This is an easy job and you only need one tool and will take around 10 minutes. Pop the bonnet and remove the big plastic cover on top of the engine. The bottom section just pulls off with your hands, the top section (the bit that has V6 on it) has a clip at the top (nearest the windscreen) then pulls off. It will be attached to 3 hoses which should slide off with a bit of riggling. This top section is actually the air filter housing. Face it down on some carpet and you will notice the two air filters under 8 star screws. The pair of filters will cost around £30 from a merc dealer. Put back together in reverse making sure all 3 pipes are connected.
hi that code according to my book is number two cylinder is misfiring possibly plug. thks deonp@xtra.co.nz
Most people would say "Mobil 1" because it is the most highly advertised synthetic oil and it's a good product. But, Pennzoil Platinum synthetic is just as good or better. And it's slightly less expensive. I use it in my wife's SLK280.
Production numbers from www.topgearage.com
(US Market)
2002 1182
2003 562
2004 312
Hi, I have a 2001 Mercedes C320 and I have used Mobil1 Full synthetic 0W40 over the years. This is what the owners manual recommends along with the dealership. Hope this helps, Kyle
Set up an appointment with a dealer, show up to appointment, drop car off, wait to be called, pick up car and pay bill.
clear maint code from 2001 slk 320
Modern electrical generators make use of Faraday's law to convert mechanical energy in the form of motion into electrical energy. Mechanical energy is used to turn large magnetic coiled in electrical wire, and as the magnets and thus magnetic field moves, an electrical current is induced in the wire producing electricity. The actual mechanical energy can be produced in a variety of ways, often by combustion of a fuel, utilizing flowing water, or heating water into steam that will push against a turbine.
The reverse process of going from electrical energy to mechanical energy in an electric motor utilizes a similar process. The application of a current to a coiled wire will produce a magnetic field that will oppose the field of a nearby permanent magnet, resulting in a torque on the coil producing rotational mechanical energy. This rotational energy can later be converted into nearly any other form of mechanical energy by some other intermediary deice.