Carel Heosone, Техническая брошюра, Страница: 62 / 72

28 H050002740 rel. 1.1 - 17.05.2021 Checks before commissioning
ENG
Table of initial configuration parameters
Cat. Description Def Min Ma x UOM
CM Compressor model (0 = FC-E40, 1 = FC-E57, 2 = FC-E100) 0 2 -
H0 BMS serial address 199 1 247 -
H3 BMS serial protocol (0 = CAREL, 1 = MODBUS) 1 0 1 -
/P1 Type of probe, group 1 (S1, S2, S3)
0 = PT1000 Standard Range 3 = Reserved
1 = NTC Standard Range 4 =Reserved
2 = Reserved 5 = NTC-HT
1 0 5 -
P1 Electronic valve: 0 = not present, 1 = OnBoard driver 1 0 1 -
/P2 Type of probe, group 2 (S4, S5)
1 = NTC Standard Range 4 = Reserved
2 = 0-5 V 5 = NTC-HT
3 = 4-20 mA 6 = 0.5-4.5V
6 1 6 -
/P3 Type of probe, group 3 (S6)
0 = PT1000 Standard Range 4 = 0-10V
1 = NTC Standard Range 5 = NTC-HT
2 = 0-5 V 6 = 0.5-4.5V
3 = 4-20 mA
1 0 6 -
/Fd Assign superheated gas temperature probe position (tGS)
0 = Function disabled 6 = S6
1 = S1 -1 = S11: serial probe
2 = S2 -2 = S12: serial probe
3 = S3 -3 = S13: serial probe
4 = S4 -4 = S14: serial probe
5 = S5
3 -4 6 -
/FE Assign saturated evaporation pressure/temperature probe position (PEu/tEu)
0 = Function disabled 6 = S6
1 = S1 -1 = S11: serial probe
2 = S2 -2 = S12: serial probe
3 = S3 -3 = S13: serial probe
4 = S4 -4 = S14: serial probe
5 = S5
4 -4 6 -
/UE Maximum value for saturated evap. pressure/temp. probe (PEu/tEu) 9.3 /LE 200 barg (psig)
/LE Minimum value for saturated evap. pressure/temp. probe (PEu/tEu) -1 -1 /UE barg (psig)
End End commissioning wizard - - - -
Tab. 4.c
Table of initial configuration parameters
Code Description Def Min Ma x UOM
St Control set point 50 r1 r2 °C (°F)
P3 Superheat control set point 10 0 25 K
P4 Proportional gain for superheat control 15 0 100
P5 Integral time for superheat control
0 = function disabled 150 0 900 s
P6 Derivative time for superheat control
0 = function disabled 5 0 100 s
cPr PID control: proportional gain 2 0 100 %/°C
ctl PID control: integral time 100 0 900 s
cdt PID control: derivative time 0 0 100 s
d0 Type of defrost
0 = heater by temperature
1 = hot gas by temperature
2 = heater by time
3 = hot gas by time
4 = heater by time with temperature control 0 0 4 -
dt1 End defrost temperature (read by Sd) 8 -50 50 °C (°F)
dP1 Maximum defrost duration 45 1 240 min
dd Dripping time after defrost (fans off )
0 = no dripping 2 0 15 min