FAAC COBRA PLUS Manual

1
- Cobra plus
N
GND
L
Fig.1 – CobraPlus part nr. 316030
2
- Controller plus
-24Vdc +24Vdc
N
Power supply
GND
230 Vac / 50-60 Hz
L
Fig.2 – ControllerPlus part nr. 103167
3

- FunCtions

Jumper CN1 lets you set the control board for the dedicated function.
The function is in any case also linked to the type of application the board is
used for. The following table contains the possible combinations.
The board is supplied
with a toroidal
transformer. Jumper
position in Description
CN1
A
TICKET DISPENSER
B CASH-DESK (ON LANE OR DECENTRALISED)
C
SUBSCRIBERS (VEHICLES)
D SUBSCRIBERS (PEDESTRIANS)
E
TICKET READER
F AUTOMATIC CASH-DESK
G
ACCESS CONTROL
MISO
MOSI
SCK
SS-N
+12V
GND
D1-D
D0-C
BUZ
MISO
MOSI
SCK
SS-N
This product is equipped
+12V
with a 24VDC switching GND
Fig.3 – Example of Function Jumper Setting in position "G"
D1-D
power supply that lets you:
D0-C
BUZ
Supply power
„
4
to a detector for IN

- ConneCtions

+485
managing the
- 485
magnetic loops SCH
required by this
+485
In both versions, the board features:
- 485
type of system;
SCH
OUT
2 reader inputs (connectors M1 and M2)
„
Connect an
„
• It is possible to connect magnetic readers, proximity readers with
optional intercom
or without display and keyboard, long-range readers.
board;
• The reader function can change depending on the type of fun-
Connect a TCP/
„
ction assigned to the board. We recommend referring to the ma-
IP- RS232 network
nual specific to the application being used.
converter
2 inputs for communication with other devices:
„
• It is possible to connect the board to a system that uses RS485
protocol (connectors M11 and M12).
• It is possible to connect the board directly to a PC using RS232
protocol (connector M10). The same connector is able to create a
connection to a TCP/IP network by means of a TCP/IP – RS232
network converter.
2 additional COM ports, the use of which is specific to the applica-
„
tion being used.
Cobraplus + ControllerPlus + ControllerPlus +
AccessPlus Parkplus Accessplus
- yes -
- yes -
- yes -
- yes -
- yes -
- yes -
yes - yes
B C D E F G
A
COM2-RS232 2-RS232
G GND ND
CO CO CO CO COM3-RS232 O O O O O O M M 3 M3 M M M M -R -R -R R R R R R R R R R R R R S2 S2 S S 2 S2 S2 S2 S2 S S2 S2 S 2 S2 S2 S2 S2 S2 S2 S23 S2 S2 2 2 2 32 32 32 2 3 32 3 3 32 3 3 3 3 32 3 32 3 3 2 2 3 3 2 2
In 7 In n 7
GND G ND
G GND ND
A B B B B B B
In 6 In n 6
In 5 In 5
In 4 In 4
In In 3 n 3
In In In I I In 2 In n n 2 2
In 1 n n n n n 1 1 1 1 1 1 1 1 1
PLITE (S) PLITE (S) ( ) )
Output 4
NA
C C C C C C C C C
NC NC
Output 3 Output 3 O p 3
NA NA
C
NC
Output 2
NA
C
NC
Output 1
NA
C
NC
ALI-SW-V
COM1-RS232
6 inputs (connector M4) whose function depends on the application being
„
used.
„ 4 outputs (connectors M5 M6, M7 and M8) whose function depends on
the application being used.
Com 2
Com 3
COM2-RS232
MISO
COM3-RS232
MOSI
SCK
SS-N
+12V A B C D E F G
GND
D1-D
D0-C
BUZ
MISO
PLITE (S)
MOSI
SCK
SS-N
+12V
GND
D1-D
D0-C
BUZ
IN
+485
- 485
SCH
+485
ALI-SW-V
- 485
SCH
OUT
COM1-RS232
Com 1 Power supply
RS232 Data line
Fig.4 – Description of the connections
5

- rs485 line ConneCtion

The diagram shown in the figure below shows the connection modes when
MISO
the unit is used in an on-line system with Parkplus or Accessplus software.
MOSI
SCK
SS-N
+12V
GND
D1-D
D0-C
BUZ
PC Controller
MISO
RS 232 485
CobraPlus / MOSI
Converter
ControllerPlus SCK
SS-N
+12V
GND
D1-D
D0-C
BUZ
+485
- 485
+ RS 485 Polling in
SCH
- RS 485 Polling in
Sch RS 485 Polling in +485
- 485
+ RS 485 Polling out
SCH
OUT
- RS 485 Polling out
Sch RS 485 Polling out
Fig.5 – RS485 Line connection
GND
In 7
GND
GND
In 6
In 5
In 4
In 3
In 2
In 1
Output 4
NA
C
NC
Output 3
NA
C
NC
Output 2
NA
C
NC
Output 1
NA
C
NC
COM2-RS232
GND
COM3-RS232
In 7
GND
GND
A B C D E F G
In 6
In 5
In 4
In 3
In 2
In 1
PLITE (S)
Output 4
NA
C
NC
Output 3
NA
C
NC
Output 2
NA
IN
C
NC
Output 1
NA
C
NC
ALI-SW-V
COM1-RS232