DTM System slim III, Руководство по эксплуатации и сборке, Страница: 25 / 28

Fig. 4
Electrical diagram of connecting two pairs of photocells using the synchronization function.
POWER SUPPL
Y, polarity irrelevant
CONTROL
SIGNAL
1
LAMP
POWER SUPPL
Y
CONTROL
SIGNAL
2
1
1
1
1
**
swapping of the wires
in the power cable between two pairs of photocells
When u
sing the
, u
se only
and set the
ju
mpers in the tra
nsmitters a
nd receiv
ers of both pairs
synchronization function
alternating voltage (A
C)
SYNCH
of photocells to the
position.
Sw
ap the w
ires in the pow
er cord of one of the pa
irs of photocells.
ON
If the photocells a
re u
sed in a
pla
ce w
here the de
vice ma
y be disru
pted du
e to reflections from w
alls or other objects, the tra
nsmitter pow
er
ma
y be redu
ced.
To do this, set the
ju
mper in the tra
nsmitter to the
position.
POWER
L
OW
receiver - RX
NC
C
NO
12-24V
AC/DC
1
terminals destription
transmitter -
TX
LAMP
12-24V AC/DC
LAMP
12-24V AC/DC
12-24V
AC/DC
1
transmitter -
TX
receiver - RX
pair 2
pair 1
transmitter-
TX
receiver - RX
signaling:
RX
PWR
**
jumper
SYNCH ON
clamp
no. "1"
*
jumper
POWER
***
lamp
module
breaker
jumper
POWER
If the de
vice to w
hich the la
mp is connected ha
s no bu
ilt
-in circu
it brea
ker
, you
ca
n sta
rt the pu
lser bu
ilt in the la
mps by pla
cing a
ju
mper
on the LED modu
le.
1
1
1
1
ON OFF
SYNCH
ON OFF
SYNCH
ON OFF
SYNCH
ON OFF
SYNCH
HI LOW
POWER
HI LOW
POWER
RX
PWR
signaling:
**
jumper
SYNCH ON
clamp
no. "1"
*
jumper ***
lamp
module
breaker
jumper
Controller
photocell 2 signal output
(NC)
photocell 1 signal output
(NC)
accessories power supply
output 12-24VAC/DC
signal lamp power supply
output 12-24VAC/DC
*
**
***
EN