118
YORK INTERNATIONAL
In the information that follows, a sample message along
with an explanation is provided for all available messages:
This message informs the operator of the time and date
of the fault.
This message informs the operator of the nature of the
fault which occurred.
This message indicates the Return Water Temperature at
the time of the fault.
This message indicates the Leaving Water Temperature
at the time of fault.
This display shows the Low Water Cut-out (Leaving) which
was programmed at the time of the fault.
This message shows the Cooling Range (CONTROL
RANGE, CR) which was programmed at the time of the
fault.
This display shows the TARGET Temperature which was
programmed at the time of the fault.
This message indicates the Outdoor Ambient Air Tem-
perature at the time of the fault.
This display shows the Low Ambient Cut-out programmed
at the time of the fault.
This display shows the Low Suction Pressure Cut-out
programmed at the time of the fault.
This message indicates which system was in the lead at
the time of the fault.
This message shows whether remote or local communi-
cations has been selected. “LOCAL” mode will allow an
ISN or an RCC option panel to receive chiller data from
the chiller through the RS-485 port, but not change pro-
grammed values remotely. REMOTE mode will allow an
ISN or an RCC option panel to receive chiller data and
change programmable values remotely.
This message indicates whether Compressor 1 was ON
or OFF at the time of the fault.
This message shows the Run Time logged on SYS 1,
since the last start, in Days (D), Hours (H), Minutes (M),
and Seconds (S).
This message indicates SYS 1 % FLA and Average Motor
Current at the time of the fault.
S H U T D O W N
O C C U R R E D
5: 5 9
A M
2 9
N O V
9 5
S Y S
1
H I G H
O I L
D I F F
S Y S
2
N O
F A U L T S
R E T U R N
W A T E R
T E M P
4 9 . 3
° F
L E A V I N G
W A T E R
T E M P
4 4 . 6
° F
L O W
W A T E R
C U T O U T
3 6 . 0
° F
C O O L I N G
R A N G E
4 2 . 0
T O
4 6 . 0
° F
T A R G E T
T E M P
4 4 . 0
° F
A M B I E N T
A I R
T E M P
7 7 . 6
° F
L O W
A M B I E N T
C U T O U T
0 . 0
° F
L O W
P R E S S U R E
C U T O U T
4 4
P S I G
L E A D
S Y S T E M
S Y S
1
L O C A L
R E M O T E
S E T T I N G
R E M O T E
S Y S
1
C O M P R E S S O R
O N
S Y S
1
R U N
T I M E
0 -
0 -
2 - 4 7
D - H - M - S
S Y S
1
A V G
M O T O R
A M P S
1 0 0 %
F L A
9 0
A M P S
Summary of Contents for Millennium YCAS 316
Page 11: ...FORM 201 10 NM1 11 YORK INTERNATIONAL YCAS 140 246 DIMENSIONS English LD01444 LD01446...
Page 13: ...FORM 201 10 NM1 13 YORK INTERNATIONAL YCAS 140 246 DIMENSIONS SI LD01440 LD01442...
Page 15: ...FORM 201 10 NM1 15 YORK INTERNATIONAL YCAS 216X 266X DIMENSIONS English LD01454 LD01454...
Page 17: ...FORM 201 10 NM1 17 YORK INTERNATIONAL YCAS 216X 266X DIMENSIONS SI LD01450 LD01448...
Page 33: ...FORM 201 10 NM1 33 YORK INTERNATIONAL 28514A FILTER DRYER LIQUID STOP VALVE...
Page 37: ...FORM 201 10 NM1 37 YORK INTERNATIONAL LD01285 FIG 3 SCREW CHILLER REFIGERANT FLOW DIAGRAM...
Page 59: ...FORM 201 10 NM1 59 YORK INTERNATIONAL FIG 11 CONTINUED LD01465 D...
Page 61: ...FORM 201 10 NM1 61 YORK INTERNATIONAL FIG 12 CONTINUED LD01458 D...
Page 69: ...FORM 201 10 NM1 69 YORK INTERNATIONAL FIG 16 CONTINUED LD01206 D...
Page 71: ...FORM 201 10 NM1 71 YORK INTERNATIONAL FIG 17 CONTINUED LD01202 D...