RIB MASTER Wi-Fi ACG6094 Manual Download Page 16

Page: 16 / 24

Allow 10 seconds to pass to conclude programming, or push button PROG. RX
on the MASTER Wi-Fi for a moment.

Replace the casing.

Mount the diffuser and attach it with the screws provided.

More than one blinker can be memorized by the MASTER Wi-Fi.
Each SPARK Wi-Fi blinker receives during the memorization one single identic
code from the MASTER Wi-Fi to which it is paired up.
When the MASTER Wi-Fi is activated by a command, all SPARK Wi-Fi blinkers
memorized in it will start blinking simoultanesly.

SYSTEM CHECK

Give a command to the door and check that the SPARK Wi-Fi blinker flashes
correctly.

ROGRAMMING REMOTE CONTROLS AND THE Wi-Fi BLOCK

SELECTOR FOR TOTAL OPENING (maximum of 100 codes)

Using the following procedure it is possible for MASTER Wi-Fi to memorize the
following remote controls:

SUN DUAL-CHANNEL 433 MHz

Code ACG6052

SUN FOUR-CHANNEL 433 MHz

Code ACG6054

SUN CLONE DUAL-CHANNEL 433 MHz

Code ACG6056

SUN CLONE FOUR-CHANNEL 433 MHz

Code ACG6058

BLOCK Wi-Fi KEY SELECTOR 433 MHz

Code ACG6098

At MASTER Wi-Fi start-up the yellow LED DL6 will turn on.
-

At the same time the buzzer will emit a sound indicating proper power status.

a -

If the MASTER Wi-Fi memory is empty (standard version) the dual-color LED
DL7 flashes alternately red and green.

a -

If codes are already present in the memory, the dual-color LED DL7 remains
off (perform a total removal - see paragraph TOTAL CODE REMOVAL
PROCEDURE).

Push and hold the button PROG RX for at least 3 seconds. After release the
dual-color LED DL7 on the MASTER Wi-Fi flashes red for 10 seconds. At this
time pressing one of the buttons on the transmitter will memorize the code.

- In addition to the codes, MASTER Wi-Fi also learns the channels that are

desired for use. Be careful to remember the buttons pushed on the remote
controls during the code memorization procedure as they will be those
used thereafter for the total opening.

If no code is sent, after 10 seconds the red dual-color LED DL7 on the MASTER
Wi-Fi turns off indicating the end of the programming procedure. The dual-color
LED DL7 flashes alternately red and green indicating that there are no codes
in the memory.

Successful code memorization is shown by the dual-color LED DL7 emitting
a green light for 500ms and by a sound from the buzzer, indicating successful
memorization.

After memorizing the first code, the memorization time resets for 10 seconds and
it is possible to memorize more codes.

To finish the code memorization procedure, allow 10 seconds to pass until the
flashing red LED DL7 turns off. Alternatively, push button PROG RX on the
MASTER Wi-Fi, also in this case the flashing red LED DL7 turns off, indicating
the end of the memorization procedure.

With the dual-color DL7 off, the MASTER Wi-Fi is ready to work.
Push a button of a previously memorized remote control. The green LED DL7 on
the MASTER Wi-Fi comes on for a moment, indicating recognition of a valid code.
After 2 second led DL5 comes on for a moment, at the same time, total opening
is ordered.

Note:

If, when pushing a button on the remote control, the dual-color LED DL7

turns red for a moment, this means that the button/code is not in the memory and
you must therefore perform the memorization procedure again.

ROGRAMMING REMOTE CONTROLS AND THE Wi-Fi BLOCK

SELECTOR FOR PEDESTRIAN OPENING (maximum of 100 codes)

If the MASTER Wi-Fi memory is empty (standard version), the dual-color LED
DL7 flashes alternately red and green.

Push and hold the button PROG RX for at least 3 seconds. Upon release the
dual-color LED DL7 on the edge of the MASTER Wi-Fi turns red.

Push the button PROG RX on the MASTER Wi-Fi again. The flashing red
LED DL7 begins flashing green for 10 seconds, indicating that the codes to be

memorized will be associated with pedestrian control. At this time, pushing one
of the buttons on the transmitter (different from that used for total opening) will
memorize the code.

- In addition to the codes, MASTER Wi-Fi also learns the channels that are

desired for use. Be careful to remember the buttons pushed on the remote
controls during the code memorization procedure as they will be those
used thereafter for the total opening.

If no code is sent, after 10 seconds the green dual-color LED DL7 on the
MASTER Wi-Fi turns off indicating the end of the programming procedure. The
dual-color LED DL7 flashes alternately red and green indicating that there are
no codes in the memory.

Successful code memorization is shown by the dual-color LED DL7 emitting
a red light for 500ms and by a sound from the buzzer, indicating successful
memorization.

After memorizing the first code/remote control, the memorization time resets for
10 seconds and it is possible to memorize more codes/remote controls.

To finish the code memorization procedure, allow 10 seconds to pass until the
flashing green LED DL7 turns off. Alternatively, push button PROG RX on the
MASTER Wi-Fi, also in this case the flashing green LED DL7 turns off, indicating
the end of the memorization procedure.

Note:

If, when pushing a button on the remote control, the dual-color LED DL7

turns red for a moment, this means that the button/code is not in the memory and
you must therefore perform the memorization procedure again.

OTAL CODE REMOVAL PROCEDURE

Position jumper JP2 as shown here:

Push and release button PROG RX on the MASTER Wi-Fi. The dual-color
LED DL7 emits a red light for 0.5 sec. and then turns off, indicating successful
removal of codes and start-up information..

Position jumper JP2 as shown here:

The LED DL7 begins flashing alternately red and green, indicating that the
memory is empty.

Note:

Jumper JP2 during normal operation must be positioned as shown here:

ULL MEMORY SIGNAL

If, when pushing and holding button PROG RX on the MASTER Wi-Fi for at least 3
seconds, upon release the dual-color LED DL7 flashes green 6 times, this means
that the memory is full (maximum 100 codes).

TO download the video of the installation write the following
address in your browser, or, read the QR code with your
smartphone:

http://www.ribind.it/ribfile/RIB_Wi-Fi_ing.m4v