User Login    
 + Register
  • Main navigation
Login
Username:

Password:


Lost Password?

Register now!
Fast Search
Slow Search
Google Ad


[Datsun 1200 encyclopedia]

GA Engine Swap

(Difference between revisions)

Datsun 1200 encyclopedia | Recent changes | Edit this page | Page history | Switch to MediaWiki mode

Printable version | Disclaimers | Privacy policy | Current revision
Categories: Engine Modifications | Engine Swaps | Nissan Engines

Revision as of 04:21, 18 January 2010
ddgonzal (Talk | contribs)
(->Sources)
<- Previous diff
Current revision
ddgonzal (Talk | contribs)

Line 1: Line 1:
-[http://datsun1200.com/modules/newbb/viewtopic.php?topic_id=6054&forum=1 Nissan GA16 engine]. Engine is similar to the A15, but distributor is in the back and only has fwd transmissions. This is a high output lightweight engine, some with variable camshaft technology. There are also GA13 and GA14 but it's not really worth all the work for these smaller versions. A GA18 is perenially discussed, but appears to be a global legend, always existing in some other country but never actually seen.+{{BackTo|Engine Swaps|GA-Series_Engine}}
 + 
 +{{See|GA16 Head Swap}}
 + 
 +The {{wikiEx|Nissan GA engine|Nissan GA16 engine}} is similar to the A15, but has the distributor in the back. This is a high-output lightweight engine, the GA16DE version has 16V head and variable camshaft technology making 115 hp. RWD transmissions are available in Asia and Europe markets. It is also possible to adapt a [[60-series Transmission]] from a Datsun [[B210]] or [[B310]] as well. There are also GA13 and GA14 engines but it's not really worth all the work for the smaller displacement. A GA18 is perenially discussed, but appears to be a global legend, always existing in some other country but never actually seen. The GA engine series was replaced by the QG series in 1999 (the QG18DE has 126 HP).
 + 
= Overview = = Overview =
-GA15 from FN14+The Nissan GA16 engine is similar to the A15, but distributor is in the back and RWD transmissions are available and Asia and Europe markets. The compelling part of this swap is 116 HP from variable cam timing. You could even carburete this engine and still use the VCT with an RPM-activated 12V relay.
-<br>[http://i297.photobucket.com/albums/mm219/ddgonzal/Datsun%20Misc/GA%20Engine/21-6998-01.jpg http://i297.photobucket.com/albums/mm219/ddgonzal/Datsun%20Misc/GA%20Engine/th_21-6998-01.jpg] [http://i297.photobucket.com/albums/mm219/ddgonzal/Datsun%20Misc/GA%20Engine/21-6998-11.jpg http://i297.photobucket.com/albums/mm219/ddgonzal/Datsun%20Misc/GA%20Engine/th_21-6998-11.jpg] [http://i297.photobucket.com/albums/mm219/ddgonzal/Datsun%20Misc/GA%20Engine/21-6998-21.jpg http://i297.photobucket.com/albums/mm219/ddgonzal/Datsun%20Misc/GA%20Engine/th_21-6998-21.jpg] [http://i297.photobucket.com/albums/mm219/ddgonzal/Datsun%20Misc/GA%20Engine/j65940984600x272-2009041300029xjpg.jpg http://i297.photobucket.com/albums/mm219/ddgonzal/Datsun%20Misc/GA%20Engine/th_j65940984600x272-2009041300029xjpg.jpg]+ 
 +GA16E 3-valve head
 +<br>{{AlbumH|21958|jpg|300}}
 + 
 +GA16DE in Datsun 1200
 +<br>{{Album|29490|was=Photo\PB220013.jpg}} {{Album|29489|was=Photo\PB220011.jpg}}
-[http://i297.photobucket.com/albums/mm219/ddgonzal/Datsun%20Misc/GA%20Engine/j65940984600x272-2009041300029.jpg http://i297.photobucket.com/albums/mm219/ddgonzal/Datsun%20Misc/GA%20Engine/th_j65940984600x272-2009041300029.jpg] +GA15 from FN14 Pulsar
 +<br>{{Album|29494|was=Photo\j65940984600x272-2009041300029.jpg\Datsun%20Misc/GA%20Engine}}
 +<br>{{Album|29491|was=Photo\21-6998-01.jpg\Datsun%20Misc/GA%20Engine}} {{Album|29492|was=Photo\21-6998-11.jpg\Datsun%20Misc/GA%20Engine}} {{Album|29493|was=Photo\21-6998-21.jpg\Datsun%20Misc/GA%20Engine}} {{Album|29495|was=Photo\j65940984600x272-2009041300029xjpg.jpg\Datsun%20Misc/GA%20Engine}}
= Sources = = Sources =
-GA16 is fitted to FWD Nissans like Sunny/Sentra and Pulsar circa 1989-2000. Also to Tsubame Y10 (Mexico) through 2004 Tsuru B13 through 2007.+GA16 is fitted to FWD Nissans like Sunny/Sentra and Pulsar circa 1989-2000. Also came in Tsubame Y10 (Mexico) through 2004, and in Tsuru B13 through 2007.
-Sentra B13+{{wikiEx|Nissan_Sentra#B13_.281990.E2.80.931994.29|Nissan B13}} Sentra/Sunny 1991-1994 USA
- 1991-1994+<br>110 hp - standard two compression rings on pistons.
- 110 hp +<br>{{Album|8123}}
-USA Sentra B14 XE and GXE+ {{wikiEx|Nissan_Sentra#B14_.281995.E2.80.931999.29|Nissan B14}} "Sentra"
- 1995-1999+ 1995-1999 USA Sentra (except SE/SE-R)
GA16DE 1,597cc DOHC GA16DE 1,597cc DOHC
7,200 rpm redline 7,200 rpm redline
115 hp (86 kW) @ 6000rpm 115 hp (86 kW) @ 6000rpm
 + * Low drag single compression ring on each piston
 + * micro polished crankshaft journals
110 ft lb @ 4500 rpm 110 ft lb @ 4500 rpm
- + {{wikiFile|2/27|1998_Nissan_Sentra_GXE_--_03-21-2012.JPG}}
-[http://autos.msn.com/research/vip/Spec_Glance.aspx?year=1999&make=Nissan&model=Sentra&trimid=-1 USA Sentra 1999 specs]+
-Look for the Bulge on left, which indicates NVCS variable-valve timing (115hp)+ USA - GA engine
-<br>[http://en.wikipedia.org/wiki/File:Nissan_GA16DE.jpg http://upload.wikimedia.org/wikipedia/en/thumb/a/a4/Nissan_GA16DE.jpg/400px-Nissan_GA16DE.jpg]+ [[Model_names#B12|B12]] 1985-1990 Sentra GA16I (central fuel injection)
 + [[Model_names#B13|B13]] 1991-1994 Sentra
 + [[Model_names#B14|B14]] 1995-1999 Sentra
 + {{wikiEx|Nissan_Pulsar#N13_.281986.E2.80.931990.29|KN13}} c1987 Sentra SE GA16DE
 + KN13 c1987 Sentra SE GA16
 + 
 + JAPAN GA16DE
 + B13 Sunny GA16DE
 + B14 Sunny GA16DE
 + C23 Serena GA16DE
 + N14 Pulsar GA16DE
 + N15 Pulsar GA16DE
 + 
 + JAPAN - other GA series
 + B12 Sunny GA15E
 + B12 Sunny GA15S
 + B12L Sunny GA15E
 + B12L Sunny GA15S
 + B13 Sunny GA13DS
 + B13 Sunny GA15DS
 + B14 Sunny GA13DE
 + B14 Sunny GA15DE
 + C23 Serena GA16DS
 + N13 Pulsar GA15E
 + N13 Pulsar GA15S
 + N13P Pulsar GA15E
 + N13P Pulsar GA15S
 + N14 Pulsar GA13DS
 + N14 Pulsar GA15DS
 + N15 Pulsar GA15DE
 + R10 Presea GA15DS
 + R11 Presea GA15DE
 + RB14 Sentra GA15DE
 + U13 Bluebird GA16DS
 + W10 Avenir GA16DS
 + 
 + Europe EL
 + C23M Serena GA16DE
 + N14 Pulsar GA14DS
 + N14 Pulsar GA16DS
 + N14 Pulsar GA14DE
 + N14 Pulsar GA16DE
 + N15 Pulsar GA14DE
 + N15 Pulsar GA16DE
 + P10E Primera GA16DS
 + P10E Primera GA16DE
 + P11E Primera GA16DE
 + W10 Avenir GA16DS
 + W10 Avenir GA16DE
 + WP11E Avenir GA16DE
 + Y10 AD Wagon GA16DS
 + Y10 AD Wagon GA16DE
 + B12 Sunny GA16I
 + B12 Sunny GA16S
 + B13 Sunny GA16DS
 + B13 Sunny GA16DE
 + N13 Pulsar GA14S
 + N13 Pulsar GA16S
 + N13 Pulsar GA16I
 + 
 +Look for the Bulge on left side of this photo, which indicates NVCS variable-valve timing (115hp)
 +<br>{{wikiCommons|Nissan_ga_engine|a/a4|Nissan_GA16DE.jpg}}
 +<br>VCT bulge on right front of valve cover
 + 
 + 1991-1994 Nissan NX 1600 N14
 + 1991-1994 Nissan Sentra B13
 + 1994-1995 Nissan 100NX B13 (UK)
 + 1991-1994 Nissan Presea R10
 + 1995-1996 Nissan Presea R11
 + 1995-1999 Nissan Sentra B14
 + 1995-1999 Nissan 200SX B14
 + 1995-1999 Nissan Almera N15
 + 1995-1999 Nissan Pulsar N15
 + 1993-1999 Nissan Primera P10/P11
 + 10/1992-07/1995 Nissan Sunny Y10
 + 1999-2001 Nissan Exalta Philippines
= Transmission = = Transmission =
-Use any 4-speed or 5-speed you want. Use the traditional method of using an aluminum adapter plate that bolts to the engine and provides new holes for the transmission and starter.+== A-series Transmission ==
 +GA engines may use the E-series bellhousing pattern &mdash; reportedly it shares enough bolt and alignment pin holes with the A-series for the transmissions to line up. Just like the E15, the block dowels line right up.
-The 63A 5-speed input shaft will have to be machined.+Use an A-series gearbox. Three block-to-transmission bolts line up. The input shaft may need to be machined as it is a little too long for the GA16DE.
 +Or, use any 4-speed or 5-speed you want. Use the traditional method of an aluminum adapter plate that bolts to the engine and provides new holes for the transmission and starter.
-Or in Europe or Aisia, source a Serena (Nissan Van C23 1992-) RWD transmission. +* bolt up 3 bolts
-* 32010-G2N69 RS5W71C [remote shift 5-speed 71-series transmission]+* redrill 4th bolt
-** Europe+* machine GA flywheel to accept A12/A14/A15 flywheel ring gear
-* 32010-0C061 RS5W71C +* grind GA block corner where A-series starter fits
-** 9106-9701 Japan+* Cut extra length off the A-series spigot (or drill the GA crank deeper)
-** through 2009 Malaysia+ 
-**+GA uses B22 pilot bushing, as fitted to many Datsun engines
 + 
 + A22/PB21 PB22
 + I.D. 12.2mm 16mm
 + O.D. 17mm 20.7mm
 + 
 +== GA RWD Transmission ==
 +Or in Europe or Asia, source a Serena GA RWD transmission (Nissan Van C23 1992-). They have these in Japan, Malaysia and New Zealand too.
 +<br>{{Album|22015}}
 + 
 + Nissan 32010-G2N69 RS5W71C
 + * remote shift 5-speed 71-series transmission for GA engine
 + * Europe 32010-0C061 RS5W71C
 + * 9106-9701 Japan
 + * through 2009 Malaysia
 + 
 +This is a large 71-series transmission, so tunnel mods will be required. Possibly could be converted to floor shift using Z-car or Silvia rear housings. However, the shifter will be too far back. Instead, consider the stock Remote Shift version, with a floor shifter from another car adapted (remote shifter).
 + 
 +Was also available in 4WD versions (FF+rear diff)
 + Nissan Rasheen 1995-2000
 + AWD - IRS
 + GA15DE mounted transversely
 + uses RS5F31A transaxle with transfer case
 + 2-piece propeller shaft
 + uses [[R180]]? differential
 + 
 +{{wiki|Nissan Rasheen}}
 +<br>{{wikiCommons|Nissan_Rasheen|1/11|Nissan-rasheen_kouki-rear.jpg}}
= Swap Notes = = Swap Notes =
-Use a manual transmission GA engine flywheel, heat the ring gear and tap it off. Put it on backwards.+Use a manual transmission GA engine flywheel. If using a 60 series B210/B310 transmission: remove the GA starter ring gear [it's facing the wrong way for the FWD starters anyway]. Use the [smaller] A series starter ring gear and machine the back of GA flywheel to fit it [it's an interference fit]. Then heat the A-series ring gear and install it backwards from the original GA gear. You can notch the GA block for clearance and use the stock A-series starter.
-Remove EGR and block, since it points backwards.+Remove EGR and block, since it points backwards.
-Remove distributor and fit an inexpensive [[EDIS]] crank trigger system (about $200 USD).+Remove distributor and fit an inexpensive [[EDIS]] crank trigger system (about $200 USD). Or simply cut an access panel in your firewall for clearance and use the original distributor.
Weld up new motor mount brackets -- typical engine swap stuff. This is not a bolt-in swap. Weld up new motor mount brackets -- typical engine swap stuff. This is not a bolt-in swap.
-Fit a carburetor (custom manifold) or convert your 1200 to EFI:+Fit a carburetor (custom manifold) OR use the factory EFI and ECU (convert your 1200 to EFI):
EFI fuel pump EFI fuel pump
Surge tank Surge tank
Line 54: Line 171:
Return line to fuel tank Return line to fuel tank
-Oil Pan?+On a GA16DE the standard throttle valve will be against the firewall. Either relocate it with a custom intake, cut out the firewall to allow intake piping, or use twin side draft carbs.
 + 
 +Weber DCOE twin-carburetor {{search|M007+DCOE+manifold+GA16|M007 manifold}} - http://www.manifolds.co.za
 +<br>{{Album|23074|jpg|400}}
 + M007: for Nissan GA14S/GA14D/GA16S/GA16D
 + * Use gasket 14035-74Y00
 + 
 +Oil Pan needs to be clearanced on the bottom to clear crossmember [on a B310]. The sump is in the correct place, but the bottom of the pan is tapered and needs to be flat.
New exhaust pipe and use 1.75 piping and muffler and tail pipe New exhaust pipe and use 1.75 piping and muffler and tail pipe
 +<br>{{Album|29496|was=Photo\919274577.jpg}}
 +
 +See photos and writeup at {{web|community.ratsun.net/topic/15259-ga16de-rwd-trans/page-2|ratsun.net}}
 +
 += Variable Cam Timing =
 +The compelling part of this swap is 116 HP from variable cam timing. You could even carburete this engine and still use the VCT with an RPM-activated 12V relay.
 +
 +* 23796-57Y00 VALVE ASSY-SOLENOID, VALVE TIMING CONTROL
 +* 13025-57Y10 SPROCKET-CAMSHAFT,INTAKE
-[[Category:Engine Mechanical]]+[[Category:Engine Modifications]] [[Category:Engine Swaps]] [[Category:Nissan Engines]]{{End}}

Current revision

<-- back to Engine Swaps

See also: GA16 Head Swap

The Nissan GA16 engine is similar to the A15, but has the distributor in the back. This is a high-output lightweight engine, the GA16DE version has 16V head and variable camshaft technology making 115 hp. RWD transmissions are available in Asia and Europe markets. It is also possible to adapt a 60-series Transmission from a Datsun B210 or B310 as well. There are also GA13 and GA14 engines but it's not really worth all the work for the smaller displacement. A GA18 is perenially discussed, but appears to be a global legend, always existing in some other country but never actually seen. The GA engine series was replaced by the QG series in 1999 (the QG18DE has 126 HP).

Contents

Overview

The Nissan GA16 engine is similar to the A15, but distributor is in the back and RWD transmissions are available and Asia and Europe markets. The compelling part of this swap is 116 HP from variable cam timing. You could even carburete this engine and still use the VCT with an RPM-activated 12V relay.

GA16E 3-valve head
21958.jpgAlbum 21958

GA16DE in Datsun 1200
29490.jpgAlbum 29490 29489.jpgAlbum 29489

GA15 from FN14 Pulsar
29494.jpgAlbum 29494
29491.jpgAlbum 29491 29492.jpgAlbum 29492 29493.jpgAlbum 29493 29495.jpgAlbum 29495

Sources

GA16 is fitted to FWD Nissans like Sunny/Sentra and Pulsar circa 1989-2000. Also came in Tsubame Y10 (Mexico) through 2004, and in Tsuru B13 through 2007.

Nissan B13 Sentra/Sunny 1991-1994 USA
110 hp - standard two compression rings on pistons.
8123.jpgAlbum 8123

Nissan B14 "Sentra"
1995-1999 USA Sentra (except SE/SE-R)
GA16DE 1,597cc DOHC 
7,200 rpm redline 
115 hp (86 kW) @ 6000rpm 
* Low drag single compression ring on each piston 
* micro polished crankshaft journals
110 ft lb @ 4500 rpm
400px-1998_Nissan_Sentra_GXE_--_03-21-2012.JPGWIKI click for photo
USA - GA engine
B12   1985-1990 Sentra	GA16I (central fuel injection)
B13   1991-1994 Sentra
B14   1995-1999 Sentra
KN13 c1987 Sentra SE GA16DE
KN13  c1987 Sentra SE GA16
JAPAN GA16DE
B13 Sunny   	GA16DE
B14 Sunny  	GA16DE
C23 Serena  	GA16DE
N14 Pulsar  	GA16DE
N15 Pulsar  	GA16DE
JAPAN - other GA series
B12  Sunny 	GA15E
B12  Sunny	GA15S
B12L Sunny	GA15E
B12L Sunny	GA15S
B13  Sunny 	GA13DS
B13  Sunny 	GA15DS
B14  Sunny 	GA13DE
B14  Sunny 	GA15DE
C23  Serena 	GA16DS
N13  Pulsar 	GA15E
N13  Pulsar 	GA15S
N13P Pulsar 	GA15E
N13P Pulsar 	GA15S
N14  Pulsar 	GA13DS
N14  Pulsar 	GA15DS
N15  Pulsar 	GA15DE
R10  Presea 	GA15DS
R11  Presea 	GA15DE
RB14 Sentra 	GA15DE
U13  Bluebird 	GA16DS
W10  Avenir 	GA16DS
Europe EL
C23M Serena 	GA16DE
N14  Pulsar 	GA14DS
N14  Pulsar 	GA16DS
N14  Pulsar 	GA14DE
N14  Pulsar 	GA16DE
N15  Pulsar 	GA14DE
N15  Pulsar 	GA16DE
P10E Primera 	GA16DS
P10E Primera 	GA16DE
P11E Primera 	GA16DE
W10  Avenir 	GA16DS
W10  Avenir 	GA16DE
WP11E Avenir 	GA16DE
Y10   AD Wagon	GA16DS
Y10   AD Wagon	GA16DE
B12   Sunny	GA16I
B12   Sunny	GA16S
B13   Sunny	GA16DS
B13   Sunny	GA16DE
N13   Pulsar	GA14S
N13   Pulsar	GA16S
N13   Pulsar	GA16I

Look for the Bulge on left side of this photo, which indicates NVCS variable-valve timing (115hp)
400px-Nissan_GA16DE.jpgWIKI go to Wikipedia
VCT bulge on right front of valve cover

1991-1994 Nissan NX 1600 N14
1991-1994 Nissan Sentra B13
1994-1995 Nissan 100NX B13 (UK)
1991-1994 Nissan Presea R10
1995-1996 Nissan Presea R11
1995-1999 Nissan Sentra B14 
1995-1999 Nissan 200SX B14
1995-1999 Nissan Almera N15
1995-1999 Nissan Pulsar N15
1993-1999 Nissan Primera P10/P11
10/1992-07/1995 Nissan Sunny Y10
1999-2001 Nissan Exalta Philippines

Transmission

A-series Transmission

GA engines may use the E-series bellhousing pattern — reportedly it shares enough bolt and alignment pin holes with the A-series for the transmissions to line up. Just like the E15, the block dowels line right up.

Use an A-series gearbox. Three block-to-transmission bolts line up. The input shaft may need to be machined as it is a little too long for the GA16DE.

Or, use any 4-speed or 5-speed you want. Use the traditional method of an aluminum adapter plate that bolts to the engine and provides new holes for the transmission and starter.

  • bolt up 3 bolts
  • redrill 4th bolt
  • machine GA flywheel to accept A12/A14/A15 flywheel ring gear
  • grind GA block corner where A-series starter fits
  • Cut extra length off the A-series spigot (or drill the GA crank deeper)

GA uses B22 pilot bushing, as fitted to many Datsun engines

       A22/PB21 PB22
I.D.   12.2mm   16mm
O.D.   17mm     20.7mm

GA RWD Transmission

Or in Europe or Asia, source a Serena GA RWD transmission (Nissan Van C23 1992-). They have these in Japan, Malaysia and New Zealand too.
22015.jpgAlbum 22015

Nissan 32010-G2N69 RS5W71C
* remote shift 5-speed 71-series transmission for GA engine
* Europe 32010-0C061 RS5W71C
* 9106-9701 Japan
* through 2009 Malaysia

This is a large 71-series transmission, so tunnel mods will be required. Possibly could be converted to floor shift using Z-car or Silvia rear housings. However, the shifter will be too far back. Instead, consider the stock Remote Shift version, with a floor shifter from another car adapted (remote shifter).

Was also available in 4WD versions (FF+rear diff)

Nissan Rasheen 1995-2000
AWD - IRS
GA15DE mounted transversely
uses RS5F31A transaxle with transfer case
2-piece propeller shaft
uses R180? differential

Nissan Rasheen
400px-Nissan-rasheen_kouki-rear.jpgWIKI go to Wikipedia

Swap Notes

Use a manual transmission GA engine flywheel. If using a 60 series B210/B310 transmission: remove the GA starter ring gear [it's facing the wrong way for the FWD starters anyway]. Use the [smaller] A series starter ring gear and machine the back of GA flywheel to fit it [it's an interference fit]. Then heat the A-series ring gear and install it backwards from the original GA gear. You can notch the GA block for clearance and use the stock A-series starter.

Remove EGR and block, since it points backwards.

Remove distributor and fit an inexpensive EDIS crank trigger system (about $200 USD). Or simply cut an access panel in your firewall for clearance and use the original distributor.

Weld up new motor mount brackets -- typical engine swap stuff. This is not a bolt-in swap.

Fit a carburetor (custom manifold) OR use the factory EFI and ECU (convert your 1200 to EFI):

EFI fuel pump
Surge tank
Fuel lines
Return line to fuel tank

On a GA16DE the standard throttle valve will be against the firewall. Either relocate it with a custom intake, cut out the firewall to allow intake piping, or use twin side draft carbs.

Weber DCOE twin-carburetor M007 manifold - http://www.manifolds.co.za
23074.jpgAlbum 23074

M007: for Nissan GA14S/GA14D/GA16S/GA16D
* Use gasket 14035-74Y00 

Oil Pan needs to be clearanced on the bottom to clear crossmember [on a B310]. The sump is in the correct place, but the bottom of the pan is tapered and needs to be flat.

New exhaust pipe and use 1.75 piping and muffler and tail pipe
29496.jpgAlbum 29496

See photos and writeup at ratsun.net

Variable Cam Timing

The compelling part of this swap is 116 HP from variable cam timing. You could even carburete this engine and still use the VCT with an RPM-activated 12V relay.

  • 23796-57Y00 VALVE ASSY-SOLENOID, VALVE TIMING CONTROL
  • 13025-57Y10 SPROCKET-CAMSHAFT,INTAKE 
¤