OFFSET IGNITER ASSEMBLY
A gas burner assembly for connection to a source of gas is provided. The gas burner assembly includes a burner body defining an opening therethrough and a generally circular outer periphery. The outer periphery includes a recess therein. The gas burner additionally includes a bracketing unit secured to the burner body and including a igniter holder and at least one igniter being concentric about a vertical axis and positioned within at least one of the recess and the igniter holder. The igniter includes an ignition element that is adjustably positioned to provide an optimal radial distance from the burner body, and wherein the gas burner assembly is configured to operatively accommodate a variety of igniter styles.
1 . A gas burner assembly for connection to a source of gas, said gas burner assembly comprising:
a burner body defining an opening therethrough and a generally circular outer periphery;
a bracketing unit secured to said burner body and including an igniter holder; and
at least one igniter being concentric about a vertical axis and positioned within said igniter holder, said igniter comprising an ignition element, wherein said ignition element is adjustably positioned to provide an optimal radial distance from said burner body, and wherein said gas burner assembly is configured to operatively accommodate a variety of igniter styles.
2 . The gas burner assembly of claim 1 , wherein said igniter comprises a ceramic body.
3 . The gas burner assembly of claim 1 , wherein said outer periphery of said burner body comprises recess therein, said recess configured to accept said at least one igniter.
4 . The gas burner assembly of claim 1 , wherein said ignition element comprises a spark wire that is either offset from or aligned with said vertical axis.
5 . The gas burner assembly of claim 4 , wherein the radial distance of said ignition element comprises a distance of y.
6 . The gas burner assembly of claim 1 , wherein said ignition element comprises a silicon nitride hot surface positioned one of offset from and aligned with said vertical axis.
7 . The gas burner assembly of claim 6 , wherein said radial distance comprises a distance of x.
8 . The gas burner assembly of claim 1 , wherein said igniter comprises a keyed body for rotational orientation to said burner body.
9 . The gas burner assembly of claim 8 , wherein said keyed body comprises one or more of a groove and a flat surface among the cylindrical body.
10 . An ignition device for use with a gas burner assembly, said igniter comprising:
a generally cylindrical body concentric about a vertical axis; and
an ignition element having an adjustable radial position in relation to said vertical axis, said radial position being dependant on an optimal gap distance from an associated gas burner, wherein said ignition element comprises at least one of a spark wire and a silicon nitride hot surface.
11 . The ignition device of claim 10 , wherein said body comprises a ceramic material.
12 . The ignition device of claim 10 , wherein the radial position of said the spark wire is different than the radial position of said hot surface.
13 . The ignition device of claim 10 , wherein said cylindrical body comprises a keyed portion configured to be particularly oriented with an associated burner assembly.
14 . The ignition device of claim 13 , wherein said keyed geometry includes one or more of a groove and a flat surface amongst said cylindrical body.
15 . The ignition device of claim 10 , wherein said ignition element comprises a silicon nitride hot surface positioned one of offset from and aligned with said vertical axis.
16 . The ignition device of claim 10 , wherein said ignition element comprises a spark wire positioned one of offset from and aligned with said vertical axis.
17 . A method for constructing a gas burner assembly, said method comprising:
coupling a burner body and to an injet bracket, said burner body defining an opening therethrough and a generally circular outer periphery;
detachably mounting an igniter to at least said burner body, said igniter being generally concentric about a vertical axis; and
adjustably locating an ignition element in relation to said vertical axis to provide an optimal gap between said ignition element and said burner body, wherein said burner assembly is configured to accommodate at least two different ignition element styles.
18 . The method for assembling a single burner unit of claim 17 , further including providing said body with a keyed portion for particularly positioning said igniter within said holder.
19 . The method according to claim 17 , wherein said igniter styles comprise one or more of a spark igniter and a hot surface igniter.
20 . The method according to claim 19 , wherein accommodating a spark igniter comprises adjusting the radial position of said ignition element to align with said vertical axis.
21 . The method according to claim 19 , wherein accommodating a hot surface igniter comprises adjusting the radial position of said ignition element to be a particular distance offset from said vertical axis.