FEATURES
Defroster and Control Circuit.
Two (2) Cooling Fans w/ Relays.
Ten (10) Real World Faults for Diagnosis.
Test Points for Diagnosis and Troubleshooting.

SYSTEM DESCRIPTION
A set of standard components come with the Airside package and include:
Stagnation pressure source - Enter a measured or calculated cp distribution across the grille or at a single point. Automatically factor the cp distribution by the vehicle speed for accurate transient simulation.
Three-way flap valve - Developed for HVAC systems to direct flow to different vents in the cabin, direct flow around or through the heater core, select between fresh outside air and re-circulated air.
Fan drives - Torque-limited viscous drive, Temperature-sensing viscous drive, Friction drive, Electric motor.
HVAC blower - Suited to the modeling of a blower commonly found in cabin ventilation systems.
Radiator shutter - Controls the amount of ram air entering the radiator or heat exchanger. Used mainly on heavy commercial vehicles.
Fan component - Commonly used in the modeling of the complete cooling pack.
Segmented Controllers - Import velocity profiles as a surface for use in Steady State or control an array of values that vary dynamically in transient simulation.
Automatic heat exchanger segmentation and viewing for accurate air flow rate and pressure drop calculation.
3D visualization of the cooling pack layout.
A wide range of Airside specific components.
Segmented controllers that allow detailed dynamic interaction between Flow master V7 Automotive and CFD applications.
Airside specific help and tutorials to help users understand best practice and get up to speed as quickly as possible.
Fully integrated airside and cooling system modeling in a common environment.
Faster optimization and simulation of multiple cooling pack configurations.