41
ENGLISH
CHAPTER 17: SERVICE
It is possible to access
INTERNAL DATA
modification screen from the
INFORMATION
page
Push the
ket top left on the
HOME
screen
to access the
INFORMATION
area.
The page displays the following menus:
- DATE/TIME
- SERVICE (PARAMETERS)
- INTERNAL DATA
- LANGUAGE
Push
SERVICE (PARAMETERS)
5°C
Slow Cooking
Proofing
Blast Chiller
Thawing
HACCP
Conservation
11:38
HACCP
11:38
Slow Cooking
Proofing
Thawing
Conservation
Cookbook
SPECIAL CYCLES
11:38
BLAST CHILLER
PRE-COOLING
COOKBOOK
HACCP
PRE-COOLING
5°C
START
-10°C
-6°C
STOP
X X
PRE-COOLING
PRE-COOLING
INTERNAL DATA
SERVICE
DATE/TIME
LANGUAGE
INFORMATION
the following functions are available:
- PARAMETER configuration, by means of password (-19)
- Default value refresh (restricted and not selectable)
- OEM Recipe refresh by means of password (99)
PARAMETER
NB
only the highlighted parameters can be modified by maintenance service. The other parameters can be modified only after
reference/authorization by our technical department.
ABF=
blast chiller
MF =
Multifunctional
PAR. ABF
MF
MIN. MAX.
U.M. ANALOG INPUTS
CA1
0
0
-25
25
°C/°F(1)
chamber probe calibration
CA2
0
0
-25
25
°C/°F(1)
evaporator probe calibration (if P4=1)
CA3
0
0
-25
25
°C/°F(1)
condenser probe calibration (if P5=1)
CA4
0
0
-25
25
°C/°F(1)
core probe 1 calibration
CA5
0
0
-25
25
°C/°F(1)
core probe 2 calibration (if P9>1)
CA6
0
0
-25
25
°C/°F(1)
core probe 3 calibration (if P9>1)
P0
1
1
0
1
- - - -
probe type 0 = PTC 1 = NTC
P2
0
0
0
1
- - - -
temperature unit of measure 0 = °C 1 = °F
P3
1
1
0
3
- - - -
core probe type 0= deactivated 1= single probe 2= multi core probe 3= multi-sensor
probe See also P9
P4
1
1
0
1
- - - -
evaporator probe activation 0 =no 1 = yes
P5
1
1
0
1
- - - -
condenser probe activation 0 =no 1 = yes
P9
1
1
1
3
- - - -
if P3=1, P9 must be set at 1; if P3=2, the number set for P9 corresponds to the number
of available core probes (from 1 to 3); if P3=2 the number set for P9 corresponds to the
available number of sensor on the core probe
PAR. ABF
MF
MIN. MAX.
U.M. MAIN REGULATOR
r0
3
3
1
15
°C/°F(1)
chamber setpoint differential in blast-chilling, shock-freezing, sanification, ice-cream
hardening and customized cycles
r1
90
90
1
500
min
tim-based blast chilling duration
r2
240
240
1
500
min
time-based shock freezing duration
r3
3
3
-50
99
°C/°F(1)
product temperature for temperature-based blast-chilling end and for soft phase end in
temperature-based soft shock freezing; see also parameter r5
r4
-18
-18
-50
99
°C/°F(1)
product temperature for temperature-based shock freezing end; see also parameter r6
r5
90
90
1
500
min
maximum allowed duration for temperature-based blast chilling; see also parameter r3
r6
240
240
1
500
min
maximum allowed duration for temperature-based shock freezing; see also parameter r4
r7
-2
-2
-50
99
°C/°F(1)
chamber temperature setpoint during blast chilling and during soft phase of soft shock
freezing; see also parameter r0