FT34-C60/HT34-C60 box 50×2 tubes box stage truss

FT34-C60

8.6kg

(19.05Ib)

HT34-C60

9.4kg

(20.80Ib)

6-way T-junction

0.5m(1.64ft)

Product Details

This high-performance aluminum truss is designed to meet the rigorous safety and performance standards of the global event industry. Constructed from premium aluminum alloy with a precise 2mm wall thickness, these box tubes offer an exceptional strength-to-weight ratio, ensuring easy transport without compromising on total load-bearing capacity.

Safety is paramount in structural rigging. To ensure your installation adheres to strict engineering constraints, we recommend reviewing our comprehensive load capacity analysis. This data is essential for determining the maximum span and weight limits for your specific lighting or LED setup. Whether you are building a concert stage or a corporate booth, following a certified installation methodology is crucial for maintaining a secure environment for both equipment and personnel.

For those looking to expand their inventory, understanding what a box truss is used for can help you maximize the versatility of these components across various applications. Additionally, if your project involves overhead rigging, our guide on how to hang stage trusses provides vital best practices for secure and balanced attachment. This modular truss system provides a professional, clean, and reliable foundation for any high-end production.

Frequently Asked Questions (FAQ)

1. Why is the 50×2mm specification the industry standard for trusses?The 50mm outer diameter ensures compatibility with standard professional lighting clamps and couplers worldwide. The 2mm wall thickness provides the necessary structural rigidity to prevent bending under load while keeping the sections light enough for manual setup and reduced shipping costs.

2. Is this aluminum truss suitable for outdoor installations?Yes, the high-grade aluminum alloy is naturally resistant to corrosion and rust. However, we recommend following a regular maintenance guide to inspect connectors and structural health, especially when used in humid, coastal, or high-usage touring environments.

3. How do I calculate the weight capacity for a specific span?The load-bearing capacity varies depending on the length of the span and whether the weight is a single point load or uniformly distributed. You should always refer to our technical load tables and engineering documents to ensure your configuration remains within safe working limits.