BoSS Liftshaft 700 Tower

Description

Liftshaft 700 information

The BoSS Liftshaft 700 is a compact and versatile access tower, specifically engineered for working within restricted spaces, such as lift shafts, during installation, repairs, or maintenance. Its narrow base measures just 0.7 metres in width, and it comes in platform heights ranging from 2.2 to 20.2 metres. For added stability, towers of 4.2 metres and higher include stabilisers, and all components are fully compatible with the BoSS 700 series. Notable features include an easy-to-assemble primed brace claw, robust aluminium deck edges, and a generous 550kg load capacity. Designed for both safety and practicality, this tower enhances working in confined areas by making tasks at height more efficient and secure. View our full range of mobile scaffold towers – available in various platform heights, widths, and configurations to suit different job requirements.

What parts come with the BoSS Liftshaft 700 tower?

The quantity of each component will depend on the overall dimensions of the tower:

• Adjustable Leg Assembly.
• Horizontal Brace: 1.3m (Length).
• Diagonal Brace: 1.64m (Length).
• Swivel Base Plate.
• Trapdoor Platform: 1.3m (Length).
• End Frame: 4 Rung, 1m (Height) x 0.7m (Width).
• Camlock Guardrail Frame: 1.3m (Width).
• Aluminium Toe Board: 1.3m (Length).
• Portal Frame: 8 Rung, 2m (Height) x 0.7m (Width).

The above is only a guide.

Which certifications does the BoSS Liftshaft 700 tower have?

These towers meet BS 1139-6:2022 standards.

What is the safe working load of the BoSS Liftshaft 700 access tower?

This tower’s platform supports up to 275kg, including the user, tools, and materials. The total safe load varies by configuration and height, typically up to 550kg for professional use; however, you should always consult the manufacturer’s instructions for safety.

What is the BoSS Liftshaft 700 scaffold tower made of?

These towers are constructed using aluminium. This lightweight and durable material is chosen for its resistance to corrosion, making it suitable for long-term structural use. As a result, the towers maintain their strength and appearance even in harsh environments.

What is the width of the BoSS Liftshaft 700?

This tower is designed with a standard overall width of 0.7 metres. This compact size enables the tower to fit within confined lift shafts and other narrow spaces, making it ideal for specialist access applications where space is limited.

What is the maximum working height for the BoSS Liftshaft 700 tower?

The Liftshaft 700 offers a platform height of up to 20.2 meters with a working height of 22.2 meters. This model is designed for safe and efficient access during lift shaft maintenance, installation, or inspection projects at significant heights.

What is the assembly procedure for the BoSS Liftshaft 700?

This tower uses the standard 3T assembly method, ensuring guardrail protection during setup. Its compact design and Camlock guardrail support quick and safe installation; however, for quicker solo setups in tight areas, check out our BoSS SOLO 700, designed for easy one-person assembly.

Are stabilisers required for the BoSS Liftshaft 700?

This access tower is equipped with confined space stabilisers to provide stability. These stabilisers are required for platform heights between 4.2m and 20.2m and must be installed at each corner of the tower to prevent lateral movement and maintain structural integrity.

Is the BoSS Liftshaft 700 suitable for outdoor or windy conditions?

This liftshaft access tower is designed solely for indoor use and does not account for wind loads. If the liftshaft is exposed to outdoor conditions, it should not be operated in winds exceeding 27mph (43 kph) or when sheets, tarpaulins, or cladding are attached, as these may increase side loads and compromise stability.

Is it possible to move the BoSS Liftshaft 700 tower after construction?

No, this system must be dismantled and reassembled at a new location, rather than being moved after assembly. Relocating the tower without disassembly may compromise the structure’s stability and increase the risk of accidents.