Quantech QWC3050T-200T, Установка, эксплуатация и обслуживание

Страница: 172 / 186

FORM QWC3-NM1
ISSUE DATE: 11/20/2020
SECTION 10 – MAINTENANCE
QUANTECH
172
TABLE 29 - BACNET AND MODBUS COMMUNICATIONS DATA MAP (CONT’D)
Imp
eri
al
SI
Po
in
t L
ist
Descri
pt
io
n
123456789
10
35
S
1_O
P
_CO
DE
A
I25
538
03,
04
x1
A
DF
32
None
None
S
ys
1
O
per
at
ional
Code
S
36
S
1_F
LT
_CO
DE
A
I26
539
03,
04
x1
A
DF
33
None
None
S
ys
1
Fault
Code
S
37
S
2_O
P
_CO
DE
A
I27
540
03,
04
x1
A
DF
34
None
None
S
ys
2
O
per
at
ional
Code
S
38
S
2_F
LT
_CO
DE
A
I28
541
03,
04
x1
A
DF
35
None
None
S
ys
2
Fault
Code
S
39
S
1_DB
G
_CO
DE
A
I29
542
03,
04
x1
A
DF
36
None
None
S
ys
1
Debug
Code
N
40
S
1_F
A
N_S
TA
G
E
A
I30
543
03,
04
x1
A
DF
37
None
None
S
ys
1
Condens
er
F
an
S
tage
S
41
S
2_DB
G
_CO
DE
A
I31
544
03,
04
x1
A
DF
38
None
None
S
ys
2
Debug
Code
N
42
S
2_F
A
N_S
TA
G
E
A
I32
545
03,
04
x1
A
DF
39
None
None
S
ys
2
Condens
er
F
an
S
tage
S
43
CO
NT
RO
L_M
O
DE
A
I33
546
03,
04
x1
A
DF
40
None
None
Uni
t Cont
rol
M
ode
[1=
LW
, 2=
RW
, 3=
DA
, 4=
S
P
, 5=
HC,
6=
HP
]
S
44
A
R_T
IM
E
A
I34
547
03,
04
x1
A
DF
41
None
None
A
nt
i-Rec
yc
le
Ti
m
e
P
rogr
am
m
ed
S
45
LCHLT
_CUT
A
I35
548
03,
04
x10
A
DF
42
°F
°C
Leav
ing
Chil
led
Liquid
Tem
p
Cut
out
S
46
LO
W
_A
M
B
_CUT
A
I36
549
03,
04
x10
A
DF
43
°F
°C
Low
A
m
bi
ent
T
em
per
at
ur
e
Cut
out
S
47
S
UCT
_P
_CO
_HT
A
I37
550
03,
04
x10
A
DF
44
P
S
I
B
A
R
Low
S
uc
tion
P
res
sur
e
Cut
out
Heat
ing
(HP
)
O
48
L_S
UCT
_P
_CO
A
I38
551
03,
04
x10
A
DF
45
P
S
I
B
A
R
Low
S
uc
tion
P
res
sur
e
Cut
out
Cool
ing
S
49
H_DS
CH_P
_CO
A
I39
552
03,
04
x10
A
DF
46
P
S
I
B
A
R
Hi
gh
Di
sc
har
ge
P
res
sur
e
Cut
out
S
50
CO
O
L_S
E
TP
A
I40
553
03,
04
x10
A
DF
47
°F
°C
Cool
ing
S
et
poi
nt
S
51
SP_
SET
P_
S1
AI
41
55
4
03,
04
x10
A
DF
48
P
S
I
B
A
R
S
ys
1
Cool
ing
S
et
point
(S
P
Unit
)
O
52
CO
NT
RO
L_RG
A
I42
555
03,
04
x10
A
DF
49
°F
°C
Cool
ing
Range
S
53
S
P
_CT
L_RG
_S
1
A
I43
556
03,
04
x10
A
DF
50
P
S
I
B
A
R
S
ys
1
Cool
ing
Range
(S
P
Unit
)
O
54
SP_
SET
P_
S2
AI
44
55
7
03,
04
x10
A
DF
51
P
S
I
B
A
R
S
ys
2
Cool
ing
S
et
point
(S
P
Unit
)
O
55
H
EAT
_SET
P
A
I45
558
03,
04
x10
A
DF
52
°F
°C
Heat
ing
S
et
poi
nt
(HP
)
O
56
S
P
_CT
L_RG
_S
2
A
I46
559
03,
04
x10
A
DF
53
P
S
I
B
A
R
S
ys
2
Cool
ing
Range
(S
P
Unit
)
O
57
HE
A
T_RA
NG
E
A
I47
560
03,
04
x10
A
DF
54
°F
°C
Heat
ing
Range
(HP
)
O
58
S
1_DS
CH_T
E
M
P
A
I48
561
03,
04
x10
A
DF
55
°F
°C
S
ys
1
Di
sc
har
ge
Tem
per
at
ur
e
(E
E
V
)
O
59
S
1_DS
CH_S
H
A
I49
562
03,
04
x10
A
DF
56
°F
(dif
f)
°C
(dif
f)
S
ys
1
Dis
char
ge
S
uper
heat
(E
E
V
)
O
60
S
2_DS
CH_T
E
M
P
A
I50
563
03,
04
x10
A
DF
57
°F
°C
S
ys
2
Di
sc
har
ge
Tem
per
at
ur
e
(E
E
V
)
O
61
S
2_DS
CH_S
H
A
I51
564
03,
04
x10
A
DF
58
°F
(di
ff)
°C
(di
ff)
S
ys
2
Dis
char
ge
S
uper
heat
(E
E
V
)
O
62
LE
A
V
ING
_HO
T
A
I52
565
03,
04
x10
A
DF
59
°F
°C
Leav
ing
Liqui
d
Hot
T
em
p
(R-
410a)
O
63
RE
TURN_HO
T
A
I53
566
03,
04
x10
A
DF
60
°F
°C
Ret
ur
n
Li
quid
Hot
T
em
p
(R-
410a)
O
64
R_CO
O
L_S
E
TP
A
I54
567
03,
04
x10
A
DF
61
°F
°C
Rem
ot
e
S
et
poi
nt
S
65
R_S
P
_S
E
TP
_S
1
A
I55
568
03,
04
x10
A
DF
62
P
S
I
B
A
R
Rem
ot
e
S
et
poi
nt
1
(S
P
Unit
)
O
66
R_S
P
_S
E
TP
_S
2
A
I56
569
03,
04
x10
A
DF
63
P
S
I
B
A
R
Rem
ot
e
S
et
poi
nt
2
(S
P
Unit
)
O
67
R_HE
A
T_S
E
TP
A
I57
570
03,
04
x10
A
DF
64
°F
°C
Rem
ot
e
Heat
ing
S
et
point
(HP
)
O
68
S
1_A
LA
RM
B
I1
1282
01,
02,
03
N/
A
B
D4
0/
1
0/
1
S
ys
1
A
lar
m
[0=
No
A
lar
m
, 1=
A
lar
m
]
S
69
S
2_A
LA
RM
B
I2
1283
01,
02,
03
N/
A
B
D5
0/
1
0/
1
S
ys
2
A
lar
m
[0=
No
A
lar
m
, 1=
A
lar
m
]
S
70
EVAP_
H
TR
B
I3
1284
01,
02,
03
N/
A
B
D6
0/
1
0/
1
E
vapor
at
or
Heat
er
S
tat
us
S
71
EVAP_
PU
M
P
B
I4
1285
01,
02,
03
N/
A
B
D7
0/
1
0/
1
E
vapor
at
or
P
um
p
S
72
S
1_C1_RUN
B
I5
1286
01,
02,
03
N/
A
B
D8
0/
1
0/
1
S
ys
1
Com
p
1
Run
S
73
S
2_C1_RUN
B
I6
1287
01,
02,
03
N/
A
B
D9
0/
1
0/
1
S
ys
2
Com
p
1
Run
S
74
S
1_LLS
V
B
I7
1288
01,
02,
03
N/
A
B
D10
0/
1
0/
1
S
ys
1
Liquid
Line
S
olenoid
V
alv
e
S
75
S
1_M
O
DE
_S
V
B
I8
1289
01,
02,
03
N/
A
B
D11
0/
1
0/
1
S
ys
1
M
ode
S
ol
enoi
d
V
alv
e
(HP
)
O
76
S
1_HG
B
V
B
I9
1290
01,
02,
03
N/
A
B
D12
0/
1
0/
1
S
ys
1
Hot
G
as
B
ypas
s
V
alv
e
O
77
S
1_B
HS
B
I10
1291
01,
02,
03
N/
A
B
D13
0/
1
0/
1
B
iv
alent
Heat
S
our
ce
(Y
LA
E
HP
)
Tr
ay
Heat
er
(Y
LP
A
)
O
78
S
1_C2_RUN
B
I11
1292
01,
02,
03
N/
A
B
D14
0/
1
0/
1
S
ys
1
Com
p
2
Run
S
79
S
2_C2_RUN
B
I12
1293
01,
02,
03
N/
A
B
D15
0/
1
0/
1
S
ys
2
Com
p
2
Run
S
80
S
2_LLS
V
B
I13
1294
01,
02,
03
N/
A
B
D16
0/
1
0/
1
S
ys
2
Liquid
Line
S
olenoid
V
al
ve
S
81
S
2_M
O
DE
_S
V
B
I14
1295
01,
02,
03
N/
A
B
D17
0/
1
0/
1
S
ys
2
M
ode
S
olenoid
V
alv
e
(HP
)
O
82
LE
A
D_S
Y
S
B
I15
1296
01,
02,
03
N/
A
B
D18
0/
1
0/
1
Lead
S
ys
tem
[0=
S
ys
1,
1=
S
ys
2]
S
83
S
1_C3_RUN
B
I16
1297
01,
02,
03
N/
A
B
D19
0/
1
0/
1
S
ys
1
Com
p
3
Run
S
BI
NA
RY
RE
AD
O
NL
Y
PO
INT
S
Item Ref
Nu
m
BA
Cn
et
Name
BA
Cn
et
O
bj
ect
In
st
an
ce
M
od
bu
s
Ad
dress
M
od
bu
s
D
at
a
Ty
pe
Su
pp
or
te
d
M
od
bu
s
Scal
in
g
(Se
e
N
ot
e 5
)
N2
M
et
asy
s
En
gine
er
ing U
nit
s
Point
Lis
t C
ode
: S
=
S
ta
nda
rd O =
Opt
iona
l N
=
N
ot
A
va
ila
ble
SCROLL
Native
Comms
P
roper
ty
of
J
ohns
on
Cont
rols
, I
nc
.
S
ubj
ec
t t
o
change
wi
thout
not
ic
e.
2 o
f 4
08/16/2017