K2 Systems TiltUp Vento Upper Belt BEAM

K2 Systems TiltUp Vento top chord BEAM

The K2 Systems TiltUp Vento Top Girth BEAM is a powerful and versatile mounting system specifically designed for mounting photovoltaic modules on flat roofs. With its innovative design and robust features, the TiltUp Vento Top Girth BEAM offers an efficient solution for the safe installation of solar energy systems. 

Product features:
Safe installation: The TiltUp Vento top strap BEAM ensures safe and stable fastening of photovoltaic modules on flat roofs. Windproof design: The fastening system is designed to withstand wind loads while ensuring the stability of the solar modules. Easy tilt adjustment: The TiltUp mechanism allows easy and precise adjustment of the tilt angles of the solar modules for optimal performance. Flexible module arrangement: The system offers flexibility in the arrangement of the solar modules and enables optimal use of the available roof area. High-quality materials: The TiltUp Vento top strap BEAM is made of high-quality materials that ensure a long service life and weather resistance. 

Technical data:
Model: K2 Systems TiltUp Vento top strap BEAM Application: Mounting of photovoltaic modules on flat roofs Tilt adjustment: Adjustable tilt angle for optimal energy generation Design: Windproof mounting system for safe and stable installation 

Advantages:
Safe and stable mounting of photovoltaic modules on flat roofs Windproof design for high wind loads Easy adjustment of the tilt angle for optimal performance Flexible design for efficient use of the roof area Durable and weather-resistant materials 

Areas of application:
The K2 Systems TiltUp Vento Top Girth BEAM is ideal for mounting photovoltaic modules on flat roofs of various types. The innovative design and easy tilt adjustment enable optimal alignment of the solar modules for maximum energy production. With its robust construction and high wind resistance, the TiltUp Vento Top Girth BEAM offers a reliable solution for installing solar energy systems that are both efficient and durable.