HOW TRUZZ WORKS
HOW DO YOU DETERMINE THE LENGTH OF A TRUZZ?
Frame Sections
The length of a frame section (horizontal ladder, triangular and square) is measured from coupling center to coupling center. The longest dimension of a frame section is always considered the length. Standard lengths start at 1 meter and increase in 25 cm increments.
The longest one-piece frame section is 3 meters.
25 cm sections
Frame sections with a 25 cm increment are derived from the standard 50 cm increment frame sections.
On a 50 cm increment frame section, the Truzz tube extends 25 cm beyond the frame on both sides. For the 25 cm increment frame sections, this extension is reduced by 12.5 cm on each side. As a result, these frame sections are 25 cm shorter overall.
This allows you to build with Truzz in any required size, using 25 cm increments.
LADDER Upright Frame Section
The name may seem unusual, as all frame sections normally have unequal ends. With the Vertical Ladder Frame Section, however, this is different. This frame section has main tubes of equal length. An additional section can be connected using the couplings and rotated from -60° to +60°. This makes it easy to create triangular, square, or rectangular frames. That is why the name frame section is appropriate.
The longest one-piece frame section is 3 meters.
CONNECTING TRUZZ SECTIONS
Connecting TRUZZ
On the webshop, you can easily order TRUZZ in lengths up to 9 metres. Each length consists of a base section (start and end section) with one or more extension sections in between. The extension sections are available in 50 cm increments. You start with a base section of 3.00, 3.25, 3.50 or 3.75 metres and then extend it with extension sections to achieve the required overall length. This allows you to create virtually any length while the cross braces continue seamlessly across the entire construction.
WHAT DOES THE ANGLE INDICATION IN THE DESCRIPTION MEAN
CONSTRUCTION ANGLE = 2 × ANGLE OF THE FRAME SECTION.
The angle shown in the product name is the angle of the individual frame section. When two identical frame sections are connected to each other, the final construction angle is created.
Example:
Triangular Frame Section 45° L 200 + Triangular Frame Section 45° L 200 = 90° angle
Triangular Frame Section 30° L 200 + Triangular Frame Section 30° L 200 = 60° angle
Triangular Frame Section 22.5° L 200 + Triangular Frame Section 22.5° L 200 = 45° angle
Formula:
Construction angle = 2 × angle of the frame section.