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In this tutorial, I'll demonstrate how to plan a lightning protection system with the
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mesh method and DIN ISO products.
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In general, it is to say that the lightning protection planning with DIN ISO is regarded
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as a meshed air termination network according to the lightning protection norm.
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Thus, the planning follows the same method.
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The DIN ISO portfolio with an insulated clearance through glass fiber reinforced plastic helps
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to better comply with separation distances.
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To start with our planning, we choose the I can add a DIN ISO mesh for lightning protection
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to a surface and then orient the mesh on our rooftop.
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The program automatically places the pre-selected materials.
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Changing from work to realistic view gives a good look on the used material.
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Let's switch back to work view and place a mesh on the additional roof structure as
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well.
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Then I connect the two meshes with the help of this icon here.
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Again, the program follows the same logic as the mesh method and we can choose between
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the furthest and the closest connection.
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I quickly add a few more down conductors for calculating the separation distance.
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The separation distance can be calculated if we select this icon here.
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You can find some more detailed information about the separation distance function in
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a separate tutorial.
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We can display the values by selecting this icon.
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However, we need to adapt the values in our current version from air to isolated material
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due to the fact that the program not yet adapts the values automatically.
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Therefore, we select the value and change the value to isolated material in our properties
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window on the left.
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To make our life easier, we set a filter and the program only selects the values for the
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separation distance.
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This way we can choose all values in one selection.
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We change the side view and can now select all values except the ones on the bottom.
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We change the separation distance values to in isolated material and the program does
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it for all prior selected values.
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That's it for today.
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Thanks for watching.
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