(68.52)
X
New 160 Series nowNew 160 Series now
with REMOTE CONTROL with REMOTE CONTROL
functionalityfunctionality
New 160 Series now
with REMOTE CONTROL
functionality
Product Guide for
Smoke & Heat Alarms
Ahead on Quality
Ahead on Performance
Ahead on Features
Ahead on Quality
Ahead on Performance
Ahead on Features
The Solution Provider for
Smoke & Heat Alarm Installation Standards
The Ei Range of Smoke Alarms from Aico offers the complete solution
to meeting the new requirements of BS 5839: Pt.6: 2004 for Residential
Fire Detection. Proven and reliable technology is combined with
innovative product development to provide the best possible
performance available in real fire situations.Various options are
offered in order that specifiers and end users can select the ideal
product for every individual installation with regard to the building
and its occupants. All options offer value for money, unprecedented
ease for the installer and aesthetically pleasing designs.
Our new RadioLINK product is the ultimate solution as it provides for
wireless interconnection of the alarms and achieves 'best practice
installations' in the easiest and most economical way.
What does the British Standard BS 5839:
Part 6: 2004 Recommend?
This is the definitive code of practice to which Architects, Building
Professionals, Enforcing Authorities, Landlords and Installers should refer
for recommendations on the design, installation and use of smoke
and heat alarms in the majority of domestic dwellings. Landlords in
both the public and private sector are considered to have a duty of
care to fit compliant smoke and heat alarms.
New Build Properties
& Materially Altered Dwellings
One to three storeys - Grade D, LD2
●
Mains alarms with battery back-up
●
Optical smoke alarms in circulation spaces - hallways & landings
e.g. Ei146 or Ei166RC with or without RadioLINK
●
Heat alarm in the kitchen e.g. Ei144 or Ei164RC with or without
RadioLINK
●
Smoke alarm or heat alarm as best suited for the particular
circumstance (see page 4 for definitions and usage), in the main
living room
●
All alarms should be interconnected
● The sound pressure level of the alarm signal measured at the
doorway of each bedroom with the door open should be at
least 85dB(A)
Existing Tenanted Properties
Two and three storey - Grade D, LD3
●
Mains alarms with battery back-up
●
Optical alarms in circulation spaces - hallways & landings e.g. Ei146
or Ei166RC with or without RadioLINK
●
If a fire risk assessment shows the property or occupier
to be a high fire risk, increase the number of alarms
installed to meet the risk - e.g. follow new build
recommendations for an LD2 installation
●
All alarms should be interconnected
● The sound pressure level of the
alarm signal measured at the
doorway of each bedroom
with the door open should
be at least 85dB(A)
Single storey - Grade F, LD3
●
Battery powered with a minimum battery life of 5 years e.g.
Ei 10 year alarm
●
Optical smoke alarm in circulation spaces - hallway e.g.
Ei3105TYCH
●
If a fire risk assessment identifies a concern that the occupier
cannot or may not replace a battery, use mains alarms or mains
with battery back-up
● If a fire risk assessment shows the property or occupier to be
a high fire risk, increase the number of alarms installed to meet
the risk - e.g. follow new build recommendations for an
LD2 installation
System Grades and Categories
Six different grades of fire detection systems are defined and generally speaking - the greater the fire risk the more comprehensive
the system should be. Briefly, the Grades are as follows:
GRADE A - A full system with control and indicating equipment
installed to BS 5839: Part 1
GRADE B - Detectors and sounders using simpler specified
equipment
GRADE C - Detectors and sounders or alarms with central control
GRADE D - Mains powered alarms with an integral stand-by
power supply
GRADE E - Mains powered alarms with no stand-by
power supply
GRADE F - Battery powered alarms
Three different categories of life protection systems are defined. Briefly
these are (starting at the highest):
LD1 - Alarms in all circulation spaces that form part of escape routes
and all areas where a fire might start, but not bathrooms,
shower rooms or toilets
LD2 -
Alarms in all circulation spaces that form part of escape
routes and rooms or areas that present a high fire risk
LD3 - Alarms in circulation spaces that form part of escape routes
The Code emphasises that no one type of alarm is most suitable for all
applications. Consideration must be given to the most suitable type of
detection - optical, ionisation and heat (see page 4 for definitions
and usage).
2
The UK Market Leader
As Europe's leading manufacturer of smoke alarms with over 30 years
experience, we currently outsell every comparable product on the
market. Quality in our life saving products is never compromised. We
have a record of industry firsts including the first BSI Kitemarked range,
the first rechargeable back-up power supply in a smoke alarm, the
first mains powered heat alarm, the first with hush technology across
the range and the
only
Easi-fit design.
Ei now offer another first with the RadioLINK wireless interconnect
system.
Residential Fire Detection
& Regulations ... how do they affect me?
What do Building Regulations
Demand in New Build and Materially
Altered Dwellings?
Architects, builders and installers must comply with Building
Regulations and install mains powered smoke alarms in new and
materially altered dwellings.
England & Wales
Building Regulations Approved Document B (Fire Safety) minimum
requirements are currently Grade D, LD3, but also defines that
installation should be to BS 5839 Pt.6 and therefore Grade D,LD2
is recommended.
Grade D, LD2
●
Mains alarms with battery back-up wired to a lighting circuit or a
dedicated circuit
●
Smoke alarms are required in the circulation spaces such as
hallways and landings. In general optical alarms are recommended
e.g. Ei146,Ei166RC
●
Heat alarm to be installed in the kitchen where there is no door
separating the kitchen from the circulation space, e.g. Ei144, Ei164RC
● Building extensions and room conversions, above ground floor level,
require a Grade D, LD2 system to be installed in the property
●
Smoke and heat alarms should be interconnected
●
Mains powered smoke and heat alarms may be interconnected
using radio-links
3
Service & Availability
At Aico we believe the very best alarm technology should be
accompanied by the very best support possible. We offer
unrivalled product information for end users of the product,
specifiers and installers.
On the ground we have an experienced regionally based
technical sales team, a highly trained customer service department
and a responsive sales office. Our products are distributed to the
trade locally via most electrical wholesalers throughout the UK.
Expert training and on site installation advice is readily available.
Scotland
Building Standards Technical Handbook No 2 (Fire) requirements
are currently:
Grade D, LD3
● Mains smoke alarms with battery back-up
● Smoke alarms are required in the circulation spaces, hallways
& landings
●
Smoke alarms should be interconnected
● Alarms may be interconnected using radio-links
Northern Ireland
Building Regulations (Northern Ireland) Technical Booklet E (Fire
Safety) requirements were amended in June 2005 to:
Grade D, LD2
● Mains Smoke alarms with a battery back-up
● Smoke alarms are required in the circulation spaces, hallways
& landings
● A smoke alarm is required in the ‘principal habitable room’
e.g. living room
● A heat alarm is required in every kitchen
● Loft conversions require all the above to be installed
●
Smoke and heat alarms should be interconnected
● Alarms may be interconnected using radio-links
More comprehensive information
is provided in our free 'Guide To
Residential Fire Detection'.
Ionisation Alarms
where should they be used?
Ionisation type sensors are particularly sensitive to the almost invisible
smoke produced by fast flaming fires.This makes them more liable to
false alarm due to cooking fumes if sited in a hallway close to a
kitchen. Ionisation alarms are less vulnerable to false alarms caused
by dense tobacco smoke, excessive dust and insect ingress. The
BS 5839: Pt.6: 2004 Standard recommends that ionisation alarms
should not be used in hallways and landings, where there is a risk of
false alarms caused by cooking fumes.
The Importance of Type
& Interconnection of
4
Heat Alarms
where should they be used?
Heat alarms are less likely to cause false alarm problems as they
are not responsive to any type of smoke or fumes, only heat.
Because of the potential for a slower response than smoke alarms,
they should only be used in a fire alarm system that also includes
smoke alarms, and all of the alarms must be interconnected. The
BS 5839: Pt.6: 2004 recommends that heat alarms should be used in
kitchens. It goes on to suggest that they may also have a role to
play in the main living room but they should not be installed in
circulation spaces or areas where fast response to fire is required.
Optical Alarms
where should they be used?
Optical sensors are more responsive to smouldering fires producing
large particle smoke typical of fires involving furniture and bedding.
They are more immune to invisible smoke produced by 'burning the
toast' and similar cooking fumes. This makes them ideal for siting in
hallways close to kitchens where false alarms from ionisation alarms
may be a particular problem. The BS 5839: Pt.6: 2004 Standard
recommends the use of optical alarms in circulation spaces of a
dwelling, such as hallways and landings. Optical alarms are prone to
false alarm if exposed to steam and should not be located too close
to poorly ventilated bathrooms or shower rooms.
Note: Either type of sensor is generally suitable. The choice of sensor type should, if possible, take into account the type of fire
that might be expected and the need to avoid false alarms.
1. A light beam is pulsed in the sensor chamber every 10 seconds to ‘look’for
smoke. Any smoke present has to be visible to the naked eye so that the
receptor can ‘see’ it. If no smoke is detected, the alarm will remain in a
standby state.
2. When large particle smoke is detected, the light beam will be scattered onto
the light receptor.
3. This will then send an electrical signal to the IC (Integrated Circuit).
4. If two consecutive signals are received by the IC, the alarm will sound.
1. Inside the sensor chamber is a minute (safe) radioactive element that ionises
the air within. This causes a small current to flow in the chamber and this will
remain constant for the life of the alarm unless smoke particles enter.
2. When smoke enters the sensor chamber, the balance of the current
is disturbed.
3. This is detected by the electronics in the alarm circuitry and a signal is sent to
the Integrated Circuit (IC).
4. This causes the alarm sounder to operate.
1. A thermistor (a heat sensitive resistor) is sited in the sensor chamber of
the alarm.
2. When the temperature rises the resistance of the thermistor reduces.
3. The IC continuously monitors the resistance of the thermistor.When this
indicates the temperature is over 54 ºC the IC sends a signal to the
sounder circuit.
4. The alarm sounder then operates.
ALARM SENSOR TYPES
Selection, Positioning, Wiring
Smoke & Heat Alarms
5
SITING DIAGRAMS
Simple Interconnect Wiring for all Mains
Powered Smoke and Heat Alarms
140/160RC Series
140/160RC Series
To mains
power
supply e.g. lighting
circuit or
distribution
board
To other
alarms
in the system
(as required)
Live
Neutral
Interconnect
Which Alarms to Fit Where
Important
Interconnection is
vital to ensure the
alarm is heard
throughout the
property by all
occupants.
Average two storey house Single storey dwelling
Optical or Ionisation smoke alarm as best suited for the particular circumstances
Optical smoke alarm
Smoke or heat alarm as best suited for the particular circumstances
Heat alarm
Do not install smoke or heat alarms in bathrooms, shower rooms or toilets
The control switch when
used should be fitted at
an easy access point
preferably in the hall or
living area.
For additional guidance please use the Customer Service Helpline 0870 758 4000
Interconnection of alarms is vital to ensure an activated alarm is heard throughout
the property by all occupants. Interconnecting Ei mains powered alarms has never
been simpler using standard 3 core cable.
Innovative Design & Quality Features
Ei's unique large volume optical smoke
chamber & sophisticated electronics
have a proven track record of
reliability and high efficiency
detection. Longevity and resistance
to false alarms as well as reliable
protection from electromagnetic
interference has also been proven over
the last 15 years.
At 85dB(A) at 3 metres our alarms are loud.
Unique encased horn assembly has the piezo
disc securely held with silicone mastic to
prevent creepage and premature horn failure.
Additionally soldered contacts prevent failures
due to corrosion and arcing associated with
more commonly used pressure contacts.
Self monitoring and indicating
LEDs & audible warning signals.
Each alarm self tests every 40
seconds. Two separate LED
indicators are used to indicate
healthy mains supply, fault,
battery fault, alarm status and
low cell/battery warning.
Smoke Alarms are sophisticated electronic devices.
Protection from external contamination is vital to maintain
the fire detecting sensitivity of the product and to minimise
false alarms. A fine mesh insect
screen reduces false alarms caused
by insect contamination and fibres,
whilst allowing free access of smoke
to the sensor chamber.A dust cover is
also provided for protection on site
and prior to occupancy.
Ultra high performance vanadium pentoxide
lithium rechargeable cells are used on the
160RC Series, 150 Series and RadioLINK bases.
These cells offer the best back-up possible
and are designed to outlast the alarms.
● A precision charging circuit ensures peak
cell efficiency at all times
● Cells provide up to six months back-up
even without mains power
● Alkaline battery in the 140 Series
designed to last up to 4 years
in standby
Fitting an Easi-fit mains powered alarm really is this simple:
THE FASTEST SIMPLEST INSTALLATION POSSIBLE…
REMOVAL
The alarm is removed by
releasing the tamper-resistant
clip with a screwdriver and
sliding it off. The protective cover
ensures that the mains cables
are never exposed.
Screw the mounting
plate supplied with the
alarm to the ceiling
during first fix.
No separate enclosure
is required.
Wire up terminals
on the mounting
plate and clip on
the protective
cover.
Slide the alarm into
place. There's no
need to wire up a
separate lead and
connector.
6
The hush button
provides for false alarm
control on all Easi-fit
models. Also provides
manual test function.
7
Product
Specifications
Remote Control System Option
✔✔
Ionisation Sensor
✔✔✔
Optical Sensor
✔✔✔
Heat Sensor
✔✔✔
Mains Supply
✔✔✔✔
Lithium Rechargeable Cell Back-up
✔✔✔
Alkaline Battery Back-up
✔
Lithium Battery
✔
Interconnectable
✔✔✔ ✔
85dB(A) @ 3m Sound Output
✔✔✔
Easi-fit System
✔✔ ✔
Test, Hush Feature
✔✔✔✔✔
Test, Hush and Fire Locate Feature
✔✔
Radio-Frequency Interconnect
✔✔
High Performance Ionisation Chamber
✔✔ ✔
Large Volume Optical Chamber
✔✔✔
Insect Screen on Optical Chamber
✔✔✔
54-62 ºC Thermistor Temperature Range
✔✔✔
Fast Access Smoke Finning
✔✔
LED Power Indicator
✔✔✔✔
LED Auto Circuit Test Indicator
✔✔✔
LED Hush Mode Indicator
✔✔✔
LED Alarm State Indicator
✔✔✔ ✔
LED Transmission/Reception Indicator
✔✔
LED House Coding Indicator
✔✔
Audible Fault Warning
✔✔✔
Audible Low Battery Warning
✔✔✔
Automatic Hush Mode Reset
✔✔✔✔✔
Connection with Battery Missing Prevented
✔
Non-Reversible Mains Connector Lead
✔
Unit Activation Upon Connection
✔✔✔ ✔
Tamper-proof Rechargeable Cells
✔✔✔ ✔
Soldered Horn Contacts
✔✔✔
Easi-see Easi-connect Wiring Terminals
✔✔ ✔
Mains Wiring Cable Cover
✔✔ ✔
Multiple Cable Entries
✔✔ ✔✔✔
Removable Mini Trunking Entry
✔
Foam Sealing Gasket
✔✔✔ ✔
Anti-tamper Locking Catch
✔✔✔ ✔
Multiple Fixing Holes
✔✔✔ ✔✔✔
Date Code Identification
✔✔✔ ✔✔✔
BS Kitemarked
✔✔✔
CE Marked
✔✔✔ ✔✔✔
EMC Conformance
✔✔✔ ✔✔✔
BS & Building Reg. Grade D Compliance
✔✔✔ ✔
BS & Building Reg. Grade E Compliance
✔✔✔ ✔
Class II Double Insulated
✔✔✔ ✔✔✔
UV Stabilised Moulding
✔✔✔ ✔✔✔
Installer Instructions
✔✔✔
User Instructions
✔✔✔
Combined Installer/User Instructions
✔✔✔
Dust Cover Supplied
✔✔✔
Distribution Board Label Supplied
✔✔✔
Multi Purpose Fixings Included
✔✔✔ ✔
Typical Footprint Dimensions (mm) 150 150 125x100 140 90x90 90x90
Heat alarms feature fixed
temperature fast response
thermistor sensor, ideal for
protecting kitchens & garages.
High performance, corrosion
resistant ionisation chamber
responds quickly to flaming
fires and is proven in millions of
applications. Exceptional
reliability in a real fire situation.
Precision fin design
allows fast access of
smoke to the sensor.
Multiple cable
entries and
surface wiring
knockouts.
Large, clearly
marked wiring
connections.
All smoke alarms comply with:
BS 5446: Pt.1: 2000
All heat alarms comply with:
BS 5446: Pt.2: 2003
RadioLINK
Base
160RC Series
150 Series
140 Series
Modifire RF
System Control
Devices
Modifire Hard
wired System
Control Devices
Multi purpose fixings supplied
for use in either plasterboard,
concrete or wood.
NEW
NEWNEWNEW
Control option 160RC Series
allow Test, Hush and Fire
Locate from an accessible
switch position
NEW
NEW
8
The 160RC Series, Easi-fit mains powered smoke and heat alarms
are our highest specification range, especially so when coupled
to the RadioLINK system. Designed for the specifier, installer and
end user demanding the very highest standards of safety,
performance and reliability you'd expect from Europe's leading
manufacturer of mains powered fire detection products. Almost all
practical duty of care provisions are catered for. With no risk of
casual back-up cell removal,the power supply is virtually
guaranteed against any external threat to the energy supply. Risks
of false alarms are minimised and installation costs are lower due
to ease of installation and the all round quality of the outstanding
160RC Series.
WHY RECHARGEABLE
VANDIUM PENTOXIDE LITHIUM
CELLS?
The 10 year+ technology used in the 160RC Series provides the most
effective and reliable back-up power available. Maintenance
requirements are negligible. The cells used are the only rechargeable
cells with a realistic ten year life expectancy confirmed by
manufacturer Panasonic.Constantly 'topped up' by the mains, they
out-perform lithium primary batteries, capacitors or rechargeable cells
currently in use in other smoke alarms.
● Environmentally friendly - no special disposal requirements
● A precision charging circuit ensures peak efficiency at all times
● 6 month back-up even without mains power
● Cells supplied fully charged providing 6 months initial standby
capacity before mains powering
● Proven 10 year+ life expectancy
● Cells are soldered for reliable
long term connection
● Terminals are laser welded
for reliability
● Wide temperature range -
20ºC to +60 ºC
● No battery replacement
requirement
FEATURES
EASI-FIT DESIGN
TECHNOLOGY
FEATURES
EASI-FIT DESIGN
TECHNOLOGY
COMPREHENSIVE
5 YEAR
GUARANTEE
COMPREHENSIVE
5 YEAR
GUARANTEE
BS 5446:
Pt.2: 2003
Ei164RC
Heat
Ei166RC Optical With Hush
● More responsive to slow smouldering fires
● Large volume high performance optical chamber with proven
extended life capability
● Fine mesh insect resistant screen
Ei161RC Ionisation With Hush
● Responds quickly to fast flaming fires
● Unique and proven long life ionisation smoke chamber
Ei164RC Heat With Hush
● Ideal for protecting kitchens and garages and other areas
prone to false alarms
● Fixed temperature fast response thermistor sensor,range 54° - 62°C
● BS 5446: Pt.2: 2003 Class A1
MAINS POWERED ALARM WITH
10 YEAR+ RECHARGEABLE
LITIUM CELL
COMPATIBILITY CHART FOR NEW
NEW 160RC Series - Mains Powered Alarms
Specifiers F
New 160 Series nowNew 160 Series now
with REMOTE CONTROL with REMOTE CONTROL
functionalityfunctionality
New 160 Series now
with REMOTE CONTROL
functionality
RADIOLINK
COMPATIBLE
RADIOLINK
COMPATIBLE
COLOUR CODED
PACKAGING
FOR EASY
RECOGNITION
COLOUR CODED
PACKAGING
FOR EASY
RECOGNITION
BS 5446:
Pt.1: 2000
Ei161RC
Ionisation
BS 5446:
Pt.1: 2000
Ei166RC
Optical
9
TEST Test all alarms from one convenient switch
HUSH Any nuisance alarm can be quickly and easily silenced
LOCATE Allows the source of the alarm to be identified.
MAINS The Test function will not operate without mains power,
CHECK providing a simple way to test the mains supply
MANUAL CALL POINT
MCP401RC Manual Call Point Surface Mount for use with all
Ei mains alarms
This simple remote smoke alarm control switch offers four vital
functions and can be positioned for convenient access, similar to
a light switch. Supplied with a suface box, it can be flush mounted
using a standard 35mm deep electrical socket box.
THE NEW Ei1529RC
CONTROL SWITCH
RC MODELS
The New 160 RC series
alarms can be used
effectively in larger and
more complex applications
including apartment
blocks, large houses, HMOs
and smaller commercial
premises. The alarms can
be integrated with a
number of additional
devices such as lighting
beacons, sounders, break
glass units and CO alarms
as part of a comprehensive
alarm system.
TEST, HUSH AND FIRE LOCATE
FROM AN ACCESSIBLE
SWITCH POSITION
New Aico RC Series smoke alarms are quick, simple and
economical to install, with all the control circuitry built into the
unit. There's no need for extra bases or terminals. All units use
the standard Aico Easi-fit baseplate and are compatible with
existing 160 series alarms if no control device is to be
introduced.
Wiring is equally simple. With the control and interconnect signals
being sent down the same cable, the wiring for a typical RC alarm
system is exactly the same as a standard interconnect mains alarm
system. This simplifies the wiring, cuts installation time and removes
the need for additional wires or cable types.
10
RadioLINK Wireless
For use with 160RC Ser
THE COMPLETE SOLUTION TO
THE NEW BS 5839: Pt.6: 2004
REQUIREMENTS
Interconnecting mains powered smoke alarms is essential to
provide the earliest possible warning of a fire.Fire statistics show
that the quicker occupants are alerted to a fire, the less risk of
death or injury there is. Furthermore, property damage is
also reduced.
With RadioLINK, mains powered smoke alarms are
interconnected by wireless signals rather than cabling. It's so
much simpler, more convenient - and easier to change or
extend as and when required.
Code Description
Ei168RC RadioLINK Interconnect Base
Ei428 RadioLINK Remote Relay
Ei411H Wireless Remote Control Switch with Hush
Ei407 Wireless Remote Manual Call Point
Ei410 Wireless Remote Control
The Benefits of RadioLINK
● Best Practice for single family dwellings,
apartments and HMOs
● Easi-fit technology saves time and money on
every installation
● Fixed cost interconnection
● Wire-free interconnection and zoning capability
● Fully upgradeable system - future proof
● Reliable interconnection
● Minimises risk of accidental mis-wiring
● No false alarms from normal electrical transients
● Range of optional system control devices
● RadioLINK uses tried, tested and proven radio
transceiver technology
● Use with Ei160RC Series alarms - already proven
in millions of installations nationwide
The new Ei168RC RadioLINK base is now set as a multi-level
repeater as standard. This means it can now receive, transmit
and re-transmit to achieve multiple signal paths.The result?
Increased coverage in houses of a larger floor area and with
up to 30 alarms in the system. The multiple path capability
allows the system to manage many RF impenetrable structures
in the property, which may have previously blocked signals.
House coding and commissioning has been simplified and is
now a faster operation.
It's an upgrade which makes RadioLINK even better suited to
more comprehensive alarm systems - offering greater
coverage and protection.
Interconnection
RadioLINK
SYSTEM CONTROL DEVICES
Slide a 160RC Series
alarm on to the
Ei168RC base which
will automatically
activate the
rechargeable
back-up cells, and
then repeat this
procedure for all the
alarms in the system.
House code
each alarm in
the system.
Easy to fit
Ei411H Wireless
Remote Control
Switch
● When used in conjunction
with RC alarms, with the
Ei168RC RadioLINK base,
the switch offers three vital
remote control functions.
● TEST - Provides a full system
test equivalent to pressing the
Test button on all units
simultaneously
● HUSH - Allows the silencing of
any possible nuisance alarms
● LOCATE - Allows the source of
the alarms to be identified.
This information is also held in
the product memory
Ei428 Remote Relay Module
● Mains powered with rechargeable 10 year+
lithium cell back-up to ensure the relay
operates even during a mains failure
● Interfaces with other systems, e.g.warden call
and other signal devices
Ei407 Wireless Manual Call Point
● Allows manual testing of the system
● Allows manual alarm to warn other
residents
Ei410 Wireless Remote
Control - Hand Held
● All the same features and functions
as the Ei411H (above) - but built into a
small key fob for personal use
● Fitted with lithium button cell
11
Wire in each
Ei168RC
RadioLINK
base to the
mains
electricity
supply.
NEW
The Ei168RC RadioLINK Base Unit
At the heart of the RadioLINK system are the Ei168RC base units,
which are fully compatible with any Ei160RC Ser ies alarm.
It is from these that radio signals are transmitted and received.
An Ei168RC base is required for each of the alarms in
the system.
● Mains powered with rechargeable 10 year+ lithium
cell back-up
● Radio transceiver 868.499 MHz
● Unique Easi-fit design with integral terminal block
● Simple and secure house coding system
● Interference free
NEW
NEW
MAINS POWERED
ALARMS WITH
ALKALINE BATTERY
BACK-UP
Designed for applications where the budget is
a key consideration and where maintenance is
in the hands of the owner occupier or there is
no requirement for lithium power cell back-up.
The 140 Series provides an alkaline battery
back-up instead of rechargeable cells. Further
cost savings are possible through the
innovative and totally unique Easi-fit
technology, as there is no need to purchase
additional wiring enclosures, mounting kits,
leads or connectors. In a field where time is money,
the fact that Easi-fit alarms are simpler and quicker
to install ensures even greater savings.
Now with
Easi-fit fixing pack,suitable for use on plasterboard,
concrete or wood surfaces.
Ei146 Optical With Hush
●
More responsive to slow smouldering fires
●
Advanced optical chamber with proven extended
life capability
●
Fine mesh insect resistant screen
●
Alkaline battery supplied already connected to
reduce installation errors (does not draw power until
alarm is fitted to the mounting plate)
●
Hush button for false alarm control
●
Interconnects with other Ei mains powered
smoke and heat alarms
●
Separate mains and warning LEDs
●
Time and money saving Easi-fit design
●
Protective dust cover supplied
●
5 year guarantee
Ei141 Ionisation With Hush
● Responds quickly to fast flaming fires
● Unique and proven long life ionisation smoke chamber
●
Alkaline battery supplied already connected to reduce installation
errors (does not draw power until alarm is fitted to the mounting plate)
● Hush button for false alarm control
● Interconnects with other Ei mains powered smoke and heat alarms
● Separate mains and warning LEDs
● Time and money saving Easi-fit design
● Protective dust cover supplied
● 5 year guarantee
Ei144 Heat With Hush
● Ideal for protecting kitchens and garages and other areas
subject to false alarms
● Fixed temperature fast response thermistor sensor, range 54° - 62°C
● Alkaline battery supplied already connected to reduce
installation errors (does not draw power until alarm is fitted to the
mounting plate)
● Hush button for false alarm control
● Interconnects with other Ei mains powered smoke and heat alarms
● Separate mains and warning LEDs
● Time and money saving Easi-fit design
● Protective dust cover supplied
● 5 year guarantee
● BS 5446: Pt.2: 2003 Class A1
Code Description
Ei146 Optical with Hush & Mounting Plate
Ei141 Ionisation with Hush & Mounting Plate
Ei144 Heat Alarm with Hush & Mounting Plate
Ei127 Surface Mount Kit
Ei128R Surface Mount Kit with 5 amp Relay
Ei128RBU Surface Mount Kit with 5 amp Relay and 10Yr+
Rechargeable Lithium Cells
Surface Mount Kits & Relays
For 140 Series alarms see page 14
140 Series - The Contractor’s First Choice
For
New Build & Owner Occupied Properties
COLOUR CODED
PACKAGING
FOR EASY
RECOGNITION
COLOUR CODED
PACKAGING
FOR EASY
RECOGNITION
COMPREHENSIVE
5 YEAR
GUARANTEE
COMPREHENSIVE
5 YEAR
GUARANTEE
BS 5446:
Pt.1: 2000
Ei141
Ionisation
BS 5446:
Pt.1: 2000
Ei146
Optical
BS 5446:
Pt.2: 2003
Ei144
Heat
12
RADIOLINK
COMPATIBLE
WITH Ei168
(not compatible with Ei168RC)
RADIOLINK
COMPATIBLE
WITH Ei168
(not compatible with Ei168RC)
Alarm Systems for the Deaf
& Hearing Impaired
People with hearing difficulties require a different approach to fire
protection, as a conventional alarm sounder will not be sufficient for
their needs. Aico's range of alarms for the deaf and hearing
impaired are the only units currently available from an experienced
smoke alarm manufacturer. They are also available with RadioLINK
for ease of installation.
System Features
and Benefits of all models
● Mains powered control panel with rechargeable
battery back-up
● High intensity integral strobe light
● Auxiliary socket for connection of additional optional s
trobe lights.
● Vibrating pad for placing under a pillow or mattress
● Supplied with plug-in or hard wired option
● Capability for interconnection of up to 12 alarms
● Test button on control panel for testing the system
● Connections are monitored to check integrity of system
● Alarm clock input facility
● Remote trigger option
● Pager output facility
● Compatible with RadioLINK system (Ei169RF, Ei176RF)
● Systems available for mains or LV operated smoke alarms
Code Description
Ei169 Mains Deaf Alarm Kit for 150 Series
Ei169/160 Mains Deaf Alarm Kit for 160RC Series
Ei169RF RadioLINK Mains Deaf Alarm Kit for 160RC Series
Ei175 Complete with LV Ionisation Smoke Alarm
Ei176 Complete with LV Optical Smoke Alarm
Ei176RF RadioLINK LV Optical Smoke Alarm Kit
Ei178 Additional Strobe
Ei174 Additional Vibration Pad
Ei3105RF Additional RadioLINK LV Optical Smoke alarm
13
150 Series - Local Authority & Housing
Association Replacement Range
Surface Mount Kits & Relays
For 150 Series alarms see page 14
COLOUR CODED
PACKAGING
FOR EASY
RECOGNITION
COLOUR CODED
PACKAGING
FOR EASY
RECOGNITION
BS 5446:
Pt.1: 2000
Ei151TL
Ionisation
BS 5446:
Pt.1: 2000
Ei156TLH
Optical
BS 5446:
Pt.2: 2003
Ei154TL
Heat
COMPREHENSIVE
5 YEAR
GUARANTEE
COMPREHENSIVE
5 YEAR
GUARANTEE
MAINS POWERED ALARMS
WITH 10 YEAR+ RECHARGEABLE
LITHIUM CELL BACK-UP
Advanced detection technology coupled with superior 10 year+
rechargeable lithium cell back-up has made the 150 Series a
market leader and the first choice for specifiers nationwide.
The 150
Series’ popularity and reliability over the last 15 years is
proven by the fact that several million units have now been
specified and installed by Councils and Housing Associations and
are currently protecting households throughout the
UK and other countries. Many of these alarms
may now be entering the end of their useful
life cycle and should be considered for
replacement.
New 150
Series product will fit
the majority of existing installed bases and
can therefore offer the most economical
replacement programmes.
Code Description
Ei156TLH Optical with Hush
Ei151TL Ionisation with Hush
Ei154TL Heat Alarm
Surface Mount Kits for 150 Series alarms are also still available from stock
Low Voltage Smoke & Heat Alarms
Other Smoke & Heat Alarms and Control
In properties where there is a requirement to connect smoke and heat
alarms to a low voltage security system, or Warden Call System, the Ei180
Series alarms can provide the ideal solution.
14
Surface Mount Kits enable easier installation of the alarms. Relays
provide the option of signalling to almost any other device. Relays
can be used to signal to:
Warden Call Systems Strobes
Sounders Door Closers
Smoke Vents Other Fire Alarm Systems
Code Description
Ei181 10-30VDC Ionisation Smoke Alarm
Ei184 10-30VDC Heat Alarm
Ei186 10-30VDC Optical Smoke Alarm
Ei100R 12VDC Ionisation Smoke Alarm
Ei103R 12VDC Heat Alarm
Ei105R 12VDC Optical Smoke Alarm
140 and 160RC Series options
Ei127 - Surface Mounting Kit for use on uneven ceilings or
where complicated wiring is used.
Ei128R - As Ei127 with integral relay
(Not compatible with RC Models).
Ei128RBU - As Ei128R with 10yr+ rechargeable cell back-up supply.
Ei128COV - Cover to enable Ei128R/Ei128RBU to be remotely sited.
RadioLINK
Ei428 - Remote relay module for use with RadioLINK system
only, see page 11.
10 Year Alarms
For applications where the budget will not permit the
installation of mains powered smoke alarms or there is a need
to quickly provide safe and reliable protection to a large
number of properties, the best solution is to specify Ei smoke
alarms powered by 10 year + lithium battery cells.
Surface Mount Kits & Relays
for 140, 150 & 160RC Series
Code Description
Ei100TYC Ionisation Smoke Alarm
Ei3105TYCH Optical Smoke Alarm
Devices
15
NO ALARM - NO CHANCE!
Carbon Monoxide or (CO), is a particularly insidious gas. It is a killer.
The naked eye can't see it, it does not smell, it has no taste.The
need for a reliable mains powered alarm that will operate even in
the event of a mains failure is obvious.
The Ei professional range includes fully featured product usually
specified by Local Authorities & Landlords and less sophisticated
product where duty of care is not so much of an issue and where
the mains supply is more likely to be continuous and /or regular
battery maintenance is known to be reliably carried out.
The Ei261EN is the top of the range product. Current sensor
technology used by all manufacturers of CO alarms has a limited
life cycle; the sensors cannot be relied upon after a period of 5/6
years. The Ei261EN offers a replacement sensor feature, thereby
increasing the life cycle of the product to ten years.
Ei261EN Mains Powered CO Alarm with
Rechargeable Lithium Cells and
Replaceable CO Sensor
● 10 year+ rechargeable lithium cell back-up designed to outlast
the alarm
● Replacement sensor module, minimum five year life
● Easy to use test/hush button
● Automatic self diagnostics
●
Distinctive alarm sound, easily distinguishable from a smoke alarm
● Wall or ceiling mounting
● Pre alarm warning
● Interconnect feature - Can be interconnected with Ei smoke and
heat alarms. Contact us for details
● Comprehensive Indicator lights: Mains on / Fault / Alarm on
● Optional digital display - Ei261DEN
● Quick CO gas test feature
RECHARGEABLE
LITHIUM CELLS
RECHARGEABLE
LITHIUM CELLS
EASY TO
REPLACE
SENSOR MODULE
EASY TO
REPLACE
SENSOR MODULE
INTERCONNECT
FEATURE
INTERCONNECT
FEATURE
BS EN 50291: 2001
ANCILLARY PRODUCTS
MCP401RC Manual Call Point
●
Supplied complete with surface
mount box
● Testing key supplied
● Supplied with non-breakable
operating element
● LPC approved, conforms to BS EN 54-11
● Can be used with 140, 150,160RC Models
SAB300 Remote Strobe Xenon Beacon
● Mains powered
● For internal or external use
● Flash energy of 3 watts and flash
frequency of .9Hz
● Clear or red lens options
● For operation via an Ei158R or Ei128R relay
SABV4 High Intensity Strobe Xenon Beacon
● Mains powered
● Ideal for use where standard strobes
may not be sufficiently visible
● 5 joule high intensity flash
● Low current consumption
● Red or opal lens option
● For operation via an Ei158R or
Ei128R relay
YO3 Remote Sounder
● Mains powered
● Use in areas where a warning is
required - but a detector isn't
● For internal or external use
● Switchable sound outputs from
97-100dB(A)
● For operation via an Ei158R or
Ei128R relay
MDH230 Magnetic Door Holder
● Mains powered
● Will automatically release a fire
door in the event of a fire
● Test/Override button feature
● Low current consumption
● For operation via an Ei158R or
Ei128R relay
Ei167 Remote Sounder
● Interconnects with all mains
operated smoke and heat alarms
● Ideal for use where an alarm but
no detection is required
● AC mains indicator light
Carbon Monoxide
(CO) Alarms
NOW WITH RC TECHNOLOGY
OPTION
Further details of all the products
featured on these pages are
available from our Customer Service
Helpline on 0870 758 4000 or visit
our website www.aico.co.uk and
download our product information
Loading...