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This sensor is one of the two most important sensors in modern-day engines, together with the camshaft position sensor. As the fuel injection (diesel engines) or spark ignition (petrol engines) is usually timed from the crank sensor position signal, failing sensor will cause an engine not to start or will cut out while running.
The Suzuki F10D engine is an inline four-cylinder 1.1 L; 64.7 cu in ... due to a sensor on the end of the camshaft in place of a traditional distributor, and with a ...
This engine uses a MAF sensor to monitor manifold pressure, similar to the G16B series. This engine has a non-interference valvetrain design. It uses the same G series block found in many other Suzuki models and so it is a popular conversion into the Suzuki Sierra/Samurai, which uses either a G13A (85-88) or G13BA (88.5-98).
The M13AA is an automotive engine manufactured by Suzuki Motor Corporation. The M13AA is a 1.3 L (1,328 cc) inline-four cylinder, 16 valve VVT engine used in the Suzuki Jimny, Suzuki Swift & Suzuki Ignis from 2005. 1.3 M13AA 1.3 L (1,328 cc) DOHC 16v MPFI VVT (Jimny) Bore x Stroke 78 mm × 69.5 mm (3.07 in × 2.74 in) Compression Ratio 9.5:1
1963–1969 – Suzuki FE/FE2 engine – air-cooled 359 cc, FF applications; 1972–1976 – Suzuki L50 engine – water-cooled 359 cc; 1974–1976 ...
Testing of a helical camshaft prototype in a Suzuki GSX 250 cc engine has a shown a remarkable improvement in fuel economy at idle speeds. This particular helical camshaft is arranged so that all the duration increase is on the closing side of the intake cam lobe, the opening point of the intake valve remaining as standard on a Suzuki GSX 250 ...
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