Frigidaire 5304514341 Induction Coil Element 260 Mm

Product Description

The FRIGIDAIRE 5304514341 is a genuine OEM induction coil element designed for the cooktop section of compatible Frigidaire and Ikea induction ranges. Measuring 260 millimeters in diameter, this coil element generates an alternating magnetic field that induces electric currents directly in ferrous metal cookware, producing heat in the pan rather than on the surface. It is a direct replacement for a failed or damaged induction element and restores full heating functionality to the affected cooktop zone. Licensed appliance technicians and experienced service pros install this part as part of a standard cooktop element swap.

This element is used in residential induction range and cooktop service. It fits within the cooktop assembly beneath the ceramic glass surface and connects to the range control board. Typical installation scenarios involve a cooktop zone that has stopped heating, produces error codes related to the induction circuit, or shows visible damage to the existing coil. Compatible brands include Frigidaire and Ikea induction range models where this OEM part number applies.

Key Features

• Genuine OEM part - direct factory replacement, no modification required
• 260 millimeter coil diameter for the applicable cooktop zone
• Magnetic induction design heats ferrous cookware directly, not the cooktop surface
• Restores full heating output to the affected induction zone
• Compatible with Frigidaire and Ikea induction ranges per OEM fitment data

Compatibility

Fits Frigidaire and Ikea induction ranges and cooktops where OEM part number 5304514341 is specified.

Installation Notes

Installation should be performed by a qualified appliance technician. Disconnect power to the range at the circuit breaker before beginning any disassembly. The cooktop glass panel and mounting hardware will need to be removed to access the induction coil assembly. Refer to the unit service manual for disassembly sequence and torque requirements specific to the model being serviced.