Four Seasons 64183 front a/c evaporator core for the 2013-2018 Audi S6 and other vehicles cools the cabin air as refrigerant flows through it.
- Backed by over 50 years of mobile a/c experience
- Core design meets or exceeds OE performance and efficiency
- Parallel flow core with optimized refrigerant flow
- Application specific design
Weak cooling, a musty smell from the vents or refrigerant that keeps disappearing can mean the evaporator core is leaking, though a leak elsewhere in the system can look much the same. With the engine off, look for oily residue at the A/C line fittings and condenser first. A shop can leak-test the system when nothing shows.
This evaporator core also fits the 2013-2018 Audi S8, the 2012-2018 Audi A6 / A6 Quattro and other Audi models. Open the "Vehicles it fits" section and look up your exact model and engine before you order.
Specifications
- Position: Front
- Core type: Parallel flow
In the box: the evaporator core with gaskets, o-rings or seals for the replacement.
Interchange: 4H189867 · 4H1898967 · 4712301 · 289237 · 92865 · 590563 · 590564 · EV9409489PFC
This part cross-references / interchanges with the following part numbers:
4H189867, 4H1898967, 64183, 4712301, 289237, 92865, 590563, 590564, EV9409489PFC
Frequently Asked Questions
Does the Four Seasons 64183 evaporator core fit the 2013-2018 Audi S8?
Yes. Four Seasons 64183 fits the 2013-2018 Audi S8, and it also fits the 2013-2018 Audi S6 and the 2012-2018 Audi A6 / A6 Quattro.
Are gaskets and o-rings included with this Four Seasons A/C evaporator core?
Yes. Four Seasons 64183 comes with gaskets, o-rings or seals so the evaporator core can be replaced properly.
Is this a front or rear A/C evaporator core?
This is a front a/c evaporator core with a parallel flow design.
Could a musty smell from the vents mean an evaporator core is leaking?
It can. Weak cooling or refrigerant that keeps disappearing can also be signs of a leaking core, but other A/C faults produce similar symptoms.
How does this Four Seasons evaporator core compare with the OE core?
Its core design meets or exceeds OE performance and efficiency, and it has optimized refrigerant flow.
