Instructional videos

01. Entering

We present the "straight section method" used to build air distribution system components based on the use of Climaver panels.

02. Straight section

It is the easiest and fastest element to perform and is the basic element in making parisons based on the "straight section method".

03. Cross connection

Transverse connections of ducts made of Climaver panels are extremely tight. If the ducts have been made and connected correctly, there are no leaks.

04. MTR - Simple Section Method

The "straight section method" is the basic method for creating parisons. The use of straight sections enable the material savings and results the better functioning of the duct system during operation.

05. Ventilation elbow

The elbow is an element that changes the direction of the air flow without separating it. In order to build an elbow on one of the walls of a straight section, there is need to mark the angle of 22.5 degrees using the guide lines, and then draw a line. The same line shoold be drawn on the opposite wall of the duct and connect them by the perpendiculary to the edges drawn lines , on the other two walls.

06. Offset

It is an element that causes a deviation in the flow direction, which is used to avoid obstacles. The offset maintains a constant section along its entire length, and its execution is very similar to making the  elbow, except that the lines drawn at an angle of 22.5 degrees to the edge of the section are parallel to each other.

07. "Y" type tee

The "Y" type tee is an element that split the main air stream and changes the directions of both forked streams. It is made by using two elbows with dimensions "x" and "y" respectively.

08. "R" type tee

The "R" type tee is making by using a straight section and an elbow of "x" and "y" respectively dimensions.

09. Four-form I

A branching that splits the main air stream into three smaller ones, changing the direction of the two streams at the same time, is called a four-form. It should be mentioned that to ensure proper air distribution, the cross-sections of individual branches should be properly selected at the design stage.

10. Four-form II

The four-form is an element that split the circulating air stream into three ones. It is making of a straight section "z" and two elbows "x" and "y". The first step is to sum up the external dimensions of all three sections, and from the result, subtract the external dimension of the main duct that we want to connect.

11. Leaving - shoe

This type of connection will be useful when connecting anemostats, grilles or other elements. They can be obtained quickly and easily. In this case, the branch has a lower height than the main duct.

12. Reduction I

Reductions are parisons that changes the cross-section of the duct. They are used to adjust the size of the air stream to the characteristics of the installation. These are the only elements made of Climaver panels using the "panel" method.

13. Reduction II

That reduction is made on the basis of the Climaver panel. In this case, we want to reduce a duct of dimensions "a" and "b" to dimensions "c" and "b". Always, if possible, start laying out from the panel from which the walls will be folded into a "U" shape. It will be used later to mark out an element called a panel.

14. Perfiver H - collar

The air handling unit's approach to the ducts is one of the most critical points of the installation because of the maximum amount of air at this point and the limited space left for work. There are many methods of connecting the main duct to the air handling unit, but always use Perfiver "h" profiles, fixing screws and Climaver tape.

15. Installation of grilles and anemostat

At the beginning, we make a frame from the "u" profile, which we place in the suspended ceiling. For the frame mounted in this way we are imposing a can with dimensions corresponding to the opening to which will be attached.