Thomas & Betts International LLC

Geoffrey Reed

Robert Fong

Larry Norman Siebens

Stanley S Szyszko

Daniel L Gardner

Jeffrey S Gieger

Charles Bindics

Dan Gardner

William Ayala, Iii

Philip DiParisi

William Ayala

Philip Diparisi

A mounting pole for high voltage equipment can be adjusted at particular increments to provide for installations at various heights. A base section includes a right-side flange, a left-side flange, and a center web formed substantially in the shape of an I-beam with a front channel. The center web includes a first set of adjustment holes. The base section also includes a control mounting bracket to receive hardware for securing a control unit for a high voltage switch. A channel assembly is slideably contained within the front channel. The channel assembly includes a second set of adjustment holes, and a set of mounting holes to receive hardware for securing the high voltage switch. The base section and the channel assembly are configured so that the first and second set of adjustment holes can be selectively aligned during field operations to set the mounting pole at one of multiple height increments.

Electrical device mounting pole

A status indicator includes a display disc with a pin located within a central portion if the display disc, a first colored section, and a second colored section. The status indicator also includes a lens unit with an opaque section and a non-opaque section to alternately reveal the first colored section or the second colored section such that either the first or the second colored section is visible from any angle within a hemisphere below the status indicator. The status indicator also includes an indicator cam configured to receive a linear force initiated by an actuator component and to translate the linear force to a rotational force on the pin. The rotational force causes the display disc to rotate from a first position to a second position that aligns the second colored section with the non-opaque section.

Recloser position indicator

A magnetic actuator includes a coil bobbin that has electrical wire wound around a core. The magnetic actuator also includes a plunger located in a central portion of the magnetic actuator and configured to move within a bore located in the central portion, and at least one spring located adjacent the central portion. When electrical current is provided to the electrical wire, an electromagnetic field causes the plunger to move from a first position to a second position, and stored energy associated with the spring aids in moving the plunger to the second position. The magnetic actuator further includes a linking portion coupled to the plunger, wherein the linking portion is configured to initiate an action based on movement of the plunger.

Magnetic actuator

A device includes a sacrificial cap configured for mounting on a direct access port of an electrical connector. The sacrificial cap includes an insulated body and a sacrificial probe conductor projecting from the insulated body. The sacrificial probe conductor is configured to conductively couple with a conductor in the electrical connector via the direct access port when the sacrificial cap is installed on the direct access port. The sacrificial cap includes a portion configured to be physically severed to confirm that the electrical connector is de-energized.

Device having an electrical connector and a sacrificial cap

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East Stroudsburg, PA, United States of America

Geoffrey Reed