Carrier 50FC User Manual page 39

13 - LIST OF CONTROL PARAMETERS WITH "ACCESS LEVEL 1"
Parameters of "Input/Output" (...continuation)
Screen Parameter
I17 REACTIVE_POWER_TOTAL Reading of the energy meter: total reactive power
I17 REACTIVE_ENERGY
I18 POWER_L1
I18 POWER_L2
I18 POWER_L3
I18 POWER_TOTAL
I18 ENERGY
I18 HOURMETER_EM
I18a DevAddr_GLD
Concentration_Percent_Gas_
I18a
Leakag
Concentration_ppm_Gas_
I18a
Leakag
I18a RedLedStatus_GLD
I18a GreenLedStatus_GLD
I18a Relay_Status_GLD
I18b ENTALPIA_MEZCLA_KCAL
I18b SONDA_MEZCLA_HUM
I18b SONDA_MEZCLA_TEMP
ENTALPIA_IMPULSION_
I18c
KCAL
I18c SONDA_IMPULSION_HUM
I18c SONDA_IMPULSION_TEMP
I18d CAUDAL_IMPULSION_MSK Calculation of cooling and heating capacities: display of supply fl ow 0
DIF_ENTALPIA_POT_
I18d
TERMICA_KCAL
I18d Densidad_aire_impulsion
I18d Pot_termica
I18d POWER_TOTAL
I18e MODO_FRIO_2
I18e EER_COP
I18e ON_COMPRESOR
I18e PORC_COMPRESORES
I18e COMPRESOR_REC
I18e RENOVACION_CAL
I18e TEMP_INT
I18e TEMP_EXT
I06cr1 T_P_HP_CR
I06cr1 TEMP_CAL_HP_CR
I06cr1 COMPRESOR_REC
I06cr1 TEMP_ASP_CR
I06cr1 T_P_LP_CR
I06cr1 TEMP_CAL_LP_CR
I06cr2 EEV_POS_STEPS_CR
I06cr2 EEV_POS_PERCENT_CR
I06cr2 EVD_CR_RegStatus
I06cr2 EVD_CR_ProtStatus
I06cr2 SH_EVOS_CR
Description of the parameter
Reading of the energy meter: equivalent reactive energy
Reading of the energy meter: phase power L1
Reading of the energy meter: phase power L2
Reading of the energy meter: phase power L3
Reading of the energy meter: total power
Reading of the energy meter: energy
Reading of the energy meter: time (hours)
Number of the R-410A gas leak detector
Reading of the R-410A gas leak detector: concentration (%)
Reading of the R-410A gas leak detector: concentration (ppm)
Reading of the R-410A gas leak detector: red led (1: Active; 0: Off ) 0
Reading of the R-410A gas leak detector: green led (1: Active;
0: Off )
Reading of the R-410A gas leak detector: relay (1: Active; 0: Off ) 0
Calculation of cooling and heating capacities: display of input
enthalpy
Calculation of cooling and heating capacities: supply probe - display
of input humidity
Calculation of cooling and heating capacities: mixing probe RS485
- display of input temperature
Calculation of cooling and heating capacities: display of output
enthalpy
Calculation of cooling and heating capacities: supply probe - display
of output humidity
Calculation of cooling and heating capacities: mixing probe RS485
- display of output temperature
Calculation of cooling and heating capacities: display of the input-
output enthalpy diff erence
Calculation of cooling and heating capacities: display of air density 0
Calculation of cooling and heating capacities: display of total
capacity
Calculation of cooling and heating capacities: display of electric
power
Calculation of cooling and heating capacities: operating mode
Calculation of cooling and heating capacities: display of EER /
COP calculation
Calculation of cooling and heating capacities: display of started
compressors
Calculation of cooling and heating capacities: display of compressor
stages (%)
Calculation of cooling and heating capacities: display of recovery
compressor
Calculation of cooling and heating capacities: display of air renewal
calculated depending on the mixing probe or the CO2 probe
Calculation of cooling and heating capacities: display of indoor
temperature used in the unit control
Calculation of cooling and heating capacities: display of outdoor
temperature
Display of the high pressure transducer of the recovery circuit
Calculated temperature for high pressure of the recovery circuit 0.0
Contactor of recovery circuit compressor
Suction temperature on the recovery circuit
Evaporating pressure on the recovery circuit
Evaporating temperature on the recovery circuit
Valve position (steps) of the recovery circuit
Valve opening (%) of the recovery circuit
Status of the recovery circuit valve
Status of the recovery circuit valve protection
Overheating on the expansion valve of the recovery circuit
E
INPUTS/OUTPUTS
Value Min.
0.0 -999.9 999.9
0 0
0.0 -999.9 999.9
0.0 -999.9 999.9
0.0 -999.9 999.9
-999.9 999.9
0 0
0 0
6 0
0 0
0 0
0
0 0
0
0.0 -999.9 999.9
0.0 0.0
0.0 -999.9 999.9
0.0 -999.9 999.9
0.0 0.0
0.0 -999.9 999.9
-99999 99999
0.0 -999.9 999.9
-99999 99999
0.0 -9999.9 9999.9
0.0 -9999.9 9999.9
0 0
0.0 -999.9 999.9
0 0
0 0
0 0
0 0
0.0 -99.9
0.0 -99.9
0.0 -999.9 999.9
-999.9 999.9
0 0
0.0 -999.9 999.9
0.0 -999.9 999.9
0.0 -999.9 999.9
0 -9999
0.0 0.0
0 -32768 32767
0 -32768 32767
0.0 -999.9 999.9
Max. UOM Type R/W
kVAR Analog. R
4294967295 kWhR Integer R
W Analog. R
W Analog. R
W Analog. R
kW Analog. R
4294967295 kWh Integer R
4294967295 h Integer R
999 --- Integer R/W
100 % Integer R
5000 ppm Integer R
1 --- Digital R
1 --- Digital R
1 --- Digital R
Kcal/Kg Analog. R
100.0 %rH Analog. R/W 232
°C Analog. R
Kcal/Kg Analog. R
100.0 %rH Analog. R
°C Analog. R
x10
Integer R/W
m3/h
KJ/Kg Analog. R
x10
Integer R
g/m3
KW Analog. R
kW Analog. R
1 --- Digital R
--- Analog. R
1 --- Digital R
100 % Integer R
1 --- Digital R/W 117
100 % Integer R
99.9 °C Analog. R/W 291
99.9 °C Analog. R/W 2
bar Analog. R
°C Analog. R
1 --- Digital R
°C Analog. R
bar Analog. R
°C Analog. R
9999 --- Integer R
100.0 % Analog. R
--- Integer R
--- Integer R
ºC Analog. R
Add.
BMS
315
174,175
137
138
139
140
176,177
180,181
7
6
237
231
238
235
234
268
231
239
140
240
186
232
124
263
265
117
259
264
266
261
260
39