![Daikin FTKD50BVMA [24/85] Heat pump](/img/pdf.png)
Daikin FTKD50BVMA [24/85] Heat pump
![Daikin FTKD50BVMA [24/85] Heat pump](/views2/1773567/page24/bg18.png)
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8.2 Heat Pump
FTXD50BVMA + RXD50BVMA (220-240V 50Hz / 220-230V 60Hz)
3D040904
Cooling
AFR 16.8
BF 0.27
INDOOR OUTDOOR TEMPERATURE(°CDB)
EWB EDB 20 25 30 32 35 40
°C °C TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI
14.0 20 5.263.711.255.113.641.354.963.571.444.903.551.484.813.501.544.663.431.63
16.0 22 5.423.751.285.273.681.375.123.611.475.063.581.504.973.541.564.823.471.66
18.0 25 5.573.781.305.423.711.405.273.641.495.213.611.535.123.571.594.973.501.68
19.0 27 5.65 3.80 1.32 5.50 3.73 1.41 5.35 3.66 1.51 5.29 3.63 1.54
5.20 3.59 1.60 5.05 3.52 1.70
22.0 30 5.883.851.355.733.781.455.583.711.545.523.681.585.433.641.645.283.571.73
24.0 32 6.043.881.385.893.811.485.743.741.575.683.721.615.593.671.675.443.601.76
Heating
AFR 17.5
INDOOR OUTDOOR TEMPERATURE(°CWB)
EDB –15 –10 –5 0 6 10
°C TC PI TC PI TC PI TC PI TC PI TC PI
16.0 3.26 1.32 4.05 1.41 4.83 1.51 5.62 1.60 6.57 1.71 7.19 1.78
18.0 3.23 1.39 4.02 1.48 4.80 1.57 5.59 1.66 6.53 1.77 7.16 1.85
20.0 3.20 1.45 3.98 1.55 4.77 1.64 5.56 1.73
6.50 1.84 7.13 1.91
21.0 3.18 1.49 3.97 1.58 4.75 1.67 5.54 1.76 6.48 1.87 7.11 1.95
22.0 3.16 1.52 3.95 1.61 4.74 1.70 5.52 1.80 6.47 1.91 7.10 1.98
24.0 3.13 1.59 3.92 1.68 4.70 1.77 5.49 1.86 6.44 1.97 7.06 2.05
Symbols NOTES:
AFR : Air flow rate (m³/min.) 1. Ratings shown are net capacities which include a deduction for indoor
fan motor heat.
2. shows nominal(rated) capacities and power input.
3. TC,PI and SHC must be calculated by interpolation using the figures in
the above tables.
(Figures out of the tables should not be used for calculation.)
4. SHC is based on each EWB and EDB.
SHC
∗=SHC correction for other dry bulb.
=0.02×AFR(m³/min.)×(1–BF)×(DB∗–EDB)
Add SHC
∗to SHC.
5. Capacities are based on the following conditions.
Corresponding refrigerant piping length : 7.5m
Level difference : 0m
6. Air flow rate (AFR) and Bypass factor (BF) are taburated above.
BF : Bypass factor
EWB : Entering wet bulb temp. (°C)
EDB : Entering dry bulb temp. (°C)
TC : Total capacity (kW)
SHC : Sensible heat capacity (kW)
PI : Power input (kW)
Содержание
- Capacity tables 1 2
- Dimensions 4 6 wiring diagrams 5 2
- Electric characteristics 3 12 installation manual 4 2
- Features 2 power supply 3 functions 4 specifications 0 2
- Operation limit 7 10 sound level 8 2
- Piping diagrams 7 2
- Table of contents 2
- Operation manual 0 14 optional accessories 6 3
- Option list 6 14 installation manual 7 3
- Features 4
- Note power supply intake outdoor unit 9
- Power supply 9
- Functions 10
- Holding functions no functions 10
- 230 240v 50hz 220 230v 60hz 11
- Cooling only 11
- Specifications 11
- 230 240v 50hz 220 230v 60hz 12
- 230 240v 50hz 220 230v 60hz 13
- Heat pump 13
- 230 240v 50hz 220 230v 60hz 14
- Automatic cooling 15
- Dimensions 15
- Ftkd50bvm a ftkd60bvm a ftkd71bvm a ftxd50bvma ftxd60bvma ftxd71bvma 15
- Ftx arc433a21 ftk arc433a22 15
- Gas stop valve 15
- Inside 15
- Rkd50bvm a rkd60bvm a rkd71bvm a rxd50bvma rxd60bvma rxd71bvma 15
- Service port 15
- Signal 15
- Wireless remote controller 15
- Φ cut 15
- Ftkd50bvm a ftkd60bvm a ftkd71bvm a ftxd50bvma ftxd60bvma ftxd71bvma 16
- Indoor units 16
- Wiring diagrams 16
- Outdoor units 17
- Rkd50bvm a rkd60bvm a rkd71bvm a 17
- Rxd50bvma rxd60bvma rxd71bvma 17
- Indoor units 18
- Piping diagrams 18
- Ftkd71bvm a ftxd71bvma 19
- Indoor unit 19
- Cooling only 20
- Outdoor units 20
- Rkd50bvm a 20
- Rkd60bvm a rkd71bvm a 20
- Heat pump 21
- Rxd50bvma 21
- Rxd60bvma rxd71bvma 21
- Afr air flow rate m³ min 1 ratings shown are net capacities which include a deduction for indoor fan motor heat 2 shows nominal rated capacities and power input 3 tc pi and shc must be calculated by interpolation using the figures in the above tables figures out of the tables should not be used for calculation 4 shc is based on each ewb and edb sh 22
- Bf bypass factor 22
- Capacity tables 22
- Cooling only 22
- Edb add sh 22
- Edb entering dry bulb temp c 22
- Ewb entering wet bulb temp c 22
- Ftkd50bvm rkd50bvm 220 240v 50hz 220 230v 60hz ftkd50bvma rkd50bvma 22
- Ftkd60bvm rkd60bvm 220 240v 50hz 220 230v 60hz ftkd60bvma rkd60bvma 22
- Pi power input kw 22
- Shc correction for other dry bulb 0 2 afr m³ min 1 bf d 22
- Shc sensible heat capacity kw 22
- Symbols notes 22
- Tc total capacity kw 22
- To shc 5 capacities are based on the following conditions corresponding refrigerant piping length 7 m level difference 0m 6 air flow rate afr and bypass factor bf are taburated above 22
- Afr air flow rate m³ min 1 ratings shown are net capacities which include a deduction for indoor fan motor heat 2 shows nominal rated capacities and power input 3 tc pi and shc must be calculated by interpolation using the figures in the above tables figures out of the tables should not be used for calculation 4 shc is based on each ewb and edb sh 23
- Bf bypass factor 23
- Edb add sh 23
- Edb entering dry bulb temp c 23
- Ewb entering wet bulb temp c 23
- Ftkd71bvm rkd71bvm 220 240v 50hz 220 230v 60hz 23
- Ftkd71bvma rkd71bvma 220 240v 50hz 220 230v 60hz 23
- Pi power input kw 23
- Shc correction for other dry bulb 0 2 afr m³ min 1 bf d 23
- Shc sensible heat capacity kw 23
- Symbols notes 23
- Tc total capacity kw 23
- To shc 5 capacities are based on the following conditions corresponding refrigerant piping length 7 m level difference 0m 6 air flow rate afr and bypass factor bf are taburated above 23
- Afr air flow rate m³ min 1 ratings shown are net capacities which include a deduction for indoor fan motor heat 2 shows nominal rated capacities and power input 3 tc pi and shc must be calculated by interpolation using the figures in the above tables figures out of the tables should not be used for calculation 4 shc is based on each ewb and edb sh 24
- Bf bypass factor 24
- Cooling 24
- Edb add sh 24
- Edb entering dry bulb temp c 24
- Ewb entering wet bulb temp c 24
- Ftxd50bvma rxd50bvma 220 240v 50hz 220 230v 60hz 24
- Heat pump 24
- Heating 24
- Pi power input kw 24
- Shc correction for other dry bulb 0 2 afr m³ min 1 bf d 24
- Shc sensible heat capacity kw 24
- Symbols notes 24
- Tc total capacity kw 24
- To shc 5 capacities are based on the following conditions corresponding refrigerant piping length 7 m level difference 0m 6 air flow rate afr and bypass factor bf are taburated above 24
- Afr air flow rate m³ min 1 ratings shown are net capacities which include a deduction for indoor fan motor heat 2 shows nominal rated capacities and power input 3 tc pi and shc must be calculated by interpolation using the figures in the above tables figures out of the tables should not be used for calculation 4 shc is based on each ewb and edb sh 25
- Bf bypass factor 25
- Cooling 25
- Edb add sh 25
- Edb entering dry bulb temp c 25
- Ewb entering wet bulb temp c 25
- Ftxd60bvma rxd60bvma 220 240v 50hz 220 230v 60hz 25
- Heating 25
- Pi power input kw 25
- Shc correction for other dry bulb 0 2 afr m³ min 1 bf d 25
- Shc sensible heat capacity kw 25
- Symbols notes 25
- Tc total capacity kw 25
- To shc 5 capacities are based on the following conditions corresponding refrigerant piping length 7 m level difference 0m 6 air flow rate afr and bypass factor bf are taburated above 25
- Afr air flow rate m³ min 1 ratings shown are net capacities which include a deduction for indoor fan motor heat 2 shows nominal rated capacities and power input 3 tc pi and shc must be calculated by interpolation using the figures in the above tables figures out of the tables should not be used for calculation 4 shc is based on each ewb and edb sh 26
- Bf bypass factor 26
- Cooling 26
- Edb add sh 26
- Edb entering dry bulb temp c 26
- Ewb entering wet bulb temp c 26
- Ftxd71bvma rxd71bvma 220 240v 50hz 220 230v 60hz 26
- Heating 26
- Pi power input kw 26
- Shc correction for other dry bulb 0 2 afr m³ min 1 bf d 26
- Shc sensible heat capacity kw 26
- Symbols notes 26
- Tc total capacity kw 26
- To shc 5 capacities are based on the following conditions corresponding refrigerant piping length 7 m level difference 0m 6 air flow rate afr and bypass factor bf are taburated above 26
- Capacity correction factor by the length of refrigerant piping reference 27
- The cooling and the heating capacity of the unit has to be corrected in accordance with the length of refrigerant piping the distance between the indoor unit and the outdoor unit 27
- 15 cdb 28
- Continuous operation 28
- Cooling 28
- Heating 28
- Indoor temp cdb 28
- Operation limit 28
- Outdoor temp cwb 28
- Rkd50bvm a rkd60bvm a rkd71bvm a 28
- Rxd50bvma rxd60bvma rxd71bvma 28
- Indoor units dba 29
- Notes 1 operation sound is measured in an anechoic chamber 2 the data are based on the conditions shown in the table below 29
- Outdoor units dba 29
- Overall sound level 29
- Sound level 29
- 60hz 220 240 220 230v h 30
- D040304 30
- Ftkd50bvm a ftkd60bvm a 30
- Ftkd71bvm a 30
- Indoor units cooling only 30
- Octave band level 30
- 250 500 1000 31
- 4000 8000 31
- 500 1000 31
- 60hz 220 240 220 230v h 31
- 60hz 220 240 220 230v l 31
- Cooling 31
- D040300 31
- D040301 31
- D040652 31
- Ftxd50bvma cooling ftxd50bvma heating 31
- Ftxd60bvma cooling ftxd60bvma heating 31
- Ftxd71bvma cooling ftxd71bvma heating 31
- Heating 31
- Indoor units heat pump 31
- D027648b 32
- D027650a 32
- D040949 32
- Outdoor units cooling only 32
- Rkd50bvm a rkd60bvm a 32
- Rkd71bvm a 32
- D027645e 33
- D027647c 33
- D035059a 33
- Octave band center frequency hz 33
- Octave band sound pressure level db 0db 0 002µ bar 33
- Outdoor units heat pump 33
- Rxd50bvma cooling rxd50bvma heating 33
- Rxd60bvma cooling rxd60bvma heating 33
- Rxd71bvma cooling rxd71bvma heating 33
- Electric characteristics 34
- Fla full load amps a 34
- Ifm indoor fan motor 34
- Mca min circuit amps a 1 rla is based on the following conditions indoor temp 27 cdb 19 cwb outdoor temp 35 cdb 2 maximum allowable voltage variation between phases is 2 3 select wire size based on the lager value of mca 4 instead of fuse use circuit breaker 34
- Mfa max fuse amps a 34
- Ofm outdoor fan motor 34
- Rhz rated operating frequency hz 34
- Rla rated load amps a 34
- Symbols notes 34
- W fan motor rated output w 34
- Installation manual 35
- Safety precautions 35
- Indoor units 36
- Outdoor units 44
- Caution 51
- Operation manual 51
- Safety precautions 51
- Warning 51
- Consider nuisance to your neighbours from noises 52
- Electrical work 52
- Installation site 52
- System relocation 52
- Indoor unit 53
- Main unit control panel 53
- Names of parts 53
- Indoor unit 54
- Outdoor unit 54
- Arc433a21 a22 55
- Remote controller 55
- Attention 56
- Preparation before operation 56
- To set the batteries 56
- Attention 57
- Choose a place from where the sig nals reach the unit 57
- Fix the holder to a wall a pillar etc with the screws supplied with the holder 57
- Place the remote controller in the remote controller holder 57
- Preparation before operation 57
- To fix the remote controller holder on the wall 57
- To operate the remote controller 57
- Be careful not to cool heat the room too much keeping the temperature setting at a moderate level helps save energy 58
- Clogged air filters cause inefficient operation and waste energy clean them once in about every two weeks 58
- Cover windows with a blind or a curtain blocking sunlight and air from outdoors increases the cooling heating effect 58
- If you are not going to use the air conditioner for a long period for example in spring or autumn turn the breaker off 58
- Operation outside this humidity or temperature range may cause a safety device to disable the system 58
- Please note 58
- Press clock button 58
- Press timer setting button to set the clock to the present time 58
- Sensor 58
- Silent 58
- The air conditioner always consumes 15 35 watts of electricity even while it is not operating 58
- Tips for saving energy 58
- To set the clock 58
- Turn the breaker on 58
- Use the air conditioner in the following conditions 58
- Auto dry cool heat fan operation 59
- Press mode selector button and select a operation mode 59
- Press on off button 59
- Press on off button again 59
- Press temperature adjustment button 59
- To change the temperature setting 59
- To start operation 59
- To stop operation 59
- Press fan setting button 60
- To change the air flow direction 60
- To change the air flow rate setting 60
- Adjusting the air flow direction 61
- To adjust the horizontal blade flap 61
- To adjust the vertical blades louvers 61
- Notes on flap angle 62
- Notes on louvers angles 62
- Press swing button 62
- Press swing button the display will light up and the flaps and louvers will move in turn 62
- To 3 d airflow 62
- To cancel 3 d airflow 62
- Powerful operation 63
- To cancel powerful operation 63
- To start powerful operation 63
- Outdoor unit silent operation 64
- To cancel outdoor unit silent operation 64
- To start outdoor unit silent operation 64
- Before using home leave operation 65
- Home leave operation 65
- Press home leave button make sure is displayed in the remote control display 65
- To cancel home leave operation 65
- To set the temperature and air flow rate for home leave operation 65
- To start home leave operation 65
- Home leave operation is only available in cool and heat mode cannot be used in auto dry and fan mode 66
- Home leave operation runs in accordance with the previous operation mode cool or heat before using home leave operation 66
- Use as a favorite mode 66
- Use as an energy saving mode 66
- Useful in these cases 66
- What s the home leave operation 66
- When you enter the living room in the morning the temperature will be just right 66
- Intelligent eye operation 67
- Caution 68
- Intelligent eye is useful for energy saving 68
- Notes on intelligent eye 68
- Timer operation 69
- To cancel the off timer operation 69
- To use off timer opera tion 69
- Attention 70
- Press cancel button 70
- Press on timer button 70
- Press on timer button again 70
- Press timer setting button until the time setting reaches the point you like 70
- To cancel on timer operation 70
- To combine on timer and off timer 70
- To use on timer operation 70
- Attach the front grille 71
- Before cleaning be sure to stop the operation and turn the breaker off 71
- Care and cleaning 71
- Caution 71
- Clean the front grille 71
- Front grille 71
- Indoor unit outdoor unit and remote controller 71
- Open the front grille 71
- Remove the front grille 71
- Wipe them with dry soft cloth 71
- Air filter 72
- Air purifying filter with photocatalytie deodorizing function gray 72
- Filters 72
- Maintenance 72
- Replacement 72
- Air purifying filter with photocatalytie deodorizing function without frame 1 set 73
- Before a long idle period 73
- Clean the air filters and set them again 73
- Dispose of old air filter as non burnable and 73
- Filters as burnable waste 73
- Operate the fan only for several hours on a fine day to dry out the inside 73
- Press mode button and select fan operation press on off button and start operation 73
- Take out batteries from the remote controller 73
- Turn off the breaker for the room air conditioner 73
- Case explanation 74
- These cases are not troubles 74
- Trouble shooting 74
- Case check 75
- Check again 75
- Call the service shop immediately 76
- The power cord is abnormally hot or damaged an abnormal sound is heard during operation the safety breaker a fuse or the earth leakage breaker cuts off the operation frequently a switch or a button often fails to work properly there is a burning smell water leaks from the indoor unit 76
- Turn the breaker off and call the service shop 76
- Warning 76
- We recommend periodical maintenance 76
- Option list 77
- Optional accessories 77
- Wiring adaptor is also required for each indoor unit 77
- Wiring adaptor supplied by daikin time clock and other devices field supply 77
- Installation manual 78
- Krp413a1s 78
- Attaching adaptor case assy for krp413a1s 79
- Installation 79
- Krp413a1 79
- Krp413a1s 79
- Krp928a2s 82
- Kpw945a4 84
- Dealer 85
- Http www daikin com global 85
- The specifications designs and information in this brochure are subject to change without notice 85
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