5/16" Extra High Strength Guy Wire Strand EHS 500 Feet
3S
Galvanized 7 Strand EHS (Extra High Strength) 5/16 Inch Down Guy Wire with 11,000 lbs. of Breaking Strength. Consult Catalog Links for 25G 45G 55G 65G Tower Guy wire Details for Various Wind Loads. Stranded Steel Cable Down Guy Wire for ROHN, Nello and Ameritower. Extra High Strength 7 Strand 5/16 inch Guy Wire for 25G 45G 55G 65G Tower Guy-Off during Tower Erection, Permanent Installations, Temporary Installations and Take-Down Disassembly in a convenient 500 foot Roll Coil.
Pipe to Pipe or Mast Pole to Tower Leg Crossover Clamp Sets and 90° Perpendicular Mounts
Crossover Mounts accommodating 2-3/8" OD through 4-1/2" OD Mast Tube Pipe are HDG (Hot Dipped Galvanized).
Crossover Mounts accommodating 1.00" OD through 2.25" OD Mast Tube are of a Pre-Galvanized Plated Finish.
All are used to Fixate and Hold (2) poles to cross perpendicularly, one to the other, preferably from an integral Structure Member to another, or even Freestanding. An Example would be attaching a Vertical Mast Pole Tube to an existing Horizontal Welded Guard Rail at two levels (Top and Mid rail) utilizing (2) Crossovers as to maintain a Cantilever against Weight and Wind Loading on the Mast being installed.
If You need to attach a Vertically Running Mast Pole to the Vertical Post, please refer to the "Pole to Pole Mount" Category in this section!
You can increase the amount of strength and holding power by utilizing multiple mounts space out over the length of the Mounting Pipe. There are many reasons you might need to use these mounts and they mostly involve the need to attach a pole to another pole to either extend the original or simply as an attachment point for prime placement location.
Both Pole to Pole and Crossover Mounts are designed to support most WiFi , PCS, Cellular, SCADA, TV and Other Light to Midweight antennas. Consult a Structural Engineer if meeting Wind Speed survivability ratings is necessary.
All of Our Mounts in this Category can easily be shipped UPS, depending on QTY Dimensional Weight.
