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The first sentence of the second paragraph is a bit of cause for some concern. It used to read as follows:
but now reads:
Is it accurate to say this? The reason I ask is that they're essentially beefed-up versions of standard Olds V6/V8 gasoline engine blocks, albeit with big-block sized main journals. While there are some differences, they're basically modified versions of their gasoline counterparts, aren't they? I'm inclined to change it back, but looking for arguments against doing so.--King V18:41, 23 May 2006 (UTC)[reply]
I'm a little concerned with the bias shown in the olds diesel section. The author mentions poor failures from design, then proceeds to list failures from maintenance, improper rebuilds, misuse of one use parts, etc, etc, as those failures from design. One of the most common mistakes non-engineering people commit is to use something outside of its designed use, or fail to maintain it within its designed maintenance schedule, then, when it fails, blame it on the design. Even the best engine in the world needs timely oil changes. Like most people on the internet, the author's credentials are called into question.—Precedingunsigned comment added by74.137.221.66 (talk)15:41, 20 March 2010 (UTC)[reply]
I think the entire Section 8 (Automotive diesel engines) is superfluous especially considering this article is a list. It seems silly to have conflicting and debatabley biased diatribe about the Olds diesel and its impact on North American diesel perceptions; there is already a list of GM diesel engines in section 5 and this article is not really meant to be a source of info about the motors, it is merely a list linking said motors to their respective articles. Would anyone be opposed to deleting section 8?DieselDork (talk)14:56, 11 October 2012 (UTC)[reply]
GM six-letter engine coding system explained (courtesyhttp://www.topbuzz.co.uk/info/engine_codes/engine_codes.htm)
| What are 'engine codes'? Every engine in the GM range (i.e. includes Vauxhall, Opel etc.) has a engine code which represents the type of engine, its fueling type and its cubic capacity (cc in litres). So what is the code system? Each engine code usually begins with a letter, followed by 2 numbers and then either 2 or 3 letters after that. Lets take the following example: C20XE This is the engine code for the 2L 16v, DOHC, fuel injection engine as found in the Calibra, Astra and Cavalier cars. Lets split the engine code up. The letter 'C' is the type of exhaust or emission level standard. In this case C = EEC R 83. The next 2 numbers is the engine cc, which is 2000cc (i.e. 2L). The next letter (X) is the engine compression ratio, in this case X = 10.0 to 11.5. The letter E is the fueling system, which E = multi-point fuel injection (petrol). Where do I find the engine code? The engine code shall be stamped below the cylinder head (up to 1993), usually on a small flat surface. But after 1993 the location moved to the edge of the cylinder block, transmission side. |
| Engine Code System: |
| The engine code system takes the following standard (Petrol engines):ABBCDE ieC20LETis a 2L Turbo injection engine with a CAT and a compression ratio of 8.5 to 9.0. |
| The engine code system takes the following standard (Diesel engines):BBDEE ie23DTRis a 2.3L Turbo diesel engine with increased output. |
| Code A | Exhaust Emission Unit |
| C | Catalytic converter (EC 91/441/EEC, US ' 83) |
| E | Euro I |
| Z | Euro III |
| X | Euro II (EC 91/441/EEC, stage 2 #, US '93-94) |
| A | Euro IV/V |
| T | ??? |
| none | ECE R 83 A (as R 15.04) |
Note: * = any character, # = Stricter limits for ca.1996
| Code B | Engine Size (cc) |
| Two digit number represents the litre of the engine size, i.e. 20 is 2.0L and 35 is 3.5L. So engine size in litres x 10. | |
| Code C | Compression Ratio |
| G | <=8.5 |
| L | > 8.5 to 9.0 |
| N | > 9.0 to 9.5 |
| S | > 9.5 to 10.0 |
| X | > 10.0 to 11.5 |
| Y | > 11.5 |
| Code D | Mixture system |
| E | Multi-point Fuel Injection |
| Z | Central Injection/Throttle Body Injection (TBI) |
| D | Diesel |
| L | Liquified Petroleum Gas (LPG) |
| V | Carburettor |
| F/H | Gasoline Direct Injection |
| Code E | Specific Version (if quoted) |
| B | IBC |
| C | Corp. Ignition System |
| D | Daewoo |
| F | Vehicles for Authorities |
| H | High output/Supercharging |
| I | Irmscher |
| J | Throttled Output |
| K | Komplex |
| L | Low end torque |
| P | Power adapted |
| R | Raised Output |
| T | Turbo |
| U | Uruguay |
| V | Volume model |
| W | Venezuela |
| 2 | Family II engine |
Here's the GM six-letter SKU codes for variousEcotec used inOpel cars (courtesyhttp://www.opelpower.dk/guides/eculist.asp)
| Model | M.Y. | Engine | ECU (ECM) |
|---|---|---|---|
| Astra/Kadett-E 1,4/1,6 | 1987-91 | C14NZ/E16NZ | GM Multec Central |
| Aslra/Kadett-E 1,8 | 1986-91 | 18SE | Bosch L3-Jetronic |
| Astra/Kadett-E 2,0 GTE/GSi | 1986-89 | 20NE/SEH/SER | Bosch Motronic ML.4.1 |
| Astra/Kadett-E 2,0 GTE/GSi | 1988-89 | C20NE | Bosch Motronic ML4.1 |
| Astra/Kadeft-E 2,0 GTE/GSi | 1990-91 | 20NE/SER/SEH | Bosch Motronic M1.5 |
| Aslra/Kadett-E GTE/GSi 16V | 1988-91 | C20XE/20XEJ | Bosch Motronic M2.5 |
| Astra-F 1,4 | 1991-96 | C14SE | GM Multec-M |
| Astra-F 1,4/1,6 16V | 1995-98 | X14XE/X16XEL | GM Multec-S |
| Astra-F 1,4/1,6 | 1991-98 | C14NZ/C16NZ | GM Multec Central |
| Astra-F 1,6 | 1992-94 | C16SE | GM Multec-M |
| Astra-F 1,6 | 1993-97 | X16SZ | GM Multec Central |
| Astra-F 1,6 | 1996-98 | X16SZR | GM Multec Central |
| Astra-F 1,8 | 1991-93 | C18NZ | GM Multec-Central |
| Astra-F 1,8 16V | 1993-97 | C18XE/L | Simtec 56.0/56.1 |
| Astra-F 1,8 16V | 1996-98 | X18XE | Simtec 56.5 |
| Astra-F 2,0 | 1991-96 | C20NE | Bosch Motronic M1.5.2 |
| Astra-F 2,0 16V | 1995-98 | X20XE | Simtec 56.5 |
| Astra-F 2,0 16V | 1991-93 | C20XE | Bosch Motronic M2.5 |
| Astra-F 2,0 16V | 1993-98 | C20XE | Bosch Motronic M2.8 |
| Calibra 2,0 | 1990-95 | C20NE | Bosch Motronic M1.5 |
| Calibra 2,0 16V | 1994-98 | X20XEV | Simtec 56.5 |
| Calibra 2,0 16V | 1990-93 | C20XE | Bosch Motronic M2.5 |
| Calibra 2,0 16V | 1993-97 | C20XE | Bosch Motronic M2.8 |
| Calibra 2,0 Turbo | 1992-97 | C20LET | Bosch Motronic M2.7 |
| Calibra 2,5 V6 | 1993-98 | C25XE/X25XE | Bosch Motronic M2.8 |
| Carlton/Omega-A 1,8 | 1986-93 | 18SEH | Bosch L3-Jetronic |
| Carlton/Omega-A 2,0 | 1990-94 | 20SE/C20NE/EF/J | Bosch Motronic M1.5 |
| Carlton/Omega-A 2,0 | 1986-89 | 20SE/C20NE | Bosch Motronic ML4.1 |
| Carlton/Omega-A 2,0 | 1988-89 | C20NEF/J | Bosch Motronic ML4.1 |
| Cariton/Omega-A 2,4/2,6 | 1989-94 | C24NE/C26NE | Bosch Motronic M1.5 |
| Carllori/Omega-A 3,0 | 1987-89 | C30NE/LE | Bosch Motronic ML4.1 |
| Cariton/Omega-A 3,0 | 1990-94 | C30NE/LE/C30XE1 | Bosch Motronic M1.5 |
| Carlton/Omega-A 3,0 24V | 1989-94 | C30SE/J | Bosch Motronic M1.5 |
| Cavalier/Ascona-C 1,8 | 1986-88 | 18SE/SEH | Bosch L3-Jetronic |
| CavaGer/Ascona-C 2,0 | 1986-88 | 20NE/C20NE | Bosch Motronic ML4.1 |
| Cavalier SRi/130/Ascona-C GT | 1986-88 | 20SEH | Bosch Motronic ML4.1 |
| Cavalier/Vectra-A 1,6 | 1988-95 | C16NZ/E16NZ | GM Multec Cehtral |
| Cavalier/Vectra-A 1,6 | 1993-95 | C16NZ2 | GM Multec Cehtral |
| Cavalier/Vectra-A 1,6 | 1993-95 | X16SZ | GM Multec Cehtral |
| Cavalier/Vectra-A 1,8 | 1989-95 | C18NZ | GM Multec Cehtral |
| Cavalier/Vectra-A 2,0 | 1988-89 | 20NE/NEF/SEH/C20NE | Bosch Motronic ML4.1 |
| Cavalier/Vectra-A 2,0 | 1990-95 | 20NE/20SEH/C20NE | Bosch Motronic M1.5 |
| Cavalier/Vecira-A 2,0 16V | 1990-95 | C20XE/20XEJ | Bosch Moironic M2.5 |
| Cavalier/Vectra-A 2,0 16V | 1993-95 | X20XEV | Simtec 56.5 |
| Cavalier/Vectra-A 2,0 Turbo | 1993-95 | C20LET | Bosch Motronic M2.7 |
| Cavalier/Vectra-A 2,0 16V/2.5 | 1993-95 | C20XE/C25XE | Bosch Motronic M2.8 |
| Corsa-B 1,2 | 1993-99 | 12XZ/X12SZ | GM Multec Central |
| Corsa-B 1,2/1,4 | 1993-99 | C12NZ/C14NZ | GM Multec Central |
| Corsa-B 1,4 | 1993-97 | C14SE | GM Muitec-M |
| Corsa-B 1,4/1,6 | 1994-99 | X14XE/X16XE | GM Multec-S |
| Corsa-B 1,6 | 1993-97 | C16XE | GM Multec-S |
| Frontera 2,0 | 1995-99 | X20SE | Bosch Motronic M1.5.4 |
| Frontera 2,0 | 1991-96 | C20NE | Bosch Motronic M1.5 |
| Frontera 2.2 16V | 1995-99 | X22XE | Bosch Motronic M1.5.4 |
| Fronlera 2,4 | 1991-95 | C24NE | Bosch Motronic M1.5 |
| Nova/Corsa-A 1,2/1,4 | 1989-93 | C12NZ/C14NZ | GM Multec Central |
| Nova/Corsa-A 1,4/1,6 | 1991-93 | C14SE/C16SE | GM Multec-M |
| Nova/Corsa-A 1,6 | 1990-93 | C16SE | Bosch Motronic M1.5 |
| Nova/Corsa-A GTE 1,6/1,8 | 1988-93 | E16SE | Bosch L3-Jetronic |
| Omega-B 2,0 16V | 1994-96 | X20XEV | Simtec 56.5 |
| Omega-B 2,0 16V | 1996-99 | X20XEV | Simtec 56.5 |
| Omega-B 2,5/3.0 | 1994-99 | X25XE/X30XE | Bosch Motronic M2.8.1 |
| Senator-B 2,6/3,0/24V | 1989-94 | C26NE/C30LE/C30SE | Bosch Motronic M1.5 |
| Senator-B 3,0 | 1987-89 | C30LE/C30NE | Bosch Motronic ML1.4 |
| Sintra 2,2 16V | 1996-99 | X22XE | Bosch Motronic M1.5.4 |
| Sintra 3,0 | 1996-99 | X30XE | Bosch Motronic M2.8.3 |
| Tigra 1,4/1,6 | 1995-99 | X14XE/X16XE | GM Multec-S |
| Vectra-B 1.6/16V | 1996-99 | X16SEJ/X16XEL | GM Multec-S |
| Vectra-B 1,6 | 1995-99 | X16SZR | GM Multec Central |
| Vectra-B 1.8/2,0 | 1995-99 | X18XE/X20XE | Simtec 56.5 |
| Vectra-B 2,5 | 1995-99 | X25XE | Bosch Motronic M2.8.3 |
DmitryKo 06:32, 18 Jun 2005 (UTC)
Please add any information on these little-known engines.
I spotted this article from Autoblog about a new 2.9L V6 diesel for the Cadillac CTS in Europehttp://www.autoblog.com/2007/03/06/geneva-motor-show-cadillac-unveils-new-2-9l-v6-diesel-for-cts-user Sd-100
I have a question: My 1980 GMC truck had a blown V6 motor in it when I bought. I have a V8 350 motor on hand. I know it will fit, but here is the question.. It has a two gas tanks, which required a 3 outlet for the the V8, but the V6 only has a 2 outlet. What is the third outlet for on the V8.....—Precedingunsigned comment added by66.174.79.238 (talk)16:22, 11 September 2007 (UTC)[reply]
I've reworked this list pretty extensively, adding in a lot of missing engines (many of which will need pages created for them) and even throwing in some of GM's heavy-duty production to provide historical perspective. I know I'm still missing some things - early Vauxhall engines come to mind (damn it!) and there may be other regional production from South America, Asia, etc. that I'm not aware of. The help of Wikipedians from elsewhere in the world (outside the US, that is) would be greatly appreciated, especially in pinning down dates and specifics for Opel/Vauxhall production and refining the data for other "world" engines.
The list has been organized mainly in a historical way, tracing GM's engine development through the years - I feel this is more instructive (and interesting) than grouping things by division; others may disagree, and I would welcome additional input. I'm also somewhat hamstrung by the way individual engine pages are currently organized - instead of starting with a semi-DAB page like "Cadillac V8 engine" and expanding from there (into, say, separate pages for L-head, OHV, aluminum, and Northstar V8s), everything is currently mixed into confusing jumbles on single pages. I understand how to get through all these pages now, but that's only after months of learning the "tricks" needed to do so. Most of what exists seems incomplete as well, at least compared to my own references.
I'm also of the opinion that sprawlingly huge pages like "GM Vortec engine" should be nothing more than DAB pages, giving links only to the various engine families (Atlas, small-block, LS, etc.) under that name and sorting things out within those pages instead. On that note, if Ford'sDuratec brand has a page, why doesn't GM's equally notableEcoTec brand?
At some point, I may decide to rework this list into a series of tables instead, but that's down the road. I'd also like to work up a comprehensive, cross-referenced list of RPO engine codes (don't laugh - I've already tortured myself with the similarly dauntinglist of NASCAR race tracks, so RPO codes shouldn't be much more painful). For now, though, I think this gives a good base from which to further refine and Wikipedia's coverage of General Motors and its engineering achievements.Duncan1800 (talk)13:28, 20 May 2008 (UTC)[reply]
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This article has a major problem in it's layout (probably because it was started as an automotive article). There are sections for "Locomotive", "Marine", and "Industrial", however the same GM engine families were used across these categories - the 567 engine, for example, was used in locomotives, tugboats and ferries, and stationary generator and pump applications; the Series 71 engine was used in trucks and buses, fishing boats, and stationary applications - so trying to divide these will result in repetition in each category. I'm tempted to just lump them all together under "Heavy Duty" engines.