Point Maps Chillers AOS
of 4
Transcript of Point Maps Chillers AOS
-
JOHNSON CONTROLS150
FORM 150.62-NM8 (410)
MAINTENANCE
Yo
rk T
alk
2 M
icro
Ga
tew
ay
/ E
LIN
KM
icro
Bo
ard
: 0
31
-02
05
0/0
25
50
ST
NE
MM
OC
du
aB
mu
sk
ce
hC
N P
KR
OY
eta
Dn
oisr
eV
.fe
Rm
etI
1C
.MM
C.0
3.0
20
31
-02
04
9-0
01
94
4D
48
00
2C
.MM
C.0
3.0
10
31
-02
04
9-0
01
96
4B
48
00
3C
.MM
C.0
3.0
00
31
-02
04
9-0
01
22
26
48
00
xxxxh
salf
xx.3
1.C
MM.
C4
48
00
xxxxh
salf
xx.3
1.C
MM.
C5
48
00
xxxxh
salf
20.
31.
CM
M.C
64
80
0
7 8 9 10
Use A
SC
II p
ag
e c
olu
mn
for
inte
rfaces u
tiliz
ing
an
AS
CII
XL
Tra
nsla
tor
or
Mic
roG
ate
way
to c
om
mu
nic
ate
to a
ch
iller
LIN
C
EN
GA
SC
IIG
PIC
Yo
rk T
alk
ISN
LIN
CY
ork
Ta
lkN
2
EN
G
PA
GE
PA
GE
Ob
jec
tP
oin
tD
esc
rip
tive
Ch
ara
cte
rA
dd
ress
PO
INT
LIS
T C
OD
E:
S =
ST
AN
DA
RD
O
= O
PT
ION
AL
N =
N
OT
AV
AIL
AB
LE
PA
GE F
ER
01
98
76
54
32
1N
OIT
PIR
CS
ED
TSI
L T
NIO
P n
oitis
oP
tx
eT
ep
yT
ep
yT
FE
RF
ER
30
PS
SS
SS
tni
opt
eS
1 F
DA
lort
no
C .A
10
P3
0P
40
PS
SS
SS
)2 ,
1 ,0(
eg
atS ti
miL
da
oL
2 F
DA
lort
no
C .A
20
P4
0P
50
PO
OO
OO
)P
H L
WC
Y d
na
PH( t
nio
pte
S g
nita
eH
3 F
DA
lort
no
C .A
30
P5
0P
60
PO
OO
OO
)g
nita
eH
= 2 ,
gnil
oo
C =
1 ,le
na
P=
0( )yln
o P
H L
WC
Y d
na
PH(
ed
oM
4 F
DA
lort
no
C .A
40
P6
0P
70
PS
SS
SS
dn
am
mo
C p
otS/tr
atS
1 D
Bl
ortn
oC .
D5
0P
70
P
2 D
Bl
ortn
oC .
D6
0P
80
PP
08
3 D
Bl
ortn
oC .
D7
0P
90
PP
09 0
1P
SS
SS
S t
se
uq
eR r
effu
B yrot
siH
4 D
Bl
ortn
oC .
D8
0P
01
P
pm
eT
diu
qiL
delli
hC
gniv
ae
L5
FD
A1
1 - 8
roti
no
M .A
90
P1
1P
SS
SS
SP
11
pm
eT
diu
qiL
delli
hC
nrut
eR
6 F
DA
51 -
21
roti
no
M .A
01
P2
1P
SS
SS
SP
12
yln
O e
do
M ta
eH )
a0
14-
R( p
me
T di
uqi
L to
H g
niva
eL
7 F
DA
91 -
61
roti
no
M .A
11
P3
1P
OO
OO
OP
13 4
1P
SS
SS
Sd
oM t
ae
H -a
01
4( p
me
T di
uqi
L to
H nr
ute
R )tin
U d
no
C ( p
me
T riA
egr
ah
csi
D8
FD
A3
2 - 0
2r
otin
oM .
A2
1P
41
P
)a
01
4-R( t
oH
pm
eT
diu
qiL
gniv
ae
L9
FD
A7
2 - 4
2r
otin
oM .
A3
1P
51
PO
OO
OO
P1
5 61
PS
SS
SS
erut
are
pm
eT ri
A tn
eib
mA
01
FD
A1
3 - 8
2r
otin
oM .
A4
1P
61
P
)yln
o V
EE ( t
ae
hre
pu
S n
oitc
uS
1 sy
S1
1 F
DA
53 -
23
roti
no
M .A
51
P7
1P
OO
OO
OP
17 8
1P
SS
SS
S)
sd
no
ce
s( e
miT
nu
R 1
syS
21
FD
A9
3 - 6
3r
otin
oM .
A6
1P
81
P
91
PS
SS
SS
eru
ss
erP
noit
cu
S 1
syS
31
FD
A3
4 - 0
4r
otin
oM .
A7
1P
91
P
02
PS
SS
SS
eru
ss
erP
egr
ah
csi
D 1
syS
41
FD
A7
4 - 4
4r
otin
oM .
A8
1P
02
P
12
PS
SS
SS
)yln
O c
70
4-R(
erut
are
pm
eT t
nar
egirf
eR t
elnI r
elo
oC
1 sy
S5
1 F
DA
15 -
84
roti
no
M .A
91
P1
2P
61
FD
A5
5 - 2
5r
otin
oM .
A0
2P
22
PP
22
)yln
o V
EE(
% tu
ptu
O V
EE
1 sy
S7
1 F
DA
95 -
65
roti
no
M .A
12
P3
2P
OO
OO
OP
23 4
2P
SS
SS
Sr
emi
T el
cyc
eR -it
nA
1 sy
S8
1 F
DA
36 -
06
roti
no
M .A
22
P4
2P
52
PS
SS
SS
re
miT t
ne
dic
nio
C-itn
A9
1 F
DA
76 -
46
roti
no
M .A
32
P5
2P
)yln
o V
EE (
pm
eT
noit
cu
S sy
S0
2 F
DA
17 -
86
roti
no
M .A
42
P6
2P
OO
OO
OP
26 7
2P
SS
SS
S)
sd
no
ce
s( e
miT
nu
R 2
syS
12
FD
A5
7 - 2
7r
otin
oM .
A5
2P
72
P
82
PS
SS
SS
eru
ss
erP
noit
cu
S 2
syS
22
FD
A9
7 - 6
7r
otin
oM .
A6
2P
82
P
92
PS
SS
SS
eru
ss
erP
egr
ah
csi
D 2
syS
32
FD
A3
8 - 0
8r
otin
oM .
A7
2P
92
P
03
PS
SS
SS
)yln
O s
met
sys
c7
04-
R( er
utar
ep
me
T tn
are
girfe
R tel
nI rel
oo
C 2
syS
42
FD
A7
8 - 4
8r
otin
oM .
A8
2P
03
P
13
PO
OO
OO
)yln
o P
H ( er
utar
ep
me
T ts
orfe
D 2
syS
52
FD
A1
9 - 8
8r
otin
oM .
A9
2P
13
P
)yln
o V
EE( t
ae
hre
pu
S n
oitc
uS
2 sy
S6
2 F
DA
59 -
29
roti
no
M .A
03
P2
3P
OO
OO
OP
32 3
3P
SS
SS
Sr
emi
T el
cyc
eR-it
nA
2 sy
S7
2 F
DA
99 -
69
roti
no
M .A
13
P3
3P
)yln
o V
EE(
% tu
ptu
O V
EE
2 sy
S8
2 F
DA
30
1 - 0
01
roti
no
M .A
23
P4
3P
OO
OO
OP
34 5
3P
SS
SS
Ssr
os
ser
pm
oC f
o re
bm
uN
92
FD
A7
01 -
40
1r
otin
oM .
A3
3P
53
P
63
PS
SS
SS
mral
A 1
syS
5 D
B8
01
roti
no
M .D
43
P6
3P
73
PS
SS
SS
mral
A 2
syS
6 D
B9
01
roti
no
M .D
53
P7
3P
83
PS
SS
SS
sut
atS r
eta
eH r
otar
op
avE
7 D
B0
11
roti
no
M .D
63
P8
3P
93
PS
SS
SS
sut
atS
pm
uP r
otar
op
avE
8 D
B1
11
roti
no
M .D
73
P9
3P
04
PS
SS
SS
nu
R 1 r
os
ser
pm
oC
1 sy
S9
DB
21
1r
otin
oM .
D8
3P
04
P
14
PS
SS
SS
nu
R 1 r
os
ser
pm
oC
2 sy
S0
1 D
B3
11
roti
no
M .D
93
P1
4P
24
PS
SS
SS
evla
V di
on
elo
S e
niL
diu
qiL
1 sy
S1
1 D
B4
11
roti
no
M .D
04
P2
4P
YC
AL
Mic
ro B
oard
03
1-0
20
50
-xxx
Mic
ro B
oard
03
1-0
25
50
-xxx
. F
ix
native
Mod
bu
s c
om
mu
nic
ation
s (
SC
R
. F
ix C
af
Metr
ic fu
nction
alit
y (S
CR
-76
6)
YC
AL
/YC
WL
/YL
AA
Mid
dle
Ma
rke
t w
/ 2
05
0,
25
50
YC
AL
M
icro
Board
03
1-0
25
50
-xxx
, IP
U 2
board
.
YC
WL
( w
ate
r coole
d v
ers
ion
)
M
icro
Board
03
1-0
25
50
-xxx
, IP
U 2
board
.
YC
AL
Mic
ro B
oard
03
1-0
20
50
-xxx
YC
AL
Mic
ro B
oard
03
1-0
20
50
-xxx
TABLE 45 - YORKTALK 2 COMMUNICATIONS DATA MAP
-
JOHNSON CONTROLS 151
FORM 150.62-NM8 (410)
55
EN
GA
SC
IIG
PIC
Yo
rk T
alk
ISN
LIN
CY
ork
Ta
lkN
2
EN
G
PA
GE
PA
GE
Ob
jec
tP
oin
tD
esc
rip
tive
Ch
ara
cte
rA
dd
ress
PO
INT
LIS
T C
OD
E:
S =
ST
AN
DA
RD
O
= O
PT
ION
AL
N =
N
OT
AV
AIL
AB
LE
PA
GE F
ER
01
98
76
54
32
1N
OIT
PIR
CS
ED
TSI
L T
NIO
P n
oitis
oP
tx
eT
ep
yT
ep
yT
FE
RF
ER
34
PS
SS
SS
evla
V s
sa
pyB
sa
G to
H 1
syS
21
DB
51
1r
otin
oM .
D1
4P
34
P
44
PS
SS
SS
nu
R 2 r
os
ser
pm
oC
1 sy
S3
1 D
B6
11
roti
no
M .D
24
P4
4P
54
PS
SS
SS
nu
R 2 r
os
ser
pm
oC
2 sy
S4
1 D
B7
11
roti
no
M .D
34
P5
4P
64
PS
SS
SS
evla
V di
on
elo
S e
niL
diu
qiL
2 sy
S5
1 D
B8
11
roti
no
M .D
44
P6
4P
74
PS
SS
SS
)2
syS
= 1 ,
1 sy
S =
0( m
etsy
S d
ae
L6
1 D
B9
11
roti
no
M .D
54
P7
4P
84
PS
SS
SS
nu
R 3 r
os
ser
pm
oC
1 sy
S7
1 D
B0
21
roti
no
M .D
64
P8
4P
94
PS
SS
SS
nu
R 3 r
os
ser
pm
oC
2 sy
S8
1 D
B1
21
roti
no
M .D
74
P9
4P
)lo
cylG
=1 ,r
eta
W=
0( e
pyT
diu
qiL
delli
hC
91
DB
22
1r
otin
oM .
D8
4P
05
PS
SS
SS
P5
0 15
PN
SS
SS
)b
mA
wo
L=
1 ,b
mA
dtS
=0(
ed
oM l
ortn
oC t
nei
bm
A0
2 D
B3
21
roti
no
M .D
94
P1
5P
25
PS
SS
SS
)et
om
eR
=1 ,l
ac
oL
=0(
ed
oM l
ortn
oC
eto
me
R/la
co
L1
2 D
B4
21
roti
no
M .D
05
P2
5P
35
PS
SS
SS
)IS
=1 ,l
aire
pmI
=0(
stin
U2
2 D
B5
21
roti
no
M .D
15
P3
5P
45
PS
SS
SS
)ot
uA
=1 ,l
au
na
M=
0( e
do
M lort
no
C g
aL/
da
eL
32
DB
62
1r
otin
oM .
D2
5P
45
P
55
PS
SS
SS
evla
V s
sa
pyB
sa
G to
H 2
syS
42
DB
72
1r
otin
oM .
D3
5P
55
P
65
PS
SS
SS
ed
oC l
an
oitar
ep
O 1
syS*
1 ID
A8
21
roti
no
M e
do
C4
5P
65
P
75
PS
SS
SS
ed
oC tl
ua
F 1
syS*
2 ID
A9
21
roti
no
M e
do
C5
5P
75
P
85
PS
SS
SS
ed
oC l
an
oitar
ep
O 2
syS*
3 ID
A0
31
roti
no
M e
do
C6
5P
85
P
95
PS
SS
SS
ed
oC tl
ua
F 2
syS*
4 ID
A1
31
roti
no
M e
do
C7
5P
95
P
5 ID
A2
31
roti
no
M e
do
C8
5P
06
PS
SS
SS
P6
0 16
PS
SS
SS
eg
atS
na
F re
sn
ed
no
C 1
syS
6 ID
A3
31
roti
no
M e
do
C9
5P
16
P
7 ID
A4
31
roti
no
M e
do
C0
6P
26
PS
SS
SS
P6
2 36
PS
SS
SS
eg
atS
na
F re
sn
ed
no
C 2
syS
8 ID
A5
31
roti
no
M e
do
C1
6P
36
P
9 ID
A6
31
roti
no
M e
do
C2
6P
46
PP
64
ta
eH
=5 ,l
oo
C=
4 ,P
S=
3 ,riA
siD
=2 ,rt
W te
R=
1 ,rtW v
L=
0( e
do
M lort
no
C tin
U0
1 ID
A7
31
roti
no
M e
do
C3
6P
56
P)
SS
SS
SP
65 6
6P
SS
SS
S)
de
mm
arg
orP(
emi
T el
cyc
eR-it
nA
03
FD
A1
41 -
83
1r
otin
oM .
A4
6P
66
P
tu
otu
C p
me
T di
uqi
L d
ellih
C g
niva
eL
13
FD
A5
41 -
24
1r
otin
oM .
A5
6P
76
PS
SS
SS
P6
7 86
PS
SS
SS
tu
otu
C er
utar
ep
me
T tn
eib
mA
wo
L2
3 F
DA
94
1 - 6
41
roti
no
M .A
66
P8
6P
96
PS
SS
SS
)yln
O P
H g
nita
eH( t
uot
uC
eru
ss
erP
noit
cu
S w
oL
33
FD
A3
51 -
05
1r
otin
oM .
A7
6P
96
P
07
PS
SS
SS
)yln
o P
H g
nilo
oC( t
uot
uC
eru
ss
erP
noit
cu
S w
oL
43
FD
A7
51 -
45
1r
otin
oM .
A8
6P
07
P
17
PS
SS
SS
tu
otu
C er
us
ser
P e
gra
hc
siD
hgi
H5
3 F
DA
16
1 - 8
51
roti
no
M .A
96
P1
7P
27
PS
SS
SS
)la
col( t
nio
pte
S6
3 F
DA
56
1 - 2
61
roti
no
M .A
07
P2
7P
37
PS
SS
SS
eg
na
R g
nilo
oC
73
FD
A9
61 -
66
1r
otin
oM .
A1
7P
37
P
47
PO
OO
OO
)yln
o P
H L
WC
Y d
na
PH ( t
nio
pte
S g
nita
eH ,)l
ortn
oC
PS (
2 tni
opt
eS
83
FD
A3
71 -
07
1r
otin
oM .
A2
7P
47
P
57
PO
OO
OO
)yln
o P
H L
WC
Y d
na
PH(
eg
na
R ta
eH ,)l
ortn
oC
PS(
2 tni
opt
eS
eg
na
R lo
oC
93
FD
A7
71 -
47
1r
otin
oM .
A3
7P
57
P
)yln
o V
EE(
pm
eT
egr
ah
csi
D 1
syS
04
FD
A1
81 -
87
1r
otin
oM .
A4
7P
67
PO
OO
OO
P7
6
)yln
o V
EE( t
ae
hre
pu
S e
gra
hc
siD
1 sy
S1
4 F
DA
58
1 - 2
81
roti
no
M .A
57
P7
7P
OO
OO
OP
77
)yln
o V
EE(
pm
eT
egr
ah
csi
D 2
syS
24
FD
A9
81 -
68
1r
otin
oM .
A6
7P
87
PO
OO
OO
P7
8
)yln
o V
EE( t
ae
hre
pu
S e
gra
hc
siD
2 sy
S3
4 F
DA
39
1 - 0
91
roti
no
M .A
77
P9
7P
OO
OO
OP
79
52
DB
49
1r
otin
oM .
D8
7P
08
PP
80
62
DB
59
1r
otin
oM .
D9
7P
18
PP
81
72
DB
69
1r
otin
oM .
D0
8P
28
PP
82
82
DB
79
1r
otin
oM .
D1
8P
38
PP
83
92
DB
89
1r
otin
oM .
D2
8P
48
PP
84
NO
TE
: T
he A
ppro
priate
Pro
du
ct C
ode L
istin
g S
um
mary
Sh
ou
ld A
ccom
pan
y D
ocu
men
t
TABLE 45 (contd) - YORKTALK 2 COMMUNICATIONS DATA MAP
-
JOHNSON CONTROLS152
FORM 150.62-NM8 (410)
MAINTENANCE
ed
oC tl
ua
FII
CS
AG
NE
ed
oC l
an
oitar
ep
OII
CS
AG
NE
EG
AP
EG
AP
EG
AP
EG
AP
ED
OC.
TL
UA
F_
C5
5P
75
PE
DO
C.R
EP
O_
C4
5P
65
P
ed
oC tl
ua
F o
N0
0n
oitid
no
C la
mro
nb
A o
N0
0
a/n
11
ffO
hcti
wS ti
nU
11
erut
are
pm
eT t
nei
bm
A w
oL
22
ffO
hcti
wS
met
syS
22
a/n
33
tu
O-k
co
L3
3
erut
are
pm
eT
diu
qiL
delli
hC
gniv
ae
L w
oL
44
tlu
aF ti
nU
44
eru
ss
erP
egr
ah
csi
D h
giH
55
tlu
aF
met
syS
55
a/n
66
nw
odt
uh
S et
om
eR
66
eru
ss
erP
noit
cu
S w
oL
77
nw
odt
uh
S el
ud
eh
cS yli
aD
77
a/n
88
evis
simr
eP
nu
R o
N8
8
a/n
99
da
oL l
oo
C o
N9
9
a/n
01
01
evitc
A re
miT
ec
ne
dic
nio
C-itn
A0
10
1
a/n
11
11
evitc
A re
miT
elcy
ce
R-itn
A1
11
1
a/n
21
21
edirr
evO l
au
na
M2
12
1
a/n
31
31
gniti
miL
noit
cu
S3
13
1
a/n
41
41
gniti
miL
egr
ah
csi
D4
14
1
a/n
51
51
a/n
51
51
a/n
61
61
gniti
miL
da
oL
61
61
a/n
71
71
gni
nn
uR )
s(ro
ss
erp
mo
C7
17
1 18
18
Heat
Pu
mp
Load
Lim
itin
g (
HP
On
ly)
18
18
MP
/ H
PC
O F
au
lt
19
19
Low
Eva
pora
tor
Tem
pera
ture
20
20
n/a
21
21
n/a
22
22
Un
it M
oto
r C
urr
en
t
23
23
Low
Su
perh
eat
24
24
Sen
sor
Fau
lt
25
25
Dis
ch
arg
e I
nh
ibit
26
26
MP
/HP
CO
In
hib
it
27
27
Pu
mp
Trip
28
28
Pu
mp
Fail
Make F
low
TABLE 45 (contd) - YORKTALK 2 COMMUNICATIONS DATA MAP
-
JOHNSON CONTROLS 153
FORM 150.62-NM8 (410)
56
SECTION 6 - WIRING DIAGRAMS
FIG. 16 ELEMENTARY DIAGRAM, POWER CIRCUIT YCAL0014E_ - YCAL0030E_
ELEMENTARY DIAGRAM
YCAL0014E_ YCAL0030E_
