Other Messages; Technical Data - CookMax 90624036 Handbuch

Real time clock alarm rtF, the clock board has to be replaced. Contact the service.

14.2 OTHER MESSAGES

Pon Keyboard unlocked.
PoF Keyboard locked
noP In programming mode: none parameter is present in Pr1
On the display or in dP2, dP3, dP4: the selected probe is nor enabled

15. TECHNICAL DATA

Housing: self extinguishing ABS.
Case: facia 38x185 mm; depth 40mm
Mounting : panel mounting in a 150x31 mm panel cut-out with
Only for XW60LR: two screws.
Protection: IP20;
Frontal protection: IP65 Only for XW60LR with frontal gasket mod RG-L or RG-LX.
Connections: Screw terminal block 1 mm
block 2,5 mm heat-resistant wiring for low voltage (110 or 230Vac).
2

Power supply: 230Vac or. 110Vac  10%, 50/60Hz.
Power absorption: 7VA max.
Display: 3 digits, red LED, 14,2 mm high.
Inputs: Up to 4 NTC or PTC probes.
Digital inputs: free of voltage
Relay outputs: Total current on loads MAX. 20A
compressor: relay SPST 20(8) A, 250Vac
light: relay SPST 5A, 250Vac
fans: relay SPST 5 A, 250Vac
defrost: relay SPST 8(3) A, 250Vac
Other output : buzzer (optional)
Serial output : TTL as alternate to X-REP output
X-REP output : optional as alternate to TTL serial output
Communication protocol: Modbus - RTU
Data storing: on the non-volatile memory (EEPROM).
Internal clock back-up: 24 hours (only for model with RTC)
Kind of action: 1B; Pollution grade: normal; Software class: A.;
Over voltage Category: II
Operating temperature: 0÷60 °C; Storage temperature: -30÷85 °C.
Relative humidity: 2085% (no condensing)
Measuring and regulation range: NTC probe: -40÷110°C (-40÷230°F);
PTC probe: -50÷150°C (-58÷302°F)
Resolution: 0,1 °C or 1 °F (selectable); Accuracy (ambient temp. 25°C): ±0,7 °C ±1 digit
16. CONNECTIONS
Supply: 120Vac: connect to terminals 8-9.
NOTE: on models with X-REP option, connect the X-REP to the HOT KEY receptacle
1592027550 XW60LR - XW60LRH RTC GB r2.0 14.02.2014.doc
3x2mm, distance between holes 165mm

heat-resistant wiring for very low voltage, Screw terminal
2
17. DEFAULT SETTING VALUES
Label
Set Set point
rtc* Real time clock menu
Hy Differential
LS Minimum set point
US Maximum set point
Ot P1 probe calibration
P2P P2 probe presence
OE P2 probe calibration
P3P P3 probe presence
O3 P3 probe calibration
OdS Outputs delay at start up
AC Anti-short cycle delay
AC1 Second compressor start delay
rtr P1-P2 percentage for regulation
CCt Continuous cycle duration
CCS Set point for continuous cycle
COn Compressor ON time with faulty probe
COF Compressor OFF time with faulty probe
CF Temperature measurement unit
rES Resolution
Lod Probe displayed
rEd 2 X-REP display
dLy Display temperature delay
dtr P1-P2 percentage for display
EdF* Kind of interval for defrost
tdF Defrost type
dFP Probe selection for defrost termination
dtE Defrost termination temperature
IdF Interval between defrost cycles
MdF (Maximum) length for defrost
dSd Start defrost delay
dFd Displaying during defrost
dAd MAX display delay after defrost
Fdt Draining time
dPo First defrost after start-up
dAF Defrost delay after fast freezing
Fnc Fan operating mode
Fnd Fan delay after defrost
Fct Differential of temperature for forced
activation of fans
FSt Fan stop temperature
Fon Fan on time with compressor off
FoF Fan off time with compressor off
FAP Probe selection for fan management
ACH Kind of action for auxiliary relay
SAA Set Point for auxiliary relay
SHy Differential for auxiliary relay
ArP Probe selection for auxiliary relay
Sdd Auxiliary relay operating during defrost
ALP Alarm probe selection
ALc Temperat. alarms configuration
ALU MAXIMUM temperature alarm
ALL Minimum temperature alarm
AFH Differential for temperat. alarm recovery
ALd Temperature alarm delay
dAO Delay of temperature alarm at start up
AP2 Probe for temperat. alarm of condenser
AL2 Condenser for low temperat. alarm
AU2 Condenser for high temperat. alarm
AH2 Differ. for condenser temp. alar. recovery
Ad2 Condenser temperature alarm delay
dA2 Delay of cond. temper. alarm at start up
Compr. off
bLL temperature alarm
Compr. off
AC2 temperature alarm
tbA Alarm relay disabling
oA3 Third relay configuration
AoP Alarm relay polarity
i1P Digital input polarity
i1F Digital input 1 configuration
did Digital input alarm delay
i2P Digital input 2 polarity
i2F Digital input 2 configuration
d2d Digital input alarm delay
nPS Number of activation of pressure switch
odc Compress and fan status when open
door
rrd Regulation restart with door open alarm
HES Differential for Energy Saving
Hur* Current hour
Min* Current minute
dAY* Current day
XW60LR – XW60LRH
Name Range
LS - US
(0,1°C ÷ 25,5°C)
(-55,0°C ÷ SET)
(SET ÷ 150,0°C)
(-12,0°C ÷ 12,0°C)
n - Y
(-12,0°C ÷ 12,0°C)
n - Y
(-12,0°C ÷ 12,0°C)
0 ÷ 255 (min.)
0 ÷ 50 (min.)
0 ÷ 255 (sec.)
0 ÷ 100 (100=P1 , 0=P2)
0 ÷ 24H0(144)
(-55.0°C ÷ 150,0°C)
0 ÷ 255 (min.)
0 ÷ 255 (min.)
°C - °F
dE – in
P1 - P2 - P3 - P4 - SEt – dtr
P1 - P2 - P3 - P4 - SEt – dtr
0 ÷ 20.0min (ris. 10 sec.)
1 ÷ 99
rtc÷in
EL – in
nP - P1 - P2 – P3 - P4
(-55.0°C ÷ 50.0°C)
0 ÷ 120 (ore)
0 ÷ 255 (min.)
0 ÷ 255 (min.)
rt - it - SEt – dEF
0 ÷ 255 (min.)
0 ÷ 255 (min.)
n – Y
0 ÷ 24.0h; ris. 10min
C_n - O_n - C_Y – O_Y
0 ÷ 255 (min.)
(0°C ÷ 50°C)
(-55.0°C ÷ 50.0°C)
0÷15 (min.)
0÷15 (min.)
nP - P1 - P2 - P3 – P4
CL – Ht
(-55.0°C ÷ 150,0°C)
(0,1°C ÷ 25,5°C)
nP - P1 - P2 - P3 – P4
n – Y
nP - P1 - P2 - P3 – P4
rE – Ab
ALc=rE: 0.0÷ 50.0°C
ALc=Ab: ALL÷150°C
ALc = rE: 0.0÷50.0°C; ALc=Ab:
-55°C÷ALU
(0,1°C ÷ 25,5°C)
0 ÷ 255 (min.)
0 ÷ 24.0 h ris. 10min
nP - P1 - P2 - P3 – P4
(-55.0°C ÷ 150,0°C)
(-55.0°C ÷ 150,0°C)
(0,1°C ÷ 25,5°C)
0 ÷ 255 (min.)
0 ÷ 24H0(144)
for condenser low
n – Y
for condenser high
n – Y
n – Y
dEF - FAn - ALr - LiG - AUS -
OnF - db - CP2 - dF2 – HES
OP – CL
OP – CL
EAL - bAL - PAL - dor - dEF -
AUS - Htr - FAn - ES-HdF – onF
0 ÷ 255 (min.)
OP – CL
EAL - bAL - PAL - dor - dEF -
AUS - Htr - FAn - ES-HdF – onF
0 ÷ 255 (min.)
0 ÷ 15
no - FAn - CPr - F-C
n - Y
(-30°C ÷ 30°C)
Read only
Read only
Read only
°C/°F Level
-5.0 - - -
- Pr1
2.0 Pr1
-50.0 Pr2
110 Pr2
0.0 Pr1
Y Pr1
0.0 Pr2
n Pr2
0 Pr2
0 Pr2
1 Pr1
5 Pr2
100 Pr2
0.0 Pr2
-5 Pr2
15 Pr2
30 Pr2
°C Pr2
dE Pr1
P1 Pr2
P1 Pr2
0.0 Pr2
50 Pr2
in Pr2
EL Pr1
P2 Pr2
8.0 Pr1
6 Pr1
30 Pr1
0 Pr2
it Pr2
30 Pr2
0 Pr2
n Pr2
0.0 Pr2
o-n Pr1
10 Pr1
10 Pr2
2 Pr1
0 Pr2
0 Pr2
P2 Pr2
cL Pr2
0,0 Pr2
2,0 Pr2
nP Pr2
n Pr2
P1 Pr2
Ab Pr2
110,0 Pr1
-50,0 Pr1
2,0 Pr2
15 Pr2
1,3 Pr2
P4 Pr2
-40 Pr2
110 Pr2
5 Pr2
15 Pr2
1,3 Pr2
n Pr2
n Pr2
y Pr2
Lig Pr2
cL Pr2
cL Pr1
dor Pr1
15 Pr1
cL Pr2
EAL Pr2
5 Pr2
15 Pr2
F-c Pr2
y Pr2
0 Pr2
- Pr1
- Pr1
- Pr1
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