A 246 500 00 54 Mercedes Benz Condenser CLA (C117, X117) 2013-2019 Original Mahle AC 446 00S
Basic Properties
Place of Origin:
CHINA
Brand Name:
MAHLE
Model Number:
A 246 500 00 54 (AC 446 000S)
Trading Properties
Minimum Order Quantity:
Negotiable
Price:
Negotiable
Payment Terms:
T/T or other agreed terms
| Core Length: | 610 Mm | Core Width: | 454 Mm |
|---|---|---|---|
| Core Depth: | 12 Mm | Material: | Aluminium |
| Refrigerant: | R 134a | ||
| Highlight |
Aluminium Car AC Condenser,Integrated Receiver Drier AC Condenser,High-Efficiency Parallel-Flow Core Air Conditioning Condenser |
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Product Description
Mercedes Benz Condenser CLA (C117, X117) 2013-2019 Original Mahle AC 446 00S
Genuine Mahle (Behr) Air Conditioning Condenser
Part Numbers: A 246 500 00 54 / A 246 500 04 54
Mahle Reference: AC 344 000S
Mahle Reference: AC 344 000S
This premium Mahle condenser is the authentic OE-quality replacement, produced by Mahle Behr - a trusted original supplier to BMW and Mercedes. This factory-equivalent part ensures optimal performance and reliability.
Key Features
- Integrated Receiver Drier: Built-in drier effectively removes moisture, preventing corrosion, blockages, and system failures for long-term reliability
- High-Efficiency Parallel-Flow Core: Thin aluminum design ensures rapid heat dissipation and optimal cooling performance
- Exact OEM Fitment: Direct bolt-on replacement with identical mounts and connections - no modifications required
- Premium Construction: Corrosion-resistant materials meet or exceed factory standards for durability and efficiency
Vehicle Compatibility
Mercedes Applications:
A-CLASS (W169, W176) 2004-2018
B-CLASS (W246, W242) 2011-2018
CLA (C117, X117) 2013-2019
GLA (X156) 2013-2019
Ideal for repairing refrigerant leaks, front-end damage, or restoring full A/C performance in your Mercedes vehicle.
Professional Installation Recommended: Bring back powerful, ice-cold air conditioning to your Mercedes with genuine Mahle quality. Includes system evacuation, new O-rings, recharge, and leak testing for optimal performance.
