Electronic Ignition System Trainer Board
Electronic Ignition System Trainer Board - Image 2

Electronic Ignition System Trainer Board

SKU SEL_090

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Description

Power Pack Manual Operation (Optional Power Pack on request - 12V DC)
SS Grade SS 202/304
Usage/Application For all EV Labs
Material Metal & Plastic (Original Automotive Components)
Type Automobile Training, Engineering Labs
Country of Origin Made in India
System Type Electronic Ignition System (CDI/TCI based)
Power Source Manual rotation via Magneto Assembly (no external AC supply needed)
Voltage Output (Coil) 12V DC primary to 15-25kV secondary output
Ignition Coil Type OEM Electronic Ignition Coil
Magneto Assembly Original used part from two-wheeler application
Spark Plug OEM single electrode type
Switch Type Automotive ON/OFF key switch
Mounting Frame MS frame with powder coating, open demonstration type
Wiring Automotive-grade insulated copper wiring
The Working Model of Electronic Ignition System is an educational training apparatus designed for hands-on learning of ignition systems used in modern two-wheelers and small automotive engines. This open-frame demonstration unit uses authentic automotive components to illustrate sequential spark generation, ignition timing, and the functional role of each system component. Its pre-assembled, plug-and-play design makes it ideal for classroom demonstrations, technical laboratories, and skill development workshops. Learners can interact with the system safely while gaining practical understanding of engine ignition principles.Key Features:

  • Authentic Components: Uses real automotive electronic ignition components for realistic training.
  • Open-Frame Design: Allows clear visibility of internal components and wiring for study and demonstration.
  • Plug-and-Play Setup: Pre-wired and pre-assembled for immediate use without complex installation.
  • Hands-On Learning: Enables learners to observe sequential spark generation and ignition timing.
  • Safe Operation: Designed for demonstration purposes without risk associated with running engines.
  • Educational Focus: Ideal for classroom, lab, and workshop environments for technical skill enhancement.
  • Sequential Spark Observation: Provides real-time visualization of how ignition occurs in engines.
  • Component Identification: Facilitates understanding of the role of spark plugs, ignition coils, CDI/ECU modules, and wiring.

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