Emerson Dixell XR20T Operating Instructions Manual page 29

ALr AH2 Second temperature alarm differential
ALr Ad2 Second temperature alarm delay
Second temperature alarm delay at start-
ALr dA2
up
Compressor OFF due to second low
ALr bLL
temperature alarm
Compressor OFF due to second high
ALr AC2
temperature alarm
ALr SAF Differential for anti-freezing control
ALr tbA Alarm relay deactivation
oUt oA2 Relay output oA2 configuration
oUt oA3 Relay output oA3 configuration
oUt oA4 Relay output oA4 configuration
oUt AOP Alarm relay polarity
inP ibt Base times for digital inputs
inP i1P Digital input 1 polarity
inP i1F Digital input 1 configuration
Digital input 1 alarm delay (base time
inP did
depends on par. ibt)
inP i2P Digital input 2 polarity
inP i2F Digital input 2 configuration
Digital input 2 alarm delay (base time
inP d2d
depends on par. ibt)
Number of external pressure switch alarms
inP nPS
before stopping the regulation
Compressor and fan status after door
inP odC
opening
inP rrd Regulation restart after door alarm
inP CLi Light output activation from door input
Time with light output forced ON
inP LCi
(0=function disabled)
Number of motion detections before
inP n01
activating light output (valid if ixF=EMt)
Ti
me with light output forced ON after
inP t01
motion detection
ES ErA Energy saving algorithm
Energy saving mode temperature
ES HES
differential
Energy saving controls the lights (lights
ES LdE
OFF when energy saving mode is active)
Period to switch from normal mode to
ES StE
energy saving mode
Period to switch from energy saving mode
ES EtS
to normal mode
1592040000 XR20-30-60-70T EN v1.5 2021.06.22
4.0 Pr2 °F
0 Pr2 min
00:00 Pr2 hh:mm
no Pr2
n Pr2
-2.0 Pr2 °F
no Pr2
dEF Pr2
FAn Pr2
LiG Pr2
CL Pr2
Sec Pr1
CL Pr1
dor Pr1
0 Pr1 sec
CL Pr1
EAL Pr1
0 Pr1 sec
0 Pr2
no Pr2
no Pr2
no Pr2
0 Pr2
0 Pr2
0 Pr2
nu Pr2
0 Pr1 °F
no Pr1
00:00 Pr1 hh:mm
00:00 Pr1 hh:mm
XR20-30-60-70T
[0.1°C to 25.0°C]
[0.1°F to 45.0°F]
0 to 255 min
0.0 to 24h00min
n(0); Y(1)
n(0); Y(1); MAn(2)
[-12.0°C to 12.0°C]
[-21.6°F to 21.6°F]
n(0); Y(1)
nu(0); CP1(1); dEF(2); FAn(3);
ALr(4); LiG(5); AUS(6); db(7);
onF(8); HES(9); Cnd(10); CP2(11);
dF2(12); HEt(13); inv(14)
nu(0); CP1(1); dEF(2); FAn(3);
ALr(4); LiG(5); AUS(6); db(7);
onF(8); HES(9); Cnd(10); CP2(11);
dF2(12); HEt (13); inv(14)
nu(0); CP1(1); dEF(2); FAn(3);
ALr(4); LiG(5); AUS(6); db(7);
onF(8); HES(9); Cnd(10); CP2(11);
dF2(12); HEt (13); inv(14)
oP(0); CL(1)
SEC(0); Min(1)
oP(0); CL(1)
nu(0); dor(1); dEF(2); AUS(3);
ES(4); EAL(5); bAL(6); PAL (7);
FAn(8); HdF(9); onF(10); LiG(11);
CC(12); EMt(13)
0 to 255 min/sec
OP(0); CL(1)
nu(0); dor(1); dEF(2); AUS(3);
ES(4); EAL(5); bAL(6); PAL (7);
FAn(8); HdF(9); onF(10); LiG(11);
CC(12); EMt(13)
0 to 255 min/sec
0 to 15
no(0); FAn(1); CPr(2); F-C(3)
n(0); Y(1)
n(0); Y(1)
0 to 255 min
0 to 10
0 to 255 min
nu(0); bAS(1)
[-30°C to 30°C]
[-54°F to 54°F]
n(0); Y(1)
0 to 23h50min; nu
0 to 23h50min; nu
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