McQuay WMC

operaTIon
IOM 1210-1 • MAGNITUDE
®
MODEL WMC CHILLERS 50 www.DaikinApplied.com
Table 19: Menu Matrix
NOTE: The notation “blank mask page” indicates that the screen does not apply to this unit.
VIEW UNIT VIEW COMPRESSOR
VIEW
EVAPORATOR
VIEW UNIT STATUS(1)
UNIT= Off GasVal 2
COMP#1 Off #2Run
Ev/Cn Pmps= Off /Off
VIEW UNIT WATER(1)°F
In Out Delta
Evap 00.0 00.0 00.0
Cond 00.0 00.0 00.0
VIEW UNIT REFRG (1)
psi °F
Sat Evap 000.0 000.0
Sat Cond 000.0 000.0
VIEW UNIT TOWER (1)
Feedback Sig=(type?)
Fans ON= 0 of 2
Setpoint= (type?)
VIEW COMP (1)
State = Off
% RLA = 000%
Evap LWT = 054.0°F
VIEW COMP#2 (1)
State = Run
% RLA = 095%
Evap LWT = 054.0°F
VIEW EVAPORATOR
Suct SH = 000.0°F
Approach = 00.0°F
VIEW UNIT STATUS(2)
Comp#1 Off
Start-Start Tmr Clr
Inhibits None
VIEW UNIT WATER(2)°F
In Out Delta
HtRc 00.0 00.0 00.0
Cond 00.0 00.0 00.0
VIEW UNIT REFRG (2)
Suct Line = 000.0°F
Liquuid Line= 000.0°F
Lift Press = 000.0psi
VIEW UNIT TOWER (2)
Fan Speed = None
Bypass Valve= None
B-Val Sp = (type?)
VIEW COMP (2) psi
Cond Press = 000.0
Evap Press = 000.0
Lift Press = 000.0
VIEW COMP#2 (2) psi
Cond Press = 000.0
Evap Press = 000.0
Lift Press = 000.0
VIEW UNIT STATUS(3)
Comp#2 Run
Start-Start Tmr Clr
Inhibits PulDn
VIEW UNIT WATER(3)°F
Water Flow Rates
Evap = xxxxx GPM
Cond = xxxxx GPM
VIEW COMP (3)TC Tmp
BMCC PCB =XXX.xF
Backplane=XXX.xF
VFD Assembly=XXX.xF
VIEW COMP#2(3)TCTmp
BMCC PCB =XXX.xF
Backplane=XXX.xF
VFD Assembly=XXX.xF”
VIEW COMP (4)
Cavity Temp = 000.0°F
Invert Temp = 000.0°C
Lift Temp = +00.0°F
VIEW COMP#2 (4) °F
Cavity Temp = 000.0°F
Invert Temp = 000.0°C
Lift Temp = +00.0°F
VIEW COMP (5) °F
Temp SH
Suction 000.0 00.0
Discharge 000.0 00.0
VIEW COMP#2 (5) °F
. Temp SH
Suction 000.0 00.0
Discharge 000.0 00.0 “
VIEW COMP (6)
psi °F
SatEvap 000.0 000.0
SatCond 000.0 000.0
VIEW COMP#2 (6)
psi °F
SatEvap 000.0 000.0
SatCond 000.0 000.0
VIEW COMP (7)
Hours = 00000 x10
Starts = 00000 .
VIEW COMP#2 (7)
Hours = 00000 x10
Starts = 00000 .
VIEWCOMP(8)HWLok
Interlock Open
Mode3 Units0 Float0
Auto Demand 000.0%
VIEWCOMP#2(8)HWLok
Interlock Open
Mode3 Units0 Float0
Auto Demand 000.0%
VIEW COMP(9)Alarms
Ctl OIDSPACTRBZLGEVM
Control Alarm Index
X = Denition
VIEW COMP#2(9)Alarms
Ctl OIDSPACTRBZLGEVM
Control Alarm Index
X = Denition
VIEW COMP(10)Motor
Ctl avwekrbjodzmpgny
Motor Alarm Index *
X = Denition
VIEW COMP#2(10)Motor
Ctl avwekrbjodzmpgny
Motor Alarm Index *
X = Denition
VIEW COMP(11)Alrms
Ctl 0123456789ABCDEF
Bearing Alarm Index *
X = Denition
VIEW COMP#2(11)Alrms
Ctl 0123456789ABCDEF
Bearing Alarm Index *
X = Denition
VIEW COMP (12) RPM
Min=xxxxx Act=xxxxx
Max=xxxxx Des=xxxxx
LEW=xx.xF CmpFB=000%
VIEW COMP#2(12)RPM
Min=xxxxx Act=xxxxx
Max=xxxxx Des=xxxxx
LEW=xx.xF CmpFB=000%
VIEW COMP(13)Temps
Suct=+00.0 Cav=000.0
SCR =000.0 Ent=000.0
Disc=000.0 Lev=000.0
VIEW COMP#2(13)Temps
Suct=+00.0 Cav=000.0
SCR =000.0 Ent=000.0
Disc=000.0 Lev=000.0
VIEW COMP(14) Pwr
3Ph=460V 60Hz 000A
24DC=24.3V KW=000.0
DC-Bus=640V IGV=25%
VIEW COMP#2(14) Pwr
3Ph=460V 60Hz 000A
24DC=24.3V KW=000.0
DC-Bus=640V IGV=25%
VIEWCOMP(15)Motor
MaxFlow 0 Lo-Spd-Ld
Cool #2 Inv=000.0°F
S_SP+0000 SPdly0000S
VIEWCOMP#2(15)Motor
MaxFlow 0 Lo-Spd-Ld
Cool #2 Inv=000.0°F
S_SP+0000 SPdly0000S
VIEW COMP(16) Bear
FX=+xxxxA RX=+xxxxA
FY=+xxxxA RY=+xxxxA
AX=+xxxxA FROO=nnnnn
VIEW COMP#2(16)Bear
FX=+xxxxA RX=+xxxxA
FY=+xxxxA RY=+xxxxA
AX=+xxxxA FROO=nnnnn
VIEWCOMP(17) Bear2
Comp Alarm = nnnnn
Un-Balance Fr=+nnnn
Ax=+nnnn Rr=+nnnn
VIEWCOMP#2(17)Bear2
Comp Alarm = nnnnn
Un-Balance Fr=+nnnn
Ax=+nnnn Rr=+nnnn
VIEWCOMP(18) BMCC
BMC3.0.xxxx 01Sep13
CC 3.0.xxxx `HH:MM:SS
Sr#nnnnn-nnnnn-nnnnn
VIEWCOMP#2(18) BMCC
BMC3.0.xxxx 01Sep13
CC 3.0.xxxx `HH:MM:SS
Sr#nnnnn-nnnnn-nnnnn