Veris Industries, LLC

Marc Bowman

David A Bruno

Marshall Mauney

Martin Cook

Michael Bitsch

Mark Steven Taft

Mark D Rowan

Troy Earl Wecker

Gary Richmond

Cristin Rosenbaum

Kenneth Courian

Doug Porter

Aaron Parker

Matthew Rupert

Rodrick Seely

Jim Bernklau

Roger McCoy

Mark Shelton

Jeff Stone

A first housing portion of a split core sensing transformer includes a guide element arranged to engage a guide surface of a separable second housing portion and to control rotation and translation of the housing portions to align the housing portions during joining.

Split core transformer with self-aligning cores

A method of configuring a power meter may include comparing a maximum power measurable by the power meter to a pulse output power comprising a pulse having an initial pulse weight and an initial pulse duration. The power meter may change at least one of the pulse weight and the pulse duration until the pulse output power is at least equal to the maximum power measurable by the power meter.

Simplified energy meter configuration

A split core sensing transformer comprises a first core portion and a second core portion joined to the first core portion for pivoting relative to the first core portion about a first axis and for rotation relative to the first core portion about a second axis substantially normal to said first axis.

Sensing transformer with pivotable and rotatable split cores

A tool for configuring a branch current monitor facilitates mapping the connections of branch circuits to voltage sources in a power distribution panel.

Branch current monitor with configuration

A power meter for monitoring current in a power cable annunciates an alarm if the current transgresses one or more alarm current limits. False alarms are avoided by delaying the activation of the alarm for a delay interval following determination that current is flowing in the monitored conductor.

Branch current monitor with an alarm

A power monitoring system that reduces the need for external power calculation devices while simplifying the configuration of power meters.

Externally reporting branch power monitoring system

A housing for one or more electrical components that are connected to sources of a plurality of voltages comprises a box, a first cover to cover a first portion of the opening in the box and a second cover to cover a second portion of the opening. The first cover includes a separator that projects into the box when the first cover is installed to divide the interior of the box and so that components connectable to a higher voltage can be separated from components connectable to a lower voltage.

Multi-voltage housing

Low current electrical devices can be protected by a status relay having an active current sensing circuit that includes a current switch.

Status relay including a current switch

A power monitoring system with multiple sensors for electrical panels providing power through multiple electrical conductors. The power monitoring system preferably includes at least four sensors supported in a fixed spatial relationship on a support. The sensors include openings through which electrical conductors may be extended.

Power monitoring system

A power monitoring system for electrical panels providing power, received from one or more power sources, to multiple current conductors. The power monitoring system preferably includes a plurality of sensors affixed to a support. A portion of each sensor defines an opening through which a current conductor may be extended.

A status indicator indicates an operating state, including an electrical malfunction, of an electrical load that is located and controlled from locations remote from a monitoring location.

Status indicator

A power monitoring system for electrical panels providing multi-phase power, with multiple current sensors. The disclosed power monitoring system preferably determines the instantaneous power provided to each of multiple loads by sensing the potential and phase of each conductor that supplies power to one or more of the respective loads.

Simplified power monitoring system for electrical panels

A power monitoring system for electrical panels providing multi-phase power, with multiple current sensors. The disclosed power monitoring system preferably includes a support, at least four sensors defining an opening through which a wire may be extended, with the sensors being supported by the supports in a fixed spatial relationship.

A system for identifying the relative location of devices.

Identification system

An electrical sensing device that includes a support and sensors supported by the support in a fixed spatial relationship.

Growing community of inventors

McMinnville, OR, United States of America

Marc Bowman