Quantech QTC3040T, Установка, эксплуатация и обслуживание

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QUANTECH
152
FORM QTC3-NM1
ISSUE DATE 08/03/2022
SECTION 7 – UNIT CONTROLS
TABLE 20 - YORKTALK 2 COMMUNICATIONS DATA MAP (CONT’D)
Ad
dr
es
s
Sc
ale
Im
pe
rial
SI
Point
Lis
t De
sc
ript
ion
1
2
3
4
5
6
7
8
9
10
P2
7
AV2
1
YT
2_ S
01_ P
27
nv
oY
TS
01p
027
SN
VT
_c
oun
t_f
(51
)
AD
F 2
1
00
21
x1
N
one
N
one
Sy
s 2 R
un T
im
e
in
s
ec
onds
S
S
S
S
S
P2
8
AV2
2
YT
2_ S
01_ P
28
nv
oY
TS
01p
028
SN
VT
_c
oun
t_f
(51
)
AD
F 2
2
00
22
x1
0
PSI
BAR
Sy
s 2 S
uc
tion
P
re
ss
ur
e
S
S
S
S
S
P2
9
AV2
3
YT
2_ S
01_ P
29
nv
oY
TS
01p
029
SN
VT
_c
oun
t_f
(51
)
AD
F 2
3
00
23
x1
0
PSI
BAR
Sy
s 2
D
isch
ar
ge
P
re
ssu
re
S
S
S
S
S
P3
0
AV2
4
YT
2_ S
01_ P
30
nv
oY
TS
01p
030
SN
VT
_c
oun
t_f
(51
)
AD
F 24
002
4
x10
°F
°C
Sy
s 2 S
uc
tion
T
em
per
at
ur
e (
C
ond U
ni
t)
Sy
s
2
C
ool
er
Inl
et
R
ef
riger
ant
T
em
p (
R
-40
7c
)
OOOOO
P3
1
AV2
5
YT
2_ S
01_ P
31
nv
oY
TS
01p
031
SN
VT
_c
oun
t_f
(51
)
AD
F 2
5
00
25
x1
0
°F
°C
Sy
s 2 D
ef
ros
t T
em
per
at
ur
e (
H
P)
O
O
O
O
O
P3
2
AV2
6
YT
2_ S
01_ P
32
nv
oY
TS
01p
032
SN
VT
_c
oun
t_f
(51
)
AD
F 2
6
00
26
x1
0
°F
(d
iff)
°C
(d
iff
)
Sy
s 2 S
uc
tion
S
up
er
he
at
(E
EV
)
O
O
O
O
O
P3
3
AV2
7
YT
2_ S
01_ P
33
nv
oY
TS
01p
033
SN
VT
_c
oun
t_f
(51
)
AD
F 2
7
00
27
x1
N
one
N
one
Sy
s 2
A
nt
i-Re
cy
cl
e Ti
me
r
S
S
S
S
S
P3
4
AV2
8
YT
2_ S
01_ P
34
nv
oY
TS
01p
034
SN
VT
_c
oun
t_f
(51
)
AD
F 2
8
00
28
x1
0
%
%
Sy
s 2
EEV
O
ut
pu
t %
(EEV)
O
O
O
O
O
P3
5
AV2
9
YT
2_ S
01_ P
35
nv
oY
TS
01p
035
SN
VT
_c
oun
t_f
(51
)
AD
F 2
9
00
29
x1
N
one
N
one
N
um
be
r of
C
om
pr
es
sor
s
S
S
S
S
S
P3
6
BV5
YT
2_ S
01_ P
36
nv
oY
TS
01p
036
SNV
T_
sw
itch
(9
5)
BD
5
00
65
N/A
0/1
0/1
Sy
s 1
A
la
rm
[0
=No
A
la
rm
, 1
=A
la
rm
]
S
S
S
S
S
P3
7
BV6
YT
2_ S
01_ P
37
nv
oY
TS
01p
037
SNV
T_
sw
itch
(9
5)
BD
6
00
66
N/A
0/1
0/1
Sy
s 2
A
la
rm
[0
=No
A
la
rm
, 1
=A
la
rm
]
S
S
S
S
S
P3
8
BV7
YT
2_ S
01_ P
38
nv
oY
TS
01p
038
SNV
T_
sw
itch
(9
5)
BD
7
00
67
N/A
0/1
0/1
Ev
ap
or
at
or
H
eat
er
S
tat
us
S
S
S
S
S
P3
9
BV8
YT
2_ S
01_ P
39
nv
oY
TS
01p
039
SNV
T_
sw
itch
(9
5)
BD
8
00
68
N/A
0/1
0/1
Ev
ap
or
at
or
P
um
p S
tat
us
S
S
S
S
S
P4
0
BV9
YT
2_ S
01_ P
40
nv
oY
TS
01p
040
SNV
T_
sw
itch
(9
5)
BD
9
00
69
N/A
0/1
0/1
Sy
s 1 C
om
p 1 R
un
S
S
S
S
S
P4
1
BV1
0
YT
2_ S
01_ P
41
nv
oY
TS
01p
041
SNV
T_
sw
itch
(9
5)
BD
1
0
00
70
N/A
0/1
0/1
Sy
s 2 C
om
p 1 R
un
S
S
S
S
S
P4
2
BV1
1
YT
2_ S
01_ P
42
nv
oY
TS
01p
042
SN
VT
_s
w
itc
h (
95)
BD
11
00
71
N
/A
0/
1
0/
1
Sy
s 1 Li
qui
d Li
ne S
ol
eno
id V
al
ve
Sy
s 1 M
ode
S
ol
eno
id V
al
ve (
H
P)
SSSSS
P4
3
BV1
2
YT
2_ S
01_ P
43
nv
oY
TS
01p
043
SNV
T_
sw
itch
(9
5)
BD
1
2
00
72
N/A
0/1
0/1
Sy
s 1
H
ot Ga
s B
yp
ass
Va
lve
S
S
S
S
S
P4
4
BV1
3
YT
2_ S
01_ P
44
nv
oY
TS
01p
044
SNV
T_
sw
itch
(9
5)
BD
1
3
00
73
N/A
0/1
0/1
Sy
s 1 C
om
p 2 R
un
S
S
S
S
S
P4
5
BV1
4
YT
2_ S
01_ P
45
nv
oY
TS
01p
045
SNV
T_
sw
itch
(9
5)
BD
1
4
00
74
N/A
0/1
0/1
Sy
s 2 C
om
p 2 R
un
S
S
S
S
S
P4
6
BV1
5
YT
2_ S
01_ P
46
nv
oY
TS
01p
046
SN
VT
_s
w
itc
h (
95)
BD
15
00
75
N
/A
0/
1
0/
1
Sy
s 2 Li
qui
d Li
ne S
ol
eno
id V
al
ve
Sy
s 2 M
ode
S
ol
eno
id V
al
ve (
H
P)
SSSSS
P4
7
BV1
6
YT
2_ S
01_ P
47
nv
oY
TS
01p
047
SNV
T_
sw
itch
(9
5)
BD
1
6
00
76
N/A
0/1
0/1
Le
ad S
ys
tem
[0=
Sy
s1,
1=
Sy
s2]
S
S
S
S
S
P4
8
BV1
7
YT
2_ S
01_ P
48
nv
oY
TS
01p
048
SNV
T_
sw
itch
(9
5)
BD
1
7
00
77
N/A
0/1
0/1
Sy
s 1 C
om
p 3 R
un
S
S
S
S
S
P4
9
BV1
8
YT
2_ S
01_ P
49
nv
oY
TS
01p
049
SNV
T_
sw
itch
(9
5)
BD
1
8
00
78
N/A
0/1
0/1
Sy
s 2 C
om
p 3 R
un
S
S
S
S
S
P5
0
BV1
9
YT
2_ S
01_ P
50
nv
oY
TS
01p
050
SNV
T_
sw
itch
(9
5)
BD
1
9
00
79
N/A
0/1
0/1
C
hi
lle
d Li
qui
d
Ty
pe
[0=
W
at
er
, 1=
G
ly
col
]
S
S
S
S
S
P5
1
BV2
0
YT
2_ S
01_ P
51
nv
oY
TS
01p
051
SNV
T_
sw
itch
(9
5)
BD
2
0
00
80
N/A
0/1
0/1
Am
bi
en
t C
on
trol
M
ode [
0=
St
d A
m
b,
1=
Lo
w
A
m
b]
S
S
S
S
S
P5
2
BV2
1
YT
2_ S
01_ P
52
nv
oY
TS
01p
052
SNV
T_
sw
itch
(9
5)
BD
2
1
00
81
N/A
0/1
0/1
Lo
cal
/R
em
ot
e C
ont
rol
M
ode
[0=
Loc
al
, 1=
R
em
ot
e]
S
S
S
S
S
P5
3
BV2
2
YT
2_ S
01_ P
53
nv
oY
TS
01p
053
SNV
T_
sw
itch
(9
5)
BD
2
2
00
82
N/A
0/1
0/1
Un
its [0
=I
mp
er
ia
l,
1=S
I]
S
S
S
S
S
P5
4
BV2
3
YT
2_ S
01_ P
54
nv
oY
TS
01p
054
SNV
T_
sw
itch
(9
5)
BD
2
3
00
83
N/A
0/1
0/1
Le
ad/
Lag C
ont
rol
M
ode [
0=
M
an
ual
, 1=
Au
to]
S
S
S
S
S
P5
5
BV2
4
YT
2_ S
01_ P
55
nv
oY
TS
01p
055
SNV
T_
sw
itch
(9
5)
BD
2
4
00
84
N/A
0/1
0/1
Sy
s 2
H
ot Ga
s B
yp
ass
Va
lve
O
O
O
O
O
P5
6
MV
1
YT
2_ S
01_ P
56
nv
oY
TS
01p
056
SN
VT
_c
oun
t_f
(51
)
ADI 1
00
30
x1
N
one
N
one
Sy
s 1 O
per
at
io
nal
C
ode
S
S
S
S
S
P5
7
MV
2
YT
2_ S
01_ P
57
nv
oY
TS
01p
057
SN
VT
_c
oun
t_f
(51
)
ADI 2
00
31
x1
N
one
N
one
Sy
s 1 F
aul
t C
ode
S
S
S
S
S
P5
8
MV
3
YT
2_ S
01_ P
58
nv
oY
TS
01p
058
SN
VT
_c
oun
t_f
(51
)
ADI 3
00
32
x1
N
one
N
one
Sy
s 2 O
per
at
io
nal
C
ode
S
S
S
S
S
P5
9
MV
4
YT
2_ S
01_ P
59
nv
oY
TS
01p
059
SN
VT
_c
oun
t_f
(51
)
ADI 4
00
33
x1
N
one
N
one
Sy
s 2 F
aul
t C
ode
S
S
S
S
S
P6
0
MV
5
YT
2_ S
01_ P
60
nv
oY
TS
01p
060
SN
VT
_c
oun
t_f
(51
)
ADI 5
00
34
x1
N
one
N
one
Sy
s 1 D
ebug C
ode
N
N
N
N
N
P6
1
MV
6
YT
2_ S
01_ P
61
nv
oY
TS
01p
061
SN
VT
_c
oun
t_f
(51
)
ADI 6
00
35
x1
N
one
N
one
Sy
s 1 C
onden
ser
F
an S
tag
e
S
S
S
S
S
P6
2
MV
7
YT
2_ S
01_ P
62
nv
oY
TS
01p
062
SN
VT
_c
oun
t_f
(51
)
ADI 7
00
36
x1
N
one
N
one
Sy
s 2 D
ebug C
ode
N
N
N
N
N
P6
3
MV
8
YT
2_ S
01_ P
63
nv
oY
TS
01p
063
SN
VT
_c
oun
t_f
(51
)
ADI 8
00
37
x1
N
one
N
one
Sy
s 2 C
onden
ser
F
an S
tag
e
S
S
S
S
S
P6
4
MV
9
YT
2_ S
01_ P
64
nv
oY
TS
01p
064
SN
VT
_c
oun
t_f
(51
)
ADI 9
00
38
N
N
N
N
N
P6
5
MV
10
YT
2_ S
01_ P
65
nv
oY
TS
01p06
5
SN
VT
_c
ou
nt
_f
(51)
AD
I 10
0039
x1
N
one
N
on
e
U
ni
t C
on
tro
l M
ode [
0=
LW
, 1=
R
W
, 2=
D
A,
3=
SP
,
4=CL
, 5
=H
T]
SSSSS
P6
6
AV3
0
YT
2_ S
01_ P
66
nv
oY
TS
01p
066
SN
VT
_c
oun
t_f
(51
)
AD
F 3
0
00
40
x1
N
one
N
one
An
ti-R
ecy
cl
e
Ti
me
P
ro
gra
m
me
d
S
S
S
S
S
P6
7
AV3
1
YT
2_ S
01_ P
67
nv
oY
TS
01p
067
SN
VT
_c
oun
t_f
(51
)
AD
F 3
1
00
41
x1
0
°F
°C
Le
av
in
g
C
hi
lled Li
qui
d T
em
p
C
ut
ou
t
S
S
S
S
S
P6
8
AV3
2
YT
2_ S
01_ P
68
nv
oY
TS
01p
068
SN
VT
_c
oun
t_f
(51
)
AD
F 3
2
00
42
x1
0
°F
°C
Low
A
m
bi
ent
T
em
p C
ut
out
S
S
S
S
S
P6
9
AV3
3
YT
2_ S
01_ P
69
nv
oY
TS
01p
069
SN
VT
_c
oun
t_f
(51
)
AD
F 3
3
00
43
x1
0
PS
I
BA
R
Low
S
uc
tion
P
re
ss
ur
e C
ut
ou
t H
ea
ting (
H
P)
S
S
S
S
S
LO
N
S
N
VT Ty
pe
N
2
M
et
as
ys
Engine
er
ing
U
nit
s
Point
Lis
t Co
de
: S
= S
ta
nda
rd
O = Opt
iona
l N
= N
ot
A
va
ila
bl
e
Eng Pag
e
R
ef
BA
Cne
t
O
bje
ct
Ty
p/I
ns
BA
Cne
t O
bj
ec
t
Na
me
LO
N
P
rof
ile
Na
me
M
od
bus
Scroll
BA
S(I
SN)
Joh
ns
on C
ont
rol
s,
Inc
.
Sub
jec
t t
o c
han
ge w
ithout
not
ic
e.
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