BUG-O Systems Piper-Plus - Manual (Page 85)

85
SECTION 18.0 WIRING DIAGRAMS / PIPER-PLUS CONNECTION
PW
S-
40
00
BU
G
AS
SE
M
BL
Y
PW
S-
44
99
-A
C-
15
-2
5
TO
RC
H
PW
S-
15
10
W
AT
ER
F
LO
W
SE
NS
OR
PW
S-
01
00
/
31
00
CO
NT
RO
L
BO
X
PW
S-
12
00
HE
IG
HT
C
ON
TR
OL
HE
IG
HT
C
O
NT
RO
L
CO
NN
EC
TO
R
PI
NS
O
UT
A
=
N.
C.
K
=
+5
V
DC
B
=
IN
DE
X+
L
=
G
ND
C
=
IN
DE
X-
M
=
H
AL
LB
D
=
CH
B+
N
=
H
AL
LA
E
=
CH
B-
P
=
H
AL
LC
F
=
CH
A+
R
=
M
1
G
=
C
HA
-
S
=
M
3
H
=
G
ND
T
=
M
2
J =
+
5V
D
C
HE
IG
HT
C
ON
TR
O
L
CO
NN
EC
TO
R
PI
NS
O
UT
A
=
N.
C.
K
=
+5
V
DC
B
=
IN
DE
X+
L
=
G
ND
C
=
IN
DE
X-
M
=
H
AL
LB
D
=
CH
B+
N
=
H
AL
LA
E
=
CH
B-
P
=
H
AL
LC
F
=
CH
A+
R
=
M
1
G
=
C
HA
-
S
=
M
3
H
=
G
ND
T
=
M
2
J =
+
5V
D
C
HE
AT
S
IN
K
CO
NN
EC
TO
R
PI
NS
O
UT
A
=
N.
C.
B
=
TE
M
P
1
C
=
+2
4V
D
C
D
=
FA
N
1-
E
=
FA
N
2-
F
=
TE
M
P
2
TR
AC
TO
R
M
AI
N
CO
NN
EC
TO
R
PI
NS
O
UT
1
=
V
SE
NS
E
6
=
N.
C.
2
=
CS
+
7
=
CS
-
3
=
+2
4V
D
C
8
=
G
ND
4
=
EA
RT
H
G
ND
9
=
C
AN
G
ND
5
=
CA
N
L
10
=
C
AN
H
TR
AC
TO
R
CO
NN
EC
TO
R
PI
NS
O
UT
1
=
V
SE
NS
E
6
=
N.
C.
2
=
CS
+
7
=
CS
-
3
=
+2
4V
D
C
8
=
G
ND
4
=
EA
RT
H
G
ND
9
=
C
AN
G
ND
5
=
CA
N
L
10
=
C
AN
H
PE
ND
AN
T
CO
NN
EC
TO
R
PI
NS
O
UT
1
=
N.
C.
6
=
N
.C
.
2
=
N.
C.
7
=
N
.C
.
3
=
+2
4V
D
C
8
=
G
ND
4
=
EA
RT
H
G
ND
9
=
C
AN
G
ND
5
=
CA
N
L
10
=
C
AN
H
CU
RR
EN
T
SE
NS
OR
PI
NS
O
UT
A
=
+2
4V
D
C
D
=
CS
+
B
=
G
ND
E
=
N
.C
.
C
=
CS
-
F
=
N
.C
.
PO
W
ER
S
OU
RC
E
PI
NS
O
UT
A
=
N.
C.
D
=
TR
IG
1
B
=
VO
1+
E
=
T
RI
G
2
C
=
VO
1-
F
=
V
S-
CO
O
LE
R
PO
W
ER
PI
NS
O
UT
A
=
LN
1
C
=
E
AR
TH
G
ND
B
=
LN
2
D
=
N
.C
.
W
AT
ER
F
LO
W
S
EN
SO
R
PI
NS
O
UT
A
=
W
FL
O
W
2
B
=
W
FL
O
W
1
PW
S-
02
00
OR
PW
S-
02
01
PE
ND
AN
T
PE
ND
AN
T
CO
NN
EC
TO
R
PI
NS
O
UT
1
=
N.
C.
6
=
N
.C
.
2
=
N.
C.
7
=
N
.C
.
3
=
+2
4V
D
C
8
=
G
ND
4
=
EA
RT
H
G
ND
9
=
C
AN
G
ND
5
=
CA
N
L
10
=
C
AN
H
PW
S-
13
00
PI
PE
G
RO
UN
D
LD
C-
00
34
PO
W
ER
W
AV
E
S3
50
PO
W
ER
S
OU
RC
E
PW
S-
05
04
W
AT
ER
C
OO
LE
R
LD
C-
00
35
ST
T
M
OD
UL
E
PW
S-
05
10
AU
TO
DR
IV
E
4R
22
0
PW
S-
05
11
AU
TO
DR
IV
E
19
12
0
VA
C
OR
24
0
VA
C
PW
S-
15
50
RE
LA
Y
BO
X
Figure 18.0