High Voltage Arc Igniter 3-6VDC 400KV Ignition Coil Module Price in Sri Lanka

The High Voltage Arc Igniter Module is a compact and powerful ultra-high voltage pulse inverter designed to generate sparks using a dedicated ignition coil. Powered from a 3–6 V DC source with a high current drive, this module outputs up to ~400 kV (kilovolts) in fast, high-energy pulses — making it ideal for applications such as gas igniters, flame starters, plasma generation, Tesla coil drives, and high-voltage experiments.

Built with robust switching and a dedicated inverter coil, this module quickly converts low DC voltage to extremely high voltage pulses with reliability and repeatability.

Key Features

• Low-Voltage DC Input: Works from 3 V to 6 V DC, suitable for batteries and DC power supplies
• High Input Current: Designed to handle 2–5 A drive current for strong pulse energy
• Ultra-High Voltage Output: Generates pulses up to 400 kV for reliable spark/arc ignition
• Fast Pulse Generation: Efficient inverter design for rapid arc creation
• Ignition Coil Module: Integrated high-voltage coil optimized for spark output
• Compact Module: Easy to integrate into experimental rigs, igniters, or custom projects

Typical Applications

• Gas Ignition Systems: Reliable spark generation for heaters, burners, and gas appliances
• Flame Starting & Detection: Initiating combustion in engines and furnaces
• High-Voltage Experiments: Plasma discharge, corona testing, ionizers
• Electronics Projects: Tesla coils, arc generators, science education demos
• DIY High Voltage Modules: Hobbyist power supplies, pulse generators

Specifications

• Input Voltage: 3–6 V DC
• Input Current: 2–5 A (depending on load and supply capability)
• Output Voltage: Up to 400 kV (pulse)
• Output Type: High-voltage pulse/arc
• Frequency: High-speed switching (module dependent)
• Input Supply Source: Battery pack, regulated 5 V supply, or equivalent
• Module Size: Compact PCB-mounted inverter with coil
• Coil Type: High-voltage ignition coil

Note: Actual output voltage and spark strength depend on load, supply capability, and air gap distance. High voltage output terms like “400 kV” are approximate peak values measured under specific conditions and can vary widely in practice.