Abstract: A capacitor assembly comprises a plurality of capacitor elements, a clamping assembly, and a conductive path. The clamping assembly retains the plurality of capacitor elements longitudinally perpendicular to an adjacent mounting surface. The conductive path electrically connects the plurality of capacitor elements to one or more circuit elements disposed proximate the adjacent mounting surface. The clamping assembly includes a base with a central strut and a plurality of peripheral struts projecting perpendicularly therefrom, and the clamping assembly also includes a central conductive path.

Abstract: A capacitor assembly comprises a plurality of capacitor elements, a clamping assembly, and a conductive path. The clamping assembly retains the plurality of capacitor elements longitudinally perpendicular to an adjacent mounting surface. The conductive path electrically connects the plurality of capacitor elements to one or more circuit elements disposed proximate the adjacent mounting surface. The clamping assembly includes a base with a central strut and a plurality of peripheral struts projecting perpendicularly therefrom, and the clamping assembly also includes a central conductive path.

Abstract: A capacitor assembly comprises a plurality of capacitor elements, a clamping assembly, and a conductive path. The clamping assembly retains the plurality of capacitor elements longitudinally perpendicular to an adjacent mounting surface. The conductive path electrically connects the plurality of capacitor elements to one or more circuit elements disposed proximate the adjacent mounting surface.

Abstract: A slat disconnect sensor includes a base. First and second arms are spaced apart from one another and are operatively supported by the base. At least one of the first and second arms have an end mounted to the base and is rotatable relative thereto at a pivot between connect and disconnect conditions. A mechanical link includes first and second link portions respectively secured to the first and second arms. The link interconnects the first and second arms and includes a weakened area providing a frangible connection in the connect condition and is configured to break at the frangible connection in the disconnect condition. A fuse includes first and second fuse portions operatively mounted to the first and second arms. The fuse is interconnected between the first and second arms providing continuity in the connected condition, and continuity is broken between the first and second portions in the disconnect condition.

Abstract: A capacitor assembly comprises a plurality of capacitor elements, a clamping assembly, and a conductive path. The clamping assembly retains the plurality of capacitor elements longitudinally perpendicular to an adjacent mounting surface. The conductive path electrically connects the plurality of capacitor elements to one or more circuit elements disposed proximate the adjacent mounting surface.

Abstract: A slat disconnect sensor includes a base. First and second arms are spaced apart from one another and are operatively supported by the base. At least one of the first and second arms have an end mounted to the base and is rotatable relative thereto at a pivot between connect and disconnect conditions. A mechanical link includes first and second link portions respectively secured to the first and second arms. The link interconnects the first and second arms and includes a weakened area providing a frangible connection in the connect condition and is configured to break at the frangible connection in the disconnect condition. A fuse includes first and second fuse portions operatively mounted to the first and second arms. The fuse is interconnected between the first and second arms providing continuity in the connected condition, and continuity is broken between the first and second portions in the disconnect condition.

Abstract: A sensor assembly for sensing relative movement between adjacent panels includes a base and first and second arms pivotally mounted to the base. An electrical connecting element is attached to the first and second arms and holds the first and second arms in a first position to indicate a first condition. When the first and second arms have moved relative to each other by a predetermined amount, the electrical connecting element breaks to indicate a second condition.

Abstract: A sensor assembly for sensing relative movement between adjacent panels includes a base and first and second arms pivotally mounted to the base. An electrical connecting element is attached to the first and second arms and holds the first and second arms in a first position to indicate a first condition. When the first and second arms have moved relative to each other by a predetermined amount, the electrical connecting element breaks to indicate a second condition.