Infraspect uses proprietary technology for flare stack guy wire inspection from the inner core to the outer strands to the entire length from where the wire is attached to the grown to where this ends several feet high above the ground. Broadcast Tower and Flare Stack Guy Wire Inspection – How Does It Work? Thimbles are used for protecting the loop or eye of wire rope. Turnbuckles are tools used for pushing apart or pulling together the guy anchors. Bolt-type anchor shackles are commonly used in those projects that involve guy wires. Shackles are the ones used to connect wire rope, slings, and chains. These are used to ensure that unraveling won’t take place. The big grip dead ends or also called preforms to come in handy for high tensioning, usually for transmission, antenna, and communications towers.ĭrop forged rope clips are the ones used for clamping the wire rope’s loose end after an eye is formed.Įnd sleeves or also called ice clips are required when big grip dead ends are being used. Guy wires have been designed to work with various components and fittings that make them ideal for numerous uses and purposes. The galvanized finish of guy wires protects them from the different weather conditions and outdoor elements to some degree.

Guy wires are tension cables that are strong and lightweight. Guy wire is a name derived from the word guy and is defined as a cable, cord, or rope used to secure guide or steady something. On occasion, people mistakenly call them to guide wire. These wires are also called guy cable, guy anchors, guy strand, and guyed wire or guy wires. Professional tower erecting companies use guy wires to install towers in the utility, antenna, and communications industries. Guy wires are used to secure and also to stabilize free-standing structures. For guying a tall ground-mounted mast, use heavy-duty ground stakes.If you have ever passed a large broadcast antenna and have seen the wires anchoring them to the ground but do you know what they are called? Just so you know, these wires are known as “guy wires”. A good quality screw eye should be used, and it should be at least 5” long and 5/16” in diameter. A single screw eye may not be anchored solidly enough to hold two or more guy wires. If the installation requires more than one set of guy wires, use separate screw eyes for each wire. Do not make the wires too tight, because the installation must give a little against wind force. The final tightening of the guy wires is accomplished by rotating the turnbuckles with a screwdriver. Wrap each wire around itself at least six times. Be sure the mast remains vertical during this procedure. Run the screw eye ends of the wires through the eyes and pull the wires equally taut. After the guy wires are installed, cover each screw eye with roofing tar.Īttach fully-extended turnbuckles to guy wires about a foot from each screw eye (Figure 3).

Be sure each screw eye is firmly anchored in solid wood at least five feet from the base of the mast. If four guy wires are used, they should be anchored in screw eyes 90° apart. Ideally, the guy wires should extend out from the mast at a 45° angle, and should be anchored in screw eyes placed 120° apart (Figure 2). The wire then is wrapped around itself at least six times (Figure 1). The mast ends of the guy wires are run through holes in the guy ring. The ring and clamp are fitted to the mast before the antenna is attached. The guy wires are attached to the upper half of each mast section with a guy ring and clamp. This will give the extra strength required for most installations.

Telescoping masts generally require 4 guy wires for each 10 foot section. Standard antenna masts (10 feet in height) require only one set of three guy wires. Six-strand 18 or 20 gauge galvanized steel guy wire is recommended for general use(The 18 gauge wire is recommended for high-wind areas and installations over 20 ft. The materials needed for a standard guy wire installation are: guy wires, guy ring(s), screw eye, and turnbuckles. However, only the best quality materials and careful installation will provide sturdy, safe, long-lasting support. The correct installation procedure is relatively simple. Consistent, safe support of antenna installations over 10 feet above the uppermost wall bracket or roof mount depend on how well the guy wires are installed.