CU gutter connector/screwable 90300203

Gutter connector screwed – reliable lightning conductor wire mounting

The screwed gutter connector, made of copper, is a key element of the lightning protection system. It serves to securely and permanently mount the lightning conductor wire to the gutter, ensuring effective discharge of leakage currents. The design allows the wire to be routed both vertically and horizontally, providing flexibility during installation.

Construction and application

The connector consists of two screwed parts made of high-quality copper. An M6 screw (version 90300201) provides a solid connection and stability of the structure. The use of copper guarantees excellent electrical conductivity and corrosion resistance, which translates into long-lasting and trouble-free operation. This solution is ideal for both new installations and the modernization of existing lightning protection systems.

Key features and benefits

• Material: Made entirely of copper – guaranteeing durability and resistance to weather conditions. Copper also provides optimal electrical conductivity, essential in lightning protection systems.
• Versatility: The ability to route the wire in two directions (vertically and horizontally) makes it easier to adapt to specific mounting conditions.
• Solid construction: The screwed construction using an M6 screw ensures a stable and secure connection of the wire to the gutter.
• Compatibility: Designed to work with various types of gutters, making it a universal solution for many buildings.
• Mounting range: Allows mounting wires with a diameter of 8-10 mm, ensuring compatibility with popular lightning conductor wires.
• Distance from the wall: Adjustable distance from the wall (75-250 mm) allows adaptation to different roof and gutter configurations.

The screwed gutter connector is a reliable and durable solution for professionals and building owners who care about the safety of their property. Its solid construction and high quality of workmanship guarantee long-term protection against the effects of atmospheric discharges.