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    MTU 20V4000 L33 Technical Data Sheet

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    B-ENERGY INVESTMENT
    This document provides technical specifications for the MTU 20V4000 GS gas engine. Some key details include: - It is a 20 cylinder, V-shaped 4000 series lean-burn gas engine with an exhaust gas turbocharger. - At rated speed of 1500rpm, it delivers an electrical output of 4215kW at 50Hz and 4666kW at 60Hz. - Other outputs listed include thermal performance of 7928kW, fuel consumption of 10.5kg/kWh, and exhaust emissions under 5% oxygen of NOx at 59mg/Nm3. - Operational parameters covered include cooling water temperatures, exhaust gas temperatures, air pressures and volumes, electrical toler

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    MTU 20V4000 L33 Technical Data Sheet

    Uploaded by

    B-ENERGY INVESTMENT
    105 views8 pages
    This document provides technical specifications for the MTU 20V4000 GS gas engine. Some key details include: - It is a 20 cylinder, V-shaped 4000 series lean-burn gas engine with an exhaust gas turbocharger. - At rated speed of 1500rpm, it delivers an electrical output of 4215kW at 50Hz and 4666kW at 60Hz. - Other outputs listed include thermal performance of 7928kW, fuel consumption of 10.5kg/kWh, and exhaust emissions under 5% oxygen of NOx at 59mg/Nm3. - Operational parameters covered include cooling water temperatures, exhaust gas temperatures, air pressures and volumes, electrical toler

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    This document provides technical specifications for the MTU 20V4000 GS gas engine. Some key details include: - It is a 20 cylinder, V-shaped 4000 series lean-burn gas engine with an exhaust gas turbocharger. - At rated speed of 1500rpm, it delivers an electrical output of 4215kW at 50Hz and 4666kW at 60Hz. - Other outputs listed include thermal performance of 7928kW, fuel consumption of 10.5kg/kWh, and exhaust emissions under 5% oxygen of NOx at 59mg/Nm3. - Operational parameters covered include cooling water temperatures, exhaust gas temperatures, air pressures and volumes, electrical toler

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    105 views8 pages

    MTU 20V4000 L33 Technical Data Sheet

    Uploaded by

    B-ENERGY INVESTMENT
    This document provides technical specifications for the MTU 20V4000 GS gas engine. Some key details include: - It is a 20 cylinder, V-shaped 4000 series lean-burn gas engine with an exhaust gas turbocharger. - At rated speed of 1500rpm, it delivers an electrical output of 4215kW at 50Hz and 4666kW at 60Hz. - Other outputs listed include thermal performance of 7928kW, fuel consumption of 10.5kg/kWh, and exhaust emissions under 5% oxygen of NOx at 59mg/Nm3. - Operational parameters covered include cooling water temperatures, exhaust gas temperatures, air pressures and volumes, electrical toler

    Copyright:

    © All Rights Reserved
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    Download as pdf or txt
    of 8

    93800050096_V08_de_DE

    V / Hz
    °C
    mg/m3 I. n.
    °C
    °C
    °C
    m / mbar
    °C
    %
    %
    kW
    kW
    kW
    kW
    kW
    kW
    kW
    kW
    %
    %
    %
    kW
    m3 I. n./h
    kg/h
    m3 I. n./h
    m3 I. n./h
    kg/h
    °C
    MZ
    kWh/m3 I. n.
    mg/m3 I. n.
    mg/m3 I. n.
    mg/m3 I. n.
    mg/m3 I. n.
    1/min
    mm
    mm
    dm3
    m/s
    bar
    dm3/h
    mbar mbar
    kVA
    %
    °C
    m3/h
    Pressure Loss, Interpretation
    14)
    Kv-Value Interpretation
    13)15)
    a bar / m3/h
    bar
    °C
    °C
    m3/h
    Pressure Loss, Interpretation
    14)
    Kv-Value
    13) 15)
    kPa / m3/h
    m3/h / bar
    bar
    /
    50
    Combustion air volume flow
    1)
    Combustion air mass flow
    Relative humidity of the combustion air
    Energy balance
    Heat output 1. Level Mixture Cooler
    6)
    Electrical Performance
    2) 3)
    Thermal performance total
    6)
    Heat output 2. Level Mixture Cooler
    6)
    Exhaust gas volume flow, wet
    1)
    Exhaust volume flow, dry
    1)

    Generator efficiency at cos phi = 1


    Electrical efficiency
    4)

    Overall efficiency incl. Exhaust Heat To Power


    Self-Consumption
    7)
    Exhaust gas heat on cooling to ( 120 °C )
    6)
    Standard power according to ISO 3046-1
    2)
    Energy use
    4) 5)
    NOx, specified as a NO
    2
    (dry, 5 % O
    2
    )
    Exhaust gas temperature after turbocharger
    Technical Data Sheet
    Cooling Water Inlet / Outlet
    Voltage / Frequency
    NOx emissions (dry, 5 % O
    2

    )
    Mixture cooler 1. Level Water Inlet Temperature
    Standards and guidelines
    Catalyst
    Special Equipment
    Installation Altitude / Air Pressure,
    Combustion Air Temperature
    Mixture cooler 2. Level Water Inlet Temperature,
    Exhaust Gas Temperature (Outlet)
    Natural Gas,
    Sewage Gas
    , Biogas
    , Landfill Gas
    Exhaust emissions
    5) 8)

    449
    Exhaust gas mass flow, wet
    400
    817
    90
    817
    1077
    129
    ( 1032 )
    1000
    30
    1000
    1499
    100
    75
    50
    Speed
    Bore
    < 500
    Stroke
    Displacement
    Mean Piston Speed
    Compression Ratio
    /
    CH
    4

    >95 Vol.%
    not applicable
    not applicable
    not applicable
    1031
    97.0
    39.4
    97.5
    42.8
    41.6
    589
    59
    Thermal Performance Engine (Block, Lubricating Oil, 1.Level Mixture Cooler)
    6)
    H/F
    12.8
    CO (dry, 5 % O
    2
    )
    HCHO (dry, 5 % O
    2
    )
    VOC (dry, 5 % O
    2
    )
    Number Of Cylinders / Arrangement
    Engine Type
    Otto gas engine, lean-burn operation with exhaust gas turbocharger
    20V4000L33FN
    20
    /
    V
    0.7
    2800
    30 - 60
    < 1000
    1500
    170.0
    210.0
    95.3
    Coolant volume flow, constant
    13)14)
    Max. Operation pressure (coolant before engine)
    Exhaust gas temperature exhaust gas heat exchanger
    coolant temperature (inlet / outlet), interpretation
    Max. permissible cos phi inductive (overexcited) / capacitive (under-excited)
    12) 22)

    Voltage Tolerance Frequency Tolerance


    Cooling Of The Motor
    Medium effective pressure at rated speed 1/min
    oil consumption
    10)
    Coolant Temperature (Inlet / Outlet), Interpretation
    Exhaust back pressure min. - max. according to unit / module
    Types Of Performance (Temperature Rise Class F)
    11)

    Insulation Class / Temperature Rise Class


    Winding Step,
    Degree Of Protection
    Generator
    83.6
    0.8 / 0.95
    2/3
    78 / 90
    449
    Not included
    2540
    3600
    4666
    BDEW medium voltage Directive
    1999
    Max. Operating Pressure Coolant
    < 500
    40
    78 / 90

    MTU 20V4000 GS
    GG20V4000A1
    2.19
    /
    /
    57.4
    Exhaust gas heat exchanger
    Coolant volume flow, constant
    13) 14)
    6.0
    /
    88.0
    88.3
    88.2
    7832
    10114
    8093
    7475
    5934
    4074
    7663
    5261
    ± 10 / ± 5
    IP 23
    25
    1077
    589
    100
    75
    10.1 - 10.5 / 8.0 - 11.0
    Fuel requirements
    9)

    Reference fuels
    8)

    Combustion Air / Exhaust Gas


    2050
    1538
    97.5
    ( 858 )
    6135
    4215
    5660
    10458
    3881
    7928
    5448
    476
    507
    Minimum methane number of
    calorific value range: interpretation / capable of operating without power reduction
    ( 654 )
    17.2
    10.5
    Minimum Flow / Minimum Operating Pressure
    1/2
    93800050096 / V08 / 27.05.2015
    93800050096_V08_de_DE
    Technical Data Sheet
    MTU 20V4000 GS
    GG20V4000A1
    °C
    m3/h
    Pressure Loss, Interpretation
    14)
    Kv-Value Interpretation
    13)15)

    a bar / m3/h
    m3/h / bar
    bar
    °C
    m3/h
    Pressure Loss, Interpretation
    14)
    Kv-Value Interpretation
    13)15)
    a bar / m3/h
    bar
    °C
    °C
    m3/h
    Pressure Loss, Interpretation
    14)
    Kv-Value Interpretation
    15) 16)
    a bar / m3/h
    bar
    kW
    °C
    °C
    K
    m3 I. n./h
    %
    %
    V / kW / Ah
    dm3
    dm3
    dm3
    dm3
    dm3
    DN / mbar mbar
    Hz
    dB
    Hz
    dB
    Lin dB
    dB A
    dB
    Hz
    dB
    Hz
    dB
    Lin dB
    dB A
    dB
    mm
    mm
    mm
    kg
    EDAM / EDAT
    22) Max. permissible cos phi in dependence of the voltage in accordance with the requirements of the BDEW medium voltage Directive
    6
    /
    40 / 43.4
    Mixture cooling 2. Level, EXT.
    /
    Heating Water (Inlet / Outlet), Design
    Of Heating Water Volume Flow, Interpretation
    14) 16)

    50
    -
    -
    -
    97.1
    Max. Operating Pressure Heating Water
    Radiant heat from the unit
    17)
    Supply air temperature: min. / Interpretation / max.
    Efficiency
    20 / 25 / 30
    15
    20
    100
    Room ventilation
    Combustion air temperature
    Width
    Frequency
    Gear oil
    250
    35.3
    Heating water
    20)
    Nominal diameter / gas pressure min. - max.
    96.5
    Rated voltage / power / capacity battery
    Lubricating oil in the engine
    the engine coolant
    Min. Machine-room temperature
    18)
    Weight with consumables (excluding the consumables)
    Sea level
    Sound power level
    Sound pressure level
    Humming Sound Pressure Level
    0.72
    /
    42.6
    Heating circuit interface
    Max. Operating Pressure (Mixture Cooler Inlet)
    Engine Coolant (Inlet / Outlet), Interpretation
    Minimum Flow / Minimum Operating Pressure
    Max. Operating Pressure (Mixture Cooler Inlet)
    Mixture coolant temperature (inlet / outlet), interpretation of
    coolant flow, design, constant
    13) 14)

    Frequency
    Sound Pressure Level
    Frequency
    Sound Pressure Level
    Max. Temperature Difference (Supply Air / Exhaust Air)
    Minimum Supply Air Volume Flow (Combustion + Cooling)
    19)

    Quantities
    22500
    24 / 2 x 9 / --
    350
    310
    23
    Starter and battery system
    Mixture coolant
    63
    94.5
    250
    92.6
    Sound power level
    Transmission
    75
    3) generator terminal power at rated voltage, cos phi = 1 and frequency
    4) According to ISO 3046 (+ 5 % tolerance) with reference fuel at nominal voltage, cos phi = 1, and rated frequency
    5) emission values for mains parallel operation
    6) thermal performance in the interpretation of temperature; tolerance +/- 8 %
    7) power consumption of the module / unit built-consumer
    91.1
    114.4
    102.1
    ~ 5900
    ~ 2000
    Design a project-specific basis
    ~ 2400
    ~ 19700 (~ 19000)
    Design a project-specific basis
    Dimensions (Unit)
    Power reduction
    Boundary conditions and materials
    Design a project-specific basis
    1) standard cubic meter at p = 1013 mbar and T = 273 K
    93.8
    2) The interpretation in the island operation must be a specific project done
    Mixture Coolant Temperature (Entry)
    Methane Number
    Height
    100
    180 - 250
    /
    /
    Mixture cooling 1. Level, external
    mixture coolant temperature (inlet / outlet), interpretation of
    coolant flow, design, constant
    13) 14)
    105
    10) approximate value, at nominal load (without an oil change quantity)
    11) Generator at rated operation up to max. 1000 m installation height max. 40 °C intake air temperature in a power reduction of
    12) Max. allowable power factor at rated power (from producer's point of view)
    13) values for a mixture of 65% water and 35% glycol; in the case of differing coolant composition correction is required.
    14) loss of pressure when the volume flow of the medium,
    15) The Kv value is the flow rate in m3/h at 1 bar pressure loss. For the minimum and maximum flow limits are set to
    16) values for 100 % of the water, in the case of differing coolant composition correction required
    In the design of the system must have the tolerance are taken into account.
    83.3
    21) All of the sound level values at rated output
    Humming Sound Pressure Level
    Frequency
    Sound Pressure Level
    Length
    Machine noise
    21)

    (1 Meter, free field based) +3 dB(A) for A-weighted level of tolerance


    Gas control system
    500
    125
    93.8
    8000
    4000
    500
    91.7
    2000
    102.8
    4000
    100.1
    120.3
    63
    114.1
    Exhaust noise
    21)
    (1-Meter distance from the outlet 90°, free-field based) +3 dB(A) for A-weighted level of tolerance
    20) when a module incl. Connection pipes
    87.2
    1000
    110.4
    1000
    86.3
    75.4
    99.7
    104.8
    2000
    8000
    Systems and materials must following MTU factory standards conform to:
    A001067
    125
    110.7
    Design a project-specific basis
    17) Only Generator and surface losses
    18) frost freedom must be guaranteed
    19) ventilation quantities, if necessary, the gas safety concept
    8) for the determination of the energy balance; deviations efficiency and exhaust emissions affect
    9) ability to run the machine
    2/2
    93800050096 / V08 / 27.05.2015

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