Truss Systems

The maximum loading capacity of a truss system will depend on several factors, including the type and size of the truss, the span and height of the event truss system, and the material and design of the truss. In general, event truss systems are designed to support heavy loads and are commonly used for suspending equipment such as lighting fixtures, audio systems, and video screens. However, the load capacity of a truss system will vary depending on the specific truss and the conditions under which it is being used. To determine the maximum load capacity of a event truss system, it is important to consult with a qualified professional who has experience designing and installing truss systems. They will be able to analyze the specific requirements of your event or installation and provide you with the appropriate load capacity for the truss system. It is also important to note that exceeding the maximum load capacity of a event truss system can be extremely dangerous and can result in the truss collapsing, causing injury or property damage. Therefore, it is critical to ensure that your truss system is designed and installed by qualified professionals who understand the load capacity of the system and follow all safety guidelines and regulations.   Below is 290*290mm square truss loading table for your reference.   Such as when you wnat to set up Span 10m beam truss, the loading capacity is 10m*120kg/m, so 10m spanl loading capacity is 1200kg. point ;oading capacity is 555kg. Usually 290*290mm suqare truss as pillar truss, loading capacity is 1000kg.   We can offer different size truss system for your different events. please see below more truss loading table.  

Aluminum Truss Roof System include: Straight truss( spigot truss and Screw Truss), Top Section, Sleeve Block, Hinge, Steel Base, Long Outrigger, safety Belt and Hoist( Manuel hoist and Electric hoist).   Straight Truss: Straight Truss mainly refer to box square truss. it the main body and frame of stage roof structures.  1. Spigot truss is connected by pins and connectors. It is the most popular and easy method to connect due to it just need a hammer to knock in and out. it usually for outdoor large stages, such as event stage truss, concert stage and led truss etc. 2. Screw truss is connected by screws and nuts. its connection work needs spanner to fastner the nuts in and out. it shall need more time than spigot truss. as screw truss do not have pin ends out, it is more used for indoor truss system. such as truss hanging stage equimpent, fixed ceiling roofing and complex truss design.   Top Pully: Top Pully also called top section. it is made of section steel and Wheels. it provides hoist's chain working path at the pillar top.   Sleeve Block: Sleeve blocks is for truss towers, it is a corner connector for truss beam and pillar, it runs up & down along with pillar.   Hinge: Hinge also called Base Shelf Joint. it is amount on the first 1m truss top of truss pillar, so that above truss can be amount at the ground.   Steel Base: Steel Base amounted at the bottom of pillar tower. it has wheels and adjustable feet for balance & movement.   Long Outrigger: Long Outrigger also called support. it is made of aluminum incline supports to truss tower and steel balance bar tube to steel base.   Hoist: Hoist refers to manual hoist and electrical hoist. it is the main drive for roof truss to be hoisted from ground to top.   safety Belt: safety Belt also called Round Sling. it goes around the beam and have a loop hooked onto the hoist so that the truss beam can be lifted.   ladder truss: Ladder Truss also called Single Row Rack. it usually works as truss roof reinforcement truss. it is lighter than box truss.   Roof Top Corner: it is a custom multi-face connector at the roof-top for roof truss and beams.   Roof End Corner: A custom truss with one end to connect to box square truss, the other end is hedge shape sitting on the truss beam.