Slick GS Tower

GS Tower

Effortless Installations and Their Benefits

The Slick GS Truss Tower is the original ground support system, with is roots in the Mini beam Rigging system of old. All other self-climbing systems worldwide follow in this products footstep.

Using ground support systems is remarkably straightforward, designed for efficiency and minimal hassle. The process is streamlined with the help of hinge elements, allowing towers to be erected with precision and ease.

Top Advantages:

  • Simplified Setup: Most of the technical equipment can be assembled at ground level. This not only simplifies the installation but also enhances safety and accessibility.
  • Flexible Height Adjustments: Once set up, these systems can be elevated to the desired height using a chain hoist or similar. This flexibility ensures that the installation meets specific project requirements effortlessly.
  • Time-Saving: The ease of a ground support setup significantly reduces the time typically spent on erecting these structures, which can enhance overall project timelines.

These features collectively offer a more professional system making it a preferred choice for seamless installation operations.

Features at a glance

ico-zoom

Square

350 x 350 mm

Nominal 2500 kg's

Conical and tapered

Components of a GS Self Climbing Tower System

A self-climbing system is comprised of several key components that ensure both functionality and safety. Here’s a detailed breakdown:

  1. Mast: This is the primary structural element, providing the framework for the system, in this case GS Truss.
  2. Hinge Elements: These components are essential for mast erection, allowing the structure to be raised and lowered safely. In the case of GS truss there is actually no dedicated hinge section as the fork-end connections on the truss modules act as natural hinges.
  3. Steel Base with Adjustable Feet: This base ensures a secure and stable foundation, preventing unwanted movement.
  4. Sleeve Block: Facilitates the connection of the grid aluminium truss to the tower system and allows for free movement vertically during the lift operation.
  5. Head Block with Pulleys: Essential for the operational mechanics of the tower, enabling smooth movement and functionality.

The Slick GS Tower has been substantially redesigned since the early days, some 4 decades ago, whilst still maintaining backwards compatibility.

Detailed Component Features

  • Head Block; 2GH, 2GHT, 2GHS
    Features include:

    • Safety chain capture to prevent the chain from slipping out in the unlikely event that the hoist chain jumps the pulley wheels.
    • Secondary set of connection pins for an additional safety wheel when the system is at height.
    • Optional Anemometer mounting bracket.
    • Utilizes the standard Fork-end bolt-on connector for maximum versatility.
    • Built-in carry handles for ease of use.
  • Sleeve Block; 1GTB, 1GTB/T
    Features include:

    • Ability to connect multiple truss types, ie Mini beam, GS Truss, Nova beam and Maxi beam
    • Nylon internally mounted wheels for safe capture of the tower.
    • Dedicated stabilising wire connections
    • Optional version with hard steel lock off for better and safer mechanical connections to the tower once lifted to operation height.
  • Base Unit; 2GB/Z, 1GB
    Features include:

    • Lifting eye for easy motor connection.
    • Wheels for ease of movement.
    • Locking pins attached so they cannot be lost or forgotten.
    • Detachable outriggers.
    • Robust steel construction with fast-use levelling jacks.
  • GS Truss with Tunnel; 1G8/T, 1G300/T
    Features include:

    • Version with hard steel lock off for better and safer mechanical connections to the sleeve block once lifted to operation height.
    • Dedicated stabilising wire connections.
    • Increased material thickness to transfer high loads into the main tower.
  • Tower Lifting Frame; MTLF
    Allows for the safe erection of the mast using a motor to control both lift and descent, eliminating the need for working at height. TSG Tower Lifting Frame

You also have the peace of mind that the loading charts have been calculated to EN17115 in order to give you the peace of mind that your lighting truss is still fit for purpose even after a few scratches and dents. What is the Frequent Use Factor?

Applications

Whether it’s setting up for a bustling marketplace event, a dynamic festival, or a cutting-edge industrial project, the adaptable nature of this tower system allows for seamless integration into any setting. The GS Tower’s ability to be quickly erected and accurately positioned makes it ideal for scenarios where time and precision are crucial.

Moreover, the system’s design allows for all technical equipment to be installed at ground level, which is then easily lifted to the desired height with a motor or hand hoist—streamlining operations and ensuring a safe working environment. The comprehensive redesign not only meets but exceeds modern safety standards, making it a reliable choice for any large-scale or intricate setup.

Material Specifications

  • Mast Type: 35cm x 35cm
  • Horizontal Truss Types: Minibeam, GS Truss, Novabeam, Maxibeam or Folding
  • Material Specifications: EN AW-6082 T6
  • Fixings: Fork End : GP pins & R3 Clips
  • Tower Capacity: Nominal 2500 kgs

Design Specification

Manufactured in accordance with

  • BS EN 1090-3:2008 : Technical Requirements for aluminium structures
  • EN ISO 9001:2008 : Quality management systems
  • BS EN 17115:2018 : Specifications for design and manufacture of aluminium and steel
    trusses.

Load Terms

  • All loads are given in Kilograms
  • Allowance has been made for self-weight of truss
  • The payload of the truss has been calculated as a permanent action. Should it be necessary to consider the payload as a variable action, the tabulated figures should be reduced to 90% of the given values

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