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Power line hardware, or power line fittings, are all the additions used to connect and support the electric devices to repose the power supply on the power lines. They have some specific features which help is smooth flow of electricity such as:
Steel cross arm, or steel crossarm, is a metallic component that provides support to distribution transformers, isolating links and fuses. They are used on overhead lines, distribution lines, transmission towers, transmission lines, utility poles and light poles. They are made from steel and provide support for minor devices on the utility poles.
The guy thimble is mostly used on electric power lines to help connect the guy wire.
Pole band is an accessory that is used to attach secondary racks to the pole which are then used to support other pole fitting and cables.
Anchor rods are used in solid foundations to uphold steel columns, traffic signs and light poles. They are also called anchor bolts.
These are used in pole lines to secure the stranded ends of a guy wire.
Secondary rack is an insulator cable support used on the side or the inside of a pole. It's designed in a way that it can support more than two conductors.
Secondary clevis is an insulator cable that is bashed from flat steel with a clevis pin that strings the spool insulator.
These galvanized steel rods that are used to connect the stay wire to the ground anchor.
The yoke plate is used to connect the clevis, socket tongue, or insulators. It connect the insulators to the cross arm and to the conductor termination.
The ball clevis is used to connect the socket insulator by the ball head.
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The pole top pins are made from steel and are used to connect insulator pins. They are also used for all the pole line and overhead line needs.
Pole top brackets are used to uphold post insulators on the top of the utility poles.
These help to determine the working mechanisms of electrical power fittings. They also define the relation between a fitting and a conductor.
The material a fitting is made out of should have high resistance to corrosion and abrasive forces. They therefore should be made by hard material, be galvanized or have stainless steel.
The shape and structure of a fitting should be considered when selecting a fitting. The design determines the relationship between itself and a conductor or insulator. The factors should include diameter and dimensions, weight and angle, accurate and precise dimension.
The power fittings should possess good electrical capabilities. Such include the ability to overcome a fault current and should prevent the loss of electric current brought about by relations between an electric and magnetic field.
Power fittings can be used for various purposes depending on the need for them. They can be used in telecommunication, aerospace, fabrication, mining and even medical to help in transmitting power in each department. They can be made from materials such as aluminum, platinum, steel, titanium and copper depending on where they are going to be used.
Some tests are conducted to ensure their strength and mitigate any weaknesses as they distribute and uphold utility lines for long periods of time.
A. Power fittings are all components used in helping the transmission of electricity in transmission and distribution lines. They include steel cross arms, ball clevis, pole top pin, stay rod, anchor rod among many others.
A. Power fittings are used in all departments that require electricity such as street lights, traffic lights, mining, fabrication, aerospace and telecommunications.
A. You should consider transparency, production capabilities and expertise of the power fitting before purchasing.
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