45
ENGLISH
i6
1
1
0
1
- - - -
high pressure input polarity 0 = normally open (active input with closed contact) 1 =
normally closed (active input with open contact)
i7
5
5
240
s
high pressure alarm warning delay -1 = alarm will not be signalled
i8
-
-
-
-
-
restricted
i9
1
1
0
1
- - - -
low pressure input polarity 0 = normally open (active input with closed contact) 1 = nor-
mally closed (active input with open contact)
i10
5
5
240
s
low pressure alarm warning delay -1 = alarm will not be signalled
i11
0
0
0
1
- - - -
thermal protection input polarity 0 = normally open (active input with closed contact) 1 =
normally closed (active input with open contact)
i12
5
5
240
s
thermal protection alarm warning delay -1 = alarm will not be signalled
i13
-
-
-
-
-
restricted
PAR. ABF
MF
MIN. MAX.
U.M. DIGITAL OUTPUTS
u01c
1
1
0
12
- - - -
utility managed by output K1 0. Not used 1. Compressor 1 2. Compressor 2 3. Defro-
sting 4. Evaporator Fans 5. Condenser Fans 6. Door Heater 7. Defrosting Heater 8.
Alarm 9 Pump-down Valve 10. Core Probe Heating 11. UV Lamp 12. Chamber Light
13. Chamber Heater (only for relay from u10c to u13c) 14. Steam generator (only for
relay from u10c to u13c) 15. Steam injection (only for relay from u10c to u13c)
u02c
3
3
0
12
- - - -
utility managed by output K2 = Defrosting
u03c
4
4
0
12
- - - -
utility managed by output K3 = evaporator fans
u04c
5
5
0
12
- - - -
utility managed by output K4 = condenser fans
u05c
6
6
0
12
- - - -
utility managed by output K5 = door heater
u06c
0 opt 7
7
0
12
- - - -
utility managed by output K6 = defrosting heater
u07c
8
8
0
12
- - - -
utility managed by output K7 = alarm
u08c
9
9
0
12
- - - -
utility managed by output K8 = pump-down electrovalve
u09c
0 opt 11 0 opt 11
0
12
- - - -
utility managed by output K9 = UVC lamp (opt.)
u10c
13
13
0
15
- - - -
utility managed by output K10 (if MULTI expansion is present) = heating heater
u11c
14
14
0
15
- - - -
utility managed by output K11 (if MULTI expansion is present) = steam generator
u12c
15
15
0
15
- - - -
utility managed by output K12 (if MULTI expansion is present) = steam injection
u13c
0
0
0
15
- - - -
utility managed by output K13 (if expansion is present) = same configurations as defi-
ned in parameter u01c
u5
2
2
-50
99
°C/°F(1)
chamber temperature above which door heaters are turned off
u6
10
10
1
240
min
UV light turning-on duration for sterilisation cycle
u7
40
40
-50
199
°C/°F(1)
core-probe end-heating temperature; see also parameter u8
u8
0
0
0
240
min
core-probe maximum heating duration; see also parameter u7 0 = core-probe heating is deactivated
u9
-
-
-
-
-
restricted
u11
1
1
0
1
- - - -
evaporator fan activation during sterilisation (0=no 1=yes)
u12
10
10
0
999
s
compressor turning-off delay from pump-down valve deactivation (pump-down is turning off)
u13
25
25
1
99
m
drying duration
PAR. ABF
MF
MIN. MAX.
U.M. SERIAL COMMUNICATION (type RS-485 serial port with MODBUS com-
munication protocol) + EVLINK WIFI
PA1
426
426
-99
999
- - - -
EVconnect/EPoCA 1st level password
PA2
824
824
-99
999
- - - -
EVconnect/EPoCA 2nd level password
bLE
1
1
0
99
- - - -
Serial port configuration for connectivity 0 = free 1 = force for EVconnect or for EPoCA
2-99 = EPoCA local network address
L1
5
5
1
240
min
data recording interval during main cycles; interval is the same both for internal data-
logger and for EVLINK
LA
247
247
1
247
- - - -
appliance address
Lb
3
3
0
3
- - - -
baud rate 0 = 2.400 baud 1 = 4.800 baud 2 = 9.600 baud 3 = 19.200 baud
LP
2
2
0
2
- - - -
odd-even 0 = none 1 = odd 2 = even
PAR. ABF
MF
MIN. MAX.
U.M. MISCELLANEA
E7
0
0
0
1
- - - -
keyboard lock” function activation mode 0 = not activated function 1 = automatic with
teemporary effect (keyboard will automatically lock after 60s from last key operation
during the execution of a cycle)
E8
60
60
30
600
s
keyboard lock timeout
E9
1
1
0
1
- - - -
pre-loaded splash-screen visualization after electrical power is resumed (0 =no 1= yes)
E12
0
3
0
3
- - - -
Function activation with expansion module 0 = no expansion module 1 = slow cooking
only 2 = retarding-proofing only 3 = slow c retarding proofing Attention: the
modification of this parameter will automatically reboot the appliance
E13
0
0
0
1
- - - -
appliance type 0= “blast-chiller” home 1 = “multifunctional” home Attention: the modifi-
cation of this parameter will automatically reboot the appliance
E14
0
0
0
1
- - - -
operation mode in case of core-probe insertion test fail 0 = time-based 1 = with core probe
E15
0
0
1
0
- - - -
adjusted OEM recipe saving mode 0 = on user’s recipe list 1 = on user’s recipe list +
OEM recipe overwriting
E16
1
1
0
1
- - - -
ventilation mode 0 = without phase cut 1 = with phase cut
E17
0
0
0
1
- - - -
sterilization type 0 = UV lamp; 1 = ionization