Daikin Clima-Flex CLIC STAND ALONE Series Installation, Operation And Maintenance Manual page 38

Index Size Acronym DataType
732 2 S070 REAL
734 2 S071 REAL
736 2 S069 REAL
738 2 UsrDlvW- REAL
Temp_
FromMst
740 1 Hc51 USINT(0..11)
741 1 Hc52 USINT(0..11)
742 1 Hc53 USINT(0..11)
743 1 Hc54 USINT(0..11)
744 1 Hc55 USINT(0..11)
745 1 Hc56 USINT(0..11)
746 1 Hc61 USINT(0..8)
747 1 Hc62 USINT(0..8)
748 1 Hc63 USINT(0..8)
749 1 Hc64 USINT(0..8)
750 1 Hc65 USINT(0..8)
751 1 Hc66 USINT(0..8)
752 1 Hc31 USINT
753 1 Hc32 USINT
754 1 Hc34 USINT
755 1 Hc35 USINT
756 1 Hc41 USINT
757 1 Hc42 USINT
iom-clicsa-cf-eng
Min Max Init
R/W UoM
Value Value Value
R/W 0 DELTAKEL-
VIN
R/W 0 DELTAKEL-
VIN
R/W 0 CELSIUS
CELSIUS
R/W 1
R/W 1
R/W 1
R/W 1
R/W 1
R/W 1
R/W 1
R/W 1
R/W 1
R/W 1
R/W 1
R/W 1
R/W 0
R/W 0
R/W 0
R/W 0
R/W 0
R/W 0
38
Description
S070 - Cond.1 frost temp. probe off set
S071 - Cond.2 frost temp. probe off set
S069 - Temperature set point for fan-defrost function
(0=Function disabled)
Delivery water temperature to user received from Main
(Single evaporator)
Hc51 - Digital output 1 confi g. (0= Not used, 1=Comp. 1 circ.
1, 2=Comp. 2 circ. 1, 3=User heater step 1, 4=User pump 1,
5=Source, 6=Frost heater, 7=4way valve, 8=Oil equal. valve,
9=Freecooling valve, 10=General alarm, 11=User pump 2
Hc52 - Digital output 2 confi g. (0= Not used, 1=Comp. 1 circ.
1, 2=Comp. 2 circ. 1, 3=User heater step 1, 4=User pump 1,
5=Source, 6=Frost heater, 7=4way valve, 8=Oil equal. valve,
9=Freecooling valve, 10=General alarm, 11=User pump 2
Hc53 - Digital output 3 confi g. (0= Not used, 1=Comp. 1 circ.
1, 2=Comp. 2 circ. 1, 3=User heater step 1, 4=User pump 1,
5=Source, 6=Frost heater, 7=4way valve, 8=Oil equal. valve,
9=Freecooling valve, 10=General alarm, 11=User pump 2
Hc54 - Digital output 4 confi g. (0= Not used, 1=Comp. 1 circ.
1, 2=Comp. 2 circ. 1, 3=User heater step 1, 4=User pump 1,
5=Source, 6=Frost heater, 7=4way valve, 8=Oil equal. valve,
9=Freecooling valve, 10=General alarm, 11=User pump 2
Hc55 - Digital output 5 confi g. (0= Not used, 1=Comp. 1 circ.
1, 2=Comp. 2 circ. 1, 3=User heater step 1, 4=User pump 1,
5=Source, 6=Frost heater, 7=4way valve, 8=Oil equal. valve,
9=Freecooling valve, 10=General alarm, 11=User pump 2
Hc56 - Digital output 6 confi g. (0= Not used, 1=Comp. 1 circ.
1, 2=Comp. 2 circ. 1, 3=User heater step 1, 4=User pump 1,
5=Source, 6=Frost heater, 7=4way valve, 8=Oil equal. valve,
9=Freecooling valve, 10=General alarm, 11=User pump 2
Hc61 - Digital output 1 secondary confi g. (0= Not used,
1=Comp. 1 circ. 2, 2=Comp. 2 circ. 2, 3=User heater step 2,
4=User pump 2, 5=Source, 6=Frost heater, 7=4way valve,
8=Oil equal. valve
Hc62 - Digital output 2 secondary confi g. (0= Not used,
1=Comp. 1 circ. 2, 2=Comp. 2 circ. 2, 3=User heater step 2,
4=User pump 2, 5=Source, 6=Frost heater, 7=4way valve,
8=Oil equal. valve
Hc63 - Digital output 3 secondary confi g. (0= Not used,
1=Comp. 1 circ. 2, 2=Comp. 2 circ. 2, 3=User heater step 2,
4=User pump 2, 5=Source, 6=Frost heater, 7=4way valve,
8=Oil equal. valve
Hc64 - Digital output 4 secondary confi g. (0= Not used,
1=Comp. 1 circ. 2, 2=Comp. 2 circ. 2, 3=User heater step 2,
4=User pump 2, 5=Source, 6=Frost heater, 7=4way valve,
8=Oil equal. valve
Hc65 - Digital output 5 secondary confi g. (0= Not used,
1=Comp. 1 circ. 2, 2=Comp. 2 circ. 2, 3=User heater step 2,
4=User pump 2, 5=Source, 6=Frost heater, 7=4way valve,
8=Oil equal. valve
Hc66 - Digital output 6 secondary confi g. (0= Not used,
1=Comp. 1 circ. 2, 2=Comp. 2 circ. 2, 3=User heater step 2,
4=User pump 2, 5=Source, 6=Frost heater, 7=4way valve,
8=Oil equal. valve
Hc31 - Analogue input 1 confi g. (0= Not used, 1= Source
water delivery temp., 2= Outside temp., 3= Discharge temp.,
4= Condensing temp., 5= Suction temp., 6= Evaporation
temp., 7= Return water temp. from user, 8= Delivery water
temp. to user)
Hc32 - Analogue input 2 confi g. (0= Not used, 1= Source
water delivery temp., 2= Outside temp., 3= Discharge temp.,
4= Condensing temp., 5= Suction temp., 6= Evaporation
temp., 7= Return water temp. from user, 8= Delivery water
temp. to user)
Hc34 - Analogue input 4 confi g. (0= Not used, 1= Source wa-
ter delivery temp., 2= Outside temp., 3= Discharge temp., 4=
Condensing. temp., 5= Suction temp., 6= Evaporation temp.,
7= Condensing press., 8= Evaporating press., 9= Return water
temp. from user, 10= Delivery water temp. to user)
Hc35 - Analogue input 5 confi g. (0= Not used, 1= Source wa-
ter delivery temp., 2= Outside temp., 3= Discharge temp., 4=
Condensing. temp., 5= Suction temp., 6= Evaporation temp.,
7= Condensing press., 8= Evaporating press., 9= Return water
temp. from user, 10= Delivery water temp. to user)
Hc41 - Analogue input 1 confi g. on Secondary board (0= Not
used, 1= Source water delivery temp., 2= Outside temp., 3=
Discharge temp., 4= Condensing temp., 5= Suction temp., 6=
Evaporation temp., 7=Common delivery temp., 8= Delivery
water evap.2 temp.)
Hc42 - Analogue input 2 confi g. on Secondary board (0= Not
used, 1= Source water delivery temp., 2= Outside temp., 3=
Discharge temp., 4= Condensing temp., 5= Suction temp., 6=
Evaporation temp., 7=Common delivery temp., 8= Delivery
water evap.2 temp.)
Mapping Table
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