General Electric Company

Kevin J Fuhr

Raymond K Seymour

Javier I Larranaga

Joseph Criniti

Michael C Guerrette

Zhiqun Brenda Zhang

Roger N Castonguay

Farshid Attarian

Alberto Anibal Figueroa

Joseph B Kelaita

Frederic W Glabau

Douglas B Tilghman

Brenda Zhang

Murali Magham

Anupam Gyaneshwardayal Tiwari

Doug Tilghman

Ray Seymour

Fredic W Glabau

A device is provided for operating a circuit breaker handle. The device includes a body having a receiving area to receive and engage a portion of the circuit breaker handle. The body is fixedly secured to a shaft for movement between a first position and a second position. The body is caused to move by a forces from a first coil and a second coil. The first coil generates a first force in a first direction, and the second coil generates a second force in a second direction, wherein the second direction is opposite to the first direction. The first and second forces are transferred to the shaft for effectuating movement between the first and second positions.

Remote operating apparatus and method for a circuit breaker handle

In an exemplary embodiment of the invention, a dual test mechanism is presented for use in a circuit breaker. More specifically, the dual test mechanism includes a dual test button which comprises a single switch for testing both the AFCI and GFCI circuits of the breaker. The test mechanism includes a circuit board, which forms a part of the circuit breaker, and a test button assembly which includes a test button and signaling components which are electrically connected to the circuit board.

Circuit breaker with a dual test button mechanism

An arc fault circuit breaker assembled such that electrical interconnections, i.e., electrical connections between compartments, are made without disassembling any previously assembled compartment. The arc fault circuit breaker comprises housings having compartments within. Electrically connected components having interconnecting components, i.e., components which provide electrical interconnections between compartments, are disposed within the compartments. The housings are assembled together to enclose the compartments. Interconnecting components within an enclosed compartment extend through openings in the housings to provide electrical interconnections to the next compartment to be assembled. Therefore, no disassembly of the enclosed compartment is necessary to make the interconnections.

ARC fault circuit breaker

A mounting assembly for mounting an electronic component to an electric motor starter comprises a mounting bracket and a locating bracket. The locating bracket releasably attaches to the mounting bracket and to the associated motor starter. The mounting bracket comprises light and switch mounting portions for releasably engaging the light and switch modules, respectively. A pair of snap-fit fasteners extend outwardly from the switch mounting portion for releasably engaging the switch module. The light mounting portion includes an aperture and pair of slots disposed therethrough for releasably receiving the socket and legs of the light module. A snap-fit fastener extends from the back side of the mounting bracket for releasably engaging the locating bracket.

Light and switch mounting assembly

A circuit breaker including a housing having a window, a line terminal and a load terminal, and a circuit trip assembly. The circuit trip assembly includes a rotatable cradle, a moveable armature latch and a pivotable trip support including a trip indicator. Upon the occurrence of a tripping condition in the circuit breaker, the trip indicator moves from a first position where it is not visible through the window to a second position where it is visible through the window.

Circuit breaker with visible trip indicator

A visible trip indication arrangement for a circuit breaker. The visible trip indication arrangement comprises a viewing window forming a part of the breaker housing, the viewing window including indicia thereon that is readily or enhancedly visible when the circuit breaker has been tripped and essentially not visible when the circuit breaker is operating by way of a trip indicator that moves under and aligns with the viewing window when the circuit breaker is in the tripped condition. The trip indicator having a brightly colored surface, causes the indicia on the viewing window to be readily visible by way of the reflected light off a surface thereof.

Circuit breaker with trip indication arrangement

Growing community of inventors

Goshen, CT, United States of America

Kevin J Fuhr