![Omega LVP-51-R Скачать руководство пользователя страница 11](http://html1.mh-extra.com/html/omega/lvp-51-r/lvp-51-r_user-manual_737582011.webp)
11
WIRING
(continued)
Step
Six
Wiring
the
Relay
Output:
The
LVP
‐
51
‐
R
requires
12
‐
36
VDC
power
to
operate
the
sensor
and
switch
the
relay.
All
illustrations
below
identify
a
Dry
switch
state
as
the
normal
position
of
the
relay.
Switching
a
Normally
Open
DC
Load:
The
Red
wire
connects
to
Positive
(+)
of
the
power
supply
and
the
Black
wire
connects
to
Negative
(
‐
).
The
LOAD
can
be
attached
to
either
the
Green
or
White
wires.
Complete
the
circuit
by
connecting
the
Green
to
(+)
VDC
power
or
White
to
(
‐
)
VDC
power
(see
illustration
below).
Switching
a
Normally
Closed
DC
Load:
The
Black
wire
connects
to
Positive
(+)
of
the
power
supply
and
the
Red
wire
connects
to
Negative
(
‐
).
The
LOAD
can
be
attached
to
either
the
Green
or
White
wires.
Complete
the
circuit
by
connecting
the
Green
to
(+)
VDC
power
or
White
to
(
‐
)
VDC
power
(see
illustration
below).
Sensor
Power
[RED
&
BLK
wires]
/
36
VDC
Max.
5
±1mA
Dry
/
20
±1mA
Wet
Relay
Rating
[GRN
&
WHT
wires]
/
60
VA
Switching
a
Normally
Open
AC
Load:
The
Red
wire
connects
to
Positive
(+)
of
the
DC
power
supply
and
the
Black
wire
connects
to
Negative
(
‐
).
The
LOAD
can
be
attached
to
the
Green
wire
and
the
Hot
of
the
VAC
power.
Connect
the
White
to
the
Neutral
of
the
VAC
power
(see
illustration
below).
Switching
a
Normally
Closed
AC
Load:
The
Black
wire
connects
to
Positive
(+)
of
the
DC
power
supply
and
the
Red
wire
connects
to
Negative
(
‐
).
The
LOAD
can
be
attached
to
the
Green
wire
and
the
Hot
of
the
VAC
power.
Connect
the
White
to
the
Neutral
of
the
VAC
power
(see
illustration
below).
Sensor
Power
[RED
&
BLK
wires]
/
36
VDC
Max.
5
±1mA
Dry
/
20
±1mA
Wet
Relay
Rating
[GRN
&
WHT
wires]
/
60
VA