Magnetic switch assembly

A magnetic switch assembly to selectively control the flow of electricity to a first electrical load or a second electrical load comprising a toggle bar and a switch actuator each rotatably a between a first position and a second position coupled to a base, a toggle magnet mounted on a proximal end portion of said toggle bar and a switch actuator magnet mounted on a proximal end portion of said switch actuator, said magnetic switch assembly further includes a first set of electrical contacts to selectively supply electricity to the first electrical load and a second set of electrical contacts to selectively supply electricity to the second electrical load, said first set of electrical contacts comprises a first upper electrical contact coupled to the first electrical load by a first conductor and a first lower electrical contact mounted on said proximal end portion of said toggle bar and selectively coupled to the first electrical load by a toggle bar conductor mounted on said toggle bar and a conductor coupled to said first electrical load when said toggle bar and said switch actuator are each in said first position and said second set of electrical contacts comprises a second upper electrical contact coupled to the second electrical load by a second conductor and a second lower electrical contact mounted on a distal end portion of said toggle bar and selectively coupled to the second electrical load by said toggle bar conductor mounted on said toggle bar and said conductor coupled to the second electrical load when said toggle bar and said switch actuator are each in said second position wherein when said toggle bar is biased in said first position by a toggle bar bias and said switch actuator is disposed in said first position, said toggle magnet is disposed in spaced relationship relative to said switch actuator magnet having a gap therebetween when said toggle bar and said switch actuator are each in said first position such that said first upper electrical contact and said first lower electrical contact engage each other to complete the electrical circuit to the first electrical load said second upper contact and said second lower contact are disposed in spaced relationship relative to each other to create a gap therebetween to create an open electrical circuit with the second electrical load and wherein when said switch actuator is rotated from said first position to said second position decreasing the gap between said toggle magnet and said switch actuator magnet thereby increasing the magnetic attraction therebetween to overcome the bias of said toggle bar bias disengaging said first lower electrical contact from said first upper electrical contact to create an open electrical circuit with the first electrical load and when said toggle bar has rotated to said second position due to the magnetic attraction between said toggle magnet said switch actuator magnet, said second lower electrical contact engages said second upper electrical contact completing the electrical circuit with the second electrical load, said toggle bar comprises a toggle member including at least one upper mounting post to secure said toggle bar conductor to said toggle member and a recess to receive said toggle bar bias mounted on a retainer post to bias said toggle bar in said first position.