1964 Chevy Impala 292 six 3 acceleration overdrive

January 27th, 2012 by admin No comments »

I’ve had this car for almost 20 years. I found it slowly rotting away on a farm. I’ve brought it back mechanically, but it needs paint yet. Engine: 292 six cylinder, stock. Trans: 3 speed overdrive (Borg Warner) Rear axle: 3.36:1 Options added to car: Bumper guards Door edge guards Power brakes 14×6 station wagon rims 6-way power seat Soft Ray tinted glass This is the 3rd engine I’ve had in this car. When I bought it, all I had to put in was a 230. When a 250 became available, I put that in. This summer I pulled the 292 from my station wagon project that I sold and put it in. The 292 was bought from a salvage yard in 1987, and spent the last 20 years in a station wagon. I have put over 100k on it, it has never used any oil, and starts in any weather. Never done anything other than a carb kit, or change oil. The 3 speed overdrive usually requires a complicated wiring harness utilizing a kickdown switch, governor and engage switches. That is stupid. I just run it myself utilizing a relay controlled by an old Mopar cruise control switch. When the overdrive is not engaged, you can shift up and down easily with out using the clutch. The trans allows the driveshaft to freewheel faster than the engine, thus there is no deceleration drag with the engine. When engaged, then the engine will slow the car down during decelerations. You can’t run the overdrive in reverse, the trans will lock up. I can run it in all 3 forward gears, however, the torque of the engine will hurt the

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1967 GTO For Sale

January 24th, 2012 by admin No comments »

The Pontiac division of General Motors introduced the GTO (Gran Turismo Omologato) in 1964. The GTO survived a relatively brief but eventful span that included 11 model years and 3 vehicle generations. GM did eventually manage to re-launch the Pontiac GTO in 2004 through Holden, an Australian subsidiary, but that amounted to an uninspired three-year period that failed to capture the public’s imagination.

The original 1964 GTO was an option package on the Pontiac LeMans, available as either a convertible, hardtop coupe, or a 2-door coupe. The Tempest line, which included the GTO, was restyled for 1965 so that the car was longer and produced more power. In 1966, the intermediate line underwent a redesign again. Pontiac gave the Tempest the Coke-bottle body shape that was sweeping the American automotive landscape at the time.

The 1967 GTO for sale marked the final model year of that first generation, and this important because the differences between the first and second generations would be dramatic. The following year the Pontiac GTO would adopt the A-body that would serve as the basis for other notable GM muscle cars, such as the Chevrolet Chevelle and El Camino. GM would also use a variation of the A-body as the basis for the Monte Carlo introduced in 1970.

The 1967 GTO for sale came available in three body styles. Pontiac sold 65,000+ hardtops, 9,500+ convertibles, and 7,000+ sport coupes. Visually, Pontiac made the 1967 GTO for sale distinct from its predecessors by replacing the louver-covered taillights with eight separate taillights, four on each side. In addition, the grille now contained chrome, Pontiac had moved the GTO emblems to the chrome rocker panels, and Rally II wheels with colored lug nuts were available as an option.

The 1967 GTO for sale also underwent mechanical changes that stood it apart. Pontiac replaced the Tri-Power carburetion system with an all-new four-barrel Rochester Quadrajet carburetor. The 389 V8 that was available the three previous years got a wider cylinder bore so that the displacement was now 400 cubic-inches (6.6 L). This new engine was available in three configurations: economy, standard, and high output.

The economy edition used a two-barrel carburetor instead of the Rochester Quadrajet, which limited it to 255 horsepower and 397 pound-feet of torque at 4400 rpm. The standard version of the engine, which did use the Rochester Quadrajet, produced 335 horsepower at 5000 rpm and 441 pound-feet at 3400 rpm. The high output engine traded a minute amount of torque for a great deal of power. It hammered out 360 horsepower at 5100 rpm and 438 pound-feet of torque at 3600 rpm.

Emission controls are present on the engines of GTOs that GM sold in California. In addition, like all vehicles at that time, the GTO received new safety equipment, which a recent federal law had mandated. This new equipment included four-way emergency flashers, an energy-absorbing steering wheel and steering column, a padded instrumentation panel, and non-protruding control knobs.

In addition, Pontiac replaced the two-speed automatic transmission with the TH-400, a three-speed Turbo-Hydramatic transmission. This new transmission included the Hurst Performance Dual-Gate shifter, which allowed for either automatic or manual shifting. Front disc brakes were available as an option for the first time.

Like all cars of this time, the Pontiac GTO is prone to rust, so the enthusiast in the market for a 1964 GTO for sale should pay particular attention to this aspect. However, purchasing a GTO at or around $10,000 will likely involve purchasing a GTO that requires substantial bodywork.

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Russound Collage Powerline Media and Intercom Installation

January 20th, 2012 by admin No comments »

Russound’s Collage Powerline Media and Intercom system distributes network accessible music and intercom communication over a home’s residential electrical system. The flexible, expandable system provides access to two-way transmission of audio, video, data, and internet media with metadata feedback without the need of running new zone-to-zone wiring.

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Lec 14 | MIT 8.02 Electricity and Magnetism, Spring 2002

January 17th, 2012 by admin No comments »

Biot-Savart Law Gauss’ Law for Magnetic Fields Revisit the “Leyden Jar” High-Voltage Power Lines View the complete course at: ocw.mit.edu License: Creative Commons BY-NC-SA More information at ocw.mit.edu More courses at ocw.mit.edu

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LCD TV Problems – How You Can Fix Them Fast

January 15th, 2012 by admin No comments »

There are many reasons you could be having problems with your LCD TV. The thing to remember is that these things are microprocessor based, just like your computer. That means that at the first sign of trouble you should do the same thing you do with your computer; reboot it! That’s right, if your LCD TV is dead ir unresponsive, turn it off with the remote or power button, wait about 10 seconds, then unplug it from the wall. After about 1 minute, plug the power back in and turn the TV on again. With any luck, your TV is now fixed. The next thing that causes problems with all new TVs, not just LCDs is the HDMI connection.

You see, HDMI is a fantastic way to get high definition video, but it’s so good that the content providers were worried their stuff would end up out on the Internet in pure form, easy to copy and distribute. To prevent such an occurrence, a copy protection scheme called High Density Copy Protection (HDCP) was developed. This is an electronic data handshake system where the source and display devices have to recognize each other and agree that it’s okay to send video. If there is no handshake, or the process gets corrupted in some way, poof, no more video. This problem was extremely prevalent in the early days of HDMI, but has been steadily improving since about the end of 2007 or early 2008.

If you are having problems with your TV, it may actually be an HDMI related issue. Here are some of the problems you might encounter.

Problem 1: No Picture

If you see, or rather don’t see this, then shut everything down and then restart the system. Make sure all the connections are in place first. Look at the screen. If you see a resolution notice chances are the DDC line has communicated between source and sink. Good news for you! The problem is likely video related.

Problem 2: Flashes, No Audio, Pink Screen

No audio accompanied by a pink screen is usually indicative of a DDC communication problem. What’s that mean for you? To check this, power up the system while all the HDMI cables are connected. If possible, try using shorter cables. Here you need to see if the system works at all. If for some reason the system still fails to come on, try using different inputs. You may find that your cable box will work and your DVD may not or vice versa. This can happen because of stray capacitance on the DDC line inside the HDMI cable. This may actually be caused by the hardware itself. If you think it may be, try getting a DDC line conditioner. Normally, these types of problems completely go away when conditioning is introduced.

Problem 3: Sparkles in the Picture

This is normally a video data transmission problem. Typically data transmission problems with HDMI are cable related. It could be that the cable is underperforming due to its length. This is especially common with cheap cables. Remember the HDMI spec says cable length should not exceed 10 meters. Shortening the cable should improve the signal integrity. Another possibility in this situation is a bad connector. HDMI connectors are notoriously fickle anyway.Try a new cable at each position along the signal path.

Symptom 4: Picture Comes On, Then Goes Off

Typically, this is caused by one of two things. The first is when one or more of the video TMDS channels has a high bit error rate or is not working at all. Next is when the DDC line doesn’t quite make it. In that case, the HDCP is not getting a new refresh key. Buy a in a better quality cable with larger wire. When it comes to wire gauge, smaller gauge equals bigger wire diameter. Hence 20 gauge is larger diameter than 24 gauge.

If you’re having LCD TV problems, check these things before you call a TV repair company. In many cases you can easily fix the problem yourself without spending a fortune.

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