Ei Electronics Ei3105RF プリント
Shannon Free Zone, Shannon, Co. Clare, Ireland.
Ph.
+353 61 471277
Fx.
+353 61 471053
Email.
eielectronics@eiltd.ie
Web:
www.eielectronics.com
E & OE As our policy is one of continuous product development, we reserve the right to alter product details without prior n otice
.
Ei3105RF DataSht RevB
Model
Ei3105RF Optical
RF wireless interconnect
Unique house coding feature
Visual RF transmission indicator
High performance optical chamber with integral
insect screen
insect screen
Test button
Advanced suppression and calibration technology
Radio transmitter and receiver in each alarm
Built in auto self test feature
Low power cell warning
Kitemarked to BS EN 14604:2005
5 year guarantee
Product Description
The Ei3105RF is an Optical Smoke Alarm that runs on
9V alkaline battery and is part of the Radio Frequency
range of smoke alarms. The RF signal will wirelessly
interconnect the Ei3105RF to other RadioLINK products
9V alkaline battery and is part of the Radio Frequency
range of smoke alarms. The RF signal will wirelessly
interconnect the Ei3105RF to other RadioLINK products
The Ei3105RF uses advanced radio transceiver
technology with unique software coding to transmit and
receive the radio signals. The transmissions are
frequency modulated (FM) and use Manchester coding
to ensure robust signal integrity and avoid signal noise
interference
The Ei3105RF has other advanced features such as high
performance optical chambers fitted with integral insect
screens to reduce the chances of false alarms, as well
as the ability to wireless interconnect up to twelve alarms
to allow all alarms to sound if just one of the
interconnected alarms should be triggered.
The Ei3105RF has built in circuitry to aid suppression of
voltage transients and RF interference to further reduce
the chances of false alarms under such conditions
technology with unique software coding to transmit and
receive the radio signals. The transmissions are
frequency modulated (FM) and use Manchester coding
to ensure robust signal integrity and avoid signal noise
interference
The Ei3105RF has other advanced features such as high
performance optical chambers fitted with integral insect
screens to reduce the chances of false alarms, as well
as the ability to wireless interconnect up to twelve alarms
to allow all alarms to sound if just one of the
interconnected alarms should be triggered.
The Ei3105RF has built in circuitry to aid suppression of
voltage transients and RF interference to further reduce
the chances of false alarms under such conditions
Operation
The red indicator will flash every 40 seconds to show that
the detector has performed an automatic self test
the detector has performed an automatic self test
In normal standby mode the amber indicator will light to
indicate transmission of an RF signal
indicate transmission of an RF signal
In code mode, the amber indicator will flash to indicate the
number of other RF alarms that have been “learned” in the
system
number of other RF alarms that have been “learned” in the
system
The red indicator will flash rapidly to show an alarm
condition for the smoke detector
condition for the smoke detector
The “Test/Hush” button will either silence false alarms or
perform a unit self test
perform a unit self test
In “Hush” mode the alarm enters a ten minute period of
reduced sensitivity and the red light flashes every 10
seconds and then resets
reduced sensitivity and the red light flashes every 10
seconds and then resets
When interconnected to other Ei mains powered alarms, an
alarm on one detector will trigger all other interconnected
alarms within one second (only the triggered alarm will flash
a red indicator)
alarm on one detector will trigger all other interconnected
alarms within one second (only the triggered alarm will flash
a red indicator)
The smoke detector will emit a beep and the red light
flashes every 40 seconds to indicate that the battery is
depleted and needs to be changed
flashes every 40 seconds to indicate that the battery is
depleted and needs to be changed
BATTERY POWERED 9V
RF Communication