Emerson DIXELL XR30T Installing And Operating Instructions page 27

dEF MdF Maximum length of defrost cycle
dEF dSd Start defrost delay
Compressor stop before starting any
dEF StC
defrost
dEF dFd Displaying during defrost
Temperature display delay after any
dEF dAd
defrost cycle
dEF Fdt Draining time
Drain heater enabled after draining time
dEF Hon
(par. Fdt)
dEF dPo Defrost cycle enebled at stat-up
Automatic defrost (at the beginning of any
dEF od1
energy saving mode)
dEF od2
Optimized defrost
Temperature sampling time during an
dEF dSt
optimized defrost (valid only if od2=yes)
dEF SYd
Type of synchronized defrost
Differential temperature for latent heating
dEF dt1
control
Restart regulation after dripping time, when
dEF ErS
defrost Syd = nSY
FAn FAP Probe selection for evaporator fan
FAn FSt Evaporator fan stop temperature
FAn HYF Evaporator fan regulator differential
FAn FnC Evaporator fan operating mode
FAn Fnd Evaporator fan delay after defrost cycle
Differential temperature for cyclic activation
FAn FCt
of evaporator fans (o=disabled)
FAn FSU Evaporator fan operating mode
FAn Ft Evaporator fan controlled during defrost
Evaporator fan ON time in normal mode
FAn Fon
(with compressor OFF)
Evaporator fan OFF time in normal mode
FAn FoF
(with compressor OFF)
Evaporator fan ON time in energy saving
FAn Fo1
mode (with compressor OFF)
Evaporator fan OFF time in energy saving
FAn FF1
mode (with compressor OFF)
FAn Fd1 Evaporator fan delay
FAn Fd2 Evaporator fan delay after closing door
FAn FAC Probe selection for condenser fan
FAn St2 Set Point 2 regulation (for condenser fan)
FAn Hy2 Set Point 2 differential (for condenser fan)
FAn FCC Condenser fan operating mode
FAn Fd3 Condenser fan activation delay
FAn Fd4 Condenser fan deactivation delay
AUS ACH Type of control for auxiliary regulator
AUS SAA Set point for auxiliary regulator
AUS SHy Auxiliary regulator differential
AUS ArP Probe selection for auxiliary regulator
1592040000 XR30-60-70T EN v1.3 2020.08.26
20 Pr2 min
0 Pr2 sec
0 Pr2 sec
dEF Pr2
0 Pr2 min
1 Pr2 min
2 Pr2 min
no Pr2
no Pr2
no Pr2
30 Pr2 sec
nU Pr2
0.1 Pr2 °C
no Pr2
P2 Pr2
50.0 Pr2 °F
4.0 Pr2 °F
C-n Pr2
1 Pr2 min
0 Pr2 °F
Std Pr2
no Pr2
5 Pr2 min
10 Pr2 min
5 Pr2 min
10 Pr2 min
0 Pr2 sec
0 Pr2 sec
P3 Pr2
50.0 Pr2 °F
20.0 Pr2 °F
C-n Pr2
0 Pr2 sec
0 Pr2 sec
CL Pr2
38.0 Pr2 °F
4.0 Pr2 °F
nP Pr2
XR30-60-70T
0 to 255 min
0 to 255 sec
0 to 255 sec
rt(0); it(1); SEt(2); dEF(3); Coo(4)
0 to 255 min
0 to 255 min
0 to 255 min
n(0); Y(1)
n(0); Y(1)
n(0); Y(1)
1 to 255 sec
nu(0); SYn(1); nSY(2)
0.1 to 1.0°C
n(0); Y(1)
nP(0); P1(1); P2(2); P3(3); P4(4)
[-50.0°C to 50.0°C]
[-58.0°F to 122.0°F]
[0.1°C to 25.0 °C]
[0.1°F to 45.0°F]
C-n(0); O-n(1); C-Y(2); O-Y(3)
0 to 255 min
[0°C to 50°C]
[0°F to 90°F]
Std(0); FoF(1); Fon(2)
n(0); Y(1)
0 to 255 min
0 to 255 min
0 to 255 min
0 to 255 min
0 to 255 sec
0 to 255 sec
nP(0); P1(1); P2(2); P3(3); P4(4)
[-100.0°C to 150.0°C]
[-148.0°F to 302.0°F]
[0.1°C to 25.0°C]
[0.1°F to 45.0°F]
C-n(0); O-n(1); C-Y(2); O-Y(3)
0 to 255 sec
0 to 255 sec
CL(0); Ht(1)
[-100.0°C to 150.0°C]
[-148.0°F to 302.0°F]
[0.1°C to 25.0°C]
[0.1°F to 45.0°F]
nP(0); P1(1); P2(2); P3(3); P4(4)
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