DEMONSTRATION BOARD OF ELECTRONIC IGNITION SYSTEM

Name: DEMONSTRATION BOARD OF ELECTRONIC IGNITION SYSTEM
Brand: MODTECH
Price: 2000 INR
Availability: InStock

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MOQ : 1 Unit

DEMONSTRATION BOARD OF ELECTRONIC IGNITION SYSTEM Specification

Stand Type
Integrated Metal Stand

Shaping Mode
Demonstration Educational Board

Material
Premium Insulated Sheet and Transparent Acrylic

Product Type
Electronic Ignition System Training Board

Mould For
Automotive/Ignition System Academic Training

Mould Size
Standard Demonstration Board Size (approx. 50cm x 40cm)

Mould Material
High Impact Plastic and Electrical Components

Design
Mounted With All Circuit Components, Labeled Layout

Quality
Educational Grade, Laboratory Use

DEMONSTRATION BOARD OF ELECTRONIC IGNITION SYSTEM Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Western Union, Paypal, Cheque, Cash Advance (CA)

Supply Ability
100 Units Per Week

Delivery Time
1 Week

Main Export Market(s)
North America, Eastern Europe, Middle East, Western Europe, Africa, Central America, South America, Asia, Australia

Main Domestic Market
All India

About DEMONSTRATION BOARD OF ELECTRONIC IGNITION SYSTEM

Model No. MT-L08

DEMONSTRATION BOARD OF ELECTRONIC IGNITION SYSTEM OF A TWO WHEELER (WORKING):

This open demonstration-working unit is made out of original used parts such as switch, Electronic ignition coil, Magneto Assembly, spark plug, with necessary wiring connections. By switching on the switch and by giving rotation to the Magneto Assembly, Sequential Sparks in the spark plug can be demonstrated.

Demonstrating Ignition Principles Visibly and Securely

This board offers a tangible approach to learning electronic ignition by housing all circuit elements visibly and securely beneath a transparent acrylic cover. Students can watch real-time spark generation and pulse triggering, enhancing their understanding through observation and hands-on operation. Clearly labeled layouts ensure each component is easily identified, bridging theoretical concepts with practical application.

Built for Educational Versatility and Durability

Constructed using premium insulated sheets and high-impact plastics, the demonstration board is both robust and portable. Its integrated metal stand and corrosion-resistant design make it suitable for frequent use in dynamic academic settings. Whether used in classrooms or laboratories, the board sustains repeated handling and relocations without compromising performance or safety.

Interactive Learning with Comprehensive Controls and Indicators

Equipped with onboard toggles, LEDs, a dummy spark plug, and test points, this educational tool allows interactive experimentation and circuit monitoring. Students can simulate and observe various ignition operations, while test points facilitate measurements with oscilloscopes or multimetersfostering a practical understanding of automotive ignition systems.

FAQs of DEMONSTRATION BOARD OF ELECTRONIC IGNITION SYSTEM:

Q: How does the Demonstration Board of Electronic Ignition System help in understanding ignition principles?

A: The board visibly mounts all circuit elements and uses output indicators like LEDs and a dummy spark plug to demonstrate the electronic ignition principle and spark generation. This hands-on visualization aids learners in grasping complex concepts by observing real-time circuit responses to toggled inputs.

Q: What are the main safety features included in this demonstration board?

A: Safety is ensured through fully insulated wiring, robust construction, and built-in overload protection. The transparent acrylic provides a shield while allowing visibility, minimizing accidental contact. These features make it suitable for close student interaction in classroom or laboratory settings.

Q: When is this board ideally used during academic training?

A: It is best utilized during practical sessions, electrical laboratories, and special workshops where real-world demonstration of automotive ignition systems is part of the curriculum. The boards design supports step-by-step instructional use as well as independent student experiments.

Q: Where can measurement devices be connected for analysis?

A: Dedicated test points are provided on the board, allowing easy connection of oscilloscopes or multimeters. This enables students to monitor voltages and pulse signals during circuit operation, reinforcing theoretical learning with practical measurement skills.

Q: What process does the board follow to demonstrate spark generation?

A: When powered on via its integrated adapter, the user can operate onboard switches to initiate pulse triggering. The circuit simulates electronic ignition, generating visible sparks at the dummy spark plug, while LEDs illuminate to indicate signal flow and circuit activity.

Q: How does the board benefit educational institutes and students?

A: By providing a reliable, interactive platform for observing and experimenting with ignition systems, it enhances student engagement and understanding. The labeled layout, sturdy materials, and comprehensive user manual collectively support effective academic training in automotive electronics.

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