Aluminum pipe end ARC 25/1 M8 ARC_25/1

Aluminum pipe terminals – reliable contact and durable connection

The ARC 25/1 aluminum pipe terminal is an element used to terminate aluminum conductors, providing a safe and durable electrical connection. Made of aluminum, dedicated to conductors with a cross-section of 25 mm², it finds application in electrical installations where high reliability and corrosion resistance are required. Its design allows for easy installation by crimping, which translates into time savings and work convenience.

Construction and application

The ARC 25/1 terminal has a tubular eyelet construction with an M8 screw hole. This allows the conductor to be connected to devices or other elements of the electrical installation using a screw. The aluminum construction ensures good electrical conductivity and resistance to weather conditions. Designed for aluminum conductors with a cross-section of 25 mm², it guarantees optimal fit and efficient current transmission. Use in electrical installations allows for the creation of safe and durable connections, minimizing the risk of failure and downtime.

Key features and benefits

• Tightness: Provides a reliable connection, protecting against moisture and corrosion.
• Material: Aluminum construction guarantees good electrical conductivity and resistance to external factors.
• Conductor cross-section: Dedicated to aluminum conductors with a cross-section of 25 mm², ensuring optimal fit and efficiency.
• Installation: Easy installation by crimping, saving time and labor.
• Mounting hole: Has one mounting hole for an M8 screw, facilitating integration with other installation elements.
• Long sleeve: The construction with a long sleeve ensures solid conductor seating and increases connection strength.
• Collarless model: Allows for aesthetic mounting in places with limited space.

The ARC 25/1 terminal is a solid choice for both professional installers and end-users looking for a reliable solution for terminating aluminum conductors in their electrical installations.