Connectors are the most simple and efficient devices to make joints for electrical continuity at any current and voltage level.
An excellent product is designed according to the needs of each project in order to be practical and easy to use.
All our products are designed, manufactured, certified and tested following international standards: ANSI NEMA, ISO 9001 and RETIE.
At next we show the most common desings, but any variation is possible, just contact us...
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This kind of connectors are designed to couple cables, tubes and busbars. Regardless any material, for example, aluminum cables and copper plates.
Practically, there is none limitation to this kind of connectors, they can be made for any angle and even several cables at the same time, any size, voltage or current level.
Most common sizes:
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Some applications require connectors designed to endure vibrations and thermal expansion.
Depending on the mechanical requirements they can be made of rigid or flexible materials, to connect any shape and metal but always fullfiling high current requirements.
Most common sizes:
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In order to bear and keep tense cables in transmission lines and substations, it is neccessary to use these elements carefully manufactured to endure high mechanical conditions.
They are made using the same metal components than the wire to install in place in order to avoid any galvanic effect. And also being cautious in round-shapes to avoid edges that rise corona effect.
Most common sizes:
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At some locations where it is necessary to install cables, tubes or busbars, they need supports perfectly designed in order to avoid vibrations but easily adapted to the conductors' shape, size and distribution around the facilities.
Most common sizes:
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There are virtually infinite variations and options to connect cables, tubes and busbars of any shape and size.
These connectors are capable to adapt at any capacity, shape and material.
Most common sizes:
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Grounding infrastructure requires accessories capable of standing high current levels in a realiable and safe way.
Some of them are even made to be operated while the entire surrounding infrastructure still in operation.
Most common sizes:
