Eaton Intelligent Power Limited

Cooper Technologies Company

Joseph Michael Manahan

Graig Edmund DeCarr

Andrew Francis Scarlata

Benjamin Avery Freer

Adam Douglas Ledgerwood

Adikaramge Asiri Jayawardena

Andrew Butler

Stephan P Iannce

Graig E Decarr

Jesse Wade Taylor

Daniel Robert Treible, Jr

Hui Zhang

Richard E Rothenberger

Mevzad Ljuca

Joel Furco

Edmund Leubner

Yabin Zhao

Marc Raymond Kozlowski

John M Bonaccio

Bradford James Morse

Chinmaya Rajiv Dandekar

Christopher Ring

Shahab Zekriardehani

Tim A Kenyon

Patrick S Ward

Grant L Gawronski

Alvah Benjamin Aldrich

Clifford Randy Helmer

David Carr Holloway

Scott J Bowen

Stephan Iannce

Charles John Luebke

Jayram Shivajirao Desai

Anzar Pandurang Rade

Matthew Pernot

Pushpak Paris Yabrer

Prashant Dilip Lokhande

Stewart John Parfitt

Abhay Raosaheb Shinde

David McClanahan

Terry Lee Tuper

Hans D Haselbacher

Rick Rothenberger

Sonal Satish Tanksale

Arpita Jain

Pulak Purkait

Samuel T Barbuto

Kyle Patrick Desrosiers

James E Crocker

Mezvzad Ljuca

Matthew Thomas Pernot

John Bonaccio

Abhijeet V Kshirsagar

Graig Decarr

Alvah B Aldrich

Pavan Kumar Kathuroju

Stephen P Iannce

An electrical conductor assembly for use in a power distribution assembly includes an electrical conductor. A casing covers at least a portion of the electrical conductor. The casing insulates the at least a portion of the electrical conductor.

Conductor assembly for a power distribution system

A non-mechanical-interfacing electronic switch or a mechanical-interfacing electronic switch are controlled to modulate between an active state and an inactive state based on electronic action. The switch includes an aperture defining an opening in a housing, and the opening defines an insertion path. A transmitter transmits a signal to a receiver along a signal path. To control the non-mechanical-interfacing electronic switch, a mechanical lockout device having a protrusion is inserted through the opening of the aperture along the insertion path. To control the mechanical-interfacing electronic switch, a mechanical control part have a protrusion is moveable to interrupt the signal. Methods of locking the non-mechanical-interfacing electronic switch with the mechanical lockout device as well as methods of locking the mechanical control part of the mechanical interfacing electronic switch with the mechanical lockout device are also provided.

Mechanical lockout for solid-state switch

Luminaire

Compliant electrical circuit protection devices are described for use in hazardous environments without presenting ignition risks for potentially explosive environmental conditions. Sensing features and systems may evaluate wiring limits and user selected settings for compatibility, detect loose connections and operating parameters to ensure safe operation of the device, and to intelligently diagnose and manage issues of concern for the circuit protection devices as well as the larger electrical power system.

Hazardous location compliant circuit protection devices having enhanced safety intelligence, systems and methods

A polymer luminaire including a polymer housing having a longitudinal axis. An electrical board is mounted to an inner surface of the housing. The electrical board has an outer surface defining a plane extending at an angle to horizontal when the longitudinal axis of the housing is oriented parallel to horizontal. A light source is mounted to the electrical board and electrically connected to the electrical board for emitting light from the housing.

Thermally conductive polymer luminaire

In one embodiment, a method includes, by a switch device, determining a position of an on/off input selector, the on/off input selector being located within a switch device, in response to determining the position of the on/off input selector is in an off position, operating one or more solid state switches to suspend current to one or more load-side terminals, determining whether the one or more load-side terminals of the switch device are electrically isolated, in response to determining the one or more load-side terminals of the switch device are electrically isolated, generating a prompt via a graphical user interface, and receiving, via the graphical user interface, one or more inputs, the one or more inputs including at least a request for safety lockout instructions.

Hazardous location compliant circuit protection devices, systems and methods with safety lockout/tagout components

An electrical circuit protection device a processor-based controller configured to operate at least one solid state switching element in a manner responsive to a variety of different time-current conditions to protect a plurality of different electrical loads. A field deployable adaptor device is configured to communicate with the controller. The controller is configured with at least one pre-preprogrammed control algorithm or at least one selected setting for a control algorithm executable by the controller. At least one pre-preprogrammed control algorithm or at least one selected setting are predetermined by a manufacturer of the circuit protector device.

Configurable circuit protector with pre-programmed field deployable adaptor

Modular circuit protection devices and configurable panelboard systems include arc-free operation, thermal management features providing safe operation in hazardous environments at lower cost and without requiring conventional explosion-proof enclosures and without entailing series connected separately provided packages such as circuit breaker devices and starter motor contactors and controls.

Configurable modular hazardous location compliant circuit protection devices, systems and methods

Solid state and hybrid circuit protection devices include improved chemical, static discharge and impact resistant housing construction, arc-free switching operation, secure terminal assemblies and thermal management features. The solid state and hybrid circuit protection devices are ignition protected and avoid possible explosions and therefore obviate a need for conventional explosion-proof enclosures to ensure safe operation of an electrical power system in a potentially explosive environment.

Circuit protection devices, systems and methods for explosive environment compliance

An electrical conductor assembly for use in a power distribution assembly includes an electrical conductor and a casing covering at least a portion of the electrical conductor. A spring member is mounted to the casing and configured to apply a compressive force to the electrical conductor.

Wearable devices for monitoring light sources, and light fixtures are presented. For instance, a device includes a light detection sensor, a user interface device, and a controller operably coupled to the light detection sensor and the user interface device. The controller configured to: monitor a plurality of light sources for an availability status indication; determine, from the status data availability indication, that status data of the equipment is available from the light source; receive a modulated light signal from the light source; decode the modulated light signal into decoded status data; determine a status of the equipment based on the decoded status data; process the decoded status data to determine a diagnosis of the equipment; and indicate via the user interface device the diagnosis of the equipment and a diagnostic action related thereto. The light fixture includes a light source and a controller operably coupled to the light source, The controller is configured to receive status data from equipment, encode the status data in a modulated light signal, and output the modulated light signal using the light source.

Light diagnostics and monitoring using wearables

Configurable modular hazardous location compliant ciruit protection devices, systems and methods

Mechanical lockout for non-mechanical-interfacing electronic switch

Growing community of inventors

Manlius, NY, United States of America

Joseph Michael Manahan