Abstract: Described herein is a hoist fleet system including a head block and a guide fleet assembly. The head block includes a plurality sheaves having more than one diameter. The guide fleet assembly can be arranged proximate the head block such that an array of lift lines can be routed through the plurality of sheaves of the head block into the guide fleet assembly. The guide fleet assembly further includes a plurality of guide sheaves and a plurality of plates. The plurality of plates is configured to house the plurality of guide sheaves. The plurality of guide sheaves is positioned substantially orthogonal to the head block. The plurality of plates is further arranged such that the plurality of guide sheaves is arranged on more than one plane. The plurality of guide sheaves is configured to reduce the spacing of the lift lines.

Abstract: Described herein is a hoist fleet system including a head block and a guide fleet assembly. The head block includes a plurality sheaves having more than one diameter. The guide fleet assembly can be arranged proximate the head block such that an array of lift lines can be routed through the plurality of sheaves of the head block into the guide fleet assembly. The guide fleet assembly further includes a plurality of guide sheaves and a plurality of plates. The plurality of plates is configured to house the plurality of guide sheaves. The plurality of guide sheaves is positioned substantially orthogonal to the head block. The plurality of plates is further arranged such that the plurality of guide sheaves is arranged on more than one plane. The plurality of guide sheaves is configured to reduce the spacing of the lift lines.

Abstract: An electrical chamber is disclosed herein. The electrical chamber can include at least one wall forming a cavity, where the at least one wall includes a first end and an inner surface. The electrical chamber can also include a first isolation zone disposed on the inner surface at a first distance from the first end, where the first isolation zone is formed by a first bridge, a first underhang, and a first isolation zone inner surface, where the first bridge protrudes inward toward the cavity from the inner surface, and where the first underhang extends from a distal end of the first bridge. The cavity can be configured to receive at least one electrical conductor. The cavity and the first isolation zone can be configured to receive a potting compound.

Abstract: An electrical chamber is disclosed herein. The electrical chamber can include at least one wall forming a cavity, where the at least one wall includes a first end and an inner surface. The electrical chamber can also include a first isolation zone disposed on the inner surface at a first distance from the first end, where the first isolation zone is formed by a first bridge, a first underhang, and a first isolation zone inner surface, where the first bridge protrudes inward toward the cavity from the inner surface, and where the first underhang extends from a distal end of the first bridge. The cavity can be configured to receive at least one electrical conductor. The cavity and the first isolation zone can be configured to receive a potting compound.

Abstract: A lockout tagout hole that traverses at least one wall of a cylindrical body of a lockout tagout plug sleeve, where the lockout tagout hole securely receives a lockout tagout tag. Also disposed on the outer surface of the cylindrical body can be a polarizing slot, where the polarizing slot and an end of the wall of the sleeve are used to orient the position of the lockout tagout hole.

Abstract: A damming device for a conductor in a cable gland connector is described herein. The damming device can include a first portion having a first thickness of a flexible elastomeric material disposed between a first diameter and a second diameter. The damming device can also include a second portion having a second thickness of the flexible elastomeric material disposed between a third diameter and the second diameter. The damming device can also include a hole having the third diameter. The first diameter is greater than the second diameter, and the second diameter is greater than the third diameter. Further, the first thickness is greater than the second thickness. The damming device can be disposed, under tension, within a slot formed between a top portion of a compound chamber and a bottom portion of a union body.

Abstract: A gripping device for gripping a cable and having a first jaw with a first gripping element, a second jaw with a second gripping element, and at least one fastener for fastening the first and second jaws to each other. At least one of the first and second gripping elements has a configuration that makes at least two points of contact with the cable. A system for gripping a cable and having a gripping device fastened to a support structure, where the gripping device has a first jaw with a first gripping element, a second jaw with a second gripping element, and at least one fastener for fastening the first and second jaws to each other. At least one of the first and second gripping elements has a configuration that makes at least two points of contact with the cable.

Abstract: A damming device for a conductor in a cable gland connector is described herein. The damming device can include a first portion having a first thickness of a flexible elastomeric material disposed between a first diameter and a second diameter. The damming device can also include a second portion having a second thickness of the flexible elastomeric material disposed between a third diameter and the second diameter. The damming device can also include a hole having the third diameter. The first diameter is greater than the second diameter, and the second diameter is greater than the third diameter. Further, the first thickness is greater than the second thickness. The damming device can be disposed, under tension, within a slot formed between a top portion of a compound chamber and a bottom portion of a union body.

Abstract: A damming device for a conductor in a cable gland connector is described herein. The damming device can include a first portion having a first thickness of a flexible elastomeric material disposed between a first diameter and a second diameter. The damming device can also include a second portion having a second thickness of the flexible elastomeric material disposed between a third diameter and the second diameter. The damming device can also include a hole having the third diameter. The first diameter is greater than the second diameter, and the second diameter is greater than the third diameter. Further, the first thickness is greater than the second thickness. The damming device can be disposed, under tension, within a slot formed between a top portion of a compound chamber and a bottom portion of a union body.

Abstract: A lockout tagout hole that traverses at least one wall of a cylindrical body of a lockout tagout plug sleeve, where the lockout tagout hole securely receives a lockout tagout tag. Also disposed on the outer surface of the cylindrical body can be a polarizing slot, where the polarizing slot and an end of the wall of the sleeve are used to orient the position of the lockout tagout hole.

Abstract: A gripping device for gripping a cable, comprising: a first jaw comprising a first gripping element; a second jaw comprising a first gripping element; at least one fastener for fastening the first and second jaws to each other; and wherein at least one of the first and second gripping elements comprises a configuration that makes at least two points of contact with the cable. A system for gripping a cable, comprising: a gripping device fastened to a support structure, wherein the gripping device comprises: a first jaw comprising a first gripping element; a second jaw comprising a first gripping element; at least one fastener for fastening the first and second jaws to each other; and wherein at least one of the first and second gripping elements comprises a configuration that makes at least two points of contact with the cable.

Abstract: A damming device for a conductor in a cable gland connector is described herein. The damming device can include a first portion having a first thickness of a flexible elastomeric material disposed between a first diameter and a second diameter. The damming device can also include a second portion having a second thickness of the flexible elastomeric material disposed between a third diameter and the second diameter. The damming device can also include a hole having the third diameter. The first diameter is greater than the second diameter, and the second diameter is greater than the third diameter. Further, the first thickness is greater than the second thickness. The damming device can be disposed, under tension, within a slot formed between a top portion of a compound chamber and a bottom portion of a union body.