Washer 30x3 5mm (stainless steel) /IN/ AH23053

Flat lightning protection conductor – reliable protection for installations

The lightning protection conductor, commonly known as a bednarka, with dimensions 30x3.5 mm, made of stainless steel, is a key element of the surge protection system. It is used to create horizontal down conductors and conductors to discharge lightning impulses to the ground. Its flat cross-section facilitates installation and aesthetic routing on surfaces.

Construction and application

Made of high-quality stainless steel, the conductor is characterized by high resistance to corrosion and weather conditions, which guarantees long-lasting and trouble-free operation. The cross-section of 30x3.5 mm (AxB) provides adequate current carrying capacity for effective protection of the object. Designed for use in both newly built installations and modernized lightning protection systems. Thanks to its flexibility, it easily adapts to the shape of the building structure.

Advantages and benefits

• Durability and resistance: stainless steel provides corrosion resistance and longevity, even in harsh weather conditions.
• Effective protection: compliance with PN-EN 62305 standard guarantees compliance with surge protection requirements.
• Easy installation: the flat cross-section facilitates routing the conductor on surfaces and minimizes the need for additional mounting elements.
• Weight: Conversion factor of 0.82 kg/m allows for accurate estimation of the weight needed to implement the project.
• Quality management system: AH HARDT has ISO 9001:2015 and ISO 14001:2015 certificates, which confirms the high production standard and care for the environment.
• Versatility: suitable for use in various types of buildings and structures – from residential buildings to industrial facilities.

Let us remember that a properly executed lightning protection installation is an investment in the safety of people and property. By choosing this lightning protection conductor, you gain confidence in reliable protection against the effects of atmospheric discharges.