CSF Porsche 964 / 993 OEM+ Performance A/C Condenser
Description
As the legendary Porsche 964 and 993 models from the 1990s continue to mature, it is common for their original air conditioning systems to exhibit signs of wear and diminished efficiency. Issues such as leaking, clogging, and general underperformance are frequently encountered by owners. Moreover, many systems originally designed for R12 refrigerant now operate with the modern R134a, which inherently offers reduced cooling capacity. This transition often results in air conditioning that no longer meets the comfort expectations of today’s drivers.
CSF presents a meticulously engineered solution with the OEM+ Performance A/C Condenser tailored specifically for the Porsche 964 and 993 series. This product is designed to reinstate and enhance the air conditioning performance of your 911, ensuring a more comfortable and reliable driving experience without compromising the integrity of the classic vehicle.
Product Details
Design & Engineering
Original factory A/C condensers from the 1980s and 1990s were developed with materials and design standards suitable for the R12 refrigerant, which provided superior cooling efficiency compared to the environmentally friendlier R134a used today. Even brand-new OEM condensers cannot fully offset the performance loss associated with this refrigerant change.
Leveraging decades of expertise in designing and manufacturing advanced A/C condensers, CSF has collaborated with industry leaders such as A/C Solutions to develop this modern classic series condenser. Utilizing state-of-the-art design methodologies and manufacturing processes, CSF delivers a product that not only fits precisely but also surpasses the original factory condenser’s performance by a significant margin, all while being more cost-effective than a new OEM replacement.
CSF vs OEM
The CSF condenser for the 964/993 models incorporates a contemporary parallel-flow core design, which is substantially more efficient than the traditional serpentine style condensers found in the original equipment. This design advancement translates into notable improvements in cooling capacity and system reliability.
Key Differences and Improvements:
- Enhanced Performance: Approximately 5% superior cooling efficiency compared to a brand-new OEM condenser, with even greater gains over aged or clogged units.
- Optimized for R134a Refrigerant: Compensates for the inherent cooling power reduction due to refrigerant conversion, restoring system effectiveness.
- Improved Durability: Constructed with robust materials and advanced manufacturing techniques to ensure long-lasting performance.
- Cost Efficiency: Priced at roughly half the cost of a new Genuine Porsche condenser, providing excellent value without sacrificing quality.
| Feature | CSF | OEM |
|---|---|---|
| # Cooling Tubes | 26 | 14 |
| # Cooling Fin Rows | 27 | 13 |
| Core Thickness | 26mm | 38mm |
| Fin Height | 8mm | ~17mm |
| Core Material | Aluminum | Brass Tube + Copper Fin |
| Tank Material | Aluminum | N/A |
| Construction | Robot Welded | Brazed |
Why Upgrade?
Whether restoring a Porsche 964 or 993 to pristine show-car condition or enhancing your weekend vehicle for modern comfort, the CSF OEM+/Performance A/C Condenser represents a prudent investment. This component offers a straightforward plug-and-play installation, superior cooling efficiency, and a durable build quality that meets rigorous automotive standards. By upgrading, you ensure your classic Porsche remains comfortable and reliable, preserving its legacy while embracing contemporary performance.
Features
- Manufactured with a Dual Pass Cross Flow CSF A/C Parallel Condenser Core for optimized heat exchange.
- Equipped with a super-high pressure 26mm 12-channel microtube, maximizing refrigerant flow and surface contact area.
- Incorporates 26 rows of cooling tubes paired with 27 rows of 8mm tall multi-louvered fins, enhancing cooling efficiency.
- CNC machined mounting brackets and OEM-style inlet/outlet ensure precise fitment and easy installation.
- Constructed entirely from high-grade aluminum for superior corrosion resistance and weight reduction.
- Finished in satin black for a professional appearance and added durability.
- True plug-and-play "drop-in fit" installation requires no modifications, preserving vehicle integrity.
- Each unit is individually leak and pressure tested to guarantee reliability and performance.
- Backed by a 2-year limited warranty, reflecting CSF’s commitment to quality and customer satisfaction.
Applications
Will it fit my car?
We totally understand if you're not certain a part will be compatible with your car, so we highly recommend contacting us here with your query. Our friendly sales team will then be in touch to confirm if this part is the correct part you are looking for.
Shipping
All orders made through MOD Central will be passed immediately to the supplier (R44 Performance) that has ships the item. You will get an email from them on the point of sale about processing and dispatch time.
Shipping Costs:
The cost of shipping will be calculated at checkout based on the destination, weight of the product and which vendor/vendors you are buying from.
Shipping Providers:
All our vendors work with trusted shipping partners to ensure your products are delivered safely. However, we are not responsible for any shipping delays, damages, or losses.
International Shipping:
Many of our vendors offer international shipping, but please be aware that additional customs fees or import taxes may apply. These charges are the responsibility of the buyer.
Tracking Information:
Once your order has been dispatched, you will receive a confirmation email with tracking details from the vendor your product was purchased from. If you have not received your tracking information, please contact the vendor with your order number.
Returns/Warranty
Eligibility:
All return eligibility will be specific to the vendor.
Return & Refund Process:
To initiate a return, please contact the vendor you purchased the product from with your order number and reason for return. Their team will provide further instructions.