CADX

Armored drawings

An armored drawing is the basis for the correct execution of reinforcement of building elements in accordance with construction requirements and building regulations in order to ensure the load-bearing capacity, stability and durability of the structure.
It has the task of describing the location, cross-section, quality, length and number of steel inserts to be installed in reinforced concrete elements, in accordance with the guidelines for reinforcement, 
It provides information for the contracting company regarding the assembly of reinforcing bars in reinforced concrete elements. 
This ensures that the building is safe and stable, and individual elements can withstand greater loads. This is due to the fact that reinforced concrete has higher tensile strength when bending than pure concrete. 
Reinforcement plans must be prepared and checked by a qualified construction engineer to ensure their compliance with static calculations of the building and local building standards and regulations.

How we work:

We make drawings based on the provided static calculations and formwork plans (2D or building model in the form of ifc files (BIM) or tbw (Allplan).
Before starting the project, we determine the style and standard of drawings, the required level of detail and the applicable deadlines.
Each of our drawings is verified in accordance with the quality policy adopted in our company.
Completed drawings are delivered in the selected format, e.g. pdf, dwg or tbw files (Allplan). 
For each plan, we can, at the request, prepare an external list of steel in A4 format and generate files in abs format for automation of production of reinforcing bars.

What elements does a good reinforcement drawing consist of?

1

It contains general information such as project name, date, plan scale and name of the responsible engineer or client.

2

Each component to be reinforced is described in detail. This includes information about the type of component (e.g. foundation, retaining wall, ceiling), dimensions, amount of reinforcement and reinforcement arrangement.

3

The created drawings show the arrangement and distribution of reinforcing bars in the elements. This includes information about the location of main and distribution reinforcement, their spacings and lengths of laps.

4

Contain detailed instructions on how to bend and shape reinforcing bars, i.e. information on diameters, lengths of bars, angles and bending radii.

5

Each ryunkek should contain the necessary lists of reinforcing steel. Such a list is a detailed list of all reinforcing elements needed for the project and is the basis for ordering reinforcing steel.
The list contains such information as diameter, length, quantity and total length of reinforcing bars.

6

Positioning of construction joints and dilatations. This type of connection must be precisely positioned and planned, as they can affect the building structure.
If these gaps are located below ground level, it is necessary to consider permanent sealing of these construction gaps, because they constitute a so-called privileged filtration path, and thus a potential leak site.

7

Information about the materials used and concrete classes.

Example reinforcing drawings