Emerson Dixell XRi77CX, Installing And Operating Instructions

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1592020670 XRi77CX-CH GB r1.1 15.10.2019 XRi77CX-CH
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22. DEFAULT SETTING VALUES
LABEL Description VALUE LEVEL
SEt Regulation Set Point -20.0
rtC RTC menu visualization Pr1
LS Minimum Set point -30.0 Pr2
US Maximum Set point 10.0 Pr2
Hy Differential for normal regulation 1.0 Pr1
odS Outputs delay activation after power on 3 Pr2
AC Anti-short cycle delay 5 Pr2
AC1 Anti-short cycle delay for second compressor 0 Pr2
MCo Maximum time with compressor on 0 Pr2
rtr Percentage for regulation=F(P1; P2) (100=P1; 0=P2) 100 Pr2
CCt Maximum duration for Pull Down 3.00 Pr1
CCS
Differential for Pull Down (SET+CCS or
SET+HES+CCS)
-2.0 Pr1
oHt
Threshold for automatic activation of Pull Down in
normal mode (SET+HY+oHt)
10.0 Pr2
Con Compressor ON time with faulty probe 30 Pr2
CoF Compressor OFF time with faulty probe 5 Pr2
PbC Probe selection ntC Pr2
ot Probe P1 calibration 0.0 Pr1
P2P Probe P2 presence yes Pr2
oE Probe P2 calibration 0.0 Pr2
P3P Probe P3 presence no Pr2
o3 Probe P3 calibration 0.0 Pr2
P4P Probe P4 presence no Pr2
o4 Probe P4 calibration 0.0 Pr2
Hy1 Differential for proportional regulation in normal mode 1.0 Pr2
Fr0 Frequency output value with compressor stopped 0 Pr2
PMi Minimum compressor speed (in percentage) 20 Pr2
PMA Maximum compressor speed (in percentage) 100 Pr2
voS
Compressor speed variation (increment) when
temperature is increasing
1 Pr2
vo2
Compressor speed variation (decrement) when
temperature is decreasing
2 Pr2
vo3
Compressor speed variation (decrement) after any
Pull Down
5 Pr2
PdP Compressor speed during any Pull Down 100 Pr2
t1F
Time with compressor speed at PMI before stopping
the compressor
1 Pr2
SPi
Compressor speed (in percentage) in case of any
error probe
70 Pr2
Aod
Compressor speed (in percentage) during any defrost
(valid if tdf=in)
70 Pr2
AoF
Compressor speed during a pre-defrost phase (valid if
tdf=in)
50 Pr2
tHv Maximum time for compressor speed variation 60 Pr2
tLv Minimum time for compressor speed variation 20 Pr2
dtC Temperature sampling time 10 Pr2
tH1 Differential for deadlock control 1.0 Pr2
oFS
Compressor speed increment during any deadlock
condition (in Hz)
1 Pr2
CMn Continuous mode during normal mode yes Pr2
CME Continuous mode during energy saving mode yes Pr2
MnP
Minimum compressor speed for activating lubrication
control (valid only for variable speed compressors)
30 Pr2
tMi Compressor running time below the MnP threshold 01:00 Pr2
tMA
Interval of time with compressor a PMA during
lubrication control
1 Pr2
CF Temperature measurement unit: Celsius; Fahrenheit °C Pr1
rES Temperature resolution: decimal, integer dE Pr1
Lod Probe displayed on the display P1 Pr1
dLy Display temperature delay 00:00 Pr1
dtr
Visualization percentage=F(P1; P2) (ex: dtr=1 means
VALUE=0.01*P1+0.99*P2)
99 Pr1
EdF Defrost mode in Pr2
tdF Defrost type: electrical heating, hot gas in Pr2
dFP Probe selection for defrost control P2 Pr2
dtE Defrost termination temperature 4.0 Pr2
idF Interval between two consecutives defrost cycles 24 Pr2
MdF Maximum length for defrost 45 Pr2
dSd Start defrost delay 0 Pr2
StC Compressor stop time before starting any defrost 5 Pr2
dFd Displaying during defrost it Pr1
dAd Delay for display temperature update after any defrost 20 Pr1
Fdt Draining time 5 Pr2
Hon
Drain heater activated after draining time Fdt (valid if
oAx=Het)
00:00 Pr2
dPo Defrost after power on no Pr2
dAF Defrost delay after Pull Down 3 Pr2
FAP Probe selection for evaporator fan P2 Pr2
FSt Evaporator fan stop temperature -10.0 Pr2
HyF Differential for evaporator fan regulator 1.0 Pr2
FnC Evaporator fan mode operation O_n Pr2
Fnd Evaporator fan delay after defrost 3 Pr2
FCt
Differential of temperature for forced activation of
evaporator fan (o=disabled)
0 Pr2
Ft Evaporator fan controlled during defrost no Pr2
Fon Evaporator fan ON time (with compressor OFF) 0 Pr2
FoF Evaporator fan OFF time (with compressor OFF) 0 Pr2
FAC Probe selection for condenser fan nP Pr2
St2 Regulation Set Point 2 for condenser fan 35.0 Pr2
Hy2 Differential for Set Point 2 for condenser fan regulator 1.0 Pr2
FCC Condenser fan mode operation O_n Pr2
FCo Condenser fan on after switching off the compressor 0 Pr2
ACH Kind of action for auxiliary regulator CL Pr2
SAA Set point for auxiliary regulator 0.0 Pr2
SHy Differential for auxiliary regulator 1.0 Pr2
ArP Probe selection for auxiliary regulator nP Pr2
Sdd Auxiliary regulator disabled during any defrost no Pr2
ALP Probe selection for temperature alarms P1 Pr1
ALC Temperature alarms configuration: relative, absolute rE Pr1
ALU Maximum temperature alarm 8.0 Pr1
ALL Minimum temperature alarm 7.0 Pr1
AFH Temperature alarm recovery differential 1.0 Pr1
ALd Temperature alarm delay 10 Pr1
dAo Temperature alarm delay after power-on 24.00 Pr1
AP2 Probe selection for second temperature alarms nP Pr2
AL2 Second low temperature alarm -40.0 Pr2
AU2 Second high temperature alarm 110.0 Pr2
AH2 Differential for second temperature alarm recovery 1.0 Pr2
Ad2 Second temperature alarm delay 5 Pr2
dA2 Delay for second temperature alarm after power-on 01:00 Pr2
bLL Compressor off due to second low temperature alarm no Pr2
AC2 Compressor off due to second high temperature alarm yes Pr2
SAF Differential for anti-freezing control 5.0 Pr2
tbA Alarm relay switched off by pushing any key yes Pr2
oA1 Relay output oA1 configuration LiG Pr2
oA2 Relay output oA2 configuration dEF Pr2
oA3 Relay output oA3 configuration Fan Pr2
oA4 Relay output oA4 configuration ALr Pr2
oAn Analogue output configuration FrE Pr2
AOP Alarm relay polarity CL Pr2
i1P Digital input 1 polarity CL Pr1
i1F Digital input 1 configuration dor Pr1
did Digital inputs 1 alarm delay 1 Pr1
nPS
Number of pressure alarm switch before stopping the
regulation (Lock alarm)
5 Pr1
OdC Compressor and fan status after door opening F-C Pr1
rrd Regulation restart after open door alarm yes Pr1
HES Differential for energy saving mode 0 Pr1