30
ENGLISH
r9
-99.0
99.0
°C °F
(1)
-20.0
work set-point during blast chilling hard phase (cabinet temperature);
also see parameter r0
r10
-99.0
99.0
°C °F
(1)
2.0
work set-point during post blast chilling storage (cabinet temperature);
also see parameter r0
r11
-99.0
99.0
°C °F
(1)
-20.0
work set-point during post deep freezing storage (cabinet temperature);
also see parameter r0
r12
-99.0
99.0
°C °F
(1)
0.0
work set-point during pre-cooling (cabinet temperature); also see para-
meter r0
r13
-99.0
99.0
°C °F
(1)
15.0
end temperature of the temperature-controlled hard blast chilling phase
(temperature detected by the needle probe)
r14
10
100
%
60
duration of the time-controlled hard blast chilling phase (intended as a
percentage of the value established with parameter r1); also duration of
the time-controlled soft deep freezing phase (intended as a percentage of
the value established with parameter r2)
r15
-99.0
99.0
-C °F (1)
65.0
temperature below which the count of the maximum temperature-control-
led blast chilling and maximum temperature-controlled deep freezing is
started (temperature detected by the needle probe)
r16
0
2
- - - -
1
type of operating cycle that can be selected
0 = blast chilling and storage
1 = blast chilling and storage or deep freezing and storage
2 = deep freezing and storage
r17
0.0
99.0
-C °F (1)
5.0
“temperature detected by the needle probe - cabinet temperature” minimum diffe-
rence such to consider the first phase of the test to verify correct insertion of the
needle probe completed successfully (consider the difference without sign) 0.0 =
the test will not be performed (neither first or second phase)
r18
1
99
s
1
duration of the second phase of the test for verification of correct inser-
tion of the needle probe
r19
0
1
--- -
0
quick modification value during the “On” status before starting the operating cycle
0 = work set-point during blast chilling or during deep freezing 1 = blast chilling or
deep freezing end temperature
r20
0
1
- - - -
1
memorisation of the quick modification value during the “On” status be-
fore starting the operating cycle 0 = no (on start-up of the successive
same cycle, the values established with parameters r7 and r3 or those
establishes with r4 and r8 will be re-proposed) 1 = yes (on start-up of the
successive same cycle the rapidly modified values will be re-proposed
before starting the previous same cycle)
r21
0
1
-----
0
modality the operating cycle is started time controller rather than time
controlled 0 = automatic (or through the test regarding correct insertion
of the needle probe) 1 = by hand (or pressing and releasing the BLAST
CHILLING or DEEP FREEZING key)
r22
0
1
-----
0
modality to start pre-cooling 0 = automatic (or pressing the BLAST CHIL-
LING key 1 s) 1 = both automatic (or passing from the “stand-by” status
to the “on”, then switching on the device) and by hand (or pressing the
BLAST CHILLING key 1 s)
r23
0
50
S
2
duration of the buzzer activation to signal the verification test for the
correct insertion of the needle probe will not have been completed suc-
cessfully
Par.
Min.
Max.
Unit
Default
Compressor protections
CO
0
240
min
0
minimum time between restoring the power supply after a power cut, oc-
curring during an operating cycle and compressor switch-on
C1
0
240
min
5
minimum time between two consecutive compressor switch-ons (3)
C2
0
240
min
3
minimum time between compressor switch-off and successive switch-on (3)
C3
0
240
s
0
compressor switch-on minimum duration
C4
0
240
min
10
duration of compressor switch-off during the cabinet probe error (“Pr1”
code) that occurs during storage; see also parameter C5
C5
0
240
min
10
duration of compressor switch-on during the cabinet probe error (“Pr1”
code) that occurs during post blast chilling storage; also see parameter C4
C6
0
199.0
°C °F
(1)
80.0
condenser temperature above which the blocked overheated condenser
alarm is activated (“COH” code)
C7
0
199.0
°C °F
(1)
90.0
condenser temperature above which the blocked compressor alarm is ac-
tivated (“CSd” code)
C8
0
15
min
1
blocked compressor alarm delay (“CSd” code) (5)
C9
0
240
min
30
duration of compressor switch-on during the cabinet probe error (“Pr1”
code) that occurs during post deep freezing storage; also see parameter C4
Par.
Min.
Max.
Unit
Default
Defrosting (6)
dO
0
99
h
0
defrosting interval (7) 0 = defrosting will never be activated at intervals
