KIOUR MACON HP, Руководство пользователя, Страница: 3 / 9

No PARAMETERS DESCRIPTION min max
DEFAULT
UoM
18 dEn
Temperature ending defrost
With the parameter dto = 1 the defrost ends when it reaches this temperature in less than the
maximum duration of the defrost. With the parameter t3E = 1 it functions as a differential
(differential = dEn - dbE ) safety thermostat of the temperature SEn3 , SE55
-50 150 15.6 °C
19 dFA Over this temperature, the fan is ON during defrost. Differential is 1 °C. -50 150 16.4 °C
20 dt1 Time frame in which all defrost requirements must occur in order to start defrost 1 200 1 min
21 dt2 Minimum time defrost duration, where 1 unit = 10 sec 1 200 1 10sec
22 dt3 Maximum time defrost duration 1 200 1 min
23 dt4 Minimum time between two successive defrosts of the same circuit 1 200 1 min
24 dt5 Minimum time between two successive defrost of the two circuits 0 200 0 min
25 dt6
ON or OFF time of the valve at the start and end of dFrost.
If this function is enabled by the
dFS parameter.
0 20 1 min
26 dFS
dFrost value, where:
0 = At the start and at the end of deFrost the compressors stop in order to rotate the valves with
time dt6
1 = The valve rotates without stopping the compressor.
0 1 0 units
27 d07
Start of dFrost with 2 circuits.
0 = Regardless
1 = When both reach dFrost conditions
2 = When 1 of 2 reaches dFrost conditions
0 2 2 units
28 d08
0 = . DFrost ends independently.
1 = If one is finished, then the compressor turn OFF and waits for the other to finish.
In any case, both of them, end from the time pass.
2 = . If one ends, the other ends.
0 2 0 units
29 drE
State of resistance during dFrost.
0 = OFF , 1 = ON
0 1 0 units
30 dF1
FAN status in dFrost.
0 = OFF , 1 = works as in cooling with SP = FSC
0 1 0 units
31 dF2
FAN. Evaporator drying after dFrost.
0 = OFF , 1-250 sec = FAN is ON with maximum drying speed.
0 255 0 sec
32 ASP SET POINT ALARM Antifreeze, Safety tthermostat -50 60 4 °C
33 Adi Differential , Safety Thermostat 0,1 20,0 1.5 °C
34 t3E
0 = this function is disabled.
1 = . (for water coolers) activates the temperature SEn3 and SEn5 as a safety thermostat.
DFrost is not needed and we turn it off. (doP = 0)
0 1 0 units
35 rSH Resistance SET POINT Heating. Below Set Point, resistance is ON. (Works with T2 , T4). -50 60 3.6 °C
36 Adr Differential resistance thermostat. 0,1 20,0 1,0 °C
37 rOF Value =0 => resistances OFF with whole system OFF. - frost conditions - . 0 1 1 units
38 rH1
activation / deactivation of the heating resistance. ON based on Set Point rH1 .
Below Set Point, resistance is ON.
0 1 1 units
39 rC1
activation / deactivation of the cooling resistance. ON based on Set Point rSC .
Below Set Point, resistance is ON (5°C).
0 1 1 units
40 rSC Resistance Set Point Cooling. Below Set Point, resistance is ON (5°C). (Works with T2 , T4). -50 +150 15,0 °C
41 SE1 out of order 0 1 1 units
42 SE2 Sensor activation Νο 2, where 0 = sensor deactivated, 1 = sensor activated 0 1 1 units
43 SE3 Sensor activation Νο 3, where 0 = sensor deactivated, 1 = sensor activated 0 1 1 units
44 SE4 Sensor activation Νο 4, where 0 = sensor deactivated, 1 = sensor activated 0 1 1 units
45 SE5 Sensor activation Νο 5, where 0 = sensor deactivated, 1 = sensor activated 0 1 1 units
46 SH1
Value = 0 => disables the input. Value = 1 => Activates the 4-20 mA input of the high pressure of the
1st circuit. (Transmitter HP1) (when there is transmitter failure the analog voltage of the FAN is at the
maximum value). When transmitter is activated, the Set Point of the
FSC and FSI parameters and the
0-10 Volt output work based on the transmitter signal. DeFrost operation is run by temperature only.
0 1 0 units
47 SH2
Value = 0 => disables the input. Value = 1 => Activates the 4-20 mA input of the high pressure of the
2 nd circuit. (Transmitter HP2) (when there is transmitter failure the analog voltage of the FAN is at the
maximum value). When transmitter is activated, the Set Point of the FSC and FSH parameters and
the 0-10 Volt output work based on the transmitter signal.
DeFrost operation is run by temperature only.
0 1 0 units
48 SL1 out of order 0 1 0 units
49 SL2 out of order 0 1 0 units
50 rH1
Adjustment of the mA scale. 1 st circuit high pressure inlet (HP1). Display the correct transmitter
pressure range, for example instead of 0 – 100 units show 0 - 30,0 Bar.
10 99,9 100 %
51 rH2
Adjustment of the mA scale. 2
nd
circuit high pressure inlet (HP2). Display the correct transmitter
pressure range, for example instead of 0 – 100 units show 0 - 30,0 Bar.
10 99,9 100 %
52 rL1
Adjustment of the mA scale. 1
st
circuit low pressure inlet (LP1). Display the correct transmitter
pressure range, for example instead of 0 – 100 units show 0 - 30,0 Bar.
10 99,9 100 %
53 rL2
Adjustment of the mA scale. 2 nd circuit low pressure inlet (LP2). Display the correct transmitter
pressure range, for example instead of 0 – 100units show 0 - 30,0 Bar.
10 99,9 100 %
54 AJ1 Sensor No 1 offset -9,0 15,0 0 °C
55 AJ2 Sensor No 2 offset -9,0 15,0 0 °C
AJ3 Sensor No 3 offset -9,0 15,0 0 °C
56 AJ4 Sensor No 4 offset -9,0 15,0 0 °C
57 AJ5 Sensor No 5 offset -9,0 15,0 0 °C
58 AJ6 out of order - - - -
59 AJ7 out of order - - - -
60 AJ8 out of order - - - -
61 AJ9 out of order - - - -