Engine Piston And Ring Kit 234102G001 230242G000 Compatible With 2007-2017 ILoad IMax H-1 Starex G4KG 2.4L

1set Engine Piston and Ring Kit 234102G001 230242G000 For 2007-2017 iLoad iMax H-1 Starex G4KG 2.4L This engine piston and ring kit is designed for use with 2.4L petrol engines coded G4KG ThetaII found in select models from 2007 to 2017.The set includes pistons and rings configured to meet specifications.It is compatible with iLoad, iMax, i 800, Starex, and H-1 vehicles requiring the OE numbers 23410-2G001, 234102G001, 23024-2G000, and 230242G000. The pistons are constructed to endure regular engine and support sustained .The rings are machined to provide effective sealing between the piston and cylinder wall, helping maintain oil control and combustion efficiency.Each component is engineered to integrate with the engine's design, supporting consistent compression and. Installation requires attention to correct piston orientation as indicated by marks on the piston crown.Fasteners should be tightened according to manufacturer torque specifications.Piston ring end gaps and side clearances must be checked and aligned with published requirements before assembly.Lubrication of piston skirts and rings with clean engine oil is necessary during installation. This complete kit provides all components needed for replacement, allowing for a direct fit into the engine block.Proper installation contributes to improved fuel economy, reduced emissions, and enhanced engine smoothness.With correct setup and maintenance, the kit supports extended engine service . This is a compatible aftermarket component. names are cited solely to show which devices it works with.

• Compatible with 2007-2017 iLoad iMax H-1 Starex models equipped with the G4KG 2.4L engine fitment and
• Includes complete piston and ring assembly with part numbers 234102G001 and 230242G000 for engine replacement or rebuild projects
• Engineered to meet OEM specifications for compression sealing and reduced oil consumption during
• Constructed from materials to withstand operating temperatures and provide consistent under heavy load s
• Designed for straightforward installation and integration into existing engine systems downtime and labor complexity