The Light Source 24" Mega-Beam Clamp is a heavy-duty industrial rigging clamp engineered to create a secure overhead attachment point to structural steel I-beams, offering a substantial 24-inch vertical drop. Rated for a 2-ton (4,000 lb) safe working load, this clamp is designed for applications requiring significant clearance between the beam and the suspended load, such as when hanging lighting trusses, speaker arrays, or scenic elements that must clear low-hanging obstructions like ductwork or sprinkler systems. The extended 24-inch height positions the attachment point well below the beam's lower flange, providing ample space for rigging hardware and clean cable routing. The silver finish, typically a durable zinc plating, offers corrosion resistance for use in various environments, from warehouses and convention centers to theatrical fly lofts.

The clamp operates on a secure mechanical principle, utilizing a heavy steel hook that engages the top flange of the I-beam. A substantial forged jaw, tightened by a high-strength alloy steel bolt with a large hex head or T-handle, applies immense force to the underside of the beam's lower flange. This action sandwiches the beam's web securely between the upper hook and the lower jaw, creating a non-slip grip that distributes the load safely without damaging the beam. The extended 24-inch vertical member is rigidly connected to this clamping mechanism and terminates in a standardized attachment point, such as a 5/8-inch receiver pin or a large forged eye, ready for connection to shackles, turnbuckles, or hanging rods.

This clamp is a fundamental tool for professional riggers in event production, film studio construction, and permanent architectural installations. Its 2-ton rating provides a reliable safety margin for suspending substantial loads, while the extended drop solves common clearance challenges in industrial spaces. The Mega-Beam Clamp allows for the rapid, temporary, and code-compliant installation of production infrastructure to a building's steel skeleton without drilling or welding, forming a critical anchor point for complex temporary overhead systems.