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Daikin EWAD420T-XSB2 [38/81] Frequency
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ELECTRICAL SPECIFICATIONS
EWAD~T-SSB
MODEL
EWADH10T-
SS B2
EWADC11T-
SS B2
EWADH12T-
SS B2
EWADH13T-
SS B2
EWADH14T-
SS B2
EWADH15T-
SS B3
POWER SUPPLY
Phases
No.
3
3
3
3
3
3
Frequency
Hz
50
50
50
50
50
50
Voltage
V
400
400
400
400
400
400
Voltage tolerance Minimum %
-10%
-10%
-10%
-10%
-10%
-10%
Voltage tolerance Maximum %
10%
10%
10%
10%
10%
10%
UNIT
Maximum inrush current
A
773
797
877
925
933
1075
Nominal running current cooling
A
572.46
610
692.46
727.9
763.34
839
Maximum running current
A
709
768
838
897
956
986
Maximum current for wires sizing
A
776
840
918
982
1046
1079
FANS
Nominal running current cooling
A
36.12
41.28
41.28
46.44
51.6
56.8
COMPRESSORS
Phases
No.
3
3
3
3
3
3
Voltage
V
400
400
400
400
400
400
Voltage tolerance Minimum %
-10%
-10%
-10%
-10%
-10%
-10%
Voltage tolerance Maximum %
10%
10%
10%
10%
10%
10%
Maximum running current
A
398
452
398
452
452
310
Starting method
Y-Δ
Y-Δ
Y-Δ
Y-Δ
Y-Δ
Y-Δ
MODEL
EWADH16T-
SS B3
EWADC17T-
SS B3
EWADH18T-
SS B3
EWADC19T-
SS B3
EWADC20T-
SS B3
EWADC21T-
SS B3
POWER SUPPLY
Phases
No.
3
3
3
3
3
3
Frequency
Hz
50
50
50
50
50
50
Voltage
V
400
400
400
400
400
400
Voltage tolerance Minimum %
-10%
-10%
-10%
-10%
-10%
-10%
Voltage tolerance Maximum %
10%
10%
10%
10%
10%
10%
UNIT
Maximum inrush current
A
1161
1217
1217
1270
1324
1324
Nominal running current cooling
A
885
951
1029
1073
1118
1158
Maximum running current
A
1118
1188
1257
1323
1389
1455
Maximum current for wires sizing
A
1223
1300
1377
1449
1521
1592
FANS
Nominal running current cooling
A
61.9
61.9
61.9
67.08
72.24
77.4
COMPRESSORS
Phases
No.
3
3
3
3
3
3
Voltage
V
400
400
400
400
400
400
Voltage tolerance Minimum %
-10%
-10%
-10%
-10%
-10%
-10%
Voltage tolerance Maximum %
10%
10%
10%
10%
10%
10%
Maximum running current
A
398
398
398
459
459
459
Starting method
Y-Δ
Y-Δ
Y-Δ
Y-Δ
Y-Δ
Y-Δ
Fluid: Water
Allowed voltage tolerance ± 10%. Voltage unbalance between phases must be within ± 3%.
Maximum starting current: starting current of biggest compressor + current of the other compressors at maximum load + fans current at maximum load.
In case of inverter driven units, no inrush current at start up is experienced.
Nominal current in cooling mode is referred to the following conditions: evaporator 12/7°C; ambient 35°C; compressors + fans current.
Maximum running current is based on max compressor absorbed current in its envelope and max fans absorbed current
Maximum unit current for wires sizing is based on minimum allowed voltage
Maximum current for wires sizing: (compressors full load ampere + fans current) x 1,1.
The data are referred to the standard unit without options.
For the electrical data of the hydronic kit refer to "Options technical data"
All data are subject to change without notice. Please refer to unit nameplate data.
Содержание
- Air cooled screw chiller 1
- Code printing date 1
- Databook 1
- T sl standard efficiency low noise 1
- T sr standard efficiency reduced noise 1
- T ss standard efficiency standard noise 1
- T xl high efficiency low noise 1
- T xs high efficiency standard noise 1
- Xr high efficiency reduced noise 1
- Additional information related to f gas regulation eu no 517 2014 of the european parliament and of the council of 16 april 2014 on fluorinated greenhouse gases and repealing regulation ec no 842 2006 3
- Certifications units are ce marked complying with european directives in force concerning manufacturing and safety on request units can be produced complying with laws in force in non european countries asme gost etc and with other applications such as naval rina etc 3
- Double circuits 3
- Features and benefits 3
- Sound configuration 4
- Version 4
- Control section main features 6
- Microtech iii is able to communicate to bms building management system based on the most common protocols as 7
- Supervising systems on request microtech iii remote communication 7
- General characteristics 8
- Nomenclature 8
- Double set point opt code 10 provided as standard 9
- Electronic expansion valve opt code 60 provided as standard 9
- Main switch interlock door opt code 97 provided as standard 9
- Options 9
- Standard options supplied on basic unit 9
- Unit right water connection opt code 101 9
- Mechanical options on request 10
- Options 10
- High pressure side manometers opt code 63 low pressure side manometers opt code 64 11
- Options 11
- Unit guards to cover unit access opt code 140 11
- Electrical options on request 12
- Options 12
- Inverter kit for 2 centr pumps high lift opt code 120h 13
- Inverter kit for 2 centr pumps low lift opt code 120g 13
- Inverter kit for pumps 13
- Tuning the water flow during unit commissioning 13
- Installation options on request 14
- Other options on request 14
- Witness test acoustic test 14
- Air heat exchanger 15
- Cc cc cc cc cc cc 15
- Colour material 15
- Compressor 15
- Cooling 15
- Cooling performance 15
- Dpt dpt dpt dpt dpt dpt 15
- Drive on off on off on off on off on off on off 15
- Ewad t ssb 15
- Motor input 15
- N of circuits 15
- Nominal air flow 15
- Oil charge 15
- On off on off on off on off on off on off 15
- Operating weight kg 15
- Refrigerant circuit 15
- S t s t s t s t s t s t 15
- Single screw single screw single screw single screw single screw single screw single screw 15
- Sound level 15
- Technical specifications 15
- Type asymm asymm asymm asymm asymm asymm 15
- Unit power input cooling 15
- Unit weight kg 15
- Water heat exchanger 15
- Water volume 15
- Air heat exchanger 16
- Cc cc cc cc cc cc 16
- Colour material 16
- Compressor 16
- Cooling 16
- Cooling performance 16
- Dpt dpt dpt dpt dpt dpt 16
- Drive on off on off on off on off on off on off 16
- Ewad t ssb 16
- Ewadc10t 16
- Motor input 16
- N of circuits 16
- Nominal air flow 16
- Oil charge 16
- On off on off on off on off on off on off 16
- Operating weight kg 16
- Refrigerant circuit 16
- S t s t s t s t s t s t 16
- Single screw single screw single screw single screw single screw single screw single screw 16
- Sound level 16
- Technical specifications 16
- Type asymm asymm asymm asymm asymm asymm 16
- Unit power input cooling 16
- Unit weight kg 16
- Water heat exchanger 16
- Water volume 16
- Air heat exchanger 17
- Capacity control minimum capacity 17
- Capacity control type 17
- Capacity cooling 17
- Casing 17
- Cc cc cc cc cc cc 17
- Colour material 17
- Compressor 17
- Cooling 17
- Cooling performance 17
- Diameter mm 17
- Dpt dpt dpt dpt dpt dpt 17
- Drive on off on off on off on off on off on off 17
- Ewad t ssb 17
- Ewadc11t 17
- Ewadh10t 17
- Ewadh12t 17
- Ewadh13t 17
- Ewadh14t 17
- Ewadh15t 17
- Height mm 17
- Insulation material 17
- Length mm 17
- Motor input 17
- N of circuits 17
- Nominal air flow 17
- Oil charge 17
- On off on off on off on off on off on off 17
- Operating weight kg 17
- Piping connections 17
- Quantity no 17
- Refrigerant charge 17
- Refrigerant circuit 17
- Refrigerant type r134a r134a r134a r134a r134a r134a 17
- S t s t s t s t s t s t 17
- Single screw single screw single screw single screw single screw single screw single screw 17
- Sound level 17
- Sound power cooling 17
- Sound pressure level 1m distance db a 17
- Technical specifications 17
- Type asymm asymm asymm asymm asymm asymm 17
- Unit power input cooling 17
- Unit weight kg 17
- Water flow rate 17
- Water heat exchanger 17
- Water volume 17
- Weight 17
- Air heat exchanger 18
- Capacity control minimum capacity 18
- Capacity control type 18
- Capacity cooling 18
- Casing 18
- Cc cc cc cc cc cc 18
- Colour material 18
- Compressor 18
- Cooling 18
- Cooling performance 18
- Diameter mm 18
- Dpt dpt dpt dpt dpt dpt 18
- Drive on off on off on off on off on off on off 18
- Ewad t ssb 18
- Ewadc17t 18
- Ewadc19t 18
- Ewadc20t 18
- Ewadc21t 18
- Ewadh16t 18
- Ewadh18t 18
- Height mm 18
- Insulation material 18
- Length mm 18
- Motor input 18
- N of circuits 18
- Nominal air flow 18
- Oil charge 18
- On off on off on off on off on off on off 18
- Operating weight kg 18
- Piping connections 18
- Quantity no 18
- Refrigerant charge 18
- Refrigerant circuit 18
- Refrigerant type r134a r134a r134a r134a r134a r134a 18
- S t s t s t s t s t s t 18
- Single screw single screw single screw single screw single screw single screw single screw 18
- Sound level 18
- Sound power cooling 18
- Sound pressure level 1m distance db a 18
- Technical specifications 18
- Type asymm asymm asymm asymm asymm asymm 18
- Unit power input cooling 18
- Unit weight kg 18
- Water flow rate 18
- Water heat exchanger 18
- Water volume 18
- Weight 18
- Air heat exchanger 19
- Cc cc cc cc cc cc 19
- Cooling 19
- Cooling performance 19
- Ewad t slb 19
- Nominal air flow 19
- On off on off on off on off on off on off 19
- S t s t s t s t s t s t 19
- Sound level 19
- Technical specifications 19
- Water heat exchanger 19
- Air heat exchanger 20
- Cc cc cc cc cc cc 20
- Cooling 20
- Cooling performance 20
- Ewad t slb 20
- Nominal air flow 20
- On off on off on off on off on off on off 20
- S t s t s t s t s t s t 20
- Sound level 20
- Technical specifications 20
- Water heat exchanger 20
- Air heat exchanger 21
- Cc cc cc cc cc cc 21
- Cooling 21
- Cooling performance 21
- Ewad t slb 21
- Nominal air flow 21
- On off on off on off on off on off on off 21
- S t s t s t s t s t s t 21
- Sound level 21
- Technical specifications 21
- Water heat exchanger 21
- Air heat exchanger 22
- Cc cc cc cc cc cc 22
- Colour material 22
- Compressor 22
- Cooling 22
- Cooling performance 22
- Dpt dpt dpt dpt dpt dpt 22
- Drive on off on off on off on off on off on off 22
- Ewad t slb 22
- Ewadc17t 22
- Ewadc19t 22
- Ewadc20t 22
- Ewadc21t 22
- Ewadh16t 22
- Ewadh18t 22
- Motor input 22
- N of circuits 22
- Nominal air flow 22
- Oil charge 22
- On off on off on off on off on off on off 22
- Operating weight kg 22
- Refrigerant circuit 22
- S t s t s t s t s t s t 22
- Single screw single screw single screw single screw single screw single screw single screw 22
- Sound level 22
- Technical specifications 22
- Type asymm asymm asymm asymm asymm asymm 22
- Unit power input cooling 22
- Unit weight kg 22
- Water heat exchanger 22
- Water volume 22
- Air heat exchanger 23
- Cc cc cc cc cc cc 23
- Cooling 23
- Cooling performance 23
- Ewad t srb 23
- Nominal air flow 23
- On off on off on off on off on off on off 23
- S t s t s t s t s t s t 23
- Sound level 23
- Technical specifications 23
- Water heat exchanger 23
- Air heat exchanger 24
- Cc cc cc cc cc cc 24
- Cooling 24
- Cooling performance 24
- Ewad t srb 24
- Nominal air flow 24
- On off on off on off on off on off on off 24
- S t s t s t s t s t s t 24
- Sound level 24
- Technical specifications 24
- Water heat exchanger 24
- Ewad t srb 25
- Technical specifications 25
- Air heat exchanger 26
- Cc cc cc cc cc cc 26
- Cooling 26
- Cooling performance 26
- Ewad t xsb 26
- Nominal air flow 26
- On off on off on off on off on off on off 26
- S t s t s t s t s t s t 26
- Sound level 26
- Technical specifications 26
- Water heat exchanger 26
- Air heat exchanger 27
- Cc cc cc cc cc cc 27
- Cooling 27
- Cooling performance 27
- Ewad t xsb 27
- Nominal air flow 27
- On off on off on off on off on off on off 27
- S t s t s t s t s t s t 27
- Sound level 27
- Technical specifications 27
- Water heat exchanger 27
- Air heat exchanger 28
- Cc cc cc cc cc cc 28
- Cooling 28
- Cooling performance 28
- Ewad t xsb 28
- Nominal air flow 28
- On off on off on off on off on off on off 28
- S t s t s t s t s t s t 28
- Sound level 28
- Technical specifications 28
- Water heat exchanger 28
- Ewad t xsb 29
- Technical specifications 29
- Air heat exchanger 30
- Cc cc cc cc cc cc 30
- Cooling 30
- Cooling performance 30
- Ewad t xlb 30
- Nominal air flow 30
- On off on off on off on off on off on off 30
- S t s t s t s t s t s t 30
- Sound level 30
- Technical specifications 30
- Water heat exchanger 30
- Air heat exchanger 31
- Cc cc cc cc cc cc 31
- Cooling 31
- Cooling performance 31
- Ewad t xlb 31
- Nominal air flow 31
- On off on off on off on off on off on off 31
- S t s t s t s t s t s t 31
- Sound level 31
- Technical specifications 31
- Water heat exchanger 31
- Air heat exchanger 32
- Cc cc cc cc cc cc 32
- Cooling 32
- Cooling performance 32
- Ewad t xlb 32
- Nominal air flow 32
- On off on off on off on off on off on off 32
- S t s t s t s t s t s t 32
- Sound level 32
- Technical specifications 32
- Water heat exchanger 32
- Ewad t xlb 33
- Technical specifications 33
- Air heat exchanger 34
- Cc cc cc cc cc cc 34
- Cooling 34
- Cooling performance 34
- Ewad t xrb 34
- Nominal air flow 34
- On off on off on off on off on off on off 34
- S t s t s t s t s t s t 34
- Sound level 34
- Technical specifications 34
- Water heat exchanger 34
- Air heat exchanger 35
- Cc cc cc cc cc cc 35
- Cooling 35
- Cooling performance 35
- Ewad t xrb 35
- Nominal air flow 35
- On off on off on off on off on off on off 35
- S t s t s t s t s t s t 35
- Sound level 35
- Technical specifications 35
- Water heat exchanger 35
- Ewad t xrb 36
- Technical specifications 36
- Compressors 37
- Electrical specifications 37
- Ewad t ssb 37
- Ewad290t 37
- Ewad330t 37
- Ewad370t 37
- Ewad400t 37
- Ewad430t 37
- Ewad510t 37
- Ewad520t 37
- Ewad580t 37
- Ewad700t 37
- Ewad800t 37
- Ewad940t 37
- Ewadc10t 37
- Fans nominal running current cooling 37
- Frequency 37
- Maximum current for wires sizing 37
- Maximum inrush current 37
- Maximum running current 37
- Nominal running current cooling 37
- Power supply 37
- Voltage 37
- Voltage tolerance maximum 37
- Voltage tolerance maximum 10 10 37
- Voltage tolerance minimum 37
- Y δ y δ y δ y δ y δ y δ 37
- Compressors 38
- Electrical specifications 38
- Ewad t ssb 38
- Ewadc11t 38
- Ewadc17t 38
- Ewadc19t 38
- Ewadc20t 38
- Ewadc21t 38
- Ewadh10t 38
- Ewadh12t 38
- Ewadh13t 38
- Ewadh14t 38
- Ewadh15t 38
- Ewadh16t 38
- Ewadh18t 38
- Fans nominal running current cooling 38
- Frequency 38
- Maximum current for wires sizing 38
- Maximum inrush current 38
- Maximum running current 38
- Nominal running current cooling 38
- Power supply 38
- Voltage 38
- Voltage tolerance maximum 38
- Voltage tolerance minimum 38
- Y δ y δ y δ y δ y δ y δ 38
- Compressors 39
- Electrical specifications 39
- Ewad t slb 39
- Ewadc10t 39
- Fans nominal running current cooling 39
- Maximum current for wires sizing 39
- Nominal running current cooling 39
- Power supply 39
- Voltage 39
- Y δ y δ y δ y δ y δ y δ 39
- Compressors 40
- Electrical specifications 40
- Ewad t slb 40
- Ewadc11t 40
- Ewadc17t 40
- Ewadc19t 40
- Ewadc20t 40
- Ewadc21t 40
- Ewadh10t 40
- Ewadh12t 40
- Ewadh13t 40
- Ewadh14t 40
- Ewadh16t 40
- Ewadh18t 40
- Fans nominal running current cooling 40
- Maximum current for wires sizing 40
- Nominal running current cooling 40
- Power supply 40
- Voltage 40
- Y δ y δ y δ y δ y δ y δ 40
- Compressors 41
- Electrical specifications 41
- Ewad t slb 41
- Ewadc10t 41
- Ewadc11t 41
- Ewadc17t 41
- Ewadh10t 41
- Ewadh12t 41
- Ewadh13t 41
- Ewadh14t 41
- Ewadh15t 41
- Ewadh16t 41
- Fans nominal running current cooling 41
- Maximum current for wires sizing 41
- Nominal running current cooling 41
- Power supply 41
- Voltage 41
- Y δ y δ y δ y δ y δ y δ 41
- Electrical specifications 42
- Ewad t srb 42
- Y δ y δ y δ y δ 42
- Compressors 43
- Electrical specifications 43
- Ewad t xsb 43
- Ewadc10t 43
- Fans nominal running current cooling 43
- Maximum current for wires sizing 43
- Nominal running current cooling 43
- Power supply 43
- Voltage 43
- Y δ y δ y δ y δ y δ y δ 43
- Compressors 44
- Electrical specifications 44
- Ewad t xsb 44
- Ewadc13t 44
- Ewadc14t 44
- Ewadh10t 44
- Ewadh11t 44
- Ewadh13t 44
- Ewadh15t 44
- Fans nominal running current cooling 44
- Maximum current for wires sizing 44
- Nominal running current cooling 44
- Power supply 44
- Voltage 44
- Y δ y δ y δ y δ y δ 44
- Y δ y δ y δ y δ y δ y δ 44
- Compressors 45
- Electrical specifications 45
- Ewad t xlb 45
- Ewad350t 45
- Ewad380t 45
- Ewad400t 45
- Ewad420t 45
- Ewad440t 45
- Ewad490t 45
- Ewad540t 45
- Ewad570t 45
- Ewad730t 45
- Ewad820t 45
- Ewad950t 45
- Ewadc10t 45
- Fans nominal running current cooling 45
- Maximum current for wires sizing 45
- Nominal running current cooling 45
- Power supply 45
- Voltage 45
- Y δ y δ y δ y δ y δ y δ 45
- Compressors 46
- Electrical specifications 46
- Ewad t xlb 46
- Ewadc13t 46
- Ewadc14t 46
- Ewadh10t 46
- Ewadh11t 46
- Ewadh13t 46
- Ewadh15t 46
- Fans nominal running current cooling 46
- Maximum current for wires sizing 46
- Nominal running current cooling 46
- Power supply 46
- Voltage 46
- Y δ y δ y δ y δ y δ 46
- Y δ y δ y δ y δ y δ y δ 46
- Compressors 47
- Electrical specifications 47
- Ewad t xlb 47
- Ewadc10t 47
- Ewadc13t 47
- Ewadc14t 47
- Ewadc17t 47
- Ewadh10t 47
- Ewadh13t 47
- Ewadh15t 47
- Ewadh16t 47
- Fans nominal running current cooling 47
- Maximum current for wires sizing 47
- Nominal running current cooling 47
- Power supply 47
- Voltage 47
- Y δ y δ y δ y δ y δ y δ 47
- Electrical specifications 48
- Ewad t xrb 48
- Y δ y δ y δ 48
- Db a db a 49
- Ewad t ssb 49
- Hz 125 hz 250 hz 500 hz 49
- M from the unit rif 49
- Sound levels 49
- Sound pressure level a 49
- Db a db a 50
- Ewad t slb 50
- Hz 125 hz 250 hz 500 hz 50
- M from the unit rif 50
- Sound levels 50
- Sound pressure level a 50
- Db a db a 51
- Ewad t srb 51
- Hz 125 hz 250 hz 500 hz 51
- M from the unit rif 51
- Sound levels 51
- Sound pressure level a 51
- 75 75 78 73 68 60 53 52
- 76 76 78 73 69 61 53 52
- 76 76 79 74 69 61 54 52
- 76 79 78 74 70 60 51 52
- 77 77 80 75 70 62 55 52
- 77 79 79 75 70 60 51 52
- 77 80 79 75 70 61 52 52
- 78 78 81 76 71 63 56 52
- D eurovent 52
- Db a db a 52
- Ewad t xsb 52
- For eurovent certified units the certification refers only to the overall sound power level the sound data in the octave band spectrum is for intended for reference only and not considering binding the sound pressure is calculated from the sound power level and are for information only and not considered binding the data are referred to the standard unit without options 52
- H10 79 76 75 78 73 68 61 53 52
- H11 79 76 76 78 73 69 61 53 52
- H13 79 76 76 79 73 69 61 54 52
- Hz 125 hz 250 hz 500 hz 52
- M from the unit rif 52
- Sound levels 52
- Sound pressure level a 52
- 72 72 75 69 65 57 50 53
- 72 72 75 70 65 57 50 53
- 73 73 76 71 66 58 51 53
- 74 74 76 71 67 59 51 53
- 74 74 77 72 67 59 52 53
- 76 79 78 74 70 60 51 53
- 77 79 79 75 70 60 51 53
- 77 80 79 75 70 61 52 53
- D eurovent 53
- Db a db a 53
- Ewad t xlb 53
- For eurovent certified units the certification refers only to the overall sound power level the sound data in the octave band spectrum is for intended for reference only and not considering binding the sound pressure is calculated from the sound power level and are for information only and not considered binding the data are referred to the standard unit without options 53
- H10 76 73 73 76 71 66 58 51 53
- H11 76 73 73 76 71 66 58 51 53
- H13 77 74 74 77 72 67 59 52 53
- Hz 125 hz 250 hz 500 hz 53
- M from the unit rif 53
- Sound levels 53
- Sound pressure level a 53
- Db a db a 54
- Ewad t xrb 54
- Hz 125 hz 250 hz 500 hz 54
- M from the unit rif 54
- Sound levels 54
- Sound pressure level a 54
- Ewad tb xs xl b2 min water flow l s 57
- Ewad350t xs xl b2 7 44 57
- Ewad380t xs xl b2 7 44 57
- Ewad400t xs xl b2 7 44 57
- Ewad420t xs xl b2 9 53 57
- Ewad440t xs xl b2 9 53 57
- Ewad490t xs xl b2 7 53 57
- Ewad540t xs xl b2 9 53 57
- Ewad570t xs xl b2 9 53 57
- In the following tables are indicated the minimum water flow allowed for each model in case of variable flow application where the speed of the pump is managed by an external bms trough 0 10v signal the change in water flow rate must not be exceed more than 10 of the design water flow rate per minute 57
- Note the performance are certified at standard conditions and with the unit operating with the nominal water flow corresponding to oat 35 c water in out 12 7 c 57
- The above values are referred to pure water in case of glycol mixture contact factory 57
- The minimum and maximum allowed δt at full load conditions are respectively 4 c and 9 c contact factory in case lower or higher δt are required 57
- Water heat exchanger maximum maximum water δt 57
- Minimum glycol percentage for low air ambient temperature to prevent freezing of the hydraulic circuit 58
- Operating limits 59
- Ewad t b s x s l r 300 700 kw silver gold series available static pressure 60
- Note to calculate the total electrical data of the base unit selected with hydronic kit the electrical data of the pump must be added to the electrical data of the base unit electrical data are subject to modification without notice please refer to unit nameplate 60
- Single pump low lift 60
- Ewad t b s x s l r 700 1400 kw silver gold series available static pressure 61
- Options technical data 61
- Single pump low lift 61
- Ewad t b s x s l r 300 700 kw silver gold series available static pressure 62
- Note to calculate the total electrical data of the base unit selected with hydronic kit the electrical data of the pump must be added to the electrical data of the base unit electrical data are subject to modification without notice please refer to unit nameplate 62
- Options technical data 62
- Single pump high lift 62
- Ewad t b s x s l r 700 1400 kw silver gold series available static pressure 63
- Options technical data 63
- Single pump high lift 63
- Double pump low lift 64
- Ewad t b s x s l r 300 700 kw silver gold series available static pressure 64
- Note to calculate the total electrical data of the base unit selected with hydronic kit the electrical data of the pump must be added to the electrical data of the base unit electrical data are subject to modification without notice please refer to unit nameplate 64
- Options technical data 64
- Double pump low lift 65
- Ewad t b s x s l r 700 1400 kw silver gold series available static pressure 65
- Options technical data 65
- Double pump high lift 66
- Ewad t b s x s l r 300 700 kw silver gold series available static pressure 66
- Note to calculate the total electrical data of the base unit selected with hydronic kit the electrical data of the pump must be added to the electrical data of the base unit electrical data are subject to modification without notice please refer to unit nameplate 66
- Options technical data 66
- Double pump high lift 67
- Ewad t b s x s l r 700 1400 kw silver gold series available static pressure 67
- Options technical data 67
- Hydraulic scheme 68
- Options technical data 68
- Water piping 68
- Options technical data 69
- Compressor 2 70
- Condenser coil 70
- Dimensional drawing 70
- Electrical panel 70
- Evaporator 70
- Evaporator water inlet 70
- Evaporator water outlet 70
- Legend 70
- Slot for power and control panel connction 70
- The above drawings are not contractually binding for the design of installation refer to the dedicated dimensional drawing available fro m the factory on request the data are subject to change without notice 70
- Compressor 2 71
- Condenser coil 71
- Dimensional drawing 71
- Electrical panel 71
- Evaporator 71
- Evaporator water inlet 71
- Evaporator water outlet 71
- Legend 71
- Slot for power and control panel connction 71
- The above drawings are not contractually binding for the design of installation refer to the dedicated dimensional drawing available f rom the factory on request the data are subject to change without notice 71
- Compressor 2 72
- Condenser coil 72
- Dimensional drawing 72
- Electrical panel 72
- Evaporator 72
- Evaporator water inlet 72
- Evaporator water outlet 72
- Legend 72
- Slot for power and control panel connction 72
- The above drawings are not contractually binding for the design of installation refer to the dedicated dimensional drawing available fro m the factory on request the data are subject to change without notice 72
- Compressor 2 73
- Condenser coil 73
- Dimensional drawing 73
- Electrical panel 73
- Evaporator 73
- Evaporator water inlet 73
- Evaporator water outlet 73
- Legend 73
- Slot for power and control panel connction 73
- The above drawings are not contractually binding for the design of installation refer to the dedicated dimensional drawing available fro m the factory on request the data are subject to change without notice 73
- Compressor 2 74
- Condenser coil 74
- Dimensional drawing 74
- Electrical panel 74
- Evaporator 74
- Evaporator water inlet 74
- Evaporator water outlet 74
- Legend 74
- Slot for power and control panel connction 74
- The above drawings are not contractually binding for the design of installation refer to the dedicated dimensional drawing available fro m the factory on request the data are subject to change without notice 74
- Compressor 2 75
- Condenser coil 75
- Dimensional drawing 75
- Electrical panel 75
- Evaporator 75
- Evaporator water inlet 75
- Evaporator water outlet 75
- Legend 75
- Slot for power and control panel connction 75
- The above drawings are not contractually binding for the design of installation refer to the dedicated dimensional drawing available fro m the factory on request the data are subject to change without notice 75
- Installation notes 76
- Arrangements 77
- Below picture 77
- Evaluate possible arrangements 77
- For additional information refer to the installation manual 77
- For mutliple chiller installation it is recommended to install the chillers is a single row as hown in the 77
- If h hc l must at least 3 m 77
- If h hc or l 3 m contact local daikin representative to evaluate possible arrangements in case of two chillers installed side by side in free filed the minimum distance recommended between the chillers is indicated in the below picture 77
- If the site does not allow this kind of installation contact daikin representative to 77
- In case of two chillers installed in a compound contact local daikin representative to evaluate possible 77
- Installation notes 77
- Hfc 134a 78
- Refrigeran 78
- Technical specifications 79
- Technical specifications 80
- Technical specifications 81
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