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CSF 10877 A/C Condenser
| Brand | CSF 10877 |
|---|---|
| Construction | Parallel flow |
| Core Thickness | 5/8 |
| Core Width | 15 5/9 |
| Core Length | 27 5/9 |
| Box Height (in) | 19 2/7 |
| Box Length (in) | 35 |
| Box Weight (lbs) | 7 |
| Box Width (in) | 5 |
| Hazardous Material | No |
| Inlet Tube | Block fitting |
| Outlet Tube | Block fitting |
| Fits | Toyota · 10 vehicles |
Parallel flow design. Promotes efficient refrigerant cooling through the condenser.
Block fittings. Simplify line connections for a cleaner installation.
A/C condenser. Transfers heat from refrigerant to help the system cool effectively.
Cross-references AP Exhaust 30029, Partslink Numbering System TO3030331 and 88460-10320 for the same application. See all 3.
CSF 10877 A/C Condenser for Toyota Hybrid Applications
Restore proper air conditioning performance with the CSF 10877 A/C condenser. This parallel flow condenser is built for Toyota Corolla Hybrid and Toyota Prius applications, with OE-style block fitting inlet and outlet connections for direct replacement service.
Key Features
- Parallel flow construction for efficient refrigerant heat transfer
- Core thickness: 5/8 in.
- Core width: 15 5/9 in.
- Core length: 27 5/9 in.
- Inlet tube: block fitting
- Outlet tube: block fitting
- Fits 2020-2022 Toyota Corolla, Hybrid
- Fits 2016-2022 Toyota Prius
Detailed Description
The CSF 10877 is an A/C condenser engineered for Toyota hybrid cooling systems that require a parallel flow design and block fitting connections. Its compact core dimensions and OE-style layout support proper refrigerant flow and heat rejection in 2020-2022 Toyota Corolla Hybrid and 2016-2022 Toyota Prius models. If you are searching for a Toyota Corolla Hybrid A/C condenser or a Toyota Prius condenser replacement, CSF 10877 provides the correct fitment profile for these applications.
This part cross-references AP Exhaust 30029 for the same application.
What It Is Used For
- Loss of cabin cooling performance
- Refrigerant leaks at the condenser assembly
- Restricted airflow through a damaged or corroded condenser core
- Improper A/C operation after front-end service or collision repair
- Fitment issues when replacing the original Toyota Corolla Hybrid or Toyota Prius condenser
Installation Notes and Tips
Verify the block fitting inlet and outlet connections before installation and compare the condenser dimensions to the original unit. Confirm vehicle fitment by model year and hybrid configuration for 2020-2022 Toyota Corolla and 2016-2022 Toyota Prius applications. Proper evacuation, leak checking, and refrigerant recharge procedures should be followed after installation.
Quality Assurance
CSF manufactures automotive cooling components with OE-style fitment and construction details that support accurate replacement selection. Part number 10877 is listed as non-hazardous for handling and storage.
| Year | Make | Model | Liters | Cylinders | Fuel Type | Position | Notes |
|---|---|---|---|---|---|---|---|
| 2022 | Toyota | Corolla | 1.8L | L4 | FULL HYBRID EV-GAS (FHEV) | N/A | Hybrid |
| 2022 | Toyota | Prius | 1.8L | L4 | — | N/A | — |
| 2021 | Toyota | Corolla | 1.8L | L4 | ELECTRIC/GAS | N/A | Hybrid |
| 2021 | Toyota | Prius | 1.8L | L4 | — | N/A | — |
| 2020 | Toyota | Corolla | 1.8L | L4 | ELECTRIC/GAS | N/A | Hybrid |
| 2020 | Toyota | Prius | 1.8L | L4 | — | N/A | — |
| 2019 | Toyota | Prius | 1.8L | L4 | — | N/A | — |
| 2018 | Toyota | Prius | 1.8L | L4 | — | N/A | — |
| 2017 | Toyota | Prius | 1.8L | L4 | — | N/A | — |
| 2016 | Toyota | Prius | 1.8L | L4 | — | N/A | — |
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