Eaton Corporation

Baton Corporation

Scot Eugene Remmert

Edward Hugh Lechleiter

Larry Joe Simpkins

Glen Clark Naugle

James Monroe Campbell

Matthew D Occhipinti

Julie Cathryn Jurgens

Douglas L Ketterer

Jame Monroe Campbell

An electrical distribution panel includes an enclosure, a first power input, a first circuit interrupter including a first terminal electrically connected to the first power input and a second terminal, a first bus electrically connected to the second terminal, a plurality of second circuit interrupters powered from the first bus, a second bus electrically connectable to the first bus through one of the second circuit interrupters, and a number of third circuit interrupters powered from the second bus. The first bus and a number of the second circuit interrupters power a number of first loads. The second bus and the number of third circuit interrupters power a number of different second loads. The electrical distribution panel is converted for operation with a second power input to power the second bus. The second power input receives power from at least one of a separately derived system, and a portable generator.

Convertible electrical distribution panel

A load center includes an enclosure, a first power input, a second power input, a first circuit breaker having a line terminal electrically connected to the first power input and a load terminal, a first bus electrically connected to the load terminal, a number of independent second circuit breakers powered from the first bus, a second bus, a number of independent third circuit breakers powered from the second bus, and a transfer switch having a first input electrically connected to the first bus, a second input electrically connected to the second power input, and an output electrically connected to the second bus. The transfer switch selectively electrically connects one of its first and second inputs to its output. The first bus and the second circuit breakers power only a number of non-critical loads. The second bus and the third circuit breakers power only a number of critical loads.

Electrical distribution panel including first non-critical load bus and second critical load bus

An extension assembly is provided for an enclosure coupled to a structure, such as a building wall. The enclosure includes a panel member, a plurality of sides extending outwardly from the panel member to define an interior having a depth and forming an opening for accessing the interior, and a cover. The extension assembly includes at least one extension member coupled to at least one of the sides of the enclosure, and having a depth, and an adapter collar. The adapter collar overlays the extension member(s) and includes a flange portion engaging the exterior surface of the wall, and an aperture extending through the flange portion. The flange portion receives the cover of the enclosure, in order to provide access to the interior of the enclosure through the aperture of the flange portion. The extension assembly increases the depth of the enclosure by the depth of the extension member(s).

Extension assembly and enclosure employing the same

An adjustable riser assembly for retrofitting an existing panel board enclosure with a replacement interior has a pair of base members secured to the rear wall of the enclosure with base flanges projecting forward. A floating member has end pieces with floating flanges that overlap and are joined to the base flanges by fasteners that engage selected ones of a second set of holes in each floating flange aligned along a first linear axis and a first set of holes in each base flange arranged in two rows each parallel to a second linear axis that is oblique to the first linear axis to adjust the height of the riser assembly. One or two planar members extending between the end pieces have a fourth set of holes that can be selectively aligned with a third set of holes in the end pieces for engagement by second fasteners to adjust the length of the riser assembly.

Adjustable riser and panel board incorporating same

A removal deterrence structure for a pair of circuit breaker disposed in an enclosure having an interlock assembly. A pair of circuit breakers are disposed within the enclosure. The interlock assembly is also disposed within the enclosure and structured to allow only one of the circuit breakers to be closed at a time. The interlock assembly is coupled to the circuit breakers by fasteners that cannot be decoupled from the circuit breakers unless the enclosure is disassembled.

Removal deterrence structure for a mechanical interlock

A corrosion and ultraviolet ray resistant composite coated article ( ) for use in or to contain electrical equipment is made by first cleaning an uncoated article ( ) at a cleaning station ( ), and then successively passing the cleaned article through wash workstation ( ) phosphate bond coating workstation ( ), wash workstation ( ), non-chrome sealant coating workstation ( ), drying workstation ( ), heating workstation ( ), epoxy resin coating workstation ( ), and exterior painting workstation ( ) by any type of transport system ( ), where the epoxy coated article can be passed again through previous workstations ( ) before final painting at workstation ( ).

Corrosion and UV resistant article and process for electrical equipment

Angle members forming the vertically extending supply buses in a meter center have arcuate offsets so that flanges on the ends of horizontally extending tenant buses form tenant stab contacts which are vertically aligned with supply stab contacts on straight sections of the outwardly projecting flanges of the supply bus angle members. Meter socket assemblies have double ended fastenerless meter jaws one pair of which plug onto the supply bus stab contacts and another pair of which plug onto the tenant bus stab contacts, and into which the meters are plugged. The double ended fastenerless meter jaws are fabricated from a pair of elongated flat members having end sections bent back on and diverging from straight center sections, and terminal sections which extend toward each other from the end sections and converge slightly toward the center sections. Spring clips clamp the terminal sections of the pair of elongated members in compliant confronting relationship to form the double ended fastenerless meter jaws. The center sections of the jaws have confronting laterally offset tabs which snap into and lock the jaws in apertures in a socket plate.

Growing community of inventors

Mt. Pulaski, IL, United States of America

Scot Eugene Remmert