in a limiting sense referring now to the figures fig1 depicts a control diagram for an electric dryer depicting a control side and a dryer side consistent with embodiments of the invention typically an electric dryer operates at 240 vac with two hot wires 120 vac each as indicated by reference numerals 102 and 104 and one neutral wire as indicated by reference numeral 106 powering the dryer upon entering the dryer electricity flows through an outlet safety backup 108 and an inlet safety 110 outlet safety backup 108 and inlet safety 110 are thermostats used to cut power to the dryer should temperatures within the dryer exceed predetermined limits after the electricity travels through outlet safety backup 108 and inlet safety 110 it travels to a triac driver 112 and an inner coil relay 114 after exiting inner coil relay 114 electricity may flow to an inner heater coil 116 and after exiting triac driver 112 electricity may flow to a heater triac 118 and to an outer heater coil 120 in order to achieve the required 240 vac electricity from hot wire 104 must travel through a centrifugal switch 122 centrifugal switch 122 may be a single pole double throw switch in other aspects of the invention centrifugal switch 122 may be a single pole single throw switch when the drum is not rotating centrifugal switch 122 is open and inner heating coil 116 and outer heating coil 120 do not receive the required 240 vac needed for operation plus neutral 106 is open preventing current from flowing between hot wire 102 and ground once the drum is rotating centrifugal switch 122 is u201c thrown u201d thereby completing.