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Daikin EUW(*)80КХ [29/40] Sound power spectrum
![Daikin EUW(*)80КХ [29/40] Sound power spectrum](/views2/1685124/page29/bg1d.png)
9
Sound power spectrum
EUW*120KXY1
3TW51587-1
Sound power level (dB)
Linear
Sound power
Octave band center frequency (Hz)
Sound power level (dB)
Sound power
Linear
Octave band center frequency (Hz)
EUW*140KXY1
3TW51577-1
EUW*160KXY1
3TW51607-1
Sound power level (dB)
Linear
Sound power
Octave band center frequency (Hz)
Sound power level (dB)
Sound power
Linear
Octave band center frequency (Hz)
EUW*180KXY1
3TW51597-1
•
Water-cooled • R-134a • EUW*40-200KX
6
9
215
• Hydronic Systems • Chillers
Содержание
- Table of contents euw 40 200kx 1
- Features 2
- Specifications 3
- Specifications 4
- Specifications 5
- Compressor phase 6
- Control circuit phase 6
- Frequency hz 6
- Maximum running current a 6
- Nominal distribution system voltage 6
- Nominal running current a 6
- Recommended fuses according to iec standard 269 2 am 6
- Recommended fuses am 6
- Specifications 6
- Starting current a 6
- Starting method 6
- Unit nominal running current a 6
- Units euw 120kx euw 140kx euw 160kx euw 180kx euw 200kx power supply y1 t1 y1 t1 y1 t1 y1 t1 y1 t1 6
- Voltage tolerance 6
- Voltage v 6
- Capacity tables 7
- Cc cooling capacity kw 7
- Cooling capacity cap cap cooling capacity from table kw capacity is for chilled water range dt 2 5 c 7
- Hc heating capacity kw 7
- Heating capacity has been calculated as follows cc pi x 0 7 7
- Leaving water condenser 7
- Lwc leaving water condenser c 7
- Lwe leaving water evaporator c 7
- No pumps are supplied with the unit so the added power input for the pumps is calculated as wfr x dp 0 as fixed by 6 c 003 dp pressure drop from pressure drop curves this is for cooled and cooling water 7
- Pi power input kw 7
- Power input pc pi power input from table kw power input is total input kw compressor control circuit pumps kw 7
- Water flow rate wfr wfr 860 x cap 60 x dt l min cap from above calculation dt chilled water temperature rise within 2 5 c wfr should always be within the limits 7
- Capacity tables 8
- Cc cooling capacity kw 8
- Cooling capacity cap cap cooling capacity from table kw capacity is for chilled water range dt 2 5 c 8
- Hc heating capacity kw 8
- Heating capacity has been calculated as follows cc pi x 0 7 8
- Leaving water condenser 8
- Lwc leaving water condenser c 8
- Lwe leaving water evaporator c 8
- No pumps are supplied with the unit so the added power input for the pumps is calculated as wfr x dp 0 as fixed by 6 c 003 dp pressure drop from pressure drop curves this is for cooled and cooling water 8
- Pi power input kw 8
- Power input pc pi power input from table kw power input is total input kw compressor control circuit pumps kw 8
- Water flow rate wfr wfr 860 x cap 60 x dt l min cap from above calculation dt dt chilled water temperature rise within 2 5 c wfr should always be within the limits 8
- Capacity tables 9
- Cc cooling capacity kw 9
- Cooling capacity cap cap cooling capacity from table kw capacity is for chilled water range dt 2 5 c 9
- Leaving water condenser 9
- Lwc leaving water condenser c 9
- Lwe leaving water evaporator c 9
- No pumps are supplied with the unit so the added power input for the pumps is calculated as wfr x dp 0 as fixed by 6 c 003 dp pressure drop from pressure drop curves this is for cooled and cooling water 9
- Out of range 9
- Pi power input kw 9
- Power input pc pi power input from table kw power input is total input kw compressor control circuit pumps kw 9
- Water flow rate wfr wfr 860 x cap 60 x dt l min cap from above calculation dt dt chilled water temperature rise within 2 5 c wfr should always be within the limits 9
- Capacity tables 10
- Glycol 10
- Legend 10
- Tw50689 8 10
- 2 4tw51569 7b 11
- Water pressure drop curve 11
- Operation range 12
- Dimensional drawings 13
- Dimensional drawings 14
- Dimensional drawings 15
- Dimensional drawings 16
- Dimensional drawings 17
- Dimensional drawings 18
- Piping diagrams 19
- Piping diagrams 20
- Euw 40 100kxy1 21
- Hydronic systems chillers 21
- Wiring diagrams 21
- Euw 40 100kxt1 22
- Hydronic systems chillers 22
- Wiring diagrams 22
- Euw 120 200kxy1 switchbox 1 23
- Hydronic systems chillers 23
- Wiring diagrams 23
- Euw 120 200kxy1 switchbox 2 24
- Hydronic systems chillers 24
- Wiring diagrams 24
- Euw 120 200kxt1 switchbox 1 25
- Hydronic systems chillers 25
- Wiring diagrams 25
- Euw 120 200kxt1 switchbox 2 26
- Hydronic systems chillers 26
- Wiring diagrams 26
- Wiring diagrams 27
- Sound power spectrum 28
- Sound power spectrum 29
- Sound power spectrum 30
- Installation 31
- Installation 32
- Installation 33
- Accessories options 34
- Tw51539 3a 34
- Accessories options 35
- Tw51549 3a 35
- Accessories options 36
- Tw51569 3b 36
- Accessories options 37
- Tw51579 3a 37
- Accessories options 38
- Tw51589 3a 38
- Accessories options 39
- Tw51619 3a 39
- Accessories options 40
- Number 40
- Option 40
- Std standard on unit model type for ispesl approval pressure vessels b model type for rlk approval dutch d model type for ttk approval finland k model type for sdm approval pressure vessels m model type for udt approval q model type for sa approval s model type for tu v approval pressure vessels t basic model 40
- V available not available std standard impossible option combinations zh zl 40
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