What Is Millivolt Ignition?

A millivolt ignition system is used in the most common and old type of gas fireplaces. This system uses a small amount of electricity and requires a 'millivolt' to create a spark that ignites the gas. The spark is created by a coil of wire wrapped around a metal rod. When the electricity flows through the coil, it creates a magnetic field that causes the rod to vibrate. This vibration creates a spark that ignites the gas. 

Millivolt ignition systems are used in various applications, from gas fireplaces to outdoor grills. They provide a simple, reliable way to ignite a fuel source without needing batteries or an electrical connection. While millivolt ignitions are often used with a switch or timer, they can also be operated with remote control. 

This allows you to start your grill from the comfort of your patio chair or turn off your fireplace before bed. Whether you're looking for convenience or peace of mind, a millivolt ignition system with a remote can provide the perfect solution.

Advantages Of A Millivolt Ignition

The advantage of using a millivolt ignition system in your fireplace is that it doesn't require any external power source - all you need is an electrical outlet nearby. This makes it very easy to install and use. 

This system is reliable and can last many years with proper maintenance. Another benefit is that these fireplaces are very easy to use; turn on the gas and push the button or flip the switch to light the pilot light, and then you can adjust your flame height as desired with just another simple adjustment! 

You know what's the best part? Millivolt ignition is less expensive than other ignition systems, making it an attractive option for budget-minded consumers.

Millivolt ignition systems are very safe and reliable. However, as with any type of ignition system, there is always a small chance of failure. If you are concerned about the reliability of your millivolt ignition system, you can always contact a qualified technician to have it serviced or replaced.