ROC MEETING AGENDA Technical Committee on Alternative Approaches to Life Safety Teleconference 10:00 a.m. Eastern Wednesday, September 14, 2011

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1 ROC MEETING AGENDA Technical Committee on Alternative Approaches to Life Safety Teleconference 10:00 a.m. Eastern Wednesday, September 14, 2011 Toll Free Number: Participant Code: # 1. Call to Order. Call meeting to order by Chair Joe Versteeg at 10:00 a.m. Eastern, on September 14, 2011 via teleconference. 2. Introduction of Teleconference Participants. For a committee roster see page Approval of Prior Meeting Minutes. For the December 13, 2010 meeting minutes see page Consistency in Use of Words Floors and Stories. Chip Carson as task group of one. See page FSES Conclusions Worksheet. Task group of Alex Szachnowicz Chair, Pete Larrimer, and Eric Rosenbaum. See page Smoke Detectors and Alarms. Task group of Pete Larrimer Chair, and Henry Kowalenko. See page Construction Safety Parameter for Health Care Occupancies FSES. New issue raised by Pete Larrimer. See page Revalidation of Various FSES. Subject raised at ROP meeting; subsequent discussions among Joe Versteeg, Chip Carson and Robert Solomon relative to residential board and care occupancies. See page Updating of NFPA 101 Referenced Paragraph Numbers in NFPA 101A. For a draft Committee Comment in response to ROP Proposal 101A-2, see page 40. Page 1 of 51

2 10. NFPA 101A ROC Preparation. For copy of NFPA 101A ROP, see page 42. For public comments, see page Other Business. 12. Future Meetings. 13. Adjournment. Page 2 of 51

3 Address List No Phone Alternative Approaches to Life Safety Safety to Life Joseph H. Versteeg Chair Versteeg Associates 86 University Drive Torrington, CT Fairfield, Connecticut Fire Marshal's Office E 10/1/1994 SAF-ALS Ron Coté Secretary (Staff-Nonvoting) National Fire Protection Association 1 Batterymarch Park Quincy, MA /31/2011 Ron Coté SAF-ALS 1/1/1991 SAF-ALS Chad E. Beebe Principal American Society for Healthcare Engineering PO Box 5756 Lacey, WA U 4/15/2004 SAF-ALS Wayne G. Carson Principal Carson Associates, Inc. 35 Horner Street, Suite 120 Warrenton, VA SE 1/1/1990 SAF-ALS Michael L. Edwards Principal US Architect of the Capitol 3rd & D Street SW, Room H2-543D FHOB Washington, DC U 3/1/2011 SAF-ALS Jonathan Humble Principal American Iron and Steel Institute 45 South Main Street, Suite 312 West Hartford, CT M 7/1/1996 SAF-ALS William E. Koffel Principal Koffel Associates, Inc Centre Park Drive, Suite 200 Columbia, MD Alternate: Clay P. Aler SE 1/1/1991 SAF-ALS Henry Kowalenko Principal Illinois Department of Public Health Office of Health Care Regulation 525 West Jefferson Street, 4th Floor Springfield, IL E 10/20/2010 SAF-ALS Peter A. Larrimer Principal US Department of Veterans Affairs 323 North Shore Drive, Suite 400 Pittsburgh, PA U 7/29/2005 SAF-ALS Eric R. Rosenbaum Principal Hughes Associates, Inc Commerce Drive, Suite 817 Baltimore, MD Alternate: Edward K. Budnick SE 01/10/2008 SAF-ALS Aleksy L. Szachnowicz Principal Anne Arundel County Public Schools 2644 Riva Road Annapolis, MD U 7/1/1993 SAF-ALS Victoria B. Valentine Principal National Fire Sprinkler Association, Inc. 40 Jon Barrett Road Patterson, NY M 10/6/2000 SAF-ALS John M. Watts, Jr. Principal Fire Safety Institute PO Box 674 Middlebury, VT SE 1/1/1991 SAF-ALS Clay P. Aler Alternate Koffel Associates, Inc Meadowridge Road, Suite 101 Elkridge, MD Principal: William E. Koffel SE 8/5/2009 SAF-ALS Page 3 of 51 1

4 Address List No Phone Alternative Approaches to Life Safety Safety to Life Edward K. Budnick Alternate Hughes Associates, Inc Commerce Drive, Suite 817 Baltimore, MD Principal: Eric R. Rosenbaum SE 1/1/1995 SAF-ALS Ron Coté Staff Liaison National Fire Protection Association 1 Batterymarch Park Quincy, MA /31/2011 Ron Coté SAF-ALS 1/1/1991 SAF-ALS Page 4 of 51 2

5 Minutes NFPA Life Safety Technical Committee on Alternative Approaches December 13, 2010 ROP Meeting 1. Call to Order. Meeting called to order by Chair Joe Versteeg at 11:00 a.m. on December 13, 2010 at Springhill Suites Dulles Airport, Sterling, VA. 2. Introduction of Attendees. The following Principal members and guests were in attendance. TECHNICAL COMMITTEE MEMBERS PRESENT NAME Joesph Versteeg, Chair Ron Coté, Nonvoting Secretary Chad Beebe, Principal Wayne (Chip) Carson, Principal William Koffel, Principal Henry Kowalenkl, Principal Peter Larrimer, Principal Eric Rosenbaum, Principal Aleksy Szachnowicz, Principal REPRESENTING Versteeg Associates Rep. Fairfield Connecticut Fire Marshal s Office NFPA Staff American Society for Healthcare Engineering Carson Associates, Inc. Koffel Associates, Inc. Illinois Department of Public Health US Department of Veterans Affairs Hughes Associates, Inc. Anne Arundel County Public Schools TECHNICAL COMMITTEE MEMBERS NOT PRESENT NAME Jonathan Humble, Principal Victoria Valentine, Principal John (Jack) Watts, Principal REPRESENTING American Iron and Steel Institute National Fire Sprinkler Association, Inc. Fire Safety Institute 3. September 8, 2008 ROC Meeting Minutes Approval. The minutes of the September 8, 2008 ROC meeting were approved as distributed/posted. 4. Issues from Last Revision Cycle. - Consistency in use of the words floors and stories. The committee agreed to address the subject at the ROC phase. Chip Carson agreed to study the issue; Ron Coté will assist. SAF-ALS ROP Meeting Minutes / Page 1 Page 5 of 51

6 - Referencing of specific paragraph numbers from NFPA 101 in NFPA 101A. The procedure of updating the references at the ROC phase, after the numbering of NFPA 101 has been finalized, will again be followed. See Proposal 101A-2. - Health care occupancies FSES general safety mandatory value might not be met for an otherwise code-complying building where the worst of the occupancy risk factors are applied as raised by Pete Larrimer. The health care occupancy FSES developers included general fire safety considerations that go above minimum code requirements as an additional factor of safety. The phenomenon Peter identified is a part of the health care FSES. - Increasing membership, including participation of GSA. Without direct effort, the committee has grown. Participation at the meeting was good. 5. NFPA Board and Care Changes to Reflect in NFPA 101A. Committee proposals were developed to expand the board and care FSES to measure equivalency for existing, large, impractical-to-evacuate facilities. See Proposal 101A Action on NFPA 101A Proposals. The committee acted on the sole public proposal. The committee generated committee proposals to address a variety of issues raised by the committee. 7. Other Business. - Revalidation of Health Care FSES. The committee discussed that the FSES has been tweaked each revision cycle since the system was originally validated. The original developers believed sprinklers could fix many deficiencies. Yet, today, sprinklers are mandated by the Code for new health care occupancies. There might be a need to revalidate the system. Staff was asked to keep the subject on the agenda for the next meeting. - FSES Conclusions Task Group. A task group was formed to address the Conclusions worksheet of each FSES (see Proposal 101A-5). The task group includes: Alex Szachnowicz Chair, Pete Larrimer and Eric Rosenbaum. In preparation for the ROC meeting, staff was asked to get the original NBS report and the older versions of the FSES. - Smoke Detectors/Alarms Task Group. A task group was formed to address consistency and correctness in the use of the terms smoke detector, smoke alarm, and single station (see Proposal 101A-9). The task group includes: Pete Larrimer Chair and Henry Kowalenko; Ron Coté agreed to assist. - Origin and Development Statement for 2012 Edition. Staff was asked to include in the Origin and Development statement the issues addressed by the committee in its expansion of the board and care FSES to include existing, large, impractical-toevacuate facilities. 8. Next Meeting. The committee will meet to prepare the ROC via teleconference in September The comment closing date is August 30, Adjournment. The meeting was adjourned at 2:20 p.m. Minutes prepared by Ron Coté, P.E. staff liaison SAF-ALS ROP Meeting Minutes / Page 2 Page 6 of 51

7 Cote, Ron From: Sent: To: Cc: Subject: Sunday, August 07, :12 PM Cote, Ron NFPA 101A Tasks Hi Chip: A friendly reminder in preparation for the upcoming ROC teleconference. The following is a task you agreed to perform for the ROC phase. ROP Meeting Minutes - Item 4. Issues from Last Revision Cycle. Consistency in use of the words floors and stories. The committee agreed to address the subject at the ROC phase. Chip Carson agreed to study the issue; Ron Coté will assist. Thank you in advance. Joseph H. Versteeg Versteeg Associates 86 University Drive Torrington, CT cell 1 Page 7 of 51

8 Cote, Ron From: Sent: To: Cc: Subject: Sunday, August 07, :11 PM Cote, Ron NFPA 101A Tasks Hello A friendly reminder in preparation for the upcoming ROC teleconference. The following is a task you agreed to perform for the ROC phase. ROP Meeting Minutes - Item 7 FSES Conclusions Task Group. A task group was formed to address the Conclusions worksheet of each FSES (see Proposal 101A-5). The task group includes: Alex Szachnowicz Chair, Pete Larrimer and Eric Rosenbaum. In preparation for the ROC meeting, staff was asked to get the original NBS report and the older versions of the FSES. Thank you in advance. Joseph H. Versteeg Versteeg Associates 86 University Drive Torrington, CT cell 1 Page 8 of 51

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14 Cote, Ron From: Sent: To: Cc: Subject: Attachments: Importance: Szachnowicz, Aleksy L [ASzachnowicz@AACPS.org] Monday, August 22, :56 AM peter.a.larrimer@va.gov; erosenbaum@haifire.com Cote, Ron; JHVersteeg@aol.com; Szachnowicz, Aleksy L FW: NFPA 101A Conclusion Comparisons NFPA Conclusions Task Group.docx High Dear 101A Colleagues: In preparation for our upcoming NFPA 101A ROC meeting on 9/14/11, we were assigned a task to look at the conclusion related statements contained within the guide s user direction text as well as the respective conclusion worksheets. In order to help facilitate a side by side comparison, they have been collectively reproduces in the attachment contained within this . A review of these elements does show that while there are a number of similarities between the various occupancy chapters, there are some differences (some subtle/some greater) between the various concluding elements. In order to get our task started, I propose that we review the attachment in light of the following essential questions (not all inclusive). To the extent possible, can both the user directions and worksheets contained within the various occupancy chapters be stylistically standardized in terms of verbiage, format and contents in order to enhance the user s experience with the document and lessen the potential for errors? Can the notion of equivalency be introduced into the respective Conclusions Worksheets if not all of the elements in the corresponding Facility Fire Safety Requirements Worksheet are not checked as met? Specifically, is it possible to check not met on one of the evaluation elements in the Facility Fire Safety Requirements Worksheet and still be judged as OK overall if that specific element is evaluated under another methodology acceptable to the AHJ. The general sentiment of the Technical Committee was to give the users some wiggle room so that if one met everything on the base FSES but may not have met something like the specific provisions for elevators or utilities, they could still be judged as ok overall if that specific element was evaluated and approved by the AHJ under some other evaluation/equivalency methodology. The above were gleaned from my notes taken at our 12/13/10 ROP Meeting in Sterling, VA. If your notes reflect different and/or additional action items for our ROC task group to tackle, please feel free to respond back accordingly. I propose that we take this week to review the attachment and reflect on the bulletized items listed above. I will be back in touch next week in order to get our project moving with the goal of having our work wrapped up prior to our upcoming 9/14/11 ROC teleconference. Thank you in advance for your time and attention to the above. Alex Alex L. Szachnowicz, P.E. Chief Operating Officer 1 Page 14 of 51

15 Anne Arundel County Public Schools 2644 Riva Road Annapolis, MD (410) (Phone) (410) (Fax) Please consider the environment before printing this . 2 Page 15 of 51

16 NFPA 101A FSES Conclusions Task Group Initial Basis as of 2010 Edition Health Care Occupancies: Step 9 Evaluate Considerations Not Previously addressed Using Worksheet The equivalency covered by Worksheets through includes the majority of the considerations covered by the Life Safety Code. Some considerations not evaluated by this method must be considered separately. These additional considerations are covered in Worksheet , Facility Fire Safety Requirements Worksheet. Complete one copy of this separate worksheet for each facility Step 10 Conclude Whether the Level of Life Safety Is at Least Equivalent to That Prescribed by the Life Safety Code Using Worksheet Worksheet , Conclusions, combines the zone fire safety equivalency evaluation of Worksheet and the additional considerations of Worksheet WORKSHEET CONCLUSIONS 1. All of the checks in Worksheet are in the Yes column. The level of fire safety is at least equivalent to that prescribed by the Life Safety Code.* 2. One or more of the checks in Worksheet are in the No column. The level of fire safety is not shown by this system to be equivalent to that prescribed by the Life Safety Code. * *The equivalency covered by this worksheet includes the majority of considerations covered by the Life Safety Code. There are some considerations that are not evaluated by this method. These must be considered separately. These additional considerations are covered in Worksheet , the Facility Fire Safety Requirements Worksheet. One copy of this separate worksheet is to be completed for each facility. Detention and Correctional Occupancies: Step 7 Evaluate Considerations Not Previously Addressed Using Worksheet The equivalency covered by Worksheets through includes the majority of the considerations covered by the Life Safety Code. There are some considerations that are not evaluated by this method. These must be considered separately. These additional considerations are covered in Worksheet 5.5.7, the Facility Fire Safety Requirements Worksheet. Complete one copy of this separate worksheet for each facility Step 8 Conclude Whether the Level of Life Safety Is at Least Equivalent to that Prescribed by the Life Safety Code Using Worksheet Worksheet 5.5.8, Conclusions, combines the zone fire safety equivalency evaluation of Worksheet and the additional consideration of Worksheet Page 16 of 51

17 WORKSHEET CONCLUSIONS 1. All of the checks in Worksheet are in the Yes column. The level of fire safety is at least equivalent to that prescribed by NFPA 101, Life Safety Code.* 2. One or more of the checks in Worksheet is in the No column. The level of fire safety is not shown by this system to be equivalent to that prescribed in NFPA 101, Life Safety Code.* *The equivalency covered by this worksheet includes the majority of considerations covered by NFPA 101, Life Safety Code. There are some considerations that are not evaluated by this method. These must be considered separately. These additional considerations are covered in Worksheet Board and Care Occupancies (Small): Step 6 Evaluate Other Considerations Not Previously addressed, Using Worksheet The equivalency covered by Worksheets through includes the majority of the considerations covered by the Life Safety Code. Some considerations are not evaluated by this method and must be considered separately. These additional considerations are covered in Worksheet 7.3.6, Facility Fire Safety Requirements Worksheet Step 7 Conclude Whether the Level of Life Safety Is at Least Equivalent to That Prescribed by the Life Safety Code, Using Worksheet Worksheet 7.3.7, Conclusions, combines the zone fire safety equivalency evaluation of Worksheet and the additional considerations of Worksheet WORKSHEET CONCLUSIONS 1. All of the checks in Worksheet are in the Yes column. The level of fire safety is at least equivalent to that prescribed by NFPA 101, Life Safety Code.* 2. One or more of the checks in Worksheet are in the No column. The level of fire safety is not shown by this system to be equivalent to that prescribed in NFPA 101, for small dwelling units.* *The equivalency covered by this worksheet includes the majority of considerations covered by NFPA 101, Life Safety Code. There are some considerations that are not evaluated by this method. These must be considered separately. These additional considerations are covered in Worksheet 7.3.6, Facility Fire Safety Requirements Worksheet. One copy of this worksheet is to be completed for each facility. Board and Care Occupancies (Large): Step 6 Evaluate Other Considerations Not Previously addressed, Using Worksheet The equivalency covered by Worksheets through includes the majority of the considerations covered by the Life Safety Code. Some considerations are not evaluated by this method and must be considered separately. These additional considerations are covered in Worksheet 7.5.6, Facility Fire Safety Requirements Worksheet. Complete one copy of this worksheet for each facility Step 7 Conclude Whether the Level of Life Safety Is at Least Equivalent to That Prescribed by the Life Safety Code, Using Worksheet Worksheet 7.5.7, Conclusions, combines the zone fire safety equivalency evaluation of Worksheet and the additional considerations of Worksheet Page 17 of 51

18 WORKSHEET CONCLUSIONS 1. All of the checks in Worksheet are in the Yes column. The level of fire safety is at least equivalent to that prescribed by NFPA 101, Life Safety Code, for large residential board and care facilities.* 2. One or more of the checks in Worksheet are in the No column. The level of fire safety is not shown by this system to be equivalent to that prescribed in NFPA 101, Life Safety Code, for large residential board and care facilities.* *The equivalency covered by this worksheet includes the majority of considerations covered by NFPA 101, Life Safety Code. There are some considerations that are not evaluated by this method. These must be considered separately. These additional considerations are covered in Worksheet 7.5.6, Facility Fire Safety Requirements Worksheet. One copy of this worksheet is to be completed for each facility. Board and Care Occupancies (Apartment): Step 6 Evaluate Other Considerations Not Previously Addressed Using Worksheet The equivalency covered by Worksheets through includes the majority of the considerations covered by the Life Safety Code. Some considerations are not evaluated by this method and must be considered separately. These additional considerations are covered in Worksheet 7.7.6, the Facility Fire Safety Requirements Worksheet. Complete one copy of this separate worksheet for each facility Step 7 Determine Equivalency Conclusions. Conclude whether the level of life safety is at least equivalent to that prescribed by the Life Safety Code, using Worksheet , Conclusions. This worksheet combines the zone fire safety equivalency evaluation of Worksheet and the additional consideration of Worksheet WORKSHEET CONCLUSIONS 1. All of the checks in Worksheet are in the Yes column. The level of fire safety is at least equivalent to that prescribed by NFPA 101, Life Safety Code, for apartments to house a board and care occupancy.* 2. One of more of the checks in Worksheet are in the No column. The level of fire safety is not shown by this system to be equivalent to that prescribed by NFPA 101 for apartments to house board and care occupancy. *The equivalency covered by this worksheet includes the majority of considerations covered by NFPA 101, Life Safety Code. There are some considerations that are not evaluated by this method. These must be considered separately. These additional considerations are covered in Worksheet 7.7.6, Facility Fire Safety Requirements Worksheet. One copy of this worksheet is to be completed for each facility. Business Occupancies: Step 5 Conclude Whether the Level of Life Safety Is at Least Equivalent to that Prescribed by the Life Safety Code, Using Worksheet 8.6.7, Conclusions. Worksheet combines the fire safety equivalency evaluation of Worksheet and the additional considerations of Worksheet Page 18 of 51

19 WORKSHEET CONCLUSIONS 1. All the checks in Worksheet are in the Yes column. The level of fire safety is at least equivalent to that prescribed by NFPA 101, Life Safety Code, business occupancies.* 2. One or more of the checks in Worksheet are in the No column. The level of fire safety is not shown by this system to be equivalent to that prescribed by NFPA 101, Life Safety Code, for business occupancies. *The equivalency covered by this worksheet includes the majority of considerations covered by NFPA 101, Life Safety Code. There are some considerations that are not evaluated by this method. These must be considered separately. These additional considerations are covered in Worksheet 8.6.6, Facility Fire Safety Requirements Worksheet. One copy of this worksheet is to be completed for each facility. Educational Occupancies: Step 5 Evaluate the Acceptability of General Building Systems Using Worksheet The equivalency covered by Worksheets through includes the majority of considerations covered by the Life Safety Code. Some considerations are not evaluated by this method and must be considered separately. These additional considerations are covered in Worksheet 9.6.6, Facility Fire Safety Requirements. Complete one copy of this separate worksheet for each facility Step 6 Determine Equivalency Conclusion. Conclude whether the level of life safety is at least equivalent to that prescribed by the Life Safety Code, using Worksheet 9.6.7, Conclusions. This worksheet combines the zone fire safety equivalency evaluation of Worksheet and the additional considerations of worksheet WORKSHEET CONCLUSIONS 1. All of the checks in Worksheet are in the yes column and the applicable considerations identified in Worksheet are met. The level of fire safety is at least equivalent to that prescribed by NFPA 101, Life Safety Code, for educational occupancies. 2. One or more of the checks in Worksheet are in the no column or some or all of the items in Worksheet are not met, or some combination of these results. The level of fire safety is not determined by this system to be equivalent to the life safety requirements prescribed by NFPA 101, Life Safety Code, for educational occupancies. Page 19 of 51

20 Cote, Ron From: Sent: To: Cc: Subject: Sunday, August 07, :11 PM Cote, Ron NFPA 101A Hello A friendly reminder in preparation for the upcoming ROC teleconference. The following is a task you agreed to perform for the ROC phase. ROP Meeting Minutes - Item 7 Smoke Detectors/Alarms Task Group. A task group was formed to address consistency and correctness in the use of the terms smoke detector, smoke alarm, and single station (see Proposal 101A- 9). The task group includes: Pete Larrimer Chair and Henry Kowalenko; Ron Coté agreed to assist. Thank you in advance. Joseph H. Versteeg Versteeg Associates 86 University Drive Torrington, CT cell 1 Page 20 of 51

21 From: To: Cc: Subject: Attachments: Larrimer, Peter A (CEOSH) Cote, Ron; henry.kowalenko@illinois.gov Larrimer, Peter A (CEOSH) Task Group on Smoke Detector/Smoke Alarm Terminology Origninal Terminology for Chapter 6 and 7 with smoke and smoke and detection and detector highlighted draft and suggested changes draft REV0.doc Henry/Ron, Please find attached a working draft of changes to be made for Chapter 6 and Chapter 7 of NFPA 101A based upon the task group charge below. <<Origninal Terminology for Chapter 6 and 7 with smoke and smoke and detection and detector highlighted draft and suggested changes draft REV0.doc>> Smoke Detectors/Alarms Task Group. A task group was formed to address consistency and correctness in the use of the terms smoke detector, smoke alarm, and single station (see Proposal 101A-9). The task group includes: Pete Larrimer Chair and Henry Kowalenko; Ron Coté agreed to assist. An attempt was made to update the document to reflect the terminology that is currently used in NFPA 72 and NFPA 101. The definitions below are taken from NFPA 72 and were used as a basis for the changes Alarm. A warning of danger. (SIG-FUN) Smoke Alarm. A single or multiple station alarm responsive to smoke. (SIG-HOU) Single Station Alarm. A detector comprising an assembly that incorporates a sensor, control components, and an alarm notification appliance in one unit operated from a power source either located in the unit or obtained at the point of installation. (SIG-HOU) Single Station Alarm Device. An assembly that incorporates the detector, the control equipment, and the alarm sounding device in one unit operated from a power supply either in the unit or obtained at the point of installation. (SIGHOU) Multiple Station Alarm. A single station alarm capable of being interconnected to one or more additional alarms so that the actuation of one causes the appropriate alarm signal to operate in all interconnected alarms. (SIG-HOU) Multiple Station Alarm Device. Two or more single station alarm devices that can be interconnected so that actuation of one causes all integral or separate audible alarms to operate; or one single station alarm device having connections to other detectors or to a manual fire alarm box. (SIGHOU) Page 21 of 51

22 Smoke Detector. See , Detector Detector. A device suitable for connection to a circuit that has a sensor that responds to a physical stimulus such as heat or smoke. (SIG-IDS) Smoke Detector. A device that detects visible or invisible particles of combustion. (SIG- IDS) Notification Appliance. A fire alarm system component such as a bell, horn, speaker, light, or text display that provides audible, tactile, or visible outputs, or any combination thereof. (SIG- NAS) I highlighted the terms smoke detector, smoke detection, alarm, etc in yellow and green to see if they may cause confusion. I placed the sections with highlighted terms in the first column and then offered changes to bring the terminology inline with that of NFPA 72 and offered comments in the second column. I included in the document those sections that had terms highlighted even when I had no suggested changes so that you could comment if necessary. The biggest issue that needs to be addressed is the term Interconnected System as used in Chapter 7, specifically in the attached document. Are these multiple station smoke alarms or fire alarm system detectors or both? I need feedback on Once that is determined, we can modify and the tables can be changed to reflect the terminology agreed upon. I look forward to your comments. Pete Peter A. Larrimer, P.E. Fire Safety Program Manager VHA Center for Engineering & Occupational Safety and Health (CEOSH) Voice: (412) Cell: (412) peter.a.larrimer@va.gov CEOSH Website: Are you up to date? Subscribe to CEOSH Updates for current technical information. Page 22 of 51

23 CODE PARAGRAPH WITH SUGGESTED CHANGES: Waking Response to Alarm (Line VI of Worksheet 6.8.2) General Line VI rates the risk that the fire alarm might fail to awaken the resident Residents should be rated as response probable unless any of the following conditions exists: (1) The building does not have an alarm system or smoke alarms meeting the requirements of Chapter 33 (NFPA101), or the smoke alarms or fire alarm system is not sufficiently loud where the resident sleeps (doors should be closed and barriers kept in place where determining the audibility of the fire alarm) Where any of the conditions in exist, the resident should be rated as response not probable unless the resident s ability to wake up has been demonstrated. The demonstration of the resident s ability to wake up in response to the fire alarm should be conducted after the first half hour of sleep and during the first three hours of sleep. In addition, the resident s ability to wake up in response to the alarm should be demonstrated on two different nights under normal conditions (e.g., without hearing aid, under usual medications). Also, the resident should be alert enough to follow simple instructions within 1 minute after waking. To avoid waking other residents during the demonstrations of the capability of a particular resident, a device that makes a sound that is similar to, but not louder than, the fire alarm shall be permitted to be used (e.g., an alarm clock or clock radio with a sound similar to the fire alarm). Listed and approved tactile alarms shall be permitted as alternative devices used to demonstrate a hearing-impaired resident s response probability Response Not Probable. One or more of the conditions in affect the resident, and either the resident has not been tested for the ability to be awakened by the fire alarm or the resident has failed to demonstrate the ability to be awakened by the fire alarm Initiates and Completes Evacuation Promptly. The resident has demonstrated a proper response to an alarm or warning of a fire by starting and completing the evacuation without unnecessary delay. Specific evidence leading to a rating of no includes the following responses: (1) The resident might not react to the alarm until alerted by a staff member. (2) The resident spends an excessive amount of time preparing to leave (e.g., getting dressed, observing others). (3) The resident has a hearing impairment and, therefore, needs to be alerted by a staff member. (4) The resident is sometimes upset or confused and, therefore, might seek out a staff member before evacuating. (5) The resident consistently begins an evacuation but is easily distracted and needs some supervision. COMMENTS: Based on the definition of Alarm from NFPA 72, I don t think there needs to be any changes. For small board and care, systems are not required. Multiple station alarms could be used to satisfy the requirements. No changes. No changes. No changes. Page 23 of 51

24 CODE PARAGRAPH WITH SUGGESTED CHANGES: A staff member shall be permitted to be at a location outside of the facility where his ability to respond to a fire emergency from the location is roughly equivalent to his response ability from within the facility. In determining equivalency, the authority having jurisdiction should consider the following: (1) Whether the fire alarm meets the minimum loudness criteria (see ) at the locations outside the facility or whether another staff member who is required to remain in the facility can immediately report a fire emergency to the staff member who is outside (2) Travel time to the facility (3) Detection of fire cues (e.g., smoke, noises) from locations outside the facility (4) Whether the staff member will be notified immediately about which area of the facility has the fire emergency, if the staff member who is outside is required to report fire emergencies in more than one facility or fire zone Standby or Asleep. This rating means that the staff member does not have specific duties that ensure an immediate response to the alarm but is otherwise available to assist in a timely manner. This includes live-in staff who might be asleep, showering, or otherwise unable to respond immediately If the facility is classed as large and has multiple fire or smoke zones, some staff members might have responsibilities for residents outside the fire or smoke zone being evaluated. If a staff member s duties include rescue of residents in the fire zone being evaluated, the staff member shall be permitted to be assigned partial or full promptness of response scores. The authority having jurisdiction shall assign the points based on the proximity of the staff member to the zones and the nature of his duties in a fire emergency. This credit shall be given only if there are smoke alarms or is a smoke detection system that alerts the staff member and a system or procedure for promptly informing the staff member of the general location of the fire Alarm Effectiveness. This rating determines whether smoke alarms or notification appliances detector activated alarm devices are loud enough to alert the staff to a fire emergency dependably Assured. To be rated assured, the alarm shall be easily noticeable in all locations where the staff member is permitted, regardless of his rating on the promptness of response factor. Easily noticeable means the alarm shall be a minimum of 55 dba measured at ear level. The authority having jurisdiction shall be permitted to require the alarm to be louder than 55 dba where background noises could interfere with alarm audibility. For example, the alarm might need to be more than 55 dbato be heard over noise such as from a washing machine in the laundry or a television in the day room. If there are staff who are permitted to sleep, the alarm shall be a minimum of 70 dba measured at pillow level in any area where the staff might be asleep. The alarm shall be activated by smoke detectors, an automatic sprinkler system, or both. If the facility has smoke detectors meeting the requirements of Chapter 33 (NFPA101), the smoke detectors shall activate the alarm. If the facility has an automatic sprinkler system whose fire protection properties are considered in the evaluation of the facility, activation of the sprinkler system shall activate the alarm. COMMENTS: No changes. No changes This could be left as is, but changes will clarify the terminology. No changes (minimum db in NFPA 72 is 75 dba at the pillow. Formatted Table Page 24 of 51

25 CODE PARAGRAPH WITH SUGGESTED CHANGES: Not Assured. The alarm does not satisfy the conditions specified under assured. Doors that normally are closed during the staff shift being rated should be closed when determining the loudness of the fire alarm. Any other barriers that could reduce the loudness of the fire alarm also shall be in place Step 5 Determine the Staff Shift Score. Note that in large facilities, staff members might be responsible for assisting residents in a fire or smoke zone but also might have responsibilities for residents in other zones. (See Section 6.5.) The following steps should be taken: (1) On Worksheet 6.8.8, list the names of staff members who are required to be on duty in the facility during the shift being rated. (2) Determine whether the effectiveness of the alarm is assured or not assured. (See ) Worksheet and (Alarm) Smoke Detection and Smoke Alarms. A ddetection system aas used herein is one based on the use of smoke alarms or smoke detectors. No recognition is given for thermal alarms or thermal detectors. The smoke detection system categories are described in through None or Incomplete. There are no smoke alarms or smoke detectors in the building, or, if any are present, they do not meet the requirements for a higher-scored category Single-Level Detection, Limited Warning. There are one or more smoke alarms or smoke detectors in the building, but they do not meet the criteria for every level detection set forth in Detectors credited in this category shall be ppermitted to be any approved smoke detector, including a single-station smoke alarmdetector. At least one smoke alarm or smoke detector must be located in the corridor or similar common space (lobbies, lounges, or other spaces that cannot be closed off) in the immediate vicinity of each separate sleeping area. If there is more than one sleeping area, each such area must be protected to obtain this credit Every Level Detection. This credit applies where the smoke alarms or the smoke detector system meets the requirements of and (NFPA 101). Smoke alarms would be required on each level and in the bedrooms for new occupancies if the user is to comply with Either the reference to compliance with should be removed or the table needs fixed to COMMENTS: No changes. No changes. Essentially there are 6 levels according to Worksheet 7.3.2: 1. (-4) None 2. (0) One smoke alarm/detector in vicinity of each sleeping area. 3. (2) Detection on each level, none in bedrooms; or per note (e), none on each level but with sprinklers and with each bedroom protected. 4. (3) Each level, plus detection in each bedroom. 5. (4) Each level, plus detection in each bedroom. Per note (f) for existing facilities, none on each level but with sprinklers and with each bedroom protected 6. (4) Total system coverage. 1. (-4) None 2. (0) One smoke alarm/detector in vicinity of each sleeping area. 3. (2) Detection on each level, none in bedrooms; or per note (e), none on each level but with sprinklers and with each bedroom protected. (IT APPEARS THAT THE TABLE ADDRESSES EXISTING FACILITIES, BUT NOT NEW. NEW WOULD REQUIRE SMOKE ALARMS ON ALL LEVELS AND IN BEDROOMS WITHOUT EXCEPTION.) Informational Note (possible annex): Page 25 of 51

26 CODE PARAGRAPH WITH SUGGESTED CHANGES: differentiate between new and existing for Every Level Detection Every Level Detection. This credit applies where the smoke alarms or the smoke detector system is provided on each level for new board and care occupancies or where the smoke alarms or the smoke detector system meets the requirements of (NFPA 101) for existing facilities. Change note (e) to the table to read: In existing facilities, every level detection is permitted Every Level Detection Plus Smoke AlarmsSingle-Station Detection in Each Bedroom. To receive this credit, the requirements of must be met in full with the addition of at least one single station smoke alarm detector in each bedroom or other sleeping area Total Coverage System. This system provides a minimum of one detector in each occupied room or other habitable space and throughout any basements, storage areas (other than normal clothing closets), or combustible loft spaces. To qualify as a total system, there must be a manual fire alarm system in the building, and the operation of any smoke detector must automatically activate the manual fire alarm system evacuation alarm for the entire building Half-Hour Fire Resistance with Automatic-Closing Doors. Automatic-closing doors shall be permitted if the doors have an arrangement that holds them open in a manner such that they are released by a smoke detector operated device (e.g., magnetic or pneumatic hold-open device) prior to the passage of significant smoke from the space of fire origin into the corridor or from the corridor into the protected room. Smoke detectors for operation of such doors are either integral with the door closers, mounted at each door, or operated from a total smoke detection system covering both the room and corridor The safety parameter values for Type V(000), Type III(200), and Type II(000) receive a higher parameter credit if COMMENTS: would require 110 VAC smoke alarms or a smoke detection system on all levels including basements, in all living areas as defined by , and in each sleeping areas and since it is new construction, they would be required to sound throughout (interconnected) would require one of the following: (1) 110 VAC smoke alarms or a smoke detection system on all levels including basements and in all living rooms, dens, day rooms and similar spaces that when activated will be audible in the sleeping areas. (2) Quick response or residential sprinklers to be installed in accordance with with interconnected 110 VAC smoke alarms in each sleeping room. (3) Quick response or residential sprinklers to be installed in accordance with with battery operated smoke alarms in each sleeping room, and; the facility must demonstrate that a testing, maintenance, and a battery replacement program ensures the reliability of power to the smoke alarms, acceptable to the authority having jurisdiction. Eliminating single station title removes some confusion and correlates with Worksheet Parameter 4. Note that there is only one option in (Under (1)) where Detection in Each Bedroom would not already be required. Options 2 and 3 eliminate the smoke alarms on all levels. This is a bit confusing. I am not sure if this is intended to be an actual system or allow the use of interconnected smoke alarms. I left the verbiage such that a system is required. New small board and care facilities would require a manual system, but existing systems permit jury rigged manual stations to operate the interconnected alarms. No changes. No changes. Page 26 of 51

27 CODE PARAGRAPH WITH SUGGESTED CHANGES: the building is fully sheathed. This credit is to be given if all portions of the bearing walls, bearing partitions, floor construction, and roofs [or a roof/loft system if the space above the highest ceiling is inaccessible and either is provided with draft stops or other barriers on 30 ft (9.1 m) spacing or is provided with heat- or smoke-actuated fire detectors that sound the building fire alarm], and all columns, beams, girders, trusses, or similar bearing members either have an inherent fire resistance or are sheathed, encased, or otherwise treated to provide approximately a 1 2-hour or greater fire resistance rating. Buildings fully sheathed with sound lath and plaster, gypsum board, or equivalent sheathing are considered as meeting these criteria Smoke Detection and Smoke Alarm. All references to detectors herein refer to smoke detectors or smoke alarms. No credit is given for thermal detectors in habitable spaces except as specifically noted. Heat detectors can be credited in uninhabitable spaces where ambient temperatures can be expected to exceed 120 F (50 C) or fall below 0 F ( 18 C) (such as in unfinished attics or cocklofts), provided separation from inhabited spaces is at least 1 2-hour fire resistance rated. The categories under this parameter are described in through COMMENTS: There are eleven values in Worksheet as follows: NOTE: The term Interconnected System in Worksheet Parameter 4 should be addressed. Are these interconnected smoke alarms or system detectors or both? See note p, which seems to imply both. 1 (-10) None or incomplete. 2 (0) None or incomplete, but has sprinklers in bedrooms, suites, corridors and common spaces as a minimum. 3 (0) Single station smoke alarm in each bedroom. 4 (2) Single station smoke alarm in each bedroom, and has sprinklers in bedrooms, suites, corridors and common spaces as a minimum. 5 (2) No single station smoke alarms in bedrooms, but system smoke detectors are provided in corridors and spaces open to the corridors. 6 (0) No single station smoke alarms in bedrooms, but system smoke detectors are provided in corridors and spaces open to the corridors AND Safety Parameter 6 is none or incomplete. 7 (3) Single station smoke alarms are provided in bedrooms and system smoke detectors are provided in corridors and spaces open to the corridors. 8 (0) Single station smoke alarms are provided in bedrooms and system smoke detectors are provided in corridors and spaces open to the corridors AND Safety Parameter 6 is none or incomplete. 9 (6) Single station smoke alarms are provided in bedrooms and system smoke detectors are provided in corridors and spaces open to the corridors AND quick response sprinklers are installed in bedrooms, suites, corridors and common spaces as a minimum. 10 (5) System smoke detectors installed in bedrooms and system smoke detectors are provided in corridors and spaces open to the corridors. 11 (6) System smoke detectors installed in bedrooms and system smoke detectors are provided in corridors and spaces open to the corridors AND quick response sprinklers Page 27 of 51

28 CODE PARAGRAPH WITH SUGGESTED CHANGES: None or Incomplete. There are no smoke alarms or smoke detectors, or those that are present do not meet the requirements for a higher scored category Single-Station Units Smoke Alarms in Each Bedroom. There is one single-station detector smoke alarm (sounds the alarm only at the responding smoke alarmdetector) in each bedroom or sleeping room Interconnected System. Interconnected systems are those systems where the operation of any detector sounds alarm devices that alert all of the occupants. The alarm sounding device shall be permitted to be on other interconnected detectors or be other separate alarm devices. Where the systems are of the total building variety, the credit shall be permitted to be given only if the system includes manual fire alarm features or the building has a manual fire alarm system and the operation of the detection system sounds the manual fire alarm as though a fire alarm box on that floor had been operated. {Above not to be used PAL} Interconnected Systems. Interconnected ssystems are those systems where the operation of any system smoke detector activates sounds alarm notification appliancesdevices that alert all of the occupants. The alarm sounding device shall be permitted to be on other interconnected detectors or be other separate alarm devices. Where the systems are of the total building variety, the Ccredit shall be permitted to be given for the system only if the system includes manual fire alarm boxes that activate the notification appliances.features or the building has a manual fire alarm system and the operation of the detection system sounds the manual fire alarm as though a fire alarm box on that floor had been operated Corridors and Common Spaces Without Bedroom / Suite DetectorsSmoke Alarms. The system meets the requirements of and (NFPA 101). COMMENTS: are installed in bedrooms, suites, corridors and common spaces as a minimum. 12 (6) System smoke detectors throughout the building in accordance with NFPA (-10) None or incomplete. 2 (0) None or incomplete, but has sprinklers in bedrooms, suites, corridors and common spaces as a minimum. 3 (0) Single station smoke alarm in each bedroom. 4 (2) Single station smoke alarm in each bedroom, and has sprinklers in bedrooms, suites, corridors and common spaces as a minimum. This appears to permit interconnected systems to be either a smoke detection system using (24 VDC) smoke detectors, OR multiple station smoke alarms, I have rewritten it as not permitting multiple station as there is no permission in the code to use multiple station smoke alarms. If the intent is to allow a jury rigged system, this will have to be rewritten. The end result is shown below Systems. Systems are those where the operation of any system smoke detector activates alarm notification appliances that alert all of the occupants. Credit shall be permitted to be given for the system only if the system includes manual fire alarm boxes that activate the notification appliances. 5 (2) No single station smoke alarms in bedrooms, but system smoke detectors are provided in corridors and spaces open to the corridors. 6 (0) No single station smoke alarms in bedrooms, but system smoke detectors are provided in corridors and spaces open to the corridors AND Safety Parameter 6 is none or incomplete. There is no requirement for installation of smoke alarm in suites in the code. It appears to be confusing. The reference sections require system detection and multiple station devices are not recognized Corridors and Common Spaces with Single- 7 (3) Single station smoke alarms are provided in bedrooms and system smoke detectors Page 28 of 51

29 CODE PARAGRAPH WITH SUGGESTED CHANGES: Station Bedroom/Suite Detectors Smoke Alarms. There is one single-station smoke alarmdetector in each bedroom or sleeping room and system smoke interconnected detectors in corridors and common spaces that are spaced as described in Corridors and Common Spaces and with Interconnected Bedrooms with/suite System Smoke Detectors. The system is as in , except the bedroom/suite has system smoke detectors that are interconnected with corridor/common space system smoke detectors. In buildings in which construction as specified in is based on all members having a fire resistance rating of at least 1 2 hour or more, a system as described in that also has a thermal detector in each bedroom/suite connected to the building fire alarm system shall be permitted to be credited in this category Total Building System. This system includes detectors located in every bedroom throughout the building and also provides detector coverage throughout all corridors, common spaces, and hazardous areas, with the system meeting the requirements for an automatic fire alarm system in accordance with NFPA 72, National Fire Alarm and Signaling Code Exposed Route. An exit route is exposed if a segment of that route is the only available route for one or more residents and that segment of the exit route is not safeguarded by one of the following means: (1) Separation from all other rooms or areas by walls and doors of equivalent separation to that credited in (2) Protection of the other rooms or spaces by an automatic sprinkler system (3) Protection of the other rooms or spaces by a smoke detection and alarm system connected to activate the building evacuation alarm; and where furnishings, finishes, and furniture, in combination with all other combustibles within the space, are of such minimum quantity and are so arranged that a fully developed fire is unlikely to occur Mechanically Assisted Systems by Floor. Mechanically assisted smoke control on a corridor basis is a tested and accepted smoke control system initiated by a method of smoke COMMENTS: are provided in corridors and spaces open to the corridors. 8 (0) Single station smoke alarms are provided in bedrooms and system smoke detectors are provided in corridors and spaces open to the corridors AND Safety Parameter 6 is none or incomplete. 9 (6) Single station smoke alarms are provided in bedrooms and system smoke detectors are provided in corridors and spaces open to the corridors AND quick response sprinklers are installed in bedrooms, suites, corridors and common spaces as a minimum. 10 (5) System smoke detectors installed in bedrooms and system smoke detectors are provided in corridors and spaces open to the corridors. 11 (6) System smoke detectors installed in bedrooms and system smoke detectors are provided in corridors and spaces open to the corridors AND quick response sprinklers are installed in bedrooms, suites, corridors and common spaces as a minimum. 12 (6) System smoke detectors throughout the building in accordance with NFPA 72. No Changes No Changes Page 29 of 51

30 CODE PARAGRAPH WITH SUGGESTED CHANGES: detection that ensures operation of the smoke control system before significant smoke has entered into the corridor involved. One method of judging the acceptability of smoke control systems is contained in NFPA 92A, Standard for Smoke- Control Systems Utilizing Barriers and Pressure Differences The corridor s pressurizing system could involve early warning smoke detection, automatic closing of all room/ suite doors, sprinkler protection, or all three. Where these additional protection devices are provided to effect such a smoke control system, the individual credits for each of the involved protection devices are in addition to the credits for the smoke control system The safety parameter values for Type V(000), Type III(200), and Type II(000) receive a higher parameter credit if the building is fully sheathed. This credit is to be given if all portions of the bearing walls, bearing partitions, floor construction, roofs [or a floor/loft system if the space above the highest ceiling is inaccessible and either is provided with draft stops or other barriers on 30 ft (9.1 m) spacing or is provided with heat- or smoke-actuated fire detectors that sound the building fire alarm], and all columns, beams, girders, trusses, or similar bearing members either have an inherent fire resistance or are sheathed, encased, or otherwise treated to provide approximately a 1 2-hour or greater fire resistance rating. Buildings fully sheathed with sound lath and plaster, gypsum board, or equivalent sheathing are considered to meet this criterion Smoke Detection and Alarm. These parameter values apply only to apartments other than the group residence and to the areas used for apartment corridors and other common spaces. A detection system as used herein is one based on the use of smoke detectors. No credit is given for thermal detectors. COMMENTS: No Changes No Changes Apartment occupancies for those areas outside the apartments appear to require the use of system detectors. The smoke alarm requirements appear to be for those locations inside the dwelling unit. There are six values in Worksheet as follows: NOTE: The term Interconnected System in Worksheet Parameter 4 should be addressed. Are these interconnected smoke alarms or system detectors or both? 1 (0) None or incomplete. 2 (3) Corridors and Common 3 (0) Corridors and Common; use (0) if Parameter 6 is based on none or Incomplete, or Walls or Doors are ½ hour walls/20-min doors and Parameter 5 is <4. 4 (3) Corridors and Common: use (3) if corridors and common spaces are protected by qr sprinklers 5 (4) Corridors, Common Spaces, Each Level of Living Units Page 30 of 51

31 CODE PARAGRAPH WITH SUGGESTED CHANGES: None or Incomplete. There are no detectors, or, if any are present, they do not meet the requirements for a higher scored category Interconnected Systems. Interconnected systems are those systems where the operation of any detector sounds alarm devices on other detectors, or other separate alarm systems, that are spread out sufficiently to alert all of the building occupants. Where the systems are of the total building variety, the credit shall be permitted to be given only if the building has a manual fire alarm system and the operation of the detection system sounds the manual fire alarm as though a fire alarm box on that floor had been operated. Interconnected systems must provide sounding devices that are sufficient in location and loudness to ensure the awakening of persons who sleep normally Corridors and Common Spaces. This parameter applies to those situations where there is at least one detector spaced every 30 ft (9.1 m) in corridors and an additional detector in all common use spaces for each 900 ft2 (83.6 m2) or less of floor space. Detectors shall be permitted to be omitted from common use spaces that comply with one of the following: COMMENTS: 6 (6) Total Building 1 (0) None or incomplete. Not sure what interconnected systems are relative to this standard. If they are what is recognized by NFPA 101, I would think that they are system detectors. Suggested verbiage below Systems. Systems are those where the operation of any system smoke detector activates alarm notification appliances that alert all of the occupants of the building. 2 (3) Corridors and Common 3 (0) Corridors and Common; use (0) if Paramenter 6 is based on none or Incomple, or Walls or Doors are ½ hour walls/20-min doors and Parameter 5 is <4. 4 (3) Corridors and Common: use (3) if corridors and common spaces are protecte by qr sprinklers (1) They are both sprinklered and protected from any egress routes or area of refuge or staging that serves the board and care home by the use of automatic-closing doors operated by smoke detection or activation of the sprinkler system. (2) They are separated from the egress route or area of refuge or staging in (1) by fire resistance rated construction and by automatic-closing doors of sufficient fire resistance rating to withstand the maximum fire potential in the common space Corridors and Common Spaces plus Each Level of Living Units. To be credited in this category, detectors must be provided in both of the following locations: (1) Each living unit such that there is one detector or more in each single-level living unit or one detector or more on each level of any multilevel living unit (2) Corridors and common spaces in accordance with the requirements of Total Building System. A dwelling has a total building system if it meets the requirements of for Option 2 5 (4) Corridors, Common Spaces, Each Level of Living Units 6 (6) Total Building Page 31 of 51

32 CODE PARAGRAPH WITH SUGGESTED CHANGES: (NFPA 101). COMMENTS: Doors shall be considered automatic-closing if they are provided with either traditional self-closing mechanisms or release mechanisms actuated by smoke detectors. In the case of doors separating living units from each other or from common spaces, self-closing doors shall be permitted whether or not they are equipped with devices that can be used to hold them in the open position, provided the normal routine of the living unit is to keep the door closed, particularly after the occupants have retired for the night. Note that this parameter category does not cover the charges for dead-end conditions, travel distance, interior finish in the egress routes (exit or exit access), or enclosure of stairways or other egress routes that pass from floor to floor. These elements are covered separately in , , and Smoke Barriers. Smoke barriers are partitions extending across the entire width of the building or so arranged as to combine a partition in the corridor with existing building elements and subdividing partitions and walls to partition the building into two completely separate units. The smoke barrier must be equipped with doors in the corridor that are selfclosing, closed upon detection by smoke detectors located at the door arches, or closed by smoke detector systems that have been credited with a six-point parameter value in Smoke barriers also shall conform to the requirements of Section 8.5 (NFPA 101). A horizontal exit acts as a smoke barrier and is credited as both a smoke barrier in and a horizontal exit in Mechanically Assisted Automatic Systems by Corridor. A mechanically assisted smoke control system protected on a corridor basis is a system initiated by a method of smoke detection that ensures operation of the smoke control system before significant smoke has entered into the corridor involved The corridor s pressurizing system could involve early warning smoke detection, automatic closing of all living unit doors, sprinkler protection, or all three. Where these additional protection devices are provided to effect such a smoke control system, the individual credits for each of the involved protection devices are in addition to the credits for the smoke control system. No Changes No Changes No Changes No Changes Page 32 of 51

33 From: To: Subject: Date: Kowalenko, Henry Larrimer, Peter A (CEOSH); Cote, Ron RE: Task Group on Smoke Detector/Smoke Alarm Terminology Thursday, July 21, :01:22 PM Pete/Ron, Pete, you have done a fantastic job with your analysis. I wish I could have been more help. There is nothing more I could add to your analysis. My understanding of "Interconnected Systems" is this is a concept and not a specific system. I agree with your analysis that interconnected systems can be Multiple Station Alarm Devices or Detectors that acitvate alarms on other detectors or devices to notify occupannts throughout the building as though the fire alarm was activated. If this is the case, then the code is allowing 6 points under Parameter 4 of Worksheet Section also requires the facility to have a manual fire alarm system in order to get full credit. And also compares the activation of the interconnected system to be identical to that of activation of the manual fire alarm system. There is no mention of fire department notification, which would then scored under Parameter 3 of Worksheet I concur with your proposed verbiage for in your comments. And I assume this is the same verbiage proposed for Section ? Once again, you've done a great job on this. And thanks again for allowing to particpate, if only in a minor role. From: Larrimer, Peter A (CEOSH) [peter.a.larrimer@va.gov] Sent: Tuesday, July 12, :01 AM To: rcote@nfpa.org; Kowalenko, Henry Cc: Larrimer, Peter A (CEOSH) Subject: Task Group on Smoke Detector/Smoke Alarm Terminology Henry/Ron, Please find attached a working draft of changes to be made for Chapter 6 and Chapter 7 of NFPA 101A based upon the task group charge below. <<Origninal Terminology for Chapter 6 and 7 with smoke and smoke and detection and detector highlighted draft and suggested changes draft REV0.doc>> alarm, and Chair Smoke Detectors/Alarms Task Group. A task group was formed to address consistency and correctness in the use of the terms smoke detector, smoke single station (see Proposal 101A-9). The task group includes: Pete Larrimer - and Henry Kowalenko; Ron Coté agreed to assist. An attempt was made to update the document to reflect the terminology that is currently used in NFPA 72 and NFPA 101. The definitions below are taken from NFPA 72 and were used as a basis for the changes Alarm. A warning of danger. (SIG-FUN) Smoke Alarm. A single or multiple station alarm responsive to smoke. (SIG-HOU) Single Station Alarm. A detector comprising an assembly that incorporates a sensor, Page 33 of 51

34 Changes to the tables below will need to be made based upon what happens to the above. {PAL} Page 34 of 51

35 Cote, Ron From: Sent: To: Cc: Subject: Larrimer, Peter A (CEOSH) [peter.a.larrimer@va.gov] Monday, August 08, :10 PM MacKay, Linda Cote, Ron; jhversteeg@aol.com RE: 101A SAF-ALS ROC Meeting Notice Transmittal and Posting Notification Linda, There is another item I would like to place on the agenda for discussion. I would like clarification for the Construction Safety Parameter for Healthcare Occupancies. For Healthcare Occupancies, Construction is addressed as follows: 1 Page 35 of 51

36 It appears that requires Safety Parameter 1 for construction type to be based upon the floor or fire zone being evaluated. Is this correct (or should it be more in line with (3) and the zone scored inline with the lowest rating of the entire building when not separated? Note that most floors would have two hour rated floor assemblies and these could be seen as meeting (1). If the safety parameter is to be based upon the floor level or fire zone being evaluated, a tall building that has unprotected steel on the lower floors would have less of a problem passing the FSES than a building with unprotected steel on a floor above the fourth floor. For instance, a building with unprotected steel Type II(000) on a first floor zone of a building would score a zero. On a 5 th floor zone of the same building, unprotected steel Type II(000) would score a minus 9. 2 Page 36 of 51