Alternate pilot light ignition for gas powered appliances with electric ignition assembly
An ignition system for igniting a gas burner of an appliance includes a gas burner, an electric igniter assembly, a pilot light, and a controller. The pilot light is ignitable by the electric igniter assembly. The controller is configured to operate the electric igniter assembly for ignition of the gas burner, detect a power disruption event, ignite the pilot light using the electric igniter assembly in response to detecting the power disruption event, and use the pilot light for ignition of the gas burner during the power disruption event. Methods of operating the ignition system for igniting the gas burner of the appliance are also provided.
1. An ignition system for igniting a gas burner of an appliance, the ignition system comprising:
a gas burner;
an electric igniter assembly;
a pilot light ignitable by the electric igniter assembly;
an internal power source connected to the electric igniter assembly and configured to provide power to the electric igniter assembly to ignite the pilot light when a power disruption event is detected;
a thermopile operably coupled to the pilot light or to the gas burner to generate electrical energy;
an auxiliary controller powered by the electrical energy from the thermopile and configured to maintain operability of the appliance during the power disruption event, wherein the auxiliary controller is further configured to increase gas flow to the pilot light to provide additional power to the auxiliary controller for increased functionality of the appliance during the power disruption event; and
a controller in operable communication with the electric igniter assembly, the controller configured to:
operate the electric igniter assembly for ignition of the gas burner;
detect the power disruption event;
ignite the pilot light using the electric igniter assembly in response to detecting the power disruption event; and
use the pilot light for ignition of the gas burner during the power disruption event.
2. The ignition system of claim 1 , wherein the thermopile is configured to recharge the internal power source when powered by the pilot light or by the gas burner.
3. The ignition system of claim 1 , wherein detecting the power disruption event comprises receiving a request to turn on a religious mode setting and turning off the electric igniter assembly after igniting the pilot light to enter the religious mode setting.
4. The ignition system of claim 1 , wherein detecting the power disruption event comprises detecting a loss of an external power source or detecting a disruption of electrical power in an external power source.
5. The ignition system of claim 1 , wherein the controller is further configured to detect an end of the power disruption event and douse the pilot light in response to detecting the end of the power disruption event.
6. The ignition system of claim 1 , wherein the controller is further configured to:
detect the appliance is unplugged;
douse the pilot light; and
turn off the electric igniter assembly.
7. The ignition system of claim 1 , wherein the ignition system is designed to ignite the gas burner of a water heater, a gas range, a gas cooktop appliance, grill appliance, furnace, clothes dryer, or other gas powered household appliance.
8. A method of operating an appliance with a gas burner, an electric igniter assembly, and a pilot light, the method comprising the steps of:
operating the electric igniter assembly for ignition of the gas burner;
detecting a power disruption event;
igniting the pilot light using the electric igniter assembly in response to detecting the power disruption event;
using the pilot light for ignition of the gas burner during the power disruption event; and
detecting an end of the power disruption event and dousing the pilot light in response to detecting the end of the power disruption event.
9. The method of claim 8 , wherein detecting the power disruption event comprises receiving a request to turn on a religious mode setting and turning off the electric igniter assembly after igniting the pilot light to enter the religious mode setting.
10. The method of claim 8 , wherein detecting the power disruption event comprises detecting a loss of an external power source.
11. The method of claim 8 , wherein detecting the power disruption event comprises detecting a disruption of electrical power in an external power source.
12. The method of claim 8 , further comprising:
detecting the appliance is unplugged;
dousing the pilot light; and
turning off the electric igniter assembly.
13. The method of claim 8 , further comprising:
increasing gas flow to the pilot light to provide additional power to an auxiliary controller.
14. An appliance having an ignition system, the appliance comprising:
a primary gas line;
a gas burner for receiving the primary gas line;
an auxiliary gas line;
a pilot light for receiving the auxiliary gas line;
an electric igniter for igniting one of the gas burner or the pilot light;
an internal power source configured to provide electricity to the electric igniter assembly for igniting the pilot light upon detection of a power disruption event;
a thermopile operably coupled to the pilot light;
an auxiliary controller powered by the thermopile and configured to maintain operability of the appliance; and
a controller in operable communication with the electric igniter assembly, the controller being configured to:
operate the electric igniter assembly for ignition of the gas burner using the primary gas line;
detect a power disruption event, wherein detecting the power disruption event comprises receiving a request to turn on a religious mode setting or detecting a disruption of electrical power in an external power source;
ignite the pilot light using the electric igniter assembly using the auxiliary gas line in response to detecting the power disruption event;
direct the thermopile to power the auxiliary controller during the power disruption event; and
use the pilot light for ignition of the gas burner during the power disruption event.