Brief: Experience a brief tour of features designed to deliver dependable outcomes. In this video, we demonstrate the 4LE1 Piston Assembly with Pin and Clips for Isuzu engine repair, showing how it transmits combustion pressure and ensures stable operation in excavators. You'll see its high-strength alloy construction and learn about its compatibility with various models like Hitachi EX40U and Kobelco SK75.
Related Product Features:
Complete assembly includes piston body, piston pin, and retaining clips for Isuzu 4LE1 series diesel engines.
Manufactured from high-strength alloy material with excellent high-temperature and wear resistance.
Effectively transmits combustion pressure to the connecting rod for proper engine operation.
Maintains stable performance under high load and continuous operating conditions.
Designed for engine repair and overhaul replacement in various excavator models.
Compatible with Hitachi excavators including EX40U, EX50U, EX50UNA, EX55UR-3, and EX58MU.
Suitable for Kobelco SK75, SR75 and Sumitomo SH55 excavator models.
Works with John Deere 50ZTS excavators and other Isuzu 4LE1 engine applications.
FAQs:
Which engine models is this 4LE1 Piston Assembly compatible with?
This piston assembly is designed for Isuzu 4LE1 series diesel engines and is compatible with Hitachi EX40U, EX50U, EX50UNA, EX55UR-3, EX58MU; Kobelco SK75, SR75; Sumitomo SH55; and John Deere 50ZTS excavators.
What components are included in the 4LE1 Piston Assembly?
The assembly includes the complete set of piston body, piston pin, and retaining clips (pin clips) needed for proper engine repair and overhaul replacement.
What material is used in the construction of this piston assembly?
The piston assembly is manufactured from high-strength aluminum alloy and alloy steel materials, providing excellent high-temperature resistance and wear resistance for stable operation under demanding conditions.
Do you test the piston assemblies before shipping?
Yes, we conduct 100% testing of all products before shipping to ensure quality and performance reliability.