Safety Lanyards

279 products

Showing 145 - 168 of 279 products

Showing 145 - 168 of 279 products
View
3M Protecta 1.3m Twin Leg Rope Shock Absorbing Lanyard AE532/31 - SecureHeights
3M Protecta 1.5m Twin Leg Rope Shock Absorbing Lanyard AE532/2 - SecureHeights
3M Protecta 1.8m Twin Leg Rope Shock Absorbing Lanyard AE5318RAK - SecureHeights
3M Protecta 2m Single Leg Rope Shock Absorbing Lanyard with Scaffold Hook AE522/6 - SecureHeights
3M Protecta 1.5m Single Leg Rope Shock Absorbing Lanyard with Snap Hook AE522/13 - SecureHeights
3M Protecta 1.5m Twin Leg Edge Tested Rope Shock Absorbing Lanyard AE5315REK/SE - SecureHeights
3M Protecta 2m Single Leg Edge Tested Rope Shock Absorbing Lanyard AE5220REK/SE - SecureHeights
3M Protecta Pro 2m Twin Leg Kevlar Webbing Welders Lanyard AE5320KBF - SecureHeights
3M Protecta Pro 2m Single Leg Kevlar Webbing Welders Lanyard AE5220KBF - SecureHeights
3M Protecta Pro 1.5m Twin Leg Kevlar Webbing Welders Lanyard AE5315KBF - SecureHeights
3M Protecta Pro 1.5m Single Leg Kevlar Webbing Welders Lanyard AE5215KBF - SecureHeights
3M Protecta 140kg Capacity 1.8m Twin Leg Rope Shock Absorbing Lanyard 1260333 - SecureHeights
3M Protecta 140kg Capacity 2m Twin Leg Rope Shock Absorbing Lanyard 1260332 - SecureHeights
3M Protecta 140kg Capacity 2m Single Leg Rope Shock Absorbing Lanyard 1260331 - SecureHeights

Frequently Asked Questions

How do I choose the correct fall arrest lanyard length for my work environment?

The ideal length depends on available clearance, anchor location, and the type of work being performed. Longer connections may provide greater reach but can also increase the distance travelled during an incident if not properly planned. It is important to calculate total clearance requirements, including connector lengths and system extension. Reviewing the work area before selecting equipment helps ensure the chosen solution is appropriate for the task.

When should an energy absorbing lanyard be used instead of a standard connection device?

Additional energy management may be required when there is a possibility of a worker being exposed to a fall. These systems are designed to help reduce the forces transferred through the safety system during an incident. The need for this type of equipment depends on the working method, anchor arrangement, and overall system design. A proper risk assessment can help determine whether it is the most suitable option.

What are the advantages of an adjustable lanyard for maintenance and inspection work?

Adjustability allows users to fine-tune their working position without changing equipment or anchor locations. This can improve comfort, efficiency, and control when carrying out tasks on structures, rooftops, or industrial assets. The ability to shorten or lengthen the connection may also help reduce unnecessary movement in certain situations. Selecting the correct adjustment mechanism is important for ease of use and operational efficiency.

When is a single leg lanyard the right choice?

This type of configuration is often suitable where users do not need to move continuously between multiple anchor points. It can provide a straightforward solution for tasks involving a fixed working position or limited movement within a defined area. However, the suitability depends on the access route, work process, and anchorage strategy. The overall safety system should always be evaluated as a whole rather than focusing on individual components.

How are work positioning lanyards different from fall arrest systems?

The primary purpose of positioning equipment is to help users maintain a stable and supported working position while keeping their hands free for the task. They are generally intended to assist with work activities rather than provide protection during a fall event. In many applications, additional protective measures may still be required as part of the overall system. Understanding the intended function of each component is essential when designing a safe work-at-height solution.

Recently viewed