List of Nissan engines
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Nissan Motors uses a straightforward method of naming their automobile engines. The first few letters identify the engine family. The next digits are the displacement in deciliters. The following letters identify features added.
| Letter | Feature |
|---|---|
| D | DOHC, Variable Valve Timing, or Direct Injection |
| E | Electronic Fuel Injection |
| I | Throttle Body Fuel Injection |
| S | Electronic Controlled Carburetor |
| R | Supercharged |
| T | Turbocharged - this can also stand for Twin Carburetor |
| TT | Twin-Turbocharged |
| V | Variable Valve Timing with Lift |
Contents |
[edit] Straight-4
Nissan's Straight-4 engines include:
- 1952-1955 Nissan D engine — 0.9 L — D10
- 1955-1966 Prince G engine — 1.5/1.8/1.9/2.0 L — GA-4/G-1, GB-30/G-2, G-15, G-18, GA30, GB4
- 1957-1960 Nissan C engine — 1.0 L
- 1961-1970 Nissan G engine — 1.5/1.6 L — G, G16
- 1963-? Nissan SD engine - Series One — Diesel 2.2/2.5 L — SD22, SD25 (See Straight-6 below for other SD engines.)
- 1965-1969 Nissan J engine — 1.3/1.5 L — J13, J15
- 1967-1970 Nissan H engine — 1.9/2.0 L — H, H20 (See Straight-6 below for other H engines.)
- 1968-1980 Nissan L engine — 1.3/1.4/1.6/1.8/2.0 L — L13, L14, L16, L18, L20B (See Straight-6 below for other L engines)
- 1968-1982 Nissan A engine — 1.0/1.2/1.3/1.4/1.5 L — A10, A12, A12T, A12A, A13, A14, A15
- 1979-1989 Nissan Z engine — 2.0/2.2/2.4 L — Z20S, Z20E, Z22E, Z24
- 1981-1993 Nissan CA engine — 1.6/1.8/2.0 L — CA18I, CA18DE, CA18DET, CA20, CA16
- 1982-1988 Nissan E engine — 1.0/1.3/1.5/1.6 L — E10, E13, E15E, E15ET, E16
- 1982-199? Nissan Z engine — 1.8 L — Z18ET, Z20, Z22, Z22
- 1983-1985,1991-1997? Nissan CD engine — Diesel 1.7/2.0 L — CD17, CD20, CD20T, CD20ET, CD20E
- 1983-1986? Nissan FJ engine — 2.0 L — FJ20E, FJ20ET
- 1983-1992 Nissan MA engine — 0.9/1.0/1.2 L — MA09ERT, MA10, MA10S,MA10E MA12S
- 1987-present?Nissan GA engine — 1.3/1.4/1.5/1.6 L — GA14DE, GA16E, GA16DE, GA16DS
- 1986-present Nissan KA engine — 2.4 L/2.0 L — KA20DE, KA24E, KA24DE
- 1987-present Nissan SR engine — 1.6/1.8/2.0 L — SR16DE, SR16DI, SR16D, SR16VE, SR16VE N1, SR18DE, SR18DI, SR18DIT, SR20DE, SR20DET, SR20DE GT Spec, SR20DI, SR20VE, SR20VET
- 1993-2002 Nissan CG engine — 1.0/1.3/1.4 L — CG10DE, CG13DE, CGA3DE
- 1999-present? Nissan YD engine — Diesel 2,2 L 2,5 L — YD22DDTi — YD25DDTi
- 1999-present Nissan ZD engine — Diesel 3.0 L — ZD30DD, ZD30DDT, ZD30DDTi
- 1999-present Nissan QG engine — 1.3/1.5/1.8 L — QG18DE, QG18DD
- 2001-present Nissan QR engine — 2.0/2.5 L — QR25DE, QR20DE, QR20DD
- 2002-present Nissan CR engine — 1.0/1.2/1.4 L — CR10DE, CR12DE, CR14DE
- 2005-present Nissan HR engine — 1.5/1.6 L — HR15DE, HR16DE
- 2005-present Nissan MR engine — 1.8/2.0 L — MR18DE, MR20DE
- 199?-present Nissan NA engines — - replacement of Z series and mostly used in commercial vehicles. Designed based on Z series.
[edit] Straight-6
Nissan's Straight-6 engines include:
- 1965-1967 Nissan H engine — 3.0 L — H30 (See Straight-4 above for other H engines.)
- 1968-1983 Nissan P engine — 4.0 L — P40
- 1968-1983 Nissan L engine — 2.0/2.4/2.6/2.8 L — L20A, L20ET, L24, L24E, L26, L26E, L28E, L28ET (See Straight-4 above for other L engines)
- 1969-197? Nissan S20 engine
- 1980-1988 Nissan SD engine - Series Two — Diesel 3.3 L — SD33, SD33T (See Straight-4 above for other SD engines.)
- 1985-2002 Nissan RB engine — 2.0/2.4/2.5/2.6/2.8/3.0 L — RB20DE, RB24DET, RB25DE, RB25DET, RB26DETT, RB28DETT, RB30E, RB30ET, RB20E, RB30DE
- 1985-19?? Nissan RD engine — Diesel 2.8 L — RD28, RD28T
[edit] V6
Nissan's V6 engines include:
- 1984-2004 Nissan VG engine — 3.0/3.3/2.0/2.5 L — VG30, VG30E, VG30ET, VG30DE, VG30DET, VG30DETT, VG33E, VG33E-R, VG20E, VG20DE, VG20DET, VG25DE, VG30DETT
- 1992-1994 Nissan VE engine — 3.0 L — VE30DE
- 1995-present Nissan VQ engine — 2.0/2.5/3.0/3.5/4.0 L — VQ30DE, VQ35DE, VQ40DE, VQ20DE, VQ25DE, VQ25DD, VQ30DD, VQ30DET, VQ35DD, VQ30DE-K
[edit] V8
Nissan's V8 engines include:
- 1965-1973 Nissan Y engine — 4.0 L — Y40
- 1990-2001 Nissan VH engine — 4.1/4.5 L
- 2002-present Nissan VK engine — 4.5/5.6 L
[edit] Diesel engines
Diesel Engines in summary (model, # cylinders, cc, HP@RPM)
NISSAN ED33 4CY,3298CC, 96/3600 NISSAN FD33 4CY,3298CC,100/3600 NISSAN FD33T 4CY,3298CC,120/3600 NISSAN FD35 4CY,3465CC,105/3500 NISSAN FD35T 4CY,3465CC,130/3500 NISSAN FD42 4CY 4214CC,125/3200 NISSAN FD46 4 CYL 4617cc,135/3000 NISSAN FD46T 4CY,4617CC,170/3100 NISSAN RD28 6CY,2825CC,94/4800 NISSAN RD28T 6CY,2825CC,115/4800 NISSAN SD33 6CY,3246CC,95/3600 NISSAN SD33T 6CY,3246CC,110/4400 NISSAN TD42 6CY,4169CC,125/4000 NISSAN TD42T 6CY 4169CC 145/4000
[edit] Wankel engine
Nissan showed a prototype Wankel rotary engine at the Tokyo Motor Show in 1972, but it never reached production. [1]
[edit] Glossary
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- Nissan PLASMA ("purazuma") engine (Powerful ＆ Econonomic, Lightweight, Accurate, Silent, Mighty, Advanced.)
Pet name of new world engine series of Nissan Motor Co, to oppose the LASRE engine of Toyota Motor It was an efficient engine series with the intention of new world engine with which all elements like a small size, lightness, high performance, low fuel cost, quietness and durability, etc. were due to the higher dimensions and were harmonized by calling a newly developed engine generically in Nissan (at that time). PLASMA was a title that had been given to Nissan engines that made good use of an advanced technology and the latest electronics.
- Nissan ECC system (EGR)
- Nissan ECCS "eltukusu" (EGI) system (Electronic-Conetrated Engine Control System). Electronic Conetrated Engine Control System It is an electronic engine centralized control system and the improvement of fuel cost and the improvement of making of the vehicle exhaust emission and clean driving have been achieved by always making the fuel jet, the amount of the exhaust gas reduction, the idle rotational speed, and the fuel pump control, etc. the best level control by one microcomputer according to all states of driving of the engine. The best control value in all states of driving is programmed in the control unit beforehand, and the control of the ECCS engine elects the optimal value with the sensor from among the data that the control unit memorizes according to the input signal from detection and the sensor, sends Acchatar the output and controls an each occasion state.
