Truss Systems - TT Rectangular Truss

THE ULTIMATE PRE RIG TRUSS FOR SPANS UP TO 40M

Tolerance free conical connector
High stability aluminium alloy
Excellent load bearing capacity
Low dead weight
High wear resistance
TuV approved
5mm Wall thickness of 60mm main tube


The TT Truss lends itself to use as bending resistant spans at a free span of 30m with extreme load bearing capacity, even at spans up to 40m the TT Truss has impressive results.

Due to its special shape and dimensions the TT Truss exhibits a great rigidity and can thus be used for long spans with high loadings. The 60x5mm tube reduces transportation damage and guarantees extreme durability.

Trussing with a big profile geometry have long braces which have a risk of bending. Therefore the necessity of using bracing with a bigger diameter. This causes other problems which needs to be considered. The Eurotruss solution is welding a plate at the main tube in order to get the right position of the braces and solve the high tension caused by too much heat.

This way of constructing is not new as in large steel structures this is a common way to construct.

Made with the fast connection system and approved according the DIN 4113 specifications by the TUV.


Loadcases TT
Length (m)1216202428323640
CPL in kg4310314324231926155612661029829
Deflection (mm)29528211164217279351
UDL in kg/m634393242160111795741
Deflection (mm)316091124160194224248
Measurements TT
Main tube:60x 5mm
Braces:50x 3mm / 30x 3mm
Material:AlMgSi 1 F 31
Connection:TT / XT / FT / ST
Weight:~25 kg/m
TT-SYSTEM CORNER

The TT structures on one level allows various structural shapes by using the TT Corner Block.

The TT corner block is made accordingly the strength requirements and optimum size to use the corner block also as sleeve blocks in TT Roofs Groundsupports.

The TT corner blocks have a standard bold on receiver attachment of a length of 85mm.

Measurement Corners for TT-System
CornerSize in cm
2-Way Cornerblock67 x 67
3-Way Cornerblock76 x 67
4-Way Cornerblock76 x 76
Cornerblock90 in 4 dir.