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22. DEFAULT SETTING VALUES
LABEL
Description
SEt
Regulation Set Point
rtC
RTC menu visualization
LS
Minimum Set point
US
Maximum Set point
Hy
Differential for normal regulation
odS
Outputs delay activation after power on
AC
Anti-short cycle delay
AC1
Anti-short cycle delay for second compressor
MCo
Maximum time with compressor on
rtr
Percentage for regulation=F(P1; P2) (100=P1; 0=P2)
CCt
Maximum duration for Pull Down
Differential for Pull Down (SET+CCS or
CCS
SET+HES+CCS)
Threshold for automatic activation of Pull Down in
oHt
normal mode (SET+HY+oHt)
Con
Compressor ON time with faulty probe
CoF
Compressor OFF time with faulty probe
PbC
Probe selection
ot
Probe P1 calibration
P2P
Probe P2 presence
oE
Probe P2 calibration
P3P
Probe P3 presence
o3
Probe P3 calibration
P4P
Probe P4 presence
o4
Probe P4 calibration
Hy1
Differential for proportional regulation in normal mode
Fr0
Frequency output value with compressor stopped
PMi
Minimum compressor speed (in percentage)
PMA
Maximum compressor speed (in percentage)
Compressor speed variation (increment) when
voS
temperature is increasing
Compressor speed variation (decrement) when
vo2
temperature is decreasing
Compressor speed variation (decrement) after any
vo3
Pull Down
PdP
Compressor speed during any Pull Down
Time with compressor speed at PMI before stopping
t1F
the compressor
Compressor speed (in percentage) in case of any
SPi
error probe
Compressor speed (in percentage) during any defrost
Aod
(valid if tdf=in)
Compressor speed during a pre-defrost phase (valid if
AoF
tdf=in)
tHv
Maximum time for compressor speed variation
tLv
Minimum time for compressor speed variation
dtC
Temperature sampling time
tH1
Differential for deadlock control
Compressor speed increment during any deadlock
oFS
condition (in Hz)
CMn
Continuous mode during normal mode
CME
Continuous mode during energy saving mode
Minimum compressor speed for activating lubrication
MnP
control (valid only for variable speed compressors)
tMi
Compressor running time below the MnP threshold
Interval of time with compressor a PMA during
tMA
lubrication control
CF
Temperature measurement unit: Celsius; Fahrenheit
rES
Temperature resolution: decimal, integer
Lod
Probe displayed on the display
dLy
Display temperature delay
Visualization percentage=F(P1; P2) (ex: dtr=1 means
dtr
VALUE=0.01*P1+0.99*P2)
EdF
Defrost mode
tdF
Defrost type: electrical heating, hot gas
dFP
Probe selection for defrost control
dtE
Defrost termination temperature
idF
Interval between two consecutives defrost cycles
1592020670 XRi77CX-CH GB r1.1 15.10.2019
VALUE
LEVEL
-20.0
Pr1
-30.0
Pr2
10.0
Pr2
1.0
Pr1
3
Pr2
5
Pr2
0
Pr2
0
Pr2
100
Pr2
3.00
Pr1
-2.0
Pr1
10.0
Pr2
30
Pr2
5
Pr2
ntC
Pr2
0.0
Pr1
yes
Pr2
0.0
Pr2
no
Pr2
0.0
Pr2
no
Pr2
0.0
Pr2
1.0
Pr2
0
Pr2
20
Pr2
100
Pr2
1
Pr2
2
Pr2
5
Pr2
100
Pr2
1
Pr2
70
Pr2
70
Pr2
50
Pr2
60
Pr2
20
Pr2
10
Pr2
1.0
Pr2
1
Pr2
yes
Pr2
yes
Pr2
30
Pr2
01:00
Pr2
1
Pr2
°C
Pr1
dE
Pr1
P1
Pr1
00:00
Pr1
99
Pr1
in
Pr2
in
Pr2
P2
Pr2
4.0
Pr2
24
Pr2
XRi77CX-CH
MdF
Maximum length for defrost
dSd
Start defrost delay
StC
Compressor stop time before starting any defrost
dFd
Displaying during defrost
dAd
Delay for display temperature update after any defrost
Fdt
Draining time
Drain heater activated after draining time Fdt (valid if
Hon
oAx=Het)
dPo
Defrost after power on
dAF
Defrost delay after Pull Down
FAP
Probe selection for evaporator fan
FSt
Evaporator fan stop temperature
HyF
Differential for evaporator fan regulator
FnC
Evaporator fan mode operation
Fnd
Evaporator fan delay after defrost
Differential of temperature for forced activation of
FCt
evaporator fan (o=disabled)
Ft
Evaporator fan controlled during defrost
Fon
Evaporator fan ON time (with compressor OFF)
FoF
Evaporator fan OFF time (with compressor OFF)
FAC
Probe selection for condenser fan
St2
Regulation Set Point 2 for condenser fan
Hy2
Differential for Set Point 2 for condenser fan regulator
FCC
Condenser fan mode operation
FCo
Condenser fan on after switching off the compressor
ACH
Kind of action for auxiliary regulator
SAA
Set point for auxiliary regulator
SHy
Differential for auxiliary regulator
ArP
Probe selection for auxiliary regulator
Sdd
Auxiliary regulator disabled during any defrost
ALP
Probe selection for temperature alarms
ALC
Temperature alarms configuration: relative, absolute
ALU
Maximum temperature alarm
ALL
Minimum temperature alarm
AFH
Temperature alarm recovery differential
ALd
Temperature alarm delay
dAo
Temperature alarm delay after power-on
AP2
Probe selection for second temperature alarms
AL2
Second low temperature alarm
AU2
Second high temperature alarm
AH2
Differential for second temperature alarm recovery
Ad2
Second temperature alarm delay
dA2
Delay for second temperature alarm after power-on
bLL
Compressor off due to second low temperature alarm
AC2
Compressor off due to second high temperature alarm
SAF
Differential for anti-freezing control
tbA
Alarm relay switched off by pushing any key
oA1
Relay output oA1 configuration
oA2
Relay output oA2 configuration
oA3
Relay output oA3 configuration
oA4
Relay output oA4 configuration
oAn
Analogue output configuration
AOP
Alarm relay polarity
i1P
Digital input 1 polarity
i1F
Digital input 1 configuration
did
Digital inputs 1 alarm delay
Number of pressure alarm switch before stopping the
nPS
regulation (Lock alarm)
OdC
Compressor and fan status after door opening
rrd
Regulation restart after open door alarm
HES
Differential for energy saving mode
45
Pr2
0
Pr2
5
Pr2
it
Pr1
20
Pr1
5
Pr2
00:00
Pr2
no
Pr2
3
Pr2
P2
Pr2
-10.0
Pr2
1.0
Pr2
O_n
Pr2
3
Pr2
0
Pr2
no
Pr2
0
Pr2
0
Pr2
nP
Pr2
35.0
Pr2
1.0
Pr2
O_n
Pr2
0
Pr2
CL
Pr2
0.0
Pr2
1.0
Pr2
nP
Pr2
no
Pr2
P1
Pr1
rE
Pr1
8.0
Pr1
7.0
Pr1
1.0
Pr1
10
Pr1
24.00
Pr1
nP
Pr2
-40.0
Pr2
110.0
Pr2
1.0
Pr2
5
Pr2
01:00
Pr2
no
Pr2
yes
Pr2
5.0
Pr2
yes
Pr2
LiG
Pr2
dEF
Pr2
Fan
Pr2
ALr
Pr2
FrE
Pr2
CL
Pr2
CL
Pr1
dor
Pr1
1
Pr1
5
Pr1
F-C
Pr1
yes
Pr1
0
Pr1
7/9
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