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HDPE Base 125

HDPE Base 125

HDPE Base 125

Product catalog summary
Overview: The BISOL EasyMount HDPE Base 125 is a high-density UV-resistant polyethylene mounting solution for photovoltaic modules, designed for flat roofs without requiring roof penetration. It is suitable for high wind zones with minimal additional ballast, ensuring reduced roof load.
Key Features:
  • Constructed from UV-resistant high-density polyethylene and aluminum, with stainless steel fastening elements.
  • Allows installation at a 12.5° angle, optimizing thermodynamic efficiency for better cooling of photovoltaic modules.
  • Lightweight and unobtrusive design with a natural white color.
  • Quick and easy installation with a high power-to-surface ratio.
Technical Specifications:
  • Application: Flat roofs with up to 5° incline.
  • Module Orientation: Landscape.
  • Module Frame Tolerances: Width 991 mm ± 5 mm, Length 1,649 mm ± 15 mm.
  • Temperature Range: -20 to 70°C.
  • Snow Load: 0 – 1.65 kN/m².
  • Wind Load: Up to 110 km/h (68 mph) in wind zones 1, 2, and 3.
Installation and Stabilization:
  • No roof penetration required; additional stabilization with ballast and L-profiles.
  • Ballast requirements vary by wind zone and building height, with specific weights detailed in the ballast table.
  • HDPE bases are horizontally connected and overlapped, with vertical connections via L-profiles.
Durability and Compliance:
  • 10-year durability guarantee.
  • Wind loads calculated according to Eurocode 1 (EN 1991-1-4).
Additional Notes:
  • For surfaces covered by PVC foil, an additional layer of the same material is recommended.
  • Information for additional wind zones is available upon request.
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Catalog excerpts

HDPE Base 125-1

BISOL EasyMount HDPE Base 125 Lightweight mounting solution for flat roofs BISOL EasyMount HDPE base 125 is made of high-density UV-resistant polyethylene. It requires no roof penetration and can be installed in high wind zones with minimum extra ballast, sparing the roof from unnecessary loads. The innovative mounting solution has been developed in-house and allows an unobtrusive on-roof installation at a 12.5° angle. Its design reflects an expert understanding of the laws of thermodynamics, providing more efficient cooling of the photovoltaic modules. Dimensions of the HDPE base 125: Flat roofs Roof incline Module angle Module orientation Module frame tolerances Module frame holes 4 holes / Φ 6 mm (0.24’’) / Distance from the middle of the frame: 450 mm (17.72’’) Base color Natural white Base material UV-resistant high-density polyethylene (HDPE base 125) / Aluminum EN-AW 6060 T5 (L- profile) / Stainless steel (fastening elements) Base weight Additional stabilization Ballast / BISOL EasyMount L-profiles Temperature range Snow load per system 0 – 1.65 kN/m2 (with BISOL PV modules) Distances between rows and lateral installation of BISOL EasyMount L-profiles: Additional layer of the same material should be added on surfaces covered by PVC foil. With use of ballast according to specifications. Low-ballast solution High wind stability Quick and easy installation Higher powerto-surface ratio

 Open the catalog to page 1
HDPE Base 125-2

Additional stabilization requirements for different wind zones WIND ZONE 1: v=20 m/s (Average wind speed up to 70 km/h / 45 mph) Ballast Ballast with use of L-profiles H building height WIND ZONE 2: v=25 m/s (Average wind speed up to 90 km/h / 56 mph) Ballast WIND ZONE 3: v=30 m/s (Average wind speed up to 110 km/h / 68 mph) Ballast Ballast with use of L-profiles Ballast with use of L-profiles building height building height Wind loads calculated in accordance with Eurocode 1 (EN 1991-1-4). Information for additional wind zones available upon request. (X) The use of HDPE 125 bases is not recommended....

 Open the catalog to page 2
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.