Product Catalogue

Horizontal Systems

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Horizontal systems are designed to protect workers who need to move freely along edges, rooftops, or structures while remaining continuously attached. By providing a secure line to connect to, these systems reduce fall risk without restricting movement, making them ideal for roofing, platform access, maintenance, inspection, and façade access work.

Showing 1 - 2 of 2 products

At SecureHeights, we supply certified horizontal systems built for reliability, compliance, and long-term performance across demanding work-at-height environments.

Horizontal Systems: Selection & Types

System Type	Description	Protection Method	Typical Installation	Key Advantage
Temporary horizontal lifelines	Portable lifeline systems for short-term use	Fall arrest or fall restraint	Temporary anchors, beams, structures	Fast setup and removal
Cable horizontal lifeline systems	Flexible cable-based systems spanning long distances	Fall restraint or fall arrest	Roofs, steel structures, long perimeters	Covers large working areas
Rail (rigid) systems	Fixed rail systems providing guided movement along a structure	Fall restraint or fall arrest	Roofs, façades, industrial structures	Smooth movement with minimal deflection

Continuous Protection Along the Working Area

A horizontal safety line allows users to travel along a defined route while remaining securely connected at all times. Integrated travellers or trolleys pass intermediate supports smoothly, eliminating the need to disconnect and reconnect when moving across the structure.

Each safety line system is designed to work with compatible harnesses and lanyards, forming part of a complete height safety setup that supports both fall restraint and fall arrest configurations.

Systems for Rooftop & Structural Applications

A properly designed horizontal lifeline system can be installed on a wide range of structures, including flat roofs, pitched roofs, and complex building layouts. For rooftop environments, roof safety line systems are commonly used to support safe access for maintenance, inspections, and plant servicing without compromising roof integrity.

Depending on system configuration and risk assessment, a horizontal safety line system can either restrict access to hazards or safely arrest a fall should one occur.

Fall Restraint & Fall Arrest Protection

Horizontal systems can be configured for either fall restraint or fall arrest, depending on the application and risk assessment.

Fall restraint systems are designed to prevent the user from reaching a fall hazard by limiting movement to within a safe working area. These are commonly used on rooftops and open structures where edge access needs to be controlled.

Where fall risk cannot be fully eliminated, fall arrest systems are designed to safely stop a fall and manage the forces generated during the event. These systems must be correctly specified and installed to ensure safe load distribution and user protection.

In both cases, proper system design, installation, and regular inspection are essential to maintain compliance and ensure reliable performance over time.

Expert Support from SecureHeights

Selecting the right horizontal system depends on structure type, usage frequency, and safety objectives. Our experienced team can help you choose and configure a solution that aligns with your site requirements and regulatory responsibilities.

Protect Your Team Along Every Step

Explore our range of horizontal systems at SecureHeights and create a safer working environment at height. Order online today or contact our specialists for expert guidance on selecting the right horizontal safety solution for your project.

What are horizontal lifelines and where are they typically used?

These systems are commonly installed where workers need to travel across a wide area while remaining continuously connected. They are frequently used on rooftops, industrial structures, loading areas, and maintenance zones where movement between work positions is required. By providing a designated attachment route, they can help support safer access across exposed areas. The exact configuration depends on the structure, user requirements, and operational environment.

How does a horizontal life line system improve worker mobility?

Unlike fixed single-point attachments, this type of arrangement allows users to move along a predefined path without repeatedly disconnecting and reconnecting. This can improve workflow efficiency while helping maintain continuous protection throughout the task. The ability to travel along extended work areas is particularly beneficial for inspection, maintenance, and servicing activities. Proper planning and installation are important to ensure smooth operation and user confidence.

What should I consider when selecting a horizontal safety line system?

Several factors should be evaluated, including span length, number of users, structural suitability, and anticipated working conditions. Environmental exposure, maintenance requirements, and future access needs may also influence the most appropriate solution. It is important to consider how the system will integrate with existing access arrangements and operational procedures. A tailored design often delivers the most effective long-term outcome.

When is a mansafe roof system the best option?

This type of solution is often chosen for buildings where regular roof access is required for inspection, servicing, or maintenance work. It can provide a structured method of managing access across large rooftop areas while supporting safe movement between work locations. The suitability of the system depends on roof design, access frequency, and the tasks being undertaken. Early consideration during building design or refurbishment can help achieve a more practical installation.

How do horizontal fall arrest systems differ from other roof safety solutions?

These systems are designed to accommodate movement across a broader working area while maintaining connection to a dedicated anchorage device. Other approaches may focus on restricting access, creating physical barriers, or providing protection at specific locations. The most appropriate method depends on the nature of the work, building layout, and operational objectives. In many cases, multiple safety measures are combined to create a comprehensive work-at-height strategy.