Quik Lok SLS-15-U 13ft Heavy Duty Steel Lighting/Truss Stand with Built-In Crank

Introducing the Quik Lok SLS-15 Lighting/Truss Stand
The Quik Lok SLS-15 is a robust 13-foot steel lighting/truss stand, designed to support a significant load with its hefty 85 kg (189 lb) weight capacity. It features an integrated crank mechanism, simplifying the process of raising and lowering the setup. This stand is ideal for professionals in the event, theater, and staging industries looking for reliable and sturdy support for lighting and truss equipment.

Built for Heavy-Duty Use
Constructed from high-quality steel, the SLS-15 ensures durability and stability under substantial loads. Its impressive height adjustment range from 175 to 400 cm (68.9” to 158”) makes it versatile for various venues and setups. Whether it’s a concert, corporate event, or theater production, this stand provides the necessary support to keep your equipment securely in place.

Ease of Operation with Integrated Crank
Ease of use is paramount with the SLS-15, featuring a built-in crank that allows for effortless adjustment of the stand’s height. This feature is particularly beneficial during tight setup times and when precision is crucial. The crank mechanism reduces the physical strain typically associated with manual adjustments, making your setup process smoother and quicker.

Compact and Portable Design
Despite its robust construction, the SLS-15 is designed with portability in mind. It folds down to a compact height of 135 cm (68.8”), making it easy to transport and store. The base spread is adjustable between 115 and 168 cm (45.3” to 66.1”), allowing it to fit in various spaces and provide stable support across different surfaces.

Specifications for Demanding Professionals
This stand isn’t just about height and weight capacity; it’s about providing a reliable foundation for your equipment. With a center tube diameter of 35 mm (1-3/8”), the SLS-15 accommodates most industry-standard trusses and lighting equipment. Its substantial base spread ensures stability, even when extended to its maximum height.