Adc Telecommunications, Inc.

Atx Networks Inc.

David E Schomaker

Delfino Hernandez

Carlos Arroyo Gonzalez

Luis Manuel Sanchez Aguilar

Narciso Delgado Guevara

Celsa Mora Curiel

Carlos Cabrera

David J Johnsen

Ronald Robert Kurth

Tuan Ngo

Allen F Podell

Todd Loeffelholz

Bruce C Ogren

Zakhary Bluband

James Richard Kerekes

Terry E McClellan

Joseph Czyscon

Luis Armando Yanes

Richard A Gordon

The present invention relates to power input housings and assemblies for power distribution panels. The power input assemblies provide separate cavities with a centerwall for the power input cables to be led into and a cover closing the cavities. The cavities allow power cables to enter through either a top open end or a bottom open end and the cover is adapted to close the other open end when installed. Alternatively, the housing can be oriented with the open ends of the cavities to the sides, permitting cables to enter through either side and the cover closing the other side.

Input power connector for distribution panel

A power distribution panel having circuit elements such as KTK and GMT fuses removably mounted to a unit housing by means of module members, thereby allowing for ease of customization of the circuit elements of the power distribution panel.

Power distribution panel with modular elements

A module for containing a circuit is provided that attenuates emitted signals without the use of a cover. The module includes a housing and a receptacle. The housing has a front having a certain thickness and the receptacle is accessible from the front of the housing. The receptacle is shaped to receive a circuit component and forms a waveguide.

EMI shielded module

A finger guard for an electrical circuit breaker includes a rear plate with an opening, a guard portion extending from the plate adjacent the opening, and a removable portion, or knock-out, positioned within the opening. A further finger guard for an electrical circuit breaker includes a rear plate with an opening, a guard portion extending from the plate adjacent the opening, and opposing ramped finger grips on the outer walls of the guard portion. A further finger guard for an electrical circuit breaker includes a rear plate with an opening, and a guard portion extending from the plate adjacent the opening, the plate further including a designation holder. An electrical power distribution system with a chassis having an electrical circuit including a mount for an electrical circuit breaker and an opening providing access to the mount, includes a finger guard mounted across the opening. A method of removing a finger guard from an opening on an electric power distribution chassis, removing a portion covering an opening in the finger guard, mounting the finger guard to an electrical circuit breaker, and inserting the electrical circuit breaker into a circuit breaker mount in an electrical circuit within the chassis.

Finger guard for power distribution panel

A power distribution panel with a heat sink integrated as a portion of a surface of the power distribution panel and a heat generating component of an electrical circuit within the power distribution panel being connected to the heat sink to allow heat conduction away from the heat generating component.

Power distribution panel with heat sink

A circuit panel chassis having a plurality of angled slots in a top surface thereof. The angled slots improving flame containment inside the circuit panel chassis while providing for cooling the circuit components of the circuit panel.

Power distribution panel with flame containment slots

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Lino Lakes, MN, United States of America

David E Schomaker