One Stop Solutions 4502 A/C Condenser
OE-Style A/C Condenser for Mercedes-Benz
This One Stop Solutions A/C condenser is built for OE form and function, with aluminum construction, parallel-flow design, and O-ring inlet and outlet fittings. It is engineered for direct replacement service on select Mercedes-Benz E320, 300CE, 300D, 300E, and 300TE applications, including high-mileage vehicles that need reliable heat rejection.
- Aluminum core construction for efficient heat transfer
- Parallel-flow condenser design
- Extruded condenser tubes for structural integrity
- Louvered aluminum fins bonded with furnace-brazing for improved heat dissipation
- Individually pressure tested before release
- Multi-fit engineering to maintain proper look and fit
- O-ring inlet and outlet fittings
- Core dimensions: 11/16 in. thickness, 22 11/16 in. width, 18 1/8 in. length
Detailed Product Overview
Part number 4502 is a premium new automotive condenser designed to replace the original unit in select Mercedes-Benz models without changing the intended fitment profile. The parallel-flow aluminum core helps support efficient refrigerant heat exchange, while the brazed fin-and-tube construction is built for durability in demanding underhood conditions. This condenser is a practical choice for Mercedes-Benz E320 and related 300-series applications where maintaining A/C performance matters.
This part cross-references APDI 7014502 for the same application.
What This Condenser Helps Address
- Reduced A/C cooling performance from a leaking or restricted condenser
- Heat transfer loss caused by damaged fins or internal tube failure
- Fitment issues from an aging original condenser
- Pressure loss in the refrigerant circuit
- Cooling system wear on higher-mileage Mercedes-Benz E320, 300CE, 300D, 300E, and 300TE vehicles
Installation Notes and Tips
Verify the core dimensions, O-ring fitting style, and vehicle application before installation. Inspect the surrounding A/C components, flush the system as needed, and replace worn seals during service to help maintain proper refrigerant sealing. Confirm that the condenser mounts and line connections match the original layout on your Mercedes-Benz.
Quality Assurance
Each condenser is individually pressure tested and built with premium aluminum materials to support long-term service life. The furnace-brazed construction and OE-style engineering are intended to maintain proper fit and dependable heat dissipation in daily driving conditions.
- Fits 1994-1995 Mercedes-Benz E320, N/A
- Fits 1990-1993 Mercedes-Benz 300CE, N/A
- Fits 1990-1993 Mercedes-Benz 300D, N/A
- Fits 1990-1993 Mercedes-Benz 300E, N/A
- Fits 1990-1993 Mercedes-Benz 300TE, N/A
Original: $161.16
-65%$161.16
$56.41One Stop Solutions 4502 A/C Condenser
OE-Style A/C Condenser for Mercedes-Benz
This One Stop Solutions A/C condenser is built for OE form and function, with aluminum construction, parallel-flow design, and O-ring inlet and outlet fittings. It is engineered for direct replacement service on select Mercedes-Benz E320, 300CE, 300D, 300E, and 300TE applications, including high-mileage vehicles that need reliable heat rejection.
- Aluminum core construction for efficient heat transfer
- Parallel-flow condenser design
- Extruded condenser tubes for structural integrity
- Louvered aluminum fins bonded with furnace-brazing for improved heat dissipation
- Individually pressure tested before release
- Multi-fit engineering to maintain proper look and fit
- O-ring inlet and outlet fittings
- Core dimensions: 11/16 in. thickness, 22 11/16 in. width, 18 1/8 in. length
Detailed Product Overview
Part number 4502 is a premium new automotive condenser designed to replace the original unit in select Mercedes-Benz models without changing the intended fitment profile. The parallel-flow aluminum core helps support efficient refrigerant heat exchange, while the brazed fin-and-tube construction is built for durability in demanding underhood conditions. This condenser is a practical choice for Mercedes-Benz E320 and related 300-series applications where maintaining A/C performance matters.
This part cross-references APDI 7014502 for the same application.
What This Condenser Helps Address
- Reduced A/C cooling performance from a leaking or restricted condenser
- Heat transfer loss caused by damaged fins or internal tube failure
- Fitment issues from an aging original condenser
- Pressure loss in the refrigerant circuit
- Cooling system wear on higher-mileage Mercedes-Benz E320, 300CE, 300D, 300E, and 300TE vehicles
Installation Notes and Tips
Verify the core dimensions, O-ring fitting style, and vehicle application before installation. Inspect the surrounding A/C components, flush the system as needed, and replace worn seals during service to help maintain proper refrigerant sealing. Confirm that the condenser mounts and line connections match the original layout on your Mercedes-Benz.
Quality Assurance
Each condenser is individually pressure tested and built with premium aluminum materials to support long-term service life. The furnace-brazed construction and OE-style engineering are intended to maintain proper fit and dependable heat dissipation in daily driving conditions.
- Fits 1994-1995 Mercedes-Benz E320, N/A
- Fits 1990-1993 Mercedes-Benz 300CE, N/A
- Fits 1990-1993 Mercedes-Benz 300D, N/A
- Fits 1990-1993 Mercedes-Benz 300E, N/A
- Fits 1990-1993 Mercedes-Benz 300TE, N/A
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
OE-Style A/C Condenser for Mercedes-Benz
This One Stop Solutions A/C condenser is built for OE form and function, with aluminum construction, parallel-flow design, and O-ring inlet and outlet fittings. It is engineered for direct replacement service on select Mercedes-Benz E320, 300CE, 300D, 300E, and 300TE applications, including high-mileage vehicles that need reliable heat rejection.
- Aluminum core construction for efficient heat transfer
- Parallel-flow condenser design
- Extruded condenser tubes for structural integrity
- Louvered aluminum fins bonded with furnace-brazing for improved heat dissipation
- Individually pressure tested before release
- Multi-fit engineering to maintain proper look and fit
- O-ring inlet and outlet fittings
- Core dimensions: 11/16 in. thickness, 22 11/16 in. width, 18 1/8 in. length
Detailed Product Overview
Part number 4502 is a premium new automotive condenser designed to replace the original unit in select Mercedes-Benz models without changing the intended fitment profile. The parallel-flow aluminum core helps support efficient refrigerant heat exchange, while the brazed fin-and-tube construction is built for durability in demanding underhood conditions. This condenser is a practical choice for Mercedes-Benz E320 and related 300-series applications where maintaining A/C performance matters.
This part cross-references APDI 7014502 for the same application.
What This Condenser Helps Address
- Reduced A/C cooling performance from a leaking or restricted condenser
- Heat transfer loss caused by damaged fins or internal tube failure
- Fitment issues from an aging original condenser
- Pressure loss in the refrigerant circuit
- Cooling system wear on higher-mileage Mercedes-Benz E320, 300CE, 300D, 300E, and 300TE vehicles
Installation Notes and Tips
Verify the core dimensions, O-ring fitting style, and vehicle application before installation. Inspect the surrounding A/C components, flush the system as needed, and replace worn seals during service to help maintain proper refrigerant sealing. Confirm that the condenser mounts and line connections match the original layout on your Mercedes-Benz.
Quality Assurance
Each condenser is individually pressure tested and built with premium aluminum materials to support long-term service life. The furnace-brazed construction and OE-style engineering are intended to maintain proper fit and dependable heat dissipation in daily driving conditions.
- Fits 1994-1995 Mercedes-Benz E320, N/A
- Fits 1990-1993 Mercedes-Benz 300CE, N/A
- Fits 1990-1993 Mercedes-Benz 300D, N/A
- Fits 1990-1993 Mercedes-Benz 300E, N/A
- Fits 1990-1993 Mercedes-Benz 300TE, N/A
