1592023220 XM660K_XM670K GB r5.4 2021.09.01
XM660K - XM670K
8/9
17.
DEFAULT SETTING VALUES
Label
M1
M2
M3
M4
Menù
Parameter description
rtc
- - -
Pr1
Access to RTC submenu
SEC
LOC
- - -
LAN mode selection : Local or Global
SEt
2.0
2.0
-18.0
-18.0
- - -
Set point
Hy
2.0
2.0
2.0
2.0
Pr1
Differential
LS
-30
-30
-30
-30
Pr2
Minimum set point
US
10
10
10
10
Pr2
Maximum set point
odS
1
Pr2
Outputs activation delay at start up
AC
1
Pr2
Anti-short cycle delay
CCt
0.0
Pr2
Continous cycle duration
CCS
2.0
Pr2
Continuous cycle set point
Con
5
Pr2
Compressor ON time with faulty probe
CoF
10
Pr2
Compressor OFF time with faulty
probe
CF
°C
Pr2
Measurement unit: Celsius ,
Fahrenheit
rES
dE
Pr2
Resolution (only C) : decimal, integer
Lod
P1
Pr2
Local display: default display
rEd
P1
Pr1
Remote display: default display
dLy
0
Pr1
Display delay
rPA
P1
Pr1
Regulation probe A
rPb
nP
Pr1
Regulation probe B
rP3
nP
Pr2
Regulation probe 3
rP4
nP
Pr2
Regulation probe 4
rPd
rPA
Pr2
Temperature Regulation Strategy
rPE
100
Pr2
Virtual probe percentage (rPd=rAb)
dPA
P2
Pr2
Defrost probe A
dPb
nP
Pr2
Defrost probe B
tdF
EL
EL
EL
EL
Pr2
Kind of defrost: air, resistors, inversion
EdF
in
Pr2
Defrost mode: Clock or interval
Srt
150
Pr2
Differential for heater
Hyr
2.0
Pr2
Time out for heater (if temp > Srt)
tod
255
Pr2
Defrost with two probes
d2P
n
n
n
n
Pr2
Defrost with two probes
dtE
8.0
8.0
8.0
8.0
Pr1
First defrost termination temperature
dtS
8.0
8.0
8.0
8.0
Pr2
Second defrost termination
temperature
idF
6
6
6
6
Pr1
Interval between defrosts
idE
y
Pr2
Storage in EEPROM defrost interval
ndt
3
3
3
3
Pr2
Minimum Defrost Time
MdF
30
30
30
30
Pr2
Maximum defrost duration
dSd
0
Pr2
Delay for defrost on call
dFd
it
Pr2
Visualization during defrost
dAd
30
Pr2
Visualization delay for temperature
after defrost
Fdt
0
0
2
2
Pr2
Dripping time
dPo
n
Pr2
Defrost at power ON
dAF
0.0
Pr2
Delay defrost after freezing
Pdt
F-C
Pr2
Pump down type
Pdn
0
Pr2
Pump down duration
Ctd
6
6
6
6
Pr2
Differential for defrost start
nbd
4.0
4.0
4.0
4.0
Pr2
Minimum Compressor run time before
defrost
Mdb
16.0
16.0
16.0
16.0
Pr2
Maximum Compressor run time before
defrost
nct
-30.0
-30.0
-30.0
-30.0
Pr2
Minimum coil temperature to trigger a
defrost
FAP
P2
Pr2
Fan probe
FnC
O-y
o-y
o-n
o-n
Pr1
Fan operating mode
Fnd
0
0
5
5
Pr1
Fan delay after defrost
FCt
10
Pr2
Temperature differential to avoid short
cycles of fans
FSt
15.0
15.0
2.0
2.0
Pr1
Fan stop temperature
FHy
1.0
Pr2
Fan stop hysteresis
tFE
n
Pr2
Fan regulation by temperature in
defrost
Fod
0
Pr2
Fan activation time after defrost
(without compressor)
Fon
0
Pr2
Fan ON time
FoF
0
Pr2
Fan OFF time
trA
UAL
Pr2
Kind of regulation with PWM output
SOA
0
Pr2
Fixed speed for fan
SdP
30.0
Pr2
Default Dew Point value
ASr
1.0
Pr2
Differential for fan / offset for anti
sweat heater
PbA
5.0
Pr2
Proportional band for modulating
output
AMi
0
Pr2
Minimum output for modulating output
AMA
100
Pr2
Maximum output for modulating output
AMt
3
Pr2
1:Time with fan at maximum speed -
2:
Time output ON anti sweat heater
rAL
tEr
Pr2
Probe for temperature alarm
ALC
Ab
Pr1
Temperature alarm configuration :
relative / absolute
Label
M1
M2
M3
M4
Menù
Parameter description
ALU
10
10
10
10
Pr1
High temperature alarm setting
ALL
-30
-30
-30
-30
Pr1
Low temperature alarm setting
AHy
1.0
Pr2
Differential for temperature alarm
ALd
15
15
15
15
Pr1
Temperature alarm delay
rA2
nP
Pr2
Probe for temperature alarm 2
A2U
150
150
150
150
Pr2
High temperature alarm 2 setting
A2L
-40
-40
-40
-40
Pr2
Low temperature alarm 2 setting
A2H
2
Pr2
Differential for temperature alarm 2
A2d
15
15
15
15
Pr2
Temperature alarm delay 2
dAO
1.0
1.0
1.0
1.0
Pr2
Delay of temperature alarm at start-up
EdA
60
Pr2
Alarm delay at the end of defrost
dot
30
Pr2
Temperature alarm exclusion after
door open
tbA
n
Pr2
Silencing alarm relay with buzzer
oA5*
ALr
Pr2
Relay 5 configuration
oA6*
AUS
Pr2
Relay 6 configuration
CoM
420
Pr2
Modulating output configuration
AOP
CL
Pr2
Alarm relay polarity
iAU
n
Pr2
Auxiliary output independent from
ON/OFF state
i1P
CL
Pr2
Digital input 1 polarity
i1F
dor
Pr1
Digital input 1 configuration
d1d
15
Pr1
Digital input 1 activation delay
i2P
CL
Pr2
Digital input 2 polarity
i2F
LiG
Pr1
Digital input 2 configuration
d2d
5
Pr1
Digital input 2 activation delay
i3P
CL
Pr2
Digital input 3 polarity
i3F
ES
Pr1
Digital input 3 configuration
d3d
0
Pr1
Digital input 3 activation delay
nPS
15
Pr1
Pressure switch number
OdC
F-C
Pr2
Compressor and fan status when open
door
rrd
30
Pr2
Outputs restart after door open alarm
CbP
y
Pr2
Clock presence
Hur
- - -
Pr1
Current hour
Min
- - -
Pr1
Current minutes
dAY
- - -
Pr1
Current day
Hd1
nu
Pr1
First weekly day
Hd2
nu
Pr1
Second weekly day
Hd3
nu
Pr1
Third weekly day
ILE
0.0
Pr1
Energy saving cycle start during workdays
dLE
0.0
Pr1
Energy saving cycle length during
workdays
ISE
0.0
Pr1
Energy saving cycle start during holidays
dSE
0.0
Pr1
Energy saving cycle length during
holidays
Ld1
6.0
Pr1
Workdays First defrost start
Ld2
13.0
Pr1
Workdays Second defrost start
(minimum as Ld1)
Ld3
21.0
Pr1
Workdays Third defrost start (minimum
as Ld2)
Ld4
nu
Pr1
Workdays Fourth defrost start
(minimum as Ld3)
Ld5
nu
Pr1
Workdays Fifth defrost start (minimum
as Ld4)
Ld6
nu
Pr1
Workdays Sixth defrost start (minimum
as Ld5)
Sd1
6.0
Pr1
Holidays First defrost start
Sd2
13.0
Pr1
Holidays Second defrost start
Sd3
21.0
Pr1
Holidays Third defrost start
Sd4
nu
Pr1
Holidays Fourth defrost start
Sd5
nu
Pr1
Holidays Fifth defrost start
Sd6
nu
Pr1
Holidays Sixth defrost start
HES
0.0
Pr1
Temperature increasing during Energy
Saving
PEL
n
Pr1
Energy saving activation when Light
switched off
LMd
y
Pr2
Defrost Synchronisation
dEM
y
Pr2
Defrost end Synchronisation
LSP
n
Pr2
SET-POINT Synchronisation
LdS
n
Pr2
Display Synchronisation (temperature
sent via LAN)
LOF
n
Pr2
ON/OFF Synchronisation
LLi
y
Pr2
Light Synchronisation
LAU
n
Pr2
AUX Synchronisation
LES
n
Pr2
Energy Saving Synchronisation
LSd
n
Pr2
Remote probe displaying
LCP
n
Pr2
P4 probe sent via LAN
StM
n
Pr2
Cooling request from LAN enable
compressor relay
ACE
n
Pr2
Cold Calling in LAN always enabled
even if the compressor block
P1C
ntc
Pr2
P1 configuration
OF1
0.0
Pr2
P1 calibration
P2C
ntc
Pr2
P2 configuration
OF2
0.0
Pr2
P2 calibration
