Charge Air Coolers (CAC)
Core Heat Exchangers
製品概要
High-efficiency aluminum charge air coolers designed for turbo/supercharged engines, reducing intake air temperature to increase power density and fuel efficiency.
Overview
XinSheng Charge Air Coolers (CACs) are precision-engineered heat exchangers that cool compressed intake air from turbochargers and superchargers. By reducing intake air temperature, our CACs enable higher power density, improved fuel efficiency, and reduced emissions for diesel and gas engines across harsh-duty applications.
Technology
Our CACs utilize two primary construction technologies:
Bar & Plate Design
- Robust construction for high-pressure applications
- Superior durability in high-vibration environments
- Easily serviceable and cleanable
- Ideal for mining, construction, and heavy-duty applications
Tube & Fin Design
- Lightweight with excellent heat transfer
- Cost-effective for high-volume applications
- Optimized airflow characteristics
- Suitable for agricultural and mobile equipment
Performance Specifications
| Parameter | Range |
|---|---|
| Operating Pressure | Up to 4.5 bar |
| Temperature Range | -40°C to +200°C |
| Heat Rejection | Up to 500 kW |
| Air-Side Flow | Customized to application |
Quality Standards
All XinSheng CACs undergo rigorous testing including:
- 100% pressure testing
- Thermal performance validation
- Vibration and fatigue testing
- Salt spray corrosion testing
- Helium leak detection
Custom Engineering
Our application engineering team works closely with OEM customers from concept through production, providing:
- Thermal simulation and CFD analysis
- Prototype development
- Performance validation testing
- Production PPAP documentation
主な特長
Bar & plate or tube & fin construction
High pressure capability up to 4.5 bar
Optimized fin geometry for maximum heat rejection
Compact packaging for tight engine compartments
Corrosion-resistant aluminum alloys
主な用途
Construction machinery engines
Agricultural equipment
Mining trucks and haul vehicles
Generator sets
Marine propulsion systems