Quantech QTC4 STYLE A Series, Установка, эксплуатация и обслуживание

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QUANTECH
104
SECTION 7 - OPERATION
FORM QTC4-NM1
ISSUE DATE: 4/2/2018
QTC4
/FA
N
a
t
ive
M
o
d
b
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s
, B
A
C
n
e
t
M
S/T
P, N
2
D
M
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o
B
o
ar
d
:
031-
03478-
101
It
e
m
D
a
t
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Yor
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P/
N
1
8/
2/
16
031-
03476-
010
2 3 4 5
IT
E
M
B
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t
M
odbus
M
odbus
M
odbus
N
2
R
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et
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123456789
1
0
s
ee
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e
5
1
R
EM
_
SET
P
A
V
1
1026
03,
06,
16
di
v
10
A
D
F
1
°
F
°
C
C
hi
ll
ed
Li
qui
d
S
et
poi
nt
(
S
tar
t
c
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m
and
m
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to
tak
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t)
S
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V
2
1027
03,
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di
v
10
A
D
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LA
C
ur
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Li
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it
S
et
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nt
S
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S
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D
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L
IM
IT
A
V
3
1028
03,
06,
16
di
v
10
A
D
F
3
%
%
S
ound
Li
m
it
S
et
poi
nt
S
4
S
T
A
R
T
_S
T
O
P
B
V
1
1538
01,
03,
05,
15,
06
n/
a
B
D
1
0/
1
0/
1
R
em
ot
e
R
un/
S
top
[0=
S
top,
1=
R
un]
S
5
LC
H
LT
A
I1
514
03,
04
X
10
A
D
F
5
°
F
°
C
Leav
ing
C
hi
ll
ed
Li
qui
d
T
em
per
at
ur
e
S
6
E
CHL
T
A
I2
515
03,
04
X
10
A
D
F
6
°
F
°
C
E
nt
er
ing
C
hi
ll
ed
Li
qui
d
T
em
per
at
ur
e
S
7
EV_
EL
T
A
I3
516
03,
04
X
10
A
D
F
7
°
F
°
C
E
v
apor
at
or
Li
qui
d
T
em
per
at
ur
e,
F
C
E
nabl
ed
O
8
V
S
D
_I
A
_T
E
M
P
A
I4
517
03,
04
X
10
A
D
F
8
°
F
°
C
V
S
D
I
nt
er
nal
A
m
b
ient
T
em
per
at
ur
e
S
9
S
1_C
O
N
D
_T
E
M
P
A
I5
518
03,
04
X
10
A
D
F
9
°
F
°
C
S
y
s
1
C
ondens
er
T
em
per
at
ur
e
S
10
S
2_C
O
N
D
_T
E
M
P
A
I6
519
03,
04
X
10
A
D
F
10
°
F
°
C
S
y
s
2
C
ondens
er
T
em
per
at
ur
e
S
11
S
1_D
S
C
H
_T
E
M
P
A
I7
520
03,
04
X
10
A
D
F
11
°
F
°
C
S
y
s
1
D
is
c
har
ge
T
em
per
at
ur
e
S
12
S
2_D
S
C
H
_T
E
M
P
A
I8
521
03,
04
X
10
A
D
F
12
°
F
°
C
S
y
s
2
D
is
c
har
ge
T
em
per
at
ur
e
S
13
OA
T
A
I9
522
03,
04
X
10
A
D
F
13
°
F
°
C
A
m
bi
ent
A
ir
T
em
per
at
ur
e
S
14
S
1_E
D
T
_T
E
M
P
A
I10
523
03,
04
X
10
A
D
F
14
°
F
°
C
S
y
s
1
E
duc
tor
T
em
per
at
ur
e
S
15
S
2_E
D
T
_T
E
M
P
A
I11
524
03,
04
X
10
A
D
F
15
°
F
°
C
S
y
s
2
E
duc
tor
T
em
per
at
ur
e
S
16
S
1_O
IL_P
R
E
S
S
A
I12
525
03,
04
X
10
A
D
F
16
P
S
IG
B
A
R
G
S
y
s
1
O
il
P
r
es
s
ur
e
S
17
S
2_O
IL_P
R
E
S
S
A
I13
526
03,
04
X
10
A
D
F
17
P
S
IG
B
A
R
G
S
y
s
2
O
il
P
r
es
s
ur
e
S
18
S
1_S
U
C
T
_P
R
E
S
A
I14
527
03,
04
X
10
A
D
F
18
P
S
IG
B
A
R
G
S
y
s
1
S
uc
ti
on
P
r
es
s
ur
e
S
19
S
2_S
U
C
T
_P
R
E
S
A
I15
528
03,
04
X
10
A
D
F
19
P
S
IG
B
A
R
G
S
y
s
2
S
uc
ti
on
P
r
es
s
ur
e
S
20
S
1_D
S
C
H
_P
R
E
S
A
I16
529
03,
04
X
10
A
D
F
20
P
S
IG
B
A
R
G
S
y
s
1
D
is
c
har
ge
P
r
es
s
ur
e
S
21
S
2_D
S
C
H
_P
R
E
S
A
I17
530
03,
04
X
10
A
D
F
21
P
S
IG
B
A
R
G
S
y
s
2
D
is
c
har
ge
P
r
es
s
ur
e
S
22
S
1_M
C
_F
LA
A
I18
531
03,
04
X
1
A
D
F
22
%
%
S
y
s
1
M
ot
or
C
ur
r
ent
F
LA
S
23
S
2_M
C
_F
LA
A
I19
532
03,
04
X
1
A
D
F
23
%
%
S
y
s
2
M
ot
or
C
ur
r
ent
F
LA
S
24
S
1_O
P
_H
R
S
A
I20
533
03,
04
X
10
A
D
F
24
c
ount
c
ount
S
y
s
1
O
per
at
ing
H
our
s
S
25
S
2_O
P
_H
R
S
A
I21
534
03,
04
X
1
A
D
F
25
c
ount
c
ount
S
y
s
2
O
per
at
ing
H
our
s
S
26
S
1_C
O
M
P
_S
T
A
I22
535
03,
04
X
1
A
D
F
26
c
ount
c
ount
S
y
s
1
C
om
pr
es
s
or
S
tar
ts
S
27
S
2_C
O
M
P
_S
T
A
I23
536
03,
04
X
1
A
D
F
27
c
ount
c
ount
S
y
s
2
C
om
pr
es
s
or
S
tar
ts
S
28
S
1_H
I_M
T
R
_T
A
I24
537
03,
04
X
1
A
D
F
28
°
F
°
C
S
y
s
1
H
ighes
t
M
ot
or
T
em
per
at
ur
e
S
29
S
2_H
I_M
T
R
_T
A
I25
538
03,
04
X
1
A
D
F
29
°
F
°
C
S
y
s
2
H
ighes
t
M
ot
or
T
em
per
at
ur
e
S
30
V
S
D
_O
U
T
_F
R
A
I26
539
03,
04
X
10
A
D
F
30
H
z
H
z
V
S
D
O
ut
put
F
r
equenc
y
S
31
V
S
D
_C
M
D
_F
R
A
I27
540
03,
04
X
10
A
D
F
31
H
z
H
z
V
S
D
C
om
m
and
F
r
equenc
y
S
32
S
1_C
O
N
D
_D
R
A
I28
541
03,
04
X
10
A
D
F
32
%
%
S
y
s
1
C
ondens
er
D
r
ai
n
V
al
v
e
%
O
pen
S
33
S
2_C
O
N
D
_D
R
A
I29
542
03,
04
X
10
A
D
F
33
%
%
S
y
s
2
C
ondens
er
D
r
ai
n
V
al
v
e
%
O
pen
S
34
S
1_O
P
_C
O
D
E
A
I30
543
03,
04
X
1
A
D
F
34
index
index
S
y
s
1
O
per
at
ional
C
ode
S
35
S
2_O
P
_C
O
D
E
A
I31
544
03,
04
X
1
A
D
F
35
index
index
S
y
s
2
O
per
at
ional
C
ode
S
36
S
1_F
LT
_C
O
D
E
A
I32
545
03,
04
X
1
A
D
F
36
index
index
S
y
s
1
F
aul
t
C
ode
S
37
S
2_F
LT
_C
O
D
E
A
I33
546
03,
04
X
1
A
D
F
37
index
index
S
y
s
2
F
aul
t
C
ode
S
38
S
1_F
A
N
_S
T
G
A
I34
547
03,
04
X
1
A
D
F
38
c
ount
c
ount
S
y
s
1
C
ondens
er
F
an
S
tage
[0-
14]
S
39
S
2_F
A
N
_S
T
G
A
I35
548
03,
04
X
1
A
D
F
39
c
ount
c
ount
S
y
s
2
C
ondens
er
F
an
S
tage
[0-
14]
S
40
S
1_F
A
N
_S
P
D
A
I36
549
03,
04
X
1
A
D
F
40
%
%
S
y
s
1
C
ondens
er
F
an
S
peed
[V
S
D
]
O
41
S
2_F
A
N
_S
P
D
A
I37
550
03,
04
X
1
A
D
F
41
%
%
S
y
s
2
C
ondens
er
F
an
S
peed
[V
S
D
]
O
42
L
EAD
A
I38
551
03,
04
X
1
A
D
F
42
index
index
Lead
S
y
s
tem
[
1,
2]
S
43
LC
H
LT
_S
E
T
P
A
I39
552
03,
04
X
10
A
D
F
43
°
F
°
C
Leav
ing
C
hi
ll
ed
Li
qui
d
S
et
poi
nt
S
44
LC
H
LT
_C
U
T
O
U
T
A
I40
553
03,
04
X
10
A
D
F
44
°
F
°
C
Leav
ing
C
hi
ll
ed
Li
qui
d
C
ut
out
S
45
S
1_E
C
O
N
_V
LV
A
I41
554
03,
04
X
10
A
D
F
45
%
%
S
y
s
1
E
c
onom
iz
er
V
al
v
e
%
O
pen
S
46
S
2_E
C
O
N
_V
LV
A
I42
555
03,
04
X
10
A
D
F
46
%
%
S
y
s
2
E
c
onom
iz
er
V
al
v
e
%
O
pen
S
47
S
U
C
T
_P
R
S
_C
U
T
A
I43
556
03,
04
X
10
A
D
F
47
P
S
IG
B
A
R
G
S
uc
ti
on
P
r
es
s
ur
e
C
ut
out
S
48
V
S
D
_D
C
B
_V
T
A
I44
557
03,
04
X
1
A
D
F
48
v
ol
ts
v
ol
ts
V
S
D
D
C
B
us
V
ol
tage
U
ni
t
V
S
D
D
C
B
u
s
V
o
lta
g
e
S
y
s
1
, Fr
a
m
e
E
/F
S
49
V
S
D
_D
C
B
_V
T
2
A
I45
558
03,
04
X
1
A
D
F
49
v
ol
ts
v
ol
ts
V
S
D
D
C
B
us
V
ol
tage
S
y
s
2,
F
r
am
e
E
/F
S
B
IN
A
R
Y
WR
IT
E
P
O
IN
T
S
A
N
A
LO
G
WR
IT
E
P
O
IN
T
S
P
O
IN
T
L
IS
T
C
O
D
E
: S
=
S
T
A
N
D
A
R
D
O
=
O
P
T
IO
N
A
L
N
=
N
O
T
A
V
A
IL
A
B
L
E
E
NG
UNI
T
S
AN
A
LO
G
R
E
A
D
O
N
LY
P
O
IN
T
S
V
er
si
o
n
Y.
A
C
S
.20.
02
COM
M
E
NT
S
N
at
iv
e
C
om
m
u
n
ic
at
ion
s
added
Y
V
A
A
_F
A
N
at
iv
e
B
A
C
n
et
_M
odbu
s
_N
2
P
r
o
p
e
r
ty
o
f J
o
h
n
s
o
n
C
o
n
tr
o
ls
, In
c
. S
u
b
je
c
t to
c
h
a
n
g
e
w
ith
o
u
t n
o
ti
c
e
.
Y
V
A
A
_F
A
N
at
iv
e
B
A
C
n
et
_M
odbu
s
_N
2
D
at
a
M
ap
R
ev
1_0
P
a
g
e
: 1
o
f 3
Quantech P/N
TABLE 13 - NATIVE COMMUNICATIONS DATA MAP