Formulario powerunit

106103 105✗✗ ✗È -3mi ◦ mi miNb- /MJ J ePa miBar;W ; ; F-; → kgKW s'MM → 10 ;→ ; cenn 1Pami- == ==/ /-3}W mi Poiè %1kgNim N Kg/I Jls ? )1 (mi ;1,36 ✓ ; )(s( /MIRPM)lo giri/min= ;. RPM= m◦= m gia= s= ='kg // ( 103W" )kg KW'◦ hh; ; h 10351s/g 36009 10s 1000✗smg MJ3163600s 3600sW •. = - == - =(1/6,6-15)1175 /g È=/KWh/kg /) ✓• "= InNon«Parametri prestazionali : -/( )Vcc )(A) VolVol BZS Vcc)Re( va) (( I-1114 VOWMECOUBUST; CIUNDRDTRR -1Raggio COUPR5=-2 RDPPE- CORSA ; •=. ,= == .④Poi /( W))UP Vol &UP5 ;2 2) MIE/VELOUTÀTEDIDPISTIM (T /N° giri MEP F-COPPIAMmi 2AM ;• 2•• .=.= .== powereee .name = =. );;/ )WPVOI Vd/ (W IMEP WBMEP FMEP BMEPIPMEP lavoro lavoroIMEP WpFMEP Papagaio == - == - == /?/ Wi Wlmg↑ VA( )Vd WiW ; )GMEP PMEPGMEP BTE / migIMEPbuon (Pot Ki; +ciascun KiFATO avverosu - .==== = COMBUSTI( ringki POT PORTATABTE FRENOEFFICIENZA MASSA; COUBUSTTERMICA Chiarito ;; INFERIORE Mf == = =. /W/Pina )( Wi MMECC/ WI Wf) ;( Wi1- /Kimi BMEPIMEPKi /M ITE BTE ITEMf = = =; = =-= = . // /Qc ) 1-WP // WM QHT( ;/ Q1 QcMeanaWPMEP QcWi Ki MarinamtGMEPMrpaup ;1 -1 . == = == = WÌIQI( )QHT ) ;HEAT ( Mt[ ] /DTRATE Connection[W] loeffWanWALL SURFACETIME ≈ gasTRANSFER s .- #• m•= =#/1 W)() /" I" ;/Mi CP( NLTH1 Rc ; MTH WTDIIDESEK Q1 /QIREDLE(TH votto IDEDE- =ciclo ci / io === ,, ,MPAAB.

/IMMECC NTH M Qc

(M Meana KiTE MCOUBmt M;)COUB°• DDIAB ∅STECHIO°- stentostearato coub= = . SI, , =, ,PWM / mif a) Ki(WTH ringBTE KiM /KiI miaMneccMMECC Mina Mina• 'IDEDEINDICATO .• -=ciao .. .= == ,,* ✗ /Ki ($ ) )( Nds/ (/Ki ) D= ;I rapporto✗ 1 dXtonalità EQUIVALENZATERMICAs s= = =/LAUB/mia /D= Bub ;( Vol 2)REND Val SAUB/ ;/Volumetrico RISPETTO MiMOTORE Pressionee RTAUBMa. •. = =- / ⑨' " / Mia"lIv Plenum Voljpenm-PRENWIR-TPENNP-MMEle.MPMP.nlil /) )collettore ;U2penne m.= . MI /KY.tv VotiSPENUM /'MTA (BSFCMAD 212