T14 Engine ref. S12R-PTA Alternator ref. LSA 5.2 L7 Performance class G3 GENERAL CHARACTERISTICS Frequency (Hz) 5 Voltage (V) Optional control panel 4/23 Basic terminal block M8 Optional Control Panel TELYS Optional control panel APM82 Standard Control Panel POWER ESP Voltage DESCRIPTIVE Electronic governor Mechanically welded chassis with antivibration suspension 415/24 4/23 38/22 kw e kva PRP kw e kva DCC (*) kw e kva Standby Amps 1122 143 12 1275 12 1275 1952 1122 143 12 1275 12 1275 225 114 138 14 1255 14 1255 297 DIMENSIONS COMPACT VERSION 4327 2 Protective grille for fan and rotating parts (CE option) 2365 Exhaust compensators with flanges 176 24 V charge alternator and starter Radiator for core temperature of 48/5 C max with mechanical fan Delivered with oil and coolant -3 C Manual for use and installation DIMENSIONS SOUNDPROOFED VERSION Commercial reference of the enclosure POWER DEFINITION PRP : Prime Power is available for an unlimited number of annual operating hours in variable load applications, in accordance with ISO 8528-1. ESP : The standby power rating is applicable for supplying emergency power in variable load applications in accordance with ISO 8528-1. Overload is not allowed. *DCC : Data Center Continuous Power ratings apply to Data Center installations where a reliable utility power is available and comply with Uptime institute Tier III and IV requirements. At constant or varying load, the number of generator set operating hours is unlimited. A 1% overload capacity is available for one hour in twelve. Average load factor : 1%. Acoustic pressure level @1m in db(a) Sound power level guaranteed (Lwa) Acoustic pressure level @7m in db(a) TERMS OF USE According to the standard, the nominal power assigned by the genset is given for 25 C Air Intlet Temperature, of a barometric pressure of 1 kpa (1 m A.S.L), and 3 % relative humidity. For particular conditions in your installation, refer to the derating table. ASSOCIATED UNCERTAINTY For the generating sets used indoor, where the acoustic pressure levels depends on the installation conditions, it is not possible to specify the ambient noise level in the exploitation and maintenance instructions. You will also find in our exploitation and maintenance instructions a 1-6-217
warning concerning the air noise dangers and the need to implement appropriated preventive measures. 1-6-217
T14 ENGINE CHARACTERISTICS GENERAL ENGINE DATA EXHAUST Engine brand MITSUBISHI Exhaust gas temperature @ ESP 5Hz ( C) 492 Engine ref. S12R-PTA Exhaust gas flow @ ESP 5 Hz (L/s) 3916, Air inlet system Turbo Max. exhaust back pressure (mm H2O) 6 Cylinders configuration V Number of cylinders 12 FUEL Displacement (L) 49,3 Consumption @ 11% load (L/h) 3, Charge Air coolant Air/Water DC Consumption @ 1% load (L/h) 271, Bore (mm) x Stroke (mm) 17, x 18, Consumption @ 75% load (L/h) 28, Compression ratio 14 : 1 Consumption @ 5% load (L/h) 151, Speed (RPM) 15 Maximum fuel pump flow (L/h) 588, Pistons speed (m/s) 9, Maximum stand-by power at rated 122, RPM (kw) Frequency regulation, steady state (%) +/-.5% OIL Oil capacity (L) 18, BMEP (bar) 18,11 Min. oil pressure (bar) 2,5 Governor type Electronic Max. oil pressure (bar) 5,8 Oil consumption 1% load (L/h) 1, Oil sump capacity (L) 15, COOLING SYSTEM Radiator & Engine capacity (L) 3, Max water temperature ( C) 98, HEAT BALANCE Outlet water temperature ( C) 95 Heat rejection to exhaust (kw) 758 Fan power (kw) 3, Radiated heat to ambiant (kw) 78, Fan air flow w/o restriction (m3/s) Available restriction on air flow (mm H2O) Type of coolant 25,9 Haet rejection to coolant (kw) 649, 2, Glycol-Ethylene Thermostat modulating range HT ( C) 82-94 AIR INTAKE Max. intake restriction (mm H2O) Intake air flow (L/s) 4 1483, EMISSIONS Emission PM (mg/nm3) 5% O2 12 Emission CO (mg/nm3) 5% O2 59 Emission HC+NOx (g/kwh) Emission HC (mg/nm3) 5% O2 11 1-6-217
T14 ALTERNATOR CHARACTERISTICS GENERAL DATA OTHER DATA Alternator ref. LSA 5.2 L7 Continuous Nominal Rating 4 C (kva) 135, Number of Phase Three phase Power factor (Cos Phi),8 Standby Rating 27 C (kva) Efficiencies 1% of load (%) 1485, 95,2 Altitude (m) to 1 Air flow (m3/s) 1,8 Overspeed (rpm) 225 Short circuit ratio (Kcc),344 Number of pole Capacity for maintaining short circuit at 3 ln for 1 s Insulation class 4 Direct axis synchro reactance unsaturated (Xd) (%) 364, Yes Quadra axis synchro reactance unsaturated (Xq) (%) T class (H/125 ), continuous 4 C H / 125 K T class, standby 27 C H / 163 K AVR Regulation Total Harmonic Distortion in no-load DHT (%) Total Harmonic Distortion, on load DHT (%) Wave form : NEMA=TIF Yes Wave form : CEI=FHT <2 Number of bearing 1 Coupling Voltage regulation at established rating (+/- %) Recovery time (Delta U = 2% transcient) (ms) Indication of protection Direct Technology Without collar or brush H <3.5 <3.5 <5 Open circuit time constant (T'do) (ms) 375, Direct axis transcient reactance saturated (X'd) (%) 17,4 Short circuit transcient time constant (T'd) (ms) Direct axis subtranscient reactance saturated (X''d) (%) Subtranscient time constant (T"d) (ms) Quadra axis subtranscient reactance saturated (X"q) (%) Subtranscient time constant (T"q) (ms) 18, 14,8 18, 15,5 18, Zero sequence reactance unsaturated (Xo) (%),5 5 IP 23 Negative sequence reactance saturated (X2) (%) 15,21 Armature time constant (Ta) (ms) 27, No load excitation current (io) (A),85 Full load excitation current (ic) (A) 3,49 Full load excitation voltage (uc) (V) Engine start (Delta U = 2% perm. or 5% trans.) (kva) Transcient dip (4/4 load) - PF :,8 AR (%) 43,8 No load losses (W) Heat rejection (W) Unbalanced load acceptance ratio (%) 2766,72 12, 15287,4 3 53655,8 9 5 DIMENSIONS CONTAINER ISO 2 Commercial reference of the enclosure Acoustic pressure level @1m in db(a) Sound power level guaranteed (Lwa) Acoustic pressure level @7m in db(a) CONTAINER CIR 2 Ssi ISO2 Si 658 2438 2896 14932 5 89 11 8 Commercial reference of the enclosure Acoustic pressure level @1m in db(a) Sound power level guaranteed (Lwa) Acoustic pressure level @7m in db(a) CIR2 SSi 658 2438 2896 1625 5 85 16 76 1-6-217
T14 CONTROL PANEL Basic terminal block M8, transfer of information The control unit can be used as a basic terminal block for connecting a control box. The M8 is a dual-function control unit. It can be used as a basic terminal block for connecting a control box and as an instrument panel with a direct read facility, with displays giving a global view of your generating set's basic parameters. Offers the following functions: emergency stop button, customer connection terminal block, CE. Offers the following functions: Engine parameters: tachometer, working hours counter, coolant temperature indicator, oil pressure indicator, emergency stop button, customer connection terminal block, CE. 1-6-217
TELYS, ergonomic and user-friendly APM82 dedicated to power plant management The highly versatile TELYS control unit is complex yet accessible, thanks to the particular attention paid to optimising its ergonomics and ease of use. With its large display screen, buttons and scroll wheel, it places the accent on simplicity and communication. The new APM82 command/control system is specifically designed for operating and monitoring power plants for markets including hospitals, data centres, banks, the oil and gas sector, industries, IPP, rental and mining. This unit is available as standard on all generating sets from 275 Kva designed for coupling. It is optional on the rest of our range. The Human Machine Interface, designed in collaboration with a company specialising in interface design, facilitates operations with a large 1% touch screen. The preconfigured system for power plant applications features a brand new customisation function which complies with the international standard IEC 61131-3. New communication functions (PLC and regulation), improve the high level of equipment availability in the installation. The TELYS offers the following functions: Electrical measurements: voltmeter, frequency meter, ammeter. Engine parameters: working hours counter, oil pressure, coolant temperature, fuel level, engine speed, battery voltage. Alarms and faults: oil pressure, coolant temperature, failure to start, overspeed, alternator min./max., battery voltage min./max., emergency stop, fuel level. Ergonomics: wheel for navigating around the various menus. Communication: remote control and operation software, USB connections, PC connection. Advantages: Dedicated to power plant management. Specially researched ergonomics. High level of equipment availability. Modularity and long service life guaranteed. Making it easy to extend the installation For more information, please refer to the sales documentation. For more information on the product and its options, please refer to the sales documentation. 1-6-217