Special work in it is not present, to describe as I removed I will not be, since in the book all is in detail painted, all work occupies 30 minutes, but follows will pay attention to following things:
1. It is necessary to remove elastic bands, without them glass is difficult for taking out.
2. At glass dredging, it should hardly be drowned, turning clockwise to take out inside.
3. At statement has flown down back better to lower a little the lift and then holding glass in the top position by the button to bring arms to glass. There from nuts there should be traces so to fix is not a problem.
Basically will put glass it is possible at any height of arms since there are traces.

And now you can alone repair your car's power windows!

The door is got jammed. The most widespread at a rank - the become loose door loops. Replace screws with longer. It is possible to use and old, having strengthened their nests. For this purpose fill in apertures slices of a wire bast for ware or put wooden stoppers on glue.
Sometimes the door, is got jammed that the house has given
To deposit and the doorframe itself has bent, deformed.
Unique exit - to give doors an inclination corresponding to a frame. Enclose under one of loops about a laying as it is told above. If the bottom part of a door is got jammed, enclose a lining under the top loop, and on the contrary.
The door can be got jammed and that the backlash between it and a doorframe from outside loops is too great. In this case it is necessary to deepen nests for loops and to "drown" them a little. And if the door or a doorframe is warped enough to "drown" only that loop against which gets jammed.
When also it does not help, remove a layer of wood against that place where there is a jamming. As arrive and with the door which has inflated from dampness. Sometimes happens to process enough its end face a rasp or a rough skin, without removing from loops.

In fact, as the UK has an oil change some stops quickly, and some argue that they never changed the oil in his car. Still, the machine will continue without significant problems. However, most of which are consistent with the recommendations of the oil change U.S. note a tendency to drive their cars more efficiently when the amendment. Thus the fraud is rather questionable. Also, many companies now offer rent or borrow a new car with service agreements. They allow you to change the oil, and is a routine medical and setups done for free. Also, a car leasing agreement may stipulate that you must follow the requirements of regular maintenance. It could be one of the car was repaired and had oil changes every 3000 miles to avoid paying additional fees.

The best bet when you consider the frequency rate of discharge of oil is to consult the recommendations of manufacturing in the manual of your vehicle. If you bought an old car without a manual, you can request a manufacturers manual or check online to read the recommendations. Many people think that the observation of the oil change rule extends the life of your car. In addition, many engineers also perform a quick diagnostic check in the car for an oil change and can alert the owner to potential problems. In general, much better to be aware of a problem that must be repaired only to be surprised by the car suddenly not working properly or not at all. The awareness of a potential problem can also help a program of repairs in a timely manner.

You probably are already aware of how important it is to change certain types of fluids in your car.Oil changes should become part of a regular part of car servicing. However, there are other important fluid changes that oftentimes are overlooked.

OTHER TYPES OF IMPORTANT FLUIDS

A motor vehicle's power steering fluid is probably one of the, if not the most important working fluid in your car. It's a hydraulic fluid that provides power to the steering aspects of your vehicle.

Besides being so important, the actual cost of power steering fluid is really not that expensive. The power steering fluid should be a regular part of your car's service and maintenance. Perhaps creating a calendar that lists these upcoming fluid changes might be a good idea for you to think about.

It's also important to understand how vital power steering is to your driving experience. It is quite literally is what keeps your car on the road and going in the right direction. By making sure to change power steering fluid regularly, you ensure both your safety as well as the longevity of your car. Taking the time to do an inexpensive fluid change can in fact keep the steering components of your motor car in proper working order.

However, if you neglect to perform these simple maintenance tasks, you'll put yourself at an unnecessary risk of injury. Plus... replacing any worn steering components in the future will NOT be such a pleasurable experience either.

Do you realize how hard the power steering actually works?

The sole purpose of the fluid is to allow you to drive your car in comfort and ease. It needs to be able to work properly in all types of driving conditions as well as weather types and temperature changes. Steering the car is easy and pleasurable because of the fluid providing the right hydraulic pressure so that the steering is smooth and not difficult in any way. If you neglect the maintenance of your power steering, then you can expect to experience costly things like wear and tear that you could have been prevented.

Side point: Be extra carefule when changing the fluid because iIf damaged pieces fall into the remaining fluid you'll have a great deal of trouble ( and extra costs) on your hands.

Again, you should endeavor to put your power steering fluid change on a schedule. You also need to pay close attention to your motor car and take note of any possible distress to your power steering. Always take extra note if you hear any strange noises like whining. Or, if you notice a potential leak of any kind whatsoever.

Side point: Make sure that you never drive your vehicle without power steering fluid in it.

If you do it could completely ruin your fluid pump.

Also, it's a good idea to keep an eye on the color of the fluid as well. If it appears especially dark in color, then it may be contaminated and require changing.

Brand-new fluid is mostly pink or amber in color. Anything much darker usually needs to be changed.

Side point: Power steering fluid does not have to be changed nearly as often as other fluids. A rule of thumb is to change it every 3 to 5 years.

Remember it requires time and money to maintain your car for its potential lifespan, but it is truly well worth it in the long run.

To protect moving parts and reduce friction, automotive engine oil provides a barrier between the rotating or moving engine components. Ideally, a film of oil should exist between moving components. This is called full film lubrication. In order to achieve full film lubrication, a constant supply of clean oil is required. The engine oil system constantly filters and circulates engine oil to ensure that all components are protected.

The engine oil is stored in the crankcase. Most engines hold between 4 to 6 quarts of oil. The engine oil pump pressurizes and circulates the engine oil. The oil will flow from the pump to the oil filter, where it is cleaned. The cleaned engine oil then moves through passages, into the crankshaft where it circulates through the engine bearings. The crankshaft has passages bored into it that allows oil to travel to all the bearing surfaces. The cylinder walls and pistons are lubricated by the oil that is thrown from the crankshaft as it rotates. This is sometimes referred to as splash lubrication. Engine oil will leave the crankshaft, usually at a passage in one of the main bearings and is fed to the camshaft and lifters. On some overhead valve engines, oil will travel through the pushrods up to the valve train to lubricate the rocker arms. Other designs use a passage to feed oil through a rocker arm shaft to achieve the same purpose. The oil then returns to the crankcase by return holes in the cylinder heads. It is then picked up by the oil pump to be circulated again.

OIL PUMP
The engine oil pump circulates and pressurizes the engine oil. It is generally located in the crankcase and driven indirectly by the camshaft. Oil enters the pump via a tube that extends into the bottom of the oil pan. This is called the pick up tube. There is a screen attached to the pick up tube to prevent large particles from entering the oil pump and damaging it. Most oil pumps use rotating gears to pressurize and circulate the engine oil. As oil enters the pump, it is trapped between the rotating gears and forced out at pressure. Some oil pumps use a rotor design which is more difficult to repair and/or rebuild. They are driven in the same manner as the gear pump. This pump uses an inner and outer rotor. Oil is pressurized when it is compressed between the two rotors. Oil pressure is controlled by a pressure relief valve that can be located in the oil pump or near the oil filter.

There are many factors that can affect oil pressure. Internal automotive engine wear such as worn crankshaft bearings, can cause low oil pressure due to the excess oil required to fill the gap between bearing surface and mating component. Oil contamination and dilution from another substance can affect oil pressure. High oil pressure can usually be attributed to a sticking pressure relief valve. Engine oil pressure should always be verified using a test oil pressure gauge. Readings from the vehicles dash gauge can be inaccurate or faulty.

OIL FILTER
The normal circulation of motor oil through the engine lubrication system, results in the accumulation of particles in the motor oil. These particles can consist of dirt, rust and material generated from engine wear. During engine operation, the normal path for the circulation of oil is from the oil pump to the oil filter, then on to the crankshaft bearings. If particles were to become embedded in the soft material used in the crankshaft bearings, a barrier to lubrication can occur and cause excessive wear in the bearing material or the crankshaft surface. Therefore, in order to avoid future costly auto repair jobs, it's best to buy a top oil filter and replace it regularly.

Most vehicles use a full flow oil filtration system. This is a system in which the oil must pass through the oil filter in order to circulate through the rest of the engine. The full flow oil filter system allows better engine protection due to a more complete filtration of the motor oil.

The spin on oil filter cartridge is constructed of a metal outer canister. The top of the oil filter contains a seal and the inlet and outlet passages for motor oil. The oil filter contains a filtering element that traps and stores particles. The filter element usually is constructed of pleated paper. The filter element is rated by the minimum size of the particles it can trap. This is measured in microns.

After extended use, the filter may become saturated with particles, limiting the ability of the oil filter to adequately clean the automotive engine oil. Engine oil flow may become restricted in severe cases. The excess oil pressure resulting from this blockage can cause the engine oil system to bypass the oil filter. Servicing the oil filter at regular intervals is highly recommended to properly maintain and protect an engine and thus avoid unnecessary auto repairs.

ENGINE OIL
Automotive engine oil is a blend of refined petroleum and additives. Its main purpose is to reduce or prevent wear of moving components. Motor oil accomplishes this by providing a barrier between moving components. Motor oil is also used to cool certain engine internal components.

Motor oil is rated by the SAE by viscosity and service rating. Viscosity is the ability of oil to flow at a given temperature. Multi viscosity oils are recommended by most automobile manufacturers today. Multi viscosity type engine oil has the ability to provide good flow during cold temperatures without breaking down at high temperatures. A typical multi viscosity motor oil is 10W-30. The 10W is winter rating for the engine oil. The 30, is the characteristic of the oil at 100∞C. This oil can be considered a 10W oil that behaves like a 30 at 100∞C.

Multi viscosity oils are made possible by the use of complex polymers. A manufacturer will use light base oil and blend it with polymers. During cold temperatures, the polymers will become coiled up in the oil, allowing it to maintain the characteristics of the base oil. As the engine warms up, the polymers unwind causing the oil to resist thinning. The polymers help the engine oil to achieve higher weight characteristics at 100C.

Diagnostic My car

It is some kind of FAQ, because I find this question very often.
Learn a bit more about how to better care for your car is the good idea. He said if you know of any unscrupulous mechanics trying to stiff for corrections. And knowing that you can save money. You can also avoid making unnecessary repairs and will save you a lot of money. It can also help find and solve the problem, saving even more money. Often, a lot of money. It makes you more independent in a time when people are entirely too dependent on help from others to survive.
So, first do a visual check of your car. The following will help you in where to look, and what to look for:

Inspect your tires: Do they look low at all? A tire pressure gauge (available at most car parts stores) will assist you and help make sure that your tire pressure stays constant. Look after it when necessary. Correct tire pressures gurantee a much safer vehicle. Plus, it will be more fuel efficient. Also, there are a variety of inexpensive air pumps you can buy cheaply at most car parts stores. This is a worthy buy because it gives you a way to pump up your tires when needed.

Typically, motorcyclists (including moped riders) need to be really concerned about their tire pressures and to stay on top of it. Inspect closely at your tires and look for severely worn edges, areas which are missing chunks of rubber, and objects that may be sticking into the tire itself. Maintain and/or replace if necessary.

If you're running on relatively new tires (and they appear to be wearing unevenly) then it's a good idea to take you vehicle into the shop for a wheel alignment. Sometimes this may even require tire rotation. These two items are usually combinded in so-called "less costly" car service "specials."

Search vehicle fluids: A drop usually means nothing. Look for brands drip consistent. Remember that in the summer months, cooling the car will be regularly drops of water during use - no worries. Your cooling system can also spit a little water from time to time, and / or anti-freeze, and that's okay too. If you find a spot indicates prolonged or always delicious, the leakage of the way to their source: oil, motor oil, gear oil, rear, etc., maintain or repair as needed.

Sometimes, just getting under the vehicle and using the pressure of a hose (at a car wash) will clean off years of old oil and debris that can cause 'driveway' leaks thus fixing the faux leak.

Visually check your engine oil: It's a good idea to check it according to the manufacturer's instructions. Feel it with your fingers especially for consistency. Just keep in mind that engine oil is the life blood of your vehicle's power plant. Does the oil feel too thick, like sludge or does it feel watery. Thick is good, but watery is something that usually spells traouble! Change watery oil (and be sure to use an Engine Sentry when you do change oil and filter). Add the appropriate oil if the level registers low.

But NEVER overfill your oil!

Check the coolant level: Be sure to use much caution, and always follow the manufacturer's instructions to avoid any possible injury from hot, pressurized liquids. Maintain as necessary. If you haven't had your coolant/anti-freeze checked for some time, then now's the time to DO it!. Also, be sure to never add coolant or anti-freeze that is not recommended by your vehicle's manufacturer. Some of the cheaper brands can erode or corrode radiators. So be careful here.

Visually inspect the engine compartment: Tighten caps, check all hose connections, look for worn parts, which can be expanded and / or worked in the engine compartment, etc. to maintain or repair as needed. It is also a good time to clean critical engine light. But nothing too heavy, just use some old rags and some engine degreaser.
Side point: Ammonia and water make a cheap, great degreaser, but it shouldn't be used on aluminum. And it certainly shouldn't be left on it. An old used toothbrush also works best and is a handy cleaning tool. It really does make quick work of much engine debris.

Visually check your automotive battery and connections: It's also a good idea to make sure the connections feel tight on your car battery. If there's a green or white build-up on the battery terminals, go ahead and mix some baking soda with tepid water (say 1/4-cup of baking soda to one quart of water) and stir it thoroughly. Slowly pour it directly over the affected areas. Don't worry about all the fizzing and crackling because it's actually just cleaning.

Make sure that, when the runoff will not stain or anything of damage. Again, use an old toothbrush, as it will go much faster this for you. After the battery terminals are clean and dry, a thin layer of Vaseline or grease on each car battery terminal and the connecting line. You can purcahse grease for automobiles in small plastic containers, which weighs about one kilogram each. They are inexpensive to purchase, so it pays to get a good grade. Make sure to spread evenly. Fat is also good to have around because it's convenient for car repairs others.