The IGN1A coil has been gaining popularity among the racing community for their amazing ability to produce powerful spark without the need for an igniter. These smart coils will be the last coils you ever buy. More power, better idle and drivability, and with our beautiful CNC precision machined billet aluminum bracket and stainless allen head bolts (available here), we feel it’s an aesthetic upgrade as well.
The coils work with all aftermarket ECUs once properly wired and setup. Connector and terminals are included with each coil.
No more expensive and fragile aftermarket ignition boxes. No more remanufactured OEM coils that are hit or miss.
- Output Voltage: up to 81kV +/- 10%
- Output Energy: up to 250mJ +/- 7% (8mS dwell @ 14 volts)
- Peak Secondary Current: 100mA +/- 7%
- Arc Duration: 3.2mS +/- 10% @ 3.0mS dwell target
- Max Continuous Dwell: 9mS not to exceed 40% duty cycle
- Max Intermittent Dwell: 88% duty cycle for 9 sec max
- The IGN1A coils deliver a powerful, long duration spark and are ideal for use in high-boost or high-compression engines.
- This coil is a specially designed inductive style, high energy coil IGBT (Insulated Gate Bipolar Transistor) referred to as a smart coil, as it is designed with the igniter on the coil. (TTL Transistor to Transistor Logic computer systems)
- This coil has the potential of a Massive Spark Energy, (<250mJ, 8mS dwell @ 14 bolt) equal to and typical of the Capacitive Discharge Ignition (CDI) ignition systems, and delivers a very long spark duration that can only be achieved by using inductive coils.
- This Massive Spark Energy <250mJ, and very high voltage, >81kV with incredibly long spark duration of <3.2mS is CRITICAL to maximizing power in high boost or high compression engines.
- These coils are flawlessly being used on 3,000 hp nitrous engines without CDI. This is World Class performance!
- The heavy duty construction is suited to operate in harsh environments and will handle substantial shock, vibration, and is weatherproof. This coil can be mounted virtually anywhere.