KLT tee 110x200 S KLT 110X200_S

Cable ladder tee – solid connection and durability

This KLT 110x200_S tee is a key element of the cable support system, allowing for branching and connections in cable installations. Made of galvanized steel, it provides not only mechanical strength but also corrosion resistance – which is particularly important in demanding industrial and technical environments. The open profile design facilitates access to cables and ensures good ventilation.

This tee is dedicated to cable ladders with a height of 110 mm and a width of 200 mm. Its internal radius of 600 mm ensures smooth cable routing without excessive pressure, minimizing the risk of insulation damage. The tee is mounted using S 110X200 connectors (6 pcs) and NSM 6X10 screws (48 pcs), which guarantees a stable and secure connection with the other system elements.

Construction and assembly – speed and reliability

The KLT 110X200_S tee has been designed with ease of assembly in mind. The lack of a connector in the standard version allows for flexible adaptation to specific installation needs. Construction from a non-perforated profile increases the rigidity of the structure. This allows installers to quickly and efficiently build complex cable routing systems, saving time and labor costs. It is worth remembering that appropriate connectors and screws are needed to properly connect the tee to the ladder – this set is not included with the product.

Application and compliance with standards – safety and functionality

KLT tees are widely used in industrial, commercial construction, and electrical installations of public buildings. They are used to create branches of cable routes, allowing for the distribution of power or signals in different directions. The product meets the requirements of the ČSN EN 61537 standard, which confirms its safety and reliability. The sheet thickness (1.2 - 1.5 mm) provides adequate mechanical strength for cable loading. The surface is protected with galvanized zinc, which increases corrosion resistance even in harsh environmental conditions.