About Demonstration Board Of Ignition System Of An Automobile 4 Wheeler
Demonstration Board Of Electronic Ignition System Of An Automobile 4 Wheeler
We are offering our customers Demonstration Board Of Ignition System of An Automobile 4 Wheeler which is made out of original used parts such as switches, ignition coil, Distributor, four spark plugs and a battery for power source, with necessary wiring connections. By switching on the switch and by giving rotation to the Distributor, Sequential Sparks in the spark plugs can be demonstrated. Clients can avail from us this range of Demonstration Board Of Ignition System of An Automobile 4 Wheeler at most affordable prices.
We are offering Cut Section Model, Automobile Model, Engines, Gearboxes, Cross Sectional Demonstration Models, Automobile Cut Sectional Models, Demonstration Models, Gypsy Aircraft Engine, Cutsection Models, Cut Away Model, Models, Sectional Model, Cross Section Model, Cut Model
Visual and Hands-on DemonstrationThis trainer board provides an interactive experience with labeled components and LED indicators, allowing students to see the entire ignition processincluding actual spark plug firingat a glance. The printed wiring diagram and schematic directly support understanding of electrical flow and component functions, making theoretical concepts tangible.
Practical Training Tool for Automotive StudiesEngineered for technical education, this demonstration board is perfect for classroom, lab, or workshop use. Students gain firsthand knowledge about ignition coils, distributors, and spark plugs, as well as the overall wiring and operation involved in automobile ignition systems. The live demonstration boosts retention and confidence in troubleshooting real automotive systems.
FAQs of Demonstration Board Of Ignition System Of An Automobile 4 Wheeler:
Q: How does the demonstration board show the working principle of the ignition system?
A: The board visually models the ignition process using actual components like an ignition coil, distributor, spark plug, and switches. LED indicators and wiring diagrams display how electrical energy flows through each part, culminating in a real spark firing event to aid understanding of system function.
Q: What components are included with the ignition system demonstration trainer?
A: It features an ignition coil, distributor, spark plug, switches, indicator LEDs, connecting wires, and an annotated legend. A wiring schematic is printed on the acrylic panel, making all elements easily identifiable for students during demonstrations.
Q: When should this demonstration board be used during automotive engineering training?
A: The trainer is best used during modules or courses covering ignition systems, electrical basics, or hands-on automotive workshops. Its demonstration capabilities are ideal for both introductory lessons and advanced troubleshooting practice sessions.
Q: Where can the demonstration board be mounted for optimal use?
A: With dimensions of approximately 900 mm x 600 mm x 250 mm, the board can be mounted on a wall or placed on a tabletop, making it suitable for laboratory, workshop, or classroom environments in educational institutions.
Q: What is the process for operating the demonstration board safely?
A: Connect the included 12V DC adapter to power the system, use switches to activate individual components, and observe the sequence via indicator LEDs. The actual spark firing can be viewed directly, with all high-voltage areas enclosed for safety. Reference the wiring diagram to ensure proper use.
Q: Who benefits from using this ignition system demonstration trainer?
A: Technical and engineering students over 16 years old, instructors, and automotive trainees all benefit from hands-on exposure to real ignition components, building practical skills in diagnosis, repair, and fundamental understanding of automobile electrical systems.
Q: What are the benefits of using this demonstrator in the classroom?
A: It enhances comprehension by linking theory to practice. The visual observation of spark firing, clearly labeled components, and interactive features foster deeper learning, increased engagement, and improved retention of automotive ignition system concepts.