armature 60 is delayed by the time required to cool the wax motor 28 for clarity a spring for biasing the armature 60 and for biasing the bridle element 34 are not shown in fig5 the position and function of these springs will be understood to one of ordinary skill in the art from the above description referring now to fig6 in one embodiment the solenoid coil 14 may be wound in two parts a first coil portion 14 a around one end of the tubular form 12 surrounding the plunger 16 and second coil portion 14 b around the opposite end of the tubular form 12 surrounding the wax motor 28 during the actuation state of fig2 above a voltage 66 may be connected through a switch 68 for example as part of an appliance cycle timer to the first coil portion 14 a and through a heating control 70 to the second coil portion 14 b once the wax motor 28 is fully heated the heating control 70 may stop the current through second coil portion 14 b for example by opening a switch or decrease the current through the second coil portion 14 b for example by connecting a rectifier in series with the second coil portion to reduce the heating of wax motor 28 while ensuring the piston 30 remains fully extended and the plunger fully retracted the heating control 70 may be a switch connected to a time delay a thermostat a current sensor or the like referring now to fig7 heating control 70 may alternatively be a mechanical switch 72 operated by movement of the actuator 10 the switch may have opposed contacts 74.