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- Bimetallic Stranded Wires expand_more
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Purpose: Cable to busbar termination for copper or CA or CAA aluminum cables.
Characteristics: Tightening connection. High electrical conductivity. Pad with two or four holes NEMA standard. Meets a wide range of cables. Straight or 90º in relation to the bus.
Application: Power distribution lines and substations.
Material: Bronze terminal, fittings in Copper alloy or hot-dip galvanization.
Application Tool: Star or open-ended wrench.
Finish: Tinned.
Note: For aluminum conductors, the use of the antioxide compound INTELTROX is recommended.
COPPERSTEEL is a bimetallic conductor that combines the mechanical properties of steel with the high conductivity and corrosion resistance of copper. Created from a continuous cladding process where the metals are joined together on an atomic scale to produce a bimetallic material with the best of both metals, it is the smartest option for grounding grid, counterpoise, grounding conductor and various other applications.
SUBSTATION GROUNDING SYSTEMS: For grounding applications, the COPPERSTEEL conductors with 40% and 53%, IACS have equivalent fusing resistance performance to bare copper cable with same cross section, against short-circuit up to 1s rate duration. In practice, this is possible because the steel core allows the COPPERSTEEL conductor to work over a wider temperature range than copper, without compromising its physical characteristics.
POWER GENERATION GROUNDING SYSTEMS (RENEWABLE): The best grounding solution for wind farms, photovoltaic systems and hydroelectric plants. Performance equivalent to copper and superior to hot dip galvanized steel, ensuring maximum performance in the grounding of equipments (wind turbines, transformers, photovoltaic plates, etc) and civil works (anchor bolts, powerhouses, substations, among others), in addition to reducing the potential for theft.
Purpose: Connecting two ground rods (IHP) to extend total length.
Characteristics: High resistance to corrosion. Ensures a good connection between the secctional copperbonded ground rods.
Application: Grounding systems in general.
Material: Copper alloy.
Purpose: Cable to busbar termination for copper cables.
Characteristics: Tightening connection. High electrical conductivity. Pad with two or four holes NEMA standard. There are lugs that lock the head of the screws.
Application: Power distribution lines and substations.
Material: Bronze terminal, fittings in copper alloy.
Application Tool: Star or open-ended wrench.
Note: The use of the antioxide compound INTELTROX-Cu is recommended.
Purpose: Cable to busbar termination for CA or CAA aluminum cables.
Characteristics: Mechanical connection. High electrical conductivity. Pad with two or four holes NEMA standard. With a single item meets a wide range of cables. Straight or 90º in relation to the bus.
Application: Power distribution lines and substation.
Material: Cast aluminum alloy and stainless steel fittings.
Application Tool: Star or open-ended wrench.
Note: The use of the antioxide compound INTELTROX is recommended.
Purpose: Connection with CA and CAA aluminum or copper cables. Enables ing of a hotline clamp, s of up to four wedge type or compression connector.
Characteristics: Spring system connection (permanent tightening). High electrical conductivity and corrosion resistance.
Application: Power distribution lines.
Material: Aluminum alloy body and wedge and stirrup in electrolytic copper. Supplied with antioxide compound INTELTROX.
Finishing (Stirrup): Tin plated.
Purpose: Termination of copper conductors.
Characteristics: High electrical conductivity and corrosion resistance. Pad with several hole diameter options and optimum electrical contact.
Applications: Electrical panels, circuit breaker connections, motors, machines, busbars, electrical distribution boards, among others.
Material: Electrolytic copper.
Finish: Tin plated.
Purpose: Cable to busbar connections. Suitable for COPPERSTEEL or copper cables.
Characteristics: Tightening connection. High electrical conductivity and corrosion resistant. Single conductor version. Enough screw length for plate/bar thickness up to 7mm.
Application: Grounding systems in general (power distribution systems, grounding grids, residential, building, industrial grounding, grounding in telecommunication networks).
Material: Bronze clamp, fittings in copper alloy or hot galvanized steel.
Application Tool: Spanner set or open-ended wrench.
*Also available tin plated.
Suitable for urban power distribution lines, ALUMINUM INSULATED CONDUCTOR WITH XLPE is the substitute for bare aluminum cable, when it needs to be used in regions with a chance of accidental contact,such as wood areas.
Consisting of a stranded conductor composed of aluminum solid conductors with or without lock. Both the 15kV and 25kV cables have a semiconductor layer (optional) and cross-linked polyethylene (XLPE) coverage, resistant to the action of the sun, abrasion and with high resistance to electrical tracking. The cover is 3mm thick for 15Kv cables and 4mm for 25kV cables, they are manufactured in the metric series (mm²).