Dynoblock 360 500KG 2.5M

Description

The Dynoblock 360 500KG 2.5M is designed to deliver reliable fall protection for workers handling heavy loads at height. Featuring a 360-degree rotational mechanism, this self-retracting lifeline allows unrestricted movement, minimizing tangles and enhancing safety during industrial tasks.

With a high safe working load (SWL) of 500kg, the Dynoblock 360 is built to withstand demanding conditions. The 2.5-meter length provides effective fall arrest for short-range applications, while the automatic locking system instantly engages to reduce impact forces during a fall. Constructed with heavy-duty materials, it is suitable for challenging environments where safety is paramount.

Features

• 360-degree rotational design – allows free movement without tangling

• 2.5-meter self-retracting lifeline – compact and ideal for short-range fall protection

• Safe working load (SWL) 500kg – suitable for heavy-duty industrial applications

• Automatic locking system – engages instantly in the event of a fall

• Heavy-duty construction – designed for industrial and construction use

• Lightweight and portable – easy to transport and deploy

• High-visibility casing – easy to identify on job sites

Applications

• Heavy-duty fall protection in industrial environments

• Construction and maintenance safety

• Elevated platform and scaffold work

• Confined space entry and safety

• Tasks requiring rotational movement and secure attachment

• Rigging and load handling at height

Why Choose the Dynoblock 360 500KG 2.5M?

• 360-degree rotation for flexible movement

• Compact 2.5M length for secure short-range fall protection

• High load capacity for industrial and construction tasks

• Automatic locking for quick fall arrest

• Durable and reliable for continuous heavy-duty use

• Ideal for tasks requiring unrestricted movement and robust fall protection

Order Online at WA Lifting Equipment

Ensure safe handling of heavy loads with the Dynoblock 360 500KG 2.5M.
Order now from WA Lifting Equipment and enhance safety during elevated tasks.