packing weight:4000kg
packing volume:39cbm
| Item |
| Specification(squre truss) | Qty |
| length | main tube(mm) | size(mm) |
| 20.00 m Beam(front) | 3 sets | 3.00 m | 50×3.0 | CS389×389 | 18pcs |
| 2.00 m | 50×3.0 | CS389×389 | 3pcs |
| 1.00 m | 50×3.0 | CS389×389 | 0pcs |
| 20.00 m Beam(side) | 2 sets | 3.00 m | 50×3.0 | CS389×389 | 12pcs |
| 2.00 m | 50×3.0 | CS389×389 | 2pcs |
| 1.00 m | 50×3.0 | CS389×389 | 0pcs |
| 9.00 m Pillar | 6 sets | 3.00 m | 50×3.0 | CS389×389 | 18pcs |
| 2.00 m | 50×3.0 | CS389×389 | 0pcs |
| 1.00 m | 50×3.0 | CS389×389 | 0pcs |
| beam cube | Spigot cube 389x389 | 0pcs |
| Frame Tower | Spigot Sleeve Block S | 6pcs |
| Steel Base S | 6pcs |
| Top Section S | 6pcs |
1. Dragon stage brand, Load:1000kg,
2. Chain length:25m,
3. lifting speed:4m/min,
4. 380V-3phrase-50HZ
5. Double brake
6. G100 load chain, meeting 8:1/10:1 safety factor.
7. With 0.5M 4Pin-16A Europe plug
8. waterproof: IP54 | 6pcs |
| 1control 8pcs, with Handle case | 1pcs |
| Spigot Hinge Section,Height 1m | 6pcs |
| Fibre sling,BA04,2 tons 3m | 6pcs |
| Long outrigger | 24pcs |
| Item |
| Specification(squre truss) | Qty |
| length | main tube(mm) | size(mm) |
| Roof Pillar | 3 sets | 2.00 m | 50×3.0 | CS289×289 | 3pcs |
| 20.00 m Top Beam | 1 sets | 3.00 m | 50×3.0 | CS289×289 | 6pcs |
| 2.00 m | 50×3.0 | CS289×289 | 1pcs |
| 1.00 m | 50×3.0 | CS289×289 | 0pcs |
| 10.20 m Oblique Beam | 6 sets | 3.00 m | 50×3.0 | CS289×289 | 12pcs |
| 2.00 m | 50×3.0 | CS289×289 | 6pcs |
| 2.20 m | 50×3.0 | CS289×289 | 6pcs |
| 10.20 m Ladder truss | 16 sets | 3.00 m | 50×3.0 | CL30,289*50 | 32pcs |
| 2.00 m | 50×3.0 | CL30,289*50 | 16pcs |
| 2.20 m | 50×3.0 | CL30,289*50 | 16pcs |
| Roof Components |
| roof conner 4 ways, use for roof beam truss | CS289×289 | 2pcs |
| roof conner 5 ways, use for roof beam truss | CS289×289 | 1pcs |
| Connect plate with clamp | 3pcs |
| Single clamp | 32pcs |
| Double clamp | 12pcs |
| roof canopy material:pvc, Blue Colour or customized. | 571.36 | 1pcs |
Understanding the Basics: Aluminum Roof Stage Truss
Aluminum roof stage truss, as the name suggests, is a lightweight and robust structure that forms the roof of the stage. It typically comprises:
Truss Sections: These are the individual pieces that make up the framework of the truss. They are usually constructed from extruded aluminum profiles that provide high strength-to-weight ratio.
Connectors: These are the components that join the truss sections together, creating a stable and rigid structure. They are available in various styles, including pin-and-clip, bolt-on, and others, ensuring a secure connection.
Diagonal Braces: These are additional struts that add stability and prevent the truss from bending or buckling under stress. They are crucial for ensuring the structural integrity of the roof.
Roofing Material: A variety of materials can be used for the roof, depending on the concert's specific requirements. Common options include fabric covers, PVC sheeting, and polycarbonate panels.
The Advantages of Aluminum Roof Stage Truss
Why choose aluminum roof stage truss for a large-scale concert? The answer lies in its numerous advantages:
Lightweight: Aluminum's lightweight nature makes it easy to transport, assemble, and disassemble, simplifying logistics and reducing labor costs.
High Strength: Despite its lightness, aluminum boasts impressive strength, capable of supporting heavy loads like sound systems, lighting rigs, and video screens.
Corrosion Resistance: Aluminum is naturally resistant to corrosion, making it ideal for outdoor events where it may be exposed to harsh weather conditions.
Versatility: Aluminum roof stage truss can be configured into a variety of shapes and sizes to accommodate any stage design, including multiple tiers, curved sections, and complex geometries.
Reusability: After the concert, the truss can be disassembled and stored for future events, making it a cost-effective investment.
Construction Considerations for a 20x20x10m Truss
Building a 20x20x10m aluminum roof stage truss requires careful planning and execution:
Design and Engineering: A qualified structural engineer must design the truss to ensure it meets local building codes and can safely support the intended loads.
Load Capacity: Determine the total weight of the stage, equipment, and personnel to calculate the necessary load capacity of the truss.
Ground Conditions: Analyze the ground conditions at the concert venue to ensure the stage's foundation can withstand the weight and forces it will experience.
Wind Loads: Consider the potential wind loads at the event location to determine the truss's wind resistance requirements.
Lighting and Sound: Plan for the integration of lighting and sound systems, ensuring adequate support and accessibility for wiring and rigging.
Safety is Paramount
Safety is paramount when constructing and utilizing a large-scale aluminum roof stage truss. Here's what to keep in mind:
Professional Installation: Only trained and certified professionals should handle the assembly and dismantling of the truss.
Regular Inspections: The truss should be inspected regularly for any damage or wear and tear.
Proper Maintenance: Maintenance procedures should be followed diligently to ensure the truss remains in good condition and performs optimally.
Conclusion: Building a Successful Concert Experience
A well-designed and expertly constructed aluminum roof stage truss is a key component in creating a spectacular concert experience. Its lightweight, robust nature, and adaptability make it a reliable choice for large-scale events. By adhering to proper design, engineering, construction, and safety protocols, event organizers can ensure a stage that not only supports the performance but also contributes to the overall safety and success of the event.
Remember, a memorable concert experience goes beyond the music – it's about the overall atmosphere, the visuals, and the confidence that comes with knowing that the stage is a solid foundation for an unforgettable show.
