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SECTION 7 - OPERATION
JOHNSON CONTROLS
113
FORM 201.28-NM1.1
ISSUE DATE: 1/31/2018
7
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
74
G
LY
_P
M
P_
SP
D
AI
66
57
9
03
,0
4
x1
0
AD
F
70
%
%
G
lyc
ol
P
um
p
Sp
eed
(F
ree
C
oo
ling
C
lo
sed
Loop
)
N
O
75
1_
SUC
T_
TE
M
P
AI
67
58
0
03
,0
4
x1
0
AD
F
71
°F
°C
Sy
s
1
Su
ct
io
n
O
N
)K
GA
Y(
er
uta
re
p
me
T
76
1_
SA
T_
SUC
T
AI
68
58
1
03
,0
4
x1
0
AD
F
72
°F
°C
Sy
s
1
Sa
t S
uc
tion
T
em
pe
ra
tu
re
(Y
AG
K)
N
O
77
1_
SUC
T_
SH
EA
T
AI
69
58
2
03
,0
4
x1
0
AD
F
73
°F
(d
iff
)
°C
(d
if
O
N
)K
GA
Y( t
ae
hr
ep
uS
noit
cu
S 1
sy
S
)f
78
1_
FT
D
V_
C
M
D
AI
70
58
3
03
,0
4
x1
0
AD
F
74
%
%
Sy
s
1
Fl
as
h
Tan
k D
ra
in
V
al
ve
%
(Y
AG
K)
N
O
79
2_
SUC
T_
TE
M
P
AI
71
58
4
03
,0
4
x1
0
AD
F
75
°F
°C
Sy
s
2
Su
ct
io
n
O
N
)K
GA
Y(
er
uta
re
p
me
T
80
2_
SA
T_
SUC
T
AI
72
58
5
03
,0
4
x1
0
AD
F
76
°F
°C
Sy
s
2
Sa
t S
uc
tion
T
em
pe
ra
tu
re
(Y
AG
K)
N
O
81
2_
SUC
T_
SH
EA
T
AI
73
58
6
03
,0
4
x1
0
AD
F
77
°F
(d
iff
)
°C
(d
if
O
N
)K
GA
Y( t
ae
hr
ep
uS
noit
cu
S 2
sy
S
)f
82
2_
FT
D
V_
C
M
D
AI
74
58
7
03
,0
4
x1
0
AD
F
78
%
%
Sy
s
2
Fl
as
h
Tan
k D
ra
in
V
al
ve
%
(Y
AG
K)
N
O
83
IN
PU
T_
CUR
R
AI
75
58
8
03
,0
4
x1
0
AD
F
79
Am
ps
Am
ps
U
ni
t I
npu
t C
urr
en
t A
m
ps
N
S
84
CH
_A
LA
R
M
BI
1
128
2
01
,02
,0
3
N/
A
BD
5
0/
1
0/
1
C
hill
er
A
la
rm
S
S
]
mr
al
A=
1 ,
mr
al
A o
N=
0[
85
CH
_RU
N
BI
2
128
3
01
,02
,0
3
N/
A
BD
6
0/
1
0/
1
C
hill
er
R
un
[0
=N
S
S
]n
u
R=
1 ,
nu
R o
86
EVAP
_H
EA
TE
R
BI
3
128
4
01
,02
,0
3
N/
A
BD
7
0/
1
0/
1
Ev
apo
ra
to
r
S
S
sut
at
S r
eta
e
H
87
EVAP
_P
U
M
P
BI
4
128
5
01
,02
,0
3
N/
A
BD
8
0/
1
0/
1
Ev
apo
ra
to
r P
um
p
St
at
us
S
S
88
S1_
C
O
M
P_
RU
N
BI
5
128
6
01
,02
,0
3
N/
A
BD
9
0/
1
0/
1
Sy
s
1 C
om
pr
S
S
sut
at
S n
u
R r
os
se
89
S2_
C
O
M
P_
RU
N
BI
6
128
7
01
,02
,0
3
N/
A
BD
10
0/
1
0/
1
Sy
s
2 C
om
p
S
S
sut
at
S n
u
R r
os
ser
90
S1_
VI
_S
TEP
1
BI
7
128
8
01
,02
,0
3
N/
A
BD
11
0/
1
0/
1
Sy
s
1
VI
S
tep
S
ol
eno
id
V
al
ve
1
S
ta
tu
s
S
S
91
S2_
VI
_S
TEP
1
BI
8
128
9
01
,02
,0
3
N/
A
BD
12
0/
1
0/
1
Sy
s
2
VI
S
tep
S
ol
eno
id
V
al
ve
1
S
ta
tu
s
S
S
92
S1_
VI
_S
TEP
2
BI
9
129
0
01
,02
,0
3
N/
A
BD
13
0/
1
0/
1
Sy
s
1
VI
S
tep
S
ol
eno
id
V
al
ve
2
S
ta
tu
s
S
S
93
S2_
VI
_S
TEP
2
BI
10
129
1
01
,02
,0
3
N/
A
BD
14
0/
1
0/
1
Sy
s
2
VI
S
tep
S
ol
eno
id
V
al
ve
2
S
ta
tu
s
S
S
94
W
AT
ER
_G
LY
C
O
L
BI
11
129
2
01
,02
,0
3
N/
A
BD
15
0/
1
0/
1
C
oo
ling
S
S
]lo
cyl
G=
1 ,r
eta
W=
0[
ep
yT
95
LO
C
AL_
R
EM
O
TE
BI
12
129
3
01
,02
,0
3
N/
A
BD
16
0/
1
0/
1
Lo
ca
l Re
m
ot
e C
on
tro
l M
ode
[0
=Lo
ca
l,
1=
R
em
ot
e]
S
S
96
D
ISP
_UN
IT
S
BI
13
129
4
01
,02
,0
3
N/
A
BD
17
0/
1
0/
1
D
is
pl
ay
Un
S
S
]I
S=
1 ,l
air
ep
mI
=0[
sti
97
S1_L
O
C
KO
U
T
BI
14
129
5
01
,02
,0
3
N/
A
BD
18
0/
1
0/
1
Sy
s
1
Lo
ck
ou
t
S
S
98
S2_L
O
C
KO
U
T
BI
15
129
6
01
,02
,0
3
N/
A
BD
19
0/
1
0/
1
Sy
s
2
Lo
ck
ou
t
S
S
99
FC
_VA
LV
E
BI
16
129
7
01
,02
,0
3
N/
A
BD
20
0/
1
0/
1
Fr
ee
C
oo
lin
g
Va
lv
e [
0=
O
ff,
1=
O
n]
(F
ree
C
oo
ling
)
S
S
10
0
SO
FT
_S
HU
T
BI
17
129
8
01
,02
,0
3
N/
A
BD
21
0/
1
0/
1
So
ft
Shu
td
ow
n [
0=
D
is
ab
led
, 1
=E
nab
led
]
S
S
10
1
R
EM
_EVA
P
BI
18
129
9
01
,02
,0
3
N/
A
BD
22
0/
1
0/
1
R
em
ot
e
Ev
ap
or
at
or
[0
=D
is
ab
led
, 1
=E
nab
led
]
S
S
10
2
Q
U
IC
K_
ST
BI
19
130
0
01
,02
,0
3
N/
A
BD
23
0/
1
0/
1
Q
ui
ck
S
ta
rt
S
S
]d
elb
an
E=
1 ,
del
ba
si
D=
0[
10
3
FR
AM
E_
EF
BI
20
130
1
01
,02
,0
3
N/
A
BD
24
0/
1
0/
1
Fr
am
e
E/
F [
S
S
]d
elb
an
E=
1 ,
del
ba
si
D=
0
10
4
SO
UND
_O
P
BI
21
130
2
01
,02
,0
3
N/
A
BD
25
0/
1
0/
1
Sound
L
im
it
O
pt
ion
[0
=D
is
ab
led
, 1
=E
nab
led
]
S
S
10
5
G
LY
_P
M
P_
RU
N
BI
22
130
3
01
,02
,0
3
N/
A
BD
26
0/
1
0/1
G
lyc
ol
P
um
p R
un
[0
=O
ff,
1=
O
n]
(F
ree
C
oo
ling
C
lo
sed
Loop
)
O
O
10
6
G
LY
_H
EA
TE
R
BI
23
130
4
01
,02
,0
3
N/
A
BD
27
0/
1
0/
1
G
lyc
ol
He
at
er
[0
=O
ff,
1=
O
n]
(F
ree
C
oo
ling
C
lo
sed
Loop
)
O
O
1 2 3 4 5 6 7 8 9 10
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
No
te
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
BIN
AR
Y R
EA
D
O
N
LY
P
O
IN
TS
N
O
TE
S
U
ni
ts
ha
ve
N
at
iv
e
BA
C
ne
t M
S/
TP
, M
odbu
s R
TU,
and
N
2
co
mm
un
ic
at
ion
s. N
o
ex
te
rna
l G
at
ew
ay
is
requ
ired
fo
r t
he
se
in
te
rfa
ce
s
un
le
ss
the
c
us
to
m
er
is
u
si
ng
C
on
ne
ct
ed
S
er
vi
ce
s.
BA
C
ne
t O
bj
ec
t T
ype
s:
0
=
Ana
log
In
, 1
=
A
na
log
O
ut,
2
=
A
na
log
V
al
ue
, 3
=
B
ina
ry
In
, 4
=
B
ina
ry
O
ut, 8
=
D
ev
ic
e,
15
=
A
la
rm
N
ot
ifi
ca
tion
(0
-127
a
re
re
se
rv
ed
AS
HR
AE
O
bj
ec
ts
)
W
C
=
In
che
s
of
wa
te
r C
ol
um
n, C
FM
=
C
ub
ic
F
ee
t pe
r M
inu
te
, F
PM
=
F
ee
t P
er
M
inu
te
, PS
I =
P
ound
s
pe
r S
qu
ar
e
In
ch
, P
a
=
Pa
sc
al
s,
kP
a
=
kil
oP
asc
al
s,
PP
M
=
P
ar
ts
P
er
M
illi
on
, kJ
/k
g
=
kil
oJ
ou
le
s
pe
r k
ilog
ra
m
Va
lue
s t
ha
t a
re
no
t app
lic
ab
le
due
to
un
it
con
figu
ra
tion
and
op
tion
s
will
be
s
en
t a
s
ze
ro
(0
).
M
odbu
s
va
lue
s
ar
e
all
o
f t
ype
s
igned
.
Sc
ali
ng
v
al
ue
s
in
x1
0
(B
ol
d)
ind
ic
at
e
sc
ali
ng
in
m
et
ric
is
x
100
.
Sc
ali
ng
and
s
ign
ing
m
ay
no
t be
m
od
ifi
ed
in
the
fi
el
d.
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.
3
of 4
TABLE 13 - YVAA NATIVE COMMUNICATIONS DATA MAP (CONT'D)