Solar Installation Hardware

Stainless steel P clips ideal for use in solar panel installation. Fit 6.3mm cables.

Designed to hold Micro-Inverte, PV or AC cables 4mm in diameter.Designed for solar mounting frames such as the ones used by Unirac, Solar Mount and Mounting Systems. Neatly dresses cables along mounting frame channels from 1.3mm to 2.5mm thick. Not for use in a marine salt water environment.

Steel cable tie mount that clamps parallel onto panels. Comes with 8" long cable ties.

Cable clips ideal for routing wires through Heyco's S6562 or S6564 Solar PV and Rack Mount stainless steel clips.

Cable clips ideal for routing wires through Heyco's S6562 or S6564 Solar PV and Rack Mount stainless steel clips.

Cable clips ideal for routing wires through Heyco's S6562 or S6564 Solar PV and Rack Mount stainless steel clips.

Cable clips ideal for routing wires through Heyco's S6562 or S6564 Solar PV and Rack Mount stainless steel clips.

Cable clips ideal for routing wires through Heyco's S6562 or S6564 Solar PV and Rack Mount stainless steel clips.

Cable clips ideal for routing wires through Heyco's S6562 or S6564 Solar PV and Rack Mount stainless steel clips.

Cable clips ideal for routing wires through Heyco's S6562 or S6564 Solar PV and Rack Mount stainless steel clips.

A convenient assortment of solar equipment for prototype and laboratory use. Lid card indicates sizes and product IDs.

Cable clip array capable of holding up to twelve cables from 5.2mm to 7.2mm in diameter.

Cable clip array capable of holding up to twelve cables from 5.2mm to 7.2mm in diameter. Mounts on flat panels or extrusions without mounting ledges.

Stainless steel edge clips idea for holding cables onto top rail solar racking systems up to 1/4" width.

Stainless steel edge clips idea for holding cables onto PV panel frames up to 1/4" width.

Cable clips ideal for routing wires through Heyco's S6562 or S6564 Solar PV and Rack Mount stainless steel clips.

Extremely durable stainless steel cable ties fastened with a crimp sleeve. Maximum bundle diameter of 74.2mm.

Extremely durable stainless steel cable ties fastened with a crimp sleeve. Maximum bundle diameter of 58.4mm.

Extremely durable stainless steel cable ties fastened with a crimp sleeve. Maximum bundle diameter of 98.6mm.

Extremely durable stainless steel cable ties fastened with a crimp sleeve. Maximum bundle diameter of 106.7mm.

Extremely durable stainless steel cable ties fastened with a crimp sleeve. Maximum bundle diameter of 161.5mm.

UV resistant cable clips capable of holding up to two cables measuring 5.1mm to 8.3mm in diameter. Sold in packs of 100.

UV resistant cable clips capable of holding up to two cables measuring 5.1mm to 8.3mm in diameter.

Cable clip intended for thicker panels up to 6.4mm thick. Holds cables from 5.1mm to 8.3mm in diameter.

Stainless steel cable clip capable of holding up to four cables 5.1mm - 7.6mm in diameter. Sold in packs of 100.

Cable clip intended for thicker panels up to 6.4mm thick. Holds cables from 5.1mm to 8.3mm in diameter. Sold in packs of 100.

Stainless steel cable clips designed to mount directly onto glass panels without harming the surface.

Cable clips with an "S" hook for Unirac and other similar frame profiles.

Stainless steel cable clips designed for racking systems such as those used by Haticon Solar.

Stainless steel cable clips designed for solar mounting frames such as those used by Unirac, Solar Mount and Mounting Systems.

Steel cable tie mount that clamps parallel onto panels.

Cable tie mount capable of holding up cable ties up to 8mm wide. 304 stainless steel resists corrosion but is unsuitable for marine salt water environments.

Easily installed clips to secure wire mesh to assemblies.

Grounding spacers to create a bond between Heyco's solar installation PV modules and racking systems.

Heavy duty stainless steel straps which support up to 200 pounds of pull force. Larger bundle diameters are possible but will affect the tensile strength beyond what we have specified.

Heavy duty stainless steel straps which support up to 200 pounds of pull force. Larger bundle diameters are possible but will affect the tensile strength beyond what we have specified.