Thin-walled aluminum pipe fitting ALC 95/1 ALC_95/1

Aluminum connector for reliable connections

The thin-walled aluminum pipe connector ALC 95/1 by Erko is an element used to connect aluminum conductors with a cross-section of 95 mm². Made of aluminum, it provides good conductivity and mechanical strength, which is crucial in electrical installations. The product is designed for both single-core and multi-core cables.

Using the ALC 95/1 connector guarantees a solid and durable connection, minimizing the risk of failure and energy loss. This is particularly important in places exposed to vibrations or temperature changes. The connector is used in switchboards, connection boxes and wherever a precise and safe connection of aluminum conductors is required.

Characteristic features and application

The ALC 95/1 connector is characterized by a round cross-section, which facilitates its installation. Designed to operate in systems with voltages up to 6/10 kV, it meets the requirements for safety and reliability of electrical connections. The lack of an oil-tight central partition and the lack of a copper bolt contact make it a solution dedicated to specific types of installations – mainly where aggressive chemical media do not occur or minimizing transitional resistance is required.

• The nominal cross-section is 95 mm², which ensures a precise fit for typical aluminum conductors used in medium-voltage installations.
• The material of construction is aluminum, guaranteeing good electrical conductivity and corrosion resistance.
• The connector is designed for connecting single-core and multi-core aluminum cables in electrical installations.
• It can be used in medium-voltage networks with a voltage range of up to 6/10 kV.
• The thin-walled design facilitates installation and minimizes the weight of the connector.

It is worth remembering that the connector is not intended for aldrey wires or steel-aluminum rope. This avoids problems related to material compatibility and ensures optimal connection performance. Installation should be carried out in accordance with applicable standards and manufacturer's recommendations to ensure the safety and reliability of the installation.