EVT290S‑200 — 6.56 ft aluminum square truss section compatible with F34 (290 mm) systems

EVT290S-200 | 6.56ft (2.0m)

Original price was: $737.00.Current price is: $491.00.

EVT290S-200 — 2.0 Meter (6.56 ft) Medium-Duty Square Aluminum Conical Truss

Dimensions
Overall Truss Length: 6.56 ft (2.0 m) Straight Segment
Overall Truss Width: 11.41 in (290 mm)

Construction
Material: Aluminum Alloy EN AW-6082 T6
Main Tubing: 1.96 in (50 mm) Outer Diameter with 0.078 in (2 mm) Wall Thickness
Brace Tubing: 0.78 in (20 mm) Diagonal Bracing with 0.078 in (2 mm) Wall Thickness

Finish & Features
Surface: Aluminum Brush Finish
Certification: TUV certified
Connection Type: Conical Connection System (Includes Couplers, Tapered Pins, and R-Clips)
Compatibility: Fits F34, EVT290S, and all standard 290mm Square Truss systems
Weight: 29 lb (13.17 kg)

In stock

SKU: EVT290S-200 Category:

EVT290S System Knowledge Center

2.0 m Brushed Aluminum Square Truss.
A Standard 6.56 ft Section for Lighting Grids and Modular Stage Structures.

The EVT290S-200 is a 2.0 m (6.56 ft) medium-duty square aluminum truss section designed for intermediate truss spans, overhead grid runs, trade show structures, and modular stage framing. Its 290 mm profile and conical connection system integrate with EVT290S, F34, and other compatible 290 mm square truss systems.

Product Facts

ModelEVT290S-200
Length2.0 m / 6.56 ft
Truss Profile290 mm Square
Weight29 lb / 13.17 kg
MaterialEN AW-6082 T6
FinishBrushed Aluminum
2.0 mStraight Length
290 mmSquare Profile
29 lbSection Weight
50 mmMain Chords
ConicalConnection System

Product Overview

A Standard 2.0 m Straight Truss Section for Lighting Grids and Modular Structures.

The EVT290S-200 provides a standard 2.0 m straight section for lighting grids, stage frameworks, trade show structures, and extended modular truss runs.

Standard 2.0 m Section
Adds a full 2.0 m section for lighting grids, trade show structures, and modular stage frames.
Reduced Joint Count
Adds 6.56 ft of straight truss for longer layouts with fewer intermediate connection points.
Conical Connection System
Uses conical couplers, tapered pins, and R-clips for fast repeatable assembly.
Brushed Aluminum Finish
A clean, professional aluminum appearance for visible event, exhibit, stage, retail, and architectural truss systems.

Common Applications

Designed for Professional Modular Structures.

This 2.0 m straight section supports horizontal runs, lighting grids, exhibits, scenic structures, and modular system extensions.

01
Lighting Grids
Create straight perimeter runs and intermediate spans for lighting systems.
02
Goal-Post Structures
Use as an upright or horizontal segment where a 2.0 m length fits the required geometry.
03
Trade Show Displays
Build booth frames, overhead branding, entrances, and modular exhibit structures.
04
Stage & Scenic Systems
Support lighting, scenic elements, video equipment, and temporary production structures.
05
Retail & Hospitality Installations
Create clean modular frameworks for displays, lighting, signage, and branded environments.

Who It’s For

Built for Teams That Need Exact Truss Lengths.

Best suited for professionals working with modular 290 mm square truss systems.

Event Production Companies
For lighting rigs, entrances, scenic structures, and repeatable event systems.
Trade Show Contractors
For modular booths, overhead frames, and exact exhibit layouts.
Rental Companies
For expanding inventory with a standard 2.0 m straight length.
Stage Technicians
For concert, theatrical, touring, and venue production systems.
Scenic & Fabrication Shops
For custom frames, supports, and modular structural builds.
AV Integrators
For temporary or permanent-style lighting, display, and equipment frameworks.

Included Hardware

Supplied for Standard Conical Connections.

The section includes the standard conical hardware required for compatible EVT290S connections.

4 Conical Couplers
Machined couplers align the mating truss receivers.
8 Tapered Pins
Pins secure each coupler inside the adjoining truss receivers.
8 R-Clips
Retaining clips prevent the tapered pins from backing out.
Confirm hardware requirements for the complete structure.

Additional couplers, pins, clips, clamps, corners, base plates, ballast, or rigging accessories may be required.

Technical Reference

Complete Product Specifications

Dimensions, tubing, finish, weight, connection type, and compatibility.

Identification

Product Details

ModelEVT290S-200
SKUEVT290S-200
BrandEvolve Truss
Product TypeStraight Square Truss Section

Overall Size

Dimensions

Length2.0 m / 6.56 ft
Width290 mm / 11.41 in
Height290 mm / 11.41 in
Weight29 lb / 13.17 kg

Tubing & Material

Construction

MaterialEN AW-6082 T6 Aluminum
Main Chord Tubing50 mm OD / 2 mm Wall
Diagonal Brace Tubing20 mm OD / 2 mm Wall
FinishBrushed Aluminum

Connection & Compatibility

System Fit

Connection TypeConical Coupler System
Included Hardware4 Couplers, 8 Pins & 8 R-Clips
CompatibilityEVT290S, F34 & Standard 290 mm Systems
Fabrication StandardTUV Certified

System Compatibility

Standard 290 mm Geometry. Designed to Integrate.

The EVT290S-200 is designed for compatible 290 mm square truss systems using conical connections.

EVT290S Compatibility
Directly compatible with the EVT290S square aluminum truss series.
F34 Compatibility
Compatible with F34 and other standard 290 mm square systems when geometry matches.
50 mm Clamp Compatibility
Main chords accept compatible clamps designed for standard 50 mm tubing.
Verify Before Mixing Brands
Confirm connector dimensions, chord spacing, node geometry, and engineering data before combining brands.

Connection Overview

Seat the Couplers. Secure Every Pin.

Connections should be assembled by trained personnel using compatible hardware.

01 — Inspect Components
Check chords, braces, welds, receivers, couplers, pins, and clips.
02 — Insert Couplers
Place the conical couplers into the receivers on one truss section.
03 — Align the Sections
Bring the mating truss section into alignment without forcing the receivers.
04 — Install Tapered Pins
Drive each tapered pin fully through the aligned receiver and coupler.
05 — Install R-Clips
Secure every pin with its retaining clip.
06 — Final Inspection
Verify every connection before lifting or applying load.
If a Connection Does Not Close
Stop assembly. Check receiver spacing, coupler fit, damage, debris, and alignment. Do not force the truss, modify components, or drive a pin against resistance. Resolve the cause before the structure is moved or loaded.

Engineering Reference

Load-Span Reference for Completed Truss Runs.

All truss loading calculations are based on a completed compatible 290 mm square-truss run supported or suspended at both ends: static loading only; loads applied at approved truss panel points; truss self-weight included in the listed capacities; spans may consist of different truss lengths; and bending-moment and shear interaction at truss connections is considered. Values are limited by strength and reduced per ANSI E1.21.

Allowable loading reference, limited by strength and reduced per ANSI E1.21.
Load CaseUnit2.0 m2.5 m3.0 m3.5 m4.0 m4.5 m5.0 m5.5 m6.0 m6.5 m7.0 m7.5 m8.0 m8.5 m9.0 m9.5 m10.0 m10.5 m11.0 m11.5 m12.0 m
Spanft6.568.209.8411.4813.1214.7616.4118.0519.6921.3322.9724.6126.2527.8929.5331.1732.8134.4536.0937.7339.37
Center Point Load (CPL)lb1,3601,2651,1701,075980905830755680640595555510484460435410390375360340
Deflectionin0.090.140.200.250.300.390.470.560.650.770.891.011.131.301.471.641.812.042.272.502.73
Third Point Loads (TPL)lb810765725680640595555510470450435415400370340310280265245230215
Deflectionin0.080.140.210.270.340.440.540.640.740.911.091.271.451.611.771.932.082.282.472.672.86
Quarter Point Loads (QPL)lb510505500490485455420390355330305280255240230215205195185170160
Deflectionin0.070.140.210.280.350.470.580.700.810.941.071.191.321.521.731.942.142.362.582.793.01
Uniformly Distributed Load (UDL)lb/ft230202174147119107948270615345373330272422201917
Deflectionin0.060.120.180.240.300.430.560.690.820.941.061.181.301.501.711.912.112.352.592.833.07
Load cases: CPL — one center load · TPL — two equal third-point loads · QPL — two equal quarter-point loads · UDL — load distributed over the complete span
Load-Span Assumptions and Project Review

Table assumptions: The reference evaluates unbraced truss configured as a simply supported beam. The primary analyzed spans were 2 m, 4 m, 6 m, 8 m, 10 m, and 12 m; intervening published values are interpolated. If CPL, TPL, or QPL loading occurs at a truss connection, a minimum of two chords is assumed to support the vertical load.

Not included: Shock loads, dynamic loads, and resultant horizontal rigging forces, including forces from bridles or baskets. UDL applies only when the load is evenly distributed across the entire span. Published load cases are alternatives and are not additive.

Licensed structural-engineer review is required for every truss system. These values are general planning reference only and do not approve or rate an individual straight section, a completed lighting plot, a ground-support structure, a goal post, a tower, a start/finish arch, a suspended configuration, an outdoor installation, a mixed-component build, or any other assembled truss system. Confirm the complete configuration, supports, connections, span, applied loads, attachment points, rigging, ballast or anchorage, environmental conditions, and applicable code requirements with a licensed structural engineer before use.

Current documentation: Product specifications, included hardware, compatibility information, and availability are subject to change. Verify current product drawings, manufacturer instructions, connection hardware, and applicable engineering information before ordering, assembling, or using this product.

Safety & Engineering

Load Capacity Depends on The Complete Structure.

Allowable loading depends on span, orientation, support conditions, connection details, load placement, bracing, geometry, and the complete engineered configuration.

Inspect all chords, braces, welds, receivers, couplers, pins, and clips before use.
Do not use components with cracks, bends, damaged welds, deformation, or excessive wear.
Confirm every tapered pin is fully seated and every R-clip is installed.
Do not place loads directly at unverified connection locations.
Balance loading across the structure and use appropriate secondary safeties where required.
Have the complete structure reviewed by a qualified engineer when required.
Assembly and use must be performed by trained personnel.

Product Questions

Frequently Asked Questions

Why use a 2.0 m section?

It provides an exact intermediate length for achieving specific overall dimensions and spacing in modular layouts.

Is connection hardware included?

Yes. Four conical couplers, eight tapered pins, and eight R-clips are included.

Is it compatible with F34 truss?

It uses standard 290 mm square conical geometry. Verify exact connector dimensions and engineering data before mixing brands.

What clamps fit the main chords?

Compatible clamps designed for standard 50 mm truss tubing.

Can it be used outdoors?

Outdoor use depends on the complete engineered structure, support conditions, ballast or anchorage, and environmental loading.

Building a custom EVT290S truss layout?

Contact us for compatibility checks, matching lengths, corners, base plates, engineering support, and freight assistance.

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