Four Seasons 54925 rear a/c evaporator core for the 1999-2004 Honda Odyssey is a plate and fin core that takes heat out of the air passing over it as refrigerant flows through.
- Engineered and tested for trouble-free operation, backed by over 50 years of mobile a/c experience
- Core design meets or exceeds OE performance and efficiency
- Optimized refrigerant flow
- Application specific design
Weak cooling from the rear vents or a refrigerant leak at the core can mean the evaporator core has failed. Those signs alone don't prove it, since a low refrigerant charge is another common reason for poor cooling. If the core is the cause, this one replaces it.
It is a direct-fit replacement for the 1999-2004 Honda Odyssey.
Specifications
- Position: Rear
- Construction: Plate and fin
In the box: one rear a/c evaporator core with gaskets, o-rings or seals.
This part cross-references / interchanges with the following part numbers:
1563677, CWK773201, 288491, T54925, 3773201, 773201, 11154925, 54925, 19187711, 809166, 4711996, 80225S0XA51, 80225SOXA51, A88496, 92760, 2733802, 590289, 1010180, 97061, EV939721PFC, EV939721PFXC
Frequently Asked Questions
Does the Four Seasons 54925 evaporator core fit the 1999-2004 Honda Odyssey?
Yes, the Four Seasons 54925 is a rear a/c evaporator core made for the 1999-2004 Honda Odyssey.
Does the Four Seasons 54925 come with o-rings or seals?
Yes, the 54925 comes with gaskets, o-rings or seals for replacing the core. This listing is one rear a/c evaporator core.
Is this rear evaporator core a plate and fin design?
Yes, this evaporator core is a plate and fin core, sold for the rear position.
What signs can mean a rear a/c evaporator core is failing?
Weak cooling from the rear vents or a refrigerant leak at the core can point to a failing core. A shop can test the a/c system with the proper equipment.
How does this rear evaporator core compare with the original in performance and efficiency?
The core design meets or exceeds OE performance and efficiency, with optimized refrigerant flow and an application specific design.
