Emergency Voice Communications Systems

Emergency Voice Communications Systems

DSSL Group delivers a comprehensive range of life‑safety solutions that work seamlessly alongside your Fire Detection and Alarm systems. Our portfolio includes Emergency Voice Communication (EVC), Disabled Refuge systems, and Disabled Toilet Alert and Notification solutions—each designed to protect building occupants during emergency situations. We ensure clear communication, rapid response, and smooth integration with wider fire and building management systems across even the most complex estates.

Emergency Voice Communication (EVC) systems enable vital two‑way communication between building management teams or emergency services and individuals who may need assistance evacuating during an emergency. Communication takes place between a central control point and multiple strategically positioned ‘outstations’ located throughout a building or across a wider estate.

DSSL Group provides full lifecycle support for all EVC and associated life‑safety systems, including design, installation, commissioning and ongoing maintenance. All solutions are delivered in alignment with the latest fire safety and life‑safety standards, with seamless integration into your fire detection and alarm infrastructure to support a coordinated and intelligent emergency response.

Key Features / Highlights

Key Features / Highlights

  • Clear 2-way voice communications between designated locations
  • Integration with fire detection and alarm systems
  • Compliance with UK and European life-safety standards
  • Suitable for complex, multi-site, high-occupancy environments
  • Design, installation, commissioning and ongoing support

DSSL Group ltd

Speak to Our Team

If you are reviewing your current systems or preparing for your next project, DSSL can provide clear, commercially sound advice backed by proven delivery capability. Contact us to discuss your requirements and partner with a team that takes full responsibility from concept through to long-term support.