Calculating the required number of scaffolding sections is an important step in preparing for construction work. It includes taking into account the height of the working area, its area and the type of forest selected. Let’s take a detailed look at how to carry out this calculation, provide formulas and examples, and even create a table for clarity.
Step 1: Determining the height of the working area
The first step is to determine the maximum height at which work will be performed. This is important because height is a key parameter when choosing scaffold sections. Let H be the height of the work area in meters.
Step 2: Calculate the area of the working area
The area of the working area depends on the type of work and the shape of the construction site. For rectangular areas you can use the formula:
Area = Length × Width (in square meters)
Step 3: Determine scaffold type
Choose the type of scaffolding according to your project requirements: traditional frame scaffolding, suspended scaffolding, façade scaffolding and so on.
Step 4: Calculation of the number of sections
For each type of scaffolding, there are standard characteristics that allow you to determine how many sections are required. Let’s present these characteristics in the form of a table:
| Scaffolding type | Maximum height (m) | Area per section (m²) | Number of sections = Working area area / Area per section |
| Traditional frame scaffolding | X | Y | Working area / Y |
| Suspended scaffolding | X | Y | Working area area / Y |
| Facade scaffolding | X | Y | Working area area / Y |
| (other types) | … | … | … |
Example:
Let’s say you have a construction site with an area of 100 square meters and you need a suspended scaffolding with a maximum height of 10 meters. From the table for suspended scaffolding you can see that one section usually covers 5 m². Then the number of sections will be:
Number of sections = 100 m² / 5 m² = 20 sections
You will therefore need 20 sections of suspended scaffolding for this work area.
