General Electric Company

Thomas Francis Vrnak

Melanie Ann Lewis

Kevin Farrelly Nolan

Kevin D Mazzella

Jeffrey Eric Werner

Michael Baird Davenport

Robert Joseph Caggiano

Hamon L Craft

Robert Bruce Wallace

Michael R Ronzello

Grady W Broadnax, Jr

Robert R Leclair

Richard J Stendardo

Jeremy A Palmer

Edward G Barber

Rham Adalberto Sandoval Bolio

Rick A Vonrotz

Gopa Kumar

Tamara Samuels

Genaro Flores Alba

William W Kerr, Jr

A panelboard having an enclosure includes at least one busbar having a plurality of electrical distribution connection points, and a current transformer module having a current transformer integral with and in signal communication with each of the busbars. A signal path is associated with and in signal communication with each current transformer for communicating a signal therefrom. In application, a load current passing through each of the busbars within the panelboard results in a signal, representative of the associated load current, at the associated current transformer and signal path.

Panelboard metering arrangement and method of assembly thereof

A padlock and seal device for electrical enclosures includes a cover bracket secured to a cover of the electrical enclosure; a corner post bracket secured to a corner post of the electrical enclosure, the corner post bracket aligning with the cover bracket; a first opening disposed in the cover bracket; and a second opening in the corner post bracket, the second opening aligning with the first opening.

Field or factory installable padlock and sealing device

A waterproof enclosure ( ) for electrical devices includes a front frame ( ), a base plate ( ), and a roof assembly ( ) attached to a component mounting section ( ). Front frame ( ) extends from the front of component mounting section ( ), and includes doors ( ) for protecting electrical components mounted within the component mounting section ( ). Roof assembly ( ) is attached to the top of front frame ( ) and component mounting section ( ) for preventing the ingress moisture into front frame ( ) and component mounting section ( ). Roof assembly ( ) includes ventilation channels ( ) disposed along the length of caps ( ) to increase air flow through the enclosure ( ) for cooling the electrical components mounted therein.

Waterproof enclosure for electrical devices

A panelboard/switchboard assembly for accommodating bolt-on modules, plug-in modules and lugs. The panelboard/switchboard includes vertical, edge forward bus bars having a plurality of openings formed therein. The edge forward alignment allows plug-in modules to be mounted to the bus bars. The openings in the bus bars receive bolts for mounting straps to the bus bars and for mounting lugs to the bus bars. The openings have a shape having at least one linear element and receive a bolt having an anti-rotation portion with a similar shape. The interference between the opening and the anti-rotation portion of the bolt prevents the straps, and the modules connected to the straps, from rotating.

Electric power distribution panelboard/switchboard assembly

A circuit breaker panelboard enclosure is adapted to receive circuit breaker covers that are attached to the interior or circuit breaker module without requiring attachment screws and the like. The circuit breaker modules within the enclosure are equipped with electrically-insulative extension clips that are received and retained within apertures formed in the circuit breaker covers in press-fit relation. The circuit breaker covers are removed by grasping the ends of the circuit breaker covers and pulling the circuit breaker covers away from the enclosure.

Circuit breaker panelboard enclosure

Growing community of inventors

Chapel Hill, NC, United States of America

Thomas Francis Vrnak