Aluminum profile PAL40H40/2.1 894621

Aluminum profile for mounting photovoltaic panels

This aluminum profile, 2.1 meters long, is a key element of structural systems for mounting photovoltaic panels on pitched and flat roofs. Made of aluminum (EN AW-6063), it provides stable and secure support for the panels, and its versatility makes it ideal for both professional installers and installation owners.

The PAL40H40/2.1 profile is characterized by a well-thought-out design that simplifies and speeds up installation. The width of the slots in the profile is designed to prevent screws and hexagonal nuts (M8 for the upper slot and M10 for the lower slot) from rotating, which translates into greater precision and durability of the connections. The special cross-section of the profile increases its strength, and the modified upper slot facilitates the mounting of KLIK-type clamps.

Application and benefits

The PAL40H40/2.1 profile finds wide application in various types of photovoltaic installations:

• Pitched roofs: Stable support for panels on roofs with different angles of inclination.
• Flat roofs: Possibility of building supporting structures for panels on flat surfaces.
• Ground structures: Use in mounting systems on the ground (in combination with appropriate elements).

Thanks to the use of this profile, installers can count on:

• Quick and easy installation thanks to the well-thought-out design and compatibility with popular mounting systems.
• High stability and safety of the installation thanks to the durable material and precise workmanship.
• Possibility of adaptation to individual needs thanks to the availability of painting options in RAL9005 color (on request).
• Reduced risk of damage during installation thanks to radii in the mounting slot guaranteeing smooth mounting of KLIK-type clamps.

Additionally, this profile is compatible with a wide range of accessories available in the BAKS offer, allowing you to create a complete and efficient photovoltaic installation. It is worth remembering to store the profiles correctly – it is best to unpack them from the foil and lay them so that the elements do not have direct contact with each other or minimize it by interleaving layers with narrow profiles. Storage should take place in a dry room.