background image

Installer reference guide

73

EHVH/X16

Daikin Altherma - Low Temperature Split

4P313777-1 – 2012.05

14 Technical data

14.6

Technical specifications

14.6.1 Technical specifications: Indoor unit

*RLQ004*V3

 

*RLQ004*V3

 

*RLQ006*V3

 

*RLQ008*V3

 

*RLQ006*V3

 

*RLQ008*V3

 

*RLQ006*V3

 

*RLQ008*V3

 

*RLQ006*V3

 

*RLQ008*V3

 

*R(H/

L)Q011*V3 

*R(H/

L)Q011*W

*R(H/

L)Q014*V3 

*R(H/

L)Q014*W

*R(H/

L)Q016*V3 

*R(H/

L)Q016*W

*R(H/

L)Q011*V3 

*R(H/

L)Q011*W

*R(H/

L)Q014*V3 

*R(H/

L)Q014*W

*R(H/

L)Q016*V3 

*R(H/

L)Q016*W

*R(H/

L)Q011*V3 

*R(H/

L)Q011*W

*R(H/

L)Q014*V3 

*R(H/

L)Q014*W

*R(H/

L)Q016*V3 

*R(H/

L)Q016*W

*R(H/

L)Q011*V3 

*R(H/

L)Q011*W

*R(H/

L)Q014*V3 

*R(H/

L)Q014*W

*R(H/

L)Q016*V3 

*R(H/

L)Q016*W

*HVX08S18CA3V 

*HVH04S18CA3V *HVH08S26CA9W

*HVH08S18CA3V

*HVX04S18CA3V

 *HVH16S26CA9W

*HVX16S26CA9W 

 *HVX16S18CA3V

*HVH16S18CA3V

*HVX08S26CA9W

kPa 
kPa 
kPa 
kPa 
kPa 
kPa 
kPa 
kPa 

46 46 

46 

46 

46 

46 

46 

46 

46 

46 

190 

690 
818 

600 
728 

142 

142 

134 

133 

140 

139 

130 

129 

128 

128 

129 

129 

121 

120 

126 

126 

117 

116 

115 

115 

36 

35 

56 

62 

86 

93 

36 

35 

56 

62 

86 

93 

36 

35 

56 

62 

86 

93 

36 

35 

56 

62 

86 

93 

23 

23 

44 

51 

82 

84 

23 

23 

44 

51 

82 

84 

23 

23 

44 

51 

82 

84 

23 

23 

44 

51 

82 

84 

12 

-4 

23 

37 

52 

12 

-4 

23 

37 

52 

62 

62 

69 

69 

78 

95 

62 

62 

69 

69 

78 

95 

160

160 

160

160

160

160 

160

160

160

160

160

160 

160

160

160

160

160 

160 

160 

160 

160 

160 

160 

160 

41 

51 

41 

51 

41 

51 

41 

51 

55 

37 

49 

37 

49 

37 

49 

37 

49 

52 

41 

42 

41 

42 

45 

54 

57 

54 

57 

54 

W

/

12 

Ps*DN

Ps*V

50 

34 

34 

25 

50 

34 

34 

25 

## 

## 

11 

11 

25 ~ 60

25 ~60

25 ~60

15 ~ 55

15 ~ 55

15 ~ 55

-

5 ~ 22

-

5 ~ 22

-

5 ~ 22

-25 ~ 35

-25 ~ 35

-25 ~ 35

-25 ~ 25

-25 ~ 25

-25 ~ 25

-

10  ~  43

-

10 ~ 43

-

10 ~ 43

28

42

28

42

28

42

25 ~60

25 ~60

15 ~ 55

15 ~ 55

-

5 ~ 22

-

5 ~ 22

-20 ~ 35

-20 ~ 35

-

10 ~ 46

-

10 ~ 46

-25 ~ 35 (12) 

-25 ~ 35 (12) 

33 

33 

47 

47 

260 

180 

260 

180 

50 

50 

10 

65 

10 

818

690

75

728 

600 

W

/

/
/

dBA
dBA
°C

°C

°C
°C
°C
°C

°C

kWh/2

/

/

12 

1922

1732

1922

1732

EPS 

EPS 

EPS 

EPS 

1

1

3

10

11 

3D077571_A page 1

Copper - brass - stainless steel

Stainless steel (EN 1.4521) 

TECHNICAL SPECIFICATIONS

l

4,4

4,8

5,8

4,5

5,5

1,4

1,4

1,9

1,4

1,4

1,9

1,4

1,4

1,9

1,9

65

l

0,9

1,3

1,3

cat. l

cat. l

A3§rt3*

HEATING 

ONLY TYPE

REVERSIBLE 

TYPE 

HEATING 

ONLY TYPE

REVERSIBLE 

TYPE 

HEATING 

ONLY TYPE

REVERSIBLE 

TYPE 

HEATING ONLY TYPE

REVERSIBLE TYPE 

HEATING ONLY TYPE

REVERSIBLE TYPE 

l/min 

l/min 

l/min 

l/min 

l/min 

l/min 

l/min 

l/min 

l/min 

l/min 

l/min 

Pre-coated sheetmetal 

White 

Wood - carton - PE wrapping foil 

34,6 

55,9 

85,8 

34,6 

55,9 

85,8 

34,6 

55,9 

85,8 

34,6 

55,9 

85,8 

23,1 

44,1 

83,6 

23,1 

44,1 

83,6 

23,1 

44,1 

83,6 

23,1 

44,1 

83,6 

12,1 

22,5 

37,0 

12,1 

22,5 

37,0 

61,9 

68,6 

78,0 

61,9 

68,6 

78,0 

Wood - carton - PE wrapping foil 

Machine net weight 

Unit 

Depth
Height

Width

Depth

Width

Height

Dimensions

Material 

Colour 

Casing 

Nominal input (Indoor only)

Outdoor units 

category of unit 

Material 

Packing 
materials 

Weight

most critical part =

PED

Weight of unit
Weight of unit

Packing 

Packed machine weight 

Main 
components 
hydrobox

Main 
components 
tank

Tank

Heat exchanger

3 way valve

Water circuit - 

space heating / 

cooling side 

Safety devices

* excluded from scope of PED due to article 1, item 3.6 of 97/23/EC 
Pump 

Water side Heat 
exchanger 

Water Filter 

Expansion vessel 

Total Water Volume (6) 

Air purge valve 

Shut off valves 

 Drain valve / Fill valve 

Manometer 

Safety valve

Piping connections ø (7)

Cooling (2)
Cooling (8)
Heating (3)
Heating (13)
Cooling (2)
Cooling (8)
Heating (3)
Heating (13)

Cooling (2)
Cooling (8)
Heating (3)
Heating (13)
Cooling (2)
Cooling (8)
Heating (3)

Cooling
Heating

Heating (13)

bar*l
bar

kg

kg

kg

Type 
nr. of speed

nominal ESP unit 
(*RLQ*C*) 

nominal ESP unit 
(*RH/LQ*B*) 

Water flow rate Min. (11)

Water volume

Water flow rate Nom. 
(*RH/LQ*B*) 

Water flow rate Nom. 
(*RH/LQ*B*) 

Water flow rate Max.

qty

Type

Power input

Material 

Diameter perforations

Pre pressure

Max. water pressure

Volume

Insulation material

Pre-coated sheetmetal 

White 

mm 

mm 

mm 

mm 

mm 

mm 

A3§rt3*

Inverter controlled

DC motor 

Plate heat exchanger

Plate heat exchanger

51,0

51,0

43,6 

39,0 

31,5 

43,6 

39,0 

31,5 

43,6 

39,0 

31,5 

43,6 

39,0 

31,5 

19,8 

16,3 

19,8 

16,3 

19,8 

16,3 

19,8 

16,3 

11,6 

45,9 

41,6 

32,1 

45,9 

41,6 

32,1 

45,9 

41,6 

32,1 

45,9 

41,6 

32,1 

21,2 

17,2 

21,2 

17,2 

21,2 

17,2 

21,2 

17,2 

12,6 

48,0 

46,0 

43,1 

48,0 

46,0 

43,1 

19,7 

19,4 

19,7 

19,4 

14,3 

37,6 

36,0 

33,6 

37,6 

36,0 

33,6 

15,4 

13,9 

15,4 

13,9 

12,0 

43,3

43,6

38,9

37,6

31,5

29,5

43,3

43,6

37,6

31,5

29,5

## 

43,6

38,9

37,6

31,5

29,5

43,3 

43,6 

38,9 

37,6 

31,5 

29,5 

46,0

45,9

41,6

40,1

32,5

32,1

46,0

45,9

40,1

32,5

32,1

## 

45,9

41,6

40,1

32,5

32,1

46,0 

45,9 

41,6 

40,1 

32,5 

32,1 

48,0

51,0

46,0

49,6

43,1

39,8

## 

51,0

46,0

49,6

43,1

39,8

37,6

37,6

36,0

35,8

33,6

28,7

## 

37,6

36,0

35,8

33,6

28,7

1,0 

(1) Heatloss according to EN12897 
(2) Tamb 35°C - LWE 7°C ( DT=5°C ) 
(3) DB/WB 7°C/6°C - LWC 35°C ( DT=5°C) 
(4) The sound pressure level is measured via a microphone at 1m from the unit. It is a relative value, depending on the distance and acoustic environment. 
   The sound pressure level mentioned is valid for pump medium speed - 0 ESP / medium speed - nominal flow / high speed - nominal flow 
(5) 15°C ~ 25°C: BUH only, no Heatpump operation = during commissioning 
(6) Including PHE + backup heater / excluding expansion vessel 
(7) Value mentioned is connection after ball valves. Is same as connection at unit (G1-1/4 FEMALE). 
(8) Tamb 35°C, LWE 18°C (DT = 5°C) 
(9) details, see operation range drawing 
(10) For *RLQ* outdoor units: >55°C BUH only, no heatpump operation 
    For *RHQ* outdoor units: > 50°C BUH only, no heatpump operation 
(11) Minimum flow is mentioned for heat pump operation. To allow backup heater to operate safely, a higher minimum flow is required: 
    For *3V models: 12 l/min 
    For *9W models: 15 l/min 
(12) Refer to operation range detail for diferences between *RHQ* and *RLQ* models 
(13) DB/WB 7°C/6°C - LWC 45°C (DT = 5°C) 

Refrigerant 
circuit 

Notes:

Operation 
range (9)

Sound level 

Water circuit - 
domestic hot 
water side 

10 

Stainless steel ( EN 1.4521 ) 

Copper - brass - stainless steel 

l

bar
mm

bar

l

Thermal cut out 

Kvs space heating / tank heating 

Internal coil volume 

Surface 

Material 

Quantity 

Heatlosses (1) 

Corrosion protection 

Insulation material 

Maximum pressure 

Maximum temperature 

Material 

Water volume 

Piping connections - 
recirculation connection 

Piping connections - cold water in / hot water out ø 

Waterside 

Ambient 

Sound pressure (4) 

Sound power (3) 

Liquid side ø 

Gas side ø 

DHW(10) 

Space heating (5) 

Space cooling 

DHW 

Space heating 

Space cooling 

nominal flow 

nominal flow 

heating 

heating 

mm 

mm 

inch 

inch 

6,35 

6,35 

6,35 

15,9 

15,9 

15,9 

G 1/2" FEMALE 

G 1" FEMALE 

9,52 

9,52 

15,9 

15,9 

G 1/2" FEMALE 

G 1" FEMALE 

Yes 

Yes 

Yes 

Yes 

Yes 

Yes 

Yes 

Yes 

bar 

G 1-1/4 (FEMALE) 

G 1-1/4 (FEMALE) 

inch 

13/8 

13/8 

m³/h 

8,9 

8,9 

1,9 

1,9 

m² 

Stainless steel ( EN 1.4521 ) 

Stainless steel (EN 1.4521) 

Anode 

Anode 

bar 

Brazed plate 

Brazed plate 

Inverter controlled 

DC motor 

Summary of Contents for ERHQ-BW1

Page 1: ...INSTALLER REFERENCE GUIDE ERHQ011BA ERHQ014BA ERHQ016BA ERLQ011CA ERLQ014CA ERLQ016CA EHVH16S18CA EHVH16S26CA EHVX16S18CA EHVX16S26CA Daikin Altherma Low Temperature Split...

Page 2: ...s 22 7 1 1 To open the indoor unit and switch box cover 22 7 2 Mounting the indoor unit 23 7 2 1 To install the indoor unit 23 7 3 Connecting the water piping 23 7 3 1 To connect the water piping 23 7...

Page 3: ...door unit 78 14 9 Performance 79 14 10Combination table 82 1 About the documentation 1 1 About this document Target audience Authorized installers Documentation set This document is part of a document...

Page 4: ...nd spare parts made or approved by Daikin WARNING Make sure installation testing and applied materials comply with applicable legislation on top of the instructions described in the Daikin documentati...

Page 5: ...ds Q Do NOT leave the unit unattended when the service cover is removed WARNING If not factory installed a main switch or other means for disconnection having a contact separation in all poles providi...

Page 6: ...allation instructions see the installation manual of the room thermostat and addendum book for optional equipment Remote sensor for wireless thermostat EKRTETS You can use a wireless indoor temperatur...

Page 7: ...ve a glance of the possibilities of the Daikin heat pump system This chapter contains applications guidelines for Q Setting up the space heating cooling system Q Setting up an auxiliary heat source fo...

Page 8: ...s room thermostat Setup Q The under floor heating or radiators are directly connected to the indoor unit Q The room temperature is controlled by the wireless external room thermostat optional equipmen...

Page 9: ...ooling capacity Q Efficiency Under floor heating has the best performance with Altherma LT Q Comfort The combination of the two heat emitter types provides Q The excellent heating comfort of the under...

Page 10: ...ration mode Mind that the operation mode on each room thermostat must be set to match the indoor unit Q The room thermostats are connected to the shut off valves but do NOT have to be connected to the...

Page 11: ...f the heat pump convectors must be set to match the indoor unit Configuration 5 2 3 Multiple rooms Two LWT zones If the heat emitters selected for each room are designed for different leaving water te...

Page 12: ...uests heating the indoor unit or the auxiliary boiler starts operating depending on the outdoor temperature status of the changeover to external heat source When the permission is given to the auxilia...

Page 13: ...y h Non return valve i Shut off valve j Collector field supply k Auxiliary boiler field supply l Aquastat valve field supply m DHW tank option n Heat exchanger coil FHL1 3 Under floor heating NOTICE Q...

Page 14: ...en there is lower space heating demand Determining the DHW consumption Answer the following questions and calculate the DHW consumption equivalent hot water volume at 40 C using the typical water volu...

Page 15: ...on For more information see the configuration chapter 5 5 Setting up the energy metering Q Via the user interface you can read out the following energy data Q Produced heat Q Consumed energy Q You can...

Page 16: ...ers is added so you do NOT have to set which meter covers which power consumption You only need to set the number of pulses of each power meter Q See preferential kWh rate power supply for an example...

Page 17: ...s also useful in combination with an energy management system The power or current of the entire Daikin system is limited dynamically by digital inputs maximum four steps Each power limitation level i...

Page 18: ...Q That is NOT affected by outside air or air draught because of for example door opening closing Q If this is NOT possible Daikin recommends to connect a remote indoor sensor option KRCS01 1 Q Setup F...

Page 19: ...sing the system in an open water system will lead to excessive corrosion Q The maximum water pressure is 4 bar Provide adequate safeguards in the water circuit to ensure that the maximum pressure is N...

Page 20: ...ere during longer periods of time there is no consumption of hot water the equipment must be flushed with fresh water before usage The disinfection function provided on the equipment is specified in t...

Page 21: ...lume l Installation height difference a Water volume 280 l 280 l 7 m No pre pressure adjustment is required Do the following Q Decrease the pre pressure Q Check if the water volume does NOT exceed the...

Page 22: ...ng to the unit is different 6 3 3 Overview of electrical connections except external actuators 6 3 4 Overview of electrical connections for external and internal actuators The following illustration s...

Page 23: ...interface 6 User interface 2 e Optional equipment 11 Power supply for bottom plate heater 2 b 12 Room thermostat 3 or 4 100 mA b 13 Outdoor ambient temperature sensor 2 b 14 Indoor ambient temperature...

Page 24: ...mended to install shut off valves to domestic cold water in and domestic hot water out connections Shut off valves are field supplied 120kg 3x 1 2 1 a c b d NOTICE To avoid damage to the surroundings...

Page 25: ...surface of the sealing 7 4 Connecting the electrical wiring 7 4 1 About electrical compliance Only for ERLQ006CAV3 ERLQ008CAV3 Equipment complying with EN IEC 61000 3 12 European International Technic...

Page 26: ...on unit type and installed options a Low voltage Q User interface Q Power consumption digital inputs field supply Q Outdoor ambient temperature sensor option Q Indoor ambient temperature sensor optio...

Page 27: ...000 3 12 European International Technical Standard setting the limits for harmonic currents produced by equipment connected to public low voltage systems with input current 16 A and 75 A per phase b T...

Page 28: ...ie mountings Fixation of the user interface to the indoor unit 1 Insert a screwdriver into the slots underneath the user interface and carefully separate the faceplate from the wallplate 2 Fix the wal...

Page 29: ...e 1 Connect the valve control cable to the appropriate terminals as shown in the illustration below 2 Fix the cable with cable ties to the cable tie mountings a Notch this part for the wiring to pass...

Page 30: ...space cooling heating ON OFF output cable to the appropriate terminals as shown in the illustration below 2 Fix the cable with cable ties to the cable tie mountings 7 4 11 To connect the changeover to...

Page 31: ...with the user interface Legend for the settings tables Q Breadcrumb in the menu structure Q Code Code in the overview settings When the installer settings are changed the system will request to confir...

Page 32: ...the case both user interfaces will display 5 Select the required action 6 The user interface requests confirmation if you are sure to proceed 7 Confirm the selection on the screen by pushing and all d...

Page 33: ...p or cool down a space Depending on the type of application the space heating cooling settings must be made accordingly Code Description A 1 N A Language 1 N A Time and date Code Description A 2 1 5 5...

Page 34: ...ription A 2 1 9 F 0D When the space heating cooling control is OFF by the user interface the pump is always OFF When the space heating cooling control is On you can select the desired pump operation m...

Page 35: ...Tank c Domestic hot water pump d Heater element e Non return valve f Shower g Cold water c f b a g c b a d f e g Code Description A 2 2 4 C 05 Contact type main In external room thermostat control the...

Page 36: ...tput will be powered when an alarm occurs By setting this value a distinction is made between malfunctioning and detection of a power failure of the unit Q 1 Normally closed The alarm output will NOT...

Page 37: ...ature is Q NOT weather dependent i e does NOT depend on the outdoor ambient temperature Q according a schedule The scheduled actions consists of desired leaving water temperatures either preset or cus...

Page 38: ...and maximum leaving water temperature default 18 C Note This value should be lower than 1 08 as for high outdoor temperatures colder water is required Code Description 1 09 1 08 Ta Tt 1 06 1 07 Code D...

Page 39: ...Q 0 00 Desired leaving water temperature when the outdoor temperature equals or rises above the high ambient temperature Between minimum and maximum leaving water temperature default 25 C Note This v...

Page 40: ...unit acts upon it See 8 3 2 Domestic hot water control advanced on page 43 for more details Readout the desired tank temperature The desired tank temperature is displayed on the user interface By the...

Page 41: ...persons The increment of the desired tank temperature for 6 persons compared to 5 persons 0 20 C default 4 C INFORMATION During disinfection of the domestic hot water tank the tank temperature can exc...

Page 42: ...re zone as for the additional leaving water temperature zone this can be set separately NOTICE Q When adjusting the leaving water temperature ranges all desired leaving water temperatures are also adj...

Page 43: ...is running in cooling operation mode Enable this setting to avoid cold leaving water through the heat emitter and the forming of condensation e g under floor heating loops or radiators Operation rang...

Page 44: ...vanced Preset tank temperatures Only applicable when domestic hot water preparation is scheduled or scheduled reheat You can define preset tank temperatures Q storage economic Q storage comfort Q rehe...

Page 45: ...mperature when the outdoor temperature equals or rises above the high ambient temperature 35 55 C default 55 C TDHW Ta 0 0C 0 0B 0 0E 0 0D A 4 2 1 N A Schedule temperatures The possible actions of the...

Page 46: ...ayout Room thermostat control This preset value is always taken into account N A 8 02 Anti recycling time Minimum time between two cycles for domestic hot water The actual anti recycling time also dep...

Page 47: ...W Domestic hot water temperature TU User set point temperature TH High set point temperature 2 03 t Time WARNING Be aware that the domestic hot water temperature at the hot water tap will be equal to...

Page 48: ...tting 4 03 0 2 with bivalent operation at low outdoor temperature can result in domestic hot water shortage Q The bivalent operation function has no impact on the domestic water heating mode The domes...

Page 49: ...1 1 C 01 If there is a simultaneous demand for space heating cooling and domestic hot water heating by heat pump which operation mode has priority Q 0 The operation mode with the highest request has...

Page 50: ...all the time Q 2 Digital inputs Enabled You can set up to four different power limitation values in A or kW to which the system power consumption will be limited when the corresponding digital input...

Page 51: ...rops below the value set by F 01 When the pump operation is enabled the pump operation is possible at all outdoor temperatures Pump operation during flow abnormality F 09 defines whether the pump stop...

Page 52: ...Installer reference guide 51 EHVH X16 Daikin Altherma Low Temperature Split 4P313777 1 2012 05 8 Configuration 8 4 Menu structure Overview...

Page 53: ...EHVH X16 Daikin Altherma Low Temperature Split 4P313777 1 2012 05 Installer reference guide 52 8 Configuration 8 5 Menu structure Overview installer settings...

Page 54: ...d on the nameplate of the unit This phenomenon originates from the compressor that needs elapse of a 50 hours run in period before reaching smooth operation and stable power consumption Q Before start...

Page 55: ...st run 3 Select an actuator and press Example Pump 4 Select OK and press Result The actuator test run starts It stops automatically when done To stop it manually press select OK and press 9 5 1 Possib...

Page 56: ...he underfloor heating screed dryout program is stopped When the program is stopped due to an error an operation switch off or a power failure you can read out the underfloor heating screed dryout stat...

Page 57: ...ge 23 Relief valve of the domestic hot water tank field supply Open the valve and check the correct operation Water may be very hot Checkpoints are Q Water flow coming from the relief valve is high en...

Page 58: ...he unit and find out why the safety device was activated before resetting it NEVER bridge safety devices or change their values to a value other than the factory default setting If you are unable to f...

Page 59: ...et is too low Check and make sure that Q The water pressure is 1 bar Q The manometer is not broken Q The expansion vessel is not broken Q The pre pressure setting of the expansion vessel is correct se...

Page 60: ...Possible causes Corrective action Failing or blocked pressure relief valve Q Flush and clean the complete tank including the piping between pressure relief valve and the cold water inlet Q Replace th...

Page 61: ...company Qualified company which can perform or coordinate the required service to the product Installation manual Instruction manual specified for a certain product or application explaining how to in...

Page 62: ...installation is according to local and national regulations For examples refer t to installer reference guide GAS PIPE CONNECTION 15 9 FLARE LIQUID PIPE CONNECTION 9 52 FLARE PRESSURE GAUGE SAFETY VA...

Page 63: ...EHVH X16 Daikin Altherma Low Temperature Split 4P313777 1 2012 05 Installer reference guide 62 14 Technical data 3D078541 MIN 500 MIN 300 MIN 10 MIN 10...

Page 64: ...j r u w x i dd n p 180 l n q o n t n p 260 l o z z y i x aa bb cc s Backup heater thermal protector The protector activates when the temperature of the backup heater becomes too high t Drain collecto...

Page 65: ...ntactors K1M K2M and K5M f Connectors X6YA X6YB X6Y g Backup heater circuit breaker F1B h Terminal block X2M high voltage i Terminal block X1M to outdoor unit j Cable tie mountings k Digital I O PCB A...

Page 66: ...f valve water outlet field installation k Shut off valve water inlet with fill valve field installation l Filter m Heat exchanger indoor unit n Heat exchanger domestic hot water tank o Domestic hot wa...

Page 67: ...REFR OUT EVAPORATOR CONDENSOR REFRIGERANT SIDE WATER SIDE Heat exchanger Expansion vessel CHECK VALVE FLARE CONN SCREW CONN FLANGE CONN PINCHED PIPE SPINNED PIPE BRAZED CONN QUICK COUPLING LEGEND Dome...

Page 68: ...e input 2 electrical meter pulse input 1 preferential kWh rate PS contact external indoor or outdoor ambient thermistor domestic hot water thermistor external sensor floor or ambient ambient sensor On...

Page 69: ...30 V 6 kW for 3V3 1N 230 V 3 kW only for 9W only for 3V only for KHWS V3 domestic hot water tank 4D077028 page 3 A4P YC A4P Y2 A4P Y2 X2M 29 S6S S7S S8S S9S S3S BSK S1S S2S B1L X2M 14 X2M 9 X2M 14 X2M...

Page 70: ...1 2 3 X1M X2M 30 31 COM H C 5 A3P COM H C 6 A3P 3 4 32 33 2a 1a 2 1 X2M Q2DI X6YA X6Y X6YB TR1 R1T t R1T t H COM C L PC N 5 X1M A3P H COM C L PC N 6 X1M A4P A3P H20 R1H R1H R1T t R2T t R1T t R2T t H2...

Page 71: ...ore signal Changeover to ext heat source output Ext heat source eg boiler Only for KRP1HB KSOLHWAV1 NO valve X2M 6 7 NC valve X2M 5 7 2 core 2WAY VALVE M2S KHBX units for cooling mode main X2M 1 2 4 a...

Page 72: ...ower supply Backup heater configuration Electrical meter type Electrical meter type 3 balanced 3 unbalanced Benefit kWh rate power supply Regular kWh rate power supply 3 balanced 3 unbalanced A1P Main...

Page 73: ...nal for DC X6M X7M Backup heater terminal X4M Booster heater terminal Earth wiring Wire number 15 Field supply Connection continues on page 12 column 2 Several wiring possibilities Option Not mounted...

Page 74: ...g 3 Heating 13 Cooling 2 Cooling 8 Heating 3 Heating 13 Cooling 2 Cooling 8 Heating 3 Heating 13 Cooling 2 Cooling 8 Heating 3 Cooling Heating Heating 13 bar l bar kg kg kg Type nr of speed nominal ES...

Page 75: ...nd flicker in public low voltage supply systems for equipment with rated current 75A European International Technical Standard setting the limits for harmonic currents produced by equipment connected...

Page 76: ...ure C leaving evaporator water temperature C 1 PHASE C SERIES 4 8kW CLASS 1 PHASE C SERIES 4 8kW CLASS LEGEND ONLY BACKUP HEATER OPERATION NO OUTDOOR UNIT OPERATION OUTDOOR UNIT OPERATION IF SETPOINT...

Page 77: ...E C SERIES 6 8kW CLASS 1 PHASE 3 PHASE C SERIES 11 16kW CLASS 1 PHASE 3 PHASE C SERIES 11 16kW CLASS INDOOR UNITS CA SERIES INDOOR UNITS CA SERIES LEGEND ONLY BOOSTER HEATER OPERATION EKHW ONLY ONLY B...

Page 78: ...llation of EKHBDPCA2 drainpan kit must be considered Entering water temperature limit to prevent condensation Entering water temperature C Entering water temperature C Dry bulb temperature C Relative...

Page 79: ...ing backup heater operation Unit Flow Water flow rate Waterflow through space heating cooling circuit See dashed lines ESP External Static Pressure Available at space heating cooling circuit Area of o...

Page 80: ...S18CA ERLQ00 6 8 CA EHB 08CA EKHWS 150 ERLQ00 6 8 CA EHB 08CA EKHWS 200 ERLQ00 6 8 CA EHV 08S26CA ERLQ00 6 8 CA EHB 08CA EKHWS 300 130 120 110 100 90 80 70 60 50 40 130 120 110 100 90 80 70 60 50 40 E...

Page 81: ...ERLQ014C EHV 16S18CA ERLQ016C EHV 16S18CA ERLQ011C EHB 16CA EKHWS 200 ERLQ014C EHB 16CA EKHWS 200 ERLQ016C EHB 16CA EKHWS 200 EHV 16S18CA EHV 16S26CA 38 52 69 55 80 EKHWS 150 EKHWS 200 EKHWS 300 ERLQ0...

Page 82: ...r tank volume 3 Tank temperature C Heat loss kWh 24h Notes 2 Time required to heat up the tank starting from a temp of 10 C up to the indicated temp with the heatpump only 3 According to EN16147 4 Acc...

Page 83: ...3 KBPHTH16A Bottom plate heater 1 3 10 K016SNC Snow cover Kit availability Reference Description Heating only model HVH Reversible model HVX KRSCA1 Remote sensor for outdoor 11 KRCS01 1 Remote sensor...

Page 84: ...4P313777 1 2012 05 Copyright 2012 Daikin...

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