dtm slimflash, Руководство пользователя

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24
CONNECTION
SCHEME
Fig. 4
Wiring diagram of connecting the photocells without synchronization ( 1 pair)
and using the synchronization function (both pairs of photocells). In the case of using the
you should use only
AC power supply and cut the ZW jumper in transmitters and receivers of both pairs of photocells.
synchronization function,
Switch places of cores of power supply wire in one pair of photocells. When using photocells in a place where interruption may be caused by reflections from walls or other object, the power of the transmitter can be reduced. T
o do this, cut the LO POWER jumper in the transmitter
.
Gate controller
signaling:
POWER
number
“1”
terminal
*
ZW jumper
ZW
1
1
1
transmitter -
TX
signaling:
POWER
RX
*
ZW jumper
number
“1
”
terminal
ZW
ZW
receiver - RX
number “1
”
terminal
2 pair
*
ZW
jumper
1 pair
signal INPUT2
photocell 2 (NC)
**
LO POWER jumper
signal INPUT1
photocell 1 (NC)
signal lamp power supply OUT
12-24VAC/DC
transmitter -
TX
receiver - RX
POWER SUPPL
Y, polarization irrelevant
CONTROL
SIGNAL
1
LAMPS POWER SUPPL
Y
CONTROL
SIGNAL
2
receiver - RX
NC
C
NO
1
1
1
*
switch-over the power supply wire cores between the two pairs of photocells
terminals description
LAMP
12-24V AC/DC
*
**
ZW
1
accessories power supply OUT
12-24VAC/DC
number
“1
”
terminal
*
ZW jumper
*
**
LO POWER jumper
12-24V
AC/DC
1
1
transmitter -
TX
12-24V AC/DC
LAMP
12-24V AC/DC
1