Sammic AT-3 Manual De Instrucciones página 75

r4 -18 -50
r5 90 1
r6 240 1
r7 0 -50
r8 -40 -50
r9 -20 -50
r10 2 -50
r11 -20 -50
r12 5 -50
r13 15 -50
r14 60 10
r15 65 -50
r17 5 0
r18 80 10
r19 -40 -50
freezing;
see also parameter r5
Product temperature to end temperature controlled blast
freezing;
99 ºC
see also parameter r6
Maximum permitted duration for temperature controlled blast
chilling;
500 min
see also parameter r3
Maximum permitted duration for temperature controlled blast
freezing;
500 min
see also parameter r4
Cabinet temperature setpoint during blast chilling and the soft
phase of soft blast freezing;
99 ºC
see also parameter r0
Cabinet temperature setpoint during blast freezing and ice
cream hardening;
99 ºC
see also parameter r0
Cabinet temperature setpoint during the hard phase of hard
blast chilling;
99 ºC
see also parameter r0
Cabinet temperature setpoint during conservation after blast
chilling and hard blast chilling;
99 ºC
see also parameter r0
Cabinet temperature setpoint during conservation after blast
freezing and soft blast freezing;
99 ºC
see also parameter r0
Cabinet temperature setpoint during pre-cooling;
99 ºC
see also parameter r0
Product temperature to end the hard phase of hard temperature
99 ºC
controlled blast chilling
Duration of the hard phase of hard time controlled blast chilling
(i.e. the percentage of the value set by parameter r1). Duration
100 %
of the soft phase of time controlled soft blast freezing (i.e. the
percentage of the value set by parameter r2)
Product temperature below which the count for maximum
199 ºC duration begins for temperature controlled blast chilling or blast
freezing
Minimum gap between the product and cabinet temperatures,
according to which the first phase of the test for correct
insertion
99 ºC
completed
0 = the test is disabled and the needle probe is considered
always inserted
Duration of the second phase of the test for correct insertion of
999 s
the needle probe
+99 ºC Cabinet temperature setpoint for the first phase of sanitation
22
of the needle probe is considered successfully
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