Standard Industrial Groups - X1000C

Power Products X1000C Generator Set, equipped with an MTU engine and a LEROY SOMER alternator. Direct access to sections GENERAL FEATURES General characteristics Description Power table Engine type 16V2000G25E Performance class G3 Frequency (Hz) 50 Reference voltage (V) 400/230 Max power ESP (kVA) 1000 Max power ESP (kWe) 800 Max power PRP (kVA) 909.10 Max power PRP (kWe) 727.30 Current (A) 1443 Standard cabinet BORNIER Optional cabinet M80 Optional cabinet TELYS Optional cabinet APM802 Electronic regulation Mechanically welded chassis with anti-vibration suspensions Radiator with mechanical fan (see performance table for temperature) Exhaust compensator(s) with flanges Starter and charging alternator 24V Delivered with oil and coolant -30°C User manual and commissioning guide Voltages ESP PRP Amperes backup kWe kVA kWe kVA 415/240 784 980 713 891 1363 400/230 800 1000 727 909 1443 380/220 784 980 713 891 1489 ENGINE FEATURES General data Exhaust Fuel Oil Thermal balance Intake air Cooling system Emissions Engine brand MTU Engine ref. 16V2000G25E Aspiration type Turbo Intake air cooling Air/Air DC Number of cylinders 16 Cylinder arrangement V Displacement (L) 31.86 Bore (mm) 130 Stroke (mm) 150 Compression ratio 16 Speed (RPM) 1500 Piston speed (m/s) 7.50 ESP power (kW) 890 Regulation class (%) +/- 0.5% BMEP (bar) 20.34 Regulation type Electronic Exhaust gas temperature @ ESP 50Hz (°C) 495 Exhaust gas flow @ ESP 50Hz (L/s) 3500 Exhaust back pressure (mm H2O) 500 Consumption 110% load (L/h) 230 Consumption 100% load (L/h) 207 Consumption 75% load (L/h) 154 Consumption 50% load (L/h) 105 Max fuel pump flow (L/h) 600 Oil capacity (L) 102 Min oil pressure (bar) 4.70 Max oil pressure (bar) 7.50 Oil consumption 100% load (L/h) 2.07 Oil sump capacity (L) 92 Heat rejected in exhaust (kW) 751 Radiated heat (kW) 45 Heat rejected in water (kW) 355 Max intake back pressure (mm H2O) 150 Combustion air flow (L/s) 1550 Engine and radiator capacity (L) 196 Max water temperature (C°) 102 Water outlet temperature (C°) 95 Fan power (kW) 52 Fan air flow Dp=0 (m3/s) 22.02 Available back pressure on air (mm H2O) 20 Refrigerant type Glycol-Ethylene HT thermostat (°C) 75-88 Emission PM (g/kW.h) 0.09 Emission CO (g/kW.h) 1.81 Emission HC (g/kW.h) 0.91 ALTERNATOR FEATURES General data Other data Brand of alternator LEROY SOMER Alternator ref. LSA 49.1 L10 Number of phases Three-phase Power factor (cos Phi) 0.80 Altitude (m) 0 to 1000 Overspeed (rpm) 2250 Number of poles 4 Insulation class H Temperature class (H/125°) continuous 40°C H / 125°K AVR type R450 Total harmonic distortion at no load DHT (%) Waveform: NEMA = TIF Waveform: IEC = FHT Number of bearings 1 Direct coupling Voltage regulation at steady state (+/- %) 0.50 Continuous rated power 40°C (kVA) 910 Backup power 27°C (kVA) 1000 Efficiency at 100% load (%) 95.20 Air flow (m3/s) 1 Short circuit ratio (Kcc) 0.4110 Unsaturated synchronous longitudinal reactance (Xd) (%) 315 Unsaturated synchronous transverse reactance (Xq) (%) 189 Transient time constant at no load (T'do) (ms) 2111 Saturated transient longitudinal reactance (X'd) (%) 14.90 Transient time constant in short circuit (T'd) (ms) 100 Saturated subtransient longitudinal reactance (X''d) (%) 11.90 Subtransient time constant (T''d) (ms) 10 Subtransient time constant (T''q) (ms) 10 Saturated subtransient transverse reactance (X''q) (%) 13 Unsaturated homopolar reactance (Xo) (%) 0.90 Saturated inverse reactance (X2) (%) 12.47 Armature resistance (Ra) (%) 0.0230 Armature leakage reactance (Xa) (%) 0.74 Armature time constant (Ta) (ms) 15 No-load excitation current (io) (A) 0.92 Load excitation current (ic) (A) 3.38 Load excitation voltage (uc) (V) 39.50 Response time (Delta U = 20% transient) (ms) 500 Starting (Delta U = 20% permanent or 50% transient) (kVA) 2179.46 Transient Delta U 4/4 load-Cos Phi 0.8 AR (%) 11 No-load loss (W) 9812.42 Heat dissipation (W) 36354.59 DIMENSIONS Dimensions compact version Dimensions soundproof version Length (mm) 4315 Width (mm) 1848 Height (mm) 2150 Net weight (kg) 6152 Tank capacity (L) 0 Soundproofing type M427 Length (mm) 6400 Width (mm) 2170 Height (mm) 2721 Net weight (kg) 9060 Tank capacity (L) 930 Sound pressure level @1m dB(A) 90 Guaranteed acoustic power level (Lwa) 111 CABINET BORNIER M80, information reporting TELYS, ergonomic and user-friendly APM802 dedicated to energy management The cabinet serves as a simple terminal for connecting an electrical cabinet. It offers the following features: Emergency stop button, customer connection terminal, CE compliance. The M80 cabinet has a dual function. It serves as a simple terminal for connecting an electrical cabinet and as a direct reading dashboard with dials that allow monitoring of the basic parameters of your generator set. It offers the following features: Engine parameters: Tachymetry, Hour meter, Water temperature indicator, Oil pressure indicator, Emergency stop button, Customer connection terminal, CE compliance. Extremely versatile, the TELYS cabinet is complete yet remains very accessible thanks to in-depth work on optimizing ergonomics and user-friendliness. With a large visualization screen, buttons, and a scrolling wheel, it opts for simplicity and emphasizes communication. It offers the following features: Electrical measurements: Voltmeter, Ammeter, Frequency meter. Engine parameters: Hour meter, Oil pressure, Water temperature, Fuel level, Engine speed, Battery voltage. Alarms and faults: Oil pressure, Water temperature, No start, Overspeed, Min/max alternator, Min/max battery voltage, Emergency stop, Fuel level. Ergonomics: Navigation wheel between different menus. Communication: Remote control and monitoring software, USB connections, PC connection. For more information about the product and its options, please refer to the commercial documentation. The new APM802 control cabinet is dedicated to the operation and monitoring of energy centers for the hospital, data center, banking, oil and gas, industrial, IPP, rental, and mining markets. This cabinet is standard on all generator sets from 275 kVA intended for coupling functions. For the rest of our range, it is optional. The human-machine interaction, designed in collaboration with a company specializing in interaction design, facilitates operation with a 100% touch screen. The pre-configured system for energy center applications features a unique customization function compliant with the international standard IEC 61131-3. New communication functions (automation and regulation) enhance the high availability of the installation's equipment. Highlights: Dedicated to energy center management. Ergonomics specifically studied High availability of equipment Guaranteed modularity and sustainability Facilitated installation extension For more information, please refer to the commercial documentation.