Emerson Dixell XWi70K - Digital Input Menu Configuration; Serial Communication Menu; User Interface Menu; Energy Saving Menu Configuration

1592026601 XWi70K STD FULL EN r1.6 2022.07.29.docx XWi70K 11/15
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Temperature alarm delay with open door
5
Pr1
min
dAo
Temperature alarm delay at start-up
05:00
Pr1
hour
AP2
Probe selection for 2nd temperature alarm
nP
Pr2
AL2
2nd low temperature alarm
-140
Pr2
°F
AU2
2nd high temperature alarm
300
Pr2
°F
AH2
2nd temperature alarm differential
20
Pr2
°F
Ad2
2nd temperature alarm delay
1
Pr2
min
dA2
2nd temperature alarm delay at start-up
04:00
Pr2
hour
dE2
Temperature alarm 2 disabled during every defrost
and dripping phase
nU
Pr2
bLL
Compressor OFF due to 2nd low temperature alarm
no
Pr2
AC2
Compressor OFF due to 2nd high temperature
alarm
yes
Pr1
SAF
Differential for anti-freezing control
30
Pr1
°F
tbA
Alarm relay deactivation
yes
Pr1
bUM
Buzzer muting
yes
Pr1
oA1
Relay output oA1 configuration
dEF
Pr2
oA2
Relay output oA2 configuration
FAn
Pr2
oA3
Relay output oA3 configuration
CP1
Pr2
oA4
Relay output oA4 configuration
dF2
Pr2
oA5
Relay output oA5 configuration
Cnd
Pr2
1Ao
Analogue output 1 configuration
nU
Pr2
2Ao
Analogue output 2 configuration
nU
Pr2
3Ao
Analogue output 3 configuration
nU
Pr2
AoP
Alarm relay polarity
CL
Pr1
i1P
Digital input 1 polarity
CL
Pr1
i1F
Digital input 1 configuration
EAL
Pr1
did
Digital inputs 1 alarm delay (base time depends on
par. ibt)
0
Pr1
min
i2P
Digital input 2 polarity
CL
Pr1
i2F
Digital input 2 configuration
dor
Pr1
d2d
Digital inputs 2 alarm delay (base time depends on
par. ibt)
0
Pr1
min
nPS
Number of external pressure switch alarms before
stopping the regulation
15
Pr2
odC
Compressor and fan status after door opening
no
Pr2
rrd
Regulation restart after door alarm
no
Pr2
HES
Temperature differential in energy saving
1
Pr1
°F
ESt
Energy saving timeout
24
Pr1
hour
LdE
Energy saving controls the lights (lights OFF when
energy saving goes active)
no
Pr1
LHt
Maximum duration for light output on
0
Pr1
min
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 weekend
nu
Pr1
Hd2
2nd day of weekend
nu
Pr1
iLE
Energy saving cycle starting time on working days
00:00
Pr1
hour
dLE
Energy saving cycle duration on working days
00:00
Pr1
hour
iSE
Energy saving cycle starting time on weekends
00:00
Pr1
hour
dSE
Energy saving cycle duration on weekends
00:00
Pr1
hour
dd1
Sunday defrost
no
Pr1
dd2
Monday defrost
no
Pr1
dd3
Tuesday defrost
no
Pr1
dd4
Wednesday defrost
no
Pr1
dd5
Thursday defrost
no
Pr1
dd6
Friday defrost
no
Pr1
dd7
Saturday defrost
no
Pr1
Ld1
1st defrost starting time
nu
Pr1
hour
Ld2
2nd defrost starting time
nu
Pr1
hour
Ld3
3rd defrost starting time
nu
Pr1
hour
Ld4
4th defrost starting time
nu
Pr1
hour
Ld5
5th defrost starting time
nu
Pr1
hour
Ld6
6th defrost starting time
nu
Pr1
hour
Adr
Serial address
1
Pr1
bAU
Baudrate
9.6
Pr1
brd
Type of keyboard lock
UnL
Pr2
tLC
Delay before keyboard lock
120
Pr2
min
onC
ONOFF button configuration (right lower side)
ES
Pr2
on2
ONOFF button timed (3sec) configuration (right
lower side)
oFF
Pr2
dn2
Down button timed (3sec) configuration
nU
Pr2
UP2
UP button timed (3sec) configuration
nU
Pr2
dP1
Probe P1 value visualization
Pr1
°F
dP2
Probe P2 value visualization
Pr1
°F
dP3
Probe P3 value visualization
Pr1
°F
dP4
Probe P4 value visualization
Pr1
°F
SPd
Instantaneous compressor speed (RPM * 10)
Pr1
%
rSE
Real regulation Set Point (SET + HES + SETd)
Pr1
°F
rEL
Firmware release
Pr1
Ptb
Parameter map version
0
Pr1
24.2 NT
Label
Description
Value
Level
UOM
SEt_nt
Setpoint
3.0
°C
LS_nt
Minimum Set point
-50.0
Pr1
°C
US_nt
Maximum Set point
50.0
Pr1
°C