5° SAIL SAHPED SYSTEM ART. 23005/.2/.3/.4/.5/.6
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Ideal support for Photovoltaic modules on a flat roof 5° SAIL SAHPED SYSTEM ART. 23005/.2/.3/.4/.5/.6 The main material of SUN BALLAST is concrete, which allows a low wear over time and the ability to withstand even the most intense perturbations and different climatic conditions Any type of flat roof with a maximum slope of 5 º on the ground, on beaten ground with inert material or pavements INCLINATION ANGLE DISTANCE BETWEEN MODULES MODULE POSITIONING Horizontal / Vertical DISTANCE BETWEEN MODULES Ballast Art. 23005 Ballast weight Pallet dimensions Pallet weight Ballast Art. 23005.2 Ballast weight Pallet dimensions Pallet weight Ballast Art. 23005.3 Ballast weight Pallet dimensions Pallet weight Ballast Art. 23005.4 Ballast weight Pallet dimensions Pallet weight Ballast Art. 23005.5 Ballast weight Pallet dimensions Pallet weight Ballast Art. 23005.6 Ballast weight Pallet dimensions Pallet weight Exemplary images may be subject to minor modifications

Ideal support for Photovoltaic modules on a flat roof SYSTEM DETAILS HORIZONTAL PANEL LAYING Side view 10 10 10 VERTICAL PANEL LAYING Side view • The torque applied shall refer to the mechanical standard conforming to the bolt in use; with M8 bolts in stainless steel use a torque of 12 - 14 Nm • Avoid screwdrivers impulse • It’s recommended to consult the information indicated in the assembly instructions of the panel manufacturer • Always follow Sun Ballast assembly instructions. • The dimensions shown in the figure are all expressed in centimeters. • Minimum recommended configuration: 5...

Ideal support for Photovoltaic modules on a flat roof The main material of SUN BALLAST is concrete, which allows a low wear over time and the ability to withstand even the most intense perturbations and different climatic conditions Any type of flat roof with a maximum slope of 5 º on the ground, on beaten ground with inert material or pavements INCLINATION ANGLE BALLAST WEIGHT PALLET DIMENSIONS MODULE POSITIONING Horizontal / Vertical PALLET WEIGHT Exemplary images may be subject to minor modifications

Ideal support for Photovoltaic modules on a flat roof SYSTEM DETAILS HORIZONTAL PANEL LAYING Side view Minimum distance recommended between module rows 40 cm 10 VERTICAL PANEL LAYING Side view 78,1 Minimum distance recommended between module rows 40 cm • The torque applied shall refer to the mechanical standard conforming to the bolt in use; with M8 bolts in stainless steel use a torque of 12 - 14 Nm • Avoid screwdrivers impulse • It’s recommended to consult the information indicated in the assembly instructions of the panel manufacturer • Always follow Sun Ballast assembly instructions. •...

Ideal support for Photovoltaic modules on a flat roof The main material of SUN BALLAST is concrete, which allows a low wear over time and the ability to withstand even the most intense perturbations and different climatic conditions Any type of flat roof with a maximum slope of 5 º on the ground, on beaten ground with inert material or pavements INCLINATION ANGLE BALLAST WEIGHT PALLET DIMENSIONS MODULE POSITIONING Horizontal / Vertical PALLET WEIGHT Exemplary images may be subject to minor modifications

Ideal support for Photovoltaic modules on a flat roof SYSTEM DETAILS HORIZONTAL PANEL LAYING Side view Minimum distance recommended between module row 40 cm 9,3 VERTICAL PANEL LAYING Side view Minimum distance recommended between module row 40 cm • The torque applied shall refer to the mechanical standard conforming to the bolt in use; with M8 bolts in stainless steel use a torque of 12 - 14 Nm • Avoid screwdrivers impulse • It’s recommended to consult the information indicated in the assembly instructions of the panel manufacturer • Always follow Sun Ballast assembly instructions. • The...

Ideal support for Photovoltaic modules on a flat roof The main material of SUN BALLAST is concrete, which allows a low wear over time and the ability to withstand even the most intense perturbations and different climatic conditions Any type of flat roof with a maximum slope of 5 º on the ground, on beaten ground with inert material or pavements INCLINATION ANGLE BALLAST WEIGHT PALLET DIMENSIONS MODULE POSITIONING Horizontal / Vertical PALLET WEIGHT Exemplary images may be subject to minor modifications

Ideal support for Photovoltaic modules on a flat roof SYSTEM DETAILS HORIZONTAL PANEL LAYING Side view Minimum distance recommended between module row 40 cm 9,3 VERTICAL PANEL LAYING Side view Minimum distance recommended between module row 40 cm • The torque applied shall refer to the mechanical standard conforming to the bolt in use; with M8 bolts in stainless steel use a torque of 12 - 14 Nm • Avoid screwdrivers impulse • It’s recommended to consult the information indicated in the assembly instructions of the panel manufacturer • Always follow Sun Ballast assembly instructions. • The...

Ideal support for Photovoltaic modules on a flat roof The main material of SUN BALLAST is concrete, which allows a low wear over time and the ability to withstand even the most intense perturbations and different climatic conditions Any type of flat roof with a maximum slope of 5 º on the ground, on beaten ground with inert material or pavements INCLINATION ANGLE BALLAST WEIGHT Dimensioni bancale MODULE POSITIONING Horizontal / Vertical Peso bancale Exemplary images may be subject to minor modification

Ideal support for Photovoltaic modules on a flat roof SYSTEM DETAILS HORIZONTAL PANEL LAYING Side view Minimum distance recommended between module row 40 cm 9,2 VERTICAL PANEL LAYING Side view Minimum distance recommended between module row 40 cm • The torque applied shall refer to the mechanical standard conforming to the bolt in use; with M8 bolts in stainless steel use a torque of 12 - 14 Nm • Avoid screwdrivers impulse • It’s recommended to consult the information indicated in the assembly instructions of the panel manufacturer • Always follow Sun Ballast assembly instructions. • The...