This invention has to do with a gripping cable hanger assembly system for the solar, mining, and electrical industry. The gripping cable hanger is comprised of a support wire gripping mechanism, cable carrier supports/receptacles, data carrier wire capability, space between said wire carriers with said wire comprising a shape retention material that may have a high dielectric, UV resistant coating thereon.

A cable bushing having a two-part, frame-shaped housing having lower and upper housing parts forming a passage opening in the installed position. An elastic sealing element is inserted into the lower and upper housing parts, respectively. The two sealing elements close the passage opening in the installed position, forming adjacent tubular cable bushing channels. The corresponding cable bushing channel is formed by semi-tubular recesses in the corresponding sealing element. Each sealing element has parallel longitudinal walls, separated from one another by longitudinal grooves, respectively. The innermost longitudinal wall is closed. For forming the corresponding cable bushing channel, the other longitudinal walls have semi-tubular recesses with a decreasing radius from the outermost to the second innermost longitudinal wall. One sealing element has transverse ridges between adjacent cable bushing channels orthogonally to the longitudinal walls. The other sealing element has recesses complementary to the ridges in the longitudinal walls.

A cable bushing having a two-part, frame-shaped housing having lower and upper housing parts forming a passage opening in the installed position. An elastic sealing element is inserted into the lower and upper housing parts, respectively. The two sealing elements close the passage opening in the installed position, forming adjacent tubular cable bushing channels. The corresponding cable bushing channel is formed by semi-tubular recesses in the corresponding sealing element. Each sealing element has parallel longitudinal walls, separated from one another by longitudinal grooves, respectively. The innermost longitudinal wall is closed. For forming the corresponding cable bushing channel, the other longitudinal walls have semi-tubular recesses with a decreasing radius from the outermost to the second innermost longitudinal wall. One sealing element has transverse ridges between adjacent cable bushing channels orthogonally to the longitudinal walls. The other sealing element has recesses complementary to the ridges in the longitudinal walls.

Each spaced apart support for a cable run in a preferred form includes a hook having a relatively narrower width along the direction of the cable run. A respective extender attached above each hook has a greater length along the cable run than the width of the support in the direction of the cable run, and the extenders thereby provide extended support for cable resting on the extenders along the cable run. Each extender has a slight downward curvature. The opposite ends of each extender have a sharp downward curvature so that the extenders will support resting cable passing over the supports and avoid damage to the cable passing off the extender. A plurality of the supports may be spaced apart at a greater interval such that the longitudinal ends of adjacent extenders are spaced apart defining an acceptable length gap over which the cable run passes.

A support includes a base and a support structure secured to the base. The support structure is adapted to support a plurality of horizontally extending elongated items. A retainer may be positioned over the elongated items to thereby prevent removal of the elongated items from the support structure. The retainer may be movable to an open position to permit removal of the elongated items.

A support includes a base and a support structure secured to the base. The support structure is adapted to support a plurality of horizontally extending elongated items. A retainer may be positioned over the elongated items to thereby prevent removal of the elongated items from the support structure. The retainer may be movable to an open position to permit removal of the elongated items.

A device for securing and organizing tubing, such as medical venous access lines, includes a tray; a fastener attached to the tray, the fastener designed to attach the tray to another object, such as a post from an IV unit or a patient's bed; at least one tube slot built into the tray, the tube slot sized to accommodate a portion of a tube; a first strap attached to the tray proximate to the fastener; and a second strap attached to the tray proximate to the end of the tray distal from the fastener, wherein the first strap and the second strap are designed to secure the tube within the tube slot without impeding flow through the tube. The device may further include label tabs extending upwardly from the tray proximate to each tube slot.

An insert for mounting multiple cables in a cable hanger includes: a gripping portion configured to engage multiple cables; and a wrapping portion attached to the gripping portion and configured to wrap around the gripping portion as it receives cables.

A clamping device for mounting at least one electrical conductor to a structure, including: a first clamping body and a second clamping body mountable together for holding the at least one electrical conductor therebetween, each of the first and second clamping bodies being provided with a clamping face having at least one recess thereon, with the at least one recess of the first and second clamping bodies together forming at least one damping aperture extending through the clamping device when the first and second bodies are secured together; and at least one damping device mountable around the at least one electrical conductor and insertable within the at least one damping aperture for holding in position the at least one electrical conductor, and with the damping device having a predetermined resilience.

A clamping device for mounting at least one electrical conductor to a structure, including: a first clamping body and a second clamping body mountable together for holding the at least one electrical conductor therebetween, each of the first and second clamping bodies being provided with a clamping face having at least one recess thereon, with the at least one recess of the first and second clamping bodies together forming at least one damping aperture extending through the clamping device when the first and second bodies are secured together; and at least one damping device mountable around the at least one electrical conductor and insertable within the at least one damping aperture for holding in position the at least one electrical conductor, and with the damping device having a predetermined resilience.