Charge-temperature control
Intercooler Upgrades for your Renault Trafic
An intercooler upgrade should improve temperature control and repeatability without creating excessive pressure loss or poor airflow through the other cooling systems.
Selected vehicle
Renault Trafic Trafic 2014
1.6 Dci Bi-Turbo (Euro 5) 120HP Diesel
Vehicle suitability
Charge-cooling route available for review
The aspiration record is incomplete, so we must first confirm that this vehicle has a charge-air cooling system and identify its layout.
What the upgrade does
A suitable core removes more heat from the compressed charge, helping the calibration remain consistent across repeated high-load operation.
- Lower and more stable inlet temperature can preserve ignition and torque consistency.
- Core volume, fin design and pressure drop must suit the actual airflow range.
- The effect should be assessed across repeated runs, not only from the first pull.
Required hardware and safeguards
The core, end tanks and pipework need to fit and seal as a complete system.
- Check mounting, crash structures, radiator airflow and air-conditioning clearance.
- Use correctly sized hoses, clamps and sensor provisions.
- Pressure-test the charge system and resolve existing leaks before calibration.
Calibration and dyno validation
The ECU may need revised temperature, airflow and boost control work after a material change to the charge path.
- Log inlet temperature before and after repeated controlled pulls.
- Review requested versus delivered boost and wastegate control.
- Confirm fuelling, ignition correction and heat-soak recovery under representative load.
Information needed before quoting
Provide the existing charge-cooling layout and the target operating conditions.
- Current intercooler, charge pipes, turbo or supercharger and boost level.
- Power target and typical road, towing, track or competition use.
- Any packaging constraints, previous leaks or cooling-system modifications.