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JOHNSON CONTROLS
116
SECTION 7 - OPERATION
FORM 201.28-NM1.1
ISSUE DATE: 1/31/2018
2/
16/
2016
EN
G
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
P
AG
E
A
ddr
es
s
S
c
al
e
Im
per
S
I
P
O
IN
T
L
IS
T
D
E
S
C
R
IP
T
IO
N
1
2
3
4
5
6
7
8
9
10
R
EF
P4
3
BV1
2
Y
T
2_
S
01_
P
43
nv
oY
T
S
01p043
S
N
V
T
_s
w
it
c
h
(95)
B
D
12
0072
N
/A
0
/ 1
0
/ 1
S
ys
2
V
I S
te
p
S
o
le
n
o
id
V
a
lv
e
1
S
ta
tu
s
S
S
SS
S
P
4
3
P4
4
BV1
3
Y
T
2_
S
01_
P
44
nv
oY
T
S
01p044
S
N
V
T
_s
w
it
c
h
(95)
B
D
13
0073
N
/A
0
/ 1
0
/ 1
S
ys
1
V
I S
te
p
S
o
le
n
o
id
V
a
lv
e
2
S
ta
tu
s
S
S
SS
S
P
4
4
P4
5
BV1
4
Y
T
2_
S
01_
P
45
nv
oY
T
S
01p045
S
N
V
T
_s
w
it
c
h
(95)
B
D
14
0074
N
/A
0
/ 1
0
/ 1
S
ys
2
V
I S
te
p
S
o
le
n
o
id
V
a
lv
e
2
S
ta
tu
s
S
S
SS
S
P
4
5
P4
6
BV1
5
Y
T
2_
S
01_
P
46
nv
oY
T
S
01p046
S
N
V
T
_s
w
it
c
h
(95)
B
D
15
0075
N
/A
P4
6
P4
7
BV1
6
Y
T
2_
S
01_
P
47
nv
oY
T
S
01p047
S
N
V
T
_s
w
it
c
h
(95)
B
D
16
0076
N
/A
P4
7
P4
8
BV1
7
Y
T
2_
S
01_
P
48
nv
oY
T
S
01p048
S
N
V
T
_s
w
it
c
h
(95)
B
D
17
0077
N
/A
P4
8
P4
9
BV1
8
Y
T
2_
S
01_
P
49
nv
oY
T
S
01p049
S
N
V
T
_s
w
it
c
h
(95)
B
D
18
0078
N
/A
P4
9
P5
0
BV1
9
Y
T
2_
S
01_
P
50
nv
oY
T
S
01p050
S
N
V
T
_s
w
it
c
h
(95)
B
D
19
0079
N
/A
0
/ 1
0
/ 1
S
1
-1
C
o
o
li
n
g
T
yp
e
: 0
=
W
a
te
r, 1
=
G
ly
c
o
l
S
SS
SS
P
5
0
P5
1
BV2
0
Y
T
2_
S
01_
P
51
nv
oY
T
S
01p051
S
N
V
T
_s
w
it
c
h
(95)
B
D
20
0080
N
/A
0
/
1
0
/
1
Loc
al
/R
em
ot
e
C
ont
rol
M
ode:
0
=
Loc
al
,
1
=
R
e
m
o
te
SS
SSS
P
5
1
P5
2
BV2
1
Y
T
2_
S
01_
P
52
nv
oY
T
S
01p052
S
N
V
T
_s
w
it
c
h
(95)
B
D
21
0081
N
/A
0
/ 1
0
/ 1
D
is
p
la
y U
n
its
M
o
d
e
: 0
=
I
m
p
e
ri
a
l, 1
=
S
I
SS
SSS
P
5
2
P5
3
BV2
2
Y
T
2_
S
01_
P
53
nv
oY
T
S
01p053
S
N
V
T
_s
w
it
c
h
(95)
B
D
22
0082
N
/A
P5
3
P5
4
BV2
3
Y
T
2_
S
01_
P
54
nv
oY
T
S
01p054
S
N
V
T
_s
w
it
c
h
(95)
B
D
23
0083
N
/A
P5
4
P5
5
BV2
4
Y
T
2_
S
01_
P
55
nv
oY
T
S
01p055
S
N
V
T
_s
w
it
c
h
(95)
B
D
24
0084
N
/A
P5
5
P5
6
M
V1
Y
T
2_
S
01_
P
56
nv
oY
T
S
01p056
S
N
V
T
_c
ount
_f
(
51)
A
D
I
1
0030
X
1
enum
enum
*S
ys
1
O
per
at
ional
C
ode
SS
SSS
P
5
6
P5
7
M
V2
Y
T
2_
S
01_
P
57
nv
oY
T
S
01p057
S
N
V
T
_c
ount
_f
(
51)
A
D
I
2
0031
X
1
enum
enum
*S
ys
1
F
aul
t
C
ode
SS
SSS
P
5
7
P5
8
M
V3
Y
T
2_
S
01_
P
58
nv
oY
T
S
01p058
S
N
V
T
_c
ount
_f
(
51)
A
D
I
3
0032
X
1
enum
enum
*S
ys
2
O
per
at
ional
C
ode
SS
SSS
P
5
8
P5
9
M
V4
Y
T
2_
S
01_
P
59
nv
oY
T
S
01p059
S
N
V
T
_c
ount
_f
(
51)
A
D
I
4
0033
X
1
enum
enum
*S
ys
2
F
aul
t
C
ode
SS
SSS
P
5
9
P6
0
M
V5
Y
T
2_
S
01_
P
60
nv
oY
T
S
01p060
S
N
V
T
_c
ount
_f
(
51)
A
D
I
5
0034
X
1
c
ount
c
ount
S
ys
1
C
ondens
er
F
an
S
tage
(0-
14)
SS
SSS
P
6
0
P6
1
M
V6
Y
T
2_
S
01_
P
61
nv
oY
T
S
01p061
S
N
V
T
_c
ount
_f
(
51)
A
D
I
6
0035
X
1
c
ount
c
ount
S
ys
1
C
ondens
er
F
an
S
peed
(v
s
d)
SS
SSS
P
6
1
P6
2
M
V7
Y
T
2_
S
01_
P
62
nv
oY
T
S
01p062
S
N
V
T
_c
ount
_f
(
51)
A
D
I
7
0036
X
1
c
ount
c
ount
S
ys
2
C
ondens
er
F
an
S
tage
(0-
14)
SS
SSS
P
6
2
P6
3
M
V8
Y
T
2_
S
01_
P
63
nv
oY
T
S
01p063
S
N
V
T
_c
ount
_f
(
51)
A
D
I
8
0037
X
1
c
ount
c
ount
S
ys
2
C
ondens
er
F
an
S
peed
(v
s
d)
SS
SSS
P
6
3
P6
4
M
V9
Y
T
2_
S
01_
P
64
nv
oY
T
S
01p064
S
N
V
T
_c
ount
_f
(
51)
A
D
I
9
0038
X
1
c
ount
c
ount
Lead
S
ys
tem
N
um
ber
SS
SSS
P
6
4
P6
5
M
V1
0
Y
T
2_
S
01_
P
65
nv
oY
T
S
01p065
S
N
V
T
_c
ount
_f
(
51)
A
D
I
10
003
9
X
1
enum
enum
S
par
e
P6
5
P6
6
AV3
0
Y
T
2_
S
01_
P
66
nv
oY
T
S
01p066
S
N
V
T
_c
ount
_f
(
51)
A
D
F
30
004
0
X
1
°F
°C
Loc
al
Leav
ing
C
hi
ll
ed
Li
qui
d
S
et
poi
nt
S
S
S
S
S
P
66
P6
7
AV3
1
Y
T
2_
S
01_
P
67
nv
oY
T
S
01p067
S
N
V
T
_c
ount
_f
(
51)
A
D
F
31
004
1
X
1
°F
°C
Low
Leav
ing
C
hi
ll
ed
Li
qui
d
T
em
p
C
ut
out
S
S
S
S
S
P6
7
P6
8
AV3
2
Y
T
2_
S
01_
P
68
nv
oY
T
S
01p068
S
N
V
T
_c
ount
_f
(
51)
A
D
F
32
004
2
X
1
%
%
S
ys
1
E
c
onom
iz
er
V
al
ve
%
O
pen
SS
SSS
P
6
8
P6
9
AV3
3
Y
T
2_
S
01_
P
69
nv
oY
T
S
01p069
S
N
V
T
_c
ount
_f
(
51)
A
D
F
33
004
3
X
1
%
%
S
ys
2
E
c
onom
iz
er
V
al
ve
%
O
pen
SS
SSS
P
6
9
P7
0
AV3
4
Y
T
2_
S
01_
P
70
nv
oY
T
S
01p070
S
N
V
T
_c
ount
_f
(
51)
A
D
F
34
004
4
X
10
P
S
I
B
A
R
Low
S
uc
ti
on
P
res
s
ur
e
C
ut
out
SS
SSS
P
7
0
P7
1
AV3
5
Y
T
2_
S
01_
P
71
nv
oY
T
S
01p071
S
N
V
T
_c
ount
_f
(
51)
A
D
F
35
004
5
X1
*
vol
ts
vol
ts
V
S
D
D
C
B
us
V
ol
tage
SS
SSS
P
7
1
P7
2
AV3
6
Y
T
2_
S
01_
P
72
nv
oY
T
S
01p072
S
N
V
T
_c
ount
_f
(
51)
A
D
F
36
004
6
X1
*
°F
°C
R
em
ot
e
Leav
ing
C
hi
ll
ed
Li
qui
d
S
et
poi
nt
S
S
S
S
S
P
72
P7
3
AV3
7
Y
T
2_
S
01_
P
73
nv
oY
T
S
01p073
S
N
V
T
_c
ount
_f
(
51)
A
D
F
37
004
7
X
1
*
°F
°C
S
ys
1
S
ubc
ool
ing
SS
SSS
P
7
3
P7
4
AV3
8
Y
T
2_
S
01_
P
74
nv
oY
T
S
01p074
S
N
V
T
_c
ount
_f
(
51)
A
D
F
38
004
8
X
1
*
°F
°C
C
ool
ing
R
ange
SS
SSS
P
7
4
P7
5
AV3
9
Y
T
2_
S
01_
P
75
nv
oY
T
S
01p075
S
N
V
T
_c
ount
_f
(
51)
A
D
F
39
004
9
X1
*
°F
°C
S
ys
1
D
is
c
har
ge
S
uper
heat
SS
SSS
P
7
5
P7
6
AV4
0
Y
T
2_
S
01_
P
76
nv
oY
T
S
01p076
S
N
V
T
_c
ount
_f
(
51)
A
D
F
40
005
0
X
1
°F
°C
S
ys
2
C
ondens
er
T
em
per
at
ur
e
SS
SSS
P
7
6
P7
7
AV4
1
Y
T
2_
S
01_
P
77
nv
oY
T
S
01p077
S
N
V
T
_c
ount
_f
(
51)
A
D
F
41
005
1
X
1
°F
°C
S
ys
2
D
is
c
har
ge
T
em
per
at
ur
e
SS
SSS
P
7
7
P7
8
AV4
2
Y
T
2_
S
01_
P
78
nv
oY
T
S
01p078
S
N
V
T
_c
ount
_f
(
51)
A
D
F
42
005
2
X
1
°F
°C
S
ys
2
S
ubc
ool
ing
SS
SSS
P
7
8
P7
9
AV
4
3
Y
T
2_
S
01_
P
79
nv
oY
T
S
01p079
S
N
V
T
_c
ount
_f
(
51)
A
D
F
43
005
3
X
1
°F
°C
S
ys
2
D
is
c
har
ge
S
uper
heat
SS
SSS
P
7
9
P8
0
BV2
5
Y
T
2_
S
01_
P
80
nv
oY
T
S
01p080
S
N
V
T
_s
w
it
c
h
(95)
B
D
25
0085
N
/A
0/
1
0/
1
S
ys
1
Loc
k
out
SS
SSS
P
8
0
P8
1
BV2
6
Y
T
2_
S
01_
P
81
nv
oY
T
S
01p081
S
N
V
T
_s
w
it
c
h
(95)
B
D
26
0086
N
/A
0/
1
0/
1
S
ys
2
Loc
k
out
SS
SSS
P
8
1
P8
2
BV2
7
Y
T
2_
S
01_
P
82
nv
oY
T
S
01p082
S
N
V
T
_s
w
it
c
h
(95)
B
D
27
0087
N
/A
P8
2
P8
3
BV2
8
Y
T
2_
S
01_
P
83
nv
oY
T
S
01p083
S
N
V
T
_s
w
it
c
h
(95)
B
D
28
0088
N
/A
P8
3
P8
4
BV2
9
Y
T
2_
S
01_
P
84
nv
oY
T
S
01p084
S
N
V
T
_s
w
it
c
h
(95)
B
D
29
0089
N
/A
P8
4
2 4 5 6 7 8 9
10
N
O
T
E
:
T
he
A
ppr
o
pr
ia
te
P
ro
duc
t
C
o
de
Li
s
ti
ng
S
um
m
a
ry
S
ho
ul
d
A
c
c
o
m
pa
ny
D
o
c
um
e
nt
s
ee
not
e
3
C
ode
s
ar
e
av
ai
labl
e
onl
y
in
F
ir
m
w
ar
e
ver
s
ions
C
.A
21.
14.
0
3
or
l
at
er
.
C
ont
ac
t
your
J
C
I
F
S
C
f
or
as
s
is
tanc
e
on
upgr
adi
ng
your
f
ir
m
w
ar
e
3
M
O
D
B
U
S
s
c
al
ing
fac
tor
s
i
ndi
c
at
ed
in
B
O
LD
w
it
h
an
(*
)
as
ter
is
k
ar
e
U
s
er
C
onf
igur
abl
e,
by
a
fi
el
d
tec
hni
c
ian
if
nec
es
s
ar
y.
A
ll
M
odbus
v
al
ues
ar
e
of
t
he
ty
pe
S
IG
N
E
D
w
it
h
the
ex
c
ept
ion
of
t
he
U
s
er
C
onf
igur
ab
al
e
val
ues
t
hat
ar
e
al
l
UNS
IG
NE
D.
M
o
dbus
Func
ti
on
Ty
pe
s
S
uppor
te
d
(
E
N
G
P
0
3
-P
0
6
=
T
yp
e
s
0
3
, 0
6
, 1
6
) , (
E
N
G
P
0
7
- P
10
=
01,
03,
05,
15,
06,
16)
,
(
E
N
G
P
11-
P
35,
P
56-
P
7
9
) =
0
3
, 0
4
) , (
E
N
G
P
3
6
-P
5
5
, P
8
0
-
P
8
4
=
0
1
, 0
2
, 0
3)
E
NG
UNI
T
S
LO
N
S
N
V
T
Ty
pe
N
2
M
et
asys
M
O
DB
US
B
AC
n
e
t
O
b
ject
Ty
p/
Ins
B
acn
et
O
b
ject
N
am
e
L
O
N
P
ro
file
N
am
e
1
L
O
N
SN
VT
S
U
s
e
d
:
S
N
V
T
_c
ount
(
8)
,
S
N
V
T
_l
ev
_per
c
ent
(
81)
,
S
N
V
T
_t
e
m
p_p
(105)
,
S
N
V
T
_s
w
it
c
h
(
95)
,
S
N
V
T
_t
im
e_m
inut
e
(123)
,
S
N
V
T
_f
req_hz
(
76)
,
S
N
V
T
_am
p
(01)
,
S
N
V
T
_el
e
c
_k
w
h
(13)
,
S
N
V
T
_pow
er
_k
il
o
(83)
,
S
N
V
T
_v
ol
t
(44)
,
S
N
V
T
_v
ol
t_ac
(
138)
,
S
N
V
T
_pr
es
s
_p
(
87)
N
O
T
E
S
EN
G
PA
G
E
R
ef
B
A
C
ne
t
E
ngi
ne
e
ri
ng
U
ni
ts
s
how
n
w
it
h
an
(*
)
A
s
ter
is
k
w
il
l
be
as
s
igned
a
B
A
C
n
e
t E
n
g
U
n
it ty
p
e
o
f (
9
5
) i
e
N
O
U
N
IT
S
.
S
tat
u
s
C
o
d
es:
S
p
e
c
ia
l D
is
p
la
y c
h
a
ra
c
te
rs
s
u
c
h
a
s
(
, )
, [, ],
{
, }
,/,\,%
,<
a
n
d
>
a
re
n
o
t c
o
m
p
a
ti
b
le
w
ith
E
li
n
k
N
2
fo
rm
a
ts
. S
u
b
s
ti
tu
te
te
xt s
tr
in
g
s
, "
-"
, P
C
T
, G
T
N
w
il
l
be
us
ed
.
S
tat
u
s
C
o
d
es:
S
tat
us
C
ode
T
ex
t
s
tr
ing
lengt
hs
ar
e
li
m
it
ed
to
60
tot
al
c
har
ac
ter
s
(
inc
ludi
ng
s
pac
es
)
R
e
vi
s
io
n
:
YVAA_
YVF
A
BAS
(R
e
v
K_
0
3
h
).
xl
s
x
T
a
b
:
YV
AA_
YVF
A
P
ro
p
e
rty
o
f J
o
h
n
s
o
n
C
o
n
tr
o
ls
, Y
o
rk
, P
A
P
a
g
e
: 2
TABLE 15 - YVAA E-LINK COMMUNICATIONS DATA MAP (CONT'D)