(B-Stock) BeamZ Pro P33-L200 Triangle Truss 2.0m
(
BSB2856 )
Key Features
- Compatible with Global Truss, Showtec, Milos, and Prolyte systems
- Manufactured using 50mm aluminium tubes with 2mm wall thickness
- Features a fast assembly conical connection system (couplings not included)
- Lightweight build; ideal for mobile or fixed stage applications
- TUV certified aluminium truss, made to European standards
This item is a B-Grade Item, it has been fully tested and works perfectly. The manual will be included if available. The item may have signs of wear and may have slight cosmetic damage (e.g. scratches) but this will not affect the performance of the item. The item may not be in its original packaging but will be re-packaged for safe transport. ** A 14 day returns policy and 12 month warranty applies to bstock items.
Triangle Truss - Professional 2.0m Aluminium Trussing
The Triangle Truss by BeamZ Pro, model P33-L200, is a versatile 2.0 metre aluminium trussing section designed for stage, lighting, and event structures. Built for DJs, venues, and production professionals looking for dependable lighting truss solutions, this piece blends strong construction with an accessible modular system.
Key Features and Benefits
Compatibility with Leading Brands
This trussing section is engineered to connect easily with major industry-standard systems, including Global Truss, Showtec, Milos, and Prolyte, using the common 50mm x 2mm tube and 290 x 290mm dimensions. This compatibility grants the flexibility to expand or modify your rig without restriction to one brand, opening up possibilities for reconfiguring show setups or integrating legacy equipment.
Precision-Made Aluminium Structure
Constructed from EN-AW 6082 T6 grade aluminium, each main tube measures 50mm in diameter with a 2mm wall thickness. The 16mm braces add additional integrity. Users benefit from a reliable framework that supports significant loading, yet remains light enough (at just 8.1kg per section) for transport and rapid setup.
Conical Coupling Connection
The section uses a conical connection system (couplings not included), providing a precise and tight fit between truss parts. This design offers enhanced safety and stability during use, addressing the need for reliability in demanding event environments. It also minimises movement and stress at joints often found in lower spec systems.
TUV Certification for Assurance
Each BeamZ P33 series truss upholds TUV certification, confirming its compliance with international safety and quality standards. Event planners and technical crews can rely on its credentials, helping to satisfy venue or insurance requirements.
Lightweight & Versatile
Weighing only 8.1kg, the P33-L200 is well suited for both permanent installs and mobile productions. Its manageable mass makes it easier to handle overhead or at height, a key advantage during complex builds or de-rigs.
Applications
This aluminium trussing section is perfectly suited for those assembling lighting grids, stage roofs, exhibition stands, or goalpost entrances. It's a strong choice for live music stages, clubs, touring DJs, AV rental companies, theatres, and exhibition organisers. Whether you're building large dancefloor light shows or reinforcing set pieces, its blend of strength and convenience speeds up build times and adapts to changing needs.
Venue managers focused on long-term installations can incorporate this lighting truss as part of a robust fixed system, while mobile operators will appreciate its portable form factor and cross-brand compatibility for mixing and matching with existing stock.
Summary
The BeamZ Pro P33-L200 Triangle Truss offers reliable, TUV-certified construction using high-grade aluminium, designed to fit an array of industry truss systems. Its conical connection and lightweight design ensure an efficient workflow on-site, while the technical specifications (2.0m length, 290mm width/height) cater to a range of staging and event production needs. A practical and dependable choice for anyone in need of adaptable aluminium trussing in professional event environments.