Enhancing In-Building Emergency Communication
Emergency Response Communication Enhancement Systems (ERCES) are designed to ensure reliable, uninterrupted communication for first responders inside buildings, particularly in areas where traditional radio signals may be weak. By enhancing in-building signal strength, ERCES ensures that fire, police, and medical personnel can communicate effectively during emergencies. This system is critical for meeting local safety regulations and ensuring public safety in high-risk situations.
Our team handles everything from site surveys to installation, ensuring optimal performance and coverage throughout your facility.
This system amplifies emergency radio signals to eliminate dead zones and keep responders connected during critical moments
This proactive approach ensures that your system is always ready to provide reliable communication during emergencies.
Designed to meet all local fire and safety regulations, ensuring your building remains compliant with public safety requirements.
How We Work
Enterprise solutions for large scale projects spanning multiple years
Over 3 Years
Our network is our net
worth.
Experience
With more than 25 years of experience, we can deliver unbeatable quality.
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FAQs
Have questions? Explore our FAQ section for quick answers to
common inquiries about our services and solutions.
A building typically requires an ERCES system if it has areas with poor emergency responder radio coverage. At WZC Networking, we conduct an initial grid test to assess your building's signal strength. Based on the results, we determine if an ERCES is needed to meet local fire code and safety regulations.
ERCES boosts radio signals in buildings where traditional signals struggle to penetrate. It ensures that firefighters, police, and medical personnel can communicate seamlessly throughout the building, including areas like underground parking structures, stairwells, and basements.
If your system does not comply with local codes, it may lead to safety hazards, fines, or failure to receive a certificate of occupancy. At WZC Networking, we ensure your ERCES system meets all local fire and safety code requirements, coordinating with local AHJs for approval.
We use iBwave design software to map out the ideal locations for antennas, ensuring that the entire building has adequate coverage. By conducting a detailed site survey and analyzing signal strength, we ensure all critical areas, such as stairwells, basements, and parking garages, have reliable coverage.
Yes, ERCES can integrate with your existing communication infrastructure. We ensure that our systems work seamlessly alongside your fire alarm systems, public address systems, and other in-building communication technologies to support a unified emergency response strategy.
ERCES systems must comply with NFPA 72 (National Fire Alarm and Signaling Code) and IFC (International Fire Code), as well as any additional local requirements set by the Authority Having Jurisdiction (AHJ). At WZC Networking, we design and install systems that meet all relevant national and local regulations.
We monitor changes in local and national fire codes to ensure your ERCES system remains compliant. Our team conducts regular system updates, and we provide annual health checks to address any new requirements or recommendations from local authorities.
Absolutely. We specialize in designing custom ERCES solutions for complex environments such as high-rise buildings, hospitals, university campuses, and large industrial facilities. We ensure these unique environments have seamless communication coverage for emergency responders.
Our engineers carefully assess potential interference during the design phase, ensuring that ERCES operates on a dedicated frequency band without disrupting other wireless systems like Wi-Fi, cellular DAS, or private networks. Proper planning and channel separation ensure smooth coexistence.
Yes, ERCES can be installed in older or historically significant buildings. We specialize in overcoming the challenges presented by older or complex building layouts, ensuring reliable coverage while adhering to the structural and aesthetic requirements of the space.