94
APPENDIX A — LOCAL DISPLAY AND CCN TABLES (cont)
MODE — RUN STATUS (cont)
ITEM
EXPANSION
RANGE
UNITS
CCN TABLE/
SUB-TABLE
CCN
POINT
WRITE
STATUS
RUN STATUS (cont)
COOL (cont)
CIR.B
Refrigerant Circuit B
CMP.B
Compressors B
On/Off
COMP_B
TG.B
Timeguard B
xxx
sec
TIMGD_B
CS.B1
Compressor B1 Feedback
On/Off
CS_B1
RH2.B
Reheat2 Valve B,C
On/Off
RH2_B
SST.B
Sat. Suction Temp B
xxx.x
dF
SST_B
SSP.B
Suction Pr
essu
re B
xxx.x
psig
SSP_B
SCT.B
Sat. Condenser Temp B
xxx.x
dF
SCT_B
SCP.B
Condenser Pressure B
xxx.x
psig
SCP_B
CIR.C
Refrigerant Circuit C
CMP.C
Compressors C
On/Off
COMP_C
TG.C1
Timeguard C
xxx
sec
TIMGD_C
CS.C1
Compressor C1 Feedback
On/Off
CS_C1
RH2.C
Reheat2 Valve B,C
On/Off
RH2_C
SST.C
Sat. Suction Temp C
xxx.x
dF
SST_C
SSP.C
Suction Pressure C
xxx.x
psig
SSP_C
SCT.C
Sat. Condenser Temp C
xxx.x
dF
SCT_C
SCP.C
Condenser Pressure C
xxx.x
psig
SCP_C
HEAT
Heating Status
HEATDISP
DMD.H
Heating Demand
xxx.x
^F
HEAT_DMD
AVL.H
Available Heating Stages
x
AVLHSTGS
REQ.H
Requested Heating Stages
x
REQHSTGS
IDF
Indoor Fan Relay
On/Off
IDF
HT.1
Heat Stage 1 Relay
On/Off
HEAT_1
TG.H1
Heat Stage 1 Timeguard
xxx
sec
TIMGD_H1
HT.2
Heat Stage 2 Relay
On/Off
HEAT_2
TG.H2
Heat Stage 2 Timeguard
xxx
sec
TIMGD_H2
ECON
Economizer Status
ECONDISP
EC.CP
Econo Commanded Position
xxx
%
ECONOCMD
EC.AP
Econo Actual Position
xxx
%
ECONOPOS
EC.MP
Minimum Position in Effect
xxx
%
MIN_POS
IAQ.S
IAQ Level (Switch)
High/Low
IAQIN
IAQ
IAQ Level (Sensor)
xxxx
ppm
IAQ
OAT
Outdoor Air Temperature
xxx.x
dF
OA_TEMP
ENTH
Outdoor Enthalpy Switch
High/Low
ENTHALPY
OAQ
OAQ Level (Sensor)
xxxx
ppm
OAQ
PE.1
Power Exhaust 1 Relay
On/Off
PE_1
PE.2
Power Exhaust 2 Relay
On/Off
PE_2
(LON_DATA = CCN only)
LON Communication Status
LON_DATA
nviSpaceTemp
xxx.x
dF
NVI_SPT
Forcible
nviSetPoint
xxx.x
dF
NVI_SP
Forcible
nvoSpaceTemp
xxx.x
dF
NVO_SPT
nvoUnitStatus.mode
xxxx
NVO_MODE
nvoUnitStatus.heat_out_p
xxx.x
%
NVO_HPRI
nvoUnitStatus.heat_out_s
xxx.x
%
NVO_HSEC
nvoUnitStatus.cool_out
xxx.x
%
NVO_COOL
nvoUnitStatus.econ_out
xxx.x
%
NVO_ECON
nvoUnitStatus.fan_out
xxx
%
NVO_FAN
nvoUnitStatus.in_alarm
xxx
NVO_ALRM
nviSetPtOffset
xxx.x
^F
NVI_SPTO
Forcible
nviOutsideTemp
xxx.x
dF
NVI_OAT
Forcible
nviOutsideRH
xxxx.x
%
NVI_OARH
Forcible
nvoEffectSetPt
xxx.x
dF
NVO_EFSP
nvoOutsideTemp
xxxx.x
dF
NVO_OAT
nvoOutsideRH
xxx.x
%
NVO_OARH
nviSpaceRH
xxx.x
%
NVI_SPRH
Forcible
nviCO2
xxxxx
NVI_CO2
Forcible
nvoCO2
xxxxx
NVO_CO2
nvoTEMP1
xxx.x
dF
NVO_SAT
nvoTEMP2
xxx.x
dF
NVO_RAT
Forcible
nviPCT1
xxx.x
%
NVI_RHSP
nvoPCT1
xxx.x
%
NVO_SPRH
nviDISCRETE1
Off/On
NVI_FSD
nviDISCRETE2
No/Yes
NVI_OCC
nviDISCRETE3
Off/On
NVI_IAQD
nvoDISCRETE1
Off/On
NVO_FSD
Forcible
nvoDISCRETE2
No/Yes
NVO_OCC
Forcible
nvoDISCRETE3
Off/On
NVO_IAQD
nciCO2Limit
xxxxx
NCI_CO2
nciSetPnts.occupied_cool
xxx.x
dF
NCI_OCSP
Forcible
nciSetPnts.standby_cool
xxx.x
dF
NCI_SCSP
Forcible
nciSetPnts.unoccupd_cool
xxx.x
dF
NCI_UCSP
Forcible
nciSetPnts.occupied_heat
xxx.x
dF
NCI_OHSP
Forcible
nciSetPnts.standby_heat
xxx.x
dF
NCI_SHSP
Forcible
nciSetPnts.unoccupd_heat
xxx.x
dF
NCI_UHSP
Forcible
Содержание 48PG24
Страница 68: ...68 Fig 14 Low Voltage Control Schematic 48PG20 28 Units without Humidi MiZer System a48 7627...
Страница 69: ...69 Fig 15 Low Voltage Control Schematic 48PG20 28 Units with Humidi MiZer System a48 8227...
Страница 70: ...70 Fig 16 Low Voltage Control Schematic 50PG20 28 Units without Humidi MiZer System a48 7778...
Страница 71: ...71 Fig 17 Low Voltage Control Schematic 50PG20 28 Units with Humidi MiZer System a50 8101...
Страница 72: ...72 Fig 18 Power Schematic Units without Humidi MiZer System a48 7628...
Страница 73: ...73 Fig 19 Power Schematic Units with Humidi MiZer System a48 8228...
Страница 74: ...74 Fig 20 Component Arrangement Units without Humidi MiZer System a48 8229...
Страница 75: ...75 Fig 21 Component Arrangement Units with Humidi MiZer System a48 8230...
Страница 105: ......