Universal stainless steel clamp 80-160/screw. NI 96432205

Universal clamp for lightning protection conductors

This universal clamp, made of stainless steel (V2A), is a reliable solution for mounting lightning protection wire to a downspout or other structural elements. Its solid construction and corrosion resistance guarantee long-term protection of the lightning protection system. The clamp is supplied in a raw state, allowing its appearance to be adapted to the surroundings.

Construction and application

The clamp is designed for ease of installation and versatility. Its clamping range is from 80 to 160 mm, allowing it to be adapted to different pipe and conductor diameters. It is intended for conductors with a cross-section from 50.24 mm² to 78.5 mm². The clamp design allows for the mounting of a single conductor. Dimensions A=75mm, B=21mm, C=24mm and E (range 80-160mm) ensure a stable and secure connection.

Advantages and benefits

• Durability and resistance: Made of V2A stainless steel, it provides high resistance to corrosion and weather conditions, resulting in a long service life of the clamp.
• Versatility: A wide clamping range (80-160 mm) allows the clamp to be used in various installations and for different conductor diameters.
• Easy installation: The simple construction facilitates and speeds up the installation process, saving time and labor costs.
• Safety: Provides a stable and secure connection of the lightning protection conductor to the building structure, which is crucial for the effectiveness of surge protection.
• High-quality material: V2A stainless steel guarantees mechanical strength and resistance to damage.
• Adaptation to needs: The raw state allows the clamp to be painted or protected in a way that matches the aesthetics of the building or specific project requirements.

The universal stainless steel clamp is an optimal choice for both professional lightning protection system installers and end customers looking for a reliable and durable solution to protect their property from the effects of atmospheric discharges.