An Emergency Responder Radio Coverage System (ERRCS) also known as emergency responder communication enhancement systems (ERCES) is a communication infrastructure designed to ensure that emergency responders, such as firefighters and police officers, can maintain reliable two-way radio communication within buildings during emergencies. This system is crucial because the standard construction materials of many buildings, such as Low E glass, concrete and steel, can significantly weaken radio signals.

An Emergency Responder Radio Coverage System (ERRCS) also known as emergency responder communication enhancement systems (ERCES) is a communication infrastructure designed to ensure that emergency responders, such as firefighters and police officers, can maintain reliable two-way radio communication within buildings during emergencies.
This system is crucial because the standard construction materials of many buildings, such as Low E glass, concrete and steel, can significantly weaken radio signals.
To test for code compliance regarding emergency responder radio coverage in a building, a building owner should start by consulting local building codes and the requirements specified in the NFPA and IFC guidelines.
It’s crucial to hire a certified professional who specializes in Distributed Antenna Systems (DAS) and emergency responder communication enhancement systems (ERCES).
The process typically involves using spectrum analyzers and or radios to measure the strength and clarity of radio signals throughout various parts of the building, including critical areas like stairwells, basements, and sprinkler risers.
After testing, the company will provide a detailed report indicating any areas lacking sufficient coverage and suggest necessary enhancements to the building to meet code compliance.
Finally, the building owner should submit these compliance reports to the relevant local authority and schedule regular retests to maintain compliance as building layouts or local regulations change.
01. Welcome Email - Upon initiation, you will receive a welcome email containing a link to upload code sheets and floor plans.
02. Review and Frequency Acquisition - Our team will review the uploaded documents and determine the correct frequencies and method for submitting an emergency responder radio coverage compliance report to the AHJ (Authority Having Jurisdiction), typically the fire marshal.
03. Pre-Test Preparation - A few days before the scheduled test, you will receive another email containing a short video tutorial, tracking information, and a return label for the test kit.
04. Test Day - On the day of the test, power up the computer we provided you 15 minutes prior to the designated time and ensure it's connected to the internet. Our engineer will remotely access your computer using TeamViewer. They will guide you through the process. You'll walk to 20 different areas per floor while our team takes spectrum analysis captures of the first responder frequencies in operation. You'll identify each grid according to the provided drawings, using 1 through 20 identifiers.
05. Test Kit Return - Once the spectrum analysis is completed, return the tester to its box. Securely tape the UPS return label to the box and apply it. You can either request a UPS driver to pick it up or drop it off at any UPS location.
06. Report Completion - A few days after returning the tester, we will have completed the report. If the building passes, you can deliver the report to the AHJ. If the building doesn't pass, we will provide guidance on potential next steps to mitigate risks and ensure the building opens on time.
This process ensures compliance with emergency responder radio coverage regulations and helps ensure the safety of occupants in the building.
An AHJ (Fire Department) compliant report so you can open your doors!
If the building passes you will receive a code compliant building radio coverage test report by an FCC licensed engineer
Most cities require this for occupancy under building and fire code. Exposing the project to at least $200,000 in unexpected costs and delays if not addressed early enough.
$3,500
I would like to reduce the cost impact to the project.
If you choose to assist with the test you will need to dedicate to 2 hours of training/ logistics and 1 hour per floor for testing.
Saves you coordination hassles and costs with our time tested smart hands style testing with our engineer remotely on our testing device side by side with you every step of the way.
-$1,750
The AHJ to go away!
A simple report that shows your building is in compliance with code
Piece of mind!
$1,750 Total cost
What if the report is denied!
Unconditional guarantee! If the AHJ doesn’t accept our report you get your full money back plus $1,000 for your inconvenience.
Umm what's the risk? Thousands of reports filed and never had one not be accepted but its possible..
$2,750 back to you!
If the building doesn’t pass coverage compliance…..
I want to meet all the codes. Did you know there are more than 4 departments code that could apply…
Emergency Responder Radio Code summary for your building. Knowing is half the battle!
This will provide you a written summary to deliver to the team on why and what the project has to adhere to.
$500
I don’t want to be blindsided by anything.
78-point DAS risk assessment for your building.
You know you need it, but what is "it" there are over 78 different risk factors in an DAS project, and we help you identify your exposure.
$4,000
Great I have to put this in…. Now what do I ask for.
DAS specifications to put out for bid if your building needs enhanced radio coverage.
You need it.. How do you properly communicate to your subs what to provide.
$2,000
Rip the Band-Aid off how much do I need to budget for? What should I expect from my subs..
Budget for a complete install for DAS.
You put it out for bid.. What should it cost. What number do I carry?
$1,000
I can't make this just go away who else is affected. What do they need to do.
Impacted trades scope report detailing their part in the process.
See who else is impacted on the project team? What do they need to deliver?
$1,000
I just want to know I've done the best I can with this chaos!
The total value provided for this guidance.
This will not only provide future risk prevention by removing the unknown for you but also you will help the entire project team understand and execute!
$12,000
We want to partner with you not just one this one project but into the future. So were investing in that with our special one time offer.
Lock in your path to awareness and reserve your spot today with a $995 deposit!
-$8,500
Your investment with all the bonus value.
$995 Today
$755 on delivery of report
$1,750 if the building doesnt pass and you choose for our support through the project.
$3,500

An Emergency Responder Radio Coverage System (ERRCS) also known as emergency responder communication enhancement systems (ERCES) is a communication infrastructure designed to ensure that emergency responders, such as firefighters and police officers, can maintain reliable two-way radio communication within buildings during emergencies.

This system is crucial because the standard construction materials of many buildings, such as Low E glass, concrete and steel, can significantly weaken radio signals.


To test for code compliance regarding emergency responder radio coverage in a building, a building owner should start by consulting local building codes and the requirements specified in the NFPA and IFC guidelines.
It’s crucial to hire a certified professional who specializes in Distributed Antenna Systems (DAS) and emergency responder communication enhancement systems (ERCES).
The process typically involves using spectrum analyzers and or radios to measure the strength and clarity of radio signals throughout various parts of the building, including critical areas like stairwells, basements, and sprinkler risers.
After testing, the company will provide a detailed report indicating any areas lacking sufficient coverage and suggest necessary enhancements to the building to meet code compliance.
Finally, the building owner should submit these compliance reports to the relevant local authority and schedule regular retests to maintain compliance as building layouts or local regulations change.
Upon initiation, you will receive a welcome email containing a link to upload code sheets and floor plans.
Our team will review the uploaded documents and determine the correct frequencies and method for submitting an emergency responder radio coverage compliance report to the AHJ (Authority Having Jurisdiction), typically the fire marshal.
A few days before the scheduled test, you will receive another email containing a short video tutorial, tracking information, and a return label for the test kit.
On the day of the test, power up the computer we provided you 15 minutes prior to the designated time and ensure it's connected to the internet. Our engineer will remotely access your computer using TeamViewer. They will guide you through the process. You'll walk to 20 different areas per floor while our team takes spectrum analysis captures of the first responder frequencies in operation. You'll identify each grid according to the provided drawings, using 1 through 20 identifiers.
Once the spectrum analysis is completed, return the tester to its box. Securely tape the UPS return label to the box and apply it. You can either request a UPS driver to pick it up or drop it off at any UPS location.
A few days after returning the tester, we will have completed the report. If the building passes, you can deliver the report to the AHJ. If the building doesn't pass, we will provide guidance on potential next steps to mitigate risks and ensure the building opens on time.
This process ensures compliance with emergency responder radio coverage regulations and helps ensure the safety of occupants in the building.
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