Comelit BLTMOD Programming Manual

Bluetooth module
BLTMOD
P R O G R A M M I N G M A N U A L
Bluetooth module for
programming sensors using
the Comelit Sensor App
BLTMOD is an accessory for the COMELIT series of outdoor sensors
which allows use of the Comelit Sensor App on a mobile device that
has a Bluetooth connection with one of these sensors.
The innovative Comelit sensor application developed on the Android
platform makes installing outdoor sensors easier.
Comelit sensor can be used for optimal sensor adjustment, to
define the area you intend to protect as clearly as possible while
minimising false alarms. The application can be used to carry out a
groundbreaking walk-test: the Bluetooth connection allows you to
view the signal strength of the individual heads on site and in real
time on your own device and to adjust the sensor without having to
perform any manual procedures.
The following components are required in order to use the Comelit
Sensor App:
• Sensor compatible with the BLTMOD module: OPTT, OPDP,
RFOPTT, RFOPDP, RFDT12E, RFDP12E, IR180EAMB,
RFDT12CEB and DT12ECAMB
• BLTMOD module
• Android device with Comelit Sensor App (version 3.07 or higher)
Before you proceed, read all parts of this manual carefully.
Keep this manual in a safe place for future reference.
The manufacturer accepts no liability for improper use of
the product, incorrect installation or non-observance of the
instructions provided in this manual, or for the non-observance
of any legal requirements relating to electrical systems.
1. Installing the Comelit Sensor App
Download the application free of charge at GOOGLE PLAY
(compatible with Android version 5.1 onwards)
The graphic interface of the Comelit Sensor App may vary
depending on the functions of the sensor connected, and may
change in line with how the features of the sensor evolve.
2. Connecting the BLTMOD module
To change the sensor settings using the Comelit Sensor App, set
the DIP dedicated to remote programming to ON (refer to the sensor
manual).
Once programming via the Comelit Sensor App is complete,
leave the remote programming DIP on the sensor set to ON to
keep the set configuration active.
There are two ways of connecting the BLTMOD to the sensor:
Quick mode (compatible with more recent sensor models)
This offers the option of fitting the BLTMOD while the sensor is on.
The sensor automatically detects the presence of the BLTMOD and
restarts in Bluetooth communication mode.
At the end of the session, simply remove the BLTMOD and the
sensor will restart in normal mode.
Classic mode (compulsory for older sensor models)
The BLTMOD module is only fitted when the sensor is off. After
cutting off the power supply to the sensor, fit the BLTMOD module
and then restore the electricity supply.
If the BLTMOD is suitably connected and is communicating with the
sensor, during startup the BLUE alarm LED remains lit steadily for a
few seconds, until the heads have stabilised (process accompanied
by the red LEDs flashing).
Classic connection mode is required for the following sensors:
Sensor FW Version
RFDP12E 1.14 or lower
RFDT12E 1.11 or lower
RFDT12CEB 1.2 or lower
DT12ECAMB all
3. Pairing the BLTMOD module
To pair the BLTMOD module with the Android device on which
the Comelit Sensor App has been installed, you need to access
the Bluetooth settings for the device, perform a scan and pair the
BLTMOD (identified with TBD followed by 5 digits).
The Bluetooth security code for the module is "1234".
The BLTMOD and the Android device are now paired and you can
start using the Comelit Sensor App.
4. Connecting Comelit Sensor to the
BLTMOD module
• Launch the Comelit Sensor application on your device.
• Tap the name of the BLTMOD module paired previously (shown
on the module label).
• Wait for a few seconds while a connection is established.
5. Walk-test
After closing the sensor cover you can start the WALK TEST.
The diagram shows the signal strength detected by the various
sensor heads separately. If the signal detected by the heads is not
considered an alarm, the signal bars are shown in green. If the signal
detected is enough to generate an alarm but the proper conditions
for determining an actual alarm are not in place, for example
confirmation from the other head or active disturbance filter, the bars
are shown in yellow. If an alarm occurs the bars turn red and the
background turns blue.