Built for Impact
Deploying a compliant ERCES system doesn’t start with hardware. It starts with understanding—of the code, the building, and the people who will depend on it. Our step-by-step process ensures your system is engineered, permitted, installed, and commissioned with precision. No shortcuts. No confusion. Just a clear path from signal testing to final inspection and “on-air” activation.
Experience You Can Trust. A Process Built for Results.
With years of hands-on experience designing and deploying code-compliant ERCES systems, our team understands what’s at stake when first responder communication is on the line. We’ve worked with AHJs, school districts, contractors, and building owners to ensure systems are designed right, installed correctly, and brought online without delays.
Our process was built with safety, compliance, and clarity in mind—so you know exactly what to expect at every stage. From the first signal test to final system activation, we’re your partner in making buildings safer and communication stronger.
1. Understand Code Requirements
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- Research local codes by engaging the local AHJ (Authority Having Jurisdiction), usually the Fire Marshal’s Office, where the facility is located.
- Verify local building fire codes, which may vary by jurisdiction. Codes typically reference NFPA, IFC, or similar standards, but may include local amendments.
- Review details and processes required by the FCC license holder (typically the operator of radio services for the jurisdiction).
2. Site Assessment / Signal Strength Testing
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- Conduct site assessment testing, also known as Signal Strength Testing, to ensure full building coverage.
- Perform a radio frequency (RF) survey to assess signal strength throughout the facility.
- Engage a certified, qualified company that maintains working relationships with both the jurisdiction and FCC license holders to ensure proper and accurate testing.
3. Design & Engineering
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- RF Engineering: An RF engineer designs signal coverage for weak areas identified during testing.
- Mechanical Engineering: Incorporates the RF design into permit and construction-ready drawings.
- This phase provides a clear path to obtain organized pricing and a defined installation scope.
4. Construction
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- Use the design and scope of work to select a qualified contractor for system installation.
- The contractor installs the system components, performs permit inspections, and provides coax and fiber testing results as applicable.
- RF engineer pre-commissions the system to ensure it’s ready for activation.
5. Completion / On-Air Activation
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- RF engineer coordinates with the FCC license holder for retransmission permission and system activation.
- Final system commissioning is completed, including post-signal strength testing.
- Any remaining permit inspections are performed to officially close out the project.
SERVICES
See the Services Behind the Process
Now that you understand how we work, explore the specific services and solutions that bring our process to life—from signal testing and design to installation, integration, and ongoing support.
Contact Us
Whether you’re navigating code requirements or planning a full ERCES installation, we’re here to guide you through every step—from initial assessment to final activation. Call, email, or fill out the form to get started.
