TOC2001NUbb_0620
5/6
TRI
0
2
SYS
sarl
–
300 Rue des Arts et Métiers, 21410 PONT DE PANY
For programming the receiver must be connected to the mains. The programming is conserved
during a power failure.
5.1 Programming mode or transmitter deletion mode
N.B.!
A transmitter must not be further away than 2 m from receiver in learn mode. The
receiver has a limited range!
To enter the programming mode, short press (approximately 0,5s) the
LRN
button. This mode
is confirmed by the regular flashing of
LED 1
.
e) In programming mode, pressing the
LRN
button again selects the relay output to be
associated with a transmitter (example: if
DEL 1
flashes, press
LRN
, switch to channel
2,
LED 2
flashes and
LED 1
off).
f) Once the relay output has been chosen, to associate a transmitter, simply press on one
of the switches or press the
LRN
button (see §6.2). The receiver will acknowledge its
recording in memory by maintaining the
LED
corresponding to the selected output on for
4 seconds. As soon as flashing LED starts again, another transmitter can be associated
or cleared.
g) To clear a transmitter simply press on one of the switches or press the
LRN
button of the
desired sensor (see §6.2). The receiver will acknowledge its clearing off the memory by
maintaining the
LED
corresponding to the selected output off for 4 seconds. As soon as
flashing starts again, another transmitter can be associated or cleared.
h) The association or deletion of transmitters can also be carried out via the UTE
-5-
(
Universal TEach-in) protocol of EnOcean. A UTE association frame is sent every 3
seconds when the receiver is in programming mode.
To exit programming mode, short press the
LRN
button. The output is confirmed by the
stopping of regular flashing of the
LED(s)
.
Multiple association programming mode:
This mode is used to associate the 4 relay outputs with a transmitter in a single step.
- To enter the multiple association programming mode, make 3 successive short presses
(<0.5s) on the
LRN
button. This mode is confirmed by the regular flashing of the 4
LEDs
.
Notes:
–
No transmitter is programmed in the receiver as supplied state.
–
When using BMS products, mono or multi-channel, programming must be performed alone
and channel by channel: you must exit the programming mode between each channel or
select another output, by short press the
LRN
button and within 5 seconds after the start of
visual acknowledge.
–
Up to 32 switch, transmitters and sensors can be allocated to each channel.
–
If the memory is full, the receiver exits programming mode upon an additional association
attempt.
–
The transmitters are alternatively programmed or cleared in the event of several activations!
–
If no button is pressed, learn mode stop automatically after 30 s.
5.2 Clearing off all the programmed transmitters
Press the
CLR
button for approximately 2s. Clearing is confirmed by the simultaneous lighting
of the 4
LEDs
then the regular flashing of
LED 1
alone. The receiver returns automatically to
programming mode.
To exit programming mode, short press the
LRN
button. The output is confirmed by the
stopping of regular flashing of the
LED(s)
.
5.3 Programming for viewing consumption indications
To program the consultation of consumption indications, the 4 channels receiver must be
connected to a suitable software.
5.3.1 Association for consultation
To associate (or disassociate) the receiver with a software suitable for reading consumption
data, the UTE
-5-
(Universal TEach-in) protocol of EnOcean is recommended. Please refer to
§5.1 for association (and disassociation).
5.3.2 Consultation
Consultation of consumption data is possible, after association, in accordance with the EEP
profile §D2-01-00
-5-
:
c) Have the software send a frame "
CMD 0x6 - Actuator Measurement Query
" (parameters:
Query energy
and
Output channel 0x00
).
d)
The receiver responds with a “
CMD 0x7 - Actuator Measurement Response
” frame
containing the consumption data.
5.3.2 Reset consumption data
–
Switch off the device.
–
Hold down the
CLR
button, then switch on the device,
–
Once the orange
LED 1
is fixed, wait for the
LED 1
to go red (5s) then release the
CLR
button.
–
Press the
LRN
button for about 1s to reset the recorded values of the receiver to zero, the
red
LED
goes out to confirm the erasure of the data.
-5-
For more details see
Communication Profiles
–
EEP
available at:
www.enocean-alliance.org/what-is-enocean/specifications/
Each receiver can receive up to a maximum of 32 transmitters, switches or sensors. Upon
allocating on the selected output the first transmitter or sensor, the operating mode is defined.
The operating mode cannot be changed until all the transmitters have been cleared using the
CLR
button.
Switch mode
: Each transmitter can be used to change the switching state, of the associated
output of the receiver. It is possible to switch
ON
(button
I
) with a switch and
OFF
(button
O
) with
another switch.
Window contact mode
(D5-00-01): If at least one of the window contacts is open, this
activates
ON
the associated output of the receiver. If all possible window contacts are closed,
the associated output of the receiver is
OFF
. The window contacts transmit a signal
approximately every 15 minutes. 60 minutes after receipt of the last signal received, the receiver
considers this contact closed.
6.1 Compatible transmitters
The following transmitters can be associated with the receiver
0
2
LINE
10020110
:
Designation
0
2
LINE reference
EEP Profile*
Switch
10020001, 10020019, 10020022
F6-02-01
Key card
10020067
F6-04-01
Windows Handle
10020011
F6-10-00
Windows contact
10020032, 10020042,10020075
D5-00-01
Dry contact sensor
10020047, 10020057
D5-00-01
Occupancy Sensor
10020051,10020078
A5-07-01,
A5-07-03
(*) For more details see
Communication Profiles - EEP
available at:
www.enocean-alliance.org/what-is-enocean/specifications/
6.2 Transmitter associated functions
(switch mode)
The functions associated with different sensors are determined during learning. The learning
process (Cf § 5.1) is to do before activating the transmitter.
Designation
Learning
Function obtained*
Switch
Button 1 (2, 3 ou 4):
pressed and released before
visual acknowledge**
Button 1 (2, 3 or 4):
Transition from ON to
OFF and vice Versa
(Switch mode only §6)
Button 1 (2, 3 ou 4):
pressed then released after
visual acknowledge**
Button 1 (or 3): ON
Button 2 (or 4): OFF
Button 1 (2, 3 ou 4):
pressed and released before
visual acknowledge** followed by,
pressed then released after
visual acknowledge**
Button 1 (2, 3 or 4):
pressed : ON
released : OFF
Key card
Card inserted before the entry into
learning mode, removed (in
learning mode) then reinserted
Card inserted: ON
Card removed: OFF
Window handle
Closed to opened or opened to
closed
Tilt to opened: no
change
Opened to tilt: no
change
Closed to opened: OFF
Opened to closed: ON
Window contact
Press the LEARN button
Magnet away: ON
Magnet near: OFF
Dry contact sensor
Press the LEARN button
Contact closed: OFF
Contact open: ON
Occupancy sensor
Press the LEARN button
Detection (PIR = On):
ON
Detection (PIR = OFF):
OFF
Note *: The ON state corresponds to the lighting of the LED (on the front of the product) and
contact closure output NO.
Note **: The visual acknowledge corresponds to holding the
LED
on or off for 4 seconds.
6.3 Radio function test
(slave)
This RLT function (Radio Link Test, EEP §A5-3F-00
1
) master slave allows, through a diagnostic
product (master), to perform a radio test range (slave):
a) On the diagnostic product, activate the master RLT mode (refer to its manual instruction)
b) On this receiver, activate the slave RLT mode by a short press (approximately 0,5s) on
LRN
and
CLR
simultaneously. This mode is confirmed by the regular flashing (orange) of
the 4
LEDs
.
c) To exit this function, short press (approximately 0,5s) on the
LRN
button. the output is
confirmed by the stopping of regular flashing of the 4
LEDs
. In the absence of test activity,
this function stops automatically after 30 seconds.
6. Control and functions
5. Programming
2
1
1
2
4
3
