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1936 Chevrolet Cars Described
1936 CHEVROLET CARS DESCRIBED GENERAL: The doors were now hinged toward the rear: no more "suicide" style front doors. Steel disc wheels were used this year A 14- gallon fuel tank was now used on all Chevrolets. In mid-year, steel spoke wheels were adopted for all models. CHEVROLET — STANDARD — SERIES FC — SIX: The Standard series Chevrolets adopted the all-steel Fisher Body with "Turret Top" styling. They had more rounded front fenders and radiator grilles and shells. A split front windshield (as was used on 1935 Master DeLuxes) was new. The number of horizontal hood louvers was reduced to two. with the top ones being longer. Rear fenders were skirted and more streamlined. Standard Models did not use the “Knee Action” independent front suspension. MASTER DELUXE - SERIES FD/FA - SIX: A thicker. rounder radiator shell characterized cars in the Master DeLuxe line. The grille was also larger and more rounded at the top. more pointed at the bottom. A lower hood ornament had its wings pointing back horizontally. The FD designation was for cars without coil spring front suspension; the FA designation was for cars with this feature. There were still no open cars in the Master DeLuxe series. Note: Master DeLuxe Models with "Knee Action" were designated FA models. They cost $20 more and weighed 30 pounds more. Production of FD and FA models was lumped together as a single total. Innovations: Hydraulic brakes introduced for Chevrolets. The Cabriolet was reintroduced in Standard (FC) series. Box-girder frame on Standard models. Early Standard Series had composite wood/steel doors. -
1953 FORD F100 DOOR RE-ASSEMBLY What Follows Is An
1953 FORD F100 DOOR RE-ASSEMBLY What follows is an account of the observations made during the rebuilding of the working parts related to the doors of my 1953 Ford F100 pickup. I took the doors completely apart and repainted them. I then re-installed all the working components in these doors. I based the steps I took on an account of door window glass installation that I found on the Ford Truck Enthusiast Forum. But, this account was not a complete discussion using stock components. My doors were off the truck during my re-assembly. I laid them flat on a work table with a soft cloth to protect the paint. I am not sure to what extent this actually effects re-assembly procedures. 1) I installed the vent windows. From all that I observed, this is a necessary first step. It appears to me that installing the vents after all other work has been done will require significant amount of undoing other work. For example, the division bar would have to be moved aside to allow the vent assembly to be inserted into the door frame. The installed anti rattle pieces also appear to be in the way of moving the division bar. Also, if the vent window is secure and snugged up tight in place, then the exact final location of the division bar can be determined, in that it is an integral part of the vent window weather stripping. On my truck I found that the glass in one of my vents was not inserted completely in its metal frame. -
Vehicle Identification Number (VIN) System
Vehicle Identification Number (VIN) System Position Definition Character Description Country of 1 1 2 3 United States; Canada; Mexico Origin 2 Manufacturer G General Motors Chevrolet; Incomplete Chevrolet Truck; GMC; Incomplete B C D T N 3 Make GMC Truck; Chevrolet Multi Purpose Vehicle; GMC Multi K Y Purpose Vehicle; Cadillac Multi Purpose Vehicle 3001-4000/Hydraulic; 4001-5000/Hydraulic; 5001- GVWR/Brake B C D E F G 6000/Hydraulic; 6001-7000/Hydraulic; 7001-8000/Hydraulic; 4 System H J K 8001-9000/Hydraulic; 9001-10000/Hydraulic; 10001- 14000/Hydraulic; 14001-16000/Hydraulic Truck 5 Line/Chassis C K Conventional Cab/4x2; Conventional Cab/4x4 Type Half Ton; ¾ Ton, 1 Ton; 1/2 Ton Luxury; 3/4 Ton Luxury; 1 6 Series 1 2 3 6 7 8 Ton Luxury Four-Door Cab/Utility; Two-Door Cab; Suburban/Denali XL 7 Body Type 3 4 6 9 Two-Door Utility; Extended Cab/Extended Van V U T W G (LR4) 4.8L Gas; (LQ4) 6.0L Gas; (LM7) 5.3L Gas; (L35) 4.3L 8 Engine Type 1 Gas; (L18) 8.1L Gas; (LB7) 6.6L Diesel 9 Check Digit -- Check Digit 10 Model Year 1 2001 Oshawa, Ontario; Pontiac, Michigan; Fort Wayne, Indiana; 1 E Z J G F 11 Plant Location Janesville, Wisconsin; Silao, Mexico; Flint, Michigan; X Experimental Engineering Manufacturing Plant Sequence 12-17 -- Plant Sequence Number Number Tips to understanding your VIN number: Starting in model year 1954, American automobile manufacturers began stamping and casting identifying numbers on cars and their parts. The vehicle identification number has become referred to as the "VIN". -
State Laws Impacting Altered-Height Vehicles
State Laws Impacting Altered-Height Vehicles The following document is a collection of available state-specific vehicle height statutes and regulations. A standard system for regulating vehicle and frame height does not exist among the states, so bumper height and/or headlight height specifications are also included. The information has been organized by state and is in alphabetical order starting with Alabama. To quickly navigate through the document, use the 'Find' (Ctrl+F) function. Information contained herein is current as of October 2014, but these state laws and regulations are subject to change. Consult the current statutes and regulations in a particular state before raising or lowering a vehicle to be operated in that state. These materials have been prepared by SEMA to provide guidance on various state laws regarding altered height vehicles and are intended solely as an informational aid. SEMA disclaims responsibility and liability for any damages or claims arising out of the use of or reliance on the content of this informational resource. State Laws Impacting Altered-Height Vehicles Tail Lamps / Tires / Frame / Body State Bumpers Headlights Other Reflectors Wheels Modifications Height of head Height of tail Max. loaded vehicle lamps must be at lamps must be at height not to exceed 13' least 24" but no least 20" but no 6". higher than 54". higher than 60". Alabama Height of reflectors must be at least 24" but no higher than 60". Height of Height of Body floor may not be headlights must taillights must be raised more than 4" be at least 24" at least 20". -
(Trunk) Lid, Sheet Metal, Rocker Panels
Floorpans • Rocker Panels • Trunk Pans (Group 12) 1942-1948 All Super and Roadmaster Rocker Panels (12.934) All floor pans, trunk pans and RP428L............ (L.H.OUTER PANEL) ..............$79.50 ea. inner rocker panels are made RP428R........... (R.H.OUTER PANEL) ..............$79.50 ea. of 18 gauge coated steel. Outer rocker panels are made of 20 gauge coated steel. 1949 All Super and Roadmaster Panels are custom made and Rocker Panels for 4-dr. Models. (12.934) usually take a week or so to RP49L4.............. (L.H.OUTER PANEL) ............$79.50 ea. fabricate. RP49R4............. (R.H.OUTER PANEL) ............$79.50 ea. 1950 All; 1937-1940 All Special 1951-1953 Super, Roadmaster, Skylark. Floor Pans (Front and Rear) (12.980) Front Toeboards (12.980) FP370FFL................(FRONT LEFT) .................$94.50 ea. TB503L.......................(LEFT) ...........................$94.50 ea. FP370FFR...............(FRONT RIGHT) ...............$94.50 ea. TB503R.....................(RIGHT) ..........................$94.50 ea. FP370RFL.................(REAR LEFT) ..................$94.50 ea. FP370RFR...............(REAR RIGHT) .................$94.50 ea. Floor Pans (Front and Rear) (12.980) FP503FFL...............(FRONT LEFT) ..................$94.50 ea. 1939-1940 All Super and Roadmaster FP503FFR.............(FRONT RIGHT) .................$94.50 ea. Floor Pans (Front and Rear) (12.980) FP503RFL................(REAR LEFT) ...................$94.50 ea. FP390FFL................(FRONT LEFT) .................$94.50 ea. FP503RFR..............(REAR RIGHT) ..................$94.50 ea. FP390FFR...............(FRONT RIGHT) ...............$94.50 ea. FP390RFL.................(REAR LEFT) ..................$94.50 ea. Under Seats (Front and Rear) (12.980) FP390RFR...............(REAR RIGHT) .................$94.50 ea. FP503FSL............(13" FRONT LEFT)...............$99.50 ea. FP503FSR..........(13" FRONT RIGHT) .............$99.50 ea. 1940-1941 All Super and Roadmaster FP503RSL...............(REAR LEFT)..................$149.00 ea. Rocker Panels for 4-dr. -
AZ of European Coachbuilders
A-Z OF EUROPEAN COACHBUILDERS PDF, EPUB, EBOOK James Taylor | 240 pages | 22 May 2018 | HERRIDGE & SONS LTD | 9781906133788 | English | Beaworthy, United Kingdom A-Z of European Coachbuilders PDF Book Rubber Co. The Bible of Italian Coachbuilding: motre than pages and pictures! Krylov Krylov Brothers, Moscow. Homasote panels added a high degree of weather-resistance and became a popular automotive roofing material in the late teens and twenties. Austria The Austrian Coachbuilders. GROOMING - in the early days of enclosed car motoring, grooming consisted of choosing upholstery materials plain cloths, striped cloths, uncut mohair, velvet, figured velour, silk armures , and tufts, fitting the interior with window regulators, door pulls, light switch plates, dome lights, ventilators, corner lights or reading lights, "chofones" i. Klenk Georg Christian Klenk, Frankfurt. Sat Jan 02, pm FrankWo. Tue Oct 27, am Carrossier. After the Second World War, this type of business was in steep decline, replaced by collaborations between car manufacturers and bodywork design and build companies to produce bodies in numbers, or in volume. Langenthal Langenthal forum. Wanaverbecq Wanaverbecq. The "chauffeurs" were stamped out during the Consular period. Ruckstuhl Ruckstuhl, Lucerne. Another feature is that the doors do not have any external frames to support the windows. Aubertin Georges Aubertin forum. Brand new: Lowest price The lowest-priced brand-new, unused, unopened, undamaged item in its original packaging where packaging is applicable. GTO It. Autolifts and Engineering Co. Automotive body designers often used traditional coachbuilding terms to describe new designs. Tue Dec 22, am Carrossier. A-Z of European Coachbuilders Writer That model evolved into the Austin AD saloon of - Austin's first closed car on a Seven chassis - with England supplying all of its bodywork. -
APS57TM Remote Start / Keyless System
VehicleAPS57TM Remote Start / Keyless System Installation and Reference Guide Thank you for trusting Prestige products! If you are a consumer, please note: Professional installation is strongly recommended. This manual assumes the installer has adequate knowledge of the following expertise. Therefore, it does not cover these topics in detail: • 12-volt electronics • Testing and verifying circuits • Making safe and lasting wiring connections • Factory ignition, power, lighting, data bus and sensing systems • Factory systems and components to avoid • Safe wire routing, circuit protection and product placement • Access to vehicle-specific technical information In addition, this manual assumes the installer has theproper tools, skill and facilities to perform a professional installation. Performing an improper installation could result in damage to the vehicle or its components, improper system function, unsafe vehicle operation or physical injury.Such instances would not be covered by the vehicle manufacturer's warranty, nor by Voxx Electronics, Inc. Detailed Descriptions Quick Reference 2 Wire Harness Colors and Functions 15 System Programming 2 Power Connector 15 Programming Mode Entry / Exit 3 Notification Connector 16 Feature Bank Options 4 Input / Output Connector 17 Data Port Protocol 17 Tach Function 6 External Components 17 Alarm Override 6 RF Antenna Kit 18 Silent Lock and Unlock 6 Data Bus Interface (DBI) 18 User Selectable LED 6 Telematics 6 Weblink Programming 18 System Diagnostics 18 Troubleshooting Remote Start 7 Setup Options 7 Remote Programming 19 Wiring Diagrams 8 Keyless Control 19 Door Lock Connections 10 Remote Start Control 22 Full System Connections 14 System Operation 14 Remote Operation 2020 Voxx Electronics Corporation. All rights reserved. -
Technical Instructions
TECHNICAL INSTRUCTIONS FOR SAFETY RECALL 19TA20 HEADLAMP(S) MAY BECOME INOPERATIVE CERTAIN 2020 SUPRA The repair quality of covered vehicles is extremely important to Toyota. All dealership technicians performing this recall are required to successfully complete the most current version of the E-Learning course “Safety Recall and Service Campaign Essentials”. To ensure that all vehicles have the repair performed correctly; technicians performing this recall repair are required to currently hold at least one of the following certification levels: • Expert Technician (any specialty) + TIN519B Instructor led course • Master Technician (any specialty) + TIN519B Instructor led course • Master Diagnostic Technician + TIN519B Instructor led course It is the dealership’s responsibility to select technicians with the above certification level or greater to perform this recall repair. Carefully review your resources, the technician skill level, and ability before assigning technicians to this repair. It is important to consider technician days off and vacation schedules to ensure there are properly trained technicians available to perform this repair at all times. ◄ STOP ► BEFORE YOU SCHEDULE CUSTOMERS OR INITIATE REPAIRS, READ BELOW: THE REMEDY WILL REQUIRE CALIBRATION OF THE MILLIMETER WAVE RADAR SENSOR BECAUSE THAT PART IS REMOVED DURING THE REPAIR. DEALERSHIPS DO NOT HAVE THE TOOLS REQUIRED TO CALIBRATE THE MILLIMETER WAVE RADAR SENSOR AS OUTLINED IN THE TECHNICAL INSTRUCTIONS ON TIS. YOU MUST REQUEST A TOOL TO BE LOANED TO YOUR DEALERSHIP FROM YOUR REGION OFFICE. NATIONWIDE SUPPLY OF THESE TOOLS IS VERY LIMITED. BEFORE SCHEDULING ANY CUSTOMERS, OR INITIATING ANY REPAIRS, PLEASE ENSURE THAT YOU HAVE SECURED A TOOL FOR THE TIME REQUIRED FOR THE CUSTOMER’S APPOINTMENT. -
Instructions Warning Procedures
Name ________________________________________________________ Date _________________ Instructor _____________________________________________________ Period ________________ Project 1: Job 2—Identify and Interpret Vehicle Numbers After completing this job, you will be able to locate and interpret vehicle and vehicle subassembly numbers. Instructions As you read the job instructions, answer the questions and perform the tasks. Print your answers neatly and use complete sentences. Consult the proper service literature and ask your instructor for help as needed. Warning Before performing this job, review all pertinent safety information in the text and discuss safety procedures with your instructor. Procedures 1. Obtain a vehicle to be used in this job. Your instructor may specify one or more vehicles to be used. Locate the Vehicle Identifi cation Number (VIN), Emissions Certifi cation Label, and Refrigerant Identifi cation Label 1. Locate the vehicle identifi cation number (VIN). On all vehicles built after 1968, the VIN will be visible in the lower driver’s side corner of the windshield, Figure 2-1. On most vehicles built before 1968, the VIN will be located in the driver’s side front door jamb, Figure 2-2. Write the VIN here: _____________________________________________________________ Figure 2-1. On all vehicles made after 1968, the VIN is located on the driver’s side of the dashboard, where it can be clearly seen through the windshield. VIN Figure 2-2. The VIN on this older vehicle is installed inside the driver’s side door jamb. VIN Copyright Goodheart-Willcox Co., Inc. 23 Proj01 Jobs01-05.indd 23 7/7/2014 11:09:40 AM Project 1: Job 2—Identify and Interpret Vehicle Numbers (continued) 2. -
Speed33™ - Frequently Asked Questions (FAQ)
Speed33™ - Frequently Asked Questions (FAQ) Q. How much is the body, and how do I reserve one? A. The base body package is $33,500. A 50% deposit will hold your place in the production order, with a confirmation letter from American Speed with the assigned body number. Deposits can be made by check, wire transfer or credit card. Call us directly at 734.451.1141 for phone-in orders. Q. How long do I have to wait to get one? A. We build all orders to your specifications, with only the most common body configuration in stock. We have the process down to a well proven systems, so the average lead-time is about 8 to 10 weeks. No waiting years here, we want you driving before then! Q. What does the Speed33™ body come with? A. The body is a complete shell from firewall through decklid including full convertible top in a choice of three standard colors (black, beige and navy) with full weather seal package; doors hung on hidden hinges with latches and loaded with power side windows (curved tempered glass); full front windshield assembly with curved laminated glass, stainless steel frame and cast stainless windshield stanchions; heavy gauge floor with transmission cutout; ’32 design inspired removable instrument panel; and optional chassis wedges for use in stock-height/full-fendered builds. Q. Do you have a starter Speed33 kit? A. Yes, we do now! You can buy the all new stamped steel body without the convertible top, front windshield and glass, and side glass with motors for just $26,000! Those items are all available separately for later purchase and install. -
PT & TT Car Classification Form
® NASA Performance Touring (PTD-PTF) & Time Trial (TTD-TTF) Car Classification Form--2018 (v13.1/15.1—1-15-18) Driver or Team Name________________________________ Date______________ Car Number________ Region_____________ e-mail________________________________________ Car Color_______________ If a team, list drivers’ names (two maximum per team): ___________________________________________ ___________________________________________ Vehicle: Year_______ Make______________ Model___________________ Special Edition?____________ NASA PT/TT Base Class _____________ Base Weight Listing (from PT/TT Rules)______________lbs. Minimum Competition Weight (w/driver)_______________lbs. Multiple ECU Maps? Describe switching method and HP levels:_____________________________________________ DYNO RE-CLASSED VEHICLES Only: (Only complete this section if the vehicle has been Dyno Re-classed by the National PT/TT Director!) New PT/TT Base Class Assigned by the National PT/TT Director:_________(Attach a copy of the re-classing e-mail) Maximum allowed Peak whp_________hp Minimum Competition Weight__________lbs. All cars with a Motor Swap, Aftermarket Forced Induction, Modified Turbo/Supercharger, Aftermarket Head(s), Increased Number of Camshafts, Hybrid Engine, and Ported Rotary motors MUST be assessed by the National PT/TT Director for re-classification into a new PT/TT Base Class! (See PT Rules sections 6.3.C and 6.4) (E-mail the information in the listed format in PT Rules section 6.4.2 to the National PT/TT Director at [email protected] to receive your new PT/TT Base Class) Note: Any car exceeding the Adjusted Weight/Horsepower Ratio limit for its class will be disqualified. (see PT Rules Section 6.1.2 and Appendix A of PT Rules). Proceed to calculate your vehicle’s Modification Points assessment for up-classing purposes. -
Honda Insight Emergency Response Guide, May 2001 11 Copyright 2001, American Honda Motor Co., Inc
Emergency Response Guide A Gasoline-Electric Hybrid Prepared for Fire Service, Law Enforcement, Emergency Medical and Professional Towing Personnel By American Honda Motor Co., Inc., May 2001 Location of Key Components Fuel Lines Fuel Tank Gasoline Engine IPU Compartment Electric Motor with High- Transmission Voltage Battery 12V High-Voltage Battery Cables 12V Battery IPU Compartment Gasoline Engine, with High- Electric Motor & Voltage Battery Transmission High-Voltage Fuel Tank Cables 2 Vehicle Description Type, Size, Shape & Materials The Insight is a two-passenger gasoline-electric hybrid, the first vehicle sold in North America that utilizes both a conventional gasoline engine and a battery-powered electric motor for power. The Insight can be identified by its aerodynamic shape and rear fender skirts, as illustrated on the front cover, and by the Insight logo and the words “Gasoline-Electric Hybrid” on the rear hatch. The chassis and most components are made of aluminum, some parts are plastic, and a few are made of magnesium. Gasoline Engine The Insight’s main power source is a conventional 1.0 liter, 3- cylinder gasoline engine, located under the hood. Electric Motor During start-up and acceleration, the gasoline engine is assisted by an ultra-thin (2.3 inch/60mm wide) electric motor, located between the engine and the transmission. During braking and Gasoline Engine Electric Motor 12V Battery deceleration, the motor acts as a generator to recharge the high- voltage battery and the 12-volt battery. Turning the ignition switch to either the Accessory (I) or the Lock (0) position turns off the gasoline engine and the electric motor.