Access monitoring for construction sites

Yes. The basis is DIN EN 50849 for electroacoustic emergency warning systems, whose requirements fully meets. Developed specifically for safety-relevant announcement and alerting applications, is technically designed for everyday use as well as for emergency situations. For ELA systems, DIN EN 50849 forms the relevant framework. Because — unlike mobile network-based systems — does not depend on an external network, immediate usability is guaranteed at all times, meaning the standard is fully met. Other safety-related standards such as DIN EN 54, DIN VDE 0833-4 and DIN 14675 (voice alarm systems) concern a different field of use and functional scope and are not relevant for the approval of . Since its market launch in 2017, has been the leading public address system for temporary and mobile applications, used successfully at some of the largest open-air events in Europe. 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.

Depending on the application, can be used to implement a range of different functions via a single, unified communication platform. These savings can quickly offset rental and installation costs. You can find some specific examples of savings here. Consistent use of its wide range of functions often not only increases the level of safety and makes employees’ work easier, but also produces 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. can also selectively replace personnel: tasks that would otherwise require several security, reporting or operating posts distributed across the site can be handled from a single location through centralized announcements, remote control and status monitoring. This makes it possible to reduce staffing or deploy personnel more effectively at safety-critical points. The greatest savings potential arises at fenced-in events: monitoring emergency exit gates with can replace security staff guarding these gates, allowing them to be eliminated or deployed more effectively elsewhere. This offsets rental and installation costs through savings in personnel and other technology. Especially at temporary, time-limited events, this significantly reduces the costs of planning, setup and operation of the security technology.

Yes, operates via its own autonomous radio network and is completely independent of public communication networks and their availability. This makes the system highly resistant to external influences. Because does not rely on cables but communicates via radio, the connection is automatically re-established after an interruption. therefore responds far more resiliently to disruptions to normal operation than many other systems, demonstrating the crisis resilience 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, continues to operate. This means that access monitoring on construction sites remains reliably functional even in the event of a power failure or disruptions to public communication networks.

Yes, was specifically developed for flexible outdoor applications without fixed infrastructure. The modules can be mounted on various structures, such as lampposts, stages, stands or trees, by one or two people within just a few minutes and configured individually. A standard Schuko power connection is sufficient for continuous operation.

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