2
ON
1 2 3 4
Terminal
Description
Device connected
1
OPEN
Device with NO contact.
(chap. FUNCTION LOGICS)
2
FSW
Device with NC contact.
shuts down automated system
3
STOP
Device with NC contact.
shuts down automated system
4
- 24Vdc
Power supply to accessories
5
+ 24Vdc
6
FAIL
SAFE
Negative controlled for photocells
(see fail safe function)
7
C
Motor common contact
8
OP
Motor Opening stage
9
CL
Motor Closure stage
10 11
LAMP
Flashing lamp output
230Vac max 60W
DESCRIPTION OF TERMINAL-BOARDS
6. FUNCTION
LOGICS
Status
Open
(pulse)
Stop
Safe(FSW)
Closed
Opens and closes
after pause time
Disables
Open and Close
/
Opening
/
Blocks
/
Open
Recharges
pause time
Blocks
Recharges
pause time
Closure
Opens
Blocks
Opens
Blocked
Opens
Disables
Open and Close
Inhibits
closure
A AUTOMATIC Logic
1.
OPEN command
.
Any pulse generator with NO contact which opens the gate
when activated. In EP logic, it also commands closure.
2.
FSW safety devices and/or other safety devices.
All devices, such as photocells or sensitive edges etc with
an NC contact - if they are activated, they generate an
opening or shut-down of the automated system according to
programming.
3.
STOP command.
Any NC pulse generator, which commands instant shut down of
the automated system until a new OPEN command is given.
4.
FAIL SAFE.
When using this terminal for connecting the negative wire
to power the transmitters and photocells, you can use the
FAILSAFE function. If this function is enabled, the unit
verifi es the operation of the photocells before every closing
cycle.
If you do not intend connecting any device to
terminals 2 and 3, you must jumper connect them
to terminal 4.
DESCRIPTION OF INPUTS
EP SEMI-AUTOMATIC Logic
Status
Open
(pulse)
Stop
Safe(FSW)
Closed
Opens
/
/
Opening
/
Blocks
/
Open
CLOSES
Blocks
Blocks
Closure
Opens
Blocks
Opens
Blocked
Opens/closes
/
/
The automatic or semi-automatic function logic can be selected
with the SW2 microswitch, as shown in fi g. 3.
8. MAINTENANCE
The 200MPS control board does not require any special periodic
controls. In the event of faults, it is important to control the fuses
and the status LEDs.
The function logic and the relevant functions can be selected by
confi guring the
DS1
microswitches group as per table below.
5. LOGIC AND FUNCTIONS PROGRAMMING
ON
OFF
SW1
ACTIVE 5 sec
INACTIVE
FLASHING LAMP
PRE-FLASHING
SW2
Logic A
Logic EP
FUNCTION
LOGICS
SW3
Reopens
immediately
Reopens when
disengaged
SAFETY DEVICES
TRIPPED
SW4
FSW control
active
FSW control
inactive
FAIL SAFE
7. AUTOMATED SYSTEM TEST
When you have fi nished programming, check if the system is
operating correctly. In particular, check if the safety devices are
operating correctly.
Pause time adjustment
Pause time can be adjusted with trimmer TR1, varying the
pause from 0 to 60 secs. Turn the trimmer clockwise to increase
time.
4. CONNECTIONS
Fig. 2
M
1
2
5
4
3
1
2
RX CL1
TX CL1
230Vac
J1
J4
OP FSW STOP
-
+ -TXFSW
COM
OP
CL
LAMP
N
L
7
8
9
10
11
12
13
Other safety
device
FAAC
200MPS
230V
Max60W
1
2
3
4
5
6
