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G
B
E - MASTER Wi-Fi OS POWER
After having made all of the connections, provide power to the control panel.
The yellow LED DL6 should turn on and the buzzer will emit a sound indicating correct power.
F - DEPENDING ON THE CONTROL PANEL, SELECT THE MANAGEMENT
FOR ONE OR TWO EDGE INPUTS
ATTENTION: POSITION THE JP2 JUMPER BASED ON THE NUMBER OF INPUTS FOR EDGE
CONNECTION (Pic. 1).
JP2 LEFT
FOR CONTROL PANEL WITH 2 INPUTS FOR THE
DIFFERENT MANAGEMENT OF THE SAFETY
STRIPS IN OPENING AND CLOSING
3 safety edges can be assigned for each of
the 2 control panel inputs.
EDGE 1 = yellow wire - edges in CLOSING (EDGE
PHOT LED from 1 to 3), DIP 1-2-3
EDGE 2 = green wire - edges in OPENING (EDGE
PHOT LED from 4 to 6), DIP 4-5-6
G - IDENTIFICATION OF SAFETY DEVICES
Every Wi-Fi safety device must OBLIGATORILY be identified placing only one of the 6 DIPs
present on its circuit (different for each of the 6 safety devices) in the ON position. Obviously
one pair of photocells is considered one safety device and must therefore have infrared ray
receiver and transmitter with the same DIP in the ON position.
IDENTIFY EACH SAFETY DEVICE WITH THE NUMBER OF THE ACTIVATED DIP BY APPLYING THE
CORRESPONDING NUMBERED YELLOW ADHESIVE ON ITS CONTAINER.
The sticker is used to quickly identify the safety device that requires maintenance based
on the EDGE PHOT LED that is lit RED or flashing RED/GREEN at that moment.
H - INSERT THE BATTERIES IN THE WI-FI SAFETY DEVICES
Note: Each safety device is supplied with the DIP switches in the OFF position to prevent the
batteries from running out when not in use (if inserted).
I - MEMORIZATION OF THE SAFETY DEVICES
After having identified the safety devices and inserted the batteries, on MASTER Wi-Fi OS set
the microswitches corresponding to those of the safety devices to be memorized to ON.
- Push the button PROG RX on the MASTER Wi-Fi OS => LED EDGE PHOT 1 flashes red for 1 minute
(the time provided for memorization).
- Push the button PROG TX on the safety device with DIP 1 in ON position => LED EDGE PHOT 1
since red, turns green and a sound from the buzzer indicates that the safety device has been
memorized correctly. Immediately LED EDGE PHOT 2 begins flashing red.
- If there are no other safety devices to be memorized after one minute the dual-color LED
EDGE PHOT 2 will turn off or, push the button PROG. RX 4 times to end the memorization
procedure => all of the LED EDGE PHOT must be off.
12/24V ac/dc
JP2 RIGHT
FOR CONTROL PANEL WITH 1 INPUT FOR THE
MANAGEMENT OF THE SAFETY STRIPS WITH
INTERVENTION IN OPENING AND CLOSING
EDGE 1 = yellow wire - safety edge in opening
and closing (LED EDGE PHOT available from 1
to 6) - DIP 1-2-3-4-5-6
MEMORIZATION OF OTHER SAFETY DEVICES
- After having memorized the first safety device, LED EDGE PHOT 2 automatically begins
flashing red for 1 minute (the time provided for memorization).
- Push the button PROG. TX on the safety device with DIP 2 in ON position => LED EDGE PHOT
2 flashing red, turns green and a sound from the buzzer indicates that the safety device has
been memorized correctly.
- Follow the same procedure for any other safety devices (up to a maximum of 6).
ADDING OTHER SAFETY DEVICES (UP TO 6 TOTAL)
If after installation the use of further safety devices is desired to increase door safety, it is
recommended to:
- Disconnect the power supply to the control panel.
- Place the safety device in the desired position and identify it by moving the internal DIP.
- Identify it with the corresponding yellow numbered sticker (see paragraph G - IDENTIFICATION
OF Wi-Fi SAFETY DEVICES).
- Enable the DIP of the safety device just added to the MASTER Wi-Fi OS card.
- Power up the control panel.
- Follow the memorization procedure and system check as indicated previously.
NOVA Wi-Fi AND VERTIGO Wi-Fi PHOTOCELLS - SYSTEM CHECK
- Check that DIP selected on the infrared ray transmitter TX NOVA Wi-Fi is the same as that
selected on the receiver RX NOVA Wi-Fi (for example DIP 1 ON).
- Proper operation of TX NOVA Wi-Fi is shown by the green LED which turns on for 10 seconds.
- Push and release the button S3 "PROG. TX" on the NOVA Wi-Fi receiver (it turns on for 3
minutes to perform the alignment procedure). If the photocells are already aligned the red
LED emits a steady light. If the red LED is off or emits a flashing light, perform the alignment
until it emits a steady light.
- After alignment, check that when an obstacle is placed in between, the red LED on RX NOVA
Wi-Fi switches off and at the same time on MASTER Wi-Fi OS the corresponding EDGE PHOT
LED lights up green for the duration of the obstacle.
- On the MASTER Wi-Fi OS, the DL3 LED must also turn off, indicating the opening of the contact
connected to the PHOT input on the control panel.
- Repeat the procedure to the other photocells.
- Perform a function check to all the photocells, activating the movement of the automation
1
and checking that by placing an obstacle the automation stops/reverses when closing, or
stops/continues to open when opening.
TOUCH Wi-Fi 2.0 SAFETY STRIP - SYSTEM CHECK
After having adjusted the TOUCH Wi-Fi 2.0 strip correctly:
- Press the gummy of a TOUCH Wi-Fi 2.0 strip for a moment (for example: safety strip with
DIP 3 ON).
- LED EDGE PHOT 3 flashes green and LED DL2 momentarily turns off and then turns on.
ATTENTION: after receiving the first signal, other signals are ignored for 2 seconds. If a signal
arrives during these 2 seconds, there will only be a visual signal from the EDGE
PHOT 3 LED, which will turn green.
- Repeat the LED activation check on the MASTER Wi-Fi OS by pressing the other TOUCH Wi-Fi
2.0 edges installed for a moment.
- Perform a final check of all the edges installed by activating the automation movement
and checking that by pressing the rubber of each edge, the automation stops/reverses the
movement.
ANTENNA 868MHz
To communicate best with the radio safety devices, connect the 868.3 MHz antenna (code
ACG5451) to terminal J8 of the MASTER Wi-Fi OS and position it so that it is "in sight" of all the
safety devices at least 2 m away from them.
To obtain correct radio communication, there must be no obstacles between the MASTER
Wi-Fi OS and the safety devices such as reinforced concrete walls, iron surfaces, etc. that
could hinder radio communications and consequently send the system into alarm.
20
12/24V ac/dc
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