The ACL Race Series Conrod Bearing Set in STD Size is a high-performance engine component designed for precision and durability. With a product code of 4B8320HX-STD, this set is part of the Connecting Rod category and is manufactured by the reputable brand ACL Race Series.
Specifically designed to suit a 48mm journal with an extra 0.001" oil clearance, this Tri-Metal bearing set is suitable for all positions and boasts a standard shaft diameter of 1.8891" to 1.8898" (47.984mm to 48.000mm). The maximum wall thickness is 0.0585" (1.485mm) and the housing bore ranges from 2.0079" to 2.0087" (51.000mm to 51.020mm). With a maximum length of 0.6150" (15.630mm), this Conrod Bearing Set is designed to provide optimal performance and longevity for your engine.
ACL has a long-standing history of manufacturing precision engine bearings in Launceston, Tasmania, Australia. As a major OEM supplier to the automotive industry, ACL has built a global reputation for quality, innovation, and performance. With a strong presence in motorsport, including Formula 1, Australian Supercars, drag racing, and rally, ACL's RACE Series Performance Engine Bearings have become the top choice for engine builders worldwide.
With over 200 engine applications covered and a continuous expansion of their product range to accommodate new releases, ACL is committed to providing high-quality engine components for a wide range of performance applications. The company's vertical integration allows for complete control over the manufacturing process, ensuring that every bearing meets the highest standards of quality and precision.
Certified with ISO9001:2015 Quality Management System, ISO14001:2015 Environmental Management System, and ISO45001:2018 Occupational Health & Safety Management System, ACL is dedicated to upholding the highest standards of quality and safety in every aspect of their business. Choose ACL Race Series Performance Engine Bearings for reliable, high-performance engine components that deliver exceptional results on the road or the track.