Drawing Name

CS289 Aluminum Spigot Box Truss (Pin Connected Box Truss)

Drawing File Reference

Drawing Index

Drawing Information

CS289 Spigot Box Truss Overview

The CS289 aluminum spigot box truss is a modular structural truss component designed for professional event structures, lighting systems, outdoor canopy frameworks and temporary roof structures.

With a 289mm square profile, 50mm diameter aluminum round tubes and 3mm wall thickness, CS289 provides a strong and lightweight solution for applications requiring higher structural stability compared with ladder truss systems.

The integrated spigot pin connection system enables quick installation, efficient transportation and flexible combination of different truss lengths.

Main Features

1. Strong Box Truss Structure

Compared with single-row ladder truss systems, the box truss design provides:

• Higher torsional resistance;

• Better overall rigidity;

• Improved stability for lighting and roof structures;

• Multi-directional load distribution.

2. Lightweight Aluminum Construction

The aluminum alloy structure provides:

• High strength-to-weight ratio;

• Easy transportation and handling;

• Corrosion resistance for outdoor applications;

• Long service life under proper maintenance.

3. Fast Spigot Connection

The pin connection system allows:

• Rapid assembly and dismantling;

• Modular extension of truss systems;

• Reduced installation time;

• Convenient storage and transportation.

Structural Components

Available Specifications

Application

Outdoor Roof and Canopy Structures

CS289 can be used as structural components for:

• Outdoor event roofs;

• Temporary canopy systems;

• Festival structures;

• Exhibition roof frameworks;

• Custom aluminum structures.

Related:

Outdoor Stage Roof Systems

Lighting and Event Structures

CS289 is also suitable for:

• Main lighting truss;

• Totem structures;

• Concert lighting systems;

• Exhibition structures;

• Professional event installations.

Related:

Concert Event Structures

Connection System

The CS289 adopts a spigot pin connection system.

This modular connection method provides:

Efficient Installation

Truss sections can be quickly connected without complex bolt assembly.

Flexible Configuration

Different lengths can be combined to meet various event layouts.

Easy Transportation

Modular sections simplify packing, shipping and storage.

Engineering Considerations

For outdoor structures, the final system design should consider:

• Total span length;

• Applied loads;

• Lighting equipment weight;

• Roof covering weight;

• Wind conditions;

• Support positions;

• Ground conditions.

For large-scale outdoor structures, engineering verification should be completed according to project requirements.

Related:

Engineering Solution

Related Products

CS289 can be combined with:

• Aluminum Lighting Truss Systems;

• Outdoor Roof Structures;

• Event Support Structures;

• Custom Stage Systems.

Related:

Custom Stage Production

FAQ

1. What is CS289 spigot box truss used for?

CS289 is mainly used for professional lighting structures, outdoor roof systems, canopy structures and temporary event frameworks.

2. What is the specification of CS289 truss?

CS289 features a 289mm box profile using 50mm diameter aluminum tubes with 3mm wall thickness.

3. What connection system does CS289 use?

CS289 uses a spigot pin connection system, allowing quick installation and dismantling.

4. What lengths are available for CS289?

Standard lengths include 0.6m, 1.14m, 1.4m, 1.56m, 2.8m and 4.13m. Customized lengths can also be manufactured according to project requirements.

5. Can CS289 be used for outdoor roof structures?

Yes. CS289 is commonly used for outdoor roof and canopy structures. The final application should consider span, loading conditions and environmental requirements.

Design Notice

The drawings represent standard CS289 aluminum spigot box truss configurations.

Actual structural performance depends on the complete system design, connection method, loading conditions, installation environment and engineering requirements.