This document does not reflect the intent or official position of the bill sponsor or House of Representatives.
STORAGE NAME: h1575z1.DOCX
DATE: 6/29/2023
HOUSE OF REPRESENTATIVES STAFF FINAL BILL ANALYSIS
BILL #: CS/HB 1575 Public Safety Emergency Communications Systems
SPONSOR(S): Commerce Committee, Brackett and others
TIED BILLS: IDEN./SIM. BILLS: CS/SB 1614
FINAL HOUSE FLOOR ACTION: 115 Y’s
0 N’s GOVERNOR’S ACTION: Approved
SUMMARY ANALYSIS
CS/HB 1575 pased the House on April 26, 2023, as amended, and subsequently passed the Senate on April
28, 2023.
The State Fire Marshal (SFM), within the Department of Financial Services (DFS), enforces laws applicable to fire
safety, and adopts, by rule, the Florida Fire Prevention Code (FFPC), which is the minimum fire prevention code
deemed adopted in each municipality, county, and special district with firesafety responsibilities. Local authorities
having jurisdiction (LAHJs) set standards for radio signal strength in buildings within their jurisdiction to ensure
consistent fire and rescue communication capabilities. Two-way radio communication enhancement systems
(enhancement systems) are post-construction systems that accept and amplify first responders’ radio signals so that
the radio signal strength at ground level is equal to the radio signal strength in all locations throughout the building.
LAHJs must determine minimum radio signal strength for fire department communications in all new and existing
high-rise buildings. The FFPC defines a high-rise building as a building where the floor of an occupiable story is
greater than 75 feet above the lowest level of fire department vehicle access. In 2022, the Legislature clarified that
the LAHJ has jurisdiction over buildings of any height, not just high-rise buildings.
Enhancement systems, or equivalent systems, may be used to comply with the minimum radio signal strength
requirements for fire department communications, but systems are not required in apartment buildings that are 75
feet or less in height that also meet all of the following criteria: constructed using wood framing; have 150 or less
dwelling units; and all dwelling units discharge to the exterior or to a corridor that leads directly to an exit as defined
in the Florida Building Code (Code).
The bill creates a limitation on when an LAHJ can require installation of an enhancement system, as follows:
Assessment:
o Unless the building undergoes significant renovation or poses a safety threat, the LAHJ may only require an
assessment no more often than:
Every three years for high-rise buildings or buildings exceeding 12,000 square feet; or
Every five years for all other buildings.
Post-assessment:
o If an enhancement system is required after assessment of a new building, a contractor must submit a
design to the LAHJ for an enhancement system and the LAHJ must require installation of the system within
12 months after the issuance of temporary certificate of occupancy.
o If an LAHJ requires an existing building to retrofit its enhancement system, it must give the building owner
at least 12 months to do so.
Establishes that certain structures are not required to meet radio signal strength requirements at any time.
The bill has no impact on state government revenues or expenditures or local government revenues. It has an
indeterminate effect on local government expenditures and an indeterminate direct economic impact on the private
sector.
The bill was approved by the Governor on June 26, 2023, ch. 2023-296, L.O.F., and will become on effective
date on July 1, 2023.
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DATE: 6/29/2023
I. SUBSTANTIVE INFORMATION
A. EFFECT OF CHANGES:
Background
State Fire Marshal
Chapter 633, F.S., Fire Prevention and Control, designates the Chief Financial Officer (CFO) as the
State Fire Marshal (SFM). The SFM, through the Division of the State Fire Marshal within the
Department of Financial Services (DFS), is charged with enforcing the provisions of ch. 633, F.S., and
all other applicable laws relating to fire safety.
1
The SFM also has the responsibility to minimize the
loss of life and property due to fire.
2
Pursuant to this authority, the SFM regulates, trains, and certifies
fire service personnel and firesafety inspectors; investigates the causes of fires; enforces arson laws;
regulates the installation of fire equipment; conducts firesafety inspections of state property; and
operates the Florida State Fire College.
Florida Fire Prevention Code
The SFM adopts by rule the Florida Fire Prevention Code (FFPC), which contains all fire safety laws
and rules that pertain to the design, construction, erection, alteration, modification, repair, and
demolition of public and private buildings, structures, and facilities and the enforcement of such fire
safety laws and rules.
3
The SFM adopts a new edition of the FFPC every three years
4
and the 7
th
edition of the FFPC took effect on December 31, 2020.
5
The FFPC is largely based on the National Fire
Protection Association’s (NFPA) Standard 1, Fire Prevention Code, along with the current edition of the
NFPA’s Life Safety Code, NFPA 101.
6
The FFPC is the minimum fire prevention code deemed adopted in each municipality, county, and
special district with firesafety responsibilities, and applies to every building and structure throughout the
state with few exceptions.
7
Municipalities, counties, and special districts with firesafety responsibilities
may supplement the FFPC with more stringent standards.
8
Local fire authorities (authorities having
jurisdiction or LAHJs) set standards for radio signal strength throughout buildings within their
jurisdiction to ensure consistent fire and rescue communication capabilities.
Radio Signal Strength for Fire Department Communications
The life safety of firefighters and citizens depends on reliable, functional communication tools that work
in the harshest and most hostile of environments.
9
“All firefighters, professional and volunteer, operate
in extreme environments that are markedly different from those of any other radio users.”
10
The radio
connects the firefighters to command and outside assistance in the most desperate of situations.
11
The
focus on radio signal strength stems from difficulties firefighters experienced when attempting rescue
1
S. 633.104 F.S.
2
Id.
3
Ch. 69A, F.A.C.
4
S. 633.202, F.S.
5
See Florida Fire Prevention Code (FFPC), https://www.myfloridacfo.com/division/sfm/bfp/florida-fire-prevention-code
(last visited Mar. 17, 2023).
6
S. 633.202(2), F.S.
7
S. 633.208, F.S. and R. 69A-60.002(1), F.A.C.
8
S. 633.208(3), F.S., and R. 69A-60.002(2), F.A.C.
9
U.S. Fire Administration, Voice Radio Communications Guide for the Fire Service (June 2016),
https://www.usfa.fema.gov/downloads/pdf/publications/Voice_Radio_Communications_Guide_for_the_Fire_Service.pdf
(last visited Mar. 18, 2023).
10
Id.
11
Id.
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DATE: 6/29/2023
operations on September 11, 2001, in the World Trade Center Towers.
12
These firefighters found that in
certain areas of the buildings their radio signal degraded, making live communications difficult or
impossible.
13
Two-way radio communication enhancement systems (enhancement systems) are devices installed
after a building is constructed that accept, and then amplify, radio signals used by first responders. A
radio frequency site survey may be conducted in a building to determine areas where radio signal
strength drops due to materials used in construction, such as thick walls, metal construction,
underground structures, and low-emissivity glass windows. The generally desired effect is that the radio
signal strength at ground level, where a fire rescue operation might be based, is equal to the radio
signal strength in all locations throughout the building, to ensure consistent communication. Several
devices are available to boost signal strength to meet required radio signal strength. These include bi-
directional amplifiers and networks of indoor antennae, referred to collectively as a distributed antenna
system.
14
Florida Fire Code Minimum Radio Signal Strength
Amendments to the FFPC, effective January 1, 2018, provided that all new and existing buildings must
maintain minimum radio signal strength at a level determined by the local authority having jurisdiction
(LAHJ).
15
Where required by a local fire authority, signal enhancement systems must comply with
federal standards for installation and upkeep.
16
Additionally, if an enhancement system would have a
negative impact on the operations of a facility, the local fire authority may accept an automatically
activated emergency responder radio coverage system in the alternative.
17
Minimum Radio Signal Strength for High-Rise Buildings
Section 633.202(18), F.S., enacted in 2016,
18
provides that local LAHJ have to determine minimum
radio signal strength for fire department communications in all new and existing high-rise buildings. The
FFPC defines a high-rise building as a building where the floor of an occupiable story is greater than 75
feet above the lowest level of fire department vehicle access.
19
Existing high-rise buildings are not
required to comply with minimum radio strength for fire department communications and enhancement
systems as required by the FFPC until January 1, 2025.
20
By January 1, 2024, an existing building that
is not in compliance with the requirements for minimum radio strength for fire department
communications must apply to the local government agency having jurisdiction for an appropriate
permit for the required system installation.
21
Such an existing building must demonstrate that the
building will become compliant with the FFPC by January 1, 2025.
22
12
See National Fire Protection Association, Assessment of Total Evacuation Systems for Tall Buildings: Literature
Review, evacsystemstallbuildingsliteraturereviewexecsum.ashx (nfpa.org) (last visited Mar. 17, 2023).
13
Id.
14
See City of Treasure Island, Florida, Enhancement Radio Communications Enhancement Systems Requirements (Apr.
20, 2019), High-Rise Public Safety System Integrators (mytreasureisland.org) (last visited Mar. 17, 2023); see also East
Lake Tarpon Special Fire Control District, Information Bulletin: Enhancement Radio Communication Enhancement
System Requirements, Bulletin+East+Lake+Two+Way+Communications.pdf (elfr.org) (last visited Mar. 17, 2023).
15
Florida Fire Prevention Code (7
th
ed. 2020) s. 11.10.1, https://www.nfpa.org/codes-and-standards/all-codes-and-
standards/codes-and-standards/free-access?mode=view (last visited Mar. 17, 2023).
16
Florida Fire Prevention Code (7
th
ed. 2020) s. 11.10.2, https://www.nfpa.org/codes-and-standards/all-codes-and-
standards/codes-and-standards/free-access?mode=view (last visited Mar. 17, 2023).
17
Florida Fire Prevention Code (7
th
ed. 2020) s. 11.10.3, https://www.nfpa.org/codes-and-standards/all-codes-and-
standards/codes-and-standards/free-access?mode=view (last visited Mar. 17, 2023).
18
Ch. 2016-129, s. 27, Laws of Fla.
19
Florida Fire Prevention Code (7
th
ed. 2020) s. 3.3.29.6, https://www.nfpa.org/codes-and-standards/all-codes-and-
standards/codes-and-standards/free-access?mode=view (last visited Mar. 17, 2023).
20
Prior to July 1, 2022, the compliance dates for existing apartment buildings were the same as those for all other high-
rise buildings.
21
Id.
22
Id.
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2022 Changes to the FFPC
During the 2022 session, the Legislature clarified that the LAHJ has jurisdiction over buildings of any
height, not just high-rise buildings. It established that enhancement systems, or equivalent systems,
may be used to comply with the minimum radio signal strength requirements for fire department
communications. It also established that these systems are not required in apartment buildings that are
75 feet or less in height that also meet all of the following criteria:
Constructed using wood framing;
Have 150 or less dwelling units; and
All dwelling units discharge to the exterior or to a corridor that leads directly to an exit as defined
in the Florida Building Code (Code).
Evidence of wood frame construction is shown by the property owner providing building permit
documentation that confirms this type of construction. Existing high-rise buildings, as defined in the
Code, are not required to comply with minimum radio signal strength for fire department
communications and enhancement systems until January 1, 2025, but they must apply for the
appropriate permit for installation by January 1, 2024. However, existing high-rise apartment buildings
are subject to the same installation deadlines as all other existing high-rise buildings.
Effect of the Bill
The bill creates a framework for determining whether an enhancement system must be installed in a
new or existing building. An LAHJ may require the following:
The installation of an enhancement system in a new or existing building if the interior of the
building does not meet the minimum radio signal strength as required in the FFPC.
An assessment of a new or existing building’s interior radio coverage and signal strength to
determine whether an enhancement system is needed, at most:
o Once every three years for an existing high-rise building or building exceeding 12,000
total gross square feet; or
o Once every five years for all other existing buildings
The bill establishes that a new or existing building may be subjected to an assessment more often if:
It undergoes Level III building alteration or rehabilitation as determined by the Code;
It undergoes reconstruction as determined by the FFPC;
A public safety agency reports to the LAHJ that the agency’s communication devices failed to
function correctly inside a building due to poor signal coverage; or
A building is determined to be an imminent life safety threat to first responders.
If an LAHJ determines that the public safety agency communications signal strength or delivered audio
quality is inadequate outside a building, an enhancement system is not required. However, if an LAHJ
modifies its public safety emergency communication system such that modifications to an existing
enhancement system are required, the LAHJ must give owners of the existing systems at least 180-
days’ notice before requiring any modification.
The bill provides that any modification to an existing enhancement system or installation of a new
system requires the express consent of the frequency licenseholder of the frequencies which the
system is intended to amplify.
If an assessment of a new building’s interior radio coverage and signal strength determines that the
installation of an enhancement system is required, a contractor must submit a design to the LAHJ for
an enhancement system. The bill requires that, upon approval of the design by the LAHJ, the LAHJ
must require the installation of the enhancement system within 12 months after the issuance of a
temporary certificate of occupancy. Additionally, the LAHJ may not withhold issuance of a temporary
certificate of occupancy for the building based solely on the need for an enhancement system.
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The bill establishes that if an LAHJ requires an existing building to retrofit its enhancement system, it
must give the building owner at least 12 months to complete the retrofit.
The bill creates a list of structures that do not have to meet minimum radio signal strength requirements
or have a radio signal strength assessment, as follows:
One- and two-family dwellings and townhouses.
Buildings have less than 12,000 total gross square feet with no underground areas.
Apartments and transient public lodging establishments that are less than three stories high and
have direct access from the apartment or guest area to an outside exit.
Wood-frame apartment buildings are not required to install enhancement systems.
Finally, the bill prevents LAHJs from enforcing requirements related to enhancement systems that are
more stringent than the FFPC.
II. FISCAL ANALYSIS & ECONOMIC IMPACT STATEMENT
A. FISCAL IMPACT ON STATE GOVERNMENT:
1. Revenues:
None.
2. Expenditures:
None.
B. FISCAL IMPACT ON LOCAL GOVERNMENTS:
1. Revenues:
None.
2. Expenditures:
Indeterminate. LAHJs with noncompliant systems must upgrade their systems if they wish to use
assessments to require installation of signal enhancement systems. System upgrades would
require the expenditure of funds.
C. DIRECT ECONOMIC IMPACT ON PRIVATE SECTOR:
The bill has an indeterminate, but potentially positive impact on the private sector. If it is determined
that certain apartment buildings are exempt from putting in enhancement systems, they will avoid the
expense of installing the systems.
D. FISCAL COMMENTS:
None.