1592023020 XM660K_XM669K GB r1.0 07.01.2013.doc XM660K - XM669K 7/8
CCS
2.0 Pr2 Continuous cycle set point
[-55.0°C ÷ 150,0°C] [-67°F ÷
302°F]
Con
15 Pr2
Compressor ON time with faulty
probe
0 ÷ 255 (min.)
CoF
30 Pr2
Compressor OFF time with
faulty probe
0 ÷ 255 (min.)
CF
°C
Pr2
Measurement unit: Celsius ,
Fahrenheit
°C(0) - °F(1)
PrU
rE Pr2 Pressure Mode rE(0) - Ab(1)
PMU
bAr Pr2 Pressure measurement unit bAr(0) – PSI(1) - MPA(2)
PMd
PrE Pr2
Pressure displaying mode:
temperature or pressure
tEM(0) - PrE(1)
rES
dE Pr2
Resolution (only °C) : decimal,
integer
dE(0) - in(1)
Lod
P1 Pr2 Local display: default display
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5) - P6(6) – tEr(7) -
dEF(8)
rEd
P1 Pr2 Remote display: default display
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5) - P6(6) – tEr(7) -
dEF(8)
dLy
0 Pr1 Display delay 0 ÷ 24.0(144) (Min.10s)
rPA
P1 Pr1 Regulation probe A
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5)
rPb
nP Pr1 Regulation probe B
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5)
rPE
100 Pr1
Virtual probe percentage (room
temperature)
0 ÷ 100 (100=rPA, 0=rPb)
Electronic Expansion Valve
Fty
404 Pr1 Kind of gas
R22(0) - 134(1) - 404(2) -
407(3) - 410(4) - 507(5) -
CO2(6)
SSH
8.0 Pr1 Superheat set point [0.1°C ÷ 25.5°C] [1°F ÷ 45°F]
CyP
6 Pr1 Cycle Period 1 ÷ 15 s
Pb
5.0 Pr1
Proportional band for superheat
regulator
[0.1°C ÷ 60.0 °C] [1°F ÷ 108
°F]
rS
0.0 Pr1
Band Offset for superheat
regulator
[-12.0°C ÷ 12.0°C] [-12°C ÷
12°C] [-21°F ÷ 21°F]
inC
120 Pr1
Integration time for superheat
regulator
0 ÷ 255 s
PEO
50 Pr1 Probe error opening percentage 0 ÷ 100
PEd
On Pr1
Probe error delay before
stopping regulation
0 ÷ 239 s - On(240)
OPE
85 Pr1 Start opening percentage 0 ÷ 100
SFd
1.3 Pr1 Start function duration 0 ÷ 42.0(252) (min.10sec)
OPd
100 Pr1
Opening percentage after
defrost phase
0 ÷ 100
Pdd
1.3 Pr1 Post defrost function duration 0 ÷ 42.0(252) (min.10sec)
MnF
100
Pr1
Maximum opening percentage
at normale functioning
0 ÷ 100
dCL
0 Pr1
Delay before stopping valve
regulation
0 ÷ 255 s
Fot
nu Pr1 Forced opening percentage 0 ÷ 100 - "nu"(101)
tPP
PP Pr2 Type of pressure transducer PP(0) - LAN(1)
PA4
-0.5 Pr2 Probe value at 4 mA or at 0V
BAR : [PrM=rEL] -
PSI : [PrM=rEL] -
dKP : [PrM=rEL] -
[PRM=Abs] 0 ÷ P20
P20
11.0 Pr2 Probe value at 20 mA or at 5V
BAR : [PrM=rEL] PA4 ÷ 50.0
PSI : [PrM=rEL] PA4 ÷ 725
dKP : [PrM=rEL] PA4 ÷ 500
[PrM=AbS] PA4 ÷ 500
LPL
-0.5 Pr1
Lower pressure limit for
superheat regulation
PA4 ÷ P20
MOP
11.0 Pr1
Maximum operating pressure
threshold
LOP ÷ P20
LOP
-0.5 Pr1
Lowest operating pressure
threshold
PA4 ÷ MOP
dML
30 Pr1
Delta MOP-LOP opening
variation
0 ÷ 100
MSH
80.0 Pr1
Maximum superheat alarm
threshold
[LSH ÷ 80,0°C] [LSH ÷
144°F]
LSH
1.0 Pr1
Minimum superheat alarm
threshold
[0.0 ÷ MSH °C] [0 ÷ MSH
°F]
SHy
0.5 Pr1 Superheat alarm hysteresis [0.1°C ÷ 25.5°C] [1°F ÷ 45°F]
SHd
3.0 Pr1
Superheat alarm activation
delay
0 ÷ 42.0(252) (min.10sec)
FrC
100 Pr1 Fast-recovery costant 0 ÷ 100
Defrost
dPA
P2 Pr1 Defrost probe A
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5)
dPb
nP Pr1 Defrost probe B
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5)
dPE
100 Pr1
Virtual probe percentage
(defrost temperature)
0 ÷ 100 (100=dPA, 0=dPb)
tdF
EL Pr1 Defrost type EL(0) - in(0)
EdF
in Pr1
(Only for model with RTC)
Defrost mode: Clock or interval
rtc(0) - in(1)
Srt
150 Pr1 Heater set point during defrost
[-55.0°C ÷ 150°C] [-67°F ÷
302°F]
Hyr
2.0 Pr1 Differential for heater [0.1°C ÷ 25.5°C] [1°F ÷ 45°F]
tod
255 Pr1 Time out for heater 0 ÷ 255 (min.)
dtP
0.1 Pr1
Minimum temperature
difference to start defrost
[0.1°C ÷ 50.0°C] [1°F ÷
90°F]
ddP
60 Pr1 Delay before starting defrost 0 ÷ 60 (min.)
d2P
n Pr1 Defrost with two probes n(0) – Y(1)
dtE
8.0 Pr1
Defrost termination temperature
(Probe A)
[-55.0°C ÷ 50.0°C] [-67°F ÷
122°F]
dtS
8.0 Pr1
Defrost termination temperature
(Probe B)
[-55.0°C ÷ 50.0°C] [-67°F ÷
122°F]
idF
6 Pr1 Interval between defrosts 0 ÷ 120 (hours)
MdF
30
Pr1
Defrost Maximum duration 0 ÷ 255 (min.)
dSd
0 Pr1 Start defrost delay 0 ÷ 255 (min.)
dFd
it Pr1 Display during defrost rt(0) - it(1) - SEt(2) - dEF(3)
dAd
30
Pr1
Defrost display time out 0 ÷ 255 (min.)
Fdt
0 Pr1 Drain down time 0 ÷ 255 (min.)
dPo
n Pr1 Defrost at start-up n(0) – Y(1)
dAF
0.0
Pr1
Defrost delay after continuous
cycle
0 ÷ 24.0(144) (hours.10min)
Fan
FPA
P2 Pr1 Fan probe A
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5)
FPb
nP Pr1 Fan probe B
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5)
FPE
100 Pr1
Virtual probe percentage (fan
management)
0 ÷ 100 (100=FPA, 0=FPb)
FnC
O-n Pr1 Fan operating mode
C-n(0) - O-n(1) - C-y(2) - O-
y(3)
Fnd
10 Pr1 Fan delay after defrost 0 ÷ 255 (min.)
FCt
10 Pr1
Temperature differential to
avoid short cycles of fans
[0.0°C ÷ 50.0°C] [0°F ÷ 90°F]
FSt
2.0 Pr1 Fan stop temperature
[-55.0°C ÷ 50.0°C] [-67°F ÷
122°F]
FHy
1.0 Pr1 Fan stop differential [0.1°C ÷ 25.5°C] [1°F ÷ 45°F]
Fod
0 Pr1
Fan activation time after defrost
(without compressor)
0 ÷ 255 (min.)
Fon
0
Pr1
Fan ON time 0÷15 (min.)
FoF
0 Pr1 Fan OFF time 0÷15 (min.)
trA
UAL Pr2
Kind of regulation for
modulating output
UAL(0) - rEG(1) - AC(2)
SOA
80 Pr2 Fixed speed for fan AMi ÷ AMA
SdP
30.0 Pr2 Default Dew Point value
[-55.0°C ÷ 50.0°C] [-67°F ÷
122°F]
ASr
1.0 Pr2
Differential for fan / offset for
anti sweat heater
[-25.5°C ÷ 25.5°C] [-45°F ÷
45°F]
PbA
5.0 Pr2
Proportional band for
modulating output
[0.1°C ÷ 25.5°C] [1°F ÷ 45°F]
AMi
0
Pr2
Minimum output for modulating
output
0 ÷ AMA
AMA
100 Pr2
Maximum output for modulating
output
AMi ÷ 100
AMt
200 Pr2
Time with fan at maximum
speed
0 ÷ 255 s
Alarm
rAL
P1 Pr1 Probe for temperature alarm
nP(0) - P1(1) - P2(2) - P3(3) -
P4(4) - P5(5) - tEr(6)
ALC
Ab Pr1
Temperature alarm
configuration
rE(0) - Ab(1)
ALU
10 Pr1 High temperature alarm setting
[0.0°C ÷ 50.0°C o ALL ÷
150.0°] [0°F ÷ 90°F o ALL ÷
302°F]
ALL
-30 Pr1 Low temperature alarm setting
[0.0°C ÷ 50.0°C o -55,0°C ÷
ALU] [0°F ÷ 90°F o -67°F
÷ ALU°F]
AHy
1.0 Pr1
Differential for temperature
alarm
[0.1°C ÷ 25.5°C] [1°F ÷ 45°F]
ALd
15 Pr1 Temperature alarm delay 0 ÷ 255 (min.)
dLU
150 Pr2
High temperature alarm setting
(defrost probe)
dLL ÷ 150.0° or dLL ÷ 302°F
dLL
-55 Pr2
Low temperature alarm setting
(defrost probe)
-55,0°C ÷ dLU or -67°F ÷ dLU
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