Electric Cooling Fan Trainer Manufacturer,Supplier and Exporter in India
Product Code : SCL-EELE-13791
This is an advanced educational training platform designed
for the comprehensive study and diagnosis of the automotive airside and
cooling system, focusing on both HVAC airflow and engine cooling
fan control. It integrates real-world components with sophisticated
simulation capabilities for in-depth troubleshooting.
Key Features and Components for Training
- Defroster
and Control Circuit: Includes the functional electrical circuit for
the defroster system, allowing students to measure and troubleshoot
its operation.
- Cooling
Fan System: Features two (2) Cooling Fans with Relays
to demonstrate low and high-speed operation and failure modes within the
engine cooling system.
- Diagnostics
Capability: Essential for vocational training, the rig
offers Test Points for Diagnosis and Troubleshooting and includes Ten
(10) Real World Faults for Diagnosis, enabling practical fault-finding
exercises.
Integrated Airside and Cooling System Simulation (System
Description)
The platform utilizes a sophisticated simulation environment
(likely referencing Flowmaster V7 Automotive or similar software)
alongside physical components to model complex thermal management:
- HVAC
Airflow Components:
- Three-way
flap valve: Simulates its function in directing flow to
different cabin vents, routing air around or through the heater core,
and selecting between fresh outside air and re-circulated air.
- HVAC
blower: A component suited to modeling the common cabin
ventilation systems.
- Engine
Cooling Components:
- Fan
drives: Modeling different types, including Torque-limited
viscous drive, Temperature-sensing viscous drive, Friction
drive, and Electric motor.
- Radiator
shutter: Simulates its control function over ram air
entering the heat exchanger, commonly used on heavy commercial vehicles.
- Fan
component: Used for modeling the complete cooling pack.
- Advanced
Simulation Features:
- Automatic
heat exchanger segmentation and 3D visualization
of the cooling pack layout for accurate airflow rate and pressure drop
calculations.
- Segmented
Controllers to import velocity profiles or control arrays
of values dynamically, allowing detailed interaction with CFD
(Computational Fluid Dynamics) applications.
Educational Value and Authority
The combination of a physical fault-insertion system with
advanced simulation capabilities ensures high educational value:
- Practical
Diagnostics: The inclusion of real-world faults and
accessible test points trains students in using multi-meters and
diagnostic tools to isolate problems in the relay and control circuits.
- Thermal
Management Study: The sophisticated airside components (flap
valve, shutter) and fan drives allow students to study comprehensive thermal
management strategies essential for optimizing engine performance and
emissions.
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