Alternator OEM 1800a543
OEM 1800a543 is the genuine alternator, fitting 1 vehicle, sourced used across Europe and delivered worldwide.
About OEM 1800a543
This is a genuine used OEM alternator for the Mitsubishi L200 / Triton (2019+), sourced from a professional dismantler in Europe. The OEM code is 1800a543, and it was originally manufactured by MITSUBISHI. As a used genuine part, it meets the same factory standards as new, ensuring reliable charging performance for your vehicle's electrical system.
It is sold after careful inspection and is shipped via tracked courier worldwide. Opting for a used OEM alternator offers significant savings while maintaining quality and fit, without the premium of new parts.
Compatible vehicles:
- Mitsubishi L200 / Triton (2019+)
Listings we found
These public listings prove the supply is real. You don't buy from them — we source and deliver through the order box, at one delivered price.
Vehicles compatible with OEM 1800a543
This OEM code fits 1 vehicle. Use the filter to find yours; the engine and year range confirm the exact match.
OEM codes related to 1800a543
Other genuine OEM codes for Mitsubishi that are often ordered alongside this part.
Related models
Browse other Mitsubishi models we source and deliver.
Related brands
Genuine used parts for other makes we source and deliver.
Before you order
Read up on part numbers, fitment and how we source and ship genuine used OEM parts worldwide.
OEM CodesWhere to Find the OEM Number on Your Car Part (With Photos)
Your car's parts have a unique OEM number stamped or stickered on them. Learn exactly where to look on common parts like alternators, radiators, and sensors.
Buying GuideUsed Alternators and Starters: Are They As Good As New?
Wondering if a used alternator or starter is as good as new? Learn about OEM durability, savings, fitment checks, and how Auto128 sources them for you.
OEM CodesWhy OEM Numbers Are the Universal Language of Used Car Parts
OEM numbers are the secret code to finding the perfect used car part. Learn how they work, why they matter, and how to use them for accurate fitment.