The Fall from Glory of the U.S. Auto Industry
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Fan Assembly Control Modules
Commercial Vehicles and Services FA70796 FA72133 Fan Assembly Control Modules Top Selling Cooling Fans Assemblies with Modules FA70796 Tech Tip Application: Ford Edge 15-07; Lincoln MKX 15-07 Do not bench test a fan assembly equipped with a control model prior to installation. Fan Assembly control modules require a specific electronic signal and voltage from the ECU. Using a generic 12 volt power source will cause irreversible damage to the FA71750 control module and fan. Application: Infiniti JX35 2013, QX60 19-14; Nissan Pathfinder 19-13 Did you know? Fan Assembly control modules require a specific electronic signal and voltage from the ECU. Using a generic 12 volt power source, such as a battery charger, will cause irreversible damage to the module FA72133 and fan. The first time many technicians Application: Jeep Cherokee 19-14 replace a late model fan assembly they figure it’s a simple electronic component replacement, and unfortunately, many fan assembly modules are ruined because of a lack of knowledge of how modern fan assemblies work. Continental Automotive Systems 800-564-5066 l [email protected] l www.continentalaftermarket.com © 2020 Tech Support: 800-265-1818 l [email protected] Fan Assembly Control Modules Application Coverage Continental Applications Part Number FA70238 Mitsubishi Galant 03-99 FA70240 Chrysler Sebring 05-01; Dodge Stratus 05-01; Mitsubishi Eclipse 05-00 FA70242 Mitsubishi Eclipse 2000, Galant 00-99 FA70267 Lexus RX330 06-04 FA70273 Mazda 6 08-03 FA70309 Mazda 3 09-04 FA70311 Ford -
Ford Fusion Hybrid Manual Do Proprietário
Ford Fusion Hybrid Manual do proprietário Importante: As informações aqui contidas referem-se a um veículo Ford Fusion equipado com todos os opcionais e equipamentos disponíveis. O seu Ford Fusion poderá não dispor de todos os equipamentos mostrados neste manual. Os dados contidos no manual são meramente informativos do modo de usar cada equipamento, não constituindo qualquer garantia quanto à existência, às características técnicas ou à forma deles em seu veículo. As ilustrações, informações técnicas e especificações desta publicação eram as vigentes até o momento de sua impressão. A Ford Motor Company Brasil Ltda. reserva-se ao direito de, a qualquer tempo, revisar, modificar, descontinuar ou alterar qualquer modelo de seus produtos, sem prévio aviso. Nenhuma dessas ações gerará por si qualquer obrigação ou responsabilidade para a Ford ou para o vendedor face ao cliente. Fica proibida a reprodução total ou parcial desta publicação, assim como de suas ilustrações ou ainda traduções, gravações e fotocópias da mesma, por meios mecânicos ou eletrônicos, sem a permissão prévia da Ford Motor Company Brasil Ltda. Todos os direitos reservados. Dirija sempre com prudência obedecendo os limites de velocidade e utilize o cinto de segurança para todos os ocupantes. © Ford Motor Company 2016 Índice Introdução Sistema de segurança Sobre este manual...........................................7 suplementar Glossário de símbolos.....................................7 Princípios de funcionamento....................40 Registro de dados............................................9 -
Automotive Maintenance Data Base for Model Years 1976-1979
. HE I 8.5 . A3 4 . D0T-TSC-NHTSA-80-26 DOT -HS -805 565 no DOT- TSC- NHTSA 80-3.6 ot . 1 I— AUTOMOTIVE MAINTENANCE DATA BASE FOR MODEL YEARS 1976-1979 PART I James A. Milne Harry C. Eissler Charles R. Cantwell CHILTON COMPANY RADNOR, PA 19079 DECEMBER 1980 FINAL REPORT DOCUMENT IS AVAILABLE TO THE PUBLIC THROUGH THE NATIONAL TECHNICAL INFORMATION SERVICE, SPRINGFIELD, VIRGINIA 22161 Prepared For: U. S. DEPARTMENT OF TRANSPORTATION Research and Special Programs Administration Transportation Systems Center Cambridge, MA 02142 . NOTICE This document is disseminated under the sponsorship of the Department of Transportation in the interest of information exchange. The United States Govern- ment assumes no liability for its contents or use thereof NOTICE The United States Government does not endorse pro- ducts or manufacturers. Trade or manufacturer's names appear herein solely because they are con- sidered essential to the object of this report. NOTICE The views and conclusions contained in the document are those of the author(s) and should not be inter- preted as necessarily representing the official policies or opinions, either expressed or implied, of the Department of Transportation. Technical Report Documentation Page 1* Report No. 2. Government Accession No. 3. Recipient's Catalog No. _ DOT-HS-805 565 4. Title and Subtitle 5. Report Dote Automotive Maintenance Data Base for Model Years December 1980 1976-1979 6. Performing Orgonization Code Part I 8. Performing Organization Report No. 7. Author's) J ame s A Milne , Harry C. Eissler v\ DOT-TSC-NHTSA-80-26 Charles R. Cantwell 9. -
Downfall of Ford in the 70'S
Downfall of Ford in the 70’s Interviewer: Alex Casasola Interviewee: Vincent Sheehy Instructor: Alex Haight Date: February 13, 2013 Table of Contents Interviewee Release Form 3 Interviewer Release Form 4 Statement of Purpose 5 Biography 6 Historical Contextualization 7 Interview Transcription 15 Interview Analysis 35 Appendix 39 Works Consulted 41 Statement of Purpose The purpose of this project was to divulge into the topic of Ford Motor Company and the issues that it faced in the 1970’s through Oral History. Its purpose was to dig deeper into that facts as to why Ford was doing poorly during the 1970’s and not in others times through the use of historical resources and through an interview of someone who experienced these events. Biography Vincent Sheehy was born in Washington DC in 1928. Throughout his life he has lived in the Washington DC and today he resides in Virginia. After graduating from Gonzaga High School he went to Catholic University for college and got a BA in psychology. His father offered him a job into the car business, which was the best offer available to him at the time. He started out a grease rack mechanic and did every job in the store at the Ford on Georgia Ave in the 50’s. He worked as a mechanic in the parts department and became a owner until he handed down the dealership to his kids. He got married to his wife in 1954 and currently has 5 kids. He is interested in golf, skiing and music. When he was younger he participated in the Board of Washington Opera. -
Plant Trials for Powder Priming of Smc
PLANT TRIALS FOR POWDER PRIMING OF SMC Hamid G. Kia, Bhavesh Shah, Christina Hicks1 GM R&D Center, 30500 Mound Road, Warren, MI 48090 Abstract Based on the information generated at GM R&D Center, six SMC formulations were developed and produced by SMC suppliers and subsequently molded into automotive body panels for powder primer application readiness tests. The panels were evaluated in the lab for shrinkage, moisture absorption, adhesion to the conductive coating, and powder application. Based on the results, all six formulations were approved for plant trials. The trials took place in Shreveport and Lordstown assembly plants. It was noted that the use of infrared heating to bake the powder is detrimental to SMC as it causes rapid heating of SMC substrate, resulting in a high flux of moisture in a short period of time. It was also learned that the experimental conductive coating improves the powder prime capability of SMC and allows powder priming after an extended exposure to the plant environment. Introduction The use of powder primers on SMC body panels has become a major challenge for the automotive industry. The driving force is that using powder primers in place of liquid primers reduces unwanted paint emissions and overspray waste. The downside is that powder primers are not compatible with the current high moisture absorbing plastics in general [1,2], and SMC materials in particular[3,4]. The body panels molded with SMC show paint popping in the bake oven of the powder primer, resulting in an unacceptable surface finish. In a previous study [5], a variety of SMC materials and conductive primers/sealers were evaluated for their ability to produce a pop free surface. -
In Re Ford Motor Company Securities Litigation 00-CV-74233
UNITED STATES DISTRICT COURT EASTERN DISTRICT OF MICHIGAN SOUTHERN DIVISION Master C e No. 00-74233 In re FORD MOTOR CO. CLASS A TION SECURITIES LITIGATION The Honorable Avern Cohn DEMAND FOR JURY TRIAL CONSOLIDATED COMPLAINT FOR VIOLATIONS OF THE SECURITIES EXCHANGE ACT OF 1934 l r" CJ'^ zti ^ OVERVIEW 1. This is an action on behalf of all purchasers of the common stock of Ford Motor Company, Inc. ("Ford") between March 31, 1998 and August 31, 2000 (the "Class Period"). This action arises out of the conduct of Ford to conceal from the investment community defects in Ford's Explorer sport-utility vehicles equipped with steel-belted radial ATX tires manufactured by Bridgestone Corp.'s U.S. subsidiary, Bridgestone/Firestone, Inc. ("Bridgestone/Firestone"). The Explorer is Ford's most important product and its largest selling vehicle, which has accounted for 25% of Ford's profits during the 1990s. Due to the success of the Explorer, Ford became Bridgestone/ Firestone's largest customer and sales of ATX tires have been the largest source of revenues and profits for Bridgestone/Firestone during the 1990s. During the Class Period, Ford and Bridgestone had knowledge ofthousands ofclaims for and complaints concerning ATX tire failures, especially ATX tires manufactured at Bridgestone/Firestone's Decatur, Illinois plant during and after a bitter 1994-1996 strike, due to design and manufacturing defects in, and under-inflation of, the tires, which, when combined with the unreasonably dangerous and unstable nature of the Explorer, resulted in over 2,200 rollover accidents, 400 serious injuries and 174 fatalities by 2000. -
FRIEDKIN Realty, LLC Youngstown's Premier Commercial Realtor
FRIEDKIN Realty, LLC Youngstown's Premier Commercial Realtor market street Powered by CLIFT MARKETING INC. © Broker Contact Information *Please contact local Broker Alan Friedkin 3223 Belmont Ave. Youngstown, OH 44505 FRIEDKIN Realty, LLC Youngstown's Premier Commercial Realtor Office: 330.759.2383 [email protected] www.friedkinrealtyllc.com Managed by: 155 West New York Avenue Suite 100 Southern Pines, NC 28387 Tel: 910.695.1909 www.cliftcommercial.com Powered by CLIFT MARKETING INC. © table of contents section I • property brochure property flyer market information section II • property maps aerial map standard site map traffic count map section III • demographics executive summary Powered by CLIFT MARKETING INC. © Market Street Youngstown, OH Name Market Street Location 2900 Market Street Youngstown, OH County Mahoning County Sq. Ft. 8,014 +/- Individual Price $175,000 Potential Uses offi ce PROPERTY HIGHLIGHTS The 8,014 sq ft building is on a half (.50) acre lot with a “mixed use-community district (MU-C) zoning. This uniquely shaped corner lot building is designed to have full expo- sure on Market Street and Florida. Drive thru window is accessed on Florida Street off heavily traveled Market in Youngstown Ohio. Rear building parking and sidewalks on both Market and Florida lend convenience to pedestrian and vehicle clientele. Currently being leased by Chase Bank, this is an income producing property! 910.695.1909 330.759.2383 www.clift commercial.com www.friedkinrealtyllc.com Powered by CLIFT MARKETING INC. © FRIEDKIN Realty, LLC Youngstown's Premier Commercial Realtor Youngstown MAHONING COUNTY Mahoning County is a county located in the U.S. state of Ohio. -
From ADAS to Automated Driving Technical Session Schedule As of 10/15/2018 07:42 Pm
From ADAS to Automated Driving Technical Session Schedule As of 10/15/2018 07:42 pm Tuesday, October 9 Day 1 Session Code: ADAS100 Room 360 Session Time: ALL DAY Market Analysis and Outlook, Deployment Strategies, Safety Time Paper No. Title 9:00 a.m. ORAL ONLY Welcome and Introductions Tim A. Cavanaugh, SAE International 9:05 a.m. ORAL ONLY Keynote Presentation: Connected Automation: Vision, Planning and Initiatives at MDOT Kirk Steudle, Secretary, Michigan Dept. of Transportation 10:00 a.m. ORAL ONLY ADAS to Autonomy, a Means to an End? Car makers are scrambling to deploy safety systems and build the algorithms that will replace human driving. It’s time to assess the progress and reconsider the objective. Will autonomy be a feature, a service or an entirely new form of transportation? We’ll look at the promises, the projections and the data. Roger Lanctot, Strategy Analytics Inc. 10:30 a.m. Networking Break 11:00 a.m. ORAL ONLY Vehicle Communications (V2X) <p>Vehicle to location services using satellite and cellular networks such as OnStar have been on vehicles since 1996. </p> <p>Vehicle to Vehicle (V2V) communication is appearing on production vehicles. Investigative studies, test fleets and technical specifications have concentrated on Dedicated Shortrange Radio Communication (DSRC) technology at 5.9 GHz. A newcomer, funded by the telecom industry, is 5G cellular technology.</p> V2X Communication can provide over 100 immediate safety benefits (traffic congestion, early warning braking, construction zones, emergency vehicle and intersection safety). One of the enabling technologies for autonomous vehicles is V2X communication. -
GM Energy Efficiency Achievements
ENERGY STAR® Challenge for Industry Achievers To meet the U.S. EPA ENERGY STAR® Challenge for Industry, plants must reduce energy intensity by at least 10 percent and do so in five years or less. GM has a total of 75 plants that have met the challenge, more than any company worldwide. United States 6. Silao Engine 1. Arlington Assembly (Texas) 7. Silao Transmission 2. Baltimore Operations (Maryland) Brazil 3. Bay City Powertrain (Michigan) 1. Gravatai Assembly 4. Bedford Powertrain (Indiana) 2. Mogi Das Cruzes Stamping 5. Bowling Green Assembly (Kentucky) 3. Sao Caetano Do Sul Assembly 6. Defiance Casting Operations (Ohio) 7. Detroit Hamtramck Assembly (Michigan) South Korea 8. DMAX Engine (Ohio) 1. Boryeong Transmission 9. Fairfax Assembly (Kansas) 2. Bupyeong 1 Assembly Plant 10. Flint Assembly (Michigan) 3. Bupyeong Engine 2 Plant 11. Flint Engine (Michigan) 4. Changwon Assembly 12. Flint Metal Center (Michigan) 5. Changwon Engine #1 13. Fort Wayne Assembly (Indiana) 6. Changwon Engine #3 14. Grand Rapids Components Holdings (Michigan) 7. Changwon Transmission 15. Kokomo Operations (Indiana) 8. Gunsan Assembly 16. Lansing Grand River Assembly (Michigan) 9. Gunsan Engine 17. Lansing Regional Stamping (Michigan) 18. Lordstown Assembly (Ohio) China 19. Marion Stamping (Indiana) 1. Dongyue Assembly 20. Orion Assembly (Michigan) 2. Dongyue Engine 1 21. Parma Stamping (Ohio) 3. Dongyue Transmission 2 GF6 22. Pontiac Stamping (Michigan) 4. Dongyue Foundry 23. Rochester Components (New York) 5. Jinqiao South Assembly 24. Romulus Engine (Michigan) 6. Jinqiao North Assembly 25. Spring Hill Assembly (Tennessee) 7. Jinqiao Powertrain 26. Spring Hill Engine (Tennessee) 8. Norsom 2 Assembly 27. -
The History of Delorean DMC-12
The History of The DeLorean DMC-12 Delorean Introduction The DeLorean DMC-12 is a two-seater sports car that was manufactured by the DeLorean Motor Company (DMC) for the US market from 1981 to 1982. It featured gull-wing doors with a fiberglass underbody to which non-structural brushed stainless steel panels were affixed. Manufactured in Northern Ireland it is most commonly known simply as the DeLorean, as it was the only model ever produced by the company. The first prototype appeared in March 1976, and production officially began in 1981 (with the first DMC-12 rolling off the production line on January 21) at the DMC factory in Dunmurry, Northern Ireland. Over nine thousand DMC-12s were made before production stopped in December 1982. Today, about 6,500 DeLorean Motor Cars are believed to still exist. It is perhaps best remembered when it shot to worldwide fame in the Back to the Future movie trilogy starring Michael J Fox and Christopher Lloyd. The car was transformed into a time machine by the eccentric scientist Doctor Emmett L. Brown - the company had ceased to exist before the first movie was ever made in 1985. DeLorean History In October 1976, the first prototype DeLorean DMC-12 was completed by William T. Collins chief engineer and designer (formerly chief engineer at Pontiac). Originally, the car's rear- mounted power plant was to be a Citroën Wankel rotary engine, but was replaced with a French-designed and produced PRV (Peugeot-Renault-Volvo) fuel injected V-6 because of the poor fuel economy from the rotary engine, an important issue at a time of world-wide fuel shortages. -
Brakes, Rotating Machines, and Spark Plugs Automotive Aftermarket North America New Product Communication | July 2016
Brakes, Rotating Machines, and Spark Plugs Automotive Aftermarket North America New Product Communication | July 2016 Bosch QuietCast™ Disc Brake Pads Product Category Overview 1 Part Number 24K Units in Operation Robert Bosch LLC, the leading manufacturer and supplier Hardware kit included on select applications to both the original equipment manufacturer (OEM) and Syntectic lubricant included with all application the aftermarket, announces the addition of 10 new and Late model European vehicle 36 relaunched part numbers. The featured product lines for July are brakes, rotating machines, and spark plugs. Bosch Brakes Bosch Blue Disc Brake Pads Three new brake pads sets are being added to the 2 Part Numbers 6K Units in Operation Bosch Brake portfolio. Two of these new part numbers are Bosch Blue Brake pads sets. These Bosch Blue OE-style, multi-layer shims for superior noise dampening Brake pads are for Freightliner and Mercedes-Benz Towel-wrapped on selected applications for added protection and value Late model Domestic and European vehicle Sprinters. One new Bosch QuietCast Brake pads set is being added to cover late model European vehicle. Bosch Rotating Machines Bosch Rotating Machines Bosch releases 7 additions to the Bosch Rotating 7 Part Numbers 3.9 Million Vehicles in Operation Machine line covering 3.9 million vehicles in the US. These part number additions are for Asian and Domestic Late model Asian and Domestic coverage vehicles that may no longer be serviced under warranty, Meet or exceed manufacturer recommendations but are prime candidates for serviceability in the IAM (Independent Aftermarket). New coverage includes Buick, Chevrolet, Ford, Hyundai, Kia, Nissan Pontiac, and Toyota. -
ITEM BID 00-05164 MARCH 12, 2013 a Bid: Purchase of Replacement
ITEM BID 00-05164 VILLAGE OF DOWNERS GROVE REPORT FOR THE VILLAGE COUNCIL MEETING MARCH 12, 2013 AGENDA SUBJECT: TYPE: SUBMITTED BY: Resolution Ordinance Bid: Purchase of Replacement 9 Motion Nan Newlon, P.E. Vehicles Discussion Only Director of Public Works SYNOPSIS A motion is requested to authorize the purchase of nine vehicles in the total amount of $260,000.21. STRATEGIC PLAN ALIGNMENT The goals for 2011-2018 identified Exceptional Municipal Services. FISCAL IMPACT The adopted FY13 budget includes $285,000 in the Equipment Replacement Fund for the purchase of these nine replacement vehicles. This recommended purchase is $260,000.21. RECOMMENDATION Staff recommends approval on the March 12, 2013 Consent Agenda. BACKGROUND The 2013 vehicle replacement schedule provides for the replacement of 13 vehicles. The table below shows the nine vehicles recommended for purchase at this time. Quantity Type of Vehicle Make and Model Dealer Price Hybrid Four Door 2013 Ford Fusion Wright Automotive of 2 Sedans Hybrid Hillsboro, IL $47,596.00 E85 Two wheel Miles Chevrolet of Decatur, 2 drive utility 2013 Chevrolet Tahoe IL vehicles $55,292.79 E85 Four wheel Miles Chevrolet of Decatur, 5 drive utility 2013 Chevrolet Tahoe $157,111.42 IL vehicles The Village’s Fleet Team, consisting of representatives from the Village Manager’s Office and Finance, Public Works, Police and Fire Departments have evaluated the need to replace the vehicles and pieces of equipment scheduled for this year. All Village vehicles and equipment are targeted for replacement according to useful lifecycle replacement criteria. These criteria include age, usage, condition, repair costs, fuel efficiency and environmental impact.