DOCSLIB.ORG

Ehli Auctions Haps Westside Auto Wrecking Number 1 November 22, 1:00 PM

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Ehli Auctions Haps Westside Auto Wrecking Number 1 November 22, 1:00 PM Ehli Auctions Haps Westside Auto Wrecking Number 1 November 22, 1:00 PM Bid Online @ www.cyberauctions.com Lot # Auction ID Description 100 250503 1958 Edsel V8 Engine, Size 292 101 250504 1965‐67 Buick Engine 102 250505 1971 Chevy V‐8 Engine, Size 327 (Missing Pieces of Crank) 103 250506 1995 Chevy Geo Metro 3 Cylinder Engine 104 250507 1991 Geo Storm 12 Valve, 4 Cylinder Engine 107 250508 1974 Plymouth 400 V8 Engine 108 250509 Mazda DOHC 16 Valve Out of Mazda 626 1998 4 Cylinder Hemi 109 250510 BMW 325I 4 Cylinder Engine 110 250511 1995 Nissan Twin Cam 16 Valve 4 Cylinder Engine 111 250512 1993 Mazda DOHC 16 Valve 4 Cylinder Engine 112 250513 1990 Nissan Maxima V6 3000 6 Cylinder Engine 113 250514 1994 Nissan Twin Cam 16 Valve 4 Cylinder Engine 114 250515 1982 Nissan 280Z 6 Cylinder Engine 115 250516 1984 Ford LTD 3.8L 6 Cylinder Transmission 116 250517 1986 Chevy 2.8 V6 Multi Port Fuel Injection Engine 117 250518 Buick V8 Engine 118 250519 1973 Chevy 350 Core V8 Engine 119 250520 1978 Chevy 350 Core V8 Engine 120 250521 1996 Chevy 350 Core V8 Engine 121 250522 1997 Chevy 350 Core V8 Engine 122 250523 1970 Chevy 350 Core V8 Engine 123 250524 Chevy 350 Core V8 Engine 125 250525 Chevy V8 Core 126 250526 Volvo S80 6 Cylinder Engine 127 250527 1986 Oldsmobile Core Engine 128 250528 1993 Ford 460 Core Cylinder Engine 129 250529 1989 350 Core Engine 130 250530 1992 Isuzu 3.1 Engine 131 250531 1993 Chevy Cavalier 2.2 4 Cylinder Engine 132 250532 Chevy 350 Engine 133 250533 Chevy 350 Engine 134 250534 Chevy 350 Engine 135 250535 1993 BMW 525I 136 250536 494 Accord Engine 137 250537 1991 V6 DOHC 24v Engine 138 250538 1979 Ford 4 Cylinder Engine 139 250539 1992 Ford 3.8 Engine 140 250540 1995 Ford 4 Cylinder Engine 141 250541 1982 Ford 6 Cylinder Engine 142 250542 1991 Ford 3.0 V‐6 Engine 143 250543 1987 Ford 2.5L Engine Out of a Taurus 144 250544 Chrysler 3L V6 Engine w/ Transmision & Front Suspension 145 250545 1993 Chevy V6 2.8L S‐10 Engine 146 250546 1989 Chevy 4.3L V6 Engine 147 250547 1991 Ford Van 4.9L 6 Cylinder Engine 148 250548 1976 Vega 231 V6 Engine 149 250549 1993 Buick 3300 Engine Out of a Buick Century 150 250550 1984 Volvo 4 Cylinder Engine 156 250551 1995 Honda 4 Cylinder 16 Valve Engine 157 250552 2013 Ford Taurus 3.0L V6 Engine 158 250553 1976 Volkswagen 1.8L Engine 159 250554 2002 Ford 4.6L SOHC V8 Engine 160 250555 1972 Chevy Pickup Rear‐end Housing 161 250556 1979 Ford Pickup 350 1 Ton Rear‐end Housing 162 250557 Ford 3.0 V6 Engine 163 250558 1975 Ford Maverick 6 Cylinder Engine 164 250560 1994 Ford 2.3 Automatic Engine 165 250559 1995 for T‐bird 4.9L V8 Engine 166 250561 1999 Dodge 2.7 Engine 167 250562 1997 Dodge V10 Engine 1989 Honda Accord 12 Valve Programmed Fuel Injection 4 Cylinder 168 250563 Engine 169 250564 1993 Chevy 4.3 V6 Engine 170 250565 1963 Chevy 327 V8 Engine & Manual Transmission 171 250566 1989 Pontiac Bonneville 3.8L V6 Engine 172 250567 1991 Buick 3.8L V6 Engine 173 250568 1991 Dodge 3.3L V6 Engine 174 250569 1993 Chrysler 3L V6 Engine 175 250570 Volkswagen 1.8L w/ 5 Speed Transmission & Starter 176 250571 1987 Ford 2.3L 4 Cylinder Engine 177 250572 1971 Ford 351 Cleveland Engine 178 250573 1977 Ford 6 Cylinder Engine 180 250574 Volkswagen Vanagon Diesel Motor Engine w/ Injection Pump 182 250575 1986 Dodge V8 360 Engine w/ Transmission 184 250576 1975 Chevy LUV 4 Clyinder Engine 185 250577 1979 Chrysler Cardoba V8 Engine 186 250578 (5) Chevy V8 5 Core Engines 187 250579 1998 Chevy Front Wheel Drive Transmission 188 250580 1998 Ford 4 Cylinder Engine 189 250581 1995 Ford 4 Cylinder Engine 190 250582 1977 Ford 460 cubic in. Engine Core 199 250583 1988 Ford 3.0L V6 Engine 200 250584 1991 Toyota Pickup 22 RE Engine 201 250585 1997 Toyota 4 Cylinder F2R Engine 202 250586 1989 Corolla 4 Cylinder Engine 203 250587 1979 Ford New Process 4 Speed Transmission 205 250588 1994 Mitsubishi 4 Cylinder Engine 206 250589 1992 Mitsubishi 1.5L 4 Cylinder Engine 1996 Toyota Tacoma 4 Cylinder Engine, 36,000 Miles ‐ m/n F2R w/ 5 207 250590 Speed Transmission 208 250591 Dodge V8 Engine 211 250592 Open Lot ‐ Do Not Bid 212 250710 351 Automatic Transmission From 1983 w/ Torque Converter 213 250711 '93 4 Speed Automatic Transmission 214 250712 '95 Honda Civic 1.6L Transmission 215 250713 '84 Toyota 2WD Pick Up Transmission, No Torque Converter 216 250593 1993 Cadillac Northstar V8 Engine 217 250594 1992 Hyunda 4 Cylinder Engine 225 250595 1973 Nissan 6 Cylinder Engine 226 250596 Nissan 280Z 6 Cylinder Engine 229 250597 1981 Honda Civic 1500 4 Cylinder Engine 230 250598 1977 Triump Spitfire 4 Cylinder Engine 231 250599 1983 Mazda 1490CC 4 Cylinder Engine 232 250600 Nissan 4 Cylinder Engine 235 250601 1980 Viat X19 1500CC 4 Cylinder Engine 236 250602 1979 Fiat X19 4 Cylinder Engine 237 250603 1977 Toyota Corolla 2TC 4 Cylinder Engine 238 250604 Nissan 4 Cylinder Engine 239 250605 Renault C3TE7‐5 4 Cylinder Engine 241 250606 Dodge Colt 1.6L 4 Cylinder Engine 243 250607 1970 20R Toyota Corolla 4 Cylinder Engine 244 250608 1978 20R 4 Cylinder Engine 245 250609 1980 Datsun 210 4 Cylinder Engine 248 250610 Approx. 1980 Datsun 4 Cylinder Engine 249 250611 1979 Toyota Corolla 4 Cylinder Engine 250 250612 1940's Vintage Jeep Flathead 4 Cylinder Engine 254 250613 Datsun Z Car Duel Carburetors & Intake Manifolds 260 250714 Ford Core Transmission (4) Volkwagen Bug/Beattle/Dune Buggy 5 Slotted Mags Aluminum Rims ‐ 261 250715 15"x4.5" '93 GM 3500 5 Speed Manual Transmission w/ Transfer Case ‐ No Torque 262 250717 Converter 263 250718 New Process 231D Transfer Case 264 250723 '89 Oldsmobile Quad 4 Engine 265 250721 '99 Chevrolet Cavelier 4 Cylinder Engine 266 250724 '92 Chrysler 3.0L V6 Engine ‐ Dodge Caravan 267 250725 '91 Chrysler 3.0L V6 Engine ‐ Dodge Caravan 268 250728 '95 Dodge Caravan 3.0L V6 Engine 269 250731 '90 Dodge Dynasty 3.3L V6 Engine 270 250734 '89 Honda Accord 4 Cylinder Engine 271 250739 '98 Honda Accord 4 Cylinder Engine ‐ Marked 10,000 Miles 273 250740 '94 Honda Accord 4 Cylinder Engine 274 250741 '86 Honda Accord 4 Cylinder Engine 275 250742 '87 Honda 4 Cylinder Engine 276 250743 '89 Honda Accord 4 Cylinder Engine 277 250746 Honda 4 Cylinder Engine 278 250747 1959 Ford Thunderbird V8 Engine 279 250748 GM 454 V8 Engine w/ Turbo 400 Automatic Transmission 280 250750 '94 Dodge 3.3L V6 Engine 500 250614 1999 V6 Dodge Stratus Automatic Transmission 501 250615 Ford 3/4 Ton Standard Transmission 502 250616 1979 Ford 2300 Standard Transmission 503 250617 65 Ford 390 STD Transmission 504 250618 1987 Ford Ranger Pickup 2.9L 5 Speed Standard Transmission 505 250619 1994 Ford 5 Speed 2.3L Mustang Standard Transmission 506 250620 80 Ford Courier Pickup 4 Speed Standard Transmission 507 250621 1981 Ford Courier Pickup 4 Speed Standard Transmission 508 250622 1972 Nissan 24OZ Automatic Transmission 509 250623 1988 Honda XL Auto Transmission 510 250624 1985 Pontiac Fiero Auto Transmission 511 250625 1986 Oldsmobile Calais Auto Transmission 512 250626 1989 Oldsmobile Calais Auto Transmission 513 250627 1991 Buick Summer Set Auto Transmission 514 250628 1985 Toyota Celica Standard 5 Speed Transmission 515 250629 1985 Toyota Celica Standard 5 Speed Transmission 516 250630 1982 Toyota Corolla Automatic Transmission 517 250631 1992 Subaru Automatic Transmission w/ New Filter & Gasket 518 250632 Nissan 28 OZ Automatic Transmission 519 250633 1995 Nissan Pickup 4 Cylinder Automatic Transmission 520 250634 Toyota Automatic Transmission 521 250635 1985 Volvo DL Automatic Transmission 522 250636 2000 Volvo S80 Automatic Transmission 523 250637 2002 Toyota Corolla Automatic Transmission 524 250638 1989 Hyundai Sonata Automatic Transmission 525 250639 1987 Nissan Pickup Standard Transmission 526 250640 1984 Mazda RX‐7 Standard Transmission 527 250641 1995 Toyota Corolla Automatic Transmission 528 250642 1997 Nissan Sentra Automatic Transmission 529 250643 2005 Kia Standard Transmission 530 250644 Toyota Front Wheel Drive Standard Transmission 531 250645 1978 Toyota Pickup 5 Speed Standard Transmission 532 250646 2000 Kia Rio Standard Transmission 533 250647 1993 Toyota Corolla Automatic Transmission 534 250648 2001 Daewoo Leganza Automatic Transmission 535 250649 1975 Nissan 28 OZ Standard 4 Speed Transmission 536 250650 1979 Datsun 4 Speed Standard Transmission 537 250651 1995 Hyundai Standard Transmission 538 250652 1976 28 OZ Standard Transmission 539 250653 1985 Isuzu Pickup Standard Transmission 540 250654 1997 Toyota Tacoma 2 Wheel Drive Standard Transmission 541 250655 1993 BMW Automatic Transmission 542 250656 1989 Toyota Tercel Standard Transmission 543 250657 1985 Toyota Pickup Standard 4 Speed Transmission 544 250658 1990 Toyota Tercel Standard Transmission 545 250659 1986 Toyota Pickup Standard Transmission 546 250660 1984 Toyota Corolla Automatic Transmission 547 250661 1994 Honda Accord Standard Transmission 548 250662 Nissan Pulsar Transmission 549 250663 1994 Honda Civic Standard Transmission 550 250664 1993 Honda Accord Automatic Transmission 551 250665 1987 Honda CRX Automatic Transmission 552 250666 1991 Honda Accord Automatic Transmission 553 250667 2001 Honda Civic Ex V‐Tech 1.7L Standard Transmission 554 250668 1993 Honda Automatic Transmission w/ Torque Converter 555 250669 1998 Honda Accord Standard Transmission 556 250670 2002 Honda Accord Automatic Transmission 557 250671 1975 Isuzu LUV 4 Speed Pickup 558 250672 1983 BMW 320I Automatic Transmission 559 250673 1985 Mazda 626 Transmission 560 251364 1994 Toyota Pickup 5 Speed Standard Transmission 561 251366 1974 Toyota Corolla 5 Speed Standard Transmission
Load more

Recommended publications
  • Effect of Intake Valve Closing Time on Engine Performance and Exhaust Emissions in a Spark Ignition Engine
    Politeknik Dergisi Journal of Polytechnic Cilt:10 Sayı: 4 s.371-375, 2007 Vol: 10 No: 4 pp.371-375, 2007 Effect of Intake Valve Closing Time on Engine Performance and Exhaust Emissions in a Spark Ignition Engine Can ÇINAR *, Fazıl AKGÜN ** * Department of Mechanical Education, Faculty of Technical Education, Gazi University, 06500 Teknikokullar, ANKARA ** Department of Mechanical Education, Institute of Science and Technology, Gazi University, 06570, Maltepe, ANKARA ABSTRACT In this study, a special variable valve control mechanism that can vary intake valve closing (IVC) time was designed and manufactured. IVC time was varied in a range of 38º crankshaft angle (CA) after bottom dead center (aBDC) to 78º CA aBDC. Exhaust valve opening and closing time, intake valve opening time and lift were not varied. A single cylinder, four stroke, SI engine was used for the experiments. Depending on the engine speed, brake torque, volumetric efficiency, specific fuel consumption (SFC) and exhaust emission variations were investigated for different IVC time values. The brake torque was increased by 5.1% at low engine speeds and it was increased by 4.6% at high engine speeds with variable intake valve time. SFC was decreased by 5.3% and 2.9% at low and high engine speeds, respectively. Also, HC and CO emissions were decreased at high engine speeds. Key Words: Intake valve closing time, Spark ignition engine, Engine performance, Exhaust emissions Buji ile Ateşlemeli Bir Motorda Emme Supabı Kapanma Zamanı Değişiminin Motor Performansı ve Egzoz Emisyonlarına Etkisi ÖZET Bu çalışmada, emme supabı kapanma zamanını kontrol edebilen özel bir değişken supap mekanizmasının tasarımı ve imalatı yapılmıştır.
    [Show full text]
  • 2020 SCCA Solo Street Category by Manufacturer 2020-03-11
    2020 SCCA Solo Street Category by Manufacturer 2020-03-11 Acura CL H Street HS Acura ILX H Street HS Acura Integra 1986-2001 excluding Type R H Street HS Acura Integra Type R D Street DS Acura Legend H Street HS Acura NSX 2017-20 Super Street SS Acura NSX non-Zarnardi Edition B Street BS Acura NSX Alex Zanardi Signature Edition A Street AS Acura RLX G Street GS Acura RSX + Type S H Street HS Acura TL H Street HS Acura TLX G Street GS Acura TSX H Street HS Acura Vigor H Street HS Alfa Romeo 164 1991-93 non-S H Street HS Alfa Romeo 1300 H Street HS Alfa Romeo 1600 H Street HS Alfa Romeo 1750 H Street HS Alfa Romeo 1750 GTV H Street HS Alfa Romeo 2000 4-door sedan H Street HS Alfa Romeo 2000 GTV E Street ES Alfa Romeo 2000 Spider E Street ES Alfa Romeo 4C 2015-20 + Spider Super Street SS Alfa Romeo Giulia 2017-20 + Ti D Street DS Alfa Romeo Giulia Quadrifoglio 2017-20 A Street AS Alfa Romeo GTV V6 H Street HS Alfa Romeo Milano H Street HS Alfa Romeo sedan NOC H Street HS AMC AMX F Street FS AMC Gremlin 4-cyl engine H Street HS AMC Gremlin 6-cyl engine H Street HS AMC Javelin V8 engine F Street FS AMC Spirit 4-cyl engine H Street HS AMC Spirit 6-cyl engine H Street HS Aston Martin V8 Vantage 2005-17 B Street BS Audi 80 H Street HS Audi 90 H Street HS Audi 100 non-S4 H Street HS Audi 200 Turbo quattro H Street HS Audi 4000 H Street HS Audi 5000 + Turbo H Street HS Audi A3 2015-20 2.0 Turbo engine D Street DS Audi A3 2015-16 1.8L Turbo engine; FWD G Street GS Page 1 of 21 2020 SCCA Solo Street Category by Manufacturer 2020-03-11 Audi A3 2006-13
    [Show full text]
  • National Solo Rules 2011 EDITION Sports Car
    National Solo Rules 2011 EDITION Sports Car Club of America Solo P.O. Box 19400 Topeka, KS 66619-0400 (800) 770-2055 (785) 232-7228 Fax www.scca.com 10. APPEALS ............................................................................ 64 10.1 RIGHT TO APPEAL.................................................................... 64 10.2 INTENT TO APPEAL.................................................................. 65 10.3 TAKING AN APPEAL.................................................................. 65 10.4 COMPOSITION OF THE NATIONAL APPEALS COMMITTEE... 65 10.5 DECISION TO HEAR................................................................. 65 10.6 CONVENING THE APPEALS COMMITTEE ............................. 66 10.6.1 Hearing The Appeal / National Appeals Committee.............. 66 10.6.2 Appointed Appeals Committee.............................................. 66 10.6.3 Hearing The Appeal .............................................................. 66 10.7 JUDGMENT OF THE APPEALS COMMITTEE ......................... 66 10.8 PUBLICATION AND EFFECT OF DECISION............................ 66 10.9 BAD FAITH APPEALS ............................................................... 67 11. AWARDS .............................................................................67 12. AUTOMOBILE DEFINITIONS ................................................67 12.1 AUTOMOBILE (CAR)................................................................. 67 12.2 SEDAN......................................................................................
    [Show full text]
  • 1993 Oldsmobile Achieva
    Table of Contents The Power of Intelligent Engineering . .3 How to Use this Manual . .. ..,.6 Part 1 Seats & Safety BeZts . .. Features & Controls . Comfort Controls & Audio Systems . 113 Your Driving and the Road. 133 Problems on the Road . I.. 181 aervice & Appearance Care . 209 a Maintenance Schedule . ... 271 Customer Assistance Information. 293 Includes “Reporting SafetyDefects ’’ on page298 Index. ...,. .. 309 Service Station Information . Last Page .... This manual includes I product afterthat time without further notice. ThePower of IntelligentEngineering Engineering with a purpose. It’s at the heart of every Oldsmobile. Your new Oldsmobile continues a 96-year tradition of engineering excellence. That tradition was born in Lansing, Michigan, on August2 1, 1897, when Ransom E. Olds began building a horseless carriage “inas nearly a perfect manner as possible.” Soon, Oldsmobiles rolled off the nation’s first assembly line. Innovation and refinement have always set Oldsmobiles apart. In 1939, I Oldsmobile introduced the celebrated Hydra-Matic transmission, a four-speed forerunner of today’s advanced systems. In 1948, the high-spirited RocketV8 engine set standards for performance. c A StepAhead In 1966, Toronado made front-wheel- anve news, includingMotor Trend’s “Car of the Year.” Still breaking new ground. the 1974 “Toro” becamethe first car equipped with a production“air bag.” Recent Oldsmobile engineering has created exciting advancements like the responsive Quad4 engine. Versions of the 4-cylinder, 16-valve Quad 4 propelled Oldsmobiles on roads and racetracks to new standards of economy and performance. Today, the all-wheel-drive security of SmartTrak in the Oldsmobile Bravada continues that proud traditionof meaningful technology.
    [Show full text]
  • Direct Initiation Through Detonation Branching in a Pulsed Detonation Engine
    Air Force Institute of Technology AFIT Scholar Theses and Dissertations Student Graduate Works 3-12-2008 Direct Initiation through Detonation Branching in a Pulsed Detonation Engine Alexander R. Hausman Follow this and additional works at: https://scholar.afit.edu/etd Part of the Propulsion and Power Commons Recommended Citation Hausman, Alexander R., "Direct Initiation through Detonation Branching in a Pulsed Detonation Engine" (2008). Theses and Dissertations. 2683. https://scholar.afit.edu/etd/2683 This Thesis is brought to you for free and open access by the Student Graduate Works at AFIT Scholar. It has been accepted for inclusion in Theses and Dissertations by an authorized administrator of AFIT Scholar. For more information, please contact [email protected]. DIRECT INITIATION THROUGH DETONATION BRANCHING IN A PULSED DETONATION ENGINE THESIS Alexander R. Hausman Second Lieutenant, USAF AFIT/GAE/ENY/08-M17 DEPARTMENT OF THE AIR FORCE AIR UNIVERSITY AIR FORCE INSTITUTE OF TECHNOLOGY Wright-Patterson Air Force Base, Ohio APPROVED FOR PUBLIC RELEASE; DISTRIBUTION UNLIMITED The views expressed in this thesis are those of the author and do not reflect the official policy or position of the United States Air Force, Department of Defense, or the United States Government. AFIT/GAE/ENY/08-M17 DIRECT INITIATION THROUGH DETONATION BRANCHING IN A PULSED DETONATION ENGINE THESIS Presented to the Faculty Department of Aeronautical and Astronautical Engineering Graduate School of Engineering and Management Air Force Institute of Technology Air University Air Education and Training Command In Partial Fulfillment of the Requirements for the Degree of Master of Science in Aeronautical Engineering Alexander R.
    [Show full text]
  • 2019 SCCV Base Car Classing (SCCA 2019 Solo Street Categories Adapted) 4.13.19
    2019 SCCV Base Car Classing (SCCA 2019 Solo Street Categories adapted) 4.13.19 Acura CL H Street HS 1 Acura ILX H Street HS 1 Acura Integra excluding Type R 1986-2001 H Street HS 1 Acura Integra Type R D Street DS 2 Acura Legend H Street HS 1 Acura NSX non-Zarnardi Edition B Street BS 3 Acura NSX 2017-19 Super Street SS 5 Acura NSX Alex Zanardi Signature Edition A Street AS 4 Acura RLX G Street GS 1+ Acura RSX H Street HS 1 Acura TL H Street HS 1 Acura TLX G Street GS 1+ Acura TSX H Street HS 1 Acura Vigor H Street HS 1 Alfa Romeo 1300 H Street HS 1 Alfa Romeo 1600 H Street HS 1 Alfa Romeo 164 non-S 1991-93 H Street HS 1 Alfa Romeo 1750 H Street HS 1 Alfa Romeo 1750 GTV H Street HS 1 Alfa Romeo 2000 4-door sedan H Street HS 1 Alfa Romeo 2000 GTV E Street ES 1+ Alfa Romeo 2000 Spider E Street ES 1+ Alfa Romeo 4C + Spider 2015-19 Super Street SS 5 Alfa Romeo Giulia + Ti 2017-19 D Street DS 2 Alfa Romeo Giulia Quadrifoglio 2017-19 A Street AS 4 Alfa Romeo GTV V6 H Street HS 1 Alfa Romeo Milano H Street HS 1 Alfa Romeo sedan NOC H Street HS 1 AMC AMX F Street FS 2 AMC Gremlin 4-cyl or 6-cyl engine H Street HS 1 AMC Javelin V8 engine F Street FS 2 AMC Spirit 4-cyl or 6-cyl engine H Street HS 1 Audi 100 non-S4 H Street HS 1 Audi 200 Turbo quattro H Street HS 1 Audi 4000 H Street HS 1 Audi 5000 + Turbo H Street HS 1 Audi 80 H Street HS 1 Audi 90 H Street HS 1 Audi A3 1.8L Turbo engine; FWD 2015-16 G Street GS 1+ Audi A3 2.0 Turbo engine 2015-19 D Street DS 2 Audi A3 FWD 2006-13 H Street HS 1 Audi A3 quattro AWD; 3.2L V6 engine 2006-09 D Street
    [Show full text]
  • FORD PG 2 GENERAL MOTORS PG 6 CHRYSLER PG 11 IMPORT PG 16 PERFORMANCE PG 18 SHOP TIPS PG 23 C2 Cloyes Layout 1 2/16/12 8:08 AM Page C2
    C1 Tech BULLETINS 12_Cover Temp_2006 2/16/12 7:59 AM Page c1 2012 FEBRUARY SUPPLEMENT TO: MAGAZINE FORD PG 2 GENERAL MOTORS PG 6 CHRYSLER PG 11 IMPORT PG 16 PERFORMANCE PG 18 SHOP TIPS PG 23 C2 Cloyes_Layout 1 2/16/12 8:08 AM Page c2 Circle 101 on Reader Service Card for more information 1 index_Layout 1 2/16/12 7:47 AM Page 1 Year Engine Problem Page # FORD All 3.0L Duratec Timing Chain Service 2 2003-2004 3.8L, 3.9L and 4.2L Balance Shaft Gear Clarification 4 1990-1993 4.0L Oil Leak Repair 4 1999-2002 4.0L Rattle Noise From Primary Chain Drive 5 GENERAL MOTORS 1990-2002 2.2L/134 cid Deciphering The Differences In The Chevy 2.2L Engine 6 1988-2002 2.3L “Quad 4” Timing Chain Installation Caution 6 1993-1994 3.1L/191 cid Chevy 3.1L/191 Cam Bearing Bore Issues 8 2004-2005 3.6L Noise Complaints on 3.6L Cadillac Engines 8 All All Close-Coupled Catalytic Converter Caution 9 All 4.6L Cadillac 4.6L DOHC Aluminum Head, Block Cracks 9 All All supercharged engines GM Belt Tensioner Failure May Cause Supercharger Failure 10 CHRYSLER 1995-2006 2.4L Chrysler 2.4L Cylinder Block Casting Identification 11 2004-2006 3.5L Multiple Cylinder Misfire or Rough Idle 14 All 3.7L Keeping Your Balance With 3.7L Chryslers 15 IMPORT 1988-1995 EA827 VW 16-Valve Cylinder Head Ticking Noise 16 1996 2.8L Audi 2.8L V6 Rear Crankshaft Seal Leaks 16 1999-2001 VGS33E Repairing Nissan Exhaust Manifold Cracks 16 2006-2007 MZR Mazda Variable Valve Timing Noise 17 PERFORMANCE All All Understanding Spark Plug Heat Range 18 All All Influence of Grooved Main Bearings on Performance
    [Show full text]
  • Engine Efficiency Improvements Enabled by Ethanol Fuel Blends In
    Engine Efficiency Improvements Enabled by 2011-01-0900 Published Ethanol Fuel Blends in a GDi VVA Flex Fuel Engine 04/12/2011 Wayne Moore, Matthew Foster and Kevin Hoyer Delphi Powertrain Systems Copyright © 2011 SAE International doi:10.4271/2011-01-0900 ABSTRACT INTRODUCTION Advances in engine technology including Gasoline Direct injection (GDi), Dual Independent Cam Phasing (DICP), advanced valvetrain and boosting have allowed the simultaneous reductions of fuel consumption and emissions with increased engine power density. The utilization of fuels containing ethanol provides additional improvements in power density and potential for lower emissions due to the high octane rating and evaporative cooling of ethanol in the fuel. In this paper results are presented from a flexible fuel engine capable of operating with blends from E0-E85. The increased geometric compression ratio, (from 9.2 to 11.85) can be reduced to a lower effective compression ratio using advanced valvetrain operating on an Early Intake Valve Closing (EIVC) or Late Intake Valve Closing (LIVC) strategy. DICP with a high authority intake phaser is used to enable compression ratio management. The advanced valvetrain also provides significantly reduced throttling losses by efficient control of intake air and residuals. Increased Figure 1. Ethanol production and targets as outline by ethanol blends provide improvements in power density due to the EISA. knock resistance. Knock resistance also provides a significant potential for reduced NOx since higher dilution without knock is enabled at moderate loads typical of normal driving. The production of ethanol for fuel has risen dramatically in E85 also shows significant advantages for particulate the last decade since to a level of 12 Billion gallons/year in emissions that enable broader authority in selection of 2009[1], as shown in figure 1.
    [Show full text]
  • 1994 Pontiac Grand Am
    PONTIAC Ij n I IS34 GRAND AM OWNER'S MANUAL Pontiac Grand Am 1994 Owner’s Manual 7 Table of Contents introduction How to Use This Manual ............ 3 Part II- I Seats & Restraint Systems 7 ........... - Part 2 Features & Controls ............... 45 Part 3 Comfort Controls & Audio Systems . IOI H- Part 4 Your Driving and the Road ......... 119 II- Part 5 Problems on the Road ............. I47 Part 6 Service & Appearance Care ........ I69 H- Part 7 Maintenance Schedule ............223 Part 8 Customer Assistance Information . 243 Includes ‘LReportingSafety Defects” on page 247. H Part 9 Index ........................... 263 9 Service Station Information .. Last Page Printed in USA 10260961 A Second Edition . , Important Notes About This Manual Please keep this manual in your Pontiac, so it will be there if you ever need it when you’re on the road. If you sell the vehicle, please leave this manual in it so the new owner can use it. This manual includes the latest information at the time it was printed. We reserve the right to make changes in the product after that time without further notice. Note to Canadian Owners For vehicles first sold in Canada, substitute the name “General Motors of Canada Limited” for Pontiac Motor Division whenever it appears in this manual. For Canadian Owners Who Prefer a French Language Manual: Aux proprietaires canadiens: Vous pouvez vous procurer un exemplaire de ce guide en franc;ais chez votre concessionaire ou au DGN Marketing Services Ltd., 1500 Bonhill Rd., Mississauga, Ontario L5T lC7. Published by Pontiac Motor Division General Motors, GM and the GM Emblem, Pontiac, the General Motors Corporation Pontiac Emblem and the name GrandAM are registered trademarks of General Motors Corporation.
    [Show full text]
  • 1993 Oldsmobile Bravada Owner's Manual
    Table of Contents The Power of Intelligent~Engineering .3 How to Use this~Manua1. .....6 Seats & Safety Belts . 11 Features & Controls . 39 Comfort Controls & Audio Systems . 101 Your Driving and the Road . e 117 Problems on the Road. *. 175 Service & AppearanceCare . 201 MaintenanceSchedule. 259 Customer Assistance Information. 281 Includes “Reporting SafetyDefects ’’ on page 286 Index. 295 ServiceStation Information . Last Page F- ThePower of IntelliaentEngineering Engineering with a purpose. It’s at I- the heart of every Oldsmobile. Your new o. Oldsmobile continues a 96-year tradition of engineering excellence. That tradition was born in Lansing, Michigan, on August 21, 1897, when Ransom E. Olds began buildmg a horseless carriage“in as nearly a perfect manner as possible.’’ Soon, Oldsmobiles rolled off the nation’sfirst assembly line. Innovation and refinementhave always set Oldsmobiles apart. In 1939, r 1’ Oldsmobile introduced the celebrated Hydra-Matic transmission, a four-speed forerunner of today’s advanced systems. In 1948, the high-spiritedRocket V8 engine set standards for performance. Step Ahead In 1966, Toronado made front-wheel- drive news, includingMotor Trend’s “Car of the Year.” Stiu breaking new ground, the 1974 “Toro” becamethe first car equipped with a production “airbag.’’ Recent Oldsmobile engineering has created exciting advancementslike the responsive Quad 4 engine. Versions of the 4-cylinder, 16-valve Quad 4 propelled Oldsmobiles on roads and racetracks to new standardsof economy and performance. Today, the all-wheel-drive security of SmartTrak in theOldsmobile Bravada continues that proud traditionof meaningful technology. c r ,., TheSecurity of r The quality we built into your new r Oldsmobile gives us the confidence to I back it with the Oldsmobile Edge-the most comprehensive owner r\ satisfaction programin the ,i industry.
    [Show full text]
  • 2019 SCCA Solo Street Category by Manufacturer
    2019 SCCA Solo Street Category by Manufacturer Acura CL H Street HS Acura ILX H Street HS Acura Integra excluding Type R 1986-2001 H Street HS Acura Integra Type R D Street DS Acura Legend H Street HS Acura NSX non-Zarnardi Edition B Street BS Acura NSX 2017-19 Super Street SS Acura NSX Alex Zanardi Signature Edition A Street AS Acura RLX G Street GS Acura RSX H Street HS Acura TL H Street HS Acura TLX G Street GS Acura TSX H Street HS Acura Vigor H Street HS Alfa Romeo 1300 H Street HS Alfa Romeo 1600 H Street HS Alfa Romeo 164 non-S 1991-93 H Street HS Alfa Romeo 1750 H Street HS Alfa Romeo 1750 GTV H Street HS Alfa Romeo 2000 4-door sedan H Street HS Alfa Romeo 2000 GTV E Street ES Alfa Romeo 2000 Spider E Street ES Alfa Romeo 4C + Spider 2015-19 Super Street SS Alfa Romeo Giulia + Ti 2017-19 D Street DS Alfa Romeo Giulia Quadrifoglio 2017-19 A Street AS Alfa Romeo GTV V6 H Street HS Alfa Romeo Milano H Street HS Alfa Romeo sedan NOC H Street HS AMC AMX F Street FS AMC Gremlin 4-cyl or 6-cyl engine H Street HS AMC Javelin V8 engine F Street FS AMC Spirit 4-cyl or 6-cyl engine H Street HS Audi 100 non-S4 H Street HS Audi 200 Turbo quattro H Street HS Audi 4000 H Street HS Audi 5000 + Turbo H Street HS Audi 80 H Street HS Audi 90 H Street HS Audi A3 1.8L Turbo engine; FWD 2015-16 G Street GS Audi A3 2.0 Turbo engine 2015-19 D Street DS Audi A3 FWD 2006-13 H Street HS Audi A3 quattro AWD; 3.2L V6 engine 2006-09 D Street DS Audi A3 Sportback e-tron 2017-18 G Street GS Page 1 of 21 2019 SCCA Solo Street Category by Manufacturer Audi A4
    [Show full text]
  • Northeastern Midget Association
    NEMA Northeastern Midget Association 2017 Rulebook 2017 NEMA RULEBOOK 3-26-17 REV Page 1 Table of Contents PREFACE Page 6 Article I – NEMA Rulebook Page 7 1.1 Effective Date. 1.2 Amendment. 1.3 INTERPRETATION and APPLICATION. 1.4 FINALITY 1.5 Extraordinary Circumstances. 1.6 Communication/Temporary rules. Article II – Membership Page 8 2.1 Eligibility. 2.2 Suspension/ Termination. 2.3 Expiration. 2.4 Independent Contractor. 2.5 Officers. 2.6 Contest Board. 2.7 NEMA Officials. 2.8 Voting Qualifications. 2.9 A Technical Committee. 2.10 General Meetings. 2.11 Release of Name. Article III – Safety Page 12 3.1 Ambulance, and Fire Protection. 3.2 Assumption of Risk 3.3 Notification of Injury 3.4 NEMA Safety Committee Article IV – NEMA Competition Page 13 4.1 NEMA Competition Event. 4.2 Eligibility & temporary licensing 4.3 Substance Abuse. 4.4 Conduct 4.5 Personal Appearance. 4.6 Car Inspections 4.7 Un-scheduled Practice. Article V – Car Identification Page 14 5.1 Upright chassis. 2017 NEMA RULEBOOK 3-26-17 REV Page 2 5.2 Numbering 5.3 Duplicate Numbers 5.4 Required Decals 5.5 Transponders Article VI – Driver Requirements Page 15 6.1 Physical Examination. 6.2 Physical Examination @ Track 6.3 Divers Gear Required 6.4 Helmet Requirements 6.5 In car @ Push off. 6.6 NOVICE Driver a. Definition b. Starting Positions 6.7 Mandatory Drivers Meeting. 6.8 Radio Communication System Article VII – Technical Requirements Page 17 7.1 Mechanical Condition and Appearance. 7.2 Seasonal Tech. 7.3 Fire Extinguisher Required.
    [Show full text]