The control circuitry 62 is further coupled to the processor 64, memory circuitry 66, and interface circuitry 68. The interface circuitry 68 is coupled to the user interface 40 of the induction power supply 12. As mentioned above, the user interface 40 of the induction power supply 12 enables an operator to regulate one or more operating parameters or settings of the induction power supply system 12. For example, the user interface 40 may enable a user to select a particular design of the induction heating assembly 14 from a menu of designs. As will be appreciated, different secondary induction heating coil 44 designs may have different configuration parameters. For example, different designs may have different maximum operating temperatures, and may require different frequencies of alternating current to achieve a desired temperature. Similarly, the coolant used to cool the induction heating assembly 14 may have different configuration parameters (e.g., heat transfer coefficients, viscosities, flow rates, and so forth). Preset values for such configuration parameters, as well as others, may be stored in the memory circuitry 66. For example, the user interface 40 may communicate a user selection of the secondary induction heating coil 44 designs to the interface circuitry 68, which may communicate the selection to the processor 64. The processor 64 may then retrieve the particular configuration parameters for the secondary induction heating coil 44 stored in the memory circuitry 66. Thereafter, the processor 64 sends the configuration parameters to the control circuitry 62 in order that the control circuitry 62 may apply appropriate control signals to the induction power supply 12 and the transformer 42.