Perma Pure Baldwin-Series 10410 User Manual
Page 20
1
2
3
4
5
6
A
B
C
D
6
5
4
3
2
1
D
C
B
A
Ti
tle
N
um
be
r
R
evi
si
on
Si
ze
C
D
at
e:
16-
A
ug
-2
001
Sh
e
et
of
Fi
le
:
C
:\P
R
O
G
R
A
~1
\..
\0
09E
_TM
R
.S
C
H
D
ra
w
n B
y
:
1
2
3
Q1
MA
C
8
D
1
P1
1
P2
1
P3
1
P4
1
P5
1
P6
1
P7
1
P8
1
P9
1
P1
0
1
P1
1
1
P1
2
1
2
3
TB
7
1
2
TB
8
1
2
TB
9
LI
N
E
NE
UT
R
A
L
GND
12
0v
ac
I
N
P
U
T
T
H
R
EE W
A
Y
S
O
LE
N
O
ID
1
5v
dc
PO
W
E
R
S
U
PPL
Y
+
15v
dc
GND
B
O
X
C
OOL
ING
FA
N
+
15vdc
RE
T
U
RN
HE
AT
SI
NK F
A
N
1
P1
3
1
P1
4
D1
1N
400
6
D2
1N
400
6
A
9
B
10
C
11
D
12
8B
Y
P
6
C
L
KI
NH
7
OI
NH
14
IN
1
3
M
ONO
15
S
1
R
2
OUT
1
4
OUT
2
5
DOU
T
13
U1
4
M
C
14536
B
VC
C
R4
2
3.
3K
R4
3
3.
3K
C3
0
.1uf
1
2
3
4
5
6
7
8
16
15
14
13
12
11
10
9
17
18
19
20
SW
1
SW
-D
IP
1
0
C3
1
.1uf
C3
2
.1uf
C3
3
.1uf
C3
4
.1uf
C3
5
.1uf
C3
6
.1uf
C3
7
.1uf
C3
8
.1uf
C3
9
.1uf
A
1
B
2
CL
R
3
Ce
xt
14
Re
xt
/Ce
xt
15
Q
13
Q
4
U
16A
MM7
4
H
C
22
1
A
A
9
B
10
CL
R
11
Ce
xt
6
Re
xt
/Ce
xt
7
Q
5
Q
12
U
16B
MM7
4
H
C
22
1
A
PR
E
4
CL
K
3
D
2
CL
R
1
Q
5
Q
6
U
21A
MM7
4
H
C
74
A
+
C5
7
100
uf
R4
4
68K
VC
C
C4
0
.1uf
C4
1
.1uf
R3
6
10K
R3
7
10K
VC
C
VC
C
VC
C
1
2
U
22A
MM7
4
H
C
04
3
4
U
22B
MM7
4
H
C
04
5
6
U
22C
MM7
4
H
C
04
9
8
U
22D
MM7
4
H
C
04
11
10
U
22E
MM7
4
H
C
04
1
2
6
4
OP
TO
1
M
O
C
3
023
R3
2
200
NE
UTR
AL
VA
L
V
E
R3
3
200
A
1
B
2
CL
R
3
Ce
xt
14
Re
xt
/Ce
xt
15
Q
13
Q
4
U
17A
MM7
4
H
C
22
1
A
R3
8
10K
VC
C
C4
2
.1uf
VC
C
Q2
M
PT
50N
06V
Q3
M
PT
50N
06V
1
2
5
4
OP
TO
2
M
O
C
8
113
R3
9
10K
+
15vdc
Q4
M
PT
50N
06V
Q5
M
PT
50N
06V
1
2
5
4
OP
TO
3
M
O
C
8
113
R4
0
10K
+
15vdc
Q6
M
PT
50N
06V
Q7
M
PT
50N
06V
1
2
5
4
OP
TO
4
M
O
C
8
113
R4
1
10K
+
15vdc
R4
5
390
R4
6
390
R4
7
390
Q8
2N
390
4
Q9
2N
390
4
Q1
0
2N
390
4
R4
8
10K
R4
9
10K
R5
0
10K
VC
C
A
9
B
10
C
11
D
12
8B
Y
P
6
C
L
KI
NH
7
OI
NH
14
IN
1
3
M
ONO
15
S
1
R
2
OUT
1
4
OUT
2
5
DOU
T
13
U1
5
M
C
14536
B
C4
3
.1uf
R5
1
2K
R5
2
2K
VC
C
1
2
3
TB
4
AC
L
1
AC
N
2
AC
G
3
-OUT
4
+O
U
T
5
PW
R1
5V
_A
C
/D
C
VC
C
L1
100
uH
+
C5
8
68u
f
+
C5
9
68u
f
C6
0
.1uf
X
t
ype
250v
ac
F1
2 a
m
p 250vd
c
F2
1 a
m
p
1
TB
5
1
TP
10
VC
C
VE
E
+
C5
4
100
uf
O
S-
C
O
N
+
C5
5
100
uf
O
S-
C
O
N
C4
4
.1uf
D3
SA
5.
0
1
TP
11
1
TP
12
LI
NE
NE
UTR
AL
LI
NE
LI
NE
NE
UTR
AL
LI
NE
NE
UTR
AL
G
19
A1
11
Y1
9
A2
13
Y2
7
A3
15
Y3
5
A4
17
Y4
3
U5
B
MM7
4
C
24
0
C
H
N
2_A
C
T
IV
E_
L
E
D
C
H
N
3_A
C
T
IV
E_
L
E
D
in1/
C
L
K
1
in
2
2
in
3
3
in
4
4
in
5
5
in
6
6
in
7
7
in
8
8
in
9
9
in10
10
in11
11
GND
12
in12
13
I/
O
1
0
14
I/
O
9
15
I/
O
8
16
I/
O
7
17
I/
O
6
18
I/
O
5
19
I/
O
4
20
I/
O
3
21
I/
O
2
22
I/
O
1
23
VC
C
24
U1
8
GAL
22
V
1
0
D_
F/
F_
OUT
TI
M
E
R
_OU
T
VAL
VE
_
D
R
IVE
CH
N
1_
D
RI
V
E
CH
N
2_
D
RI
V
E
CH
N
3_
D
RI
V
E
D
_F/
F_
IN
ONE
SHOT
_
3
ONE
SHOT
_
1
ONE
SHOT
_
2
T
C
_1_
O
K
T
C
_2_
O
K
T
C
_3_
O
K
C
H
N_
1
_C
ONT
R
O
L
_OUT
C
H
N2
_
R
EA
DY
C
H
N3
_
R
EA
DY
D_
F/
F_
OUT
TI
M
E
R
_OU
T
CH
N
1_
D
RI
V
E
CH
N
2_
D
RI
V
E
CH
N
3_
D
RI
V
E
VAL
VE
_
D
R
IVE
D
_F/
F_
IN
T
C
_2/
3_O
K
C
H
N2
/3
_R
E
ADY
C
H
N_
2
_C
ONT
R
O
L
_OUT
C
H
N_
3
_C
ONT
R
O
L
_OUT
ONE
SHOT
_
1
ONE
SHOT
_
2
ONE
SHOT
_
3
DE
LAY
ED_
T
IM
E
R
_
O
U
T
DE
LAY
ED_
T
IM
E
R
_
O
U
T
TI
M
E
R
_OU
T
C
HN1
_D
R
IV
E
=
T
C
_
1_
OK *
C
HN_
1
_C
ONT
R
O
L
_OUT
C
HN2
_D
R
IV
E
=
T
C
_
2_
OK *
C
HN_
2
_C
ONT
R
O
L
_OUT
*
(D
_
F/
F
_O
U
T +
DE
LA
YED
_T
IM
E
R
_
OUT
)
C
HN3
_D
R
IV
E
=
T
C
_
3_
OK *
C
HN_
3
_C
ONT
R
O
L
_OUT
*
(D
_
F/
F
_O
U
T +
T
IM
E
R
_
OUT
)
V
A
L
V
E_
DR
IV
E
=
D_
F/
F_
OUT
(+
) T
IM
E
R
_OUT
D_
F/
F
_I
N
=
ONE
SHOT
_1
+
ONE
SHOT
_2
+
ONE
SHOT
_3
T
C
_2
/3
_O
K
=
T
C
_2
_O
K
*
T
C
_3
_O
K
C
HN2
/3
_R
E
ADY =
[
C
HN2
_
R
E
ADY
*
(D
_F
/F
_O
UT
+
D
E
L
AY
ED_
TI
M
E
R
_
OUT
)]
+
[
C
HN3
_
R
E
ADY
*
(D
_F
/F
_O
UT
+
T
IM
E
R
_
OUT
)]
NC
1
+C
A
P
2
GND
3
-C
A
P
4
V
out
5
LV
6
OS
C
7
+V
8
U2
3
M
A
X
660
re
v E
3C
C
B
-0
09E
T
ime
r S
ec
ti
on f
o
r
10410 C
ool
er
DW
M
22
N
O
T
E
: P
C
B
P
N
1C
B
C
-006D
VC
C