SMATV System Installation at RNLI Burry Port Lifeboat Station, Llanelli
Project Overview
The Royal National Lifeboat Institution (RNLI) is a renowned charity dedicated to saving lives at sea. Established in 1824, the RNLI operates a fleet of over 330 lifeboats and several hovercrafts across the United Kingdom and Ireland, providing a 24-hour lifeboat search and rescue service.
The Burry Port Lifeboat Station in Llanelli underwent a new build to enhance its operational capabilities. To support the station's needs, One Vision Digital Ltd was commissioned to design and install a comprehensive Satellite Master Antenna Television (SMATV) system, ensuring reliable access to television services for the crew and staff.
Client Requirements
The primary objectives for the SMATV system installation were:
- Provide access to both terrestrial (Freeview) and satellite (Sky, Freesat) television services throughout the station.
- Ensure consistent signal quality and reliability to support the station's 24/7 operations.
- Implement a scalable and maintainable infrastructure for future technological advancements.
Our Solution
To meet these requirements, One Vision Digital Ltd implemented a robust 5-wire SMATV distribution system, which included:
- Centralised Reception Equipment: Installation of satellite dishes and aerials to receive a comprehensive range of television signals.
- Signal Distribution: Deployment of a Triax 5-wire SMATV mains power multi-switch to distribute signals efficiently throughout the building.
- Quality Cabling: Use of high-grade coaxial cabling to ensure minimal signal loss and optimal performance.
This configuration ensures that each area within the lifeboat station receives a full range of television services with excellent picture and sound quality, enhancing the crew's experience during their downtime.
Project Outcome
The successful implementation of the SMATV system at the RNLI Burry Port Lifeboat Station resulted in:
- Enhanced Crew Welfare: Crew members now have access to a wide selection of television channels, providing relaxation and entertainment during rest periods.
- Operational Efficiency: The centralised system simplifies maintenance and allows for future scalability, ensuring long-term reliability.
- Aesthetic Preservation: The design negates the need for multiple external dishes or aerials, maintaining the station's visual integrity.
