Quantech QWC3050T-200T, Установка, эксплуатация и обслуживание, Страница: 177 / 186

SECTION 10 – MAINTENANCE
FORM QWC3-NM1
ISSUE DATE:11/20/2020
QUANTECH
177
10
TABLE 30 - YORKTALK 2 COMMUNICATIONS DATA MAP (CONT’D)
A
d
d
ress
S
cal
e
Im
p
er
ial
S
I
P
o
in
t L
is
t D
e
s
c
rip
tio
n
123456789
1
0
P
27
A
V
21
Y
T
2_
S
01
_
P
27
n
v
oY
T
S
0
1p02
7
S
N
V
T
_
c
oun
t_f
(
51
)
A
D
F
21
00
25
x
1
N
o
ne
N
on
e
S
ys
2
R
un
T
im
e
in
s
ec
o
nds
SSSS
P
28
A
V
22
Y
T
2_
S
01
_
P
28
n
v
oY
T
S
0
1p02
8
S
N
V
T
_
c
oun
t_f
(
51
)
A
D
F
22
00
26
x
10
P
S
I
B
A
R
Sy
s
2
S
u
c
ti
o
n
P
re
s
s
u
re
SSSS
P
29
A
V
23
Y
T
2_
S
01
_
P
29
n
v
oY
T
S
0
1p02
9
S
N
V
T
_
c
oun
t_f
(
51
)
A
D
F
23
00
27
x
10
P
S
I
B
A
R
S
ys
2
D
is
c
har
g
e
P
res
s
u
re
SSSS
P
3
0
A
V
2
4
Y
T
2
_
S
01_
P
30
nv
o
Y
T
S
01p
030
S
N
V
T
_c
ou
nt
_
f
(5
1)
A
D
F
24
00
28
x
10
°F
°C
S
ys
2
S
u
c
ti
on
T
em
p
er
at
ur
e
(
C
o
nd
U
ni
t)
S
ys
2
C
oo
ler
I
nl
et
R
ef
ri
g
er
ant
T
em
p
(
R
-40
7c
)
OOOO
P
31
A
V
25
Y
T
2_
S
01
_
P
31
n
v
oY
T
S
0
1p03
1
S
N
V
T
_
c
oun
t_f
(
51
)
A
D
F
25
00
29
x
10
°F
°C
S
ys
2
D
e
fr
os
t
T
em
per
a
tur
e
(H
P
)
OOOO
P
32
A
V
26
Y
T
2_
S
01
_
P
32
n
v
oY
T
S
0
1p03
2
S
N
V
T
_
c
oun
t_f
(
51
)
A
D
F
26
00
30
x
10
°F
(
d
if
f)
°C
(
di
ff
)
S
ys
2
S
u
c
ti
on
S
upe
rh
eat
(
E
E
V
)
OOOO
P
33
A
V
27
Y
T
2_
S
01
_
P
33
n
v
oY
T
S
0
1p03
3
S
N
V
T
_
c
oun
t_f
(
51
)
A
D
F
27
00
31
x
1
N
o
ne
N
on
e
S
ys
2
A
nt
i-
R
ec
yc
le
T
im
er
i
n
s
ec
on
ds
SSSS
P
34
A
V
28
Y
T
2_
S
01
_
P
34
n
v
oY
T
S
0
1p03
4
S
N
V
T
_
c
oun
t_f
(
51
)
A
D
F
28
00
32
x
10
%
%
S
ys
2
E
E
V
Ou
tp
u
t %
(
E
E
V
)
OOOO
P
35
A
V
29
Y
T
2_
S
01
_
P
35
n
v
oY
T
S
0
1p03
5
S
N
V
T
_
c
oun
t_f
(
51
)
A
D
F
29
00
33
x
1
N
one
N
on
e
N
u
m
be
r
of
C
o
m
pr
es
s
o
rs
SSSS
P
36
B
V
5
Y
T
2
_
S
01_
P
36
nv
oY
T
S
0
1p03
6
S
N
V
T
_s
w
it
c
h
(95
)
B
D
5
0
065
N
/A
0/
1
0/
1
S
ys
1
A
lar
m
[
0=
N
o
A
lar
m
,
1
=
A
la
rm
]
SSSS
P
37
B
V
6
Y
T
2
_
S
01_
P
37
n
v
oY
T
S
0
1p03
7
S
N
V
T
_s
w
it
c
h
(95
)
B
D
6
0
066
N
/A
0/
1
0/
1
S
ys
2
A
lar
m
[
0=
N
o
A
lar
m
,
1
=
A
lar
m
]
SSSS
P
38
B
V
7
Y
T
2
_
S
01_
P
38
nv
oY
T
S
0
1p03
8
S
N
V
T
_s
w
it
c
h
(95
)
B
D
7
0
067
N
/A
0/
1
0
/1
E
v
a
por
at
or
H
e
at
e
r
S
ta
tus
SSSS
P
39
B
V
8
Y
T
2
_
S
01_
P
39
nv
oY
T
S
0
1p03
9
S
N
V
T
_s
w
it
c
h
(95
)
B
D
8
0
068
N
/A
0/
1
0
/1
E
v
a
por
at
or
P
um
p
S
tat
u
s
SSSS
P
40
B
V
9
Y
T
2
_
S
01_
P
40
n
v
oY
T
S
0
1p04
0
S
N
V
T
_s
w
it
c
h
(95
)
B
D
9
0
069
N
/A
0/
1
0/
1
S
ys
1
C
om
p
1
R
u
n
SSSS
P
41
B
V
10
Y
T
2_
S
01
_
P
41
n
v
oY
T
S
0
1p04
1
S
N
V
T
_s
w
it
c
h
(95
)
B
D
10
007
0
N
/A
0/
1
0/
1
S
ys
2
C
om
p
1
R
u
n
SSSS
P
4
2
B
V
1
1
Y
T
2
_
S
01_
P
42
nv
o
Y
T
S
01p
042
S
N
V
T
_
s
w
it
c
h
(95)
B
D
11
007
1
N
/A
0/
1
0/
1
S
ys
1
L
iqui
d
L
ine
S
ol
eno
id
V
al
v
e
S
ys
1
M
od
e
S
ol
eno
id
V
al
v
e
(H
P
)
SSSS
P
4
3
B
V
1
2
Y
T
2
_
S
01_
P
43
nv
o
Y
T
S
01p
043
S
N
V
T
_
s
w
it
c
h
(95)
B
D
12
007
2
N
/A
0/
1
0/
1
S
ys
1
H
o
t Ga
s
B
yp
a
s
s
V
a
lv
e
B
iv
al
e
nt
H
ea
t
S
our
c
e
(
Y
LA
E
H
P
)
T
ray
H
ea
ter
(
Y
LP
A
H
P
)
SSSS
P
44
B
V
13
Y
T
2_
S
01
_
P
44
n
v
oY
T
S
0
1p04
4
S
N
V
T
_s
w
it
c
h
(95
)
B
D
13
007
3
N
/A
0/
1
0
/1
S
ys
1
C
om
p
2
R
u
n
SSSS
P
45
B
V
14
Y
T
2_
S
01
_
P
45
n
v
oY
T
S
0
1p04
5
S
N
V
T
_s
w
it
c
h
(95
)
B
D
14
007
4
N
/A
0/
1
0
/1
S
ys
2
C
om
p
2
R
u
n
SSSS
P
4
6
B
V
1
5
Y
T
2
_
S
01_
P
46
nv
o
Y
T
S
01p
046
S
N
V
T
_
s
w
it
c
h
(95)
B
D
15
007
5
N
/A
0/
1
0/
1
S
ys
2
L
iqui
d
L
ine
S
ol
eno
id
V
al
v
e
S
ys
2
M
od
e
S
ol
eno
id
V
al
v
e
(H
P
)
SSSS
P
47
B
V
16
Y
T
2_
S
01
_
P
47
n
v
oY
T
S
0
1p04
7
S
N
V
T
_s
w
it
c
h
(95
)
B
D
16
007
6
N
/A
0/
1
0
/1
Lea
d
S
ys
tem
[
0=
S
ys
1,
1
=
S
ys
2
]
SSSS
P
48
B
V
17
Y
T
2_
S
01
_
P
48
n
v
oY
T
S
0
1p04
8
S
N
V
T
_s
w
it
c
h
(95
)
B
D
17
007
7
N
/A
0/
1
0
/1
S
ys
1
C
om
p
3
R
u
n
SSSS
P
49
B
V
18
Y
T
2_
S
01
_
P
49
n
v
oY
T
S
0
1p04
9
S
N
V
T
_s
w
it
c
h
(95
)
B
D
18
007
8
N
/A
0/
1
0
/1
S
ys
2
C
om
p
3
R
u
n
SSSS
P
50
B
V
19
Y
T
2_
S
01
_
P
50
n
v
oY
T
S
0
1p05
0
S
N
V
T
_s
w
it
c
h
(95
)
B
D
19
007
9
N
/A
0/
1
0
/1
C
hi
lled
Li
qu
id
T
ype
[0
=
W
a
ter
,
1
=
G
ly
c
ol
]
SSSS
P
51
B
V
20
Y
T
2_
S
01
_
P
51
n
v
oY
T
S
0
1p05
1
S
N
V
T
_s
w
it
c
h
(95
)
B
D
20
008
0
N
/A
0/
1
0
/1
A
m
b
ie
nt
C
o
nt
ro
l
M
o
de
[0=
S
td
A
m
b
,
1=
Lo
w
A
m
b
]
S
S
S
S
P
52
B
V
21
Y
T
2_
S
01
_
P
52
n
v
oY
T
S
0
1p05
2
S
N
V
T
_s
w
it
c
h
(95
)
B
D
21
008
1
N
/A
0/
1
0
/1
Loc
al
/R
e
m
ot
e
C
o
nt
rol
M
od
e
[0
=
Loc
a
l,
1
=
R
em
ot
e]
S
S
S
S
P
53
B
V
22
Y
T
2_
S
01
_
P
53
n
v
oY
T
S
0
1p05
3
S
N
V
T
_s
w
it
c
h
(95
)
B
D
22
008
2
N
/A
0
/1
0
/1
U
n
its
[0
=
Im
p
e
ri
a
l, 1
=
S
I]
SSSS
P
54
B
V
23
Y
T
2_
S
01
_
P
54
n
v
oY
T
S
0
1p05
4
S
N
V
T
_s
w
it
c
h
(95
)
B
D
23
008
3
N
/A
0/
1
0
/1
Lea
d/
La
g
C
ont
ro
l
M
ode
[
0=
M
a
nu
al
,
1
=
A
ut
o]
S
S
S
S
P
55
B
V
24
Y
T
2_
S
01
_
P
55
n
v
oY
T
S
0
1p05
5
S
N
V
T
_s
w
it
c
h
(95
)
B
D
24
008
4
N
/A
0
/1
0
/1
S
ys
2
H
o
t Ga
s
B
yp
a
s
s
V
a
lv
e
OOOO
P
56
M
V
1
Y
T
2
_
S
01
_
P
56
nv
oY
T
S
0
1p05
6
S
N
V
T
_c
oun
t_f
(
51
)
A
D
I
1
003
0
x
1
N
one
N
on
e
S
ys
1
O
per
a
ti
on
al
C
od
e
SSSS
P
57
M
V
2
Y
T
2
_
S
01
_
P
57
nv
oY
T
S
0
1p05
7
S
N
V
T
_c
oun
t_f
(
51
)
A
D
I
2
003
1
x
1
N
one
N
on
e
S
ys
1
F
a
ul
t
C
od
e
SSSS
P
58
M
V
3
Y
T
2
_
S
01
_
P
58
nv
oY
T
S
0
1p05
8
S
N
V
T
_c
oun
t_f
(
51
)
A
D
I
3
003
2
x
1
N
one
N
on
e
S
ys
2
O
per
a
ti
on
al
C
od
e
SSSS
P
59
M
V
4
Y
T
2
_
S
01
_
P
59
nv
oY
T
S
0
1p05
9
S
N
V
T
_c
oun
t_f
(
51
)
A
D
I
4
003
3
x
1
N
one
N
on
e
S
ys
2
F
a
ul
t
C
od
e
SSSS
P
60
M
V
5
Y
T
2
_
S
01
_
P
60
nv
oY
T
S
0
1p06
0
S
N
V
T
_c
oun
t_f
(
51
)
A
D
I
5
003
4
x
1
N
one
N
on
e
S
ys
1
D
ebu
g
C
ode
NNNN
P
61
M
V
6
Y
T
2
_
S
01
_
P
61
nv
oY
T
S
0
1p06
1
S
N
V
T
_c
oun
t_f
(
51
)
A
D
I
6
003
5
x
1
N
one
N
on
e
S
ys
1
C
ond
en
s
e
r
F
an
S
tage
SSSS
P
62
M
V
7
Y
T
2
_
S
01
_
P
62
nv
oY
T
S
0
1p06
2
S
N
V
T
_c
oun
t_f
(
51
)
A
D
I
7
003
6
x
1
N
one
N
on
e
S
ys
2
D
ebu
g
C
ode
NNNN
P
63
M
V
8
Y
T
2
_
S
01
_
P
63
nv
oY
T
S
0
1p06
3
S
N
V
T
_c
oun
t_f
(
51
)
A
D
I
8
003
7
x
1
N
one
N
on
e
S
ys
2
C
ond
en
s
e
r
F
an
S
tage
SSSS
P
64
M
V
9
Y
T
2
_
S
01
_
P
64
nv
oY
T
S
0
1p06
4
S
N
V
T
_c
oun
t_f
(
51
)
A
D
I
9
003
8
NNNN
P
65
M
V
10
Y
T
2
_
S
01_
P
65
nv
o
Y
T
S
01p
065
S
N
V
T
_c
ou
nt
_
f
(5
1)
A
D
I
10
003
9
x
1
N
o
ne
N
on
e
U
n
it C
o
n
tr
o
l M
o
d
e
[0
=
L
W
, 1
=
R
W
, 2
=
D
A
, 3
=
S
P
,
4=
C
L,
5
=
H
T
]
SSSS
P
66
A
V
30
Y
T
2_
S
01
_
P
66
n
v
oY
T
S
0
1p06
6
S
N
V
T
_
c
oun
t_f
(
51
)
A
D
F
30
00
40
x
1
N
o
ne
N
on
e
A
nt
i-
R
ec
yc
le
T
im
e
P
ro
gr
am
m
e
d
S
SSS
P
67
A
V
31
Y
T
2_
S
01
_
P
67
n
v
oY
T
S
0
1p06
7
S
N
V
T
_
c
oun
t_f
(
51
)
A
D
F
31
00
41
x
10
°F
°C
L
eav
ing
C
hi
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2
of
6
04/17/2018