Horizontal cross overs are designed to create crossing intersections, allowing for efficient cable routing in multiple directions.
FibrePath
Fire Safety
FibrePath material choice: Steel is used because its non-combustible material and does not contribute to the spread of fire and do not emit toxic gases during combustion Eliminating significant risk to human health spread of fire and to mitigate the fire risk to expensive data centre IT equipment.
FibrePath
Airflow management
FibrePath, have been designed for HEAT dissipation. Fibre path, functionalities vented channels helps to minimise hotspots within and around the containment system, it's a critical aspect of data centre design and operations, ensuring that data centres meet environmental sustainability goals.
FibrePath
Sustainability
Steel is highly recyclable, and the recycling process doesn't compromise its quality. Recycled steel can be used to manufacture new products, reducing the need for raw materials and energy consumption.
FibrePath
Scalability and Flexibility
FibrePath easy expansion, designed to be scalable, allowing for easy expansion as data centre needs grow. This flexibility accommodates changes in standard rack width installations without major disruptions.
FibrePath
Rapid Installation
Our goal was to minimise the time and resources required to implement, FibrePath Is particularly important in data centres where minimising downtime and getting systems up and running quickly is critical, offering Xero-U connectivity panel mounting options, these modular elements can be quickly assembled and interconnected, allowing for faster deployment.
The next leap in fibre containment raceway technology, designed exclusively for the evolving needs of complex cable management. Ensuring a scalable, flexible, sustainable system, whilst reducing installation time and cost.