Daikin RXS20L3V1B Технические данные онлайн
Содержание
- Air conditioning technical data 1
- Rxs l3 1
- Capacity and power input 3
- Capacity table 3
- Centre of gravit 3
- Cooling heating capacity tables 3
- Dimensional drawing 3
- Electrical dat 3
- Electrical specifications 3
- Feature 3
- Operation rang 3
- Piping diagram 3
- Sound dat 3
- Sound pressure spectrum 3
- Specification 3
- Table of contents rxs l3 3
- Technical specifications 3
- Wiring diagram 3
- Wiring diagrams single phase 3
- Features 4
- Outdoor unit rxs l3 4
- Split sky air rxs l3 2 4
- Specifications 5
- 2 capacity and power input 6
- Specifications 6
- Specifications 7
- 4 capacity and power input 8
- 5 capacity and power input 8
- Specifications 8
- Specifications 9
- 6 capacity and power input 10
- 7 capacity and power input 10
- Specifications 10
- Specifications 11
- 10 capacity and power input 12
- 9 capacity and power input 12
- Specifications 12
- Specifications 13
- 11 technical specifications 14
- 12 electrical specifications 14
- Specifications 14
- Specifications 15
- 023 0 016 16
- 023 0 23 0 034 0 34 16
- 023 0 23 0 048 0 05 16
- 023 0 23 0 050 0 3 16
- 031 0 2 0 034 0 3 16
- 1 electrical data 16
- 10 0 22 0 17 16
- 20 0 23 0 18 16
- 30 0 24 0 19 16
- 59 0 22 0 17 16
- 70 0 23 0 18 16
- 82 0 24 0 19 16
- Compressor 16
- D092002a 16
- D096315c 16
- Downloaded from www manualslib com manuals search engine 16
- Electrical data 16
- Fdxs25f2veb rxs25l3v1b 16
- Ffq25c2veb rxs25l3v1b 16
- Flxs25bavmb rxs25l3v1b 16
- Ftxs20k3v1b rxs20l3v1b 16
- Ftxs25k3v1b rxs25l3v1b 16
- Fvxs25fv1b rxs25l3v1b 16
- Minimum circuit ampere a maximum fuse ampere a rated load amps a 16
- Outdoor fan motor indoor fan motor full load ampere a fan motor rated output kw 16
- Outdoor indoor 16
- Rated operating frequency hz 16
- Symbols 16
- The maximum allowable voltage that is unbalanced between phases is 2 16
- The rla is based on the following conditions indoor temperature 27 c db 19 c wb outdoor temperature 35 c db select the wire size according to the mca 16
- Unit combination restrictions power supply 16
- Use a circuit breaker instead of a fuse 16
- Voltage range voltage hz 16
- 1 electrical data 17
- D094863b 17
- Electrical data 17
- 1 cooling heating capacity tables 18
- Air flow rate m³ min afr 18
- Bypass factor bf 18
- Capacity tables 18
- Corresponding refrigerant piping length 5 m 18
- Indoor air temperature c db 18
- Indoor air temperature c wb 18
- Level difference 0m 18
- Outdoor air temperature c db 18
- Outdoor air temperature d c wb 18
- Power input kw 18
- Rated operating frequency hz 18
- Sensible heat capacity kw 18
- Symbols 18
- The bold cells indicate the standard conditions 18
- The capacities are based on the following conditions 18
- Total capacity kw 18
- 1 cooling heating capacity tables 19
- Air flow rate m³ min 19
- Bypass factor 19
- Capacity tables 19
- Cooling 50hz 220 240v 19
- Entering dry bulb temperature c db 19
- Entering wet bulb temperature c wb 19
- Heating 50hz 220 240v 19
- In case the sensible heat capacity is not mentioned in the table please calculate it using an approximation between two values in direct proportion 19
- Indoor outdoor temperature c db 19
- Indoor outdoor temperature c wb 19
- Power input kw 19
- Sensible heat capacity kw 19
- Symbols 19
- The capacities are based on the following conditions corresponding refrigerant piping length 5 m level difference 0m the air flow rate and bypass factor are mentioned in the table 19
- The ratings shown are net capacities which include a deduction for indoor fan motor heat the bold cells indicate the standard conditions the total capacity power input and sensible heat capacity must be calculated by interpolation using the figures in the table figures not in the table may not be used in the calculation 19
- Total capacity kw 19
- 1 cooling heating capacity tables 20
- Air flow rate m³ min afr 20
- Bypass factor bf 20
- Capacity tables 20
- Corresponding refrigerant piping length 5 m 20
- Indoor air temperature c db 20
- Indoor air temperature c wb 20
- Level difference 0m 20
- Outdoor air temperature c db 20
- Outdoor air temperature d c wb 20
- Power input kw 20
- Rated operating frequency hz 20
- Sensible heat capacity kw 20
- Symbols 20
- The bold cells indicate the standard conditions 20
- The capacities are based on the following conditions 20
- Total capacity kw 20
- 1 cooling heating capacity tables 21
- Air flow rate m³ min afr 21
- Bypass factor bf 21
- Capacity tables 21
- Corresponding refrigerant piping length 5 m 21
- Downloaded from www manualslib com manuals search engine 21
- Indoor air temperature c db 21
- Indoor air temperature c wb 21
- Level difference 0m 21
- Outdoor air temperature c db 21
- Outdoor air temperature d c wb 21
- Power input kw 21
- Rated operating frequency hz 21
- Sensible heat capacity kw 21
- Symbols 21
- The bold cells indicate the standard conditions 21
- The capacities are based on the following conditions 21
- Total capacity kw 21
- 1 cooling heating capacity tables 22
- Air flow rate m³ min afr 22
- Bypass factor bf 22
- Capacity tables 22
- Corresponding refrigerant piping length 5 m 22
- Indoor air temperature c db 22
- Indoor air temperature c wb 22
- Level difference 0m 22
- Outdoor air temperature c db 22
- Outdoor air temperature d c wb 22
- Power input kw 22
- Rated operating frequency hz 22
- Sensible heat capacity kw 22
- Symbols 22
- The bold cells indicate the standard conditions 22
- The capacities are based on the following conditions 22
- Total capacity kw 22
- 1 cooling heating capacity tables 23
- Air flow rate m³ min afr 23
- Bypass factor bf 23
- Capacity tables 23
- Corresponding refrigerant piping length 5 m 23
- Downloaded from www manualslib com manuals search engine 23
- Indoor air temperature c db 23
- Indoor air temperature c wb 23
- Level difference 0m 23
- Outdoor air temperature c db 23
- Outdoor air temperature d c wb 23
- Power input kw 23
- Rated operating frequency hz 23
- Sensible heat capacity kw 23
- Symbols 23
- The bold cells indicate the standard conditions 23
- The capacities are based on the following conditions 23
- Total capacity kw 23
- 1 cooling heating capacity tables 24
- Air flow rate m³ min afr 24
- Bypass factor bf 24
- Capacity tables 24
- Corresponding refrigerant piping length 5 m 24
- Indoor air temperature c db 24
- Indoor air temperature c wb 24
- Level difference 0m 24
- Outdoor air temperature c db 24
- Outdoor air temperature d c wb 24
- Power input kw 24
- Rated operating frequency hz 24
- Sensible heat capacity kw 24
- Symbols 24
- The bold cells indicate the standard conditions 24
- The capacities are based on the following conditions 24
- Total capacity kw 24
- 1 cooling heating capacity tables 25
- Capacity tables 25
- 1 cooling heating capacity tables 26
- Air flow rate m³ min afr 26
- Bypass factor bf 26
- Capacity tables 26
- Corresponding refrigerant piping length 5 m 26
- Downloaded from www manualslib com manuals search engine 26
- Indoor air temperature c db 26
- Indoor air temperature c wb 26
- Level difference 0m 26
- Outdoor air temperature c db 26
- Outdoor air temperature d c wb 26
- Power input kw 26
- Rated operating frequency hz 26
- Sensible heat capacity kw 26
- Symbols 26
- The bold cells indicate the standard conditions 26
- The capacities are based on the following conditions 26
- 1 cooling heating capacity tables 27
- Air flow rate m³ min afr 27
- Bypass factor bf 27
- Capacity tables 27
- Corresponding refrigerant piping length 5 m 27
- Downloaded from www manualslib com manuals search engine 27
- Indoor air temperature c db 27
- Indoor air temperature c wb 27
- Level difference 0m 27
- Outdoor air temperature c db 27
- Outdoor air temperature d c wb 27
- Power input kw 27
- Rated operating frequency hz 27
- Sensible heat capacity kw 27
- Symbols 27
- The bold cells indicate the standard conditions 27
- The capacities are based on the following conditions 27
- Total capacity kw 27
- 1 cooling heating capacity tables 28
- Capacity tables 28
- In case the sensible heat capacity is not mentioned in the table please calculate it using an approximation between two values in direct proportion 28
- The capacities are based on the following conditions corresponding refrigerant piping length 7 m level difference 0m the air flow rate and bypass factor are mentioned in the table 28
- The ratings shown are net capacities which include a deduction for indoor fan motor heat the bold cells indicate the standard conditions the total capacity power input and sensible heat capacity must be calculated by interpolation using the figures in the table figures not in the table may not be used in the calculation 28
- 1 cooling heating capacity tables 29
- Air flow rate m³ min 29
- Bypass factor 29
- Capacity tables 29
- Cooling 50hz 230v 29
- Entering dry bulb temperature c db 29
- Entering wet bulb temperature c wb 29
- Heating 50hz 230v 29
- In case the sensible heat capacity is not mentioned in the table please calculate it using an approximation between two values in direct proportion 29
- Indoor outdoor temperature c db 29
- Indoor outdoor temperature c wb 29
- Power input kw 29
- Sensible heat capacity kw 29
- Symbols 29
- The capacities are based on the following conditions corresponding refrigerant piping length 7 m level difference 0m the air flow rate and bypass factor are mentioned in the table 29
- The ratings shown are net capacities which include a deduction for indoor fan motor heat the bold cells indicate the standard conditions the total capacity power input and sensible heat capacity must be calculated by interpolation using the figures in the table figures not in the table may not be used in the calculation 29
- Total capacity kw 29
- 1 cooling heating capacity tables 30
- Air flow rate m³ min afr 30
- Bypass factor bf 30
- Capacity tables 30
- Corresponding refrigerant piping length 5 m 30
- Indoor air temperature c db 30
- Indoor air temperature c wb 30
- Level difference 0m 30
- Outdoor air temperature c db 30
- Outdoor air temperature d c wb 30
- Power input kw 30
- Rated operating frequency hz 30
- Sensible heat capacity kw 30
- Symbols 30
- The bold cells indicate the standard conditions 30
- The capacities are based on the following conditions 30
- Total capacity kw 30
- 1 cooling heating capacity tables 31
- Air flow rate m³ min afr 31
- Bypass factor bf 31
- Capacity tables 31
- Corresponding refrigerant piping length 5 m 31
- Downloaded from www manualslib com manuals search engine 31
- Indoor air temperature c db 31
- Indoor air temperature c wb 31
- Level difference 0m 31
- Outdoor air temperature c db 31
- Outdoor air temperature d c wb 31
- Power input kw 31
- Rated operating frequency hz 31
- Sensible heat capacity kw 31
- Symbols 31
- The bold cells indicate the standard conditions 31
- The capacities are based on the following conditions 31
- Total capacity kw 31
- 1 cooling heating capacity tables 32
- Air flow rate m³ min afr 32
- Bypass factor bf 32
- Capacity tables 32
- Corresponding refrigerant piping length 5 m 32
- Indoor air temperature c db 32
- Indoor air temperature c wb 32
- Level difference 0m 32
- Outdoor air temperature c db 32
- Outdoor air temperature d c wb 32
- Power input kw 32
- Rated operating frequency hz 32
- Sensible heat capacity kw 32
- Symbols 32
- The bold cells indicate the standard conditions 32
- The capacities are based on the following conditions 32
- Total capacity kw 32
- 1 cooling heating capacity tables 33
- Air flow rate m³ min afr 33
- Bypass factor bf 33
- Capacity tables 33
- Corresponding refrigerant piping length 5 m 33
- Downloaded from www manualslib com manuals search engine 33
- Indoor air temperature c db 33
- Indoor air temperature c wb 33
- Level difference 0m 33
- Outdoor air temperature c db 33
- Outdoor air temperature d c wb 33
- Power input kw 33
- Rated operating frequency hz 33
- Sensible heat capacity kw 33
- Symbols 33
- The bold cells indicate the standard conditions 33
- The capacities are based on the following conditions 33
- Total capacity kw 33
- 1 cooling heating capacity tables 34
- Air flow rate m³ min afr 34
- Bypass factor bf 34
- Capacity tables 34
- Corresponding refrigerant piping length 5 m 34
- Indoor air temperature c db 34
- Indoor air temperature c wb 34
- Level difference 0m 34
- Outdoor air temperature c db 34
- Outdoor air temperature d c wb 34
- Power input kw 34
- Rated operating frequency hz 34
- Sensible heat capacity kw 34
- Symbols 34
- The bold cells indicate the standard conditions 34
- The capacities are based on the following conditions 34
- Total capacity kw 34
- 1 dimensional drawings 35
- Dimensional drawings 35
- 1 centre of gravity 36
- Centre of gravity 36
- 1 piping diagrams 37
- Piping diagrams 37
- 1 wiring diagrams single phase 38
- Wiring diagrams 38
- 1 sound pressure spectrum 39
- Sound data 39
- 1 operation range 40
- Operation range 40
- Daikin europe n v naamloze vennootschap zandvoordestraat 300 b 8400 oostende belgium www daikin eu be 0412 120 336 rpr oostende 41
- Downloaded from www manualslib com manuals search engine 41
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