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Mercedes-Benz W210
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| Mercedes-Benz W210 | |
|---|---|
| Mercedes-Benz | |
| aka | Type aka here, not up there |
| Production | produced from when to when+total units made (optional) |
| Class | denote market class |
| Body Style | how many doors+how many seats+what type of body |
| Length | length - type here |
| Width | Width - type here |
| Height | Height - type here |
| Wheelbase | wheelbase - type here |
| Weight | Weight - you get the point |
| Transmission | transmission + drive |
| Engine | engine |
| Power | N/A hp @ N/A rpm N/A lb-ft of torque @ N/A rpm |
| Similar | similar (competition) |
| Designer | Designer (lead designer if it was a team effort) |
The Mercedes-Benz W210 is a mid-size luxury car–executive car which was produced by the German automaker Mercedes-Benz from 1995 through 2002 (production of the wagon variant (codenamed S210) carried over to the 2003 model year). The W210 replaced the W124 model. They were sold under the E-Class model names in both sedan(saloon) and station wagon body types. The W210 E-class heralded a brand new design idiom for the Mercedes 'face', which would continue until the C209 CLK. This idiom was the mainstream fashion used by Mercedes-Benz for a long period, and it made it on the SL, C-class, CLK, CL and S-class of the time. When the new CLK replaces the current model it will have been 13 years since this characteristic twin-headlamp design was used. The W210 quickly became the biggest seller in MB production [citation required].
The final W210 production included E320 special edition, and E430 special edition released in two exterior colors - quartz silver (limited edition), obsidian black, and with Xenon lights, 17-inch alloy wheels and black maple walnut trim.
In the 2000 model year, a new multi-function information system was incorporated into the instrument cluster below the speedometer, and the use of a fiber optics system for the audio/navigation/phone system was introduced, all accessed by steering wheel controls. In addition, the 5-speed automatic transmission introduced "Touch Shift," which used the +/- gate positions for manumatic control (similar to the VW/Porsche "Tiptronic" system). Exterior changes included a revised front with a steeper rake, similar to the CLK, and restyled bumpers and lower body trim.
Engines
This was the first time a V6 engine was offered (1998) to replace the straight-6 configuration (1996-1997). This new Mercedes-Benz M112 engine produced 221 hp (164 kW) and 229 ft·lbf (310 N·m) of torque and offered a 0-60 mph (98 km/h) of 6.9 seconds. Other offerings were the E420 (1997), E430 (1998-2002), and E55 AMG (1999-2002) with 354 hp (264 kW) and a 5.4 L normally aspirated engine. In North America, the range also features two E300 diesel engine models, including both non-turbocharged (1996-1997) and turbocharged (1998-1999) 3.0 litre straight-6 units. In 2000, Mercedes-Benz discontinued diesel powerplants in the E-class in North America. In Europe, the diesel engines were superseded by more advanced Common Rail (CDI) units (2000-2002). The CDI engines were not offered in North America until the E320 CDI in the newer W211 model.
Transmissions
The 1996 model W210 E-Class carried over the 4-speed automatic transmission from the previous W124 generation E-Class. In 1997, Mercedes installed in the E-class its electronically-controlled model 722.6 5-speed automatic transmission that first saw duty in 1996 in the V8-powered W140 S-class models. The 722.6 transmission is now used in a number of Daimler-Chrysler vehicles[citation required]. The 5-speed transmission was marketed as "sealed for life" however Mercedes dealers now recommend changing the fluid at regular intervals. A 5-speed manual is also available, although during facelift in 2000, it was replaced by a 6-speed manual.
AMG
There were 4 engines that AMG used in the W210. The first was the E36, M104.995, launched in 1996 then the M119.985 in the Euro Spec E50 AMG produced only in 1997. There was also an option for the M119.985 that was bored out to 6.0L V8 the cars these were fitted to were designated as the E60 and came in sedan and wagon varieties. In 1998 came the M113 powered E55 which used a 5.4L V8 SOHC 24V to produce {{#ifeq:|on|}}{{convert/{{#if:1|PS}}|354|{{#ifeq:{{#expr:0*0}}|0|0}}|||||r={{#ifeq:{{{sp}}}|us|er|re}}|d=LoffAonDbSoff|s=}} and {{#ifeq:|on|}}{{convert/{{#if:1|ft.lbf}}|391|{{#ifeq:{{#expr:N.m*0}}|0|0}}|N.m||||r={{#ifeq:{{{sp}}}|us|er|re}}|d=LoffAonDbSoff|s=}} of torque.
The body styling on all of the W210 AMG models was the same until 2000 when a facelift and interior upgrades were implemented. The 210 E55 was the last vehicle that a major portion of production took place by hand at AMG in Affalterbach. Production was actually split between Affalterbach and the Bremen Mercedes Benz facility until the end of 2001.
Reliability
The W210 E-class has a reputation of being unreliable and expensive to maintain. This can be attributed to the cutting of production costs of Daimler division, which marked the end of a long line of design overengineering which brought to Mercedes the fame of reliability.
Some known problems include the front spring perch has corroded and tearing away from the inner fender(wing), causing the front suspension to collapse[citation required]. (4Matic models are not believed to be affected.) Other minor problems include defective harmonic balancer pulleys (recall), rust on trunk lid near latch, rust on door frames under window seals (recall), defective mass airflow meter, melted rear light bulb sockets, defective blower motor regulators, and rear window regulator failures.
Harmonic Balancer - If the rubber insert of the harmonic balancer pulley, or main crankshaft pulley, delaminates at high velocity, the pulley may grind through the timing chain cover and oil pan, causing several thousand dollars of damage. Owners should inspect the harmonic balancer pulley regularly for signs of rubber deterioration.
Blower Motor Regulator - If this part fails, the climate control fan will not operate faster than approximately 50% power. Mercedes updated the regulator to improve its reliability, but the redesigned regulator requires the installation of a new blower motor -- about $1,000 in parts. The old-style regulator, which is compatible with the existing blower motor, is no longer manufactured. The blower motor regulator may be replaced with the much less expensive W140 S-class blower regulator, provided that the E-class wiring harness is re-attached to the S-class regulator.
Front Sway Bar Drop Links - While not a serious concern, most E-classes end up with a sub 35 mph (56 km/h) clicking or rattling sound from the front end. This is usually due to worn out front-end sway-bar drop links. These can easily be replaced by anybody with minor knowledge of vehicle DIY, for no more than around £20.
Front Spring Perches - Some owners have reported rust problems on the front spring perches - the top perches, which hold the tops of the springs for the front suspension. The perches are spot welded to the chassis, and factory coated in a weatherproof mastic to stop them rusting, however in some rare occurrences, water gets behind the mastic causing the perches to rust, and eventually to fail - leading to collapse of the suspension. The car remains controllable. This is a problem that Mercedes USA have acknowledged. The issue is not identifiable without first removing the mastic to check.
Body rust - Some early model year versions of the W210 displayed body rust, notably on European-sold cars. Rust would sometimes appear spontaneously on panels such as doors and roofs on cars less than a year old. In response to this problem, the manufacturer would normally change or repair the affected panels under warranty. Mercedes-Benz has been criticized in the European press for not officially acknowledging this problem. This was due to problems introducing water based paint technology.
Window regulators - The power window regulator, essentially the mechanism that transfers power from the electric motor to the window, has a few plastic parts that can fail after several years causing the power window to stop operating. DIY replacement of a window regulator can be done in about 1-2 hours at a cost of somewhere between $60 and $120 for the part.
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