Wire positioning device

Wire positioning device

Wire positioning device

Lockout devices and methods of use

The devices described herein include a body extending between a proximal end and a distal end, and having an interior volume therein. A first projection extends from the body at the distal end, and includes a first through-bore, where the first projection forms a first channel with the body. A first ledge is positioned within the first channel and on the first projection, the first ledge extending towards the body. A second projection extends from the body at the distal end, opposite the first projection, and includes a second through-bore, where the second projection forms a second channel with the body. A second ledge is positioned within the second channel and on the second projection, the second ledge extending towards the body.

Lockout devices and methods of use

The devices described herein include a body extending between a proximal end and a distal end, and having an interior volume therein. A first projection extends from the body at the distal end, and includes a first through-bore, where the first projection forms a first channel with the body. A first ledge is positioned within the first channel and on the first projection, the first ledge extending towards the body. A second projection extends from the body at the distal end, opposite the first projection, and includes a second through-bore, where the second projection forms a second channel with the body. A second ledge is positioned within the second channel and on the second projection, the second ledge extending towards the body.

Extension members and methods of use

The extension member described herein includes a cost-effective and labor-efficient design for large-scale deployment in energy generation and transmission infrastructures. An extension member is provided, and includes a body extending between a proximal end and a distal end. A cable clamp can be positioned on the distal end of the body, where the cable clamp can include a channel configured to selectively receive a cable. A fastener body can be positioned at the proximal end of the body and can be configured to couple the body to a support structure.

Extension members and methods of use

The extension member described herein includes a cost-effective and labor-efficient design for large-scale deployment in energy generation and transmission infrastructures. An extension member is provided, and includes a body extending between a proximal end and a distal end. A cable clamp can be positioned on the distal end of the body, where the cable clamp can include a channel configured to selectively receive a cable. A fastener body can be positioned at the proximal end of the body and can be configured to couple the body to a support structure.

Wire supporting clamps

A wire supporting clamp is provided and includes a base member, a support spine, a first cable saddle, and a first compression leg. The base member has a proximal end and a distal end. The support spine is arranged on the proximal end of the base member and extends from the base member. The first cable saddle is positioned on the base member. The first compression leg is deformably connected to the support spine and spaced apart from the first cable saddle. The base member includes a first aperture arranged therein, and the first compression leg includes a second aperture arranged therein. The first and second aperture are aligned such that the first and second aperture are configured to have a securing member pass therethrough, where the securing member is configured to apply pressure to the first compression leg to deform the first compression leg into a compressed position.

Extension members and methods of use

Wire supporting clamps

A wire supporting clamp is provided and includes a base member, a support spine, a first cable saddle, and a first compression leg. The base member has a proximal end and a distal end. The support spine is arranged on the proximal end of the base member and extends from the base member. The first cable saddle is positioned on the base member. The first compression leg is deformably connected to the support spine and spaced apart from the first cable saddle. The base member includes a first aperture arranged therein, and the first compression leg includes a second aperture arranged therein. The first and second aperture are aligned such that the first and second aperture are configured to have a securing member pass therethrough, where the securing member is configured to apply pressure to the first compression leg to deform the first compression leg into a compressed position.