Top secret Secret Internal use only Public 2
Top secret Secret Internal use only Public 2. Equipment & Selection Daikin Altherma Monobloc CA
2. Equipment & Selection 1. 2. 3. 4. 5. 6. 7. Used abbreviations Product range Options Selection of capacity Application lay-out Operation range Exercise
1. Used abbreviations 3 Title - Internal use only
1. Used abbreviation MB= Monobloc CB= Control box OB= Option box HP= High pressure LP= Low pressure OU= Outdoor Unit UI= Indoor Unit BUH= Backup heater BSH = Booster heater BPH= Bottom plate heater HPC= Heat pump convectors LWT= Leaving water temperature UFH= Under floor heating SPH = Space heating SPC = Space cooling 4 Title - Internal use only
2. Product range 5 Title - Internal use only
2. Product range 1. 2. 3. 4. 5. 6. 7. 8. 6 Title - Internal use only Outdoor Unit Indoor Unit – Control box Indoor Unit – Option box Stainless steel tank (OSO)/Enameled tank Rotex tank Solar connection Heat pump convector BUH kit
2. 1 Product range - OU 7 EB European Kit – Heatpump (ED= European Kit – Heating only) L Low ambiant temperature (H= High ambiant temperature) Q Refrigerant R 410 A 05/07 Capacity in heating mode (k. W) CA Series V 3 Power supply 1~, 230 V, 50 Hz (W 1= 3 N~, 400 V, 50 Hz) Title - Internal use only
2. 2 Product range – IU – Control box 8 EK European kit CB Control box 07 Capacity in heating mode (k. W) CA Series V 3 Power supply 1~, 230 V, 50 Hz (W 1= 3 N~, 400 V, 50 Hz) Title - Internal use only
2. 3 Product range – IU – Option box 9 EK European kit 2 2 nd Control box = Option box CB Option box 07 Capacity in heating mode (k. W) CA Series V 3 Power supply 1~, 230 V, 50 Hz (W 1= 3 N~, 400 V, 50 Hz) Title - Internal use only
2. 4 Product range – Stainless steel tank (OSO)/Enameled tank 10 EK European kit HW DHW tank S/E Stainless steel/Enemaled (T) Wall mounted (otherwise floorstanding) (U) UK tank 150 Volume (150, 200, 300 liter) B Series 3 BSH capacity (k. W) V 3 Power supply 1~, 230 V, 50 Hz Title - Internal use only
2. 5 Product range – Rotex tank 11 EK European kit U UK tank HW DHW tank P Polypropylene tank B/BB Series Title - Internal use only
2. 6 Product range – Solar connection d e k c e h c e b o t s d ! e e O n G y l O i b N i t a p m o C 12 EK European kit SOL Solar kit HW For DHW A Series V 1 Power supply 1~, 230 V, 50 Hz Title - Internal use only
2. 7 Product range – Heat pump convector 13 FWXV HPC 15 Capacity (0, 1 k. W) A Series V Single phase E Frequency (50 & 60 Hz) B CE mark Title - Internal use only
2. 8 BUH kit 14 EK European kit M Designed for Monobloc BUH Backup heater CA Model serie 3 Capacity of heater kit (k. W) V 3 Power supply 1~, 230 V, 50 Hz Title - Internal use only
3. Options 15 Title - Internal use only
3. Options – Required system components for options Option OU UI EKRUCBL(mandatory) X UI EKRUCBS X DHW tank X EKRSCA 1 Remote outdoor sensor X EKPCCAB PC configurator X EKRTWA Room thermostat X X EKRTR 1 Room thermostat X X EKRTETS Remote sensor X X FWXV Heat Pump Convector X X EKMBUHCA BUH kit X X KRCS 01 -1 Remote indoor sensor X X 16 Title - Internal use only CB OB Valve kit EKMBHBP 1 X X* X
3. Options – Required system components for options 17 Field-suplied components OU Space heating/cooling control X Preferential k. Wh rate power supply X X DHW pump X X Electric meter X X X Power consumption digital inputs X X X Alarm output X X X Space heating/cooling ON/OFF output X X X Changeover to external heat source X X X Title - Internal use only CB OB Valve kit EKMBHBP 1
3. Options – User interface EKRUCBL* - User interface connected to control box - NOT standard delivered with unit due to language selection: - 18 Title - Internal use only EKRUCBL 1 = German, French, Dutch, Italian *2 = English, Swedish, Norwegian, Finnish *3 = English, Spanish, Greek, Portuguese *4 = English, Turkish, Polish, Romanian *5 = German, Czech, Slovenian, Slovakian *6 = English, Croatian, Hungarian, Bulgarian *7 = English, German, Russian, Danish
3. Options – Simplified user interface EKRUCBS - ALWAYS in combination with normal user interface EKRUCBL* - Simplified version of normal user interface to improve custumor friendlyness - Limited functions and dedicated button layout 19 Title - Internal use only
3. Options – Remote outdoor sensor EKRSCA 1 - Only one sensor can be installed: outoor EKRSCA 1 or indoor KRCS 01 -1 - Temperature measurement remotely from outdoor unit (ambient temp) - Connected to indoor unit, but installed outside - 20 Title - Internal use only Ideal place to put the ambient sensor: norths side, protected from sun, wind & rain.
3. Options – PC configurator EKPCCAB* - Connection between control box and PC - Possibility to: - Up & download settings, schedule timers Upload language files - Lasest software is available on internet: www. daikineurope. com – software downloads - Connection to - 21 Title - Internal use only X 10 A = Hydro PCB X 12 A = A 4 P (Control box)
3. Options - Control box EKCB 05/07 CAV 3 - 22 Connection DHW tank Connection Option box Connection BUH kit Connection third-party tank connection kit Connection wireless room thermostat Connection external temperature sensor option kit Connection heat pump convector Title - Internal use only
3. Options – DHW tank Name Liters Power supply Remarks EKHWS 150*3 V 3 150 1~230 V / EKHWS 200*3 V 3 200 1~230 V / EKHWS 300*V 3 V 300 1~230 V / EKHWS 200*3 Z 2 200 2~400 V / EKHWS 300*3 Z 2 300 2~400 V / Ek. HWSU 150*3 V 3 150 1~230 V UK ONLY EKHWSU 200*3 V 3 200 1~230 V UK ONLY EKHWSU 300*3 V 3 300 1~230 V UK ONLY EKHWE 150*3 V 3 150 1~230 V Enamel EKHWET 150*3 V 3 150 1~230 V Wall mounted + Enamel EKHWE 200*3 V 3 200 1~230 V / EKHWE 300*3 V 3 300 1~230 V / EKHWE 200*3 Z 2 200 2~400 V / EKHWE 300*3 Z 2 300 2~400 V / 23 Title - Internal use only
3. Options – Connection kit for ROTEX tank – EKDVCPLT 3/5 H/X EKVCDPLT 3 H or EKVCDPLT 3 X - For 300 l tank - H = Heating only / X = Heating and cooling EKVCDPLT 5 H or EKVCDPLT 5 X - For 500 l tank - H = Heating only / X = Heating and cooling 25 Title - Internal use only
3. Options – Connection kit for ‘field supplied’ tank EKUMB 3 PART Not compatible (yet? ) with new Monobloc. No final information available yet. (26/08/2015) 26 Title - Internal use only
3. Options – BUH kit – EKMBUHC*3 V 3/9 W 1 EKMBUHC*3 V 3 EKMBUHC*9 W 1 27 Title - Internal use only a Water in – 1” – Male b Water uit – 1” – Male c Air purge d BUH e BUH contactor f BUH thermal fuse g GUH overcurrent fuse h Terminal block
3. Options – Room thermostat EKRTWA/EKRTR 1/EKRTETS - Wired space heating/cooling controller : EKRTWA - Remote space heating/cooling controller : EKRTR 1 (receiver incl. ) - External sensor: EKRTETS Additional sensor for dew point prevention (UFH) 28 Title - Internal use only
3. Options – Option box – EK 2 CB 05/07 CAV 3 - 29 Connection remote sensor for indoor Electric meter Power consumption digital inputs Alarm output Space cooling/heating ON/OFF output Changeover to external heat source Title - Internal use only
3. Options – Remote indoor sensor KRCS 01 -1 - Only one sensor can be installed : outoor EKRSCA 1 or indoor KRCS 01 -1 - Temperature mesurement remotely from user interface (room temperature) - Can only be used in case unit control method is RT-control 30 Title - Internal use only
3. Options – Non daikin branded All installations - Flexible hoses – straight and elbow connections - Outdoor unit guards Wall mounting Wall brackets and drip trays Floor mounted drip tray 31 Title - Internal use only Floor mounting Flexible feet – only 2 required Pair 600 mm Protective Guard – 950 X 1050 X 460 mm Protective part guard – were exposed coil is an issue Solution TW – Insulated Sleeve • 2 x 330 mm straight lengths 28 mm ID 19 mm thick PVC insulation • 2 x slit elbows
3. Options – Non daikin branded 32 Order name Material description K. CG 750 S OU guard K. CG 750 FPS Base panel to cover bottom of guard if mounted at high level. K. CGSIDE Part guard to cover exposed side coil k. CWBXL Wall backets (3) – 660 mm long K. DTFB Fixing for steel drip tray to flexi feet K. FF 600 ASN Flexi foot narrow K. FF 600 S Flexi foot standard K. SLEEVE Through wall insulation sleeve kit K. HOSE 750 Flex hose 750 mm K. HOSE 500 Flex hose 500 mm K. HOSE 750 EL Flex hose 750 mm with elbow K. CGBPML Base panel to cover bottom of guard if mounted at hight level K. CWB 90 SS Stainless steel wall brackets (1) (90 kg, 500 mm) K. CWBLSS Stainless steel wall brackets (1) (140 kg, 540 mm) K. CQBXLSS Stainless steel wall brackets (1) (250 kg, 660 mm) K. DT 2 Condenstae drip tray to use with UK. CWBXL Title - Internal use only
3. Options – Non Daikin branded – Bizone kit – BZKA 7 V 3 Wattmix control station with 2 -pump technology - Non Daikin option - See manual for addition information 33 Title - Internal use only
4. Selection of capacity 34 Title - Internal use only
4. Capacity selection Insert the capacity selection of your country, next slides are an example that you can use. 35 Title - Internal use only
4. Capacity selection This formula is used to calculate the heat loss of the building and to select the size of the heat source. D = Dp x ∆tbase Dp = (Ubuil x Sloss ) + ( R x Vh ) ∆tbase = tind ref - t out avg See next slide for explanation 36 Title - Internal use only
4. Capacity selection D = Dp x ∆tbase Dp = (Ubuil x Sloss ) + ( R x Vh ) ∆tbase = tind ref - t out avg - D means the heat loss to maintain the room temperature. It is expressed in [W]. Dp represents the overall heat loss coefficient of the building, it takes into account the - ∆tbase represents the difference between: buildings’ materials and quality of the insulation. It is expressed in [W/K]. - - 37 tind ref indoor temperature from the reference document 19°C (282, 51 K) tout avg outdoor average temperature during winter, which depends on the region and the altitude at which the building is located. - Ubuil is the loss coefficient of building surfaces (outside wall, roof, floor. . . ), it depends on the - Sloss represents the sum of the surfaces of outside walls of the building (outside walls, roof, - Vh represents the volume (generally habitable volume) of the building. Expressed in [m 3] R is a coefficient of air exchange depending on the type of ventilation (mechanical/natural). materials, construction / insulation thickness. Is expressed in [W/m² K]. floor. . . ). Expressed in [m²] Title - Internal use only
4. Capacity selection llustration of the parameters in the formula used to calculate Dp and ∆tbase. Ubuil tout avg R Sloss tind Vh 38 Title - Internal use only
4. Capacity selection Daikin Marketing selection tools - Daikin Altherma The latest version of the Daikin Altherma software is available on the extranet. 39 Title - Internal use only
5. Application lay-out 40 Title - Internal use only
5. Application lay-out 1. Single room 1. 2. 3. 4. Under floor heating or radiators – Wired room thermostat Under floor heating or radiators – Wireless room thermostat Heat pump convectors Combination: Under floor heating + heat pump convectors 2. Multiple rooms – One LWT zone 1. Under floor heating or radiators – Thermostatic valves 2. Under floor heating or radiators – Multiple external room thermostats 3. Heat pump convectors 4. Combination: Under floor heating + Heat pump convcectors 3. Multiple rooms – Two LWT zones 4. Auxiliary heat source 5. Setting up the DHW tank 1. Standalone DHW tank 6. DHW pump 1. Instant hot water 2. Disinfection 41 Title - Internal use only
5. 1 Application lay-out – Single room – Under floor heating or radiators – Wired room thermostat 42 Title - Internal use only
5. 1 Application lay-out – Single room – Under floor heating or radiators – Wireless room thermostat 43 Title - Internal use only
5. 1 Application lay-out – Single room – Heat pump convectors 44 Title - Internal use only
5. 1 Application lay-out – Single room - Combination: Under floor heating + heat pump convectors 45 Title - Internal use only
5. 2 Application lay-out – Multiple rooms – One LWT zone – Under floor heating or radiators – Thermostatic valves 46 Title - Internal use only
5. 2 Application lay-out – Multiple rooms – One LWT zone – Under floor heating or radiators – Multiple external room thermostats 47 Title - Internal use only
5. 2 Application lay-out – Multiple rooms – One LWT zone – Heat pump convectors 48 Title - Internal use only
5. 2 Application lay-out – Multiple rooms – One LWT zone – Combination: Under floor heating + Heat pump convectors 49 Title - Internal use only
5. 3 Application lay-out – Multiple rooms - Two LWT zones 50 Title - Internal use only
5. 4 Application lay-out – Auxiliary heat source 51 Title - Internal use only
5. 4 Application lay-out – Auxiliary heat source Changeover to external heat source decided by an auxiliary contact - Only possible in ext RT control and 1 LWT zone - Only possible for SPH not for DHW - Auxiliary contact can be: - 52 Title - Internal use only Outdoor ambient temperature Electricity tariff contact A manually operated contact
5. 5 Application lay-out – Setting up the DHW tank – Standalone DHW tank 53 Title - Internal use only
5. 6 Application lay-out – DHW pump – Instant hot water 54 Title - Internal use only
5. 6 Application lay-out – DHW pump - Disinfection 55 Title - Internal use only
6. Operation range 56 Title - Internal use only
6. Operation range 1. Heating mode 2. Cooling mode 3. DHW heating mode 57 Title - Internal use only
6. 1 Operation range – Heating mode 58 Title - Internal use only
6. 2 Operation range – Cooling mode A = Outdoor (ambient) temperature B = LW evaporator temperature = Pull-down area 59 Title - Internal use only
6. 3 Operation range – DHW heating mode 60 Title - Internal use only
7. Exersise 61 Title - Internal use only
7. Exersise Selecting the volume and desired temperature for the DHW tank - How many showers are needed per day? - How many baths are needed per day? - How much water is needed in the kitchen sink per day? - Any other DHW needed? 62 Type # liters Shower 5 * (10 * 10 l/min) = 500 l Bath 1 * 150 l = 150 l Sink 2 * 5 l = 10 l Total 660 l Title - Internal use only
7. Exersise Formula: (1 time heat up) V 1 = V 2+V 2*(T 2 -40)/(40 -T 1) V 2 = V 1 * (40 -T 1)/(T 2 -T 1) V 1 = DHW consumption = 660 liters V 2 = Required DHW tank volume if only heated once T 2 = DHW tank temperature = 50°C T 1 = Cold water temperature = 15°C -> V 2 = 660 * (40 – 15 )/(50 -15) = 660 *(25/35) = 471 l -> Tank 300 and T 2 higher and/or reheat function active! 63 Title - Internal use only
- Slides: 62