Ignition System Teaching Board Manufacturer,Supplier and Exporter in India
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Product Code : SCL-EELE-13581
This advanced educational apparatus is built upon six typical and operational engine ignition systems, providing an unparalleled, comprehensive resource for studying automotive ignition technology. It is specifically designed to fully display the structure and dynamic working process of each system type.
Integrated Ignition Systems for Comprehensive Coverage
The platform integrates and demonstrates the working principles of the following six essential ignition system configurations:
- Contact Ignition System
- Hall Electronic Ignition System
- Magnetic Induction Ignition System
- Non-Distributor Grouped Ignition System (Waste Spark)
- Photoelectric Ignition System
- (The sixth system, implied by the text, is the combination of the five listed or a variant)
The inclusion of these diverse technologies allows students to directly compare the evolution and operational nuances of each system, a key element in mastering engine electrical principles.
Technical Specifications for Industrial Quality
|
Specification |
Value |
Note |
|
Overall Dimensions (L x W x H) |
$1740 \times 700 \times 1700 \text{ mm}$ |
Large format for clear component visibility and multi-system layout. |
|
External Power Supply |
$\text{AC } 220 \text{ V} \pm 10\%$, $50 \text{ Hz}$ |
Standard single-phase power requirement. |
|
Working Voltage |
$\text{DC } 12 \text{ V}$ |
Simulates vehicle battery voltage for component operation. |
|
Operational Temperature |
$-40^{\circ}\text{C} \sim +50^{\circ}\text{C}$ |
Built for robustness across varied training environments. |
|
Frame Material |
$60 \times 40 \times 3 \text{ mm}$ Steel Pipe |
Heavy-duty construction ensures exceptional structural rigidity. |
|
Cabinet Construction |
$1.5 \text{ mm}$ Cold Plate Stamping |
Durable enclosure for system components. |
|
Moving Casters |
$100 \times 60 \text{ mm}$ |
Robust casters for safe and easy mobility. |
Dynamic Product Characteristics for Practical Mastery
The platform utilizes six real and operational typical engine ignition systems to facilitate hands-on learning:
- Full System Demonstration: Each installed system can be individually operated to fully demonstrate its composition, structure, and dynamic working process.
- Signal Visualization: Students can observe the timing, triggering, and high-voltage generation sequence for each ignition type, mastering the differences between mechanical, electronic, and computer-controlled systems. This is fundamental for diagnosing modern engine management faults, as documented in automotive electrical systems and diagnostics literature.
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