Emerson Dixell XRi77CX User Manual

1592020670 XRi77CX-CH GB r1.1 15.10.2019 XRi77CX-CH 8/9
LdE
Energy saving mode controls the lights (lights off
when energy saving goes active)
yes
Pr1
Hur
Hours
Pr1
Min
Minutes
Pr1
dAY
Day of the week
Pr1
dyM
Day of the month
Pr1
Mon
Month
Pr1
yAr
Year
Pr1
Hd1
First day of week end
Sat
Pr2
Hd2
Second day of week end
Sun
Pr2
iLE
Working days Energy saving starting time
00:00
Pr2
dLE
Working days Energy saving duration
00:00
Pr2
iSE
Holyday Energy saving starting time
00:00
Pr2
dSE
Holyday Energy saving duration
00:00
Pr2
dd1
Sunday defrost
no
Pr2
dd2
Monday defrost
no
Pr2
dd3
Tuesday defrost
no
Pr2
dd4
Wednesday defrost
no
Pr2
dd5
Thursday defrost
no
Pr2
dd6
Friday defrost
no
Pr2
dd7
Saturday defrost
no
Pr2
Ld1
1st defrost starting time
nu
Pr2
Ld2
2nd defrost starting time
nu
Pr2
Ld3
3rd defrost starting time
nu
Pr2
Ld4
4th defrost starting time
nu
Pr2
Ld5
5th defrost starting time
nu
Pr2
Ld6
6th defrost starting time
nu
Pr2
Adr
Serial address
1
Pr2
bAU
Baud rate selection for serial port
9.6
Pr2
onC
ONOFF button configuration
ES
Pr2
on2
ONOFF button timed (3sec) configuration
oFF
Pr2
LG2
Light button timed (3sec) configuration
nU
Pr2
dn2
Down button timed (3sec) configuration
Lnt
Pr2
dP1
Probe P1 value visualization
Pr1
dP2
Probe P2 value visualization
Pr1
dP3
Probe P3 value visualization
Pr1
dP4
Probe P4 value visualization
Pr1
SPd
Instantaneous compressor speed (in Hz)
Pr1
rSE
Real regulation Set Point
Pr1
rEL
Firmware release
Pr1
Ptb
Parameter map code
1
Pr1
SEt_nt
Regulation Set Point
3.0
rtC_nt
RTC menu visualization
Pr1
LS_nt
Minimum Set point
-50.0
Pr2
US_nt
Maximum Set point
50.0
Pr2
Hy_nt
Differential for normal regulation
2.0
Pr1
odS_nt
Outputs delay activation after power on
1
Pr2
AC_nt
Anti-short cycle delay
1
Pr2
AC1_nt
Anti-short cycle delay for second compressor
5
Pr2
MCo_nt
Maximum time with compressor on
0
Pr2
rtr_nt
Percentage for regulation=F(P1; P2) (100=P1; 0=P2)
100
Pr2
CCt_nt
Maximum duration for Pull Down
3.00
Pr1
CCS_nt
Differential for Pull Down (SET+CCS or
SET+HES+CCS)
2.0
Pr1
oHt_nt
Threshold for automatic activation of Pull Down in
normal mode (SET+HY+oHt)
10.0
Pr2
Con_nt
Compressor ON time with faulty probe
15
Pr2
CoF_nt
Compressor OFF time with faulty probe
5
Pr2
PbC_nt
Probe selection
ntC
Pr2
ot_nt
Probe P1 calibration
0.0
Pr1
P2P_nt
Probe P2 presence
no
Pr2
oE_nt
Probe P2 calibration
0.0
Pr2
P3P_nt
Probe P3 presence
no
Pr2
o3_nt
Probe P3 calibration
0.0
Pr2
P4P_nt
Probe P4 presence
no
Pr2
o4_nt
Probe P4 calibration
0.0
Pr2
Hy1_nt
Differential for proportional regulation in normal mode
3.0
Pr2
Fr0_nt
Frequency output value with compressor stopped
20
Pr2
PMi_nt
Minimum compressor speed (in percentage)
20
Pr2
PMA_nt
Maximum compressor speed (in percentage)
100
Pr2
voS_nt
Compressor speed variation (increment) when
temperature is increasing
1
Pr2
vo2_nt
Compressor speed variation (decrement) when
temperature is decreasing
2
Pr2
vo3_nt
Compressor speed variation (decrement) after any
Pull Down
5
Pr2
PdP_nt
Compressor speed during any Pull Down
100
Pr2
t1F_nt
Time with compressor speed at PMI before stopping
the compressor
1
Pr2
SPi_nt
Compressor speed (in percentage) in case of any
error probe
70
Pr2
Aod_nt
Compressor speed (in percentage) during any defrost
(valid if tdf=in)
80
Pr2
AoF_nt
Compressor speed during a pre-defrost phase (valid if
tdf=in)
60
Pr2
tHv_nt
Maximum time for compressor speed variation
60
Pr2
tLv_nt
Minimum time for compressor speed variation
20
Pr2
dtC_nt
Temperature sampling time
10
Pr2
tH1_nt
Differential for deadlock control
1.0
Pr2
oFS_nt
Compressor speed increment during any deadlock
condition (in Hz)
1
Pr2
CMn_nt
Continuous mode during normal mode
yes
Pr2
CME_nt
Continuous mode during energy saving mode
yes
Pr2
MnP_nt
Minimum compressor speed for activating lubrication
control (valid only for variable speed compressors)
30
Pr2
tMi_nt
Compressor running time below the MnP threshold
00:00
Pr2
tMA_nt
Interval of time with compressor a PMA during
lubrication control
0
Pr2
CF_nt
Temperature measurement unit: Celsius; Fahrenheit
°C
Pr1
rES_nt
Temperature resolution: decimal, integer
dE
Pr1
Lod_nt
Probe displayed on the display
P1
Pr1
dLy_nt
Display temperature delay
00:00
Pr1
dtr_nt
Visualization percentage=F(P1; P2) (ex: dtr=1 means
VALUE=0.01*P1+0.99*P2)
99
Pr1
EdF_nt
Defrost mode
in
Pr2
tdF_nt
Defrost type: electrical heating, hot gas
in
Pr2
dFP_nt
Probe selection for defrost control
P2
Pr2
dtE_nt
Defrost termination temperature
8.0
Pr2
idF_nt
Interval between two consecutives defrost cycles
8
Pr2
MdF_nt
Maximum length for defrost
15
Pr2
dSd_nt
Start defrost delay
0
Pr2
StC_nt
Compressor stop time before starting any defrost
2
Pr2
dFd_nt
Displaying during defrost
it
Pr1
dAd_nt
Delay for display temperature update after any defrost
10
Pr1
Fdt_nt
Draining time
5
Pr2
Hon_nt
Drain heater activated after draining time Fdt (valid if
oAx=Het)
00:00
Pr2
dPo_nt
Defrost after power on
no
Pr2
dAF_nt
Defrost delay after Pull Down
1
Pr2
FAP_nt
Probe selection for evaporator fan
P2
Pr2
FSt_nt
Evaporator fan stop temperature
2.0
Pr2
HyF_nt
Differential for evaporator fan regulator
1.0
Pr2
FnC_nt
Evaporator fan mode operation
C_n
Pr2
Fnd_nt
Evaporator fan delay after defrost
5
Pr2
FCt_nt
Differential of temperature for forced activation of
evaporator fan (o=disabled)
10
Pr2
Ft_nt
Evaporator fan controlled during defrost
no
Pr2
Fon_nt
Evaporator fan ON time (with compressor OFF)
0
Pr2
FoF_nt
Evaporator fan OFF time (with compressor OFF)
0
Pr2
FAC_nt
Probe selection for condenser fan
nP
Pr2
St2_nt
Regulation Set Point 2 for condenser fan
0.0
Pr2
Hy2_nt
Differential for Set Point 2 for condenser fan regulator
1.0
Pr2

Emerson Dixell XRi77CX Specifications

General

Brand	Emerson
Model	Dixell XRi77CX
Category	Controller
Language	English