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94
APPENDIX A — LOCAL DISPLAY AND CCN TABLES
MODE — RUN STATUS
ITEM
EXPANSION
RANGE
UNITS
CCN TABLE/
SUBTABLE
CCN POINT
CCN
WRITE
STATUS
MENU
WRITE
STATUS
RUN STATUS
STATUS DISPLAY
VIEW
Auto View of Run Status
(VIEW = Display only)
HVAC
HVAC Mode Status
1=Disabled
2=Ventilation
3=Cool
4=Heat
HVACMODE
OCC
Currently Occupied
No/Yes
OCCUPIED
SAT
Suppy Air Temperature
xxx..x
°F
SAT_DISP
ALRM
Current Alarms & Alerts
xx
ALRMALRT
TIME
Time of Day
xx.xx
hh.mm
TIMECOPY
VERS
Software Version Numbers
VERSIONS
MBB
CESR131320xxxx
(xxxx in table)
MODEL_NUMBER_01
ECB
CESR131249xxxx
MODEL_NUMBER_02
MARQ
CESR131171xxxx
MODEL_NUMBER_03
MODE
Control Modes
MODEDISP
SYS
Current System Mode
1=Disabled
2=Run Enabled
3=Service Test
SYS_MODE
HVAC
Current HVAC Mode
1=Disabled
2=Ventilation
3=Cool
4=Heat
HVACMODE
HV.DN
Remote HVAC Mode Disable
No/Yes
HVACDOWN
forcible
EFF.C
Cool Setpoint In Effect
xx.x
°F
CSP_EFF
EFF.H
Heat Setpoint In Effect
xx.x
°F
HSP_EFF
OCC
Currently Occupied
No/Yes
OCCUPIED
forcible
forcible
T.OVR
Timed Override in Effect
No/Yes
MODETOVR
LINK
Linkage Active
No/Yes
MODELINK
D.LMT
Demand Limit In Effect
No/Yes
MODEDMDL
C.LOC
Compressor OAT Lockout
No/Yes
COMPLOCK
H.LOC
Heat OAT Lockout
No/Yes
HEATLOCK
OK.EC
OK to Use Economizer?
No/Yes
ECONCOOL
COOL
Cooling Status
COOLDISP
DMD.C
Cooling Demand
xxx.x
^F
COOL_DMD
AVL.C
Available Cooling Stages
x
AVLCSTGS
REQ.C
Requested Cooling Stages
x
REQCSTGS
MAX.C
Max Allowed Cool Stages
x
MAXCSTGS
forcible
LMT.C
Max Cool Stage In Effect
x
CSTGLIMT
IDF
Indoor Fan State
Off/On
IDFSTATE
F.SPD
Commanded Fan Speed
xxx
%
FANSPEED
OFC.1
Outdoor Fan 1 Relay
Off/On
OFC_1
OFC.2
Outdoor Fan 2 Relay
Off/On
OFC_2
OFC.3
Outdoor Fan 3 Relay
Off/On
OFC_3
CRC
Cool>Reheat1 Control
Off/On
CRC
CIR.A
Refrigerant Circuit A
CIRCUIT A
CMP.A
Circuit A Compressor(s)
Off/On
COMP_A
TG.A
Timeguard A
xxx
sec
TIMGD_A
RH2.A
Reheat2 Valve A
Off/On
RH2_A
SST.A
Sat. Suction Temp A
xxx.x
°F
SST_A
SSP.A
Suction Pressure A
xxx.x
psig
SSP_A
SCT.A
Sat. Condenser Temp A
xxx.x
°F
SCT_A
SCP.A
Condenser Pressure A
xxx.x
psig
SCP_A
CIR.B
Refrigerant Circuit B
CIRCUIT B
CMP.B
Circuit B Compressor
Off/On
COMP_B
TG.B
Timeguard B
xxx
sec
TIMGD_B
RH2.B
Reheat2 Valve B,C
Off/On
RH2_B
SST.B
Sat. Suction Temp B
xxx.x
°F
SST_B
SSP.B
Suction Pressure B
xxx.x
psig
SSP_B
SCT.B
Sat. Condenser Temp B
xxx.x
°F
SCT_B
SCP.B
Condenser Pressure B
xxx.x
psig
SCP_B
CIR.C
Refrigerant Circuit C
CIRCUIT C
CMP.C
Circuit C Compressor
Off/On
COMP_C
TG.C
Timeguard C
xxx
sec
TIMGD_C
RH2.C
Reheat2 Valve B,C
Off/On
RH2_B
SST.C
Sat. Suction Temp C
xxx.x
°F
SST_C
SSP.C
Suction Pressure C
xxx.x
psig
SSP_C
SCT.C
Sat. Condenser Temp C
xxx.x
°F
SCT_C
SCP.C
Condenser Pressure C
xxx.x
psig
SCP_C
48/50PG and PM
Summary of Contents for 48/50PG C03-14
Page 31: ...31 C07009 Fig 18 Air Baffle Dimensions 48 50PG03 16 48 50PG and PM...
Page 32: ...32 C08077 Fig 19 Air Baffle Dimensions 48 50PM16 28 48 50PG and PM...
Page 56: ...56 C08549 Fig 25 48PG03 16 Control Wiring Schematic 48 50PG and PM...
Page 57: ...57 C08550 Fig 26 50PG03 16 Control Wiring Schematic 48 50PG and PM...
Page 62: ...62 C08471 Fig 31 Typical 48PM16 28 Control Schematic 48 50PG and PM...
Page 63: ...63 C08062 Fig 32 Typical 48PM16 28 with Humidi MiZert System Control Schematic 48 50PG and PM...
Page 64: ...64 C101251 Fig 33 Typical 50PM16 28 Control Schematic 48 50PG and PM...
Page 65: ...65 C08064 Fig 34 Typical 50PM16 28 with Humidi MiZert Control Schematic 48 50PG and PM...
Page 66: ...66 C10902 Fig 35 Typical 48 50PM16 28 Power Schematic 48 50PG and PM...
Page 67: ...67 C09213 Fig 36 Typical 48 50PM16 28 with Humidi MiZert System Power Schematic 48 50PG and PM...
Page 69: ...69 C08067 Fig 38 48 50PM16 28 Component Arrangement 48 50PG and PM...
Page 70: ...70 C101252 Fig 39 48 50PM16 28 with Humidi MiZert Component Arrangement 48 50PG and PM...