Western Antenna

An ERCES is a system designed to ensure reliable two-way radio communication for first responders, such as firefighters and police, inside buildings during emergencies. It uses components like Bi-Directional Amplifiers (BDA) and Distributed Antenna Systems (DAS) to boost radio frequency (RF) signals, ensuring coverage in areas like basements, stairwells, and high-rise structures where signals may be weak.

Many jurisdictions mandate ERCES installation to comply with local fire codes, such as NFPA 1221, NFPA 1225, and IFC Section 510, to ensure first responders can communicate effectively during emergencies. Buildings with poor radio signal coverage, due to construction materials like concrete or Low-E glass, often require an ERCES to meet safety standards and obtain a Certificate of Occupancy.

A preliminary site survey, including RF grid testing, assesses signal strength throughout your building. If critical areas (e.g., stairwells, basements) have insufficient coverage, an ERCES is typically required. Our team uses advanced tools like spectrum analyzers to provide a detailed report and recommend solutions tailored to your facility.

The installation process includes:

- **Site Survey**: Evaluating building layout, materials, and RF environment to identify signal obstructions.

- **System Design**: Creating a customized ERCES plan using tools like iBwave software, ensuring compliance with local codes.

- **Installation**: Installing components like BDAs, DAS, antennas, and cabling by certified technicians.

- **Testing and Commissioning**: Conducting signal strength, coverage, and reliability tests to verify performance and compliance.

We conduct comprehensive testing to meet NFPA and IFC standards, including:

- **Signal Strength Testing**: Verifying signal strength meets or exceeds requirements in critical areas.

- **Coverage Testing**: Ensuring all building areas, including dead zones, have adequate signal coverage.

- **Reliability Testing**: Simulating emergencies and power outages to confirm system performance.

- **Compliance Reporting**: Documenting results to submit to Authorities Having Jurisdiction (AHJs) for approval.

Annual testing and recertification are typically required by local and federal codes to ensure ongoing compliance and performance. We offer maintenance plans that include regular inspections, testing, and prompt repairs to keep your system operational.

Our team includes FCC-licensed engineers, NICET-certified professionals, and technicians with General Radiotelephone Operator Licenses (GROL). These qualifications ensure compliance with national, state, and local regulations, including NFPA, IFC, and FCC standards.

- **Enhanced Safety**: Ensures clear communication for first responders, improving response times and safety.

- **Code Compliance**: Meets local and national fire codes, avoiding fines and ensuring occupancy permits.

- **Future-Proofing**: Supports modern and emerging communication technologies.

- **Increased Property Value**: Makes buildings more attractive to tenants and buyers.

We work closely with local fire marshals and AHJs to ensure our designs and installations meet all relevant codes, including NFPA 1221, NFPA 1225, IFC Section 510, and FCC regulations. Our team stays updated on evolving standards and conducts thorough compliance reporting.

We provide ongoing maintenance, including:

- Regular inspections to check system performance.

- Annual testing to ensure compliance with codes.

- Prompt repair services for any issues.

- Remote monitoring to detect and address RF interference or system changes.

Yes, we specialize in retrofitting ERCES in existing facilities. We assess your building’s current RF coverage, design a system that integrates with existing infrastructure, and minimize disruptions during installation.

Contact us to schedule a consultation and site survey. Our team will assess your building’s needs, provide a customized solution, and guide you through the design, installation, and commissioning process to ensure compliance and safety.