AKS3030E (PAKS3030E1) Amana Cooktop - Parts

This is a genuine OEM replacement part. This spark ignition electrode is what lights the gas that starts the burner on your range or cooktop. This electrode is part of the burner assembly, it sits nex...

This top burner knob is two and a half inches in diameter. It is all black in color and is made of plastic. This knob has light gray lettering denoting the off, low, medium, high, and light positions....

This is an OEM part sourced directly from the manufacturer. The burner head the is main part of the burner assembly in your gas range and cooktop. The gas flows through the burner head and is lit by t...

This is an authentic OEM replacement part. The screw is most often used in the assembly of ranges, cooktops, and wall ovens. A common use for this screw is to hold the burner head in place. However du...

This is an authentic OEM replacement part. This top burner, also known as a surface burner, with electrode is designed for use with gas ranges and cooktops. This 9k burner head is medium in size. The...

The size of this burner cap is actually 2.5" to 2.75 inches in diameter.

This is a genuine OEM replacement part. This bolt is commonly used in the assembly of ranges, cooktops, and washers. This part is most often used as an electrode mounting crew, however we recommend yo...

This is a genuine OEM Amana replacement part. This burner cap is designed for use with ranges and cooktops, it is part of the burner assembly. There are two reasons the burner cap is essential to the ...

This part sits on top of the valve. Once the knob is turned it will create a spark that will light the gas and starts the burner.

This is an authentic OEM Amana replacement part. The spark module is commonly used on cooktops and ranges. If your burners are failing to light you might have an issue with your spark module. This mod...

Part might differ in appearance, but functions same as original. Sold individually.

Burner valves are attached to the main gas line. When the switch is turned the gas then flows into a tube that mixes with air, creating the appropriate mixture for combustion.