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Home My WebLink About031-040-023 CF Archiveb 0�\ C, Ltj 16,�Y KC-Ar'5\,�,tA 03 2008 Butte County Fire Alarm/Sprinkler Testing Old Juvenile Hall Report Tested: Fire sprinkler system in Gym Fire alarm system including • 6 Pull Stations • 6 Horns • 6 Smoke Detectors • 1 Remote Indicating Unit • 1 Duct Detector • 1 Flow Switch • 1 Supervisory Switch Battery disconnect does not cause trouble. Remote indicating unit does not work. Inspection, Testing and Maintenance of Fire Alarm Systems e s Fire Control,Inc. Date of Service �OqTime 1.7 1O3�iTil 1 --.-Yes ❑ ] [7 [�. .. . Date Fire alarms stem is now My functional without deficiencies. Annual Inspection Initial Inspection p Last Seice FIRE ALARM DlV1SION 0 ❑ 'Y7 7 1703 Sonoma St Single Stage Two Stage Off ite Monitoring? Redding, Ca 96001 El ❑ ❑ yes [:]no (530)241-2465 (800)776-3046 Manufacturer: I �L Model # y Ca. Ike ns a #462979 C-16, C-10 UL # S24291 he4 1) Building Name:t (� Contact Person: Q Phone: �X 7 u 1 Fag: Address: Or__ Owner: 6Phone: A e- &O�U ljaU Fag: City: Postal Code: Central Station: Phone: "Vec"- Arcentahle "Nn" - Unacceptable (Ezulain No answers in comments) Technicians After -test Checklist Reconnect time limit cutouts? Reconnect ancillary functions? Reconnect ancillary functions off site connections)? Reconnect signal ower? Advise fire de ent the tesfing is completed? Ensure that the alarm astem is functional? Comments 1�,�..� 11 s r,v,,,,, e_e� Av I state that the information on this fo is correct at the time and place of my inspection, and that all equipment was tested in conformance with applicable codes and the No Summa 1 --.-Yes ❑ ] [7 [�. (The VU ❑ ❑ El Fire alarms stem is now My functional without deficiencies. I The Fire alarm system has deficiencies noted on the pages attached. The Fire Alarm System is tested in accordance with NFPA 72 Da Sequence of Operation confirmed and tested. Technicians After -test Checklist Reconnect time limit cutouts? Reconnect ancillary functions? Reconnect ancillary functions off site connections)? Reconnect signal ower? Advise fire de ent the tesfing is completed? Ensure that the alarm astem is functional? Comments 1�,�..� 11 s r,v,,,,, e_e� Av I state that the information on this fo is correct at the time and place of my inspection, and that all equipment was tested in conformance with applicable codes and the 1� Manufacturers r 9#uvments and 's as 1 in operational condition upon completion of this inspection except as noted in comments. �01 Te C66" Si nature Da Time Owner or Authorized Agent 1 of 4 Inspection, Testing and Maintenance of Fire Alarm Systems Date Building Name - ' , "4" Yes -Tested correctly "X" No -Did not test correctly (Explain NO answers in comments) "NA" Not applicable Alarm signal silence inhibit? Alarm signal silence operation? Alarm signal silence visual indication? Alarm signal when silenced automatically reinstate on subsequent alarm? br Alarm signal silence automatic cut-out timer? Input circuit alarm and supervisory operation including visual indicator? Input circuit trouble operation? Output circuit alarm operation? Output circuit trouble operation? ` Visual indicator test (lamp test)? N h Coded signal sequence operate not less than the required � number of times and the correct alarm signal thereafter. PIN Coded signal sequences are not interrupted by subsequent alarms? Input circuit to output circuit operation including P tP Pe g ancilliary device, for correct matrix operation Reset operation? Main power to emergency power supply transfer? Data communications link (DCL) supervision & operation Control unit interconnection to monitoring station? I/ Control Unit Inspection Input circuit designations, correctly identified in relation to connected field devices 0 Output circuit designations correctly identified in relation to connected field devices. Designations for common control functions & indicators Cabinet, plugin components and modules securely in place 4/ Plu in cables securely n iPlace g Record date, revision and version of Firmware & software Date: Rev: Ver: Cleanliness? Fuses in accordance with MFGs specification Control Unit lock Termination points from wiring to field devices secure V, Power Supply Inspection Fused with mfgs marked rating of the system? Adequate to meet the requirements of the system? R ote Trouble Unit Tests and Inspection Input ' ng from control unit is supervised? Visual trou signal? Audible trouble si ? Audible trouble signal si ce? Battery Tests and Inspection k," Battery type S03,eA- L k. Battery Voltage : AC power on AC power on Battery Amp Hours: AC power on AC power on /3/1 vas 13 vdo /7 Ah 6.7 Ah Inspected for physical damage? Terminal cleaned and lubricated? Terminals clamped tightly? Correct Electrolyte level? Specific gravity within mfg specifications? Electrolyte leaks? Adequately ventilated? Within manufacturer's rated life date code? Disconnection causes trouble signal? erator Power Supply Provi power to AC circuit serving the fire alarm? Trouble c dition at the em gen shall result in an audible common trou signal and a visual indication at the required annunci r? 2 of 4 Control Unit Tests Power on visual indicator? Annunciator Inspection & Tests Power on indicator? Common visual trouble signal? - Individual alarm and supervisory zone indication? Common audible trouble signal?_ Individual alarm and supervisory zone indication labels? Trouble signal silence switch? �_ Common trouble signal? Main Power supply failure trouble signal? _y Visual indicator test - Lamp test? _ Ground fault tested on positive and negative trouble signal_ Input wiring from control unit is supervised? Alert signal operation? Alarm signal silence visual indicator? Alarm signal operation? Switches for ancillary function operate as intended? Automatic transfer from Alert signal to Alarm signal? Other ancillary function visual indicators? Acknowledge switch operation? Manual activation of alarm signal and indication? Alarm signal silence inhibit? Alarm signal silence operation? Alarm signal silence visual indication? Alarm signal when silenced automatically reinstate on subsequent alarm? br Alarm signal silence automatic cut-out timer? Input circuit alarm and supervisory operation including visual indicator? Input circuit trouble operation? Output circuit alarm operation? Output circuit trouble operation? ` Visual indicator test (lamp test)? N h Coded signal sequence operate not less than the required � number of times and the correct alarm signal thereafter. PIN Coded signal sequences are not interrupted by subsequent alarms? Input circuit to output circuit operation including P tP Pe g ancilliary device, for correct matrix operation Reset operation? Main power to emergency power supply transfer? Data communications link (DCL) supervision & operation Control unit interconnection to monitoring station? I/ Control Unit Inspection Input circuit designations, correctly identified in relation to connected field devices 0 Output circuit designations correctly identified in relation to connected field devices. Designations for common control functions & indicators Cabinet, plugin components and modules securely in place 4/ Plu in cables securely n iPlace g Record date, revision and version of Firmware & software Date: Rev: Ver: Cleanliness? Fuses in accordance with MFGs specification Control Unit lock Termination points from wiring to field devices secure V, Power Supply Inspection Fused with mfgs marked rating of the system? Adequate to meet the requirements of the system? R ote Trouble Unit Tests and Inspection Input ' ng from control unit is supervised? Visual trou signal? Audible trouble si ? Audible trouble signal si ce? Battery Tests and Inspection k," Battery type S03,eA- L k. Battery Voltage : AC power on AC power on Battery Amp Hours: AC power on AC power on /3/1 vas 13 vdo /7 Ah 6.7 Ah Inspected for physical damage? Terminal cleaned and lubricated? Terminals clamped tightly? Correct Electrolyte level? Specific gravity within mfg specifications? Electrolyte leaks? Adequately ventilated? Within manufacturer's rated life date code? Disconnection causes trouble signal? erator Power Supply Provi power to AC circuit serving the fire alarm? Trouble c dition at the em gen shall result in an audible common trou signal and a visual indication at the required annunci r? 2 of 4 Inspection, Testing and Maintenance of Fire Alarm Systems Date Building Name V� , e. "4"Yes -Tested correctly "X" No -Did not test correctly (Explain NO answers in comments) "NA" Not applicable Sequential Display Inspection and Testing Individual alarm, supervisory and trouble inputs are clearly indicated and separately designated? Individual alarm and supervisory input designation labels are properly identified? Alarm input overrides supervisory and trouble input? Supervisory input overrides trouble input? Display can be manually advanced? First alarm is clearly identified each time it is displayed Alarm and supervisory input can be retrieved until system is reset? ter Testing Operate intended? Zone of each a initiating device is correctly printed? Rated voltage is pre t? s located in Proprietary Control Centers Events an owledgements are automatically printed? Time and date is orded by the printer? Each event is recorde they occur? System records status chap with loss of data? Paper advances automatically su that print record is visible? Printer operates under loss of main power su ? Printer is monitored for "low paper=' and "paper o '? Noice Communication Inspection/Tests P\call ndicator? Cisual trouble signal? Cudible trouble signal? Tnal silence switch? Ace paging including visual indicator? Ouits for selective voice paging and visual. Output circ its for selective voice paging trouble/visual Microphone cluding press to talk switch? w Operation of systems does interfere with initial inhibit time of rt and alarm signal. All call voice pax g operates on emergency power? Upon failure of on amplifier, system automatically transfers to backup plifier. Circuits for emergenc telephone call in operation including audible and ' ual indication Circuits for emergency ephone for operation, including two way voice communic on? Circuits for emergency tele hones trouble and visual ops. Emergency telephone verbal ommunication? Emergency telephone operabl or in -use tone at handset. Emergency telephone call-in la p? Emergency telephone call-in au .ble signal? All telephone zone select si the individually tested? Individual telephone zone select i icators? Operating instruction clearly visible Lockable release mechanism is intac illary Device Testing Circus Circuit Circuit 3 of 4 Field Devices Field Devices continued Each device is free of damage, foreign substance & Water Flow Detection devices mechanically supported independent of wiring? a) tested by appropriate water flow means device tested while connected to control unit? b) time delay recorded tEach Manual Pull stations tested? Supervisory Devices P r3' VIIN Two stage pullstations tested and functions confirmed? Shut-off valves tested and result in trouble signal? Heat detectors tested I Low pressure supervisory device inspected and tested? Smoke detectors —�— Low water supervisor test? Inspected for cleanliness? sp pe pe Low temperature supervisor device tested Sensitivity tested? Each power loss (eg fire pump and air compressor) tested? Tested for Operation? Other Fixed Type Extinguishing Systems Remote indicator units inspected and tested? V) Verify operation of the output contacts initiates the Status change confirmation inspection and tested? specified function at the FA control unit. Air Duct smoke detectors tested? Supervisory Devices Other Types Beam type smoke detectors for actuation & sensitivity?t� Inspected and tested as per manufacturer requirements? Flame detectors inspected and tested? Z Signal Appliances Combination detectors inspected and tested? i Shall be inspected and tested for operability Automatic detectors – other types inspected & tested Proper installation and tightness, tampering & obstruction? a) alarm initiation Intelligibility of voice messages? b) detector is oriented so as to detect hazard? Audibility of alert; alarm and voice messages/ c) sensivity tested? Visual signal appliance inspected and tested? Combination devices tested? Sequential Display Inspection and Testing Individual alarm, supervisory and trouble inputs are clearly indicated and separately designated? Individual alarm and supervisory input designation labels are properly identified? Alarm input overrides supervisory and trouble input? Supervisory input overrides trouble input? Display can be manually advanced? First alarm is clearly identified each time it is displayed Alarm and supervisory input can be retrieved until system is reset? ter Testing Operate intended? Zone of each a initiating device is correctly printed? Rated voltage is pre t? s located in Proprietary Control Centers Events an owledgements are automatically printed? Time and date is orded by the printer? Each event is recorde they occur? System records status chap with loss of data? Paper advances automatically su that print record is visible? Printer operates under loss of main power su ? Printer is monitored for "low paper=' and "paper o '? Noice Communication Inspection/Tests P\call ndicator? Cisual trouble signal? Cudible trouble signal? Tnal silence switch? Ace paging including visual indicator? Ouits for selective voice paging and visual. Output circ its for selective voice paging trouble/visual Microphone cluding press to talk switch? w Operation of systems does interfere with initial inhibit time of rt and alarm signal. All call voice pax g operates on emergency power? Upon failure of on amplifier, system automatically transfers to backup plifier. Circuits for emergenc telephone call in operation including audible and ' ual indication Circuits for emergency ephone for operation, including two way voice communic on? Circuits for emergency tele hones trouble and visual ops. Emergency telephone verbal ommunication? Emergency telephone operabl or in -use tone at handset. Emergency telephone call-in la p? Emergency telephone call-in au .ble signal? All telephone zone select si the individually tested? Individual telephone zone select i icators? Operating instruction clearly visible Lockable release mechanism is intac illary Device Testing Circus Circuit Circuit 3 of 4 Inspection, Testing and Maintenance of Fire Alarm Systems Date Building Name 00 eer' A e_ A -r -AN I Device Testing — Legend and Notes Device Description Type Model No. M Manual Pull station HT Heat detector, non restorable(Note 9 RHT Heat detector, Restorable(Note 9 S Smoke detector(Note 1, 2 & 9 RI Remote indicator unit DS Duct smoke detector(Note 1, 3 & 9 PS Photo electric smoke detector SFD Supporting field device monitor FS Sprinkler flow switch(Note 4 SS Sprinkler supervisory device(Note 5 LA — Low air PS —Pressure switch EM Fault isolation module B Bell H Horn V Visual signal appliance HS Horn/Strobe SP Cone type speaker HSP Horn e speaker AD Ancillary device(Note 8 ET Emergency Telephone --- other supervisory devices otes 6 & --- Other type of detector Note 1. Smoke detector sensitivity measurement and cleaning date should be recorded in the remarks column. Note 2. Status change, including time delay, should be recorded in the remarks column. Note 3. Duct smoke detector pressure differential should be confirmed and recorded in the remarks column. Note 4. Time delay setting of water flow switch should be recorded in the remarks column. Note 5. Sprinkler supervisory switches cause trouble condition to be annunciated but not an alarm condition. Note 6. Upper and lower pressure setting of supervisory devices should be recorded in the remarks column. Note 7. Low temperature setting should be recorded in the remarks column. Note 8. Identify the specific ancillary devices in the remarks column. Note 9. Identify date fire detector was changed. Caution: The tests reported on this form do not include the actual operational test of ancillary devices. 4 of 4 Inspection, Testing and Maintenance of Fire Alarm Systems Individual Device Record Date: Annual Inspection I Pae of Building Name: OLP �;7gtlWeC-L L COW Address: S/ Loco-vZY cowrft Oj«t..*6, . A. Correctly installed. D. Annunciator indication confirmed. R Requires Service, Repairs, missing, or cleaning K Circuit number or address C. Alarm operation confirmed F. Supervision and ground fault detection G. Smoke detector sensitive testis "'4" vee - Aerpntahlp "X" Nn _,. Unna-rartka111a Mwim1n117 Nil nnevuA1sc i*. "M A " AT-,& ......�:....i.l.. Note: Confirmation of wiring supervision to each individual device is only required during an initial inspection and test or verification, and is not required at the annual test. . , 000n000� id PIZ Um Iv7V��A� sA��l i nz UMMW AM== Note: Confirmation of wiring supervision to each individual device is only required during an initial inspection and test or verification, and is not required at the annual test. 25-78 INSPECTION, TESTING, AND MAINTENANCE OF WATER-BASED FIRE PROTECTION SYSTEMS Inspection, Testing, and Maintenance Cover Sheet NFPA 25 as amended by CCR. Title 19 Property Information: Name: ( Address: V C6 0 nLil Ce,'AILAr City: v e ZIP: Contact Telephone: Contractor Information: Name: vulgus Fire Control, Inc. Address: 1703 Sonoma St City: Redding State: California Telephone: (530)241-2465 CA License## 462979 C-16 C-10 C-7 Job # Occupancy /Use: Construction Type: C&A Ce�--e. No. Stories: .a Year Constructed: Performed by: (Print) Note: Contractor information may be pre-arinted Number of System Risers Copy sent to: ❑ Owner Date o Fire AHJ Date o Contractor Date NOTES: 1) For specific inspection, testing, and maintenance requirements and information, see NFPA 25, 2002 Edition as amended by California Code of Regulations, Title 19, §901 to §906. 2) Inspection Items may be performed by the Owner in accordance with California Code of Reaulations Title 19 4904.1(a) Forms included with this report NFPA 25 Chapter Number of Forms N/A FAIL* PASS I� Automatic Sprinkler System 5 1 ❑Standpipe and Hose Systems 6 D Private Water Supply System 7 O Fire Pump 8 ❑ Water Storage Tank 9 ❑ Water Spray System 10 ❑Foam Water Sprinkler System 11 *See "Deficiencies and Comments" section at end of each respective form. State Fire Marshal AES 1 March 21, 2006 25-79 Inspection, Testing, and Maintenance Fire Sprinkler System NFPA 25, Chapter 5 as amended by CCR, Title 19 Page 1 of 4 • g Date of Inspection, Testing, Maintenance. S � � System Riser ID: Frequency Property Information: Type System: �� oa�i�r I �1 Name: �� ',�� . - a- of [A Wet Pipe ti � o ,wr Address: `.�L)UKV44. ❑Dry Pipe ❑ Preaction `� � 12.4.3.1 ❑ Deluges, City: 0-r- oy,� 1.2 1 Main Drain Test Results: �.- Initial Static Pressure: _ , ,+ (psi) Residual Pressure: Si (I�) Restored Static Pressure:(psi) Abbreviation Key: I = Inspection T = Test M = Maintenance A -O = After Operation P MI = Per Manufacturer's Instructions Item Activity Frequency Description NFPA 25 Reference Fail N/A Pass 1.1 I Daily Weeklytemperature PreactioNDeluge Valves —Enclosure 12.4.3.1 1.2 1 Daily Weekly Dry Pipe Valves — Enclosure temperature 12.4.4.1.1 1.3 1 Quarterly Gauges (Dry, Preaction, Deluge Systems) 5.2.4.2 5.2.4.3 7� 1.4 1 Quarterly Control Valves 12.3.2.1 1.5 1 Quarterly Alarm Devices 5.2.6 1.6 1 Quarterly Gauges (Wet Pipe Systems) 5.2.4.1 1.7 1 Quarterly Hydraulic nameplate 5.2.7 >C 1.8 1 Quarterly Pipe and Fittings 5.2.2 �( 1.9 1 Quarterly Sprinklers 5.2.1 �( 1.10 1 Quarterly Spare Sprinklers 5.2.1.3 �( 1.11 1 Quarterly Fire Department Connections 12.7.1 1.12 1 Quarterly Alarm Valves — Exterior Inspection 12.4.1.1 1.13 1 Quarterly Preaction/Deluge Valves — Exterior Inspection 12.4.3.1.6 1.14 1 Quarterly Pressure Reducing Valves 12.5.1.1 1.15 1 Quarterly 'Dry Pipe Valves — Exterior Inspection 12.4.4.1.4 X 1.16 1 Quarterly Backflow Preventers 12.6.1 1.17 1 Annually Buildings 5.2.5 State Fire Marshal AES 2 March 21, 2006 25-80 INSPECTION, TESTING, AND MAINTENANCE OF NATER -BASED FIRE PROTECTION SYSTEMS Inspection, Testing, and Maintenance Fire Sprinkler System Page 2 of 4 NEPA 25, Chapter 5 as amended by CCR, Title 19 Date of Inspection, Testing,Maintenance: System Riser ID: Property Information: �� Type of System: �o ,CA��,� o Name: 1_4 rQ 1 w �� ,� �. V) Wet Pipe Address.. s Cou V� � -� O Dry Pipe � n 0 Preaction 1 0 Deluge,,_ City: Ora U .11 e 5.2.3 Item Activity Frequency Description NFPA 25 Reference Fail N/A Pass 1.18 1 Annually Hangers 5.2.3 �( 1.19 1 Annually Seismic Braces 5.2.3 1.20 1 5 Years Hangers (Accessible concealed spaces) 5.2.3.3 X' 1.21 1 5 Years Seismic Braces (Accessible concealed s aces 5.2.3.3 1.22 1 5 Years Pipe and Fittings (Accessible concealed spaces) 5.2.2.3 1.23 1 5 Years Sprinlders (Accessible concealed spaces) 5.2.1.1.4 1.24 1 5 Years Alarm Valves — Interior Inspection 12.4.1.2 1.25 1 5 Years Alarm Valves - Strainers, finers, orifices 12.4.1.2 1.26 1 5 Years Check Valves — Interior Inspection 12.4.2.1 1.27 1 5 Years Preaction/Deluge Valves — Interior ins ction 12.4.3.1.7 1.28 1 5 Years Preaction/Deluge Valves - Strainers, filters, orifices 12.4.3.1.8 1.29 1 5 Years Dry Pipe Valves -- Interior Inspection 12.4.4.1.5 1.30 1 5 Years Dry Pipe Valves - Strainers, filters, orifices 12.4.4.1.6 2.1 T Annually Alarm Devices (90 Sec) 5.3.3 12.2.7 2.2 T Annually Main Drain Test (Enterdata on Page 1) 12.2.6 12.2.6.1 12.3.3.4 ` 2.3 T Annually Antifreeze Test 5.3.4' 2.4 T Annually Control Valve - Posifion 12.3.3.1 j 2.5 T Annually Control Valve — Operation 12.3.3.1 2.6 T Annually Supervisory 12.3.3.5 2.7 T Annually Preaction Valve — Priming Water 12.4.3.2.1 2.8 T Annually Preaction Valve — Low Air Pressure Alarm 12.4.3.2.10 2.9 T Annually Preaction Valve — Full Flow Trip Test 12.4.3.2.2 x State Fire Marshal AES 2 March 21, 2006 ANNEX B 25-81 Inspection, Testing, and Maintenance Fire Sprinkler System NFPA 25, Cha ter 5 as amended b CCR, Title 19 Page 3 of 4 -"� Date of inspection, Testing, Maintenance: .5 System Riser I D: NFPA 25 Reference Fail N/A Pass Property Information: r a Type of System: of ca�� 0� Name: U%j e� e_ �_ Wet Pie } �. Address. ��c,h-- e.� - ❑ Dry Pipe ❑ Preaction C*a T ❑ Deluge`�,,� E N1P► City: -)\3Ale. Y• r � Item Activity Frequency Description NFPA 25 Reference Fail N/A Pass 2.10 T Annually Dry Pipe Valve —Priming Water 12.4.4.2.1 �( 2.11 T Annually DryAlaValve —Low Air Pressure 12.4.4.2.6 � 2.12 T Annually Dry Device Pipe Valve —Quick -Opening 12.4.4.2.4 � 2.13 T Annually Dry Pipe Valve —Trip Test 12.4.4.2.2 2.14 T Annually Backflow Preventer Assemblies 12.6.2 � 2.15 T 3 Years Dry Pim Valve —Full Flow Trip Test 12.4.4.2.2.2 �( 2.16 T 5 Years Gauges 5.3.2 � 2.17 T 5 Years Pressure Reducing Valve 12.5.1.2 2.18 T 5 Years Fire Department Connection Backflush 12.7.4 2.19 T 5 Years Sprinklers —Extra High Temperature 5.3.1.1.1.3 � 2.20 T 5 Years Sprinklers —Corrosive environment or corrosive water 5.3.1.1.2 �. 2.21 T 10 Years Sprinklers -Dry 5.3.1.1.1.5 2.22 T 20 Years Sprinklers -Fast Response 5.3.1.1.1.2 2.23 T 50 Years Sprinklers 5.3.1.1.1 � 2.24 T 75 Years Sprinklers 75 years in service 5.3.1.1.1.4 2.25 T Sprinklers manufactured prior to 1920 — Replace 5.3.1.1.1.1 � 3.1 M Annually Control Valves 12.3.4 3.2 M Annually PreactioNDeluge Valves 12.4.3.3.2 3.3 M Annually Dry Pipe Devices Valves/Quick-Opening 12.4.4.3.2 X 3.4 M Annually Dry Pipe Valve —Low Point Drains 12.4.4.3.3 3.5 M 5 Years Obstruction Investigation Chapter 13 State Fire Marshal AES 2 March 21, 2006 25-82 INSPECTION, TESTING, AND MAINTENANCE OF NATER -BASED FIRE PROTECTION SYSTEMS Inspection, Testing, and Maintenance Fire Sprinkler System NEPA 25, Chapter 5 as amended by CCR, Title 19 Page 4 of 4 Date of Inspection, Testing, Maintenance: System Riser ID: Property Information: --� Name: Q Type of System: 01F CA�� o :Q Wet Pipe Address: sjCam D Dry Pipe 0 Preaction 0 Deluge..,_ E M� City: Oro Item Deficiencies and Comments: Deficiencies and Comments Item number must correspond to the Item number of the Activity listed above: 0 See Continuation Page(s) (Indicate_theqlU o onti ation pages) PASS 0 FAIL Si atureDa e State Fire Marshal AES 2 March 21, 2006