TURBOCHARGER ASS'Y,(KTR130E-33AAW) 6502-52-5040 - KOMATSU

Turbocharger Compatible For KOMATSU 6502-52-5040 6502525040 Excavator Engine Replacement Parts
BQGIATYLB Built with high-quality materials to withstand high temperatures and rotational forces. || Optimizes airflow delivery to maximize combustion efficiency and throttle response. || Delivers quicker turbo spool and improved throttle response for a more dynamic driving experience. || Provides consistent boost pressure to unlock extra horsepower while maintaining engine reliability. || Designed for direct compatibility with factory systems—no complex modifications required.

Turbocharger Compatible For KOMATSU 6502-52-5040 6502525040 Excavator Engine Replacement Parts
BQGIATYLB Built with high-quality materials to withstand high temperatures and rotational forces. || Optimizes airflow delivery to maximize combustion efficiency and throttle response. || Delivers quicker turbo spool and improved throttle response for a more dynamic driving experience. || Provides consistent boost pressure to unlock extra horsepower while maintaining engine reliability. || Designed for direct compatibility with factory systems—no complex modifications required.

Turbocharger Compatible For KOMATSU 6502-52-5040 6502525040 Excavator Engine Replacement Parts
ZGHQHCDRH Lightweight Design​ || The turbo housing and impeller are made of lightweight materials such as aluminum alloy and titanium alloy, which reduces the engine load and enhances vehicle handling performance (e.g., steering precision, chassis response).​ || Intelligent Temperature Control and Lubrication​ || Equipped with independent oil cooling, electronic thermostats, and other components, it precisely controls the turbo temperature and lubrication, preventing malfunctions caused by high temperatures and oil shortage.​ || Electronic Turbo Assistance​ || Paired with an electronic turbocharger, it intervenes quickly at low speeds, completely solving the "turbo lag" problem of traditional turbochargers. Strong torque can be obtained instantly when starting.​ || Working Condition Optimization for Consumption Reduction​ || After the turbocharger intervenes, the engine combustion efficiency is improved, resulting in lower fuel consumption under the same power output. It is particularly suitable for high-efficiency working conditions such as high-speed cruising.​ || Low-Speed High-Torque Output​ || The turbocharger can reach the maximum torque platform at 1500-2500rpm, ensuring faster power response during starting and overtaking, and avoiding the "sluggish acceleration" feeling of the vehicle.​