T-piece T110X500 F T 110X500_F

Cable route branching element – solid connection and optimal flow

This element, also known as a horizontal tee, is used to branch cable routes in KOPOS systems. It allows for the construction of efficient and flexible electrical installations, tailored to individual needs. Its design ensures a stable connection and safe cable routing.

The T T110X500 F element is designed for use with cable trays 500 mm wide and 110 mm high. Made of steel, it is characterized by durability and resistance to mechanical damage. An inner radius of 100 mm ensures a smooth cable flow at the branching point, minimizing the risk of abrasion or crushing.

Construction and assembly

The tee has an integrated connector, which simplifies and speeds up assembly. It does not require additional fixing elements, which translates into saving time and installation costs. This element is compatible with the JUPITER system, allowing for the creation of complex cable routes with high functionality. The durable steel construction guarantees connection stability even under high mechanical load.

Application and benefits

• Branching cable routes: Ideal for creating branches in electrical installations, allowing connection of additional circuits or devices.
• Compatibility: Designed for KOPOS cable trays with dimensions 110x500 mm, ensuring a perfect fit and easy installation.
• Durability: Made of steel, resistant to mechanical damage and corrosion, guaranteeing long-term use.
• Quick assembly: The integrated connector eliminates the need for additional fixing elements, shortening installation time.
• Smooth cable flow: An inner radius of 100 mm minimizes the risk of damage to cables at the branching point.
• Versatility: Suitable for various applications in commercial, industrial and residential construction.

The T T110X500 F element is a reliable solution for professionals and those performing electrical installations themselves. It provides safe and efficient cable routing, and its solid construction guarantees long-term operation.