Intake Exhaust Camshaft Adjuster Sprocket 11367583207 11367583208 Compatible With BMW N51 N52 N55 Engines Components Engine Parts

Intake + Exhaust Camshaft Adjuster Sprocket Compatible With BMW N51 N52 N55 11367583207 +08OEM Part Number11367583207+11367583208Compatible With the Following ModelsMake Model platform type yearCompatible With BMW 1er E81 130i 2006/09-2011/12Compatible With BMW 1er E87 130i 2005/03-2012/09Compatible With BMW 3er E90 325i 2005/01-2011/12Compatible With BMW 3er E90 325i 2007/03-2011/12Compatible With BMW 3er E90 330i 2005/01-2007/08Compatible With BMW 3er Coupe E92 325i 2005/05-2013/06Compatible With BMW 3er Coupe E92 325i 2005/01-2013/06Compatible With BMW 3er Coupe E92 330i 2006/09-2010/02Compatible With BMW 3er Coupe E92 330i 2007/03-2013/12Compatible With BMW 3er Touring E91 325i 2004/12-2010/12Compatible With BMW 3er Touring E91 325i 2007/09-2012/06Compatible With BMW 3er Touring E91 330i 2005/09-2007/08Compatible With BMW 5er E60 523i 2004/10-2007/02Compatible With BMW 5er E60 525i 2004/10-2009/12Compatible With BMW 5er E60 525i 2007/01-2010/03Compatible With BMW 5er E60 530i 2004/09-2007/02Compatible With BMW 5er E60 530i 2006/09-2009/12Compatible With BMW 5er Touring E61 525i 2004/10-2010/03Compatible With BMW 5er Touring E61 525i 2007/01-2010/12Compatible With BMW 5er Touring E61 530i 2004/09-2007/02Compatible With BMW 6er E63 630i 2004/02-2007/07Compatible With BMW 6er Cabriolet E64 630i 2004/03-2007/07Compatible With BMW X1 E84 xDrive28i 2009/10-2015/06Compatible With BMW X3 E83 2.5 Si 2006/09-2008/08Compatible With BMW X3 E83 3.0 Si 2006/09-2008/08Compatible With BMW X5 E70 3.0 Si 2006/02-2008/09Compatible With BMW Z4 Coupe E86 3.0 Si 2006/03-2009/01Compatible With BMW Z4 Roadster E85 2.5i 2005/09-2009/02Compatible With BMW Z4 Roadster E89 sDrive23i 2009/05-2017/12Compatible With BMW Z4 Roadster E85 2.5 Si 2005/09-2009/02Compatible With BMW Z4 Roadster E89 sDrive30i 2009/05-2017/12

• Improve engine smoothness: Reduce engine vibration and noise and improve driving comfort by optimizing valve control.
• Reduced maintenance costs: Due to its relatively simple construction and reduced mechanical wear, maintenance costs are low.
• Improve engine intake efficiency: Improve engine intake efficiency by optimizing valve control, thereby improving overall engine performance.
• Improve the engine low-speed torque: in low-speed conditions, by adjusting the valve timing and lift, improve the engine low-speed torque output.
• Improve the engine high speed performance: in high speed conditions, by adjusting the valve timing and lift, improve the engine high speed performance.