Engine Workshop Manual 6g75
Mitsubishi V6 engines aren’t exactly synonymous with high-performance. But don’t be fooled – with turbocharging, MIVEC valve technology and GDI direct injection, there are several engines punching out 200kW+ with ease. Factor in the cheap price of these engines at Japanese import wreckers and they deserve a close look.
Sharp el-735 manual pdf. Early 6Gs In Australia, the 6G series V6 debuted in the 1988 Pajero 4 x 4. Upmarket versions of the ’88 Pajero came powered by a 6G72 engine that displaces three litres thanks to a 91.1mm bore and 76mm stroke.
The block is cast iron while the two-valve-per-cylinder SOHC heads are made from aluminium. Multi-point EFI – ‘ECI MULTI’ - is also employed. In standard form, this engine puts out a pretty mild 105kW but with a strong spread of torque. A five-speed manual and four-speed auto is available.
The 1989 model year Galant Sigma and Eterna Sigma (recognisable as the first generation Magna) were equipped with two different 6G engines. Entry-level models are powered by a 6G711 using a small 74.7mm bore and 76mm stroke for a displacement of 2-litres. With an 8.9:1 compression ratio, this engine generates just 77kW/158Nm.
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The same engine was also used in base versions of the Debonair. However, upmarket ‘Duke’ versions of the Eterna Sigma carry the bigger 3-litre 6G72 V6 which makes a much healthier 110kW at 5000 rpm and 230Nm at a low 2500 rpm.
These engines come with an auto transmission only. Contemporary Japanese Pajeros use the same 110kW 6G72 as found in the top-line Eterna Sigma and come with the availability of a manual gearbox.
The upper-spec 1989 Debonair saloon shares the same engine but delivers an extra 4kW and 5Nm (probably thanks to its revised intake manifold arrangement and different exhaust). Finally, the ’93 Diamante wagon and top-spec Debonair were sold with a 10:1 compression version of the 3-litre 6G72 3-litre V6. This engine makes 125kW on premium unleaded (curiously, the same as the normal unleaded slurping Australian-spec version). Multi-Valve 6Gs Japanese market 6G V6s received multi-valve DOHC breathing as early as 1990. The top-of-the-range late ‘90 Sigma (recognisable as the second generation Magna), Debonair saloon and GTO coupe all boast a DOHC multi-valve version of the 3-litre 6G72. This engine’s 10:1 compression ratio requires the use of premium unleaded fuel and output is 154kW in the Sigma/Debonair and 165kW in the GTO.
These engines are available to suit front and rear-wheel-drive and come with a choice of manual or auto transmission. A slightly smaller 2.5-litre version was fitted to mid-spec late 1990 Sigmas. This 6G73 engine employs a 83.5mm bore and 76mm stroke crowned with DOHC, four-valve-per-cylinder heads and a 10:1 compression ratio that requires a diet of premium unleaded fuel. Max output is 129kW at 6000 rpm and 222Nm at 4500 rpm. Most examples are fitted with an automatic transmission but there are some five-speed manual versions to be found.
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A ‘big banger’ 3.5-litre 6G – the 6G74 – was released in 1992 using larger bore and stroke dimensions compared to the 3-litre. The 3.5 is otherwise the same and, in the ’92 Debonair, it outputs an impressive 191kW at 6000 rpm. Premium unleaded fuel is necessary to cope with the 10:1 compression ratio. The same engine – though engineered for longitudinal mounting - was then released in the ’93 Pajero and makes 169kW.
There was also a DOHC version of the 2-litre 6G71 but, in the context of these other engines, it’s almost irrelevant. MIVEC technology was also applied to the 3-litre 6G72 V6 found in the 1995 Diamante. In the Diamante 30M, the MIVEC V6 puts out 199kW at 7000 rpm and 301Nm at 4500 rpm. Its 10:1 compression ratio requires using premium unleaded fuel. Unfortunately, this engine lasted only two years. Interestingly, Mitsubishi also released a multi-valve but SOHC version of the 6G72 3-litre V6.
In the Japanese market, these SOHC 24-valve engines are reserved for the 1994 Delica, 1996 Challenger 4 x 4 and Diamante wagon. Output is 136kW in the Delica and Challenger while the Diamante wagon delivers 147kW through a standard auto transmission. So what has the Australian market seen since the early ‘90s? Well, in late 1992, Australia received limited numbers of the GTO which were rebadged as 3000GT.
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This was the first multi-valve Mitsubishi V6 to arrive in the country. It appears there were no major tuning changes from the Japanese version (despite the limited availability of ultra high-octane fuel) and quoted output is 210kW and 407Nm. Local sales of the 3000GT trickled through until it was axed in 1997. Next, Australia saw a multi-valve (but only SOHC) version of the 6G72 3-litre V6 in the 1996 third generation Magna. With its multi-valve breathing and 9:1 compression ratio, this engine outputs 140kW at 5500 rpm and 255Nm at 4500 rpm. A five-speed manual or four-speed auto was offered and sales continued until 2002. The 1997 Diamante uses a 6G72 3-litre DOHC engine with a 10:1 compression ratio and Gasoline Direct Injection (GDI) technology.
Output is 176kW at 5750 rpm and 304Nm at 3500 rpm on premium unleaded. These engines are fitted with an auto transmission and AWD is available. A GDI 3-litre was also fitted to the ’99 Chariot Grandis but with a 10.5:1 compression ratio its output is reduced to 158kW/299Nm. From 1999, the Diamante was also available with a 2.5-litre 6G73 GDi engine. With its smaller swept capacity, output slips to 147kW at 6000 rpm and 250Nm at 3500 rpm. Still, pretty good for a naturally aspirated 2.5.
The biggest capacity GDI engine was installed in the 1997 Challenger and Pajero 4 x 4. With the 6G74 3.5-litre V6 as the base, this engine runs DOHC heads, a 10.4:1 compression ratio and direct injection. The result is an impressive 180kW at 5500 rpm and 343Nm at 4500 rpm. Curiously, the post ’99 Pajero is detuned to just 162kW/348Nm.
As you’ve probably worked out, you can achieve an awesome result by mixing and matching 6G engine family parts. Piece together custom combination with a large swept capacity, MIVEC, GDI and twin-turbochargers and you’d have something pretty special! More of our most popular articles. 1 December, 2009 GT-R Revisited - 6 July, 1999 The Twin Turbo Zet - 7 July, 2009 BMW's V12 Twin Turbo - 5 May, 2009 Ultimate DIY Automotive Modification Tool-Kit, Part 6 - 2 December, 2008 How to Electronically Modify Your Car, Part 1 - 12 November, 2002 Tuning Air/Fuel Ratios - 28 October, 2008 Trialling a Rear Undertray - 4 August, 2007 Using Hand Tools - Spanners and Sockets - 13 July, 2010 Chalky, Part 9 - 6 October, 2009 Getting the Good Parts from Scanners!
Technical Service Bulletin # SC-05-002 Date: 051201 Campaign - Valve Clearance Maintenance Manual Update No.: SC-05-002 DATE: December, 2005 MODEL: 2006 Eclipse V6 SUBJECT: WARRANTY & MAINTENANCE MANUAL CORRECTION - ECLIPSE 3.8L MIVEC V6 INTAKE VALVES PURPOSE This bulletin addresses an omission in the 2006 Warranty & Maintenance Manual concerning intake valve checking and adjustment for the 2006 Eclipse 3.8L MIVEC V6. The intake valve clearance on the 3.8L MIVEC V6 should be checked at 30,000 miles (48,000 km) and every 30,000 miles (48,000 km) thereafter, and adjusted if necessary. This information was omitted from the maintenance schedules in the Warranty & Maintenance Manual on some early production vehicles. The manual will be corrected for later production vehicles.
AFFECTED VEHICLES 2006 Eclipse 3.8L MIVEC V6 built prior to 10/4/05 CUSTOMER NOTIFICATION A letter is being sent to all registered owners along with a correction insert for their Warranty & Maintenance Manual. A sample of the insert and a copy of the customer letter are shown in this bulletin. DEALER ACTION Please check the Warranty & Maintenance Manual for all affected vehicles in your dealership inventory. If the manual does not already contain an insert, fold and place one of the inserts shown with this bulletin in the Warranty & Maintenance manual if the part number of the manual is: US - MN144156 Canada - MN144163 Puerto Rico - MN144159 If the part number of the manual in the vehicle is not listed above or if the manual part number is one of the part numbers listed above with '-1' suffix, the manual has the correct information and no further action is necessary. Contact any purchasers of recently sold vehicles and make sure they are given a copy of the Warranty & Maintenance Manual insert if their vehicle's manual has the incorrect information. WARRANTY INFORMATION NONE - Do not submit Recall or Warranty claims for this campaign. Recalls for Valve Clearance: SC-05-002 Dec 05 Campaign - Valve Clearance Maintenance Manual Update.