Genius BRAIN 16 User manual

BRAIN 16
QuIck GuIde
www.geniusg.com
¨
IT
Quick Guide - istruzioni di collegamento e pro-
grammazione dell’apparecchiatura per la messa
in funzione di un impianto tipo (per le illustrazioni
fare riferimento all’inserto).
¨istruzioni complete e dichiarazione CE di con-
formità devono essere scaricate dal sito web
DE
Quick Guide - Anweisungen für den Anschluss
und die Programmierung des Geräts zur Inbe-
triebnahme einer Standardanlage (die Illustra-
tionen finden Sie in des Handbuchs).
¨Die vollständigen Anweisungen und die
CE-Konformitätserklärung müssen von der
Website heruntergeladen werden
EN
Quick Guide - equipment connection and pro-
gramming instructions for operating a standard
system (refer to for the figures).
¨complete instructions and CE Declaration of
Conformity must be downloaded from the
web site
ES
Quick Guide - instrucciones de conexión y
programación del equipo para la puesta en
funcionamiento de una instalación tipo (para las
ilustraciones remítase al anexo ).
¨las instrucciones completas y la declaración CE de conformidad deben descargarse del
sitio web
FR
Quick Guide - instructions pour la connexion et
la programmation de la platine pour la mise en
fonction d’une installation type (pour les illustra-
tions se référer à l’encart).
¨les instructions complètes et déclaration CE
de conformité doivent être téléchargées du
site web
NL
Quick Guide - instructies voor de aansluiting
en programmering van de apparatuur voor de
inbedrijfstelling van een standaardinstallatie
(raadpleeg de inzet in voor de illustraties).
¨de volledige instructies en de EG-verklaring
van overeenstemming moeten van de web-
site worden gedownload

732789_Quick_Rev.A 1 Brain 16
+
+

+



+


TX CL
RX CL
1
2
5
4
3
1
2
TX OP/CL RX OP/CL
1
2
5
4
3
1
2
   
STOP
TX CL
RX CL
RX
OP/CL
TX
OP/CL
J3
J4 J1
*
ON = OFF =
LOCK
1. COLLEGAMENTI - CONNECTIONS - CONNEXIONS - ANSCHLÜSSE -
CONEXIONES - AANSLUITINGEN
OPEN A
(M1+M2)
OPEN B (M1) STOP
433 MHz
BRAIN 16
CH1
LOCK
FSWOP
OP +24V
OP-B
OP-A
LAMPCOM
OP
- M1 -
PE
ON
4
F
19
-
17 1816
TX
FSW
-
FSWCL
FSW
STOP
OP-B
OP-A
- M2 -
CL
1
COM
LN
112
1514
13
12
CL
11
10
9
876
CL
OP
5
43
2
BRAIN 16
ON
421142 3112109876531
ON
TH1
DL5
DL4
DL2
DL8
DL6
DL3
DL1
DS1
STOP
F1
F 2
ON
42
11
42 3
1
12109
876
5
3
1
ON
SW1
SW2
DS2
DL5
DL4
DL3
DL2
DL1
230 V ~
50 Hz
LOCK
OP +24V
OP-A
LAMPCOM
OP
- M1 -
PE
19
-
17 18
16
TX
FSW
-
FSW
OP-B
- M2 -
CL
1
COM
LN
1514
1312
CL
11109
876
CL
OP
5
4
3
2
STOP
C1 C1
M1 M2
230/115V~
MAX 60W
*
12V ~
24V
"
-
+
230V ~
50/60 Hz
2
Max 800 W
Max 800 W
** BLUE
OR
GREY ** **
ENGLISH

732789_Quick_Rev.A 2 Brain 16
TX CL1
RX CL1
RX CL2
TX CL2
+


+
+


+




TX CL1
RX CL1
1
2
5
4
3
1
2
TX CL2 RX CL2
1
2
5
4
3
1
2
    
STOP
TX CL
RX CL
++


TX CL
RX CL
1
2
5
4
3
1
2
    
STOP


*
*
2. RADIO 433MHZ RC (BRAVO - ECHO)
OK
CH1 1” OPEN A
(M1+M2)
=
ON - OFF -ON ...
BRAVO ECHO
ON
>5”
ENGLISH

732789_Quick_Rev.A 3 Brain 16
ENGLISH
MOTOR 1
POWER
SW1 SW2 SW3
1 (Min) ON ON ON
2 OFF ON ON
3 ON OFF ON
4 OFF OFF ON
5 ON ON OFF
6 OFF ON OFF
7 ON OFF OFF
8 (Max) OFF OFF OFF
MOTOR 2
POWER
SW4 SW5 SW6
1 (Min) ON ON ON
2 OFF ON ON
3 ON OFF ON
4 OFF OFF ON
5 ON ON OFF
6 OFF ON OFF
7 ON OFF OFF
8 (Max) OFF OFF OFF
3. PROGRAMMING
LOGIC
(see section 4)
PAUSE
TIME
(Seconds)
SW7 SW8 SW9 SW10
E ( Semi-automatic ) / ON ON ON ON
EP ( Semi-automatic “Step-by-Step” ) / OFF ON ON ON
B ( Semi-automatic “B” ) / ON OFF ON ON
C ( Dead man ) / OFF OFF ON ON
A
( Automatic )
0 ON ON OFF ON
10 OFF ON OFF ON
20 ON OFF OFF ON
30 OFF OFF OFF ON
60 ON ON ON OFF
120 OFF ON ON OFF
AP
( Automatic “Step-by-Step” )
0 ON OFF ON OFF
10 OFF OFF ON OFF
20 ON ON OFF OFF
30 OFF ON OFF OFF
60 ON OFF OFF OFF
120 OFF OFF OFF OFF
CLOSING
LEAF DELAY
M1 (Seconds) SW11 SW12
20 ON ON
10 OFF ON
5 ON OFF
0 OFF OFF
ON
OFF
BRAIN 16
CH1
LOCK
FSWOP
OP +24V
OP-B
OP-A
LAMPCOM
OP
- M1 -
PE
ON
4
F
19
-
17 1816
TX
FSW
-
FSWCL
FSW
STOP
OP-B
OP-A
- M2 -
CL
1
COM
LN
1
12
15
14
13
12
CL
11109
876
CL
OP
5
43
2
BRAIN 16
ON
4
2
1142
3
1
121098
76
5
31
ON
TH1
DL5
DL4
DL2
DL8
DL6
DL3
DL1
DS1
STOP
F1
F 2
ON
4
2
11
4
2
3
1
12109
87
6
5
3
1
ON
SW1
SW2
DS2
DS1
ENGLISH

732789_Quick_Rev.A 4 Brain 16
ENGLISH
4. OPERATING LOGICS
Description of the E logic: With the automated system stationary - An OPEN pulse opens the
gate and the following one will close it.
With the automated system moving - An OPEN pulse while opening
locks and reopens during closing.
Photocell engagement - During motion, the photocells reverse
Description of the EP logic: With the automated system stationary - An OPEN pulse opens the
gate and the following one will close it.
With the automated system moving - An OPEN pulse during motion
locks.
Photocell engagement - During motion, the photocells reverse
Description of the B logic: With the automated system stationary - Logic with two separate
commands: OPEN-A pulse opens; OPEN-B pulse closes
With the automated system moving - An OPEN-A pulse during closing
opens..
Photocell engagement - During motion, the photocells reverse
Description of the C logic: With the automated system stationary - logic with two separate
commands: OPEN-A maintained opens; OPEN-B maintained closes
With the automated system moving - An OPEN-A command during
closing opens, an OPEN-B command during opening stop.
Photocell engagement - During motion, the photocells reverse
Description of the A logic: With the automated system stationary - an OPEN pulse opens the
gate and, when the pause time elapses, closes it automatically.
With the automated system moving - An OPEN pulse during opening
is ignored, during the pause it resets and during closing it reopens.
Photocell engagement - The closing photocells reset the pause.
During motion, the photocells reverse
Description of the AP logic:With the automated system stationary - an OPEN pulse opens the
gate and, when the pause time elapses, closes it automatically.
With the automated system moving - An OPEN pulse during the pause
locks, during opening it locks and during closing it reverses.
Photocell engagement - The closing photocells reset the pause.
During motion, the photocells reverse
BRAIN 16
CH1
LOCK
FSWOP
OP +24V
OP-B
OP-A
LAMPCOM
OP
- M1 -
PE
ON
4
F
19
-
17 1816
TX
FSW
-
FSWCL
FSW
STOP
OP-B
OP-A
- M2 -
CL
1
COM
LN
1
12
1514
1312
CL
11109
876
CL
OP
5
43
2
BRAIN 16
ON
4
2
1142
3
1
12109876531
ON
TH1
DL5
DL4
DL2
DL8
DL6
DL3
DL1
DS1
STOP
F1
F 2
ON
4
2
11
42
3
1
12109
876
5
3
1
ON
SW1
SW2
DS2
DS2
ON
OFF
OPENING LEAF DELAY M2 WITH
RESPECT TO M1 SW1
2 seconds ON
0 OFF
CLOSING PHOTOCELLS
LOGIC SW2
Reverses on release ON
Reverses immediately OFF
FAIL SAFE SW3
Yes ON
No OFF
REVERSE STROKE +
OVER-PUSHING STROKE
SW4
Yes ON
No OFF

732789_Quick_Rev.A 5 Brain 16
ENGLISH
5. WORK TIME LEARNING
During the learning procedure, the stop and safety devices are disabled.
Therefore, avoid any transit in the leaf movement area when carrying out the
operation.
At learning start , the first movement must be opening. Should the system close,
reverse the motor opening and closing phase.
You must always install mechanical opening and closing stops.
If there is only one leaf, you must in any case complete the entire sequence.
Once the leaf is completely open, send 5 Open A pulses until the leaf begins to
close, then resume the normal procedure for leaf 1.
1. Ensure that the leaves are closed.
2. Keep “F” pressed until leaf 1 starts opening, and LED DL7 begins to flash.
3. Using the OPEN A pulses (from the radio control or the key button) the following functions are
commanded:
• 1st OPEN A - Start of leaf 1 opening deceleration
• 2nd OPEN A - Stop during leaf 1 opening and start of leaf 2 opening movement at full speed.
• 3rd OPEN A - Leaf 2 opening deceleration
• 4th OPEN A - Stop during leaf 2 opening and immediate start of leaf 2 closing movement at full
speed.
• 5th OPEN A - Start of leaf 2 closing deceleration
• 6th OPEN A - Stop during leaf 2 closing and start of leaf 1 closing movement at full speed.
• 7th OPEN A - Start of leaf 1 closing deceleration
• 8th OPEN A - Stop of leaf 1 closing.
4. LED DL7 stops flashing and the gate is ready for normal operation.
5.
If you wish to eliminate deceleration in some phases, you must wait for the leaf
to reach the stop and send 2 consecutive Open A pulses (within 1 sec.).
During normal operation, if during the opening/closing phase the cycle is
interrupted more than once, the leaf will not reach the stop with deceleration. At
the first complete cycle without interruptions, the system will reach the stops
and carry out the programmed decelerations again.
6. TECHNICAL SPECIFICATIONS
Mains power supply (+6 % -10% ) 230 V~ 50/60 Hz
Power absorbed from mains 10 W
Max. load per motors 800 W+800W
Accessories power supply and max. accessories current 24V "max 500 mA
Operating ambient temperature (-20.......+55 ) °C
Opening/Closing time Programmable using the “F” key
from 1 to 120 seconds
Integrated radio (Max 250 codify)
433 MHz frequency RC
BRAVO - ECHO system coding
(Total opening)

732789_Rev.A
Sede legale / Registered ofce: FAAC SpA - Via Calari, 10
40069 Zola Predosa (BO) - Italy Tel. + 39 051 61724 - Fax. [phone]
Supporto tecnico Italia : 051 6172505
www.geniusg.com