High trapezoidal bridge 470mm (K-14-470u) K-14-470U

Trapezoidal bracket for mounting photovoltaic structures

The high trapezoidal bracket 470mm (K-14-470U) is a key element of the photovoltaic panel mounting system, designed for mounting on roofs with a trapezoidal structure. It provides a stable and secure connection between the panels and the roofing, minimizing the risk of damage and optimizing the efficiency of the installation. Made of steel, it is characterized by strength and corrosion resistance.

The bracket design has been enriched with additional sealing in the form of an EPDM tape at the point of contact with the roof surface, which guarantees tightness and protects against water leakage. This is particularly important in the case of long-term use of a photovoltaic installation, exposed to changing weather conditions.

Installation and application

The K-14-470U trapezoidal bracket is used in mounting systems for both installers and end customers. Its universal mounting direction – horizontal/vertical – allows it to be adapted to different roof and photovoltaic panel configurations. The low weight (0.6 kg) facilitates transport and installation, reducing the investment completion time. Although the mounting method is specified as "Other", the bracket is compatible with most standard mounting systems available on the market.

Characteristic features

• Durable steel construction: Ensures stability and long-term operation even in harsh weather conditions.
• EPDM seal: Guarantees a tight connection to the roof, protecting against leaks and moisture.
• Height 470mm: Optimal height to ensure adequate ventilation behind the photovoltaic panels, which translates into their efficiency.
• Light weight: Facilitates transport and installation, reducing labor costs.
• Universal mounting direction: Allows flexible adaptation to different types of roofs and panel configurations.
• No integrated or optional cable channel: Requires the use of additional solutions for cable routing, which provides greater freedom in installation design.