Emerson Dixell XWi70K, Installing And Operating Instructions

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1592026601 XWi70K STD FULL EN r1.6 2022.07.29.docx XWi70K 13/15
dAF_nt Pre-defrost time 0 Pr1 min
od1_nt
Automatic defrost (at the beginning of any energy
saving)
no Pr2
od2_nt Optimized defrost no Pr2
Syd_nt Tipe of synchronized defrost nU Pr2
dt1_nt Differential temperature for latent heating control 0,2 Pr2 °C
ndE_nt
Number of connected controllers for random refrost
(Syd=rnd)
1 Pr2
FAP_nt Probe selection for evaporator fan nP Pr1
FSt_nt Evaporator fan stop temperature 20.0 Pr1 °C
HyF_nt Evaporator fan regulator differential 5.0 Pr1 °C
FnC_nt Evaporator fan operating mode C_n Pr1
Fnd_nt Evaporator fan delay after defrost cycle 1 Pr1 min
FCt_nt
Differential temperature for cyclic activation of
evaporator fans (0=disabled)
0 Pr1 °C
Fon_nt
Evaporator fan ON time in normal mode (with
compressor OFF)
1 Pr2 min
FoF_nt
Evaporator fan OFF time in normal mode (with
compressor OFF)
1 Pr2 min
LA1_nt
Maintenance interval for evaporator fans (tens of
hours)
0 Pr2 hour *100
rS1_nt Maintenance function reset no Pr2
FAC_nt Probe selection for condenser fan nP Pr2
St2_nt Set Point 2 Regulation (for condenser fan) 15.0 Pr2 °C
Hy2_nt Set Point 2 differential (for condenser fan) 20.0 Pr2 °C
FCC_nt Condenser fan operating mode C_n Pr1
FCo_nt Condenser fan deactivation delay 20 Pr1 sec
LA2_nt
Condenser fan working hours (x100) for
maintenance alarm
0 Pr2 hour *100
rS2_nt Condenser fan maintenance alarm reset no Pr2
CMi_nt Minimum speed for condenser fan 20 Pr2 %
CMA_nt Maximum speed for condenser fan 100 Pr2 %
CSS_nt Safety speed for condenser fan 80 Pr2 %
ACH_nt Type of control for auxiliary regulator CL Pr1
SAA_nt Set point for auxiliary regulator 0.0 Pr1 °C
SHy_nt Auxiliary regulator differential 5.0 Pr1 °C
ArP_nt Probe selection for auxiliary regulator nP Pr1
Sdd_nt
Auxiliary regulator disabled during any defrost
cycle
yes Pr1
btA_nt Base time for parameters Ato and AtF Min Pr1
Ato_nt Interval of time with auxiliary output ON 0 Pr1 min
AtF_nt Interval of time with auxiliary output OFF 0 Pr1 min
1An_nt Type of analogue output 1 Vlt Pr1
1oL_nt Minimum value for analogue output 1 5 Pr1 %
1oH_nt Maximum value for analogue output 1 100 Pr1 %
1At_nt
Interval of time with analogue output 1 (maximum
value)
5 Pr1 sec
2An_nt Type of analogue output 2 Vlt Pr1
2oL_nt Minimum value for analogue output 2 5 Pr1 %
2oH_nt Maximum value for analogue output 2 100 Pr1 %
2At_nt
Interval of time with analogue output 2 (maximum
value)
5 Pr1 sec
ALP_nt Probe selection for temperature alarms nP Pr1
ALC_nt
Temperature alarms configuration: relative,
absolute
Ab Pr1
ALU_nt High temperature alarm 150.0 Pr1 °C
ALL_nt Low temperature alarm -100.0 Pr1 °C
AFH_nt Temperature alarm differential 5.0 Pr2 °C
ALd_nt Temperature alarm delay 0 Pr1 min
dot_nt Temperature alarm delay with open door 0 Pr1 min
dAo_nt Temperature alarm delay at start-up 00:00 Pr1 hour
AP2_nt Probe selection for 2nd temperature alarm nP Pr2
AL2_nt 2nd low temperature alarm 100.0 Pr2 °C
AU2_nt 2nd high temperature alarm 5.0 Pr2 °C
AH2_nt 2nd temperature alarm differential 5.0 Pr2 °C
Ad2_nt 2nd temperature alarm delay 0 Pr2 min
dA2_nt 2nd temperature alarm delay at start-up 00:00 Pr2 hour
dE2_nt
Temperature alarm 2 disabled during every defrost
and dripping phase
nU Pr2
bLL_nt
Compressor OFF due to 2nd low temperature
alarm
no Pr2
AC2_nt
Compressor OFF due to 2nd high temperature
alarm
no Pr2
SAF_nt Differential for anti-freezing control 3.0 Pr1 °C
tbA_nt Alarm relay deactivation yes Pr1
bUM_nt Buzzer muting no Pr1
oA1_nt Relay output oA1 configuration FAn Pr2
oA2_nt Relay output oA2 configuration Cnd Pr2
oA3_nt Relay output oA3 configuration LiG Pr2
oA4_nt Relay output oA4 configuration dEF Pr2
oA5_nt Relay output oA5 configuration ALr Pr2
1Ao_nt Analogue output 1 configuration nU Pr2
2Ao_nt Analogue output 2 configuration nU Pr2
3Ao_nt Analogue output 3 configuration nU Pr2
AoP_nt Alarm relay polarity CL Pr1
i1P_nt Digital input 1 polarity CL Pr1
i1F_nt Digital input 1 configuration EAL Pr1
did_nt
Digital inputs 1 alarm delay (base time depends on
par. ibt)
0 Pr1 min
i2P_nt Digital input 2 polarity CL Pr1
i2F_nt Digital input 2 configuration dor Pr1
d2d_nt
Digital inputs 2 alarm delay (base time depends on
par. ibt)
0 Pr1 min
nPS_nt
Number of external pressure switch alarms before
stopping the regulation
0 Pr2
odC_nt Compressor and fan status after door opening F-C Pr2
rrd_nt Regulation restart after door alarm yes Pr2
HES_nt Temperature differential in energy saving 1 Pr1 °C
ESt_nt Energy saving timeout 0 Pr1 hour