
• Unique Classifire-3D perceptive artificial intelligence system
• Laser Dust Discrimination (LDD) with a patented dust
management and separator system
• RS485 communications built into detector as standard for
networking and remote communications
• Addressable Protocol Interface card APICTM for connecting
detector to Apollo protocol control panels
• SenseNET network of 127 detectors
• Command module available for central monitoring
and display
After 24 hours ClassiFire-3D has sufficient data to set the alarm
position at its best safe sensitivity. ClassiFire-3D continues to
update the histogram for the entire lifetime of the detector.
8888/120
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SENATOR 25
SENATOR 100
Senator 25 High Sensitivity Smoke Detector provides cost effective, very early warning smoke
detection in small area applications. A single sampling pipe of 50m maximum length can be
connected to the detector unit.
Senator 100 High Sensitivity Smoke Detector provides cost effective, very early warning smoke
detection in medium size applications. Two 50m sampling pipes or a single pipe of 100m
maximum length can be connected to the detector unit.
Senator 25 is supplied in a docking station allowing easy first fix installation of sampling pipes and
cables. Volt free change over relays provide the facility to interface the Senator 25 into the site
fire alarm system. Programmable options such as alarm levels and delays, latching or non-latching
alarms, high and low airflow levels are available when using a PC and the Senator Remote
programming software. The Senator 25 is compatible with the SenseNET network and Command
modules. Approved to EN54.20.
Senator 100 is supplied in a docking station allowing easy first fix installation of sampling pipes
and cables. Volt free change over relays provide the facility to interface the Senator 100 into
the site fire alarm system. Programmable options such as alarm levels and delays, latching or
non-latching alarms, high and low airflow levels are available when using a PC and the Senator
Remote programming software. The Senator 100 is compatible with the SenseNET network and
Command modules. Approved to EN54.20.
Dimensions
Weight
Enclosure rating
Operating temperature
Operating humidity
Voltage requirements
Quiescent current
Indications
Relay outputs
Inputs
Sensitivity range
140W x 200H x 85D
1.85Kg
IP50
-10 to 60oC
0 to 90% RH, non condensing
21.6 to 26.4V dc
250mA
Fire, Fault and OK
2 x 500mA @ 30V dc – Alarm, Fault (energised)
Additional relays available when using Relay/Input card
RS485 for network connections
APIC address terminals for addressable loop
(Requires APIC addressable interface card)
Min 25%, Max 0.02% ob/m
Dimensions
Weight
Enclosure rating
Operating humidity
Quiescent current
Indications
Relay outputs
Inputs
Sensitivity range
300W x 220H x 90D
3.8Kg
IP50
-10 to 60oC
21.6 to 26.4V dc
400mA
Fire, Fault and OK
2 x 500mA @ 30V dc – Alarm, Fault (energised)
Additional relays available when using Relay/Input card
Min 25%, Max 0.02% ob/m
30671-KID
SENATOR 25 including docking station
30672-KID
SENATOR 100 including docking station
30760-KID
SENATOR 25 including docking station and relay/input card
30764-KID
SENATOR 100 including docking station and relay/input card
PAGE 89/120
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89
SENATOR 200
SENATOR 200
WITH COMMAND MODULE
The Senator 200 High Sensitivity Smoke Detector provides cost effective, very early warning
smoke detection in large area applications. Four sampling pipes of 50m maximum length each
or two sampling pipes of 100m maximum length each can be connected to the detector unit.
LCD display and cursor controls are provided which allow programming of the unit without
any additional programmers or PC. Volt free change over relays provide the facility to interface
the Senator 200 into the site fire alarm system. Programmable options such as alarm levels and
delays, latching or non-latching alarms, airflow normalisation, high and low airflow levels and
automatic sensitivity setup are available in the programming options. The Senator 200 is available
in a number of variants and is compatible with the SenseNET network.
Approved to EN54.20.
This variant of the Senator 200 detector unit is provided with a built in command module,
allowing it to provide single location display, control and interfacing options for up to 127
networked Senator detectors.
Dimensions
Weight
Enclosure rating
Operating humidity
Quiescent current
Indications
Relay outputs
Inputs
Sensitivity range
30621-KID
9090/120
PAGE
427W x 372H x 95D
5.2Kg
IP50
-10 to 60oC
21.6 to 26.4V dc
300mA (Fan speed 1), 470mA (Fan speed 8), 750mA (Fan
speed 16)
LCD status display
LEDs : Aux Alarm, Pre-Alarm, Fire Alarm, Fire 2, Fault, OK,
26 segment bargraph
5 x 500mA @ 30V dc – Fire 1, Fire 2, Pre-alarm, Aux alarm,
Fault (energised)
(Requires APIC interface card)
Min 25%, Max 0.02% ob/m
SENATOR 200 detector
265003
A larger LCD display is provided to display more information relating to the SenseNET network.
Approved to EN54.20.
Dimensions
Weight
Enclosure rating
Operating humidity
Quiescent current
Indications
Relay outputs
Inputs
Sensitivity range
30620-KID
427W x 372H x 95D
5.3Kg
IP50
-10 to 60oC
21.6 to 26.4V dc
750mA (Fan speed 1), 920mA (Fan speed 8), 1.5A (Fan
speed 16)
LCD status display
26 segment bargraph
Fault (energised)
(Requires APIC interface card)
Min 25%, Max 0.02% ob/m
SENATOR 200 detector with Command Module
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SENATOR 200
STEEL ENCLOSURE
SENATOR 200
WITH MINIMUM DISPLAY
Identical to 30621-KID the rugged sheet steel enclosure provides added protection for the Senator
200 detector in harsh environments. Approved to EN54.20.
This is an economy version of the Senator 200 detector provided in a rugged sheet steel
enclosure. The unit provides basic LED indications for alarm, fault and normal status.
Programming is available through RS485 serial connection or Command Module.
Approved to EN54.20
30706-KID
SENATOR 200 detector – steel enclosure
Dimensions
Weight
Enclosure rating
Operating humidity
Quiescent current
Indications
Relay outputs
Inputs
SENATOR 200
WITH COMMAND MODULE
STEEL ENCLOSURE
Sensitivity range
427W x 372H x 95D
5.3Kg
IP50
-10 to 60oC
21.6 to 26.4V dc
450mA @ 24V dc at fan speed 8
LED indications “OK”, “Fault” and “Fire”
Fault (energised)
Min 25%, Max 0.02% ob/m
Identical to 30620-KID the rugged sheet steel enclosure provides added protection for the Senator
200 detector with Command Module in harsh environments. Approved to EN54.20.
30707-KID
PAGE 91/120
SENATOR 200 detector with Command Module – steel enclosure
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30710-KID
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SENATOR 200 with minimum display
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91
SENATOR EX
SENATOR STAND ALONE
COMMAND MODULE
Senator Ex is a reliable very high sensitivity smoke detector for use in Hazarduous areas. The
detector is supplied in either a cast aluminium or stainless steel enclosure. Approvals: ATEX rated
EEx d IIB +H2 T3, equipment group 2 (Zones 1, 2 and 3), group gases A and B + Hydrogen.
An external particle filter is provided allowing ease of maintenance without declassifying the area.
Upgradeable Fire and Fault relay outputs are available for interfacing to other fire alarm
equipment.
Senator Command Module 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.
Dimensions
Weight
Enclosure rating
Operating humidity
Quiescent current
Indications
Relay outputs
Inputs
Sensitivity range
400W x 200H x 165D inc. flame arrestors
8.5Kg
IP65
-10 to 60oC
21.6 to 26.4V dc
1.1A @ 24V dc
LED indications “OK”, “Fault” and “Fire”
2 x 500mA @ 30V dc – Fire, Fault (energised)
Min 25%, Max 0.0015% ob/m
An internal bargraph automatically displays the status of the detector with the highest alarm
level. The Command Module is provided with an integral serial interface programmable for TAP
text messages/Paging or BACnet BMS communications. Available with or without an internal
power supply.
Dimensions
Weight
Enclosure rating
Operating humidity
Quiescent current
Indications
Relay outputs
Inputs
427W x 372H x 95D
6.2Kg (10.1Kg with batteries)
IP50
-10 to 60oC
without PSU - 21.6 to 26.4V dc
with PSU – 230V input, mains fuse 3A
250mA @ 24V dc
LCD status display
26 segment bargraph
Fault (energised)
30731-KID
SENATOR Ex
30623-KID
SENATOR Command Module with PSU
30732-KID
SENATOR Ex – stainless steel enclosure
30624-KID
SENATOR Command Module without PSU
9292/120
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SENATOR STAND ALONE
COMMAND MODULE
STEEL ENCLOSURE
SENATOR REMOTE
DISPLAY UNIT (RDU)
Identical to 30623-KID and 30624-KID the rugged sheet steel enclosure provides added
protection for the Senator Command Module in harsh environments.
The Senator remote display unit 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.
30708-KID
SENATOR Command Module with PSU – steel enclosure
30709-KID
SENATOR Command Module without PSU – steel enclosure
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 19” rack enclosure. Up to 8 RDUs can be mounted in a single
19” sub frame.
An optional relay board is available for use with the RDU.
Dimensions
Operating humidity
Quiescent current
Indication
SENATOR 19”
RACK MOUNT COMMAND MODULE
Senator command module which is designed to be installed in a 19” rack type enclosure.
3U High
-10 to 60oC
Nominal 24V dc, range 18-30V dc
40mA
LEDs : Aux Alarm, Pre-Alarm, Fire 1, Fire 2, Fault, OK,
26 segment bargraph
Dimensions
Operating humidity
Quiescent current
30814-KID
PAGE 93/120
3U High x 80mm deep
-10 to 60oC
Nominal 24Vdc, range 18-30V DC
40mA
SENATOR 19” Rack mount Command Module
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SENATOR Remote Display Unit (RDU)
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93
SENATOR REMOTE DISPLAY UNIT
RELAY BOARD
SENATOR RDU ENCLOSURE
This 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).
A low profile 150mm deep, 9U high enclosure with a glazed lockable outer door and space for
installing up to 24 RDUs and relay cards. A suitable 24 Vdc power supply is required.
Maximum switching voltage
Maximum switching current
30803-KID
200 Volts dc
0.5 Amp
Example fitted with 24 RDUs
30824-KID
SENATOR RDU enclosure
30812-KID
Blank In-fill plates for spare slots
30813-KID
In-fill plate with RS232 port for PC interface
SENATOR Remote Display Unit Relay board
SENATOR RDU
WALL MOUNTING ENCLOSURE
Small steel enclosure for wall mounting a single
Senator Remote Display Unit and optional relay board.
SENATOR RDU ENCLOSURE
INCLUDING COMMAND MODULE
Example fitted with 16 RDUs
A low profile 150mm deep, 9U high enclosure with a glazed lockable outer door containing a
Senator Command Module and space for installing up to 16 RDUs and relay cards. A suitable 24
Vdc power supply is required.
Dimensions
30817-KID
9494/120
PAGE
80W x 150H x 60D
SENATOR RDU wall mounting enclosure
265003
30823-KID
SENATOR RDU enclosure including Command Module
30812-KID
30813-KID
In-fill plate with RS232 port for PC interface
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SENATOR RELAY/INPUT CARD
RDU 19” SUB FRAME
A low profile 3U high sub rack with space for mounting up to 8 RDUs and relay cards. A suitable
24v power supply is required.
The 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
30814-KID
RDU 19” sub frame
30812-KID
SENATOR Relay/Input card
SENSENET CONTROL UNIT
The SenseNET control unit interfaces the SenseNET detector network with the PC serial port. The
control unit comes complete with connecting cables, power supply and PC software.
30804-KID
APIC – APOLLO
ADDRESSABLE INTERFACE CARD
SENSENET CONTACT MONITOR
The APIC – Apollo Addressable Interface card can be fitted internally to any Senator detector
unit or Command Module and allows connection to the addressable loop of any Apollo protocol
control panel. A single APIC may be used in Multi Address mode when installed inside a
command module for signalling up to 127 detectors onto the addressable loop reducing costs on
larger systems.
30430-KID
PAGE 95/120
SenseNET control unit
APIC – Apollo card
The SenseNET contact monitor allows monitoring of up to
7 clean contacts from other systems through the SenseNET network.
Maximum input voltage
Maximum operating current
Operating humidity
30805-KID
www.kfp.co.uk
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18 – 30 Vdc
20mA
-10 to +60oC
0 – 90% RH Non condensing
SenseNET Contact monitor
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95
SENSENET
(RS485/RS232 CAT5 CONVERTER)
PS25 INTELLIGENT 2.5 AMP
POWER SUPPLY – EN54-4 COMPLIANT
This unit allows the SenseNET network to connect to
and send data across a CAT5 Local Area Network (LAN).
The PS25 power supply is designed to provide a versatile solution for powering aspirating smoke
detectors. A high capacity 2.5 Amp power supply provides current for ‘day to day’ system
operation while charging back-up batteries. The PS25 is capable of providing 24hr mains fail
battery back-up using industry standard sealed lead acid batteries. A relay output is provided for
remote monitoring of mains fail and battery faults.
30811-KID
SenseNET (RS485/RS232 CAT5 converter
PC INTERFACE
This is the interface module only part of the
SenseNET control unit, part no. 30804-KID
No software or dongle included.
30816-KID
PC interface
Enclosure
Dimensions
Weight
Input voltage
Max current consumption
Operating humidity
Output voltage
Output current
Battery capacity
30826-KID
Steel, neutral colour
383W x 408H x 97D
6Kg
200 to 250V AC 50/60Hz
0.9A @ 200V AC
-5 to 40oC
0 to 90% RH
27V dc +/- 1%
Maximum 2.5A
2 x 12V 17Ah
PS25 Power Supply
SENATOR BUS ISOLATOR
SENATOR SERIAL CABLE
Provides SenseNET network short circuit isolation
for unprotected devices.
For use in conjunction with the Senator remote software.
The serial cable provides connection between the Senator detector or
command module and a PC.
30754-KID
9696/120
PAGE
30419-KID
Senator bus isolator
265003
Senator serial cable
CONTENTS
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SENSENET SOFTWARE
CD AND DONGLE
WIRE BURN TEST RIG
Software provides central indication and
control for the SenseNET network.
The test rig is used to commission systems designed
to meet the requirements of BS6266.
30250-KID Software CD and dongle
30051-KID
Wire burn test rig
SENATOR AIR HEATER BOX
For use with Senator detectors, where the sampling points
are installed in low temperature applications i.e. cold stores.
The heater box warms the air before it reaches the detector unit.
Enclosure
Sheet Steel
Heating element Self regulating 230 VAC, 60/200 watts
30422-KID
Senator air heater box
Wire burn test wire
SMOKE PELLETS
This is used in conjunction with the Senator air heater box,
part no. 30422-KID and allows monitoring of the heater element.
The aspirator with thermostat is designed to replace the existing
fan in the Senator 200. A volt free contact on the aspirator can be
wired in series with the Senator 200 fault relay.
PAGE 97/120
10 x 0.1mm PVC coated wire (white) supplied on a 100m reel.
This is used in conjunction with the wire burn test rig.
21888-K033
ASPIRATOR WITH THERMOSTAT
30425-KID
WIRE BURN TEST WIRE
PH standard smoke pellets ideal for testing large pipework
systems to the requirements of BS5839 part-1. Each tube
contains 6 x 13g pellets with a 40 sec burn time.
21888-K030
Aspirator with thermastat
www.kfp.co.uk
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Smoke pellets
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97
HART
High Sensitivity
Smoke Detection
The HART High Sensitivity Smoke Detection (HSSD) system is
optimised in terms of performance, capability, reliability and
serviceability. Featuring simplicity in both system configuration
and operation, HART has a clean, aesthetic design and is
compact and lightweight.
HART Mini
Designed to provide area coverage up to 800m2. Top and
bottom pipe entry options are available, and a single LED
provides status indication.
HART XL
Designed to provide area coverage up to 2000m2, HART XL
offers complete flexibility – just four sub units provide all the
configuration options.
HART XL with optional display module and power supply
9898/120
PAGE
Individual particle counting
HART HSSD operates on a laser-based particle counting
principle. The smoke particles pass through a focussed laser
beam with scattered light from individual particles being picked
up by a photodiode sensor and converted to an electrical pulse.
The pulse rate is electronically counted and measured against
alert and alarm thresholds. Information regarding smoke levels
and alarm thresholds can be presented on a Hart XL LCD.
Alarm and fault signals can easily be transmitted to a Fire
Alarm control panel or BMS through volt free relays. Since the
sensing process takes place in the beam in the centre of the
sampling chamber, the detection performance is unaffected by
any build up of particulate on the walls of the chamber over
time. For this reason air filtering is unnecessary, which is an
important maintenance benefit.
265003
CONTENTS
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Features
• Laser based particle counting
• Elegant, compact, lightweight design
• No particle filters required for electronic data
processing applications
• No recalibration during lifetime of detector
• Complete flexibility – four basic sub units provide
installation options
• On site sensitivity selection 0.0025%/m to 1%/m
• LaserNet networking options
• Modular design for fast and easy servicing
• Configurable for integral or remote display options
• Attachable power supply and battery back up unit
• Individual pre-alarm and alarm levels
• Optical Self-Test (OST) which positively checks the condition
of the detector
• Range of worldwide product approvals
Benefits
• High immunity smoke discrimination
• Simple, low-cost maintenance
• High reliability
• High immunity to unwanted alarms
• Long term stability
• No recalibration required
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HART MINI DETECTOR
HART XL DETECTOR
The HART mini High Sensitivity Smoke Detector provides cost effective, very early warning smoke
detection in small areas up to 800m2. Single tri-colour LED provides indication of the detector
status. Single pushbutton provides isolation and reset controls. The HART mini is supplied in two
variants for top or bottom pipe entry to suit the installation. Volt free change over relays provide
the facility to interface the HART mini into the site fire alarm system. Programmable options such
as alarm levels and delays, latching or non-latching alarms, airflow normalisation, high and low
airflow levels and automatic sensitivity setup are available when using a PC and the LaserNET
programming software.
The HART XL High Sensitivity Smoke Detector provides very early warning smoke detection in
areas up to 2000m2 in area. Single tri-colour LED provides indication of the detector status,
no user controls are provided in the HART XL detector although an optional display module
is available. Volt free change over relays provide the facility to interface the HART XL into the
site fire alarm system. Programmable options such as alarm levels and delays, latching or nonlatching alarms, airflow normalisation, high and low airflow levels and automatic sensitivity setup
are available when using a PC and the LaserNET programming software. The HART XL can be
mounted either way up allowing top or bottom pipe entry and is provided with the necessary
adaptors for fixing an exhaust pipe.
Enclosure
Dimensions
Weight
Enclosure rating
Operating humidity
Quiescent current
Alarm current
Indications
Controls
Relay outputs
Inputs
Sensitivity range
Air inlet
Light grey polycarbonate with steel mounting plate
222W x 226H x 81D
2.2Kg
IP31 (NEMA-1)
0 to 49oC
10 to 93% RH, non condensing at 40oC
18 to 30V dc (24V dc nominal)
230mA
246mA
Tri-colour LED – Alarm, Pre-alarm, Fault, Isolated
Push button – Reset, Isolate
3 x 2A @30V dc – Pre-alarm, Alarm, Fault (energised)
Remote reset, RS485 network
0.0025 to 1.0% obscuration per metre
¾” threaded NPT (3/4” to 25mm adaptor supplied)
53836-K205K-00
HART Mini - bottom pipe entry
53836-K205K-01
HART Mini - top pipe entry
PAGE 99/120
Enclosure
Dimensions
Weight
Enclosure rating
Operating humidity
Quiescent current
Alarm current
Indications
Controls
Relay outputs
Inputs
Sensitivity range
Air inlet
Air exhaust
Light grey polycarbonate with steel mounting plate
320W x 228H x 108D
3.4Kg
IP31 (NEMA-1)
0 to 52oC
18 to 30V dc (24V DC nominal)
315mA
380mA
Tri-colour LED – Alarm, Pre-alarm, Fault, Isolated, Optional Display Module
Optional Display Module
6 x 2A @30V dc – Pre-alarm 1, Pre-alarm 2, Alarm 1, Alarm 2, Isolate,
Fault (energised)
RS485 network
0.0025 to 1.0% obscuration per metre
¾” threaded NPT (3/4” to 25mm adaptor supplied)
1” threaded NPT (1” to 25mm adaptor supplied)
53836-K183 HART XL detector
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99
HART XL
DISPLAY MODULE
HART XL
SELF CONTAINED
POWER SUPPLY
PS25 INTELLIGENT
2.5 AMP POWER SUPPLY
The HART XL Display module provides the display of status
information and functional controls for the HART XL detector.
The Display Module can be mounted within the detector unit
or remotely up to 1km away. Clear information regarding the
detector status and settings are provided on the Large LCD.
Pushbutton controls are provided for basic operations with
password restricted access. Language variants are available.
The HART XL self contained power supply can power a single
detector, with or without a display. The PSU housing can fit 2
x 12v 2.0Ah batteries (Yuasa NP2-12) which will provide up to
4hrs standby power.
The PS25 power supply is designed to provide a versatile
solution for powering aspirating smoke detectors. A high
capacity 2.5 Amp power supply provides current for ‘day to
day’ system operation while charging back-up batteries. The
PS25 is capable of providing 24hr mains fail battery back-up
using industry standard sealed lead acid batteries. A relay
output is provided for remote monitoring of mains fail and
battery faults
Enclosure
Dimensions
Weight
Enclosure rating
Operating humidity
Quiescent current
Indications
Controls
Communications
Light grey polycarbonate with steel
mounting plate
122W x 145H x 38D
0.5Kg
IP31 (NEMA-1)
0 to 52oC
18-36V dc - supplied from detector
unit
30mA normal
(100mA with backlight on)
Large LCD Tri-colour LED – Alarm,
Pre-alarm, Fault, Isolated
4 x Cursor keys, 1 x Enter key
RS485
Enclosure
Dimensions
Weight
Input voltage
Max input current
Operating humidity
Output voltage
Output current
Fault relay
Battery capacity
EN54-4 APPROVED
Light grey polycarbonate with steel
backbox
317W x 114H x 105D
3.1Kg
90 to 260 V AC 50/60Hz
1A
0 to 52oC with no de-rating
28.75V dc
Maximum 1A
Normally closed contact 1 Amp
@ 28V dc
2 x 12V 2.0Ah (Yuasa NP2-12)
Enclosure
Dimensions
Weight
Input voltage
Max current consumption
Operating humidity
Output voltage
Output current
Battery capacity
Steel, neutral colour
383W x 408H x 97D
6Kg
200 to 250V AC 50/60Hz
0.9A @ 200V AC
-5 to 40oC
0 to 90% RH
27V dc +/- 1%
Maximum 2.5A
2 x 12V 17Ah
53836-K185 HART XL Self Contained Power Supply
53836-K182
PAGE100
100/120
HART XL Display Module
265003
23911-K051 12V 2.0AH Battery (2 required)
CONTENTS
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30826-KID PS25 Power Supply
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HART REMOTE
INTERFACE CARD
HART XL APOLLO
INTERFACE CARD
LASERNET
PROGRAMMING
SOFTWARE
The Remote interface card provides the facility to monitor and
control the operation of the HART XL detector without the
use of LaserNET programming software or Display Module.
A monitored input allows the monitoring of external Reset,
Silence and Isolate switches. The Remote interface plugs directly
into the termination board within the HART XL detector
The HART XL Apollo interface card can be installed within
the HART XL detector enabling it to interface to any Apollo
protocol control panel providing Pre-alarm, Alarm and Fault
levels. When interfaced to the Kidde Vega control panel
additional monitoring functions are available.
All HART HSSD detectors are programmed using LaserNet
software and the HART programming lead. Each HART
Detector is shipped with a CD containing this software but
the programming lead must be purchased separately. The
software enables the user to monitor interrogate, configure
and download system data.
Inputs
Outputs
Quiescent current
Max current
Operating humidity
Monitored input
4-20mA output for smoke and
airflow signals
0-12mA output for smoke and
airflow signals
Airflow fault relay – 2A @ 30V dc
50mA
90mA
0 to 52oC
Connections
Address
Loop current
Indications
Operating humidity
Loop in +ve/-ve, Loop out +ve/-ve
8 way DIL switch
2mA
Power on LED
Loop comms OK LED
0 to 52oC
at 40oC
36215-K228 HART CD
44782-K165 HART XL Remote Interface Card
PAGE101/120
44782-K167
www.kfp.co.uk
HART XL Apollo Interface Card
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53800-H08
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101
ASD detector range: potential market sectors
Senator 25
Prison Cells
Heritage Buildings
Retail Outlet
Ceiling Voids
Atrium (10m)
Atrium (10m+)
●
●
●
●
●
●
Telephone Exchange
EDP Room
Clean Room
Small Comms Room
Plant Room
●
●
●
●
Cabinets
Trains
Wind Generators
●
●
●
Cold Stores
Wash Down Areas
Factory
WareHouse
Under Mezzanine Area
●
●
●
Explosion Risk (Gas)
●
ASD Detector Range
Senator 100
●
Senator 200
Senator Ex
Hart XL
●
●
●
●
Hart Mini
●
●
Pipe Length (total)
Qty Pipes
Senator 25
Senator 100
Senator 200
Senator Ex
50m
100m
250m
50m
1
2
4
1
10
10
10
0.03%-25%
20
20
20
0.03%-25%
20
40
100
0.03%-25%
10
10
10
0.03%-25%l
●
Hart XL
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
Qty Holes: Class A
Qty Holes: Class B
Qty Holes: Class C
Sensitivity: obsc/m
●
●
RS485 Comms
Addressable interface Card
●
❉
●
❉
●
❉
●
❉
●
❉
●
●
●
●
●
Firmware Upgradeable
Configure with PC
Configure without PC
●
●
●
❉
●
●
●
●
●
●
●
●
●
●
●
●
●
Fix ClassiFire
ClassiFire Override
Remote Reset
❉
❉
❉
❉
●
●
❉
❉
❉
●
Outputs: Fire1
Outputs: Fire2
Outputs: Prelarm
Outputs: Aux
Outputs: Fault
●
❉
❉
❉
●
●
❉
❉
❉
●
●
●
●
●
●
●
❉
❉
❉
●
●
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●
●
●
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●
●
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●
●
●
●
●
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●
●
●
❉ via optional card
PAGE102
102/120
Hart Mini
2x100 or 4x50m 80m (2x50m
capable)
1+multiple 1+2 branches
branches
40
40
40
40
100
100
0.025%-1% 0.025%-1%
265003
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●
●
●
AIR SAMPLING PIPE
25mm O.D.
3 METRE LENGTH
SnifferPipe
SnifferPipe is a comprehensive range of high quality pipe,
fittings and accessories for the Senator and HART aspirating
smoke detection systems.
SnifferPipe and fittings are manufactured from red
Acrylonitrile Butadiene Styrene (ABS). The physical
properties of ABS make the pipe and fittings ideal for
aspirating pipework systems:
•
•
•
•
•
21888-K016
EQUAL TEE
Air sampling pipe 25mm O.D. 3 metre length
STRAIGHT SOCKET
Robust construction to reduce
mechanical damage
Smooth bore to facilitate air flow to the
detector
Lightweight and easy to install
High resistance to chemicals and
weathering
Suitable for use over a wide
temperature range. - 40 to +80° C
The red colour and clear markings ensure the air sampling
pipe network is easily identifiable from other services.
21888-K020
Equal Tee
END CAP
Straight Socket
21888-K021
90° ELBOW
21888-K017
21888-K018
End Cap
UNION SOCKET
90° Elbow
21888-K024
Union Socket
The SnifferPipe range is based on pipework with standard
metric outside diameter of 25mm.
45° ELBOW
21888-K018
PAGE 103/120
www.kfp.co.uk
PIPE CLIP
45° Elbow
21888-K025
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103
PARTICLE SEPARATOR
FLUSH AIR SAMPLING
POINT CAPILLARY KIT
The particle separator can assist with keeping the detector
clean when installed in dirty and dusty environments. The unit
is supplied with two 25mm union sockets to allow installation
into the sampling pipe. Foam elements inside the detector can
easily be replaced as necessary.
21888-K063
Particle Separator
21888-K064
Replacement Foam Elements for Particle
Separator
21888-K066
The conical air sampling point capillary kit can be used
where discrete detection is required. The capillary kit can be
connected to sampling pipe which is installed in a ceiling void
out of view with the conical sample point fixed through the
ceiling to sample from the protected area. The capillary tube
is supplied 2m in length but can be cut accordingly on site. A
25mm compression adaptor allows it to be used with standard
pipework fittings i.e. Elbow, Equal Tee, or Socket.
PAGE104
104/120
Flush Air Sampling Point Capillary Kit
DISCRETE 10mm
CAPILLARY SAMPLING
POINT
CONICAL AIR SAMPLING
POINT CAPILLARY KIT
21888-K065
The flush air sampling point capillary kit can be used where
discrete detection is required. The capillary kit can be connected
to sampling pipe which is installed in a ceiling void out of view
with the flush sample point fixed through the ceiling to sample
from the protected area. The capillary tube is supplied 2m in
length but can be cut accordingly on site. A 25mm compression
adaptor allows it to be used with standard pipework fittings i.e.
Elbow, Equal Tee, or Socket
The discrete 10mm capillary sampling point can be used where
discrete detection is required. The capillary sample point will fit
on the end of the nylon capillary tube and can then be drilled
with the correct sample hole size.
Conical Air Sampling Point Capillary Kit
265003
SAMPLING TEST POINT
The sampling test point can be used where access to the
sampling points for testing is difficult or restricted. The test
point can be installed at an accessible location to allow easy
smoke testing of the system during its service.
21888-K067
Sampling test point
10mm NYLON
CAPILLARY TUBE
Provided in a 30 metre reel the nylon capillary tube allows
customers to create their own capillary sample kits, where
existing kits aren’t suitable.
Colour: Natural
21888-K062
10mm Nylon Capillary tube
25mm/10mm
COMPRESSION
ADAPTOR
The compression adaptor allows 10mm capillary tube to be
connected into standard 25mm fittings i.e. Elbow, Equal Tee
and Sockets.
21888-K068
Discrete 10mm Capillary Sampling Point
CONTENTS
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TBA
25mm/10mm Compression adaptor
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PIPE CUTTERS
Ratchet action cutters for plastic pipe, can cut pipe up to
42mm in diameter.
21888-K028
Pipe Cutters
PIPE WARNING
LABEL
The pipe warning label is used to identify pipework as
aspirating pipework to prevent damage to the system, supplied
as a 100 label roll.
39155-H11
Pipe warning label
PIPE SAMPLING
POINT LABEL
The pipe sampling point label is used to identify the location of
sampling points drilled into the sampling pipework.
36215-K326
PAGE 105/120
Pipe sampling point label
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105
ALARMLINE
LINEAR HEAT DETECTION
PAGE106
106/120
265003
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Kidde Linear Heat Detection (LHD) Systems are cable based systems that
provide economical temperature monitoring at the precise point of risk.
The system is reliable, flexible and has the ability to detect abnormal
temperature variances before it develops into a fire situation. Kidde Fire
Protection’s comprehensive LHD portfolio allows a vast range of both
commercial and industrial fire and overheat risks to be protected, in
ambient temperatures of – 40°C to + 200°C. Alarmline sensor cables may
be installed within hazardous environments using approved I.S. barriers for
simple apparatus. All Alarmline cables supplied in increments of 100m up
to 1000m.
Benefits
•
•
•
•
•
PAGE 107/120
www.kfp.co.uk
Detection at point of risk.
Continuous operation within the most adverse environmental conditions.
Electrical and mechanical flexibility.
Internationally proven “in service” experience.
Integration with all types of central control systems.
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107
Where to use
Alarmline Linear Heat Detection
PAGE108
108/120
265003
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Cable Tunnels
Floating Roof Tanks
Conveyors
High power cable installations at power stations, airport
terminals, railway stations and any installations requiring
substantial power requirements can be protected by
Alarmline sensor cables. Alarmline cable is suitable for
use in harsh environments.
The petrochemical industry requires that tank fires
caused by the ignition of combustible gases are
extinguished in a short time frame. A rim seal Alarmline
detection system provides a fast extinguishant response.
Overheating bearings on conveyor support rollers can
be a common cause of conveyor belt fires. Alarmline
systems can detect these overheat conditions. Additional
protection can be provided above and below the conveyor
belt against spillage and the transportation of ignited material.
Bulk Storage
Car Parks
Escalators
Alarmline “In rack“ protection at multiple levels ensures
rapid fire detection. As part of a pre action sprinkler
system, an advance warning of imminent sprinkler
operation may avoid unnecessary water damage to
stored goods.
The combustible materials used in the manufacture of
modern passenger vehicles results in fires that burn
more intensely and generate higher temperatures than
ever before. That’s why early detection of fire conditions
is essential in enclosed over and underground car
parks. Alarmline installed at the ceiling achieves this
by detecting significant rises in temperature not just at
localised “hot spots” but over the entire length of cable.
Alarmline system provides for the total protection of
escalators with coverage provided at all potential fire
risk areas i.e. drive motors , return roller bearings dust
collection trays and truss rollers. Alarmline can be
used to give fire alarm indication and also to initiate a
sprinkler system.
PAGE 109/120
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109
ALARMLINE
LHD4 CONTROLLER
ALARMLINE
Analogue
Alarmline Analogue cable senses temperature variations
by continuously monitoring the resistance of the specially
doped Negative Temperature Coefficient (NTC) polymeric
insulation. A change in temperature produces a relative
change in resistance which is monitored by a dedicated
Alarmline controller.
Suitable for Hazardous Area applications when used with
approved Zener Barriers.
This unit is used to monitor alarmline analogue cable and actuate an alarm signal at a pre
determined level. The integrating effect of Alarmline sensor cable enables it to detect either a hot
spot or a lower level of temperature increase along its total length.
Enclosure
Supply Voltage
Quiescent Current Consumption
Fire Alarm Current Consumption
Fault Alarm Current Consumption
Maximum length of detection cable
Series 4LHD with Fire and Fault Relays
20 mA
Fire Alarm Current Consumption
85 mA
Fault Alarm Current Consumption
16 mA
Indicators
Fire Alarm
Fault Alarm
Operating Temperature Range
PAGE110
110/120
265003
Polycarbonate, IP 54 rated, 130W X 178H X 99 D
Colour RAL 7035, Weight 0.81Kg
8 to 30 Vdc
60 to 180 µA depending on alarm trip setting
15 to 70 mA preset by means of internal resistor
180 µA maximum
1000m
Front panel mounted continuous Red
Front panel mounted flashing yellow LED
-25°C to + 52°C
53836-K254
LHD4 Controller, conventional zone 2 wire connection
53836-K255
LHD4 Controller, fire and fault relay outputs (fault relay energised)
53836-K257
LHD4 fire and fault relay outputs (fault relay de-energised)
53836-K253
LHD4 Controller, conventional zone 2 wire connection (non CE)
53836-K256
LHD4 Controller, fire and fault relay outputs (fault relay energised)
(No CE) FM approved
CONTENTS
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LWM1 ALARMLINE CONTROLLER
(EN54 Pt5 approved)
ALARMLINE ANALOGUE
CABLE (FM APPROVED)
The LWM1 controller monitors alarmline analogue sensor cable combining both fixed temperature
(Max–alarm) and rate of rise temperature (Diff-alarm) detection.
Recommended for environments ranging from clean and dry to moderate dust and moisture.
Not for external use or for installations where corrosive agents or damage to cable may occur.
The control unit reports temperature differences by the permanent supervision of the resistance
of the sensor cable. The Max – alarm is triggered if the adjustable static alarm temperature of
the sensor cable is reached or exceeded. The rate of rise alarm (Dif-alarm) is triggered by the
adjustable integration of time and temperature change.
Ext. Dia.
Weight
3.25mm
3.2 Kg (200m)
Typical installations
Cable Trays
Ceiling and Floor Voids
Electrical Switch Gear
Service Ducts
Tunnels
Enclosure
Supply Voltage
Diff-alarm or Max-Alarm Current Consumption
Fault alarm Current Consumption
Operating Temperature Range
ABS IP 65 rated
200W x 120H x 80D
Colour RAL 7035
Weight 0.55Kg
10 to 30 Vdc
25 mA
25 mA
15 mA
-20°C to + 50°C
Approved to EN54 PART 5 when used with cable part numbers K82017, K82021 and K98166
(max 300m).
K82017
Alarmline, blue PVC outer sheath
ALARMLINE ANALOGUE
CABLE (FM APPROVED)
Recommended for hostile environments, Petrochemical, Cold Storage, and general external use.
Can also be used in areas where more rigidity or discreet installations are required.
Ext. Dia.
Weight
4.25mm
4.3 Kg (200m)
Floating Roof Tanks
Cold Stores
Car Parks
Areas subject to chemical contamination.
53836-K248
PAGE 111/120
LWM1 Alarmline controller
K82021
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Silos and Driers
Alarmline black nylon outer sheath
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111
ALARMLINE ANALOGUE
CABLE (FM APPROVED)
ALARMLINE
Digital Cable
Recommended for areas which have a high risk of friction or mechanical damage.
Ext. Dia.
Weight
4.25mm
8.3 Kg (200m)
Conveyors
Travelators
Escalators
(ALL FM APPROVED)
Elevators
Thatched Roofs
Alarmline Digital is a twin conductor switching cable with
temperature sensitive insulation, protected by a special
braid, PVC or high temperature, chemical resistant polymer
outer sheath to meet specific application requirements.
Alarmline Digital cable operates by melting of the internal
insulation between the conductors, at a predetermined
temperature. This results in a short circuit which provides a
fire alarm signal. Fire and fault conditions are provided by
continuously monitoring for a short circuit (Fire) or open
circuit (Fault) state by the fire alarm panel.
K82078 Alarmline PVC and Bronze Braided outer sheath
ALARMLINE ANALOGUE
CABLE (FM APPROVED)
Suitable for Hazardous Area applications when used with
approved Zener Barriers or Galvanic Isolators.
Recommended for areas where a high level of chemical and mechanical damage is likely.
Ext. Dia.
Weight
5.5mm
10 Kg (200m)
Mines
Conductors
Max conductor resistance
Voltage rating
Pulling force
Bend radius
Tinned copper-covered steel
100 ohms per km at 20°C
110 Vdc
50N max
50mm minimum
Offshore Installations
K98166
PAGE112
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Alarmline Nylon, Stainless Steel Braided Sensor
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63-70°C ALARM (67°C NOMINAL)
CABLE TYPE H8040
MAX AMBIENT TEMPERATURE 45°C
Min operating temperature
Diameter
Weight
CABLE TYPE H8040N
-40°C
3.7mm
16.8 Kg/Km
Diameter
Weight
Polythene braid outer covering red/green identification, suitable for internal use.
In areas where corrosive agents are not present.
CABLE TYPE H8040N
CABLE TYPE H8028
-40°C
3.35mm
15.85 Kg/Km
Diameter
Weight
Nylon outer sheath, suitable for external use or in areas where corrosive agents could be present.
D5387-368
Black PVC covering suitable for internal and external applications. Excluding areas contaminated
by chemical agents which could affect the PVC outer sheath.
CABLE TYPE H8045
CABLE TYPE H8069
-40°C
3.1mm
16.8 Kg/Km
Diameter
Weight
Polythene braid outer sheath, red/black identification, suitable for internal use in areas where
corrosive agents are not present.
D5387-085
PAGE 113/120
-30°C
4.25mm
22.7 Kg/Km
D5387-105
Diameter
Weight
Nylon outer sheath, suitable for external use and in areas where corrosive agents could be
present.
D5387-385
D5387-068
Diameter
Weight
-40°C
3.35mm
15.85 Kg/Km
-40°C
4.35mm
18.85 Kg/Km
Red PVC covering suitable for internal and external applications. Not suitable for areas with long
exposure to direct sunlight.
D5387-174
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113
EDGE CLIP
CABLE TYPE H9650
Diameter
Weight
-50°C
3.5mm
21.8 Kg/Km
Edge clips are used as a quick and easy way to install Alarmline cable, used on girders,
steel sections, floating roof storage tank rim seals and foam dams, etc. Clips are
generally installed at 1 metre spacing.
Fluropolymer covering suitable for external applications where high ambient temperatures
are expected or where protection against chemical agents is required. Suitable for use in
direct sunlight.
Material:
Heat treated spring steel with a multi layer zinc phosphate coating
B6782-003 Suitable for steel thickness 2–3mm
D5387-227
B6782-195 Suitable for steel thickness 3-8mm Stainless Steel version
ALARMLINE
Fixing Accessories
Also shown in picture
B6782-008 Neoprene Sleeve
B6782-121 Cable Tie
Kidde offer a wide range of mounting accessories to enable ease of
installation for Alarmline Analogue and Alarmline digital cables.
The fixings available allow the Alarmline cables to be attached to walls, cable
trays, girders, pipework etc. to suit the majority of applications.
PAGE114
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265003
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NEOPRENE SLEEVE
T CLIP
40 mm split sleeve is used to protect Alarmline cables from being crushed or damaged when
attached to fixing clips.The sleeve also acts as an insulator to prevent the transfer of heat through
metal fixing clips. Fire resistant.
“T” Clip is used to fix all Alarmline cables (except K98166 Stainless Steel) to surfaces that are
suitable for drilling i.e. wood and concrete. Recommended spacing 1 per metre.
B6782-008 Neoprene sleeve
Material:
CABLE TIE
Plastic
Upper Temperature Limit + 85°C
Lower Temperature Limit - 50°C
Material Degrades at + 120°C
B6782-004 T clip
U.V. Stabilised cable tie 100mm long x 2.5 mm wide.
Used to secure Alarmline cable to fixing clips where necessary.
B6782-121 Cable tie
B6782-121 Cable tie
V CLIP
PIPE CLIP
Stainless Steel 304
Pipe clip is universal and will fit any diameter pipe (pipe strapping or cable tie required)
Recommended spacing 1 per metre.
B6782-005 Pipe clip
“V” Clip specifically designed to fit Admiralty standard cable tray at 1 metre spacing.
Material: Spring Steel with spray coated finish. Clip comes complete with protective neoprene
pad. Recommended spacing 1 per metre.
B6782-023 V clip
B6782-121 Cable tie
B6782-121 Cable tie (Required if V clip is inverted)
PAGE 115/120
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115
L BRACKET C/W
STRAIN RELIEF BUSH
CHANNEL BRACKET
Channel Bracket is designed to secure Alarmline cable onto horizontal metal surfaces where there
is no return edge available to fix a bracket or clip. Mainly used on fixed Roof Storage Tanks. It is
secured using a two part chemical anchoring system.
“L” Bracket designed to support Alarmline cable above risk area i.e.
Top run of cable tray. Recommended spacing 1 per metre.
Material
Dimensions
Material
Stainless Steel 304
150 mm x 20 mm x 20 mm
Stainless Steel 304
B6782-142 Channel bracket
B6782-154 L bracket c/w strain relief bush
B6782-121 Cable tie
DISTANCE PIECE
CHANNEL BRACKET
CHEMICAL ANCHORING SYSTEM
Distance Piece can be used with edge brackets to extend the positioning of Alarmline cable.
Spacing 1 per metre.
Used for fixing Channel Brackets to Fixed Roof Tanks
Material
Dimensions
380ml Cartridge containing two part chemical anchoring system, based on a polyester resin. Each
cartridge is suitable for 25 applications in single continuous operation. Each cartridge is supplied
with one self mixing nozzle. Additional nozzles are available.
Mild Steel Zinc Plated
200 mm x 20mm
This product has a 12 month shelf life. COSHH statement is available.
B6782-120 Distance piece
B6782-144 Heavy Duty Applicator Gun
A6782-201 Combined Resin and Hardener
B6782-121 Cable tie
B6782-143 Replacement Nozzle
PAGE116
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265003
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L BRACKET
RETRACTABLE CABLES
“L” Bracket designed to fit with edge clip around floating roof storage tanks. The brackets are
fixed to the foam dam using an edge clip. Spacing 1 per metre Used where the foam dam plate
is vertical or has a 90 degree return edge.
Retractable cables are designed to provide electrical connection
from tank roof to tank top on floating roof tanks, reducing the risk of cable being caught
and snapped during the normal rising and falling movement of the tank roof.
Material
Number of cores
Core Colours
Core Size
Core Insulation
Stainless Steel 304
B6782-194 L bracket
(Used with Cable Collector B6782-032)
Inner Sheath
Outer Sheath
Cable OD
Coil OD
Tails
Polyurethane
Hytrel
10 mm
230 mm Nom.
1500 mm & 5000 mm
B6782-036 Retractable cable 10m
B6782-121 Cable tie
B6782-XXX
35100-K254
35100-K253
21176-K007
4
1 Blue 2 Brown 3 Black 4 Yellow
0.75 mm 2
Hytrel
Edge clip (xxx – denotes web thickness)
M6 x 15mm Hex Bolt Stainless Steel
M6 Full Nut Stainless Steel
M6 Flat Washer Stainless Steel
PAGE 117/120
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117
CABLE COLLECTOR
AUTOMATIC CABLE REELER
Designed to be fixed to a floating roof for collecting the retractable
cables. The cable collector rises and falls with the movement of the
roof, uncoiling the cable when the roof lowers, and collecting the cable
when the roof rises. The collector is supplied with drainage holes.
The Kidde Automatic Reeler is an alternative system to using the retractable
cable and cable collector. It is installed on the top rim of the tank body.
The cable is connected to a junction box (part number B6782-190) located on
the tank roof. The automatic cable reeler follows the movement of the roof,
uncoiling the cable as the roof lowers, and winding the cable in when the roof rises.
Maximum drop 25 metres
Material:
Stainless Steel 304
If the area that the equipment is installed in is classed as Hazardous, electrical connection must
be via suitable safety barriers.
B6782-032 Cable collector
B6782-000 Retractable Cable (select cable length)
B6782-189 FLP Junction Box for Tank Top
B6782-190 FLP Junction Box for Tank Roof
Materials:
Box: Stainless steel 304
Internal spring: Carbon steel
Internal devices: ABS/ Fibre glass
Cable:
4 conductors 1mm
Flame retardant
External coating: Santoprene
Resistant to chemical agents
Operating temperature: -40 to + 70°C
Resistance: 19.5 ohm /km
2
Capacitance spec: 80nF/km
Inductance spec: 0.9mH/km
Insulation resistance: 100 Mohm/km
53836-K241 Automatic Cable Reeler with EX Polycarbonate Junction Box
EX 112G EExe 11 PTB 01 ATEX 1014u
53836-K247 Automatic Cable Reeler with EX Stainless Steel Junction Box
PAGE118
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JUNCTION BOX TANK TOP
JUNCTION BOX TANK ROOF
EExe junction box to be mounted at the top of the floating roof storage tank. Allows electrical
connection from site cabling to retractable cable.
EExe junction box to be mounted on the roof of the floating roof storage tank. Allows electrical
connection between retractable cable and Alarmline detection cable..
Technical Data.
• Increased safety EExe
• Suitable for use in Zone 1, Zone 2, Zone 21 and Zone 22
• Ingress protection to IP66
• Size: 120W x 120H x 73.5D
• 4 x 7mm dia fixing holes at 102mm sq CRS
• Weight: 0.8kg
• Operating temperature range: -60°c to +75°c
• Temperature class and ambient: T6 40°c
• Material: GRP, Natural black finish
• Flame Retardant to IEC 92.1 Clause 2.38
• Supplied with Steel Earth Continuity Plate
• Terminals 6 x 2.5mm. 1 x Earth 4mm
• Cable glands Ex d IP66 1 x M25 Brass
1 x M20 Brass
Technical Data.
• Increased safety EExe
• Suitable for use in Zone 1, Zone 2, Zone 21 and Zone 22
• Ingress protection to IP66
• Size: 120W x 120H x 73.5D
• 4 x 7mm dia fixing holes at 102mm sq CRS
• Weight: 0.8kg
• Operating temperature range: -60°c to +75°c
• Temperature class and ambient: T6 40°c
• Material: GRP, Natural black finish
• Flame Retardant to IEC 92.1 Clause 2.38
• Terminals 4 x 2.5mm. 1 x Earth 4mm
• Cable glands Ex d IP66 3 x M20 Brass
B6782-189 Junction Box Tank top
PAGE 119/120
B6782-190 Junction Box Tank Roof
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119
Kidde Fire Protection
Thame Park Road
Thame
Oxfordshire
OX9 3RT
United Kingdom
EUROPE
Tel:
Fax:
Email:
Web:
Tel:
Fax:
Email:
Web:
Kidde Denmark
Industriholmen 17-19
DK-2650 Hvidovre
DENMARK
+44 1844 265 003
+44 1844 265 156
[email protected]
www.kfp.co.uk
+45 36 86 9600
+45 36 86 9611
[email protected]
www.ginge-kerr.dk
Kidde Eesti A/S
Laki 11B
Tallinn
ESTONIA
Tel:
Fax:
Email:
Web:
+372 651 7010
+372 651 7011
[email protected]
www.kidde.ee
Kidde Finland
Box 46
Tiilenpolttajankuja 6
SF 01720 Vantaa
FINLAND
Tel :
Fax :
Email :
Web :
UFS Russia and CIS
Lyusinovskaya str.36
Bld 1, 10 floor
115093
Moscow
RUSSIA
Tel:
Fax:
Email:
+7 495 937 1891
+7 495 937 1890
[email protected]
Kidde Australia Pty Ltd
314 Boundary Road
Dingley, VIC 3172
AUSTRALIA
Kidde Resmat Parsch
Rua Parsch 755
Distrito Industrial – 132800-000
Vinhedo-SP
BRASIL
Tel:
Fax:
Email:
Web:
+61 (3) 9518 5588
+61 (3) 9518 5577
[email protected]
www.kidde.com.au
Shanghai Kidde Fire Protection
Trading Co Ltd
C, 2/F Sun Tong Infoport Plaza
55 Hau Hai Road (West)
Shanghai 200030
CHINA
Tel:
Fax:
Email:
Web:
Tel:
Fax:
Email:
Web:
+46 08 615 9900
+46 08 615 9999
[email protected]
www.kidde.se
Tel:
Fax:
Email:
Web:
+358 96 158 701
+358 96 158 7285
janne.heikkila@kidde.fi
www.kidde.fi
Tel:
Fax:
Email:
+55 19 2101 8456
+55 19 2101 8424
[email protected]
www.kidde.com.br
MIDDLE EAST
Kidde Limited
Office 201, Bu Ameem Building 2
Karama
Dubai
PO Box 30791
UNITED ARAB EMIRATES
+86 21 616 11 800
+86 21 616 11 808
[email protected]
www.utcfireandsecurity.com
Tel:
Fax:
Email:
Kidde China
Room 304, 3/F Guardforce Centre
3 Hok Yuen Street East
Hung Hom
Kowloon
HONG KONG
+00971 433 72498
+00971 433 75088
[email protected]
+852 2195 3688
+852 2370 8381
[email protected]
[email protected]
Kidde India Limited
EL 205, TTC Industrial Area
Mahape, Navi Mumbai
400 710 – INDIA
+49 8217 48295 22
+49 8217 48295 10
[email protected]
www.kidde.de
Tel :
Fax:
Email:
Web:
Kidde Lietuva
Lakunu Str 30
LT 09131 Vilnius
LITHUANIA
Tel :
Fax :
Email :
Web :
SOUTH AMERICA
Kidde Sweden AB
Box 90120
Virkesvagen 12
120 21 Stockholm
SWEDEN
Kidde Brand-und Explosionsschutz GmbH
Steinerne Furt 78
86167 Augsburg
GERMANY
Tel:
Fax:
Email:
Web:
ASIA PACIFIC
+91 22 6780 3131
+91 22 2761 8444
[email protected]
www.kiddeindia.com
Kidde Asia Pty Ltd
70 Bendemeer Road
Luzerne #02-02
SINGAPORE 339940
+370 5 26 30040
+370 5 26 30031
[email protected]
www.kidde.lt
Tel:
Email:
Web:
+65 642 47 970
[email protected]
www.kiddeasia.com
“Kidde Fire Protection operates a continuous programme of product development.
The right is therefore reserved to modify any specification without prior notice.”
A UTC Fire & Security Company
© Kidde Fire Protection 6586/1 04.09
PAGE 120/120
Designed and produced by Right Angle • www.rightangle.co.uk
www.kfp.co.uk
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