Emergency Lighting

High‑Level Scope – Emergency Lighting Solution for CTMUHB CTMUHB requires the continued supply of emergency lighting equipment that aligns with the Health Board’s established technical standards and operational needs. The scope focuses on ensuring that future installations, upgrades, and system expansions integrate smoothly with the existing emergency lighting platform used across the CTMUHB estate. 1. Compatibility with Existing Systems The Health Board operates an established, estate‑wide emergency lighting system with specific hardware, software, and monitoring capabilities. New equipment must be fully compatible with the existing infrastructure to maintain consistent system performance, centralised monitoring, and efficient maintenance. 2. Full Interoperability and Safety Alignment The emergency lighting solution must operate as part of a unified, interoperable system. This includes supporting: centralised testing and system oversight, consistent and reliable fault reporting, compliance with BS 5266, WHTM guidance, and life safety standards, and dependable operation during fire or emergency events. All components must integrate seamlessly into the current communications and diagnostic architecture used across CTMUHB sites. 3. Support for Standardisation Across the Estate CTMUHB is progressing toward maintaining a standardised emergency lighting platform. Any products supplied must contribute to this strategy by: ensuring uniformity across existing and future installations, preventing fragmentation or duplication of monitoring systems, and enabling estates and engineering teams to manage the system efficiently. 4. Minimising Disruption and Avoiding Re‑engineering The solution must be deployable within the existing system without the need for: removal or bypassing of current equipment, redesign or reconfiguration of monitoring or control systems, replacement of compatible wiring, or re‑commissioning of entire networks. The goal is to maintain continuity of service across clinical and non‑clinical areas without causing operational disruption.