Definition :- the axial force transmitted by a rope, cable, chain, or similar continuous object in a single orbit. Or on the other side of a rod, truss member, or similar object with three sides. Disagreements can also be defined as the forces of reaction acting on each of these claims.
Low Strength Cables: Low power cables up to 1 kV for paper use oil-coated; varnished cambric and refined bitumen are some of the antibodies used in low-strength cords.
High-strength cables: Cables used at 11 kV fall into this category. In the case of a double-stranded wire, each core is closed separately and three cores are fastened with straps. The entire cable is covered with a lead shaft through the extraction process to prevent moisture from entering the cable. An additional anti-aging metal garment is provided if the condition requires.
H-Type Cables: These cables are designed for Hochstaedter and are used for 22 and 33 kV systems. Each metal spine is covered with a metal sheet held to the ground. This eliminates band separation from the electrostatic field effect. In addition, the three-core core wiring with filling materials is subject to vacuum formation, ionization, and corrosion under electrical pressure.
There are various types of Polyethylene, polyurethane, polyester elastomer, cellular fluoro polymer fluoroelastomer, Mylicon poly Cables for different purposes
SL and HSL Cables: For SL type cables, each spine is covered separately with a lead spine. In HSL type cables each core consists of coated metal sheets with zero potency and a separate lead lead for each landmark.
EHV cables: These cables are usually single-core type because they are easy to carry and install. For these requirements the three-core wires will not be able to handle and install as the cable size becomes too large. However, in single spinal cords the loss of spinal cord is greater.
Tension meter are designed for a variety of systems including measuring tension of young man cables, wire cord, tower output, overhead lines and more.
Tensiometers are hand-held devices used to measure cable friction. They are commonly used in the aviation industry during aircraft maintenance by aircraft manufacturers and periodically maintained as cable maintenance Task by aircraft maintenance specialists.
Tensiometers have two basic types, direct reading and indirect reading. Both types are designed to measure different cable types, cable sizes and cable incompatibilities.
Direct tensiometer readings will have dial or digital readings found in the tool to give a real indication of durability. Dialing will have some graduation that shows the cable incompatibility with each cable size the instrument can measure.
Indirect reading tensiometers contain larger dials with a scale that reads between 0 and 100. A rating card or graph is also provided with these sections showing the transition from dial reading to heavy weight kilograms of different cable sizes to be measured.
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