FT34-C22
5.3kg
(11.67Ib)
HT34-C22
6.4kg
(14.071b)
2-way 120°corner
0.5m (1.64ft)
50×2(2×0.08inch)
Product Details
This high-performance lighting truss is meticulously 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 outstanding strength-to-weight ratio, ensuring easy transport and efficient installation without compromising on total load-bearing capacity.
Safety is the cornerstone of professional rigging. To ensure your installation adheres to strict engineering constraints, we recommend reviewing our comprehensive load capacity analysis. This technical data is essential for determining the maximum span and weight limits for your specific lighting or LED setup. Whether you are building a permanent concert stage or a temporary touring rig, following a certified installation methodology is crucial for maintaining a secure environment.
For those curious about the science behind the equipment, learning what a lighting truss is made of provides insight into the structural advantages of high-grade aluminum. Additionally, if your project involves overhead rigging, our guide on how to hang stage trusses provides vital industry best practices for secure and balanced attachment. This modular truss system delivers a clean, professional aesthetic while providing the heavy-duty reliability required for elite performance environments.
Frequently Asked Questions (FAQ)
1. Why is the 50×2mm tube specification the industry standard?The 50mm outer diameter ensures universal compatibility with professional lighting clamps and couplers worldwide. The 2mm wall thickness provides the necessary structural rigidity to support significant loads while keeping the truss sections light enough for manual setup.
2. Can this aluminum truss be used for outdoor applications?Absolutely. The high-grade aluminum alloy is naturally resistant to corrosion and oxidation, making it far superior to steel alternatives for outdoor environments. We recommend a regular maintenance schedule to inspect connectors and ensure long-term structural health.
3. How do I determine the safe load limit for my specific configuration?The load-bearing capacity varies based on the total span and whether the load is a point load or uniformly distributed. You should always consult our technical load tables to ensure your lighting plot remains within certified safety margins for your specific span length.
