Buick 3800 Series 2 Interchange Manual Online
- Buick 3800 Series 2 Interchange Manual Online Free
- Buick 3800 Series 2 Interchange Manual Online Form
- Buick 3800 Series 2 Interchange Manual Online
- Pontiac 3800 Series 2 Engine
- 3800 Series 2 Engine Diagram
- 1995 Buick 3800 Series 2 Timing Chain
View and download buick 1999 park avenue owners manual online buick 1999. Equipped with gms 3800 series ii supercharged v6 this car has plenty of. Used auto parts instantly this service uses car part interchange. 3.8L/231 Crate Engines. You Have Selected. Display Options. Guided Navigation Display Options. Select the navigation view you prefer when narrowing your search. Does anyone know where i can download a free pdf repair manual for a 1995 park avenue 6 cylinder v6 3800 series II for free a website Click to expand. Your best choices are look on Ebay or similar for a real factory service manual from Helminc.com. Manual Transmission Noises (General) Clutch Noises. Too name that used this 'structural' body style and shared similar drive lines many of them used 3100SFI 3400SFI and 3800 series I series II and Series III V6 engines, as well as 4T60E and 4T65E and as for cars equipped with supercharged 3800s or the 5.3L LS-4 the 4T65EHD transmission. 3100 to 3800 swap - Second Generation Forum. Forum Post / Reply. As for mounts if your using a series one, not sure about series 2 get the mounts from a 3.0 grand am from the late 80s or any 91 and older N car with a 90 deg v6 3.0, 3.3 etc series 2 you might be able to pull off the old N car mounts, if not then you have to fab up some of. History of the Buick/GM 3800 V6 Engine Introduced in 1995, the Series II is quite a different engine. Although the stroke for the 3.8 L engine remained at 3.4 in (86 mm), and the bore remained at 3.8 in (97 mm), the engine architecture was vastly changed.
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This page has been set up to bring you the most accurate and up to date information on GM engines that isavailable to us. Below, we will explain some of the differences acrossengine lines. This information should be used as a guideonly. While we have made every effort in making the informationpresented here as factual as possible, but there still could be some discrepancies or errors. If you have any questions, comments, or suggestions, please give us anemail.
Quad-4 2.3L DOHC 4-cyl
1989-92 Quad-4 H.O. 2.3L vin A
- 180hp @ 6200 rpm
- 160tq @ 5200 rpm
- 10.0:1 Compression
- DOHC, DIS, MPFI
1989-90 Quad-4 2.3L vin D
- 150hp @ 5200 rpm
- 160tq @ 4000 rpm
- 9.5:1 Compression
- DOHC, DIS, MPFI
1991-92 Quad-4 2.3L vin D
- 160hp @ 6200 rpm
- 155tq @ 5200 rpm
- 9.5:1 Compression
- DOHC, DIS, MPFI
3100 Aluminum Head OHV 60° V6
1994-99? 3100 SFI V6 RPO L82
- 160hp @ 5200 rpm
- 185tq @ 4000 rpm
- 9.6:1 Compression
- FWD, distributor shaft driven oil pump, DIS, hydraulic roller camshaft
1997-04? 3100 SFI V6 RPO LG8
- 175hp @ 5200 rpm
- 195tq @ 4000 rpm
- 9.6:1 Compression
- FWD, distributor shaft driven oil pump, DIS, hydraulic roller camshaft, roller rocker arms
3400 Aluminum Head OHV 60° V6
1996-04? 3400 SFI V6
- 170-185hp @ 4800-5200 rpm
- 200-210tq @ 4000 rpm
- 9.5:1 Compression
- FWD, distributor shaft driven oil pump, DIS, hydraulic roller camshaft, roller rocker arms
3.4L OHV 60° V6
1993-95 3.4 SFI V6 vin S
- 160hp @ 4600 rpm
- 200tq @ 3600 rpm
- 9.0:1 Compression
- RWD, distributor shaft driven oil pump, DIS, cast iron cylinder heads
3.4L TDC/DOHC 60° V6
1991-95 3.4 Twin-Dual Cam V6 vin X
- 200-210hp @ 5000-5200 rpm
- 215tq @ 4000 rpm
- 9.25-9.50:1 Compression
- FWD, distributor shaft driven oil pump, DIS, 4 valves per cylinder
1996-97 3.4 Dual-Overhead Cam SFI V6 vin X
- 215hp @ 5200 rpm
- 220tq @ 4000 rpm
- 9.5:1 Compression
- FWD, distributor shaft driven oil pump, DIS, 4 valves per cylinder, 3-piece upper intake manifold, redesigned heads
3.5L DOHC LX5 90° V6
- 215 hp @ 5600 rpm
- 234 tq @ 4400 rpm
- 6500 rpm redline
- Aluminum heads, Aluminum block
- Dual-overhead camshafts, driven by chains
- 4 valves per cylinder
- 9.3:1 compression
- 89.5mm bore, 92mm stroke
- FWD, DIS, Pivot Roller Followers (Rocker Arms)
- Produced from 1999-2002
3500 LX9, LZ4, LZE OHV 60° V6
- 200-211hp @ 5200-5800 rpm
- 214-220 tq @ 4000-4400 rpm
- 3.5L displacement
- Aluminum heads, Iron block
- Pushrod actuated; 2 valves per cylinder
- 9.8:1 compression
- 94mm bore, 84mm stroke
- FWD, distributor shaft driven oil pump, DIS, hydraulic roller camshaft, roller rocker arms
- LX9 first appeared in 2004 but did NOT have VVT and was discontinued after 2006
- LZ4 first appeared in 2006 and had VVT
- LZE first appeared in 2006 and had VVT and was E85 compatible
3.6L LY7 DOHC VVT 60° V6
- 245-260 hp @ 6200-6500 rpm
- 235-255 tq @ 3200 rpm
- Aluminum heads and block
- 4 overhead cams, 4 valves per cylinder
- continuously variable cam phasing with integral exhaust gas recirculation (EGR)
- 10.2:1 compression
- 94mm bore, 85.6mm stroke
- FWD & RWD
3.6L LLT DOHC VVT DI 60° V6
- 302-305 hp @ 6300-6400 rpm
- 272-273 tq @ 5200 rpm
- Aluminum heads and block
- 4 overhead cams, 4 valves per cylinder
- continuously variable cam phasing with integral exhaust gas recirculation (EGR)
- 11.3:1 compression
- Direct Fuel Injection (DI)
- 94mm bore, 85.6mm stroke
- RWD only
3900 LZ9 OHV 60° V6
- 227-242 hp @ 6000 rpm
- 235-242 tq @ 3000-4800 rpm
- 3.9L displacement
- Aluminum heads, Iron block
- Pushrod actuated; 2 valves per cylinder
- Dual equal continuously variable valve timing
- 9.8:1 compression
- 99mm bore, 84mm stroke
- FWD, hydraulic roller camshaft, roller rocker arms
Buick 90° V6
1984-85 3.8L MFI Turbo vin 9
- 190-200hp @ 4000 rpm
- 300tq @ 2400 rpm
- 8.0:1 Compression
- RWD configuration
1986-87 3.8L SFI Intercooled Turbo vin 7
- 235-245hp @ 4400 rpm
- 330-355tq @ 2800 rpm
- 8.0:1 Compression
- RWD configuration
- 28 lb/hr Injectors
1986-88 3.8L SFI V6 vin 3
- 140-150hp @ 4400 rpm
- 195-200tq @ 2000 rpm
- 8.5:1 Compression
- FWD configuration, no balance shaft, hydraulic roller cam
1986 3.8L SFI V6 vin B
- 150hp @ 4400 rpm
- 200tq @ 2000 rpm
- 8.5:1 Compression
- FWD, no balance shaft, flat tappet cam
1988-91 3800 V6 SFI vin C
- 165hp @ 5200 rpm
- 210tq @ 2000 rpm
- 8.5:1 Compression
- FWD, balance shaft, crank driven oil pump located in front cover, distributorless ignition system (DIS), hydraulic roller camshaft
- 19 lb/hr injectors
Buick 3800 Series 2 Interchange Manual Online Free
1989-93 3300 V6 MFI vin N
- Based on the 3.8L/3800 Buick V6
- Has approx one inch shorter deck height than Series I 3800 and 3.8L V6
- Hydraulic roller camshaft, no balance shaft, crank-driven oil pump located in timing cover
- 160hp @ 5200 rpm
- 185tq @ 2000 rpm
- 9.0:1 compression
- 3.70 inch bore / 3.16 inch stroke (3.3 liters of displacement)
1989 3.8L SFI Intercooled Turbo vin 7 (TurboTrans Am)
- 245hp @ 4400 rpm
- 340tq @ 2800 rpm
- 8.0:1 Compression
- RWD configuration
1991-95 3800 V6 TPI vin L
- 170hp @ 5200 rpm
- 220tq @ 2000 rpm
- 8.5:1 Compression
- FWD, balance shaft, crank driven oil pump, DIS, hydraulic roller camshaft, PCV integral to intake manifold
- 22 lb/hr injectors
1992-93 3800 V6 Supercharged vin 1
- 205hp @ 4400 rpm
- 260tq @ 2800 rpm
- 8.5:1 Compression
- FWD, balance shaft, crank driven oil pump, DIS, hydraulic roller camshaft, integral PCV, Eaton M62 Supercharger
- 28 lb/hr injectors
1994-95 3800 V6 Supercharged vin 1
- 225hp @ 5000 rpm
- 275tq @ 3200 rpm
- 8.5:1 Compression
- FWD, balance shaft, crank driven oil pump, DIS, hydraulic roller camshaft, integral PCV, Eaton M62 Supercharger with teflon coated roots
- 28 lb/hr injectors
Special notes considering the differencesbetween the Series 1 L & C 3800 engines: Thevin L 3800's cylinder heads were the first to feature an integral PCV ventilationsystem that was found in all subsequent 3800 and 3800 Series II engines. This means that the earlier vin C 3800 heads will not work on a vin L 3800engine. Also, there are differences between the Supercharged (vin 1) and TPI(vin L) versions of the 3800 besides the intake and assy belt drive system. The SC engine uses stronger connecting rods and pistons which also makes the balance different concerning the crankshaft/rotating assy; compared to the Vin L engines.
3800 Series 2 & 3 90° V6
1995-05 3800 Series 2 SFI V6 vin K RPO L36
- 200-205hp @ 5200 rpm
- 225-230tq @ 4000 rpm
- 9.4:1 Compression
- FWD and RWD, balance shaft, crank driven oil pump, DIS, hydraulic roller camshaft, integral PCV, roller rocker arms
- cast aluminum lower intake manifold; composite/plastic upper intake (FWD); cast aluminum upper intake (F-body / RWD)
- 22 lb/hr injectors
1996-05 3800 Series 2 Supercharged V6 vin 1 RPOL67
- 240hp @ 5200 rpm
- 280tq @ 3600 rpm
- 8.5:1 Compression
- FWD, balance shaft, crank driven oil pump, DIS, hydraulic roller camshaft, integral PCV, roller rocker arms, M90 Supercharger
- 36 lb/hr injectors
2004-08 3800 Series 3 SFI V6 vin 2 RPO L26
- 197-205hp @ 5200 rpm
- 225-230tq @ 4000 rpm
- 9.4:1 Compression
- FWD, balance shaft, crank driven oil pump, DIS, hydraulic roller camshaft, integral PCV, roller rocker arms, cast aluminum upper and lower intake manifold
- Returnless fuel system, fly-by-wire throttle control
2004-07 3800 Series 3 Supercharged V6 vin 4 RPO L32
- 260hp @ 5400 rpm
- 280tq @ 3600 rpm
- 8.5:1 Compression
- FWD, balance shaft, crank driven oil pump, DIS, hydraulic roller camshaft, integral PCV, roller rocker arms, Gen5 M90 Supercharger
- Returnless fuel system, fly-by-wire throttle control
Special notes considering the 3800 Series IIN/A and SC engines:The series II 3800 is aredesigned version of the 3800 (Series 1) V6. The Series II and III blocks have a shorter deckheight, symmetrical design cylinder heads & cross-bolted main bearing capsamong most of the major differences they have with their predecessor. TheSupercharged version of the Series II and III engines share the same crankshaft andheads as the naturally aspirated versions but the heads on the SC versions havebosses machined for injectors, and the crank is balanced differently because theSC versions have beefier connecting rods and pistons. The SC pistons arealso of a special casting and have a thermal coating on their tops designedto reflect heat back into the combustion process. The pistons, connecting rods, and piston pins used in the naturally aspirated versions of this engine are NOT designed for use with boost and are significantly weaker than their supercharged counterparts. Other differences between the N/A and SC engines are the amount of counter-balance of the harmonic balancer, flexplate/flywheel, and balance shaft. All 3800 Series II and III engines are considered to be 'externally balanced'.
Chevy 4.3L 90º V6
1989-91 4.3L TBI V6 vin Z
- 160hp @ 4000 rpm
- 230tq @ 2800 rpm
- 9.3:1 Compression
- No balance shaft
1992-95 4.3L CFI V6 vin W Vortec (early)
- 165-200hp @ 4400 rpm
- 235-260tq @ 3600 rpm
- 9.05:1 Compression
- Hydraulic roller lifters
- Balance Shaft
1992-93 4.3L PFI Intercooled Turbo V6 vin Z (Syclone/ Typhoon AWD Truck)
- 280hp @ 4400 rpm
- 350tq @ 3600 rpm
- 8.35:1 Compression
1993-95 4.3L TBI V6 vin Z Vortec (early)
- 165-170hp @ 4000 rpm
- 230-235tq @ 2400 rpm
- 9.05:1 Compression
- Hydraulic roller lifters
- Balance Shaft
1996-up 4.3L CSFI V6 vin X&W Vortec (late)
- 175-200hp @ 4400 rpm
- 240-260tq @ 2800 rpm
- 9.2:1 Compression
- Hydraulic roller lifters
- Balance Shaft
Small Block Chevy V8
1982-92 Small Block Chevy 305 (5.0L) V8[F-body applications]
Year | Displacement | VIN | Fuel Delivery | Compression | HP @RPM | TQ @RPM | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
7 | Cross-Fire FI | 9.5 | 175 @ 4200 | 250 @ 2800 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
9.5 | 190 @ 4800 | 240 @ 3200 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
9.5 | 215 @ 4400 | 275 @ 3200 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
9.5 | 190 @ 4000 | 285 @ 2800 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1987-89 | V8-305 | F | Tuned Port FI | 1989-92 | V8-305 | E | Throttle Body FI | 1990-92 | V8-305 | F | Tuned Port FI | 1987-up 305's had hydraulic roller lifters, new design centerbolt cylinder heads, and one-piece rear main seal cranks. 1982-92 Small Block Chevy 350 (5.7L) V8 The QA security flag must be turned off to allow someone to reinstall CFW on top. Rap file for ps2 classics. I'd say it's still a small risk.
1992-97 Small Block Chevy LT1 (5.7L) V8
1996-up 5.0L Vortec CSFI V8 L30 Vin M
1996-up 5.7L Vortec CSFI V8 L31 Vin R
Other GM V8 Engines Cadillac Northstar 4.6L DOHC V8 Vin 9
Cadillac Northstar 4.6L DOHC V8 Vin Y
Cadillac Northstar 4.6L DOHC VVT V8 RPO: LH2
Cadillac Northstar 4.4L DOHC VVT V8 Supercharged RPO: LC3
Cadillac 4.5L DFI V8 Vin 5
Cadillac 4.5L SPFI V8 Vin 3
Cadillac 4.9L PFI V8 Vin B
Oldsmobile Aurora 4.0L DOHC V8 Vin C
1991-94 Corvette V8-350 LT5 DOHC Vin J
LS1 V8-346 (5.7L) Vin G
LS2 V8-364 (6.0L)
LS3 V8-376 (6.2L) Corvette
LS4 V8-325 (5.3L) FWD
LS6 V8-346 (5.7L) Corvette and CTS-V
![]() LS7 V8-427 (7.0L) Corvette
Vortec 7400 (7.4L V8-454) SFI L29 For example, some people like to routinely re-format their hard drive so as to optimize performance. Vipre internet security 2013 pc lifetime crackberry.
Vortec 8100 (8.1L V8-497) SFI L18
This information should be used as areference guide only. Please consult your local dealership for your specific application and needs. For the most up-to-dateinformation on GM Powertrain, check out the GM Media Center at: http://archives.media.gm.com/us/powertrain/en/product_services/r_cars/index.html Home Flow Tests CustomGM Chip Burning Email Page updated on:01-08-2010 20you could use the getrag 282 or 284. or the 6 speed from a g6 but i can't remember what the code for that is but it's a little more work to get right. thanks. ive been lookin at goin to a manual in my gtp. i think itd be fun I believe there are many people that have modded their Pontiac Fiero with that engine and a manual transaxle. You could search for Fiero owner websites who have done engine/tranny swaps to get ideas. I think the tough part is just finding one in good condition beside any fabrication to mount it and the proper ECM/PCM wiring modification to make it work. yeah i figured the wiring was gonna be an issue. thanks These cars are heavier then a Fiero. If you put any kind of power through those getrags they are liable to grenade. i think that the g6 tranny should work out fine however getting it to send the right signals to the ecu is going to be a problem. i also do not believe the weight of the car would be an issue were you to use a fiero transmission, though it is true the cars are about 600 lbs difference in weight it is not the cars weight that the transmission needs to be able to handle it is the rotational torque from the engine, what makes the fiero tranny worse is the fact that it is designed for a much smaller engine if i remember right it it was a full liter smaller than the 3800, which means the transmission would llikely snap or burn out the clutch pack the second you tried to drive it. however the pontiac g6 does have a 6 speed manual F40 transimission though im not quite certain how well it would bolt in place it should be able to handle the horsepower I loled. A trans in a heavier car is just as likely to grenade as a car with more torque. You do realize people run 11s and 12s with v8s and modified l67s slapped onto the 5 speed in a fiero?Putting a manual in a 97+ Grand Prix is just retarded anyway. Would be a lot more work then it's worth. yet again you miss the point of a modification, he wants a manual transmission because it will be fun, secondly the weight only makes a difference when the transmission reaches the differential or in this case the transaxle and has to deal with the increased friction from the heavier car, putting a manual in the car would make the car much more fun to drive and it will increase the front wheel horsepower since an automatic has much more hp depletion than a manual, if i remember right a manual takes around 15% hp and an automatic generally takes 25 to 30% hp He needs to buy a different car if he wants a manual - if he is even asking the question then he doesnt posses the know-how to swap one in. There is a reason that there has been only two manual swaps into 97+ Grand Prixs. thats not true at all, just cause a person doesnt know what kind of transmissions he can bolt onto his motor says absolutely nothing about know how to bolt on a transmission and run wireing, whats to say he hasnt replaced his own transmission at another time or possible worked on another car, thats like saying somone doesnt know what alloy rims are and they only know about steel rims so they have no idea how to put a wheel on there car, zack you are the reason that other forums have locks on them, so people dont completely ruin the topic by insulting it, if he wants a manual grand prix let the man have his manual grand prix and dont insult him about it, its a cool idea and it would deffinetly be much more fun than the usual automatic It does work, though the only guyt i know of who did it had to do a shitload of grinding and flywheel work. he had to have a flywheel from a lt1 style camaro with the 3.4L v6 manual. and even after he did it was a stock GP GT and it wouldnt hold the 200 hp/240tq so sorry to burst your bubble guys, they dont make one strong enough It is a lot more work then 'bolting one in' and if you think otherwise then you are ignorant. Custom fabrication, welding, cutting of the firewall, more fabrication, more welding, mount pedals, custom shifter cable, custom shit inside the car to mount the shifter..You make me lol. just to elaborate on some of my prior experience. my dad, grandpa and i have pretty much completely built this car, it was a Hurricane Katrina car. we replaced almost everything. we also built my first car which was a 99 gtp Glad you want something for the fun, and I applaud you for seeking the answer. I have considered putting a manual in my 2000 at times. I think your best bet at adaptability info would come from zzperformance.com. They specialise in GTP's. I'm pretty confident they could reflash your PCM to work without automatic trans input signals. Not knowing what trans will fit, or how much work you will have to do is mostly what you have to find out. As for strength, dont let armchair naysayers discourage you. I have a V8 Mustang as well as a GTP, and the internet is full of forums that say you shouldn't run a T5 trans out of a 4 cyl. Mustang behind a V8. I've been doing it for 2 years, no problems yet, and I stand in the gas regularly! I also know of people who use the same 'understrength trans' in their 12 second cars with no fail.Can't speak for whatever trans you find to bolt to your 3.8, but just keep these things in mind, and HAVE FUN ! 0 well thats no fun, its possible the newer tranny is more sturdy, but if it broke the 3.4l one like you say it did it probably wouldnt work either, to bad we cant get a tranny like the one on the ford focus rs model to fit, thanks for answering the argument im afraid you are mistaking in the entire point of the topic then, the point of it is finding a transmission that will in fact 'bolt' or 'mount' onto the engine without a big hassel, its obvious he could just go out and buy a manual front wheel drive transmission from alot of cars that he could make fit if he wanted to spend all of the time to make it work, but thats not the question that was asked, in fact the whole reason hes asking people for help is because he doesnt want to spend all the time with the excess cutting and fabricating on the transmission and engine to make it work properly and would rather spend his time making his pedals and shifter work properly, please save your insults for when they actually matter this is a forum not a highschool classroom i must admit a mustang like that sounds pretty cool, did the transmission simply bolt up or did you have to modify it? a friend of mine in japan has been wanting to bring a mustang 4 to his country but they have engine size restrictions so weve been looking into how we could bolt the 4 cylinder engine from the escort zx2 into it without changing the tranny, and this seems like it could be somwhat helpful info even if the 2 cars are very different in drivetrain The transmission itself bolts right up. Its wise to switch to a 5.0 style clutch, due to the travel of the dissengaging fingers of the pressure plate. There are a couple of options with the linkage for the clutch. Either switch to a cable setup, or modify the original linkage to work correctly. I drilled new holes in the crossmember to bolt the mount to, and fabricated extensions where the crossmember bolts to the car(a real headache to deal with). An easier/better looking option is to buy a costom crossmember for around $150, but so far, I'm just to cheap to do that. As for putting a ZX4 engine in an early Mustang, well anything is possible, just as Fast and Furious Tokyo drift shows, but...I just cringe to think of it. There has to be some way around the displacement thing. Hey, this is a Grand Prix page,not a Mustang page, enough on this. there was a guy that swapped a north-star 32v in to a grand prix it was on ebay a few years ago and it was a manual the possibilitys are only limited by money and trying if no one tried to do what 'cant be done' we would be left with some boring ass cars get an 1975 vin and stuck the gm into it
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