– Dimensions: 600/170/70mm.
– Our Custom XXL Heat Exchanger is ideal choice when you want to keep
the inlet air temperature under control.
– The lower inlet temperature increases the power and torque.
– It’s precise made of aluminum and is super functional.
– Input and output of 19 mm.
– Material: 100% aluminum.
– It fits to all models with M113K.
– May need some minor modifications as cutting, drilling and etc.
The Advantages of Upgrading to our Larger Heat Exchanger for the M113K Engine
– Enhancing the performance of the Mercedes-AMG M113K engine requires careful consideration of various components, with the heat exchanger playing a crucial role in managing engine temperatures. While the stock heat exchanger may suffice for everyday driving, enthusiasts seeking to unlock the engine’s full potential often turn to aftermarket upgrades.
– 1. Improved Heat Dissipation:
One of the primary benefits of opting for a larger heat exchanger is enhanced heat dissipation. The M113K engine generates significant heat, especially under high-performance driving conditions or during extensive modifications such as increased boost levels or aggressive tuning. A larger heat exchanger provides greater surface area for heat exchange, effectively dissipating heat more efficiently and helping maintain optimal operating temperatures. This can prevent heat soak, which can lead to performance degradation and potential engine issues.
– 2. Enhanced Cooling Capacity:
Upgrading to our Larger Heat Exchanger allows for increased coolant volume, resulting in enhanced cooling capacity. This is particularly advantageous in high-demand situations such as track days or spirited driving, where consistent cooling is crucial to prevent overheating and maintain engine performance. With a larger heat exchanger, coolant flows more effectively through the system, reducing the risk of heat-related issues and ensuring reliable performance even under extreme conditions.
– 3. Reduced Intake Air Temperatures:
Lower intake air temperatures (IATs) are essential for maximizing engine power output and minimizing the risk of detonation, especially in forced induction applications like the M113K engine. A larger heat exchanger helps lower IATs by efficiently cooling the intake air as it passes through the intercooler system. Cooler intake air is denser and contains more oxygen, allowing for improved combustion efficiency and increased power potential. Additionally, lower IATs contribute to enhanced engine reliability and longevity by reducing the likelihood of pre-ignition and knock.
– 4. Compatibility with Performance Upgrades:
For enthusiasts seeking to extract the maximum performance from their M113K engine, aftermarket modifications such as supercharger pulley upgrades, ECU tuning, and performance exhaust systems are common. These upgrades typically result in increased heat generation and higher power levels, necessitating a more robust cooling system. Upgrading to a larger heat exchanger ensures compatibility with such modifications, providing the necessary cooling capacity to support higher power output while maintaining reliability and performance.
– 5. Potential for Increased Boost Levels:
The M113K engine responds well to increased boost levels, offering substantial power gains with proper tuning and supporting modifications. However, higher boost levels also generate more heat, placing greater demands on the cooling system. By upgrading to a larger heat exchanger, enthusiasts can effectively manage the increased heat generated by higher boost levels, unlocking the engine’s full potential without compromising reliability or safety. This allows for more aggressive tuning options and greater flexibility in achieving desired performance goals.
* Installation should only be performed by a qualified car mechanic!
