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PARAMETERS
PAR Description
+10
-12
-5
-15
PAR
GL = Glass Door
GL
SP Working setpoint
-3 -12 -25 -20 SP
-55 -55 -55 SP2
CA1 Cabinet probe offset
0 0 0 0 CA1
CA2 evaporator probe offset
0 0 0 0 CA2
P1 decimal point Celsius degree
0 0 0 0 P1
P2 unit of measure temp.
0 0 0 0 P2
P3 evaporator probe function
1 1 1 1 P3
P8 delay in display of variations in temp. detected by the probes
5 5 5 5 P8
r0 working setpoint differential
2 3 2 2 r0
r1 minimum working setpoint
-3 -30 -25 -20 r1
r2 maximum working setpoint /
15 -12 -5 -15 r2
r3
locking the working setpoint modification (1=YES)
0 0 0 0 r3
r4
Increase in temp. during Energy Saving function
0 0 0 0 r4
r5 decrease in temp. during Overcooling function
3 3 3 3 r5
r6
duration of Overcooling function /Dauer der Overcooling-Funktion/ durata overcooling / overcoolingvarighed
0 30 0 0 r6
r7
Min. difference “cell temp. - working setpoint” (when the instrument switches on) such as to provoke the exclusion of the consequent value
of the evaporator temp. among the ones used for the calculation of the relative average (for the defrost activation;
if d8 = 3)
10 r7
C0
compressor delay since you turn on the instrument [4]
2 1 2 2 C0
C1
minimum time between 2 activations in succession of the comp. [5] [6]
2 1 2 2 C1
C2
Minimum time the compressor remains turned off [5]
2 1 2 2 C2
C3
Minimum time the compressor remains turned on
0 0 0 0 C3
C4
time the comp. remains turned off during the cabinet probe error /
4 4 4 4 C4
C5
time the comp. remains turned on during cabinet probe error
5 6 6 6 C5
d0 defrost interval [9]
12 6 6 6 d0
d1 type of defrosting (0=electric; 1= Hot gas; 2=stop)
0 0 0 0 d1
d2
temp. at end of defrosting
8 12 8 8 d2
d3
defrost duration
25 45 25 25 d3
d4
defrost when you turn on the instrument (0=NO;1=YES) [4]
1 0 1 1 d4
d5
defrost delay when you turn on the instrument (if d4 = 1 [4]
60 0 60 60 d5
d6
temp. shown during the defrost [10]
1 1 1 1 d6
d7
dripping duration
2 5 2 2 d7
d8 kind of defrost interval
0 3 3 3 d8
SP2 Minimum evaporator temperature durinf Overcooling phase
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