Technical Data Tad740ge Werktuigen-Books Pdf

Technical data TAD740GE Werktuigen
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Load acceptance, Test condition warm engine, Load acceptance performance can vary due to actual alternator inertia voltage regulator type of load and local ambient conditions. Single step load performance at 1500 rpm, Load Speed diff Recovery time s Remaining load Speed diff Recovery time s. Prime St by Prime St by Prime St by Prime St by, 0 20 3 1 3 3 0 5 0 5 20 100 15 15 4 5 4 6. 0 40 5 6 6 2 0 8 1 1 40 100 14 5 15 0 0 9 1 0, 0 50 10 0 1 2. 0 55 10 0 1 9, 0 60 11 0 15 1 9 2 0 60 100 8 1 9 2 0 8 0 9.
0 80 15 15 5 2 5 4 80 100 3 8 3 9 1 1 1 2, 100 0 13 3 15 3 0 7 0 7. Single step load performance at 1800 rpm, Load Speed diff Recovery time s Remaining load Speed diff Recovery time s. Prime St by Prime St by Prime St by Prime St by, 0 20 1 6 2 0 0 4 0 4 20 100 14 6 15 0 9 1 0. 0 40 3 1 3 4 0 6 0 6 40 100 8 0 8 9 0 8 0 8, 0 60 7 9 8 3 0 8 1 0 60 100 4 0 4 2 0 7 0 8. 0 64 10 0 1 0, 0 72 10 0 1 0, 0 80 14 7 15 1 2 1 4 80 100 1 5 1 7 0 4 0 5.
100 0 7 6 8 9 0 7 0 8, Prime based on Prime Power rating St by based on Standby Power rating. TAD740G Speed rpm 1500 1800, Cold start performance. Time from start to no load speed, 20 C ambient temperature s 5 2 5 3. 5 C ambient temperature s 7 2 5 8, 15 C ambient temperature s 9 0 9 9. Time from start to stay within 0 8 of no load speed. 20 C ambient temperature s 5 2 5 3, 5 C ambient temperature s 7 2 5 8.
15 C ambient temperature s 9 0 9 9, With manifold heater engaged lubricating oil 15 W 40. The engine may be operated up to 1000 m altitude and 40 C. ambient air temperature without derating, For operation at higher altitudes and temperatures the power. should be derated according to the following factors. Altitude derating factor 3000 m 4 500 m, Altitude derating factor 3000 m 6 500 m. Ambient temperature derating factor 1 5 5 C, Humidity No derating. 146 TAD740GE Volvo Penta Generating Set Engines 2004. TAD740GE Speed rpm 1500 1800, Lubricating oil consumption at.
Prime Power liter h US gal 0 04 0 011 0 05 0 013, Standby Power liter h US gal h 0 05 0 013 0 06 0 016. Recommended lubricating oil see general section in this sales guide. Oil system capacity including filters liter US gal 29 7 7. Oil sump capacity, max liter US gal 24 6 3, min liter US gal 16 4 2. Oil change intervals, VDS 2 h 600, VDS ACEA E3 h 400. ACEA E2 API CD CF CF 4 CG 4 h 200, Engine angularity limits. front up degrees 16, front down degrees 40, side tilt degrees 40.
Oil pressure, at rated speed kPa 300 500, shut down switch setting kPa 70. Lubrication oil temperature, normal C 110, Oil filter micron size mm 0 040. See also general section in this sales guide, Fuel system. Specific fuel consumption at, 25 of Prime Power g kWh lb hph 227 0 368 230 0 373. 50 of Prime Power g kWh lb hph 200 0 324 205 0 332. 75 of Prime Power g kWh lb hph 198 0 321 199 0 323. 100 of Prime Power g kWh lb hph 200 0 324 200 0 324. Specific fuel consumption at, 25 of Standby Power g kWh lb hph 219 0 355 230 0 373.
50 of Standby Power g kWh lb hph 200 0 324 203 0 329. 75 of Standby Power g kWh lb hph 198 0 321 199 0 323. 100 of Standby Power g kWh lb hph 201 0 326 202 0 328. Recommended fuel to conform to ASTM D975 No1 D and 2 D. JIS KK 2204 EN 590, Total fuel flow liter h US gal h 110 29 0 125 33 0. Feed pump pressure kPa 100 150, Feed pump max suction head m 2. Fuel filter micron size mm 0 008, Governor type make standard Electronic GAC. Injection pump type make P 3000 Bosch, Injection timing B T D C 10 12. Air consumption at, Prime Power at 27 C m min cfm 14 7 519 17 6 622.
Standby Power at 27oC 3, m min cfm 15 6 551 18 6 657. Air intake restriction clean filter s kPa In wc 1 0 4 02 1 40 5 63. Max allowable air intake restriction kPa In wc 5 20 1. Air filter type single stage paper cartridge, Air filter cleaning efficiency 99 85. Heat rejection to exhaust at, Prime Power kW BTU min 160 9099 164 9327. Standby Power kW BTU min 180 10237 184 10464, Exhaust gas temperature after turbine at. Prime Power C F 525 977 470 878, Standby Power C F 540 1004 485 905.
Max allowable back pressure in exhaust line kPa In wc 10 40. Exhaust gas flow at, Prime Power m3 min cfm 39 2 1384 43 0 1519. Standby Power m3 min cfm 41 8 1476 46 3 1635, Volvo Penta Generating Set Engines 2004 TAD740GE 147. C03 64 B TTS a, 2 X V bhbcT, 7TPc aTYTRcX aPSXPcX Ua T VX T Pc. aX T fTa ZF 1CD X, BcP SQh fTa ZF 1CD X, 7TPc aTYTRcX c R P c Pc. aX T fTa ZF 1CD X, BcP SQh fTa ZF 1CD X, ATR T STS R P c E e R P c a E e P cXR aa bX.
PSSXcXeT c VTcWTa fXcW R TP UaTbW fPcTa, APSXPc a R X V bhbcT ch T 2 bTS RXaRdXc. APSXPc a R aT PaTP bcS bXiT, APSXPc a R aT cWXRZ Tbb bcS bXiT. 8 cTaR Ta R aT PaTP bcS bXiT, 8 cTaR Ta R aT cWXRZ Tbb bcS bXiT. 5P SXP TcTa, 5P fTa R bd cX ZF W, 5P SaXeT aPcX, 2 P c RP PRXch. T VX T XcTa, bcS aPSXPc a fXcW W bTb XcTa, 2 P c d SaXeT aPcX VTPa.
2 P c U f fXcW bcP SPaS bhbcT b, X X d R P c U f b. PgX d TgcTa P R P c bhbcT aTbcaXRcX Z P, bcPacb c T 2. PgX d bcPcXR aTbbdaT WTPS Z P, aTbbdaT RP bTccX V bcP SPaS aPSXPc a Z P. PgX d c cP Z cT TaPcdaT 2, X X d cT TaPcdaT T cTaX V T VX T 2. BWdcS f bfXcRW bTccX V 2, ATR T STS SaPfS f RP PRXch U c cP R X V bhbcT RP PRXch.
2 X V TaU a P RT, 2 X V PXa U f P S PgX d PSSXcX P TgcTa P aTbcaXRcX Pc SXUUTaT c aPSXPc a PXa cT TaPcdaTb. QPbTS 2 CCC P S P cXUaTTiT, 4 VX T 0Xa U A8 4 F4A BC0 31H F4A. b TTS cT 0Xa U f Pg PSSXcX P 0Xa U f Pg PSSXcX P, a 2 ZV b TgcTa P aTbcaXRcX P ZV b TgcTa P aTbcaXRcX P. 148 TAD740GE Volvo Penta Generating Set Engines 2004. TAD740GE Speed rpm 1500 1800, Voltage and type 24 V insulated from earth. Alternator make output Amp Valeo 60, tacho output Hz alternator rev 6.
drive ratio 3 37 1, Starter motor make type kW Bosch KB 5 4. Starter motor solenoid, pull current Amp 12, hold current Amp 6. Number of teeth on flywheel SAE2 SAE1 140 156, Number of teeth on starter motor SAE2 SAE1 9 11. Inrush current at 20oC Amp 800, Cranking current at 20oC Amp 330. Crank engine speed at 20oC rpm 200, Starter motor battery capacity.
maximum Ah 2x143, minimum at 5oC Ah 2x70, Stop solenoid. pull current Amp, hold current Amp, Inlet manifold heater at 20 V kW 3 0. Power relay for the manifold heater Amp 1, Power take off. Front end in line with crank shaft Nm max 420, Front end belt pulley load. Direction of load viewed from flywheel side, left kW max 16 max 22.
down kW max 23 max 24, right kW max 12 max 21, Timing gear at compressor PTO Nm max 110. speed ratio direction of rotation viewed from flywheel side 0 91 1 clockwise. Timing gear at servo pump PTO Nm max 38, speed ratio direction of rotation viewed from flywheel side 1 58 1 clockwise. Volvo Penta Generating Set Engines 2004 TAD740GE 149. Diagrams TAD740GE, Test standards ISO 3744 1981 E, sound power without fan intake and. exhaust noise, Tolerance 0 75 dB A, Fuel consumption data is based. on a diesel fuel with a calorific, value of 42 7 MJ kg 18360.
BTU pound and a density of, 0 84 kg liter 7 01 lb US gal. 150 TAD740GE Volvo Penta Generating Set Engines 2004. Diagrams TAD740GE, Volvo Penta Generating Set Engines 2004 TAD740GE 151. Technical data TAD740GE General In line four stroke diesel engine with direct injection Turbo charged and air to air intercooled Rotation direction anti clockwise viewed towards flywheel Number of cylinders 6 Displacement total 7 28 liter 445 in3 Firing order 1 5 3 6 2 4 Bore 107 mm 4 21 in Stroke 135 mm 5 31 in Compression ratio 17 2 1 Dry weight Engine only 901 kg 1987 lb GenPac

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