![Daikin EUW(*)60КХ [19/40] Piping diagrams](/img/pdf.png)
Daikin EUW(*)60КХ [19/40] Piping diagrams
![Daikin EUW(*)60КХ [19/40] Piping diagrams](/views2/1685124/page19/bg13.png)
7
Piping diagrams
3TW51565-1B
O Check valve
L Flare connection
M Screw connection
N Flange connection
Z Pinched pipe
Flexible connection
P Spinned pipe
EUW*40-100KX
M1C Compressor motor 1
S1HP High pressure switch
S14HP High pressure switch
S3T Discharge temperature controller
R3T Inlet water evap. temp. sensor
R4T Outlet water evap. temp. sensor
R5T Inlet water cond. temp. sensor
B1P Low pressure transmitter
B2P High pressure transmitter
Y11S Unloader solenoid valve
Y12S Unloader solenoid valve
Y13S Unloader solenoid valve
Y14S Unloader solenoid valve
Y15S Liquid injection solenoid valve
Y16S Liquid line solenoid valve
Water OUT
Condenser
Water IN
Stop valve
Strainer
Water OUT
Safety valve
19 bar
Evaporator
Discharge stop valve
Sight glass with moist
indicator
Water IN
Charge valve
Drier
only 40-60HP only 80-100HP
only 40-60HP only 80-100HP
only 40-60HP only 80-100HP
Expansion
valve
Expansion
valve
Safety valve
19 bar
Only for ZH, ZL & OP01 Standard
Only for ZH, ZL
& OP01 Standard
•
Water-cooled • R-134a • EUW*40-200KX
6
7
199
• 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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