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JOHNSON CONTROLS
112
SECTION 7 - OPERATION
FORM 201.28-NM1.1
ISSUE DATE: 1/31/2018
01
9
8
7
6
5
4
3
2
1
noi
tpi
rc
se
D t
si
L t
ni
oP
IS
lai
re
p
mI
33
S2_
H
I_
M
TR
_T
AI
25
53
8
03
,0
4
x1
0
AD
F
29
°F
°C
Sy
s
2 H
ighe
st
S
S
er
ut
ar
ep
me
T r
ot
o
M
34
VS
D
_O
U
T_
FR
AI
26
53
9
03
,0
4
x1
0
AD
F
30
H
z
H
z
VS
D
O
ut
pu
t F
re
quen
cy
S
S
35
VS
D
_C
M
D
_F
R
AI
27
54
0
03
,0
4
x1
0
AD
F
31
H
z
H
z
VS
D C
omm
and
F
r
S
S
yc
ne
uq
e
36
S1_
C
O
ND
_D
R
AI
28
54
1
03
,0
4
x1
0
AD
F
32
%
%
Sy
s
1 C
onden
se
r D
ra
in
V
al
ve
%
O
pe
n
S
S
37
S2_
C
O
ND
_D
R
AI
29
54
2
03
,0
4
x1
0
AD
F
33
%
%
Sy
s
2 C
onden
se
r D
ra
in
V
al
ve
%
O
pe
n
S
S
38
S1_
O
P_
C
O
D
E
AI
30
54
3
03
,0
4
x1
AD
F
34
N
on
e
N
on
e
Sy
s
1
O
pe
ra
tiona
l C
od
e
S
S
39
S2_
O
P_
C
O
D
E
AI
31
54
4
03
,0
4
x1
AD
F
35
N
on
e
N
on
e
Sy
s
2
O
pe
ra
tiona
l C
od
e
S
S
40
S1_
FT
L_
C
O
D
E
AI
32
54
5
03
,0
4
x1
AD
F
36
N
on
e
N
on
e
Sy
s
1
Fau
lt C
od
e
S
S
41
S2_
FL
T_
C
O
D
E
AI
33
54
6
03
,0
4
x1
AD
F
37
N
on
e
N
on
e
Sy
s
2
Fau
lt C
od
e
S
S
42
S1_
FA
N
_S
TG
AI
34
54
7
03
,0
4
x1
AD
F
38
N
on
e
N
on
e
Sy
s
1 C
ond
e
S
S
]4
1-
0[
eg
at
S
na
F r
es
n
43
S2_
FA
N
_S
TG
AI
35
54
8
03
,0
4
x1
AD
F
39
N
on
e
N
on
e
Sy
s
2 C
ond
e
S
S
]4
1-
0[
eg
at
S
na
F r
es
n
44
S1_
FA
N
_SP
D
AI
36
54
9
03
,0
4
x1
0
AD
F
40
%
%
Sy
s
1 C
onden
se
r
O
O
)
DS
V(
de
ep
S
na
F
45
S2_
FA
N
_SP
D
AI
37
55
0
03
,0
4
x1
0
AD
F
41
%
%
Sy
s
2 C
onden
se
r
O
O
)
DS
V(
de
ep
S
na
F
46
LEA
D
AI
38
55
1
03
,0
4
x1
AD
F
42
N
on
e
N
on
e
Lead
S
ys
te
m
S
S
47
LCH
LT
_SE
TP
AI
39
55
2
03
,0
4
x1
0
AD
F
43
°F
°C
Lea
vi
ng
C
hill
e
S
S
tni
opt
eS
diu
qiL
d
48
LCH
LT
_CU
TO
U
T
AI
40
55
3
03
,0
4
x1
0
AD
F
44
°F
°C
Lea
vi
ng
C
hi
l
S
S
tu
ot
u
C
diu
qiL
del
49
S1_
EC
O
N
_V
LV
AI
41
55
4
03
,0
4
x1
0
AD
F
45
%
%
Sy
s
1
Ec
ono
m
iz
e
S
S
ne
p
O
%
evl
aV
r
50
S2_
EC
O
N
_V
LV
AI
42
55
5
03
,0
4
x1
0
AD
F
46
%
%
Sy
s
2
Ec
ono
m
iz
e
S
S
ne
p
O
%
evl
aV
r
51
SUC
T_
PR
S_
CU
T
AI
43
55
6
03
,0
4
x1
0
AD
F
47
PS
I
BA
R
Su
ct
ion
P
r
S
S
tu
ot
u
C
er
us
se
52
VS
D
_DC
B_
VT
AI
44
55
7
03
,0
4
x1
AD
F
48
Vo
lts
Vo
lts
VS
D DC
Bu
s
Vo
ltage
(U
ni
t)
VS
D DC
Bu
s
Vo
ltage
S
ys
1
(F
ra
m
e
E/
F)
S
S
53
VS
D
_DC
B_
VT
2
AI
45
55
8
03
,0
4
x1
AD
F
49
Vo
lts
Vo
lts
VS
D DC B
us
V
ol
tage
S
ys
2
(F
ra
m
e
E/
F)
O
O
54
R
EM
_SE
TP
O
IN
T
AI
46
55
9
03
,0
4
x1
0
AD
F
50
°F
°C
R
em
ot
e
Lea
vi
ng
C
hill
ed
L
iqu
id
S
et
po
in
t
S
S
55
S1_
SU
BC
OO
L
AI
47
56
0
03
,0
4
x1
0
AD
F
51
°F
(d
iff
)
°C
(d
iff)
O
O
)le
nn
ah
cor
ci
M(
gnil
oo
cb
uS
1 s
yS
56
S1_
EVAP
_L
L
AI
48
56
1
03
,0
4
x1
0
AD
F
52
%
%
Sy
s
1
Ev
apo
ra
to
r L
iqu
id
Le
ve
l (
R
ound
T
ube
)
S
S
57
S2_
SU
BC
OO
L
AI
49
56
2
03
,0
4
x1
0
AD
F
53
°F
(d
iff
)
°C
(d
iff)
O
O
)le
nn
ah
cor
ci
M(
gnil
oo
cb
uS
2 s
yS
58
S2_
EVAP
_L
L
AI
50
56
3
03
,0
4
x1
0
AD
F
54
%
%
Sy
s
2
Ev
apo
ra
to
r L
iqu
id
Le
ve
l (
R
ound
T
ube
)
S
S
59
C
OO
LI
N
G
_RN
G
AI
51
56
4
03
,0
4
x1
0
AD
F
55
°F
°C
C
oo
ling
R
ang
e
S
S
60
S1_
D
SC
_S
H
EA
T
AI
52
56
5
03
,0
4
x1
0
AD
F
56
°F
(d
iff
)
°C
(d
if
S
S
ta
ehr
ep
uS
egr
ah
csi
D
1 s
yS
)f
61
S2_
D
SC
_S
H
EA
T
AI
53
56
6
03
,0
4
x1
0
AD
F
57
°F
(d
iff
)
°C
(d
if
S
S
ta
ehr
ep
uS
egr
ah
csi
D
2 s
yS
)f
62
S1_
SY
S_
ST
AT
E
AI
54
56
7
03
,0
4
x1
AD
F
58
N
on
e
N
on
e
Sy
s
1
Sy
st
em
S
ta
te
[0
=S
topped
, 1
=R
unn
ing
, 2
=F
au
lte
d,
4=
Lo
ck
ed
O
ut,
5=
Pr
e-
R
un
S
S
63
S2_
SY
S_
ST
AT
E
AI
55
56
8
03
,0
4
x1
AD
F
59
N
on
e
N
on
e
Sy
s
2
Sy
st
em
S
ta
te
[0
=S
topped
, 1
=R
unn
ing
, 2
=F
au
lte
d,
4=
Lo
ck
ed
O
ut,
5=
Pr
e-
R
un
S
S
64
S1_
M
TR
_O
VE
R
AI
56
56
9
03
,0
4
x1
AD
F
60
Am
ps
Am
ps
Sy
s
1
M
oto
S
S
gnit
te
S
da
olr
ev
O t
ner
ru
C r
65
S2_
M
TR
_O
VE
R
AI
57
57
0
03
,0
4
x1
AD
F
61
Am
ps
Am
ps
Sy
s
2
M
oto
S
S
gnit
te
S
da
olr
ev
O t
ner
ru
C r
66
FA
N
_T
YP
E
AI
58
57
1
03
,0
4
x1
AD
F
62
N
on
e
N
on
e
C
onden
se
r F
an
S
S
]4-
1[
ep
yT
lor
tn
o
C
67
FC
_M
O
D
E
AI
59
57
2
03
,0
4
x1
AD
F
63
N
on
e
N
on
e
Fr
ee
C
oo
ling
M
ode
[0
=M
ec
h,
1=
Fr
ee
C
oo
l,
2=
H
yb
rid
]
(F
ree
C
oo
ling
)
O
O
68
FC
_C
TR
L
AI
60
57
3
03
,0
4
x1
AD
F
64
%
%
Fr
ee
C
oo
ling
C
on
tro
l P
rog
ra
mm
ed
[0
=D
is
ab
led
, 1
=O
pe
n
Loop
, 2
=C
lo
sed
Loop
] (
Fr
ee
C
oo
ling
)
N
O
69
CC
_B
YP
_VA
LV
E
AI
61
57
4
03
,0
4
x1
0
AD
F
65
%
%
C
oo
ling
C
oil
B
ypa
ss
V
al
ve
(F
ree
C
oo
ling
C
lo
sed
Loop
)
N
O
70
CC
_VA
LV
E
AI
62
57
5
03
,0
4
x1
0
AD
F
66
%
%
C
oo
ling
C
oil
V
al
ve
(F
ree
C
oo
ling
C
lo
sed
Loop
)
N
O
71
CC
_T
EM
P
AI
63
57
6
03
,0
4
x1
0
AD
F
67
°F
°C
C
oo
ling
C
oil
T
em
pe
ra
tu
re
(F
ree
C
oo
ling
C
lo
sed
Loop
)
N
O
72
H
X_L
EAVE
_T
EM
P
AI
64
57
7
03
,0
4
x1
0
AD
F
68
°F
°C
H
ea
t E
xc
hange
r Lea
vi
ng
T
em
pe
ra
tu
re
(F
ree
C
oo
ling
C
lo
sed
Loop
)
N
O
73
H
X_
EN
TE
R
_T
EM
P
AI
65
57
8
03
,0
4
x1
0
AD
F
69
°F
°C
H
ea
t E
xc
hange
r E
nt
er
ing
T
em
pe
ra
tu
re
(F
ree
C
oo
ling
C
lo
sed
Loop
)
N
O
Ite
m
R
ef
N
um
BA
C
ne
t N
am
e
BA
C
ne
t
O
bj
ec
t
In
st
an
ce
M
odbu
s
Add
res
s
M
odbu
s D
at
a
Ty
pe
Suppo
rte
d
M
odbu
s
Sca
ling
(S
ee
N
ot
e
5)
N
2
M
et
as
ys
Eng
in
ee
ring
U
ni
ts
Po
in
t L
is
t C
od
e:
S
=
S
ta
nd
ar
d
O
=
O
pt
ion
al N
= N
ot
A
va
ila
ble
YVAA
Y
VF
A
YA
G
K N
at
iv
e
3
O
C
T
17
Pr
ope
rty
o
f J
ohn
son
C
on
tro
ls
, I
nc
.
Sub
je
ct t
o
change
w
ithou
t no
tic
e.
2
of 4
TABLE 13 - YVAA NATIVE COMMUNICATIONS DATA MAP (CONT'D)