JOHNSON CONTROLS
182
FORM 150.72-NM1 (1020)
Maintenance
TABLE 31 - BACNET AND MODBUS COMMUNICATIONS DATA MAP
2/25/2009
Na
tiv
e
IT
EM
Ver
sio
n
D
at
e
C
heck S
um
1
C
.M
M
C
.13.00
29-
N
ov
-06
2
C
.M
M
C
.15.00
29-
N
ov
-06
3
C
.M
M
C
.14.00
29-
N
ov
-06
4
C
.M
M
C
.16.00
29-
N
ov
-06
5
C
.M
M
C
.13.02
17-
O
ct-
08
6
C
.M
M
C
.14.02
17-
O
ct-
08
7
C
.M
M
C
.16.02
17-
O
ct-
08
8 9 10
123456789
10
1
SEE
N
O
TE
5
SEE N
O
TE 1
3
4
R
EM
_S
ET
P
AV
_1
1026
03,06,16
F
°
R
/W
Se
tp
oi
nt
C
oo
lin
g S
et
po
in
t(H
P O
nl
y)
, 9
9 =
A
ut
o;
(4
0°
F -
7
0°
F)
5
SP
_R
EM
_S
P_
S1
AV
_2
1027
03,06,16
PS
IG
R
/W
Sy
s
1
Se
tpoi
nt
(S
uc
tion
Pr
es
su
re
C
ontr
ol
uni
ts
onl
y)
6
LO
AD
_LI
M
IT
AV
_3
1028
03,06,16
index
R
/W
Load
Li
m
it
St
age
(0
, 1,
2)
7
R
EM
_C
R
AV
_4
10
29
03,06,16
F
°
R
/W
C
ool
ing
R
ange
(D
AT
M
ode
O
nl
y)
8
SP_
R
EM
_SP_
S2
AV
_5
1030
03,06,16
PS
IG
R
/W
Sy
s
2
Se
tpoi
nt
(S
uc
tion
Pr
es
su
re
C
ontr
ol
)
9
R
EM
_SP_
H
EAT
AV_
6
1031
03,06,16
F
°
R
/W
H
eati
ng
Se
tpoi
nt
(H
P
O
nl
y)
, 999
=
Au
to
(9
5
°
F -
122
°
F)
10
HP
_M
O
DE
AV
_7
1032
03,06,16
index
R
/W
M
ode
(H
P
O
nl
y)
(0
=P
anel
, 1=
C
ool
ing,
2=
H
eati
ng)
11
12
13
ST
AR
T_
ST
O
P
BV_
1
15
38
01,03,05,15,06,
16
0,
1
R
/W
St
op
St
ar
t C
om
m
and
14
SS_SYS1
BV_2
1539
01,03,05,15,06,
16
0,
1
R
/W
Sy
s
1
S
tar
t/S
top
( S
uc
tion
Pr
es
su
re
(S
P)
C
ontr
ol
O
nl
y)
15
SS_SYS2
BV_3
1540
01,03,05,15,06,
0,
1
R
/W
Sy
s
2
S
tar
t/S
top
( S
uc
tion
Pr
es
su
re
(S
P)
C
ontr
ol
O
nl
y)
16
17
LC
H
LT
AI
_1
514
03,04
F
°
R
Leav
ing C
h
ill
ed
Li
qu
id
Tem
p
18
R
C
H
LT
AI
_2
515
03
,04
F
°
R
R
etur
n
C
hi
lled
Li
qui
d
Te
m
p
19
D
AT
AI
_3
516
03,04
F
°
R
C
ondens
ing
U
ni
t M
odel
s
O
nl
y
20
S1
_SU
C
T_
TEM
P
AI
_4
517
03,04
F
°
R
El
ec
troni
c
Ex
pans
ion
Va
lv
e
M
odel
s
O
nl
y
21
O
AT
AI
_5
518
03,04
F
°
R
Am
bi
ent
Ai
r T
em
per
atur
e
22
S1
_S
U
C
T_
SH
EA
T
AI
_6
51
9
03
,0
4
F
°
R
Sy
s
1
Suc
tion
Super
heat
(
EEV
M
odel
s
O
nl
y)
23
S1_RUN_T
IM
E
AI
_7
520
03,
04
se
conds
R
Sy
s
1
Run
Ti
m
e
(s
ec
onds
)
24
S1_S
U
C
T_
PR
AI
_8
521
03,
04
PS
IG
R
Sy
s
1
Suc
tion
Pr
es
sur
e
25
S1_D
SC
H
_P
R
AI
_9
522
03,
04
PS
IG
R
Sy
s
1
D
is
char
ge
Pr
es
sur
e
27
S1_C
IR
_T
EM
P
AI
_10
523
03,04
F
°
R
Sy
s
1
C
ool
er
In
le
t R
efr
iger
ant
Te
m
p
(R
-407c
M
odel
s
O
nl
y)
28
S1
_D
EF
_T
EM
P
AI
_11
524
03,04
F
°
R
Sy
s
1
D
efr
os
t T
em
per
atur
e
(H
P
O
nl
y)
29
S1
_EEV_
O
U
T
AI
_12
525
03,04
F
°
R
Sy
st
em
1
EEV
O
ut
put
%
(
EEV
M
odel
s
O
nl
y)
30
S1_A
R
_T
IM
ER
AI
_13
526
03,04
se
conds
R
Sy
s
1
An
ti-
R
ec
yc
le
T
im
er
31
AC
_T
IM
ER
AI
_14
527
03,04
se
conds
R
Anti
-C
oi
nc
ident
Ti
m
er
32
S2_S
U
C
T_T
EM
P
AI
_15
528
03,04
°F
R
Sy
st
em
2
Suc
tion
Te
m
p
( EEVM
odel
s
O
nl
y)
33
S2
_R
U
N
_T
IM
E
AI
_1
6
529
03,04
se
conds
R
Sy
s
2
Run
Ti
m
e
(s
ec
onds
)
34
S2_S
U
C
T_
PR
AI
_17
530
03
,04
PS
IG
R
Sy
s
2
Suc
tion
Pr
es
sur
e
35
S2_D
SC
H
_P
R
AI
_18
531
03
,04
PS
IG
R
Sy
s
2
D
is
char
ge
Pr
es
sur
e
36
S2_C
IR
_T
EM
P
AI
_19
532
03,04
F
°
R
Sy
s
2
C
ool
er
In
le
t R
efr
iger
ant
Te
m
per
atur
e(
R
-407c
O
nl
y)
37
S2
_D
EF
_T
EM
P
AI
_2
0
53
3
03
,0
4
F
°
R
Sy
s
2
D
efr
os
t T
em
per
atur
e
(H
P
O
nl
y)
38
S2
_SU
C
T_
SH
AI
_21
534
03,04
F
°
R
Sy
s
2
Suc
tion
Super
H
eat
(EEV
M
odel
s
O
nl
y)
39
S2
_AR
_T
IM
ER
AI
_22
535
03,04
F
°
R
Sy
s
2
An
ti-
R
ec
yc
le
Ti
m
er
40
S2_EEV_O
U
T
AI
_23
536
03,
04
se
conds
R
Sy
s
2
Suc
ti
on Super
heat
( EEV
M
odel
s
O
nl
y)
Bo
ar
d:
031-
02630-
xxx w
/ 031-
02550
M
odbu
s an
d B
ACn
et
M
S/
TP Dat
a M
aps
YCAL/
YCUL/
YCW
L/
YLAA
IPU
II
PO
IN
T D
ESC
R
IPT
IO
N
IT
EM
R
EF
NUM
BAC
ne
t N
AM
E
Yo
rk
PN
C
omme
nts
St
anda
rd w
ith B
oa
rd:
031-
02630-
xxx w
/ 031-
02550
Ba
sil
don w
ith B
oa
rd:
031-
02630-
xxx w
/ 031-
02550
031-
02755-
001
031-
02755-
003
031-
02755-
004
031-
02755-
002
Ba
sil
don M
M
H
P w
ith B
oa
rd:
031-
02630-
xxx w
/ 031-
02
550 F
ix na
tive
M
odbus
commun
ic
at
ions
. F
ix C
af
é M
et
ric
func
tiona
lity
(S
CR
-766)
B
INA
RY
W
R
IT
E P
O
INT
S
A
N
ALO
G
W
R
ITE
P
O
IN
TS
Po
in
t Li
st
C
ode
S=Sta
nd
ar
d; O
= O
pti
on
al
; N
= N
ot Ava
ila
bl
e
BAC
ne
t
O
bject
/In
st
an
ce
M
M
H
P w
ith B
oa
rd:
031-
02630-
xxx w
/ 031-
02550
Ba
sil
don M
M
H
P w
ith B
oa
rd:
031-
02630-
xxx w
/ 031-
02550
St
andar
d M
ic
ro B
oar
d 031-
02550-
xxx .
F
ix n
at
ive
M
odbus
c
om
m
uni
ca
tions
. F
ix
C
afé
M
etr
ic
func
tional
ity
(S
C
R
-766)
M
M
H
P w
ith B
oa
rd:
031-
02630-
xxx w
/ 031-
02
550F
ix na
tive
M
odbus
communi
ca
tions
. F
ix C
af
é M
et
ric
func
tiona
lity
(S
CR
-766)
031-
02755-
003
031-
02755-
004
031-
02755-
001
M
O
DBUS
ADDRE
SS
M
O
DB
US
D
at
a
Ty
pe
S
upport
ed
E
N
G
UNIT
S
RE
AD
WR
IT
E
AN
AL
O
G
R
EAD
O
N
LY
P
O
IN
TS
M
id
M
ar
ket
N
at
iv
e B
acn
et
_M
od
bu
s
Pr
oper
ty
of
JC
I/Y
or
k
In
ter
nati
onal
. S
ubj
ec
t to
change
w
ithout
noti
ce
M
iddl
e
M
ar
ket
IP
U
II
N
AT
IV
E
BA
C
net
_M
odbus
D
ata
M
aps
_
R
ev
A
_06.x
ls
Page 1 of 3
Summary of Contents for YORK Tempo YLAA Series
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Page 83: ...FORM 150 72 NM1 1020 83 JOHNSON CONTROLS 5 5...
Page 85: ...FORM 150 72 NM1 1020 85 JOHNSON CONTROLS 5 5 LD13901...
Page 87: ...FORM 150 72 NM1 1020 87 JOHNSON CONTROLS 5 5...
Page 89: ...FORM 150 72 NM1 1020 89 JOHNSON CONTROLS 5 5 LD13232...
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Page 92: ...JOHNSON CONTROLS 92 FORM 150 72 NM1 1020 Technical Data WIRING LD13238 FIG 22 WIRING...
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Page 191: ...FORM 150 72 NM1 1020 191 JOHNSON CONTROLS 10 NOTES...