TOC1306NUEN_0913
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TRI
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SYS
sarl –
grande rue le village, 21160 FLAVIGNEROT
5.1 Movement detection
This detector is equipped with a permanently active PIR sensor.
If a movement is detected, a radio telegram indicating the occupied state is
immediately transmitted; a time delay of 2 minutes is then triggered (no telegram
will be sent before this time delay elapses). Once elapsed, the detector can react
in 2 ways:
a)
An occupation has been detected, the device therefore transmits a
telegram. A new time delay is started.
b)
No occupation is detected, the device transmits two messages to signal
that it is in an unoccupied state: the first after 10 minutes and the second
30 minutes after the last movement transmission. If the device detects a
movement in this state, a movement signal is transmitted immediately.
5.2 Test modes
Before starting a test, ensure that the detector is adequately charged. (see
section 4.1 Installation instructions).
NOTE:
- if the product is not sufficiently charged, it cannot enter the selected test
mode: red flashing will occur during use of the SET button (green flashing if the
charge is adequate).
- after selection the test will remain active for 3 minutes.
- to exit the selected test and resume normal operation, press the LRN button
for 5 seconds.
5.2.1 Detection zone test
Use this test to determine the zone covered by the detector.
1. Press and hold the SET button for 5 seconds: a red LED flashes to confirm
the acknowledgement of the test.
2. Move about within and outside the range of the sensor to determine the
zone covered: the detector flashes when it detects a movement.
3. Make small movements of the hand at the zone limit to see if the movement
triggers a response.
NOTE: Ensure that the sensor does not
trigger as a result of activities outside the
desired zone or because of heat
sources. If inadvertent actuations are
detected, adjust the sensitivity switch
from REG towards LOW (on the back of
the product next to the assistance
options).
5.2.2 Luminosity test
Use this test to measure the level of illumination received by the detector.
1. Press and hold the SET button for 10 seconds: red and green LEDs flash to
confirm the acknowledgement of the test.
2. Monitor the LED flashing sequences to determine the illumination level at the
detector:
- MAX 5 flashes indicate very good illumination (200 lux or better).
- MIN 1 flash indicates minimum illumination (<25 lux).
3. Try moving/realigning the product to improve its illumination.
NOTE: If there is no flashing, move the product or install an assistance to provide
a supplementary power supply.
5.3 Selectable options
Two parameters can be configured if necessary. They are deactivated by
default.
Note that these parameters consume extra energy and are not desirable in
installations with a low luminosity.
5.3.1 Visual signals
One red LED located below the infrared sensor flashes upon each transmission
of an occupation telegram.
1. To activate / deactivate the luminous signal, press and hold the LRN button
for 3 seconds: the green LED of the LRN button flashes once to indicate the
correct acknowledgement of the command.
2. The new state is signalled by the following flashes: Activated - by 3 flashes
of the green LED, deactivated - by 3 flashes of the red LED.
5.3.2 Sequencing
A non-occupied telegram is sent at interval of 1 h.
1. To activate / deactivate the sequencing, press and hold in the LRN button
for 5 seconds: the green LED of the LRN button flashes once to indicate the
correct acknowledgement of the command.
2. The new state is signalled by the following flashes: Activated - by 3 flashes
of the green LED, deactivated - by 3 flashes of the red LED.
5.4 Assistance (optional)
In poorly lit zones or during extended use in the dark, use of a type CR2032
battery or of an external power supply of 3 to 5 V (DC) may be necessary to
supplement the power supplied by the solar cells.
1. Remove the detector from the fixing support and chose the assistance type.
2a. Insert a battery in the clip support, the visible end being the positive pole (+)
2b. Connect the external power supply of 3 to 5 V (DC) observing the po
and - of the screw terminals.
3. Replace the sensor on the support (see section 4.2 Installation)
6.1 New or existing installation
• Check the circuit breaker, the electrical supply and the load connected to the
receiver associated with this transmitter (qualified electricians).
• If the receiver functions at a shorter distance relative to the transmitter, it is
subject to interference or used outside the transmission range.
• Search the system environment for changes that could cause the interference
(for example movement of metallic cabinets, furniture or partitions).
• Locate the sensor or receiver in a more suitable location.
• Clear the receiver and perform a new learn process.
6.2 Absence of signal transmission
• Press the SET button to transmit a telegram.
• Check that the indicator lamp flashes when a movement is detected during a
test of the detection zone (see section 5.2).
• Check that the detector is correctly charged.
6.3 Automatic activation of the receiver
• The cause may be the activation of a sensor or transmitter external to the
system which has by chance been programmed on the receiver.
• Clear the receiver and perform a new learn process.
• Check that there is 1.2 m clearance relative to heat sources likely to interfere
with the detection
• Reduce the sensitivity setting by moving the sensitivity switch of the infrared
sensor from REG to LOW (see section 5.2.1).
6.4 Lack of response of the receiver and limitation of the range of
the radio signals
• Check the sending of a telegram by pressing on the SET button
• Check for environmental problems (interference, proximity of metal objects,
walls, etc.). Ensure there is clearance of at least 10 cm from objects or materials
with a metal content.
• Check the detector / receiver association
• Check the receiver connection
• Check for moisture in the surrounding materials.
• Check for the presence of devices emitting high frequency signals such as
audio and video systems, computers, electronic ballasts or fluorescent tubes.
Observe a distance of at least 0.5 m.
6.5 Explanation of telegrams and sequencing
• byte DB3: voltage of the internal super capacitor, 0-255 (% of 0-5V)
• byte DB2: current supplied by the solar panels, from 0 to 127 µA
• byte DB1: 0xFF (occupied) or 0x00 (unoccupied)
• byte DB0: 0x0B (ceiling sensor)
6.6 Contacts
E-mail:............................
These products can be marketed and distributed in the countries of the
European Union, Switzerland, Iceland and Norway.
TRI
0
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SYS
hereby declares
that the presence detector 10020051 conforms to the base requirements and
other applicable requirements of the directive 1999/5/CE referred to as R&TTE.
6. Troubleshooting
7. Declaration of conformity
