Models LP10-___2 & LP10-___3 Only
Wiring direct to a load, NC operation (FET signal output)
Wiring direct to load, Normally Open operation:
LP10-___2 and LP10-___3 (FET outputs only):
This is the same as the wiring for Normally Closed operation, except the
polarity of the Red and Black connections to the sensor is reversed. The
other connections remain the same; the sensor and device power
supplies remain tied in the same polarity as before. This method will turn
the load on when the sensor is wet.
Red*
Black*
White
Load
*Reverse Red &
Black wires for NO
(NC shown)
Shield
Ground
Controller Device
(relay, lamp, valve, etc.)
100 mA Maximum
12 - 36 VDC
Power Supply
(Sensor)
+
-
N-Channel
Models LP10-___2, LP10-___3 & LP10-___5 Only
Wiring to a Flowline Controller
WIRING II
Step Six
LP10-___2
LP10-___3
Step Seven
LC40 Series Controller (4 or 20 mA signal output)
+
R E L A Y 1
R E L A Y 2
P O W E R
I N V E R T
I N V E R T
D E L A Y
-
-
+
-
-
D E L A Y
ONOFF
L A T C H
I N P U T 1
I N P U T 2 A
I N P U T 2 B
Shld
Not Used - White
Red
Black
Not Used - Green*
(+)
(-)
INVER
T
+/-
INPUT
1
DELAY
AC
AC
GND
NC
C
NO
R
P
115 VAC
220 VAC
Shld - Not Used
Red
Green* - Not Used
White - Not Used
Blac
k
LC10 Series Controller (4 or 20 mA signal output)
WIRING
Red*
Black*
White
Load
*Reverse Red &
Black wires for NO
(NC shown)
Shield
Ground
Controller Device
(relay, lamp, valve, etc.)
100 mA Maximum
12 - 36 VDC
Power Supply
(Sensor)
+
-
P-Channel
*Reverse Red & Black wires for NC (NO shown)
Controller Device
(relay, lamp, valve, etc.)
1A Maximum
12 - 36 VDC
Power Supply
(Sensor)
+
-
Red*
Black*
Green
Shield
Ground
LXXX-XXX5
Relay Output
LOAD
60 VAC/VDC
Maximum
Power Supply
+
-
White
Models LP10-___5 Only
Wiring direct to a load, NO operation (Relay signal output)
LP10-___5
Wiring direct to load, Normally Closed operation:
LP10-___5 (Relay outputs only):
This is the same as the wiring for Normally Open operation, except the
polarity of the Red and Black connections to the sensor is reversed. The
other connections remain the same; the sensor and device power
supplies remain tied in the same polarity as before. This method will turn
the load on when the sensor is wet.
