11
C9
0
120
s
10
compressor 2 delay from power up of compressor 1 (only if u1 = 3)
C10 0 9999
h 0
number of hours of compressor operation above which maintenance request is
indicated 0 = no function
LABEL MIN. MAS.
U.M. DEF. DEFROST
d0 0
99
h 6
defrost interval; also look at d8 (9)
0=the defrost at intervals will never be activated
d1
0
1
-
0
kind of defrost (0=electric defrost 1=hot gas defrost)
d2
-99
99
°C/°F (1)
8
defrost cutoff temperature (only if P3 = 1)
d3 0
99
min
30
defrost duration if P3 = 0 or 2; defrost maximum duration if P3 = 1
0=the defrost will never be activated
d4
0
1
-
0
defrost when you turn on the instrument (1 = YES) (4)
d5
0
99
min
0
defrost delay when you turn on the instrument (only if d4 = 1); see also i5 (4)
d6 0 1 -
1
temperature shown during the defrost (only if P5 = 0)
0=cabinet temperature
1=if to the defrost activation the cabinet temperature is below “working setpoint
+ r0”, at most “work-ing se r0”; if to the defrost activation the cabinet
temperature is above “working ser0”, at most the cabinet temperature
to the defrost activation (10)
d7 0
15
min
3 dripping
duration
d8 0 2 -
0
kind of defrost interval
0=the defrost will be activated when the instrument will have remained turned
on the time d0
1=the defrost will be activated when the compressor will have remained turned
on the time d0
2=the defrost will be activated when the evaporator temperature will have
remained below the tem-perature d9 the time d0 (11)
d9 -99
99
°C/°F
(1)
0
evaporator temperature above which the count of the defrost interval is
suspended (only if d8 = 2)
dA 0
99
min
0
minimum time the compressor must be remained turned on (to the defrost
activation) in order that thedefrost can be activated (only if d1 = 1) (12)
LABEL MIN. MAS.
U.M. DEF. TEMPERATURE
ALARMS
A0 0 2 -
0
temperature joined to the lower temperature alarm
0=cabinet temperature
1=evaporator temperature (13)
2 = temperature detected by the auxiliary probe (only if P4 = 1 or 2) (14)
A1 -99
99
°C/°F
(1)
-2
temperature below which the lower temperature alarm is activated; also look at
A0 and A2 (7)
A2 0 2 -
1
kind of lower temperature alarm
0=alarm not enabled
1=relative to the working setpoint (or "working setpoint - A1”; consider A1
without sign)
2=absolute (or A1)
A3 0 1 -
0
temperature associated with the maximum temperature alarm
0 = cabinet temperature
1 = temperature detected by the auxiliary probe (only if P4 = 1 or 2) (14)
A4 -99
99
°C/°F
(1)
15
temperature above which the upper temperature alarm is activated; also look
at A3 and A5 (7)
A5 0 2 -
1
kind of upper temperature alarm
0=alarm not enabled
1=relative to the working setpoint (or "working se A4”; consider A4
without sign)
2=absolute (or A4)
A6 0
240
min
120
upper temperature alarm delay since you turn on the instrument (only if A3 = 0
or if P4 = 1 and A3 = 1) (4))
A7
0
240
min
15
temperature alarm delay
A8 0
240
min
60
upper temperature alarm delay since the end of the after dripping evaporator
fan delay (only if A3 = 0)( 15)
A9 0
240
min
15
maximum temperature alarm delay on microport input deactivation (only if A3 =
0 or if P4 = 1 and A3 = 1) (16)
LABEL MIN. MAS.
U.M. DEF. EVAPORATOR
FAN
F0 0 4 -
1
evaporator fan activity during the normal operation
0=turned off
1=turned on
2=according to the compressor
3=according to F1 (17)
4=turned off if the compressor is turned off, according to F1 if the compressor
is turned on (17)
F1 -99
99
°C/°F
(1)
-1
evaporator temperature above which the evaporator fan is turned off
(only if F0 = 3 or 4) (7)
F2 0 2 -
0
evaporator fan activity during the defrost and the dripping
0=turned off
1=turned on
2=according to F0
Summary of Contents for HD70
Page 50: ......
Page 74: ......
Page 98: ......
Page 122: ......
Page 147: ...1 2 2 2 3 3 4 4 5 6 6 6 14 14 15 15 19 20 20 20 21 21 22 1 2 22 23...
Page 148: ...2 1 2 4 5 9 10 HFC 7 11 12 1 2 3 4 5 6 B C D E F G H L R W...
Page 149: ...3 13 14 15 OFF 16 17 18 19 20 21 22 23 24 25 26 27 28 29 48 30 31...
Page 151: ...5 33 30 34 35 36 37 38 50 2 39 40 41 42 43 SHUKO N60320 44 30 45 46...
Page 152: ...6 1 2 48 49 49a 50 N 51 1 2 2 48 15 15 SP r1 r2 C F 1 0 4 PA 15 19 15 4 SP 15 15 1 2...
Page 161: ...15 0 10 6 20 61 22 15 6 5 6 48 C P2 F P2 Pr1 P0 49...
Page 166: ...20 66 67 74 68 71 OFF 16 17 62 73 30 OFF 16 17 76 77 78...
Page 167: ...21 2002 96 EC 2002 96 WEEE...
Page 168: ...22 WEEE 2002 96 12 82 F D D 12 1 2 82a F B E G B E D B E G D A B E G A 12...
Page 171: ...2 1 46 4 7 12 13 15 14 11 10 5 set 16 17 18 Z Z Y 9...
Page 172: ...19 20 21 22 23 24 25 26 27 28 29 30 set 31 32 75 83 64 150 83 64 204 204...
Page 173: ...33 35 36 34 37 38 39 40 41 42 43 44 45 46 48 1 2 49 set 1 2...