RIB NOVA Wi-Fi ACG8037 Mode D'emploi page 16

G
B
NOTE: It is possible to connect both the transmitter and the receiver to mechanical
or resistive strips as shown in the paragraph "CONNECTION OF MECHANICAL
OR RESISTIVE STRIP".
R
ANGE
It is possible to adjust the range of the photocells by placing a jumper on the
transmitter(s).
Jumper JP5 with a range of 13 m
JP5
Jumper JP5 with a range of 25 m (factory setting)
JP5
With JP5 set on 13 m range, the batteries can last more than 4 years.
With JP5 set on 25 m range, the batteries will last 3 years.
That is based on 20 daily complete operations every day of the year.
After affixing the plastic bases of the NOVA Wi-Fi photocells, insert the circuit
boards into the proper places on the bases and attach them with the supplied
screws.
B
ATTERY CONNECTION
- Insert the two AA 1,5V Alkaline batteries checking
that the polarity is correct (see side image).
- Upon insertion of the batteries into the transmitter TX
NOVA Wi-Fi the green LED will light for 10 seconds
indicating that it works correctly. The LED then shuts
off so as not to waste battery energy, but the infrared
signal is active.
- Upon insertion of the batteries into the receiver RX
NOVA Wi-Fi the red LED will light for 3 seconds
indicating that it works correctly.
- If the red LED remains lit then the photocells are
already aligned correctly.
- If the red LED turns off, align the infrared signal as
described in the next paragraph.
A
LIGNMENT AND SYNCHRONIZATION OF THE INFRARED SIGNAL
- NOVA Wi-Fi photocells are packaged with central alignment however, if
necessary, it is possible to adjust the optical units of the transmitter and receiver
(+90°/-90° horizontally and +5°/-5° vertically).
- Push the button S3 PROG. TX on the NOVA Wi-Fi receiver to activate it for 3
minutes (the time necessary to perform the alignment between the transmitter
and receiver). ATTENTION: After 3 minutes the red LED shuts off so as not to
waste battery energy, in any case it is possible to restart the 3 minute period
simply by pushing again on the button S3 PROG. TX.
- After performing the alignment the red LED on the NOVA Wi-Fi receiver must
emit a constant light to indicate correct reception of the infrared signal from the
NOVA Wi-Fi transmitter. If the red LED is flashing it means that the signal is weak
and that the alignment must be improved until the red LED emits a constant light.
- If the transmitter and the receiver are mounted at a distance of less than 13
meters, we recommend positioning the jumper JP5 as indicated in the paragraph
"RANGE". This will provide lower battery consumption and consequently add to
their duration.
- Mount the protective cover.
I
DENTIFICATION
Every pair of NOVA Wi-Fi photocells is supplied with the micro-switches in the
OFF position to avoid battery consumption when not in use (if connected).
Every pair of NOVA Wi-Fi photocells must OBLIGATORILY be unequivocally
identified by placing only one of the 6 different micro-switches on the card into the
ON position. Example: set DIP 1 to ON on the MASTER Wi-Fi, DIP 1 to ON on the
NOVA Wi-Fi receiver and DIP 1 to ON on the NOVA Wi-Fi transmitter.
IDENTIFY THE NOVA Wi-Fi PHOTOCELL CONTAINERS BY APPLYING THE
ADHESIVE STRIP ON PROVIDED ON THE OUTSIDE OF EVERY CONTAINER.
IDENTIFICATION HELPS TO QUICKLY IDENTIFY THE PHOTOCELL WHEN
ITS BATTERIES ARE LOW.
M
EMORIZATION
After aligning and identifying the NOVA Wi-Fi photocells, set the micro-switches on
the MASTER Wi-Fi card to enable the photocell to be memorized (this operation
may also be performed after the memorization procedure).
To perform memorization use the following procedure:
- Push the button PROG RX found on the MASTER Wi-Fi=> card. The dual-
colored LED EDGE PHOT 1 will flash red for 1 minute (the time necessary to
perform memorization).
PROG RX
- Push the button PROG TX on the receiver with micro-switch 1 set to ON =>
on the MASTER Wi-Fi the dual-colored LED EDGE PHOT 1 flashing red will
turn green and a buzzer will signal that memorization of the photocell has been
done correctly. At the same time the dual-colored LED EDGE PHOT 2 will begin
flashing red for 1 minute (the time necessary to perform memorization).
If there are no other photocells to be memorized let a minute pass or push the
button PROG. RX 4 times to complete the memorization procedure (the LED
EDGE PHOT 2 shuts off) => all of the LEDs EDGE PHOT should be off during
normal operation.
TO MEMORIZE OTHER NOVA Wi-Fi PHOTOCELLS:
- Push the button PROG TX on the receiver with micro-switch 2 set to ON => on
the MASTER Wi-Fi the dual-colored LED EDGE PHOT 2 flashing red will turn
green and a buzzer will signal that memorization of the photocell has been done
correctly.
- Follow the same procedure for any other photocells (up to a maximum of 4).
NOTE: at the end of the memorization procedure and after having enabled the
micro-switches for the safety devices memorized on the MASTER Wi-Fi, run a
scan on the dual-colored LED EDGE PHOT pushing the button PROG. RX 6
times.
S
YSTEM CHECK
After finishing the memorization procedure, check the correct working order
between the NOVA Wi-Fi photocells and the MASTER Wi-Fi by doing the following:
- Push the button S3 PROG. TX on a RX NOVA Wi-Fi to activate the red LED for
3 minutes.
- Place an object between them and check that the red LED turns off and that at
the same time on the MASTER Wi-Fi the corresponding LED EDGE PHOT is
on and green while the object is present.
- The LED DL3 of the MASTER Wi-Fi should also turn off indicating the correct
exchange of dedicated contact with the PHOT entry on the motor control panel.
Repeat the process on the other NOVA Wi-Fi photocells installed.
Then perform a system check of all the photocells installed by activating the
movement of the automation and checking that when an object is present the
automation stops/reverses when closing, or stops/continues to open when
opening.
A
NTENNA
The radio antenna is already connected to all of the NOVA Wi-Fi receivers.
DO NOT TOUCH IT !!!
A
LARM CHECK
Check that by removing a battery from the photocell receiver with a micro-switch
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DUAL-COLORED LED EDGE PHOT
24V ac/dc