Changing The Batteries - RIB NOVA Wi-Fi ACG8037 Mode D'emploi

(example 3 set to ON), and commanding the door to open, on the MASTER Wi-Fi
the dual-colored LED 3 alternates from red to green, while LEDs DL2 and DL3 turn
off, and the buzzer sound intermittently for 1 minute.
Repeat the process for any other photocells installed.
ATTENTION: if when the battery from the photocell receiver is removed and
commanding the door to open the buzzer on the MASTER Wi-Fi does not sound,
micro-switch 3 on the MASTER Wi-Fi is set to OFF (disabled). Set it to ON.
W
ARNING (replace the batteries)
The WARNING tells the user of the immediate need to replace the batteries.
When battery power reaches 2,3V, the photocell receiver signals the MASTER
Wi-Fi via radio of the low battery status and activates the BUZZER of the MASTER
Wi-Fi with a sound every 3 seconds for 1 minute.
The warning is renewed for 1 minute if a command is given to the door.
The dual-colored LED on the MASTER Wi-Fi of the photocell with the low batteries
emits a constant red light.
The system is still operational during these signals, but it is advantageous to
replace the batteries as soon as possible in order to avoid a full stop of the door
operation which happens when the batteries reach 2,0 V.
The SPARK Wi-Fi flashing light changes flash modes during the warning status;
flashing 2 times in quick succession followed by a 2 second pause.
A
LARM STATUS
The alarm activates when the batteries have been exhausted (2,0 V) or when a
photocell is not working.
On the MASTER Wi-Fi LEDs DL2 and DL3 turn off, stopping the automation due
to the fact that one of the photocells installed is not working properly.
On the MASTER Wi-Fi the LED of the photocell with the low or exhausted battery,
alternates red to green and the buzzer emits an intermittent sound for 1 minute to
alert the user that the batteries or the photocell need attention.
The alarm is renewed for 1 minute if a command is given to the door.
IN ORDER TO REMOVE THE SINGLE PHOTOCELL FROM THE Wi-Fi SYSTEM
READ THE MASTER Wi-Fi CARD MANUAL.
C
HANGING THE BATTERIES
The duration of the batteries used for NOVA Wi-Fi photocells is about 3 years.
- Identify which photocell has the exhausted batteries by looking at the LED
EDGE-PHOT on the MASTER Wi-Fi card.
- Identify through the use of the number of the pair of photocells with the
exhausted batteries on the side of the dual-colored LED that:
- alternately flash red to green (if the alarm is on)
- has a constant red light (if the warning is on)
- has a constant green light (if the NOVA Wi-Fi transmitter batteries are
exhausted)
- Locate the adhesive strip with the corresponding identity number of the
photocells on the outside of the container.
- Replace the batteries of both the transmitter and receiver checking that the
polarity is correct.
- Push the button PROG TX of the photocell receiver to reactivate the MASTER
Wi-Fi. The buzzer on the edge of the MASTER Wi-Fi card turns off and the LED
DL2- DL3 (if the alarm is on) turn on and the dual-colored LED of the photocell
with the replaced batteries turns off.
The automation is now ready to begin safe operation once more.
ATTENTION: Please remember that batteries must be disposed of properly
according to current standards. In case of disposal of the photocells please
remember to remove and dispose of the batteries properly.
A
DDING OTHER NOVA Wi-Fi PHOTOCELLS (UP TO 6 TOTAL)
If after installation the use of further photocells is desired to increase door safety,
it is recommended to:
- Turn off power to the door.
- Place the additional photocells in the desired position.
- Perform the programming by setting to ON a micro-switch different from
that of the other photocells or safety devices installed and identify it with the
corresponding numbered adhesive strip (see paragraph "Identification").
- Enable the micro-switch of the added photocell on the MASTER Wi-Fi card.
- Return power to the door.
Follow the memorization procedure and system check as indicated previously.
R
EMOVAL PROCEDURE FOR A SINGLE SAFETY DEVICE (PHOTOCELL OR
STRIP) FOR BREAKDOWN OR SUBSTITUTION
In order to remove a single memorized safety device on the MASTER Wi-Fi, use
the following procedure:
- Push the button PROG. RX one or more times to select the dual-color LED
EDGE PHOT which begins flashing green, corresponding to the safety device
to be eliminated.
- After selecting the safety device, push and hold the button PROG. RX for 10
seconds.
- After 10 seconds the dual-color LED EDGE PHOT flashes alternately red and
green 6 times, indicating successful removal.
ATTENTION: Place the micro-switch corresponding to the eliminated safety
device in the OFF position, then scan the dual-color LED pushing the button
PROG. RX 6 times.
C
ONNECTION OF THE CLEAN CONTACT OF THE MECHANICAL
OR INDUCTIVE SAFETY EDGES TO THE NOVA Wi-Fi PHOTOCELLS.
It is possible to connect mechanical or resistive strips to NOVA Wi-Fi transmitters
and receivers.
For the connection of the safety edges to the transmitter or receiver of the NOVA
Wi-Fi photocells, a 2 x 0,5 mm
used. When using wires and cables of smaller diametre, verify that the cable
conector is thoroughly water tight. However, in order to ensure an IPx4 protecion
rating, it can be advisable to seal off with silicone glue any opening that could
allow the passage of water.
THE OPERATION OF THE STRIP CHANGES ACCORDING TO ITS POSITION,
THEREFORE PAY ATTENTION TO THE FOLLOWING:
The strip connected to the NOVA Wi-Fi RECEIVER:
- if activated while the door is CLOSING => REVERSES THE OPENING
MOVEMENT;
- if activated while the door is OPENING => REVERSES THE CLOSING
MOVEMENT.
IT IS OPERATING AS A STRIP.
The strip connected to the NOVA Wi-Fi TRANSMITTER:
- if activated while the door is CLOSING => REVERSES THE OPENING
MOVEMENT;
- if activated while the door is OPENING => STOPS AND THEN ALLOWS
OPENING TO CONTINUE.
IT IS OPERATING AS A PHOTOCELL.
FOR MECHANICAL TOUCH STRIPS (code ACG3015) WITH CONTACT N.C.
- Connect in series to the N.C. contact of the strip a resistance of 8,2 KΩ (without
this resistance the series will not work and the alarm will come on - see table
"TROUBLESHOOTING')
- Connect the strip N.C. contact to the feed terminals J6 for the transmitter or J7
for the receiver.
- Place the jumper JP6 on the receiver in the following position to enable
the strip:
- Place the jumper JP8 on the receiver in the following position to control the N.C.
contact:
- Place the jumper JP4 on the transmitter in the following position to enable the
strip:
- Place the jumper JP3 on the transmitter in the following position to control the
N.C. contact:
FOR RESISTIVE STRIPS WITH N.O. CONTACT
- Connect in parallel to the N.O. contact of the strip a resistance of 8,2 KΩ (without
this resistance the series will not work and the alarm will come on - see table
"TROUBLESHOOTING')
- Connect the strip N.O. contact to the feed terminals J6 for the transmitter or J7
for the receiver.
- Place the jumper JP6 on the receiver in the following position to enable
the strip:
- Place the jumper JP8 on the receiver in the following position to control the
N.O. contact:
17 17
17 17
cable with external diametre of 5 mm must be
2
G
B
JP6
JP8
JP4
JP3
JP6
JP8