Found 1710 related files. Current in page 8
PERIODICALLY CHECK THIS RECEIVER HITCH TO ENSURE THAT ALL FASTENERS ARE TIGHT AND THAT ALL STRUCTURAL COMPONENTS ARE SOUND. Curt Manufacturing Inc., warrants this product to be free of defects in material and/or workmanship at the time of retail purchase by the original purchaser. If the product is found to be defective, Curt Manufacturing Inc., may repair or replace the product, at their option, when the product is returned, prepaid, with proof of purchase. Alteration to, misuse of, or improper installation of this product voids the warranty. Curt Manufacturing Inc.'s liability is limited to repair or replacement of products found to be defective, and specifically excludes liability for incidental or consequential loss or damage. INSTALLATION STEPS 1. Lower the exhaust by removing the (3) rearmost rubber exhaust isolators from the frame mounted hangers. Note: Support the exhaust during installation to prevent damage. (See Rubber Isolator Removal Diagram.) 2. Remove the muffler heat shield and trim to clear the mounting plate. (See Heat Shield Trim Diagram.) 3. Remove the (2) rubber plugs in each frame rail. Enlarge the forwardmost hole on each frame rail to allow the carriage bolt and spacer to be inserted into the frame rail. (See Hole Enlargement Diagram.) 4. Fishwire a carriage bolt and spacer into the rearmost hole in each frame rail as shown. (See Fishwire Hardware Technique.) 5. Raise the hitch into position, taking care not to push the fishwired hardware into the frame rails. Center the hitch on the vehicle and loosely secure the hitch to the vehicle with hex flange nuts as shown. 6. Mark and drill the forwardmost holes in the frame rail using the hitch as your template. 7. Fishwire a carriage bolt and spacer into each drilled hole and secure the hitch with a hex flange nut as shown. 8. Torque all hardware to 110 ft-lbs. 9. Reinstall the heat shield, raise the exhaust and reinstall the rubber isolators.
Speciﬁcations Input Terminal Rating: #10-32 Threaded studs (100A max). Output Terminal Rating: 30A Max per circuit. Temperature Rating: –20°F (0°C) to 150°F (65°C). Materials: Black thermoplastic. Termination: .250" x .032" quick-connect terminals. Ground terminal pad option available. Input wire size: #4-6 AWG. Output wire size: #12-16 AWG. Torque Rating: 20 in-lbs (2.25N m) max. Mounting Torque Rating: 8 in-lbs (0.9N m) max. Power Distribution The 15600 ATC® fuse panel is a compact, yet rugged, power distribution module. It is available in a single or dual internal buss electrical conﬁguration featuring an optional ground pad terminal strip. The 15600 fuse panel is surface mounted, uses convenient quick-connect terminals, and is recommended as a supplemental power distribution module. It can be used to accompany main PDMs such as the Cooper Bussmann 31000/32000 Series VEC/DVEC, 15710 Series RTA, and the 1540X Series RFRM. Fuse Panels Options Positions: 4-20 circuits available. Split Power: Single or dual buss options. Dimensions - mm(in) 15600 Series 15602 Series .22" DIA. HOLE WITH .41 x .12 DEEP C'BORE (4X) "L" "L" "C" "C" Series 15600 85.59 (3.37) 26.92 (1.06) 26.92 (1.06") 63.50 (2.50) 15.75 (.62) .250" QC (COPPER ALLOY - TIN PLATED) No. of Fuse 15.75 TYP (.62") 20.32 (.80) 30.98 (1.22) Ground Terminal Base Option (12) .250" QC TERMINALS W/COMMON WIRING STUD, ADD 1.300" TO "L" FOR OVERALL LENGTH 04 06 08 10 12 (15600 -10-20 SHOWN)
How To Change Blown Fuse Or Reset Circuit Breaker Because the "blowing" of a fuse results from the overloading of an electrical circuit, many people think that the fuse box is a dangerous area to approach, as it controls the flow of so much electricity. Nothing could be further from the truth. Of course, it is always advisable to approach electrical apparatus with caution; but there should be no fear whatsoever attached to the common chore of changing a burnt fuse. We would, however, like to give you a few pointers before we begin the actual procedure for that simple task. As far as fuses are concerned, the cardinal rule is Be Prepared. That is to say, you should make a list of all the different types and sizes of fuse in your fuse box, and make sure you have three or four of each on hand at all times. Because, if one "blows" on Sunday, you'll be whistling in the dark till Monday. Now, if you really want to be secure when working around your fuse box, take our humbly, offered advice, and make the following chart: 1. Make a diagram of your fuse or circuit breaker box, as shown in Figure 54A. 2. Number each fuse or circuit breaker, both on the chart and beside each in the box, making sure that your numbers correspond exactly with one another. 3. Turn on all the lights in your apartment or house. 4. Now, one at a time, unscrew each fuse or trip circuit breaker and see which lights go off. 5. Mark down beside each fuse or circuit breaker in your chart the area of the house or apartment each controls See Figure 54B. 6. Once you have completed this, tape your chart beside the box in plain site. 7. From then on, if the power fails in your bedroom, say, you will know exactly which fuse or circuit breaker has disconnected and must be corrected by consultining the chart.
FB Series DC Load Circuit Panels 1-800-443-4859 • FB-9 Nine DC load circuits • FB-12 Twelve DC load circuits • FB-15 Fifteen DC load circuits • Three DC positive inputs for converter and batteries. • Galvanized metal chassis and hinged cover. • Terminal bar for 12 volt negative connections. • Utilizes standard automotive “blade” type fuses. FB-9 shown Maximum 20 ampere load per load circuit. (Fuses not supplied with unit.) Use with 7400 Series or any “Deck-mount” style converter system without a “built-in” DC load distribution panel. The Power to Bring People and Places Together ! 1-800-443-4859 7400 Series & FB Series Fuse Panel typical connections 8 AWG CU minimum w/ 90 degree Celsius insulation rating required, appropriately fused at 55 amperes maximum within 18” of battery. DC Positive Input terminals are electrically connected together and may be used for source DC positive connections as desired. + Load circuit fuses should be appropriately rated to protect the AWG wire gauge of the load circuit wiring used. 8 AWG CU minimum w/ 90 degree Celsius insulation rating required. 8 AWG CU minimum w/ 90 degree Celsius insulation rating required. 12 volt load circuit wiring (positives). Lights, stereo, pumps etc. 12 volt load circuit wiring (negatives) . 8 AWG CU minimum required for chassis bonding.
Just Pay AUD1,644.00 to grab the mitsubishi-xd700u-projector with GST Tax Invoice from Electronic bazaar AU. MoreInformation:http://www.electronicbazaar.com.au/mitsubishi-xd700u-projector.html Customer Care No. Australia : +61390163949
Hub Assemblies From MOOG®– The Problem Solver® When it comes to total undercar solutions, MOOG® steering and suspension components are the choice of more professional technicians. The leading-edge engineering, metallurgy and manufacturing, and long-lasting, problem-solving performance of MOOG products have earned technicians’ trust for decades. MOOG Hub Assemblies are the latest product from this trusted brand. We offer coverage for virtually all applications, putting the MOOG problem-solving philosophy to work for the broadest range of vehicles. superior Oil Seal Best seal in the market, eliminates leaking and contamination. Integral Raceway Provides proper clearance between ball and bearing riding surfaces. OEM Approved Bearing Design No re-lubrication is necessary for this non-metallic retainer, allowing for a cooler-running bearing. OEM ABS Sensor and Plug Better ABS signal due to high strength polymer and copper wiring for improved connection and conductivity. Exclusive Seal Design DEBRIS FLOW DEBRIS Exclusive Seal Design Premium seal design ensures maximum contamination exclusion, protecting bearing life and ABS performance. Precision Matched Components Rigorously controlled manufacturing processes ensure exact matching of bearing raceways and rolling elements to consistently deliver superior performance and minimize noise and vibration. Post-Assembly Quality Assurance Testing 100% inspection ensures proper ABS function and quiet operation. Engineered for Seamless systems Operation MOOG® Hub Assemblies are designed to maximize the performance of the related components in the ABS, brake and steering systems. Total undercar solutions When it comes to undercar solutions, MOOG® offers the complete steering and suspension package. MOOG provides advanced engineering, problem-solving innovation, industry-leading technical expertise, superior products and the broadest range of foreign and domestic coverage that today’s technicians need. That’s why MOOG is the choice of professional technicians and top NASCAR® crew chiefs. Upper Strut Mount Upper Control Arm Coil Spring Upper Ball Joint Control Arm Bushing Complete Strut Assembly Inner Tie Rod Tie Rod End Sway Bar Bushing Hub Assemblies Control Arm Bushing Lower Control Arm Sway Bar Link Lower Ball Joint Control Arm Bushing INDUSTRY EXPERTISE
Smart charging alternators on Fords On many new Ford models the alternator fitted has a ‘smart charge system’ that regulates the output of the alternator to ensure the battery is being charged efficiently and only when needed, reducing emissions and improving performance. The alternator is controlled by the PCM (power control module) which monitors certain parameters such as the engine temperature, battery temperature and electrical demand. If the alternator does not receive a signal from the PCM, the battery light is illuminated on the vehicle. This can sometimes be misdiagnosed as an alternator failure. There are some checks that can be made to see if the alternator is at fault or, if there is an issue with the PCM or its wiring. ● The first thing to check is if the battery is the correct type. Smart charge systems are designed to be used only with a silver calcium battery not the lead acid type due to the voltages used which may damage a lead acid battery and give incorrect readings.
GENERAL INFORMATION Trouble Shooting - Basic Procedures GENERAL INFORMATION Trouble Shooting - Basic Procedures * PLEASE READ THIS FIRST * NOTE: This is GENERAL information. This article is not intended to be specific to any unique situation or individual vehicle configuration. The purpose of this Trouble Shooting information is to provide a list of common causes to problem symptoms. For model-specific Trouble Shooting, refer to SUBJECT, DIAGNOSTIC, or TESTING articles available in the section(s) you are accessing. ACCESSORIES & ELECTRICAL CHARGING SYSTEM TROUBLE SHOOTING NOTE: This is GENERAL information. This article is not intended to be specific to any unique situation or individual vehicle configuration. The purpose of this Trouble Shooting information is to provide a list of common causes to problem symptoms. For model-specific Trouble Shooting, refer to SUBJECT, DIAGNOSTIC, or TESTING articles available in the section(s) you are accessing. NOTE: This is GENERAL information. This article is not intended to be specific to any unique situation or individual vehicle configuration. The purpose of this Trouble Shooting information is to provide a list of common causes to problem symptoms. For model-specific Trouble Shooting, refer to SUBJECT, DIAGNOSTIC, or TESTING articles available in the section(s) you are accessing. BASIC CHARGING SYSTEM TROUBLE SHOOTING CHART CONDITION & POSSIBLE CAUSE CORRECTION Vehicle Will Not Start me Saturday, April 18, 2009 3:35:56 AM 3:36:11 Page 1 © 2005 Mitchell Repair Information Company, LLC. 2007 Chrysler Sebring GENERAL INFORMATION Trouble Shooting - Basic Procedures Dead battery Check battery cells, alternator belt tension and alternator output Check all charging system connections Check and replace as necessary Loose or corroded battery connections Ignition circuit or switch malfunction Alternator Light Stays On With Engine Running Loose or worn alternator drive belt Loose alternator wiring connections Short in alternator light wiring Defective alternator stator or diodes Defective regulator Alternator Light Stays Off With Ignition Switch ON Blown fuse Defective alternator Defective indicator light bulb or socket Check alternator drive tension and condition, See Belt Adjustment in TUNE-UP article in the TUNE-UP section Check all charging system connections See Indicator Warning Lights in STANDARD INSTRUMENTS in the ACCESSORIES & EQUIPMENT section See Bench Tests in ALTERNATOR article See Regulator Check in ALTERNATOR article See WIRING DIAGRAMS See Testing in ALTERNATOR article See Indicator Warning Lights in STANDARD INSTRUMENTS in the ACCESSORIES & EQUIPMENT section me Saturday, April 18, 2009 3:35:57 AM
Alternators are all around us. There i s hardly an engine which does not have one, running alongside i n cars, trucks, buses, recreational vehicles, boats, aircraft, farm machines, earth moving equipment, and all kinds of stationary engines. Obviously, the alternators are doing their job very well since we hear so little about them. And i f something does go wrong, most of the more popular models have their replacement available almost instantly, waiting on dealer shelves, i n alternator shops, often even i n department stores. How different things become though i f you want something slightly out of the ordinary, an alternator with greater output, some added feature, unusual application, or i f you and your vehicle or vessel happen to be i n a place where technical services are less abundant. Where you are the available technical service. Or when you want your alternator to do something new or different and, even though the expert may have told you i t could'nt be done, you are not quite ready to give up. On top of that, i t does not help that alternators on their way from the manufacturer to the engine or car factory take on a new name : a Delco alternator may become a Buick or Perkins, a Motorola one may become known as a Volvo or Universal. Just try to find a Hitachi or Mitsubishi alternator i n an auto store : there i t may only be known as a Mazda, while at an engine dealer's i t may be called Westerbeke or Yanmar.
IMPORTANT Before starting, compare items on your invoice with items received. Carefully check through packaging material. If any item is missing, please call Crutchfield Technical Support at 1-800-955-9094. Inside... Although reasonable attempts are made to verify the accuracy of the information contained in this MasterSheet, it is presented without warranties or guarantees of any type due to the constantly changing nature of this type of information and running changes in vehicle production. Any person or entity using this information does so at his or its own risk. If you find our instructions are different from your vehicle, or if you have questions, do not continue with your installation. Contact our toll-free technical support for assistance. *0000500021* Page 2-3 Factory Radio Removal 4 factory Receiver Installation (w/ochanger) CD 5 Receiver Installation (with factory CD changer) 6-7 Front Door Speakers 8-9 Rear Door Speakers Phillips Screwdriver Small Flat Blade Screwdriver Panel Tool Drill & 1/8" Bit Tools Required * If you need additional wiring information, visit us online at www.crutchfield.com/support/faq.html Note: At this time, no aftermarket antenna is available from Crutchfield. A replacement antenna may be purchased from a local dealership. R Copyright 2011 Crutchfield Corporation 050 0021 Factory Radio Removal FIGURE 1 FIGURE 2 1. Set parking brake. Gear Shift Trim 2. Before proceeding, eject disc(s) from factory unit if present. Receiver Trimpanel 3. Disconnect negative battery cable to prevent any electrical short. Receiver 4. The gear shift must be moved to the lowest position. This can be done (when the ignition switch is off) by prying up the tab in the top right of the gear shift trim and depressing the exposed button to release the gear shift lever (see Figure 2). 5. Pry around gear shift trim to release clips. Lift trim, disconnect harness and remove (Figure 1). 6. Remove two (2) phillips screws from bottom of receiver trimpanel (Figure 2).