PLM Power Driven Heat Exchanger – Chevy Camaro 2010–2015 ZL1 / Supercharged SS 6.2L LSA

PLM Power Driven Heat Exchanger – Chevy Camaro 2010–2015 ZL1 / Supercharged SS 6.2L LSA

Efficient Cooling for Maximum Power

The PLM Power Driven Heat Exchanger is engineered to optimize your Chevy Camaro’s supercharged 6.2L LSA or aftermarket supercharged SS, delivering lower intake air temperatures for improved performance. Designed with all-aluminum construction and advanced dual-row core technology, this heat exchanger ensures efficient cooling while maintaining durability and reliability under high-performance conditions.

Whether you’re on the street or track, this kit provides a direct bolt-on installation solution that reduces intake charge temperatures, maximizes power output, and improves overall efficiency.

Vehicle Fitment

• 2012–2015 Chevy Camaro ZL1

• 2010–2015 Chevy Camaro SS with aftermarket supercharger

Key Features

• Reduces intake air temperature (IAT) for better performance

• Direct bolt-on installation with included hardware

• Double-pass coolant design for improved heat transfer

• Dual-row 1" fluid tube core for maximum cooling efficiency

• Maintains lower intercooler coolant/fluid temperatures

• Enhanced core technology for optimized airflow

• 100% TIG welded – no epoxy

• All-aluminum construction for durability and lightweight performance

Specifications

• Dimensions: Height 11.16" x Width 26.25" x Tank Thickness 3"

• Includes all necessary hardware for installation

Installation Notes

• Requires drilling 2 of the 4 mounting holes for proper installation

• No cutting or fabrication required

• Instruction manual not included, but technical support is available

Why Choose PLM

The PLM Heat Exchanger is a high-quality, performance-focused solution that ensures your Camaro’s supercharged setup runs cooler, stronger, and more reliably. Designed with precision engineering and built to last, it’s the ideal upgrade for enthusiasts seeking consistent performance gains with a simple, bolt-on installation.