Truss EUROLITE HLQ-306, aluminium truss section, load capacity 300 kg

EUROLITE HLQ-306 is an aluminium truss section designed for event and stage applications, offering a rated load capacity of 300 kg. The section provides a lightweight and corrosion-resistant frame for mounting lighting fixtures, speakers and rigging points. Its construction supports both temporary and more permanent installations such as stage structures, exhibition stands and club rigs where dependable support and straightforward assembly are required.

Advantages

The aluminium construction ensures low weight while maintaining strength, making handling and transport easier during event build-up and strike. Corrosion resistance extends service life in indoor and protected outdoor environments. The HLQ-306 features a standardized profile that allows quick connection to compatible truss components, enabling modular configurations and flexible layouts. Its rated load capacity of 300 kg is suitable for a range of midweight lighting and audio equipment when used according to safe rigging practices.

Suitable for

Key specifications

How to use

Select compatible truss components and fasteners before assembling the EUROLITE HLQ-306 section. Follow manufacturer guidelines for connection methods, ensuring all pins, bolts or clamps are tightened and safety pins are engaged. Position and support the truss within recommended spans and load limits; distribute fixtures to avoid point loads that exceed the section rating. Use appropriate lifting and handling equipment during installation and verify stability before attaching powered equipment. Regularly inspect connections and the section surface for damage, deformation or corrosion.

Recommendations

Use the HLQ-306 only within its rated load capacity and in combination with compatible truss elements and certified rigging hardware. For overhead applications, employ certified safety cables and follow relevant local regulations and industry standards for temporary and permanent installations. When in doubt, consult a qualified rigger or structural engineer to confirm safe spans and load combinations.