Submit an Emergency Radio Signal Survey

Do you want to conduct a radio signal survey test? 

You will need to get authorization from the city.

Online

Step 1.Get radio signal authorization

You will need to request a prioritized control channel from the Orlando Police Department.

NOTE: You can view requirements and criteria for the signal strength survey at the bottom of this page.

Request an Authorization

We will respond to your request within three business days.

Step 2.Test the channel

After receiving the approved control channel, a communications specialist possessing an FCC/GROL license must conduct a test of the system. All integrators must confirm the minimum Delivered Audio Quality (DAQ) with their own equipment. 

Step 3.Submit the test results and authorization letter

Complete the Form 

The plan review team will email you within three business days.

Step 4.Next steps

Approved test results do not require additional action.

Disapproved test results require a building permit.

After we review your building permit application, we will email you a permit number within two business days. You will need to upload signed and sealed plans and documents in our digital plan review system. NOTE: You can view the system plan design requirements at the bottom of this page.

Your contractor also will have to submit associated fire and electrical permit applications, referencing the building permit number.

You must upload documentation confirming use of a Control Channel frequency provided by the Orlando Police Department and a grid report from a Communications Specialist Integrator who possesses an FCC issued (GROL) General Radio/Telephone Operators License. The survey report must include type of analyzer and or technology, (DL) download and (UL) upload calculations for inbound and outbound transmission, DAQ (Delivered Audio Quality) and a grid report of frequencies for every floor. 

Our reference guide can also assist you with submittal of Grid Survey Reports and DAS/BDA Systems to the City of Orlando.

Signal Strength.  

  • Inbound. A minimum inbound signal strength of −95 dBm shall be provided throughout the coverage area. The inbound signal level shall be sufficient to provide a minimum of DAQ 3.4 for either analog or digital signals.  
  • Outbound. A minimum outbound signal strength of −95 dBm at the donor site shall be provided from the coverage area. The outbound signal level shall be sufficient to provide a minimum of DAQ 3.4 for either analog or digital signals. Isolation shall be maintained between the donor antenna and all inside antennas and shall be a minimum of 20 dB above the signal booster gain under all operating conditions. 

Critical areas. Critical areas including fire command centers, fire pump rooms, exit stairs, exit passageways, elevator lobbies, standpipe cabinets, sprinkler sectional valve locations, and other areas deemed critical by the AHJ, shall be provided with 99 percent floor area radio coverage.(NFPA 72; NFPA 1221) 

General building areas. General building areas shall be provided with 90 percent floor area radio coverage. A spectrum analyzer and/or other comparable technology shall be used to ensure adequate reception and transmission of signal is not violated by other unauthorized carriers. The choice of technology used shall be identified in the report. Use of City of Orlando agencies; Police and or Fire Department to establish the required minimum frequency is not applicable to this test.  

In compliance with NFPA 1.11.10 properties who submitted Grid Reports as proof of coverage will be required to demonstrate minimum radio strength annually or at the request of the AHJ. The use of handheld radios as the sole primus to demonstrate compliance with NFPA 1.11.10 is prohibited.

Architectural, Electrical and Radio Frequency (RF) Engineering Documents for communications systems must include the following information, applicable to the particular project: 

  • Code data and associated standards for FBC and NFPA.
  • Manufacture Data sheets for all materials to be installed. 
  • System riser diagrams for each cabling system. 
  • A civil plan indicating the underground location of wiring in relation to other utilities installed.  
  • Equipment legend. 
  • Cabling type and performance data of the transmission. 
  • Design of wiring method and mounting in all applicable areas. 
  • UL assemblies and other structural details. 
  • Device type and locations.  
  • Backup power sources where applicable.  
  • Design of lightning protection. 
  • Installation, identification and testing requirements. 
  • Characteristics and locations of surge protective devices, if included in the engineering design. (FAC.61G15-33.005) 
  • New construction installations will require coordination for conduit installations. 
  • Some system designs and backbone riser locations will require a life safety plan.