Perma Pure BALDWIN 225CE, Инструкция по эксплуатации

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1
2
3
4
5
6
A B C D
6
5
4
3
2
1
D C B A
Ti
tl
e
N
u
m
b
e
r
R
e
vi
si
on
Si
ze C
D
a
te
:
14-
A
u
g
-2
001
S
h
e
e
t
of
F
il
e
:
C
:\
P
R
O
G
R
A
~
1
\.
.\
3
C
C
B
00
7G
.S
C
H
D
ra
w
n B
y
:
L1
1
NC
2
NC
3
L2
/N
4
+O
U
T
A
Ga
te
I
n
B
NC
C
Ga
te
Ou
t
D
- O
U
T
E
P
W
R
1
V
I-A
IM
+I
N
1
Ga
te
I
n
2
Ga
te
Ou
t
3
-IN
4
+O
U
T
5
+S
e
n
se
6
Tr
im
7
-S
en
se
8
- O
U
T
9
P
W
R
2
V
I-
200
C3
.47uf
X
t
ype
C2
8
470
0pf
Y
t
ype
C2
9
470
0pf
Y
t
ype
C3
5
470
0pf
Y
t
ype
C3
6
470
0pf
Y
t
ype
C3
4
.1uf C3
1
.1uf
R2
0
1 ohm
1/
4
W
R2
2
1 ohm
1/
4
W
R2
5
2.
2M
R1
9
2.
2M
+
C5
680
uf
4
00vdc
Q6
M
T
P
50N
06E
Q5
M
T
P
50N
06E
+
12vdc
R1
8
100
R2
4
100
P
ELT
IE
R
1
P
ELT
IE
R
2
LI
N
E
NU
E
T
R
A
L
GN
D
NC
1
+C
A
P
2
GND
3
-C
A
P
4
V
out
5
LV
6
OS
C
7
+V
8
U7 IC
L
766
0
+
12vdc
+
5vdc
C2
4
.1uf
C2
3
.1uf
+
C2
7
15u
f
+
C2
6
15u
f
+
5vdc
-5vd
c
+
C1
3
15u
f
+
C2
0
15u
f
C1
9
.1uf
D8
SA
5
.0
D3
D1
1
D1
0
Q2
2N
390
4
Q4
2N
390
4
+
5vdc
+
12vdc
+ si
de
+ si
de
- s
id
e
- s
id
e
C
o
mpa
c
t
C
ool
er
M
ode
l 225
11
FA
N
1
FA
N
2
F2
3
a
m
p
F
1
5 a
m
p 250v
+I
N
1
Ga
te
I
n
2
Ga
te
Ou
t
3
-IN
4
+O
U
T
5
+S
e
n
se
6
Tr
im
7
-S
en
se
8
- O
U
T
9
P
W
R
3
V
I-J
0
0
N
O
T
E
1:
T
h
er
e a
re
t
w
o
pow
er
s
uppl
ie
s he
re
, one
on t
o
p
of
t
h
e o
th
er
.
NO
T
E
1
O
n
ly
o
n
e w
ill b
e
us
ed
a
t a
t
ime
. O
n
e is
a
200
W
t
h
e a
100 W
.
3
4
RN
3
B
10K 5
6
RN
5
C
1K
5 6
RN
3
C
10K
7
8
RN
2
D
470
1
2
RN
5
A
1K
3
4
RN
5
B
1K
1
TB
4
1
TB
5
1
TB
6
1
TB
7
1
LT
B
1
1
NT
B
1
1
LT
B
2
1
NT
B
2
1 2 3 4 5 6
P1
+
5vdc
-5vd
c
B
a
ld
w
in E
n
v
ir
onm
e
n
ta
l
in
c
.
Co
mp
a
n
y
+
C3
3
120
uf
+
C3
2
120
uf
L1 V
ic
o
r 0
5298
140
uH
+
C9
15u
f
+
C2
1
15u
f
C1
2
.1uf C1
8
.1uf
RE
V
G
D1 RE
D
+I
N
1
+C
2
+T
3
CO
M
4
-T
5
-C
6
V-
7
FB
8
Vo
9
CO
M
P
10
V+
11
+A
L
M
12
-A
L
M
13
-IN
14
U1 A
D
595A
Q
3 2
1
8 4
U2
A
T
L
C
27L2
5 6
7
U2
B
T
L
C
27L2
RE
D
YE
L
+
5vdc
PO
T
1
20K
ZE
R
O
+
5vdc
-5vd
c
R1 100
K
-5vd
c
+
5vdc
R7 2K
R6 24.
9K
C7 .47uf
C6 .47uf
R3 200
K
PO
T
2
100
K
SP
A
N
R9 249
K
PO
T
4
20K
TE
M
P
1
+
5vdc
-5vd
c
-5vd
c
R
E
ADY
R1
1
200
K
R8 100
K
C1
0
.47uf C8
1uf
500
H
z
R5 24.
9K
R4 2.
2M
PO
T
3
20K
TE
M
P
C4
.47uf
-5vd
c
+
5vdc
D7 1N
916
D6 1N
916
C
h
a
nne
l 1
+
5vdc
1
TP
3
1
TP
1
1
TP
2
D9 RE
D
+I
N
1
+C
2
+T
3
CO
M
4
-T
5
-C
6
V-
7
FB
8
Vo
9
CO
M
P
10
V+
11
+A
L
M
12
-A
L
M
13
-IN
14
U1
0
A
D
595A
Q
3 2
1
8 4
U9
A
T
L
C
27L2
5 6
7
U9
B
T
L
C
27L2
3 2
1
8 4
U5
A
L
M
358
5 6
7
U5
B
L
M
358
RE
D
YE
L
+
5vdc
PO
T
5
20K
ZE
R
O
+
5vdc
-5vd
c
R1
7
100
K
-5vd
c
+
5vdc
R2
3
2K
R2
1
24.
9K
C2
5
.47uf
C2
2
.47uf
R2
6
200
K
PO
T
6
100
K
SP
A
N
R1
2
249
K
PO
T
8
20K
TE
M
P
2
+
5vdc
-5vd
c
-5vd
c
R
E
ADY
R1
0
200
K
R1
4
100
K
C1
5
.47uf C1
7
1uf
500
H
z
R1
6
24.
9K
R1
5
2.
2M
PO
T
7
20K
TE
M
P
C3
0
.47uf
-5vd
c
+
5vdc
D5 1N
916
D4 1N
916
C
h
a
nne
l 2
+
5vdc
1
TP
4
1
TP
5
1
TP
6
TR
IG
2
Q
3
R
4
C
V
ol
t
5
TH
R
6
DI
S
7
VCC
8
GND
1
U6 T
L
C
555C
+
5vdc
C1
1
.1uf C1
4
.1uf
C1
6
.33uf R1
3
4.
7K
500
H
z
D2
Q1
2N
390
4
+
5vdc
1 2
RN
3
A
10K
3
4
RN
2
B
470
Q3
2N
390
4
+
12vdc
7
8
RN
3
D
10K 7
8
RN
5
D
1K
TE
M
P
1
TE
M
P
2
R2 100 R2
7
100
3 2
1
8 4
U4
A
L
M
358
5 6
7
U4
B
L
M
358
3 2
1
8 4
U3
A
L
M
358
5 6
7
U3
B
L
M
358
+
5vdc
-5vd
c
5
6
RN
1
C
10K
7
8
RN
1
D
10K
3
4
RN
1
B
10K
1
2
RN
1
A
10K
1 2 3
TB
3
TE
M
P
1
TE
M
P
2
T
E
M
P
1 ou
tp
u
t
T
E
M
P
2 ou
tp
u
t
GND
1 2
RN
2
A
470
5 6
RN
2
C
470
C2 .1uf C3
8
.1uf
+
C
3
7
15u
f
+
C
1
15u
f
A
ss
y
. P
N
3
CCB-
0
0
7
N
O
T
E
: PC
B
PN
1
C
B
C
-0
0
3
C3
9
.1uf C4
7
.1uf
C4
2
.1uf
C4
1
.1uf
C4
4
.1uf C4
6
.1uf
C4
5
.1uf
C4
3
.1uf
C4
9
.1uf
C5
0
.1uf
C5
1
.1uf
C5
3
.1uf
C5
2
.1uf C5
4
.1uf
C6
0
.1uf
C5
9
.1uf
C5
6
.1uf
C5
8
.1uf
C5
5
.1uf C5
7
.1uf
+
5vdc
+
5vdc
R2
8
1K R2
9
1K R3
0
1K R3
1
1K
R3
3
100
K
R3
2
100
K
R3
4
250 R3
5
250
Vi
n
1
GND
2
+5
V
3
U8 uA
780
5
1 2 3
TB
1
1 2 3
TB
8
1 2
TB
2 1
J1
275
va
c
250
va
c
250
va
c
250
va
c
250
va
c
no l
onge
r i
n
st
a
ll
e
d
no l
onge
r i
n
st
a
ll
e
d
no l
onge
r i
n
st
a
ll
e
d
no l
onge
r i
n
st
a
ll
e
d