יחידות מפוח נחשון מעל תיקרות אקוסטיות

Transcription

1 -A JUNE EIT ספר שירות WAV יחידות מפוח נחשון מעל תיקרות אקוסטיות

2 1. GENERAL OVERVIEW - TADIRAN FAN COILS WTN WGF -A JUNE EIT WAV - -

3 WATER FAN COIL. MODEL NAMES GENERAL - CONFIGURATION &RQILJXUDWLRQPRGHOQDPHVIRU)DQ&RLO $$$ %%% & ' ) ([ * RGHO :1 :*) :$ &RLO SLSHV 1XPEHURIURZV URZ URZV URZV URZV &RQWUROYDOYH 1RQH ZRZD\ KUHHZD\ &RQWURO 1 1RQH (OHFWURPHFKDQLFDO,/ (OHFWURQLF/RFDO, (OHFWURQLFZLWK HPRWHFRQWURO L]H± $LUIORZ&) $/ :1/< FIP FIP FIP FIP :*),QWCOROG YHUVLRQ1/< FIP FIP LGH LSH &RQQHFWLRQ / /HIW LJKW +HDWLQJ HOHPHQW (.: (.: (.: CONFIGURATION TABLE - TADIRAN WATER FAN-COILS -A JUNE EIT PRODUCT WTN WGF WAV X- Normal Configuration O- Optional MODEL Coil - No. of Raws Pipe - Side Connection Left; Right Control Valve (none); way; way Heating Element E1=1kW; E=kW; E=kW Control IR-remote; IL-electronic; M-mechanic; N-none L R E1 E E IR IL M N 1 X X O X O X O X X O X O X O X O X X O X O O X O X O X X O X O X O X O X X O X X X X X X O X X X X X X O X X X X X X O X X X X X X O X O X X O X X O X O X X O X X O X O O X X O X X O X O X X O 1 X X O X O X X O - -

4 טבלת נתונים WAV 1 1,,, 1, //1 1//. (.) /" /". אופציה - KW 1uF/V A *(*). (.1) // // WAV,,,, // 1//.. (.) /" /". אופציה - KW x x 1/ x / x 1/ () uf/v A *(*). (.) // // WAV - WAV WAV WAV,, 1,,,,,, 1,,,,1 // // // 1/1/1 /1/ // Rows / rows -optional /" diameter. (.) /" /".. אופציה - KW.1 (.) /" /".. אופציה - KW /V, Hz / Hz optional, 1ph uf/v uf/v A A צנטריפוגלי *(*) *. (.). (.) // // // // ניתן לשטיפה.1 (.) /" /". 1 אופציה - KW x x 1/ x / x 1/ 1 uf/v.. 1A *. (.) // // WAV,, 1,, // //..1 (.) /" /".. אופציה - KW 1 uf/v.. 1A *. (.) // // Btu/h Watt Btu/h Watt CFM m³/h l/h קוטר (מספר) m (ft ) in in GPM l/min Psi הספק סוג Normal E-Type mm (in) צבע Kg (Lb.) Volt/Hz/ph Watt mf/volt Amp. Amp. ברז תלת-דרכי או דו-דרכי + ברזי ניתוק אלקטרו מכני אלקטרו מכני ימין / שמאל פח אלוצינג (ניתן בהזמנה מראש לצביעה) () Type in in (mm) dba * ** ( // ) ( ) : () ( ) (E ) ( x x ) ( ) ( ) ( ) ( ) (OxL) * : ( // ) " ( // ). " -, " - *. " -, " - **. " 1- ". " 1- " -A JUNE EIT - -

5 מידות WAV- WAV- WAV- WAV- WAV- WAV-1 -A JUNE EIT הערות: קופסת חשמל - ניתנת להסרה; ברז אירי תלת דרכי - אופציונאלי. יש להשאיר מרווח לפחות ס מ מכל צד של היחידה לצורך התקנה ושרות. - -

6 WAV- Flow Rate [L/hr] Water 1 Water Flow vs. Total Capacity [Btu/Hr],, 1,, Temp rise *c. 1,,,,,, [GPM] Pressure Drop vs. Water Flow [GPM] 1 dp [KPa] [psi] -A JUNE EIT 1 Water Flow Rate [L/hr] - -

7 WAV- TOTAL COOLING CAPACITY ref. Twb=1*c Twin=*c dtw [*c] TCC [W] SENSIBLE COOLING CAPACITY Sensible Cooling Capacity [Watt] Twin=*c ref. Tdb=1*c dtw [*c] SCC [W] Tdb = ROOM DRY-BULB TEMPERATURE Twb = ROOM WET-BULB TEMPERATURE Twin = INLET WATER TEMPERATURE dtw = WATER TEMPERATURE CHANGE -A JUNE EIT Qspec Specific Heating Capacity 1 Water Flow [L/Hr] Qspec = Specific Heat Factor THC = Total Heating Capacity = Qspec x (Twin - Tdb) Twin = Inlet Water Temperatuer Tdb = Room (Dry-Bulb) Temperatuer - -

8 WAV- Flow Rate [L/hr] Water 1 1 Water Flow vs. Total Capacity [Btu/Hr],, 1,,, Temp rise *c 1,,,,,,,, [GPM] Pressure Drop vs. Water Flow [GPM] 1 1 -A JUNE EIT dp [KPa] 1 1 Water Flow Rate [L/hr] [psi] - -

9 WAV- TOTAL COOLING CAPACITY ref. Twb=1*c Twin=*c dtw [*c] TCC [W] SENSIBLE COOLING CAPACITY Sensible Cooling Capacity [Watt] Twin=*c ref. Tdb=1*c dtw [*c] SCC [W] Tdb = ROOM DRY-BULB TEMPERATURE Twb = ROOM WET-BULB TEMPERATURE Twin = INLET WATER TEMPERATURE dtw = WATER TEMPERATURE CHANGE -A JUNE EIT Qspec Specific Heating Capacity 1 1 Water Flow [L/Hr] Qspec = Specific Heat Factor THC = Total Heating Capacity = Qspec x (Twin - Tdb) Twin = Inlet Water Temperatuer Tdb = Room (Dry-Bulb) Temperatuer - -

10 WAV- [L/hr] Flow Rate Water 1 Water Flow vs. Total Capacity Btu/Hr,, 1,,,, Temp rise *c,,,, GPM Pressure Drop vs. Water Flow [GPM] 1 1 dp [KPa] [psi] -A JUNE EIT Water Flow Rate [L/hr] - -

11 WAV- TOTAL COOLING CAPACITY Twin=*c ref. Twb=1*c dtw [*c] TCC [W] SENSIBLE COOLING CAPACITY Sensible Cooling Capacity [Watt] Twin=*c ref. Tdb=1*c dtw [*c] SCC [W] Tdb = ROOM DRY-BULB TEMPERATURE Twb = ROOM WET-BULB TEMPERATURE Twin = INLET WATER TEMPERATURE dtw = WATER TEMPERATURE CHANGE -A JUNE EIT Qspec Specific Heating Capacity Water Flow [L/Hr] Qspec = Specific Heat Factor THC = Total Heating Capacity = Qspec x (Twin - Tdb) Twin = Inlet Water Temperatuer Tdb = Room (Dry-Bulb) Temperatuer - -

12 WAV- [L/hr] Flow Rate Water 1 Water Flow vs. Total Capacity Btu/Hr,,,, Temp rise *c..... GPM.,,,,,, 1, Pressure Drop vs. Water Flow [GPM] dp [KPa] [psi] -A JUNE EIT 1 Water Flow Rate [L/hr] - -

13 WAV- TOTAL COOLING CAPACITY Twin=*c ref. Twb=1*c dtw [*c] TCC [W] SENSIBLE COOLING CAPACITY Sensible Cooling Capacity [Watt] Twin=*c ref. Tdb=1*c dtw [*c] SCC [W] Tdb = ROOM DRY-BULB TEMPERATURE Twb = ROOM WET-BULB TEMPERATURE Twin = INLET WATER TEMPERATURE dtw = WATER TEMPERATURE CHANGE -A JUNE EIT Qspec Specific Heating Capacity 1 Water Flow [L/Hr] Qspec = Specific Heat Factor THC = Total Heating Capacity = Qspec x (Twin - Tdb) Twin = Inlet Water Temperatuer Tdb = Room (Dry-Bulb) Temperatuer - -

14 WAV- [L/hr] Flow Rate Water 1 Water Flow vs. Total Capacity Btu/Hr,,,,, Temp rise *c GPM,,,,,, 1,. Pressure Drop vs. Water Flow [GPM] 1 -A JUNE EIT dp [KPa] 1 Water Flow Rate [L/hr] [psi] - 1 -

15 WAV- TOTAL COOLING CAPACITY Twin=*c ref. Twb=1*c dtw [*c] TCC [W] SENSIBLE COOLING CAPACITY Sensible Cooling Capacity [Watt] Twin=*c ref. Tdb=1*c dtw [*c] SCC [W] Tdb = ROOM DRY-BULB TEMPERATURE Twb = ROOM WET-BULB TEMPERATURE Twin = INLET WATER TEMPERATURE dtw = WATER TEMPERATURE CHANGE -A JUNE EIT Qspec Specific Heating Capacity 1 Water Flow [L/Hr] Qspec = Specific Heat Factor THC = Total Heating Capacity = Qspec x (Twin - Tdb) Twin = Inlet Water Temperatuer Tdb = Room (Dry-Bulb) Temperatuer - 1 -

16 WAV-1 Flow Rate [L/hr] Water 1 Water Flow vs. Total Capacity Btu/Hr,,,,, Temp rise *c GPM,,,,,, 1, 1,. Pressure Drop vs. Water Flow [GPM] 1 dp [KPa] [psi] -A JUNE EIT 1 Water Flow Rate [L/hr] - 1 -

17 WAV-1 TOTAL COOLING CAPACITY Twin=*c ref. Twb=1*c dtw [*c] TCC [W] SENSIBLE COOLING CAPACITY Sensible Cooling Capacity [Watt] Twin=*c ref. Tdb=1*c dtw [*c] SCC [W] Tdb = ROOM DRY-BULB TEMPERATURE Twb = ROOM WET-BULB TEMPERATURE Twin = INLET WATER TEMPERATURE dtw = WATER TEMPERATURE CHANGE Specific Heating Capacity -A JUNE EIT Qspec 1 Water Flow [L/Hr] Qspec = Specific Heat Factor THC = Total Heating Capacity = Qspec x (Twin - Tdb) Twin = Inlet Water Temperatuer Tdb = Room (Dry-Bulb) Temperatuer - 1 -

18 l/s Air Flow Rate VS. Static Pressure WAV Pa WG" High Speed Medium Speed Low Speed l/s Air Flow Rate VS. Static Pressure WAV -A JUNE EIT Pa WG" High Speed Medium Speed Low Speed - 1 -

19 l/s Air Flow Rate VS. Static Pressure WAV 1 Pa WG" High Speed Medium Speed Low Speed l/s Air Flow Rate VS. Static Pressure WAV -A JUNE EIT 1 Pa WG" High Speed Medium Speed Low Speed - 1 -

20 l/s Air Flow Rate VS. Static Pressure WAV 1 Pa WG" High Speed Medium Speed Low Speed l/s Air Flow Rate VS. Static Pressure WAV 1 -A JUNE EIT Pa WG" High Speed Medium Speed Low Speed - -

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