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Rover G series

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emissions compliance. To achieve these targets, MG Rover Group engineers introduced a new cylinder head, valves, pistons and a Siemens engine management system using a common-rail system equipped with the latest injector technology available at the time to the L series' existing architecture, carrying over the cylinder block and sump. A new acoustic engine cover was designed for the engine. The throttle system was redesigned and relocated from the engine bay to the top of the throttle pedal. However, due to ongoing throttle calibration throughout development, the engine was reportedly hard to start in cold conditions. Engineers let the engine warm up before using it.
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needed to fully validate the engine's state of tune. At the time of MG Rover Group's collapse, tooling for all major components had either been completed or was in progress, with the remaining tooling being for various pieces of pipework. Following MG Rover Group's collapse in April 2005, Indian multinational automotive company Sonalika – who had been manufacturing components for the engine – bought the rights to the entire engine and have produced it since 2007.
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punchy and rather frugal. By using a fully electronic variable-geometry Garrett turbocharger resulting in a variation of boost pressure, when installed in a Rover 75 producing 100 kW, engineers reported that the engine "was fantastic...it flew and never missed a beat" whilst being driven at "full chat" to Sweden to sign off work on new brake control and electronic stability programs.
270:. The block is made of cast iron with an aluminium cylinder head. The engine uses an engine management system made by Siemens using common-rail injection with an injection pressure of 1600 bar. It uses a turbocharger and intercooler. 8-valve and 16-valve versions of the engine are produced, differing in valvetrain and subsequent cylinder head design. 312:
The engine, known as Galileo, spent three years in development prior to MG Rover Group’s collapse in 2005. To be used across the MG Rover Group range of cars, with the exception of the TF sports car, the new engine’s targets were to emulate the BMW M47R in power, torque and refinement and meet Euro 4
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The G series likewise met its performance targets. Aside from a split intercooler hose, due to the amount of air being circulated at high pressure, engineers recalled that the engine performed well. In addition to being quieter to the M47R it was engineered to replace, the engine was reported to be
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However, whilst engineers were working around the clock on the engine, it was still undergoing calibration tests as MG Rover Group entered administration in 2005. Engineers had nine months to complete the engine calibration as soon as prototype components started to arrive at Powertrain, and still
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G-series engine development almost stopped following a 'royal decree' by Kevin Howe to engineers to stop working on the engine as, as a former engineer recalled, MG Rover Group management stated that "diesel is not the way forward...". MG Rover engineers continued to work on the engine in secret
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According to former MG Rover Group homologation engineer Nic Fasci, the G-series engine met its refinement target: “You could park an M47 and G-series next to each other, set them idling and ask people to choose which was which, and everyone got it wrong. G series was much quieter at idle.”
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despite the order. When MG Rover Group management reversed the decision and encouraged the engineering team to continue with the project, due to their continued work, engineers had no real loss of engine development time.
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is a range of inline-4 common-rail diesel engines designed and engineered by Powertrain Ltd, a sister company to MG Rover Group, and has been produced by Indian automotive multinational Sonalika Group since 2007.
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in collaboration with MG Rover and additionally used in the 2012 Chevrolet Tavera Neo 3. Each cylinder has one inlet and one exhaust valve and a single belt-driven overhead camshaft.
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The first production 16-valve engine appeared in the 2012 ICML Extreme. Each cylinder is equipped with two inlet and exhaust valves and two belt-driven overhead camshafts.
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is a water-cooled and turbocharged inline four-cylinder diesel engine with common-rail injection. It is based upon the
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The G-series engine development work began in 2002, out of the need at MG Rover Group to replace both the common-rail
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The engine was engineered as both an 8-valve and a 16-valve unit with various power outputs.
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It is marketed in India by Sonalika subsidiary ICML as the 2.0 CRD-FI BS IV.
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The first production G-series engine was an 8-valve introduced in the 2007
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engine in the Rover 75 and MG ZT and the pump-injector
309:engine in the Rover 25, Rover 45, MG ZR and MG ZS. 233: 228: 218: 208: 203: 193: 185: 172: 162: 157: 138: 122: 111: 100: 90: 80: 70: 58: 53: 45: 33: 28: 23: 871: 869: 867: 865: 555: 553: 76:2.0 L (1994 cc; 121.7 cu in) 8: 637:"Chevrolet Tavera Neo 3 review, test drive" 561:"Chevrolet Tavera Neo 3 review, test drive" 952:"ICML Rhino RX CRDFI BS-IV Specifications" 450:285 N⋅m (210 lb⋅ft) at 1750–2500 430:220 N⋅m (162 lb⋅ft) at 2000-2500 20: 977:"ICML launch Extreme SUV at Rs 5.88 lakh" 452: 449: 443: 438: 435: 420: 417: 412: 380: 326: 18:Reciprocating internal combustion engine 497: 818:"Engines : Powertrain 2000-2005" 768:"Engines : Powertrain 2000-2005" 742:"Engines : Powertrain 2000-2005" 716:"Engines : Powertrain 2000–2005" 690:"Engines : Powertrain 2000–2005" 664:"Engines : Powertrain 2000-2005" 533:"Engines : Powertrain 2000-2005" 507:"Engines : Powertrain 2000–2005" 7: 14: 458:120 kW (163 PS) at 4000 447:90 kW (122 PS) at 4000 427:75 kW (102 PS) at 3600 214:102–163 PS (75–120 kW) 766:Adams, Keith (28 August 2011). 740:Adams, Keith (28 August 2011). 714:Adams, Keith (28 August 2011). 688:Adams, Keith (28 August 2011). 662:Adams, Keith (28 August 2011). 531:Adams, Keith (28 August 2011). 505:Adams, Keith (28 August 2011). 168:1 turbocharger with intercooler 1: 457: 446: 432: 429: 426: 423: 387:Bore × stroke (mm) 1034: 96:88.9 mm (3.5 in) 86:84.5 mm (3.3 in) 1018:Diesel engines by model 793:"A World Of Difference" 1013:Straight-four engines 418:84.5 × 88.9 268:Rover L-series engine 251:Rover G-series engine 845:"Sonakila Rhino RX" 822:Austin-Rover Online 772:Austin-Rover Online 746:Austin-Rover Online 720:Austin-Rover Online 694:Austin-Rover Online 668:Austin-Rover Online 537:Austin-Rover Online 511:Austin-Rover Online 488:ICML Rhino Extreme 927:"New ICML Extreme" 643:. 16 November 2012 586:"New ICML Extreme" 49:2007–present 902:"ICML Extreme LD" 877:"ICML Extreme LD" 610:Singh, Siddhraj. 465: 464: 402:Compression ratio 366: 365: 247: 246: 140:Compression ratio 1025: 992: 991: 989: 987: 973: 967: 966: 964: 962: 948: 942: 941: 939: 937: 931:MotorTrend India 923: 917: 916: 914: 912: 898: 892: 891: 889: 887: 873: 860: 859: 857: 855: 843:Nagrani, Rohin. 840: 834: 833: 831: 829: 824:. 28 August 2011 814: 808: 807: 805: 803: 789: 783: 782: 780: 778: 763: 757: 756: 754: 752: 737: 731: 730: 728: 726: 711: 705: 704: 702: 700: 685: 679: 678: 676: 674: 659: 653: 652: 650: 648: 633: 627: 626: 624: 622: 607: 601: 600: 598: 596: 590:MotorTrend India 582: 576: 575: 573: 571: 557: 548: 547: 545: 543: 528: 522: 521: 519: 517: 502: 479:Chevrolet Tavera 381: 327: 21: 1033: 1032: 1028: 1027: 1026: 1024: 1023: 1022: 998: 997: 996: 995: 985: 983: 975: 974: 970: 960: 958: 950: 949: 945: 935: 933: 925: 924: 920: 910: 908: 900: 899: 895: 885: 883: 875: 874: 863: 853: 851: 842: 841: 837: 827: 825: 816: 815: 811: 801: 799: 791: 790: 786: 776: 774: 765: 764: 760: 750: 748: 739: 738: 734: 724: 722: 713: 712: 708: 698: 696: 687: 686: 682: 672: 670: 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Retrieved 510: 500: 484: 483: 472: 471: 468:Applications 421:1994 cc 396:Power at rpm 390:Displacement 371: 367: 341:120 kW 323: 319: 315: 311: 300: 292: 280: 272: 263: 261: 250: 248: 210:Power output 199:Water-cooled 164:Turbocharger 72:Displacement 35:Manufacturer 15: 986:17 February 936:17 February 911:16 February 886:16 February 854:16 February 849:BS Motoring 828:16 February 802:16 February 777:16 February 751:16 February 725:16 February 699:16 February 673:16 February 647:16 February 621:17 February 595:16 February 570:16 February 542:16 February 516:16 February 360:100 kW 258:Description 234:Predecessor 180:Common rail 1002:Categories 961:20 October 797:Diesel Car 492:References 476:ICML Rhino 415:2.0 CRD-FI 413:G-series / 353:85 kW 346:75 kW 338:60 kW 283:ICML Rhino 229:Chronology 224:220–285 Nm 158:Combustion 124:Valvetrain 65:Straight-4 46:Production 956:India.com 616:The Hindu 333:16-valve 186:Fuel type 118:Aluminium 107:Cast iron 485:16-valve 307:L-series 289:16-valve 115:material 104:material 40:Sonalika 29:Overview 473:8-valve 453:17.0:1 405:Redline 330:8-valve 297:History 277:8-valve 242:BMW M47 433:19.5:1 393:Valves 384:Engine 204:Output 189:Diesel 176:system 150:19.5:1 147:17.0:1 54:Layout 481:Neo3 461:2016 439:2007 408:Year 988:2017 963:2017 938:2017 913:2017 906:ICML 888:2017 881:ICML 856:2017 830:2017 804:2017 779:2017 753:2017 727:2017 701:2017 675:2017 649:2017 623:2017 597:2017 572:2017 544:2017 518:2017 303:M47R 262:The 249:The 174:Fuel 133:DOHC 129:SOHC 1004:: 979:. 954:. 929:. 904:. 879:. 864:^ 847:. 820:. 795:. 770:. 744:. 718:. 692:. 666:. 639:. 614:. 588:. 563:. 552:^ 535:. 509:. 444:16 990:. 965:. 940:. 915:. 890:. 858:. 832:. 806:. 781:. 755:. 729:. 703:. 677:. 651:. 625:. 599:. 574:. 546:. 520:. 424:8

Index

Manufacturer
Sonalika
Configuration
Straight-4
Displacement
Cylinder bore
Piston stroke
Cylinder block
Cylinder head
Valvetrain
SOHC
DOHC
Compression ratio
Turbocharger
Fuel
Common rail
Cooling system
Power output
Torque output
Rover L-Series
BMW M47
Rover L-series engine
ICML Rhino
M47R
L-series
Chevrolet Tavera
"Engines : Powertrain 2000–2005"
"Engines : Powertrain 2000-2005"

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