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CONFIGURATION PARAMETERS
6
The parameters are set by default in ºC and the relative values and limits are shown in the table in this unit of
measurement. In order for the controller to display the values in ºF, set P2 to 1 and after the change, disconnect the
power from the device and then reconnect it. Any previously stored blast chilling and blast freezing programs will
return to the default value each time that P2 is reset.
N.B.
-
Because some functions are managed according to the value set for some parameters, ensure these are
set correctly and consistently.
-
It is not possible to set any value beyond the minimum and maximum limits indicated in the table.
-
fter changing the parameters, it is advisable to disconnect the power from the device and then reconnect
it.
The following table gives the meaning of the configuration parameters.
PAR.
DEFAULT
CA1
0
CA2
0
CA3
0
CA4
0
P0
0
P2
0
P3
1
P4
1
PAR.
DEFAULT
r0
2
r1
90
r2
240
r3
3
MIN.
MAX.
U.M.
ANALOGUE INPUTS
-25
25
ºC
Cabinet probe offset
-25
25
ºC
Evaporator probe offset (if P4=1)
-25
25
ºC
Condenser probe offset (if P4=2)
-25
25
ºC
Needle probe offset (if P3=1)
Type of probe
0
1
-- - -
0
1
Temperature measurement unit
0
1
-- - -
0
1
Enable needle probe
0
1
- - - -
0
1
Configuration of third measurement input
0 = input disabled
0
3
- - - -
1 = evaporator probe
2 = condenser probe
3 = multi-purpose digital input
MIN.
MAX.
U.M.
MAIN REGULATOR
Cabinet setpoint differential in blast chilling, blast freezing,
1
15
ºC
sanitation, ice cream hardening
1
500
min
Duration of time controlled blast chilling
1
500
min
Duration of time controlled blast freezing
Product temperature to end temperature controlled blast chilling
-50
99
ºC
and to end the soft phase in temperature controlled soft
= PTC
= NTC
=
ºC
=
ºF
=
no
=
yes
page 29 of 48
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