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Fire Alarm Requirements for CBRF Facilities DHS 83.48

Fire Protection Systems – Fire Alarm Requirements

1. INTERCONNECTED SMOKE AND HEAT DETECTION SYSTEM.

(a) Except as provided under sub. (2), the CBRF shall have an interconnected smoke detection system pursuant to s. 50.035 (2), Stats., and shall have an interconnected heat detection system to protect the entire CBRF so that if any detector is activated, an alarm audible throughout the building will be triggered.
(b) Smoke and heat detectors shall be installed and maintained in accordance with NFPA 72 National Fire Alarm Code and the manufacturer’s recommendation. Smoke detectors powered by the CBRF’s electrical system shall be tested by CBRF personnel according to manufacturer’s recommendation, but not less than once every other month. CBRFs shall maintain documentation of tests and maintenance of the detection system.
(c) A CBRF shall receive approval from the department as required under s. 50.035 (2) (b), Stats., and s. DHS 83.63 (2) before installing a smoke and heat detection system.

2. RADIO−TRANSMITTING SMOKE AND HEAT DETECTION SYSTEM.

A small CBRF may use an Underwriters Laboratories listed radio−transmitting detection system that triggers an alarm audible throughout the building and that is properly safeguarded against deactivation.

3. TESTING.

(a) After the first year following installation, fire detection systems shall be inspected, cleaned and tested annually by certified or trained and qualified personnel in accordance with the specifications in NFPA 72 and the manufacturer’s specifications and procedures.
(b) Sensitivity testing shall be performed at intervals in accordance with NFPA 72.
(c) All smoke and heat detectors suspected of exposure to a fire condition shall be inspected, cleaned and tested by a certified or trained and qualified person within 5 days after each exposure in accordance with the specifications in NFPA 72 and the manufacturer’s specifications and procedures. Each detector shall operate within the manufacturer’s intended response, or it shall be replaced within 10 days after exposure to a fire condition.

4. LOCATION.

Pursuant to s. 50.035 (2) (b), Stats., all facilities shall have at least one smoke detector located at each of the following locations:
(a) At the top of every open stairway.
(b) On the hallway side of every enclosed stairway on each floor level.
(c) Spaced not more than 30 feet apart in every corridor, and not further than 15 feet from any wall or in accordance with the manufacturer’s separation specifications.
(d) In each common use room, including a living room, dining room, family room, lounge and recreation room, but excluding a kitchen, bathroom or laundry room.
(e) In each bedroom.
(f) In all non−resident living areas, except the furnace, bathroom, kitchen and laundry room.
(g) Additional smoke detectors shall be located where wall projections from the ceiling or lintels exceed 8 inches.
(h) In the basement, or in each room of the basement except a furnace or laundry room.

5. CONNECTION AND ACTIVATION.

Smoke detectors in or near the living room of an apartment and smoke detectors in the bedrooms of an apartment shall be either connected to the main alarm system or to a separate annunciator on a panel. If a separate annunciator on a panel is used, there shall be an effective electronic means of notifying employees anywhere in the CBRF that a detector has been activated. Smoke detectors under this subsection shall activate an alarm in all of the resident bedrooms and the apartment.

6. SPECIFIC LOCATIONS FOR HEAT DETECTORS.

CBRFs shall have at least one heat detector integrated with the smoke detection system at all of the following locations or in accordance with the heat detector manufacturer’s specifications:
(a) Kitchen.
(b) Attached garage.
(c) All enclosed compartments of the attic.
(d) Furnace room.
(e) Laundry room.

7. SPECIAL EQUIPMENT FOR PERSONS WITH IMPAIRED HEARING OR VISION.

(a) Notification. If any resident with impaired hearing or vision is unable to detect or respond to a fire emergency, the licensee shall ensure the appropriate audio, visual or vibrating notification alarms are installed in the resident’s bedroom, in or near a living room in an apartment, and in each common area used by the resident.
(b) Documentation. The sensory impairment of the resident shall be noted in the resident’s record and communicated to all employees within 3 days after admission or after determination of the impairment is made. History: CR 07−095: cr. Register January 2009 No. 637, eff. 4−1−09.
DHS 83.43 – Fire Protection Systems – Fire Sprinkler Requirements
Fire Sprinkler Requirements

(8) SPRINKLER SYSTEMS.

(a) Types. A CBRF shall have a sprinkler system if required under s. DHS 83.47 (1) (b) or 83.50. The types of sprinkler systems to be used are as follows:
1. A complete NFPA 13D residential sprinkler system shall be used in a CBRF licensed for 16 or fewer residents only when each room or compartment in the CBRF requires no more than 2 sprinkler heads. When an NFPA 13D sprinkler system is used it shall have a 30−minute water supply for at least 2 sprinkler heads. Entrance foyers shall have sprinklers. The department may deter-mine an NFPA 13R residential sprinkler system shall be installed in a CBRF with one or more rooms or compartments having an unusually high ceiling, a vaulted ceiling, a ceiling with exposed beams or other design or construction features that inhibit proper water discharge when the square footage of each room or compartment in the CBRF would ordinarily allow an NFPA 13D sprinkler system.
2. A complete NFPA 13R residential sprinkler system shall be used in a CBRF licensed for 16 or fewer residents when one or more rooms or compartments in the CBRF require more than 2 sprinkler heads and not more than 4 sprinkler heads. A fire department connection is not required for an NFPA 13R sprinkler system.
3. A complete NFPA 13 automatic sprinkler system shall be used in a CBRF licensed for more than 16 residents.
4. All sprinkler systems under subds. 1. to 3. installed after January 1, 1997, shall be equipped with residential sprinkler heads in all bedrooms, apartments, all other habitable rooms and corridors.
5. All large facilities initially licensed on or after January 1, 1997, shall be protected by a complete automatic sprinkler system, except a class AA CBRF that has an equivalent safety system approved by the department.
6. All large facilities initially licensed before January 1, 1997, of non−fire resistive construction shall be protected by a complete automatic sprinkler system, except a class AA CBRF that has an equivalent safety system approved by the department. (b) Installation and maintenance.1. All sprinkler systems shall be installed by a state licensed sprinkler contractor. All sprinkler systems shall be maintained, inspected and tested at least annually or at intervals determined by the requirements in NFPA 25.2. In facilities with sprinklers, sprinkler heads shall be placed at the top of each linen or trash chute and in the rooms where the chutes terminate.3. The sprinkler system flow alarm shall be connected to the CBRF’s fire alarm system. (c) Reliable water supply. All sprinkler systems shall have a reliable water supply. If the sprinkler system requires a mechanical device such as a compressor, pump or motor, the device shall be supplied by a reliable source of emergency power in accordance with NFPA 20.

 
Fire Alarm Requirements in Most Wisconsin Facilities/Businesses
2013 Wisconsin Act 270 establishes a uniform commercial building code in Wisconsin, while allowing municipalities to grandfather fire detection, prevention, and suppression ordinances that relate to the construction, alteration, or addition to a public building or building that is a place of employment.

Sec. 6-20. FIRE ALARMS.

(a) Every public building, dwelling or place of employment containing either a manual, sprinkler activated, or fire detector activated alarm system shall comply with this section.
(b) New or upgraded fire alarm systems at large buildings or buildings with multiple occupancies shall provide outside strobe lights indicating the occupancy or area of fire alarm activation and if applicable, the location of the Fire Department connection. The location of these strobe lights is to be determined by the Fire Chief or designee.

 
Sec. 6-57. AUTOMATIC SPRINKLER SYSTEMS.

(c) Buildings and areas where required. Every building constructed or structurally altered shall have an approved automatic sprinkler system installed and maintained when occupied in whole or part for the following purposes:
(4) Multifamily dwellings of three (3) units or more exceeding four thousand eight hundred (4,800) square feet per floor and dormitories, except housing for the elderly, shall be protected by one (1) of the following automatic sprinkler systems:
b. Option #2 shall include the protection of all areas within the building by an automatic fire sprinkler system complying with Standard 13 of the National Fire Protection Association and equipped with residential type sprinkler heads in the living units.
(6) Educational Group E occupancies:
a. In basements, kitchens, shops and other spaces where combustibles are stored or handled.
b. In other than fire resistive buildings.
1. Ten thousand (10,000) square feet or over.
2. Two (2) stories and up exceeding six thousand (6,000) square feet in area.
3. Three (3) stories and up in height.

(d) Application to existing buildings. Where the Fire Chief finds that by reason of construction or highly combustible occupancy, existing buildings constitute a severe fire hazard to its occupants or to adjoining property, the provisions of this section will apply.
(e) System types and approval of plans. Approved automatic sprinkler equipment shall be installed, connected to an adequate water supply with sprinkler heads, valves and auxiliary equipment of standard types suitable for the individual building to be protected as determined by adopted Standard 13, of the National Fire Prevention Association. Automatic sprinkler systems shall be designed with a minimum five (5) psi water supply safety factor.
(i) Water. Where an automatic sprinkler system is required, the supply shall be from the city water supply.

 
Sec. 6-62. SMOKE DETECTORS.

(c) Location and installation of smoke detectors.

(1) Each dwelling unit shall be provided with a minimum of one (1) approved detector installed in a manner and location consistent with its listing. The Fire Department Fire Prevention Division can be contacted for recommendations when an owner is concerned about the installation and number of detectors.
(2) All existing dwelling units must meet the requirement of the State of Wisconsin Uniform Dwelling Code, Wisconsin Administrative Code, SPS 321.09 and 328.01 Smoke Detectors. Each dwelling unit shall be provided with a minimum of one (1) approved, listed and labeled smoke detector sensing visible or invisible particles of combustion, installed in a manner and location consistent with its listing.
(d) Approval. A smoke or heat detector required under this section shall be approved by Underwriter’s Laboratories, Factory Mutual or any other comparable testing firm.

 
Wisconsin’s Carbon Monoxide Law.

The law requires that homes with any fuel burning appliance, which includes stoves, ovens, grills, clothes dryers, furnaces, boilers, water heaters, and fireplaces OR an attached garage are required to install a CO alarm on every floor level, near sleeping areas. Carbon Monoxide detectors in new construction must be hard-wired with a battery back-up system.

 
NFPA 72®, National Fire Alarm and Signaling Code®

evolves to help you save lives with fire detection, signaling, and emergency communications systems that function as intended.

NFPA 72 provides requirements for the design, application, installation, performance, testing, and maintenance of protective signaling systems and their components. The Code was expanded and renamed for the 2010 edition to include requirements for Mass Notification Systems (MNS) used for weather emergencies; terrorist events; biological, chemical, and nuclear emergencies; and other threats. Fire protection engineers, designers, installers, contractors, maintainers, electricians, Authorities Having Jurisdiction (AHJs), manufacturers, facilities operators, and anyone involved with fire alarm or emergency communications needs NFPA 72 to work confidently with these life-saving early warning systems.

The 2013 NFPA 72, National Fire Alarm and Signaling Code


features significant revisions that clarify fire alarm and emergency communications systems rules and enhance usability. New Chapter 7 consolidates all documentation provisions into one location, helping Code users and AHJs improve efficiency and save time. Other major changes include a reorganized inspection table with specific inspection methods; a new testing table that merges two previous tables into one — with both test methods and frequencies side by side for improved usability; revised supervising station transmission methods; and new requirements for audible and visible occupant notification.

The 2010 NFPA 72, National Fire Alarm and Signaling Code


presents the most extensive change to the Code since the 1993 edition, with a new scope and revised organization. Besides the core focus on fire alarm systems, this edition adds requirements for Mass Notification Systems (MNS) used for weather emergencies; terrorist events; biological, chemical, and nuclear emergencies; and other threats. NFPA 72’s broader coverage is reflected in a new Code title. In addition to updating rules for in-building fire emergency voice/alarm communication systems, a new Emergency Communications System chapter addresses in-building and wide-area MNSs.

The 2007 NFPA 72, National Fire Alarm Code

presents technology- and research-driven changes that offer improved egress time and system reliability. A new Mass Notification Systems Annex developed at the request of the U.S. Air Force provides guidelines to facilitate fast, safe evacuation in emergency situations such as fire, terrorist attack, biological and hazardous chemical incidents, accidents, and natural disasters. Added requirements for new technology equipment include new rules for video image smoke and flame detection, detectors that use multiple sensing inputs, fire extinguisher monitors, and directional appliances.

The 2002 NFPA 72, National Fire Alarm Code


offers comprehensive requirements to support your work with the design, application, installation, performance, testing, and maintenance of protective signaling systems and their components. This edition provides additional coverage of performance-based detection and visible signaling systems, and new requirements for integrating fire alarm systems with other building systems.

The 1999 NFPA 72, National Fire Alarm Code

is a trusted guide to the design, installation, maintenance, testing, and use of fire alarm systems. Separate groupings for system inputs, systems outputs, system functions, and general requirements enhance the Code’s user-friendly design. This edition of NFPA 72 introduces a new requirement to synchronize the temporal-three standard evacuatiohttps://www.catalog.nfpa.org/NFPA-72-National-Fire-Alarm-and-Signaling-Code-2022-and-2019-Editions-P18735.aspxn signal within a notification zone, increased audibility requirements for emergency voice/alarm communications systems, and qualification requirements for fire alarm systems designers.

 

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