Universal branch connection Ni on rod Fi16/B50 91400605

Universal branch connector – a reliable connection of grounding elements

This connector, made of nickel (Ni), is designed to connect grounding rods with a diameter of 16 mm to the grounding busbar. Its construction, consisting of three elements with a thickness of 2 mm, provides a solid and durable connection, resistant to corrosion and weathering. Assembly is done with four M8 screws, which guarantees stability and ease of installation.

Design and practical application

The universal branch connector is a key element in lightning protection and grounding systems. It enables effective connection of the grounding rod to the grounding busbar, ensuring proper current flow in the event of a surge. The three-part construction allows for secure seating of the elements, and the materials used – nickel – guarantee long-term reliability even in harsh environmental conditions. This is particularly important for installations exposed to moisture, salt or aggressive chemicals.

Advantages and benefits for the installer and user

• Durability and resistance: Made of nickel (Ni) provides high corrosion resistance, which translates to a long service life of the connection and minimizes the risk of failure.
• Solid construction: Screwed construction with four M8 screws guarantees a stable and secure connection, eliminating the risk of loosening of the elements under the influence of vibrations or temperature changes.
• Versatility: Designed to connect a grounding rod with a diameter of 16 mm to a grounding busbar, making it useful in many different applications.
• Easy installation: Simple construction and standard M8 screws facilitate and speed up the installation process.
• Safety: Ensures proper connection of grounding elements, which is crucial for the effectiveness of the lightning protection system and the safety of people and property.
• Material compatibility: Nickel is a material compatible with both steel and copper, allowing it to be used in installations made of different conductive materials.