190 mm Square Aluminum Truss Spacer Knowledge Center
EVT290X-019 190 mm Square Aluminum Truss Spacer.
Precise Length Adjustment for Clean, Complete 290 mm Truss Layouts.
The EVT290X-019 is a compact 190 mm / 7.48 in / 0.19 m / 0.62 ft square aluminum truss spacer for precise dimensional adjustments in compatible 290 mm square-truss runs. Its 290 x 290 mm geometry, 50 mm OD x 3 mm main chords, 25 mm OD x 3 mm diagonal bracing, EN AW-6082 T6 aluminum construction, brushed-aluminum finish, and included conical connection hardware support modular system assembly. The spacer helps close planned layout gaps; it does not independently establish allowable span, capacity, rigging condition, wind suitability, or loading for the completed structure.
Identity and Core Facts
Product Overview
A Short Truss Spacer for Exact Modular Dimensions.
The EVT290X-019 adds 190 mm / 7.48 in to a compatible 290 mm square-truss run, making it useful when standard lengths leave a small dimensional gap. Its compact length provides an additional precise increment between the 180 mm and 230 mm spacer options for planned truss frames, display structures, lighting grids, arches, and other modular assemblies. It is a truss component within the finished system—not a stand-alone solution for span, capacity, rigging, stability, or support design.
Applications
Designed for Precision Truss Layouts and Modular Adjustments.
Use the EVT290X-019 where a complete truss design requires a short 190 mm intermediate segment. Typical applications include trade-show structures, lighting grids, stage structures, arch and frame closures, booth layouts, presentation structures, and custom modular builds where a standard truss section would not produce the intended finished dimension. Final configuration, orientation, supports, attachments, loads, and rigging must be reviewed for the actual structure.
Functional Details
Compact Length with Full-Size 290 mm Square Truss Geometry.
The spacer combines a 190 mm straight segment with 290 mm square geometry, 50 mm main chords, 25 mm diagonal bracing, EN AW-6082 T6 aluminum alloy, and brushed-aluminum finish. It is intended to create a repeatable short adjustment inside a compatible truss run. The included hardware supports the spacer’s conical interfaces; it does not independently establish the load rating or suitability of the completed assembly.
Technical Details
EVT290X-019 Factual Product Reference.
Identification
Product Information
Overall Dimensions
Spacer Geometry
Tube Construction
Chord and Brace Sizes
Connection Hardware
Included Components
System Compatibility
EVT290S, F34, and Compatible 290 mm Square Truss Systems.
The EVT290X-019 uses 290 mm square-truss geometry, 50 mm main chords, and a conical connection system. It is intended for compatible EVT290S, F34, and standard 290 mm square-truss systems with matching receiver spacing and conical interface geometry. Compatibility must be verified at the actual connection, including receiver geometry, coupler dimensions, full conical seating, and engineering data for the completed configuration.
Assembly Planning
Installing the Spacer in a Compatible 290 mm Square Truss Run.
This spacer is one component of a completed truss assembly. Before use, verify the finished layout dimension, compatible truss geometry, component condition, full conical seating, hardware engagement, support conditions, and the approved load plan for the complete system.
Safety and Loading
Spacer Length Does Not Establish Allowable System Loading.
The 190 mm spacer is a dimensional component within a larger truss assembly. It does not independently establish the allowable span, capacity, rigging condition, support arrangement, wind suitability, or load rating of the completed structure. Allowable loading depends on the complete truss system, total span, support conditions, orientation, applied loads, connection details, and the applicable manufacturer data or required project-specific engineering review.
Evidence and Review
What This Page Confirms, and What the Installed Structure Must Still Establish.
This page confirms the documented product facts: 190 mm / 7.48 in length, 290 x 290 mm square geometry, 50 mm OD x 3 mm main chords, 25 mm OD x 3 mm diagonal bracing, EN AW-6082 T6 aluminum construction, brushed-aluminum finish, 10.56 lb / 4.78 kg weight, TUV certification, and included connection hardware. It does not establish allowable span, capacity, suspension method, support design, rigging configuration, wind suitability, attachment load, or stability for a specific completed structure.
Frequently Asked Questions
EVT290X-019 Questions.
How long is the EVT290X-019?
The spacer is 190 mm / 7.48 in long, which is approximately 0.19 m / 0.62 ft. It fills the gap between the 180 mm and 230 mm spacer options.
What is the outside truss size?
The documented square geometry is 290 x 290 mm / 11.41 x 11.41 in.
What tubing sizes are used?
The main chords are 50 mm outside diameter with a 3 mm wall, and the diagonal braces are 25 mm outside diameter with a 3 mm wall.
How much does the spacer weigh?
The documented product weight is 10.56 lb / 4.78 kg.
What connection hardware is included?
The spacer includes four couplers, eight coupler pins, and eight R-Clips for its conical connection interfaces.
Is it compatible with EVT290S and F34?
It is intended for compatible EVT290S, F34, and standard 290 mm square-truss systems when receiver spacing, coupler dimensions, geometry, and engineering data match the connected system.
Can I use 50 mm clamps on this spacer?
Compatible 50 mm clamps may be used on the main chords where their placement and loading are approved for the completed structure.
Does the spacer determine the load rating of the completed truss structure?
No. Allowable loading depends on the complete truss system, span, supports, orientation, connections, applied loads, and applicable manufacturer data or required project-specific engineering review.
Need the correct spacer length for a planned 290 mm square-truss layout?
Contact us for compatibility checks, dimensional layout coordination, included-hardware confirmation, technical documents, manufacturer load-data coordination, engineering coordination, and quantity pricing.
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