Verified by manufacturer 8 days ago
Pedestrian Safety Barriers (SEG/SEG+): Efficiently separate forklifts and pedestrians with this industrial barrier. Enhanced visibility and safety solution effectively separates pedestrian walkways.
The Pedestrian Safety Barrier (SEG / SEG+) is designed to segregate pedestrian walkways from forklift and material handling equipment (MHE) traffic within warehouses, logistics centres and industrial facilities. In environments where vehicles and pedestrians operate in close proximity, clear physical separation is essential to reduce collision risk and improve overall workplace safety.
The SEG and SEG+ barrier systems provide a durable and highly visible solution for defining safe pedestrian routes while preventing forklifts from entering restricted areas. The modular design allows the barrier system to be installed across a wide range of industrial layouts where traffic management and pedestrian protection are required.
Industrial Facilities with High Foot Traffic
In manufacturing and production environments where employees regularly move between workstations, clear pedestrian walkways are essential. The SEG / SEG+ barrier system helps maintain safe walking routes by creating a physical separation between personnel and vehicle traffic.
Typical applications include:
The barrier system helps guide pedestrian movement while preventing forklifts from entering these areas.
Warehouses and Distribution Centres
Within warehouses and logistics centres, forklifts and pallet trucks frequently operate near storage areas and packing stations. Installing pedestrian safety barriers helps separate vehicle traffic from pedestrian routes, reducing the risk of accidents.
Typical installations include:
The high visibility barrier system improves awareness for forklift operators while clearly defining safe pedestrian zones.
Manufacturing Plants
In manufacturing facilities, vehicles often transport materials between storage and production areas. Structural segregation using the SEG / SEG+ barrier system helps establish safe operational zones and prevents forklifts from entering pedestrian pathways.
Typical installations include:
These installations help maintain safe operational flow while protecting employees working close to vehicle routes.
Pedestrian Safety Barrier (SEG / SEG+)
Modular Safety Barrier for Pedestrian Walkways and Traffic Segregation
The Pedestrian Safety Barrier (SEG / SEG+) is a modular safety barrier system designed to segregate pedestrian walkways from forklift and material handling equipment (MHE) traffic within warehouses, logistics centres and industrial facilities. In busy operational environments where forklifts and pallet trucks operate near pedestrian routes, clear physical segregation is essential for maintaining safe working conditions.
The SEG and SEG+ barrier systems provide a durable and highly visible solution for defining pedestrian routes while controlling operational movement within industrial facilities. The system combines polyethylene handrails and posts with galvanised steel boot bases, creating a robust barrier designed to withstand demanding warehouse environments.
The modular design allows the barrier to be configured to suit different operational layouts, providing flexible installation across a wide range of industrial applications.
Designed for Warehouse and Industrial Environments
In warehouses and logistics centres, pedestrian movement often occurs alongside forklift and pallet handling operations. Without clear segregation, these shared spaces can increase the risk of vehicle and pedestrian interaction.
The SEG / SEG+ Pedestrian Safety Barrier provides a clear physical boundary between pedestrian walkways and vehicle operating areas. The system helps guide personnel movement while preventing forklifts and other equipment from entering designated pedestrian zones.
Typical environments include:
Installing pedestrian segregation barriers helps organisations create structured traffic management systems while improving workplace safety.
SEG and SEG+ Barrier Configurations
The SEG pedestrian barrier system provides a handrail-style pedestrian segregation barrier, designed to guide pedestrian movement through industrial environments.
The SEG+ system builds upon this design by incorporating additional low-level protection, typically using an Armco barrier rail to protect against forklift contact. This additional barrier increases resistance to vehicle impact in areas where pallet handling equipment operates close to pedestrian routes.
This configuration is particularly beneficial in areas where:
The combination of polymer handrails and low-level vehicle protection allows the SEG+ system to provide enhanced segregation within high traffic industrial environments.
Modular Barrier Design
The SEG / SEG+ barrier system uses a modular construction, allowing it to be configured to suit different facility layouts. Barrier rails can be adjusted to the required length and cut on site using standard chop-saw equipment.
This modular flexibility allows the barrier system to adapt to:
The modular design simplifies installation and allows facilities to extend or modify pedestrian segregation layouts as operational requirements change.
Infrastructure and Equipment Protection
In addition to pedestrian segregation, the SEG / SEG+ system can be used to protect sensitive infrastructure within industrial environments.
The barrier system is particularly suited to protecting areas containing electrical or IT infrastructure where vehicle access must be restricted.
Typical protected equipment includes:
By creating a defined protective perimeter around these assets, the barrier helps prevent accidental contact from forklifts and other material handling equipment.
Durable Construction for Industrial Use
The SEG / SEG+ barrier system combines polyethylene components with galvanised steel structural elements, providing durability for demanding industrial environments.
The barrier rails and posts are manufactured from high-density polyethylene (HDPE), a material widely used in industrial safety equipment due to its durability and resistance to environmental exposure.
The base structure uses galvanised steel boot bases and baseplates, providing a secure mounting system that maintains stability within busy operational areas.
All steel components are hot-dip galvanised to BS EN ISO 1461, ensuring long-term corrosion protection.
High Visibility Safety Design
The barrier system is manufactured in high visibility colours, typically black posts combined with yellow rail sets. This colour configuration ensures pedestrian routes remain clearly visible within busy operational environments.
The contrasting colour scheme improves awareness for forklift operators while clearly defining pedestrian walkways.
High visibility barriers are particularly beneficial in environments where:
Quick and Flexible Installation
The SEG / SEG+ barrier system is designed for straightforward installation within operational facilities.
Barrier rails can be cut to length on site, allowing installers to adapt the system to the specific layout of the facility. Upright posts are secured using RAWL Safety Plus floor anchors, providing secure installation to concrete floors.
Installation advantages include:
This flexibility allows facilities to create customised pedestrian segregation routes that align with operational traffic flow.
Technical Specification
Material
Manufacturing
Barrier Height
Post Centres Height
Distance Between Post Centres
Steel Boot Base Construction
Baseplates
Fixings
Steelwork Finish
Colour Options
Operational Benefits
Installing SEG / SEG+ pedestrian safety barriers provides several benefits for industrial facilities.
Pedestrian segregation
Creates defined walkways that separate personnel from forklift traffic.
Improved traffic management
Supports structured warehouse traffic management systems.
Infrastructure protection
Protects electrical cabinets and sensitive equipment.
Modular flexibility
Allows barrier layouts to be adapted to changing operational requirements.
High visibility design
Improves awareness of pedestrian routes within busy facilities.
Durable industrial construction
Combines polymer and galvanised steel components for long-term reliability.
Typical Applications
SEG / SEG+ barriers are commonly installed in locations where pedestrian and vehicle routes operate close together.
Typical installations include:
In these environments the barrier helps create safe operational zones while protecting critical infrastructure.
Summary
The Pedestrian Safety Barrier (SEG / SEG+) provides a modular and highly visible solution for separating pedestrians from forklift and MHE traffic in warehouses and industrial environments. Combining durable polyethylene barrier rails with galvanised steel boot bases, the system creates clearly defined walkways while protecting sensitive infrastructure and equipment. The SEG+ variant adds low-level vehicle protection, making it particularly suitable for areas where pallet handling equipment operates close to pedestrian routes. With modular installation and flexible configuration, the SEG / SEG+ barrier system offers an effective solution for improving safety and traffic management within modern industrial facilities.
Color | Black Yellow Manufacturer guidanceYellow and black |
Finish | Powder-coated Galvanized Other Manufacturer guidanceThe polymer has a smooth finish with UV‑treated properties. |
Material | Polymer Steel |
Shape | Other |
Length | Bespoke |
Width | 180 mm |
Height | 1100 mm |
Uniclass | |
CAWS | Q41/240 Handrail systems Q41/240 Handrail systems |
Classification data | |
Handrails | Polyethylene (HDPE) handrails. |
Fixing to parent structure | Four rawl safety plus floor anchors. |
Site finish | Powder-coated. |
Base section | 100 x 100 mm SHS fabrication, baseplate: 180 x 180 x 10 mm. |
Colour: | Yellow and black. |
Material: | Polyethylene (HDPE). Steel. |
Height | 1100 mm. |
Post centres | 1600 mm. |
Contains Red List materials | No |
Country of material origin | United Kingdom |
Country of product manufacture | United Kingdom |
Material | Polymer Steel |
Recyclability | 100% |
This BIM object has been authored to meet the requirements of the
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