Ei Electronics Ei 100TYC Ionisation User manual

E & OE As our policy is one of continuous product development, we reserve the right to alter product details without prior notice. Ei100TYC DataSht RevB
Shannon Free Zone, Shannon, Co. Clare, Ireland.
Ph.+353 61 471277 Fx.+353 61 471053
Email. [email protected]
Web: www.eielectronics.com
Model Ei 100TYC Ionisation
High sensitivity –responds to all standard fires
Dual Ionization chamber - quick response fast
flaming fires
Lithium 10 year battery to provide long lasting life
No changing of battery required
Interconnect up to 12 other alarms
Needs no wiring
Built in sounder
Test and hush button
Kitemarked to BS EN 14604:2005
5 year guarantee
Product Description
The Ei100TYC is an Ionisation Smoke Alarm that runs
on a 9V lithium 10 year battery (supplied with the alarm).
Ionisation smoke alarms operate on the principle that
electrical current flowing between electrodes in an
ionization chamber is reduced when smoke particles
enter.
Ionisation technology gives a rapid response to fast
flaming fires
The Ei100TYC is easily installed and comes supplied
with all necessary screw fixings.
The interconnect feature allows the alarm to be
connected with up to 12 other similar alarms.
Operation
The smoke detector will activate the built in sounder
upon sensing smoke particles
The smoke detector will automatically reset itself
and silence the sounder when smoke particles are
no longer present in the sensing chamber
The built in sounder will provide a minimum sound
output of 85dB at 3m
The “Hush/Test” button will perform a self test and
sound the horn (it may take up to 10 seconds)
The “Hush/Test” button will silence nuisance alarms
Interconnect up to 12 other alarms (9V ionisation,
optical or heat) when one senses smoke, all alarm.
Helps ensure warning will be heard throughout the
house
The smoke detector will emit a beep every 40
seconds to indicate that the battery back up is
depleted and that the alarm should be removed and
replaced with a new one (the batteries are not
replaceable in the Ei100TYC)
Lithium 10 year battery

E & OE As our policy is one of continuous product development, we reserve the right to alter product details without prior notice. Ei100TYC DataSht RevB
Shannon Free Zone, Shannon, Co. Clare, Ireland.
Ph.+353 61 471277 Fx.+353 61 471053
Email. [email protected]
Web: www.eielectronics.com
Model Ei100TYC Ionisation
Installation & Placement
Alarms should be placed in accordance with the general guidelines shown in
the diagram above. These recommendations are based on the problem of
areas of “dead air” close to corners of rooms and apexes of ceilings, which
could result in the prevention of smoke reaching the smoke detector
Please consult the Instruction Leaflet supplied with the Ei100TYC for detailed
instructions as to how to correctly install and position the smoke detector
Important Precaution:
Do not install the actual smoke/heat
alarm itself in new or renovated
buildings until all work is completed
(including floor coverings) and the
building has been fully cleaned.
(Excessive dust and debris from
building work can contaminate the
smoke chamber and cause
problems, and it will also invalidate
the guarantee). If it must be
installed, cover it completely,
particularly around the edges, with
a dust cover (eg. a plastic bag),
until all cleaning is finished..
Technical Specification
Sensor Ionisation, uses electrically
charged ions that will react
to smoke particles
Sensitivity: Complies with BS 5446 Part 1:
2000
Source: Americium 241
Airspeed: Essentially immune to the effect
of airspeed.
Button Test: Simulates the effect of smoke and
checks chamber, electronics and
horn.
Supply Voltage: 9V lithium battery
Alarm: Piezoelectric-horn
in unit
Alarm Sound Output: 85dB (minimum) at 3m
Temperature Range: 0 to 40°C
Humidity Range: 0% to 90% Relative Humidity
Fixing: Screw fixings supplied
Plastic material: UL94HB flame retardant
Dimensions: 140x120x45 mm
Weight: 206 grams
Warranty: 5 year (limited) warranty
Approvals: Kitemarked to BS EN 14604:2005,
CE Approved
Specifications are subject to change