Crisis communication for IGA Ruhrgebiet 2027 in Dortmund

Yes — fully meets DIN EN 50849 (electroacoustic emergency warning systems). The system was designed specifically for safety-relevant announcement and alerting tasks, technically built for everyday operation as well as for emergencies. For ELA systems, DIN EN 50849 sets out the relevant framework. Because — unlike mobile network-based solutions — does not depend on any external network, it is always immediately usable and fully meets the requirements set out in the standard. Other safety-related standards such as DIN EN 54, DIN VDE 0833-4 or DIN 14675 (voice alarm systems) concern a different field of use and functional scope and are therefore not relevant for in terms of approval. Since 2017, has been used successfully many times as a public address system for temporary and mobile applications in mission-critical communication tasks. RADACOM and your regional partner will be happy to advise you on the wide range of functions and support you in implementing the requirements cost-effectively.

Yes, operates via its own autonomous radio network, completely independent of public communication networks and their availability. This makes the system highly resistant to external influences. Since does not rely on cable routes but communicates by radio, the connection re-establishes itself automatically after an interruption. therefore responds far more resiliently to disruptions of normal operation than many other systems, proving the crisis readiness of this communication system. has an internal battery with a runtime of up to 16 hours and also powers connected accessory modules. Even if the mobile network is overloaded, the internet provider has been hacked or someone has pulled the wrong plug, keeps working. This keeps crisis communication for IGA Ruhrgebiet 2027 reliably operational even in the event of a power failure or disruptions to public communication networks.

Yes, was developed specifically for flexible outdoor deployments without permanent infrastructure. One or two people can mount the modules on a variety of structures such as lampposts, stages, stands or trees within a few minutes and configure them individually. A standard Schuko power connection is sufficient for continuous operation. makes use of an existing digital radio network.

With , different functions can be implemented via a single communication platform, depending on the application. The rental and installation costs of can quickly be offset by these savings. You can find some specific examples of savings here. When the wide range of functions is used consistently, the result is not only a higher level of safety and an easier workload for staff, but often even savings in the overall budget. mainly reduces the effort required for separate loudspeaker, control and communication solutions. Material requirements and cabling work are reduced, and information and emergency announcements can be made from a single location. In addition, specifically reduces staffing requirements: tasks that would otherwise require several stewarding, reporting or operating posts spread across the site are handled from one location by central announcements, remote control and status monitoring – so staff can be saved or deployed more effectively at safety-critical points. The greatest savings potential arises at fenced events such as festivals or corporate events: guarding emergency exit gates can be covered by technical monitoring of the gates with , so guards at emergency exits are no longer needed or can be deployed more effectively elsewhere. In this way, rental and installation costs are offset by savings on staff and other technology. Especially for temporary, time-limited events, the costs of planning, setting up and operating safety technology drop significantly.

is rented by the day through certified partners, including advice, instruction and technical support. Your regional partner coordinates the deployment with you. Find a partner and request a rental