TG 2016-3-0718 (00): Technical data    800 kWel; 480 V, 60 Hz; Acc. to gas analysis

Design conditions            Fuel gas data:     Comb. air temperature rel. Humidity:    [°F/%]    861 60    Methane number:    [-]    139 Altitude:    [ft]    4429    Lower calorific value·    {BTU/ft3]    578 Exhaust temp. after heat exchanger·    {'F]    356    Gas density.    [lblft3]    0,08 NO, Emission (tolerance - 8%):    [glbhph]    1,07    Acc. to gas analysis Analysis: co,    [vol%]    40 Genset:            N2    [vol¾]    0 Engine.    TCG2016V16C.        o,    [vol%]    0 Speed:    [1/min[    1800    H2    {vol%]    0 Configuration I number of cylinders:    I -l    V 116    co    {vol¾]    0 Bore I Stroke I Displacement:    [in I in /in    5,216,3 I 2138    CH,    [vol%]    60 Compression ratio:    I -l    15    C2H•    [vol%]    0 Mean piston speed:    [ft/s]    31    C3Hs    [vol¾]    0 Mean lube oil consumption at full load:    (lb/hr]    0,4    C,H,    [vol%]    0 Engine-management-system:    [ - I    TEM EVO    H2S    [vol%]    0 Generator:    Marelll MJB 400 LC4 Voltage I voltage range I frequency    [V/%/Hz]    480I :1:5 I 60 Speed:    [1/min]    1800

Energy balance Load:    {%]    100    75    50 Electrical power COP acc. ISO 8528-1:    [kW]    800    600    400 Generator efficiency with cos Phi =    1 I ind    [%]    96,9    96,5    95,7 Engine power acc. ISO 3046-1:    [bhp]    1108    833    561 Engine jacket water heat:    [MBTU/hr±8%]    1337    1102    877 lnlercooler LT heat:    [MBTU/hr±8%]    198    119    72 Lube oil heat:    [MBTU/hr±8%]             Exhaust heat with temp. after heat exchanger:    [MBTU/hr±8%]    1505    1215    901 Exhaust temperature:    ['F]    932    964    999 Exhaust mass flow, wet:    {lb/hr]    9817    7489    5234 Combustion mass air flow - ISO 304611:    [lb/hr]    8942    6810    4749 Radiation heat engine I generator:    [MBTU/hr±8%]    1021 89    781 72    511 61 Fuel consumption:    [MBTU/hr +5%]    6629    5145    3681 electrical /mechanical I thermal efficiency·    [%[    41,2 / 42,5 / 42,9    39,8141,2 / 45,1    37 1 / 38,8 / 48,3 Total efficiency:    [%]    84,1    84,9    85,3 System parameters    tJ             Ventilation air flow (comb. air incl.) with LIT=    15 K    {lb/hr]    48900 Combustion air temperature minimum I design:        {'F]    68 / 86 Exhaust back pressure from I to:        {tnWC]    121 20 Maximum pressure loss in front of air cleaner:        {inWC]    2 Zero-pressure gas control unit selectable from I to:"    [inWC]    81 80 Pre-pressure gas control unit selectable from I to 2'    [psi]    7 1145 Starter battery 24V, capacity required:    [Ah]    286 Starter motor:    {kWel. /VDC]    9124 Lube oil content engine I base frame:    {gal(USJ]    361- Dry weight engine I genset:    [lb]    6349114617 Cooling system         Glycol content engine jacket water I intercooler:    [¾Vol.]    0135 Water volume engine jacket I intercooler    [gal(US)]    15 / 1,3 KVS / Cv value engine jacket water I intercooler:    [ft3/h]    1504 / 367 Jacket water coolant temperature in I out:    ['F)    183 I 198 lntercooler coolant temperature mI out:    ['Fl    1221133 Engine jacket water now rate fromI to:    [gpm]    1721264 Water flow rate engine jacket water I intercooler:    [gpm]    192 I 44 Water pressure loss engine jacket water I intercooler:    [psi]    15114

1) See also MVVM Layoul of power plantsM    2) See also Techn Circular 0199.99-3017 Engine noise level    Octave band centre frequency    Sum l v I (d1s1ance 1 meter)     63    125    250    500    1000    2000    I    4000    8000     Exhaust noise l[dB(hn)I    108    123    118    112    110    104    105    97    116 (<2.5 dB(A)) Alr borne noise [dB(lin)l    92    96    96    97    99    97    94    100    105 {:t1.0d8tA1)

C, MarelliMotori    TEST CERTIFICATE FOR SYNCHRONOUS A.C. .    II    Purchaser    MWM    Date    21/0712011   D 3Ph.Synchr Gener.    TYPE    MJB 400 LC4    CODE    MJB4082K2U1580    N•     VOLTAGE DROOP CHECK WITH PARALLEL DEVICE