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HomeMy WebLinkAbout025-170-077 CF ArchiveFire Prevention Bureau �Jutte County Fire Rescue White Copy - Business 176 Nelson Avenue California Department of Forestry Yellow Copy — Occupancy File Oroville, CA 95965 and Fire Protection Pink Copy — Station File elephone 530-538-7888 Facility Inspection Report Occ. Class. ax 530-538-2105 Address:�n Business Name: Owner/Manager: /\!t .�? N Bus: Hm: Fax. Assistant Manager: Bus: Hill: Building Owner. Bus: Hm: Address: .,.T n►TC!1DVrm7nV n1V VnrTi2 FACrr.rTV U_FVF.A1,_Fn TAF FOLLOWING! 1. Fire Extinguishers: Required, service due 10. Exit(s) obstructed, inadequate 2. Extension cords: Excess use, defective 11. Exit sign(s) required, illumination 3. Excessive rubbish, trash, debris 12. Exit sign lights need replacing 4. Fire alarm system defective 13. Exit lighting: Required, defective 5. Sprinkler system: Service required, defective 14. Smoke detectors: Required, defective 6. Kitchen hood extinguishing system service due '15. Wiring: Exposed, damaged connectors, etc. 7. Fire walls, ceilings, fire doors, draft stops 16. Heating system: Defective appliance, flue combustibles 8. Knox Box keys 17. Address posted and visible from road 9. Fire Drill Witnessed Yes ❑ No ;0 18. Other DETAILED EXPLANATION AND CORREC110A N: L V1ucr.L l r.L: 6 . Date: \\ Discussed with: (Print), ("Ar, r (.�. f�•r Signed: i' (.�� Inspecting Officer Battalion 1 2 3 4 5 6 i'7 Station: FPB FIRE PREVENTION SAVES LIVES, PROPERTY, AND BUSINESS. YOUR COOPERAT101N W11'11 CORRECTING THE ABOVE LISTED ITEMS IS APPRECIATED. RE -INSPECTION DATE: To email this form do the following: 1. Click on "File" 2. Click "Save" 3. Click on "File" again 4. Click on "Send To" 5. Click on "Mail Recipient" 6. Address to Cyndi Wilson 7. Click "Send this Sheet" Business Name Feather River Adventist School Date of Inspection 5/22/2003 Number of Violations 0 Inspector Name Sean Norman Reinspection Date 5/20/2004 rT ,�- t ? , �. P4 ,Ti L, r, - F _ R E T�.Ii i RV E Y �iL DATE SIGNATURE Cy NGES Yes NO COMMENTS 46F -1V7 --S ClS E /:_Ze451Z- B� ///��� I, '�s � yR/ , �/pi'� ' L.AI� iNG a•�V C��� T �� 6� V'. �°4 `t '.`bis ScIn iod, t",, cow r \i BUTTE COUNTY FIRE DEPARTMENT/CDF FIRE TITLE 19/24 FACILITY INSPECTION INSPECTION NO. 6) 2 3 REINSPECT: YES h NO Facility -7 AC -1 SCllonOccupancy Address �,7 C-E>--�, L N . Inspector S . --urr'-ov —/ Phone �- Station 7�f Contact ��- C 3 -_ Q:Z W9 Station Phone Compliance: Yes =-�r AC10EE All inspections —Address correct/posted and visible from road (Butte Co. Code 32-9) "AApcess to public street or 20 ft. wide lane (r193.os) (' Gates wide enough to admit fire apparatus (r19-3.16) �- Fire protection equipment visible/accessible (r19-3.14) No = 0 Not applicable = N/A POR BLE FIRE EXTINGUISHERS --All Inspections have current annual service tag (T19 -575.1A) �ME�inguishers um travel 75 ft. (T19-567) Ze clear access to fire extinguisher (T19-5612) uishers mounted on wall/or in cabinet, visible and signed (T19-563.8) EXITS -A11 Inspections S -- Exits not obstructed (r19-3.11) ✓ ExiExit signs in place (CBC 1003.2.9.1) Doors operate without key or special knowledge (CFC 12073) Rooms with Occupant Load of 50 Persons or More I illumination and signs in place (CBC 1003.2.8.2) ximum occupancy sign in place (T19-3.30) Two exit doors/panic hardware swing in direction of travel (CFC 2501.8.2) HOUSEKEEPING --All Inspections ,No waste or rubbish accumulation inside or outside T19-3.14) ZRemove uce storage to at least _" below ceiling/ sprinklers (r19-3.14) combus. storage from heater, mech., elect. room (T19 -3.19f) ide approved metal container for oily rag storage (r -19-3.19c) ammable liquids stored properly (r-19-3.15) ELE TRICAL --All inspections Extension cords do not replace permanent wiring (cEc400-8(1)) Extension cords do not pass through doors/walls (CEC-400-8 t2,3)) 30 inch clearance around all electrical panels (CEC-110-16A) Al panels and breakers are marked (CEC-110-17C) Repair holes in fire -resistive construction CEC (300-21,22) Multi -plug power strips have circuit breaker (CEC 400-13) FIRE PROTECTION EQUIPMENT -- All Inspections A Hood system serviced/tagged every 6 mo. by cert. tech. (T19-904) --'Clean filters, hood, and duct area over cooking appliances (CFC 1006.2.8) �TMaintain extinguishing systems (T19-3.24) ;Ai/�iXrovide spare sprinkler heads (6 min.) and/or sprinkler wrench (r19-904.5) Replace damaged, corroded, or painted sprinkler heads (r19-904.5) Identify sprinkler valves and secure in open position (T19-904.5) Replace missing caps on fire department connection (r19-904.3) rovide 5 -yr. certification test for sprinkler/standpipe (T19-904) HANICAL EQUIPMENT -- All Inspections vents and chimneys -- No obvious hazards (CMC -Ch. 8) SMQKE DETECTORS -- Day Care Sr. Res., Hospitals, Apts. �- Properly installed and tested (T19-749.754) SAHLS, JAILS AND HOSPITALS corations and curtains fire retardant (r19-3.08) G tanks fenced with locked gates (r19-3.22) FIR RILLS -- School and Day Care (Title 193.13) 44, ystems operable/hooked to office Held monthly (elementary schools) eld semi-annually (high scho ) Eyacuation plans posted in all rooms �Ep gency procedures posted in office / Teachers take roll books Corrections and Comments -1� ['ecV/" iYl-�i /�i� Ci �r(?�T /l.'iL(' c cO� l•/ �� t��t��;�,T The above deficiencies must be corrected withiny days. Inspection Date: C C) Owner/Manager AP #. GRIDLEY FIRE DEPARTMENT INSPECTION REPORT DATE BUSINESS NAME �'Z- ✓ �-om t,&4 L PHONE ADDRESS OCCUPANCY NO.OF BLDGS. NO.OF STORIES MANAGER/OWNER PHONE ADDRESS EXITING APPROVED FIRE PROTECTION APPROVED YES NO NA YES NO NA 1. EXIT 40 ❑ ❑ 7. FIRE EXTINGUESHERS >0 ❑ ❑ 2. EXIT SIGNS %"-0 ❑ ❑ 8. AUTO SPRK. SYSTEM O ❑ 3. EXIT CORRIDORS J4 ❑ ❑ 9. HOOD EXTING. SYSTEM O ❑ 4. AISLE/SEATING 5. OCCUPANT LOAD SIGN z ❑ ❑ ❑ D 10. STANDPIPES 11. ALARM SYSTEMS ❑ ❑ 9 ❑ C� 6. OCCUPANT LOAD O ❑ 12. FIRE ASSEMB/WALLS ❑ ❑ D BUILDING APPROVED SPECIAL CONDITIONS APPROVED YES NO NA YES NO NA 13. ELECTRICAL AIT ❑ ❑ 20. EMERGENCY LIGHTING O O 14. HEATING EQUIP � ❑ ❑ 21. GREASE HOODS &DUCTS ❑ ❑ 15. COOKING EQUIP ❑ 22. L.P.G. ❑ D 16. DECORATIONS ❑ ❑ 23. COMPRESSED GAS ❑ O 17. OPENINGS 24. CHEMICALS ❑ D VERTICAL ❑ ❑ 25. SIGNS D ❑ HORIZONTAL ❑ O 26. HAZ MAT INSP. ❑ ❑ 18. HOUSEKEEPING is O D 27. OTHER ❑ ❑ 19. ADDRESS POSTED ❑ D REMARKS Alb Aooj t..00v tie pis AjJ qtak-�j Aoo-� ALL EXCEPTIONS NOTED ABOVE MUST BE CORRECTED BEFORE CLEARANCE IS GRANTED FIRST INSPECTION 7ff GRANTED O YE ARL FEE $20.00 SECOND INSPECTION ❑. FINAL INSPECTION e'mgm" CONDITIONAL DENIED ❑ ❑ TIME NEXT I ECTION4 Aw Ya?,L- INSPECTOR "� REPRESENTATIVE BUTTE COUNTY FIRE DEPARTMENT/CDF FIRE TITLE 19/24 FACILITY INSPECTION INSPECTION NO. 1 Ij 2' 3 REINSPECT: YES NO Facility A✓ l OIL I�Dj&'rK Occupancy Address Inspector J 1V N► 14 Phone '3-� Station 5 rA—_2 4_ Contact Station Phone Irrq 6— .<'7 Compliance: Yes =-If ACCESS --All inspections Address correct/posted and visible from road (Butte Co. Code 32-9) Access to public street or 20 ft. wide lane (T19-3.05) Gates wide enough to admit fire apparatus (r19-3.16) Fire protection equipment visible/accessible (T19-3.14) PORTABLE FIRE EXTINGUISHERS -- All Inspections No = 0 Not applicable = N/A Extinguishers have current annual service tag (T19 -575.1A) Maximum travel 75 ft. (r19-567) Provide clear access to fire extinguisher Cr19-563.2) Extinguishers mounted on wall/or in cabinet, visible and signed (T19-563.8) EXITS -- All Inspections Exits not obstructed (T19-3.11) Exit signs in place (CBC 1003.2.9.1) Doors operate without key or special knowledge (CFC 1207.3) Rooms with Occupant Load of 50 Persons or More Exit illumination and signs in place (CBC 1003.2.82) Maximum occupancy sign in place (T19-3.30) Two exit doors/panic hardware swing in direction of travel (CFC 2501.8.2) HOUSEKEEPING -- All Inspections No waste or rubbish accumulation inside or outside T19-3.14) Reduce storage to at least "below ceiling/ sprinklers (r19-3.14) Remove combus. storage from heater, mech., elect. room (r19 -3.19f) Provide approved metal container for oily rag storage (T -19-3.19c) Flammable liquids stored properly (r-19-3.15) and Comments /fit,. ELECTRICAL --All inspections Extension cords do not replace permanent wiring (CEC-400-8(1)) Extension cords do not pass through doors/walls (CEC-400-8 (2,3)) 30 inch clearance around all electrical panels (CEC-110-16A) __.All panels and breakers are marked (CEC-110-17 C) Repair holes in fire -resistive construction CEG (300.21,22) Multi -plug power strips have circuit breaker (CEC 400-13) FIRE PROTECTION EQUIPMENT -- All Inspections Hood system serviced/tagged every 6 mo. by cert. tech. (T19-904) Clean filters, hood, and duct area over cooking appliances (CFC 1006.2.8) Maintain extinguishing systems (T19-324) Provide spare sprinkler heads (6 min.) and/or sprinkler wrench (T19-904.5) Replace damaged, corroded, or painted sprinkler heads Cr19-904.5) Identify sprinkler valves and secure in open position (T1s -904.5) Replace missing caps on fire department connection (T19-904.3) Provide 5 -yr. certification test for sprinkler/standpipe (r19-904) MECHANICAL EQUIPMENT -- All Inspections Vents and chimneys -- No obvious hazards (CMC -Ch. 8) SMOKE DETECTORS — Day Care Sr. Res., Hospitals, Apts. Properly installed and tested (T19-749, 754) SCHOOLS, JAILS AND HOSPITALS Decorations and curtains fire retardant CT19-3.08) LPG tanks fenced with locked gates (r19-3.22) FIRE DRILLS -- School and Day Care (Title 19-3.13) The above deficiencies must be corrected within days. Owner/Manager All systems operable/hooked to office Held monthly (elementary schools) Held semi-annually (high schools) Evacuation plans posted in all rooms Emergency procedures posted in office Teachers take roll books Inspection Date: AP # uRIDLEY FIRE DEPARTMENT INSPECTION REPORT BUSINESS NAMElinuEND sz Sic tf ADDRESS OCCUPANCY � I NO. OF BLDGS. MANAGER/OWNER ADDRESS DATE PHONE NO. OF STORIES PHONE EXITING APPROVED FIRE PROTECTION APPROVED YES NO NA YES NO NA 1. EXIT D ❑ 7. FIRE EXTINGUESHERS ❑ ❑ 2. EXIT SIGNS ❑ 8. AUTO SPRK. SYSTEM ❑ ❑ 3. EXIT CORRIDORS ❑ D q] 9. HOOD EXTING. SYSTEM ❑ ❑ 4. AISLE/SEATING ❑ D m 10. STANDPIPES ❑ ❑ 5. OCCUPANT LOAD SIGN O ❑ 11. ALARM SYSTEMS �] ❑ ❑ 6. OCCUPANT LOAD ❑ � Q] 12. FIRE ASSEMB/WALLS ❑ ❑ D BUILDING APPROVED SPECIAL CONDITIONS APPROVED YES NO NA YES NO NA 13. ELECTRICAL ❑ ❑ 20. EMERGENCY LIGHTIING U ❑ ❑ 14. HEATING EQUIP ❑ ❑ 21. GREASE HOODS &DUCTS ❑ ❑ 15. COOKING EQUIP ❑ D 22. L.P.G. O O 16. DECORATIONS ❑ ❑ 23. COMPRESSED GAS ❑ D 17. OPENINGS 24. CHEMICALS O ❑ VERTICAL ❑ ❑ 25. SIGNS ❑ ❑ HORIZONTAL ❑ ❑ 26. HAZ MAT INSP. ❑ ❑ 18. HOUSEKEEPING D ❑ 27. OTHER ❑ ❑ 19. ADDRESS POSTED ❑ ,B ❑ REMARKS )0r"o)aL&,7 leAD 45, 016 LAT) 6 /// ,GN sT,loLC Gl b tic p,aE Ai A, U IcH, yooO 7n A!rp,,4,,;:cj, ,�G3FL �2ck,T � A0� zN �Fci2icad �3ox�c s 1tv G,+s-s�to Ile ��kA 4flA, /Yf/ 0 IV65P- e--4--) r- �As, ooawrli,mv k 1/0 Lt —Td�o ALL EXCEPTIONS NOTED ABOVE MUST BE CORRECT11D BEFORE CLEARANCE IS GRANTED FIRST INSPECTION �p GRANTED ❑ YE AY FEE $20.00 SECOND INSPECTION ❑. CONDITIONAL ❑ FINAL INSPECTION ❑ DENIED TIME � NEXTINSPECTIONlw 6f i INSPECTOR REPRESENTATIVE wuar, CORNIA DEPARTMENT OF FORESTRY & Fix,_— PROTECTION Ot o�:E OF THE STATE FIRE MARSHAL • FIRE ENGINEERING DIVISION C •� US-nN •,,� G EXPIRES ©F srw aaa ;; JUNE 30, 1999 ISTINC ERVICE, LISTING No. 7260-1209:141 Page 1 of 1 CATEGORY: Beam Smoke Detection System LISTEE: System Sensor, 3825 Ohio Avenue, St. Charles IL 60174 Contact: Adam Kozlowski (630) 377-6580 DESIGN: Model 6424 beam smoke detection system. Refer to listee's data sheet for detailed product description and operational considerations. INSTALLATION: In accordance with listee's printed installation instructions, applicable codes and ordinances and in a manner acceptable to the authority having jurisdiction. MARKING: Listee's name, model number, electrical rating and UL label. APPROVAL: Listed as a beam smoke detection system for use with separately listed compatible control units. Authority having jurisdiction should be consulted prior to installation. NOTE: Formerly 7257-1209:141 THIS LISTING IS BASED UPON TECHNICAL DATA SUBMITTED BY THE APPLICANT. CSFM FIRE ENGINEERING STAFF HAS REVIEWED THE TEST RESULTS AND/OR OTHER DATA BUT DOES NOT MAKE AN INDEPENDENT VERIFICATION OF ANY CLAIMS. THIS USTING IS NOT AN ENDORSEMENT OR RECOMMENDATION OF THE ITEM LISTED. THIS uSTING SHOULD NOT BE USED TO VERIFY CORRECT OPERATIONAL REQUIREMENTS OR INSTALLATION CRITERIA. REFER TO USTEE'S DATA SHEET, INSTALLATION INSTRUCTIONS AND/OR OTHER SUITABLE INFORMATION SOURCES. DATE ISSUED: MAY 15,1998 APPROVED BY: EFFECTIVE ISSUE DATE TO EXPIRATION DATE 4 AUT E HO PROGRAM COORDINATOR C�J- ORNIA DEPARTMENT OF FORESTRY & Fli.ec PROTECTION • '•t OFF-jCE OF THE STATE FIRE MARSHAL C �" mm FIRE ENGINEERING DIVISION Q F .,� LISTING EXPIRES JUNE 30, 1999 ISTINC ERVICE LISTING No. 7300-1209:129 Page 1 of 1 CATEGORY: Misc. Devices/Control Unit Accessories LISTEE: System Sensor, 3825 Ohio Ave., St. Charles IL 60174 Contact: Adam Kozlowski (630) 377-6580 DESIGN: Models RTS451 and RTS451 KEY remote test switches, and Model RTC remote test station kit. Refer to listee's data sheet for additional detailed product description and operational considerations. INSTALLATION: In accordance with listee's printed installation instructions, applicable codes and ordinances and in a manner acceptable to the authority having jurisdiction. MARKING: Listee's name, model number and UL label. APPROVAL: Listed as accessory devices for use with separately listed compatible duct smoke detectors#. NOTE: Formerly 7300-0087:129 'Corrected 12-20-95 THIS LISTING 1S BASED UPON TECHNICAL DATA SUBMITTED BY THE APPLICANT. CSFM FIRE ENGINEERING STAFF' HAS REVIEWED THE TEST RESULTS AND/OR OTHER DATA BUT DOES NOT MAKE AN INDEPENDENT VERIFICATION OF ANY CLAIMS. THIS LISTING IS NOT AN ENDORSEMENT OR RECOMMENDATION OF THE ITEM LISTED. THIS USTING SHOULD NOT BE USED TO VERIFY CORRECT OPERATIONAL REQUIREMENTS OR INSTALLATION CRITERIA. REFER TO LISTEE'S DATA SHEET, INSTALLATION INSTRUCTIONS AND/OR OTHER SUITABLE INFORMATION SOURCES. DATE ISSUED: MAY15,1998 APPROVED BY: EFFECTIVE ISSUE DATE TO EXPIRATION DATE DEPUTY BEN HO PROGRAM COORDINATOR CAL JRNIA DEPARTMENT OF FORESTRY & FIFE PROTECTION- OFFICE OF THE STATE FIRE MARSHAL c FIRE ENGINEERING DIVISION 0 LISTING EXPIRES s`" y� JUNE 30 19 99 ISTIN ERYIG LISTING No. 7300-1209:145 Page 1 of 1 CATEGORY: Misc. Device/Control Unit Accessories LISTEE: System Sensor, 3825 Ohio St., St. Charles IL 60174 Contact: Adam Kozlowski (630) 377-6580 DESIGN: Models A77-716-00, A77-716-01, A77-716-02 and EOLR end -of -line power supervisory relays. Refer to iistee's data sheet for detailed product description and operational considerations. INSTALLATION: In accordance with listee's printed installation instructions, applicable codes and ordinances and in a manner acceptable to the authority having jurisdiction. MARKING: Listee's name, model number and UL label. APPROVAL: Listed as end -of -line power supervisory relays for use with separately listed compatible smoke detectors and control units. NOTE: Formerly 7333-0087:127 02-22-93 THIS LISTING IS BASED UPON TECHNICAL. DATA SUBMITTED BY THE APPLICANT. CSFM FIRE ENGINEERING STAFF HAS REVIEWED THE TEST RESULTS AND/OR OTHER DATA BUT DOES NOT MAKE AN INDEPENDENT VERIFICATION OF ANY CLAIMS. THIS USTING IS NOT AN ENDORSEMENT OR RECOMMENDATION OF THE TTSM LISTED. THIS LISTING SHOULD NOT BE USED TO VERIFY CORRECT OPERATIONAL REQUIREMENTS OR INSTALLATION CRITERIA. REFER TO USTEE'S DATA SHEET, INSTALLATION INSTRUCTIONS AND/OR OTHER SUITABLE INFORMATION SOURCES. DATE ISSUED: MAY 15, 1998 APPROVED BY: EFFECTIVE ISSUE DATE TO EXPIRATION DATE DEPurir BEN HO PROGRAM COORDINATOR ARU Security and Cabling Systems "Service You Can Trust Since 1985" 2665 Ludlum Avenue + Palermo, California 95968 + (530) 534-5370 FIRE SYSTEM PERMIT Mr. Steve Fowler, California Fire Captain Gridley Fire Department 47 East Gridley Road Gridley, CA 95948 Site: Feather River Seventh Day Adventist School 27 Cox Lane Oroville, CA 95965 ARU File No: 1273 (Rev. 3) Materials list: 1 ea.* "Systems Sensor" 6424 Beam Smoke Detector. 1 ea. "Systems Sensor" RTS451 Key Test & Reset Switch. 1 ea. "Systems Sensor" A-77-716MOO EOL Power Supervision Relay Module. Attached: Drawings of Fire System. Related - CFM Approval Numbers. Related CFM Listing Sheets. Building is 98'X 50'(4,900 sq. ft.). -Room Geometry and airflow were consideredin the design and placement of the Beam, Smoke Detection System. The installed system is designed to protect and cover a 19,800 sq. ft. area. This proposed system is connected into the existing fire system in compliance with the NFPA-72A and NFPA-72A-72B and UL Standard 268. nese: ARU Securc'.1'Systems nate: My 13 '99 Residential * Commercial * Industrial *Environmental (800) ALARM 41 *FAX (530) 534-5370 * E-MAIL arusec@cncnet.com ARU Systems California State Licenses: C-10 755183 * ACO -2292 * ACQ-2235 4 n i ALARAS R US F [ P£: PROPO-=� L. S - [ 4 l 3 REV. 2 FEATHER RIVER. SENE�NTH Ct:f ADVENTIST SCHOOL zt COX LANE L-PD\MLIF, C?, , PLI_1_ STATION E O L Z-1 L CLAGG RDOnS c CLASS ROMS E ALAF;;ii CONTROL PANEL Ln L EVACUATION FIRE HORNS MM V -T u1d� co 'T a oo r V) Q� Q M tp 41 � C N < � d ` . V N N GJ I.L rn ��� y �b o 2 Eu �> v_ o L 3 u OC.)CU v a' .° C C a X L A N E to 0/0 Z -Z GYANPS I UA -0 FIFE HORN -<-- PULL STAT[QJ I ONLY Ph 0 September 20, 1999 Feather River Adventist School 27 Cox Lane Oroville, CA. 95965 Assessor Parcel Number: 025-170-034 Building Permit Number: 99-1782 This office reviewed the above referenced building plans. Please respond in writing to each comment by creating a response letter. Indicate which detail, specification, or calculation shows the requested information. Your complete and clear responses will expedite the re -check and approval of this project. Please be sure to include on the resubmittal the engineer's "wet" stamp, signature, registration number and expiration date on all sheets of plans depicting the designed elements and cover sheets of calculations. Provide additional information and/or make revisions to plans, specifications and calculations as follows: 1. Classification of the building is the critical first step in the effective use of the Uniform Building Code. To an even greater degree, the proper determination of occupancy and type of construction is the basis for all other code determinations. Provide a complete code analysis for the entire building and include the mixed occupancy ratio. The analysis must include exit information. Identify those portions of the building that are the exit access, exit, and exit discharge. 2. Submit elevator manufacturers and installation information. 3. Every page of the building plans must include the engineer's "wet" stamp, signature, registration number and expiration date. 4. Indicate the types and forms of occupancy separations. Occupancy separations shall be both vertical and horizontal. Where the occupancy separation is horizontal, structural members supporting the separation shall be protected by equivalent fire - resistive construction. 5. The total occupant load shall be determined by Section 1003.2.2. and Table 10-A. The minimum number of plumbing facilities shall be calculated at 50% male and 50% female based upon the total occupant load. Table 4-1 of the 1997 edition of the Uniform Plumbing Code defines the required number of fixtures. The building plans must be designed to include these minimums. Pagel of 2 6. Accessibility to the disabled within the existing multiple accommodation toilet facility rooms does not appear to east. Indicate how the existing facilities will accommodate the additional occupant load and provide access to the disabled. 7. Show the location of all heating and cooling units on the building drawings. 8. Provide energy design compliance and supporting documentation. 9. Plan review will continue upon receipt of the above items. Additional items may be required when plan review is resumed. 10. Review of the building plans by the California State Fire Marshall has not been completed at this time. Their office may require additional items. 11. Sanitation and plot plan approval is required from the Butte County Environmental Health Department. 12. Balance of Building Permit fees will be determined after the above items have been received. If you wish to discuss any requirements, you may contact me at (530) 538-7541 between the hours of 1:00 p.m. and 4:00 p.m., Monday through Friday. Sincerely, Glenn Gibbons Plans Examiner c. c. BB A Engineering Page 2 of 2 -23-1999 12:12P 1 FRO 1 D I , QRS I F I ED FIRE 408 871 0629 Beam Smoke Detectors vs. Spot -Type Smoke Detectors Even though beam and spot -type smoke detectors are governed by the same UL and NFPA standards, the requirements under these standards differ because the principle of their operation differs. It is important that the designer understand and give full consideration to these differences when selecting and applying smoke detectors to fire alarm systems. Coverage Spot -type smoke detectors are considered to have a maximum coverage of 900 sq. ft. or 30'00'. The maximum length between detectors is 41 feet when the width of the area being protected does not exceed 10 feet, as in a hallway. Beam smoke detectors generally have a maximum range of 330 feet. NFPA allows a maximum distance between detectors of 60 feet. This gives the beam smoke detector theoretical coverage of 19,800 sq. ft. Manufacturer's recommendations and other factors, such as room geometry, may impose practical reductions of this maximum coverage. Even with these reductions beam smoke detectors can cover an area which would require a dozen or more spot type detectors. Fewer devices mean lower installation and maintenance cost. 30 FF Ceiling Height A spot type smoke detector's response is generally decreased as its distance from the fire increases. When ceiling heights exceed 16 feet the designer should consider whether the spacing of spot -type detectors should be decreased. This is not necessarily the case with beam smoke detectors, which are ideally suited for high ceiling applications. Some manufacturers allow increased coverage as the ceiling height increases. This is because of the anticipated behavior of a plume of smoke. P. 3 While not all fires start at the lower elevations of the hazard, at or near the floor level, this is a typical fire scenario. When this is the case the smoke produced by the fire will rise to, or near the ceiling. Typically the column of smoke begins to spread out as it travels from its point of origin, forming a smoke field in the shape of an inverted cone. The density of the smoke field can be affected by the rate of growth of the fire. past fires tend to produce more uniform density throughout the smoke field than slow burning fires where there may be dilution at the upper elevations of the smoke field. BEAM VS. SPOT -TYPE DETECTORS THEORETICAL MAXIMUM AREA COVERAGE FOR PROJECTED BEAM DETECTOR (19,800 SO. FT.) COMPARED TO ONE SPOT -TYPE DETECTOR'S 900 SO. FT. COVERAGE. Figure 2 -23-1999 12:12PM FROM DIvtRSIFIED FIRE 408 871 OG29 P.4 ----- ---- ROOF TYPICAL SMOKE FIELD IN THE SHAPE OF AN INVCRTED CONE Figure 3 In some applications, especially where high ceilings are present, beam smoke detectors may be more responsive to slow or smoldering fires than spot -type detectors because they are looking across the entire smoke field intersecting the beam. Spot -type detectors can only sample smoke at their particular "spot". The smoke which enters the chamber may be diluted below the alarm threshold (level of smoke needed for an alarm). The major Iimitation of the projected beam smoke detector is that it is a line -of -sight device and is therefore subject to interference from any object or person which might enter the beam path. This males its use impractical in most occupied areas with normal ceiling heights. However, many facilities have areas where beam smoke detectors are not only acceptable, but are the detector of choice. High ceiling areas such as atriums, lobbies, gymnasiums, sports arenas, museums, church sanctuaries, as well as factories and warehouses might be candidates for beam smoke detectors. Many of these applications present special problems for the installation of spot -type detectors, and even greater problems for their proper maintenance. The use of beam smoke detectors in many of these areas may reduce these problems since fewer devices may be required, and the devices can be mounted on walls, which are more accessible than ceilings. High Air Velocity g„ High air movement areas present a special problem for detecting smoke for both spot -type and beam smoke detectors because the propagation of smoke developing under normal conditions may not occur. High air velocity may blow smoke out of the sensing chamber of a spot -type detector. Careful consideration should be given to the spot -type detector's performance where air velocities exceed 300 feet per minute (fpm) or when air changes in the protected area exceed 7.5 changes per hour. See NFPA 72-1996, 5-3.6.6.3. Beane smoke detectors are not tested for listing purposes for stability in high air flow because high air movement does not have as great an effect on a beam smoke detector. A beam smoke detector's sensing range can be as long as a football field (maximum beam range is typically 330') not the one or two inch dimension of a spot -type sensing chamber. It is therefore less likely that smoke will be blown out of the beam smoke detector's sensing range- Although reduced spacing is not required in high air flow areas, attention should be given to the anticipated behavior of smoke in these applications. -1999 12 : 13PM FROH D I _R8 I F I ED FIRE 400 871 OG29 P. s Stratification Stratification occurs when smoke is heated by smoldering or burning materials and becomes less dense than surrounding cooler air. The smoke rises until there is no longer a difference in temperature between the smoke and the surrounding air. See NFPA 72-1996, A-5.1.4.5. Therefore, stratification may occur in areas where air temperature may be elevated at the ceiling level, but especially where there is a lack of ventilation. On smooth ceilings (where'Joists or beams are less than 8 inches deep) beam smoke detectors are normally located 1 foot below ceilings up to 30 feet high and I h feet below ceilings which are up to 60 feet nigh. This positioning helps to compensate for possible stratification. Hostile Environments One of the major limitations of spot -type smoke detectors is their inability to survive in hostile environments, such as temperature extremes, dirt, humidity, and corrosive gases. WALL Beam smoke detectors may also be subject to some of these debilitating elements. Since the beam smoke detector can, in some applications, be placed behind clear glass windows outside the hazard, they can overcome these effects. However, windows must be kept clean and free of obstructions. This feature may also allow them to be used in applications where explosion protection is required. Barns and stables housing animals or equipment are good examples where early warning is required but where spot -type smoke detectors are unsuited because of temperature extremes and dusty, dirty conditions. Beam smoke detectors may be a good alternative because their optics can be kept behind windows which are easily cleaned on a regular basis. They may also have a much wider operating temperature range than spot -type smoke detectors. RTAATIFWf ATION Figure 4 ROOF BEAM DETECTOR WALL 1 —23-1999 12 : 14PM FROM D I ,. ....R3 I F I ED FIRE 408 871 0629 Principles of Operation Projected beam smoke detectors consist of a transmitter that projects an infrared beam, across the protected area to a receiver containing a photosensitive cell, which monitors the signal strength of the light beam. The detector works on the principle of light obscuration. The photosensitive element of the beam smoke detector sees light produced by the receiver in a normal condition. The receiver is calibrated to a preset sensitivity level based on a percentage of total obscura- tion. This sensitivity level is determined by the manufacturer based on the length of the beam (the distance between the transmitter and receiver) . Typically, more than one setting is available for selection by the installer based on the length of the beam used in a given application. For UL listed detectors the sensitivity setting must comply with UL Standard 268, "Smoke Detectors for Fire Protective Signaling Systems". The transmitter on some units may be powered independently from the receiver, which can greatly reduce wiring runs and, therefore, installation cost. Since battery back up is required for fire alarm systems, battery back up would be required for the transmitter whether it is powered from the panel or independently. RECEIVER R. 6 Unlike spot type photoelectronic smoke detectors, beam smoke detectors are generally less response sensitive to the color of smoke. Therefore, a beam smoke detector may be well suited to applications unsuitable for spot -type photoelectronic detectors, such as applications where the anticipated fire would produce black smoke. Beare smoke detectors do require visible smoke and therefore may not be as sensitive as ion detectors in some applications. Beam smoke detectors are sensitive to the cumulative obscuration presented by asmoke field. This cumulative obscuration is created by a. combination of smoke density and the linear distance of the smoke field across the projected light beam. Cumulative obscuration, then, is a measure of the percentage of light blockage. Since the sudden and total obscuration of the light beam is not a typical smoke signature, the detector will see this as a trouble condition, not an alarm. This threshold is typically set by the manufacturer at a sensitivity level which exceeds 90 to 95% total obscuration. This minimizes the possibility of an unwanted alarm due to the blockage of the bearn by a solid object, such as a sign or ladder, being inadvertently placed in the beam path. BEAM PATH OR BEAM RANGE Figure 1 TRANSMITTER OR PROJECTOR 14-23-1999 1 2 : 14PH MOM D I v `RS I F I ED FIRE 408 871 0629 Very small, slow changes in the quality of the Iight source also are not typical of a smoke signature. These changes may occur because of environmental conditions such as dust and dirt accumulation on the transmitter and/or receiver's optical assemblies. These changes are typically compensated for by an automatic gain control (AGC). When the detector is first turned on and put through its setup program, it assumes the light signal level at that time as a reference point for a normal condition. As the quality of the light signal degrades over time, perhaps due to dust, the AGC will compensate for this change. The rate of compensation is limited to insure that the detector will still be sensitive to slow or smoldering fires. When the AGC can no longer compensate for the loss of signal (as with an excessive accumulation of dirt) the detector will signal a trouble condition - Accessories Accessories to the beam smoke detector may include remote annunciators, remote test stations which allover for the periodic electronic testing of the detector, and transparencies (filters) used as a "go/no go" test of the detector's proper calibration. Some manu- facturers provide for the use of mirrors to direct the beam. Intelligent fire alarm systems can give the beam smoke detector a discrete address to provide better annunciation of the fire location. Conventional systems may also remotely annunciate through the use of relays. Heat Detection Feature Some beam smoke detectors incorporate a heat sensing element in the receiver which monitors the frequency of the beam pulse. Meat attenuates or deflects the pulsed beam which can be received by the receiver, causing it to alarm. This deflection is generally greater when the fire is closer to the transmitter than the receiver. Care should be taken that frequency modulation from fluorescent lights does not interfere with this heat sensing feature. Follow the manufacturer's recommendations. Proper Application Like spot -type smoke detectors, beam smoke detectors are inappropriate for outdoor applications. Environmental conditions such as temperature extremes, rain, snow, sleet, fog, and dew can interfere with the proper operation of the detector. Outdoor conditions make smoke behavior impossible to predict. P. 7 R 14-23- 1999 12 : 15PM FROM DIVERSIFIED FIRE 408 871 0629 Design Requirements Many factors affect the performance of smoke detectors of all types. The type and amount of combustibles, the rate of fire growth, the proximity of the detector to the fire, and ventilation factors are all important considerations. UL listed beam smoke detectors are tested using the 268 Standaxd, "Smoke Detectors for Fire Protective Signaling Systems" and should be installed and maintained in accordance with NFPA 72, The National Fire Alarm Code. sensitivity Each manufacturer requires that the detector's sensitivity be set with reference to the length of the beam used on a given application. The detector should be installed within the minimum and maximum beam length allowed by the manufacturer's instructions which are limited by the UL listing, Location and Spacing NFPA 72 is the standard for location and spacing of detectors. The following design criteria are quoted or summarized from NFPA 72, The National FYre Alarm Code: For location and spacing of projected beam smoke detectors, the manufacturer'sinstallation instructions shall be followed." —NFPA 72-1996, 5-3.4.5.2 "Projected bears -type smoke detectors normally shall be located with their projected beams parallel to the ceiling and in accordance with the manu- facturer's documented instructions." -NFPA 72-1996, 5-3.4.4 "Exception No. 1: Stratification, The possible effect of stratification below the ceiling shall also be considered." --NFPA 72-1996, 5-3.4.4 so "Exception No. 2: Beams may be installed vertically, or at any angle needed to afford protection *f the hazard involved. (Example: vertical beams through the open shaft area of a stairwell where there is a clear vertical space .inside the handrails)," —NFPA 72-1996, 5-3.4.4 For solid joist and beam construction (where the joist or beams are less than I foot deep and the ceiling is 12 feet or lower) no reduction in spacing. is required if the beam is projected perpendicular to the joists or beams. (See NFPA 72-1996, 5-3.4.6 & 5-3.4.6.3) "For beam or solid joist depths exceeding I foot or for ceiling heights exceeding 12 feet, detectors shall be located on the ceiling in every pocket. if —NFPA 72-1996, 5-3.4.6 Mounting Beam smoke detectors must be mounted on stable stationary surfaces to prevent movement and Subsequent misalignment. Because bears smoke detectors are line -of -sight devices which go into trouble on sudden and total loss of signal, care must be taken that all opaque obstacles be kept clear of the beam path at all times. (See NFPA 72-1996, 5-3.6.3.) This requirement could make the use of beam smoke detectors impractical in factory applications where overhead cranes and hoists are present and in warehouses where high fork lifts may block the bears. This factor should also be considered in occupied areas where normal ceiling heights exist. Location and spacing limitations are also outlined. in NFPA '72 as follows: "On smooth ceilings, a space of not more than 60 ft. (18.3m) between projected beams, and not more than one-half that spacing between a projected beam and a sidewall (wall parallel to the beam travel) may be used as a guide. R. 8 4-23--1993 12 : 16PM FROM DIVERSIFIED FIRE 408 871 0629 Other spacing may be determined depending on the ceiling height, airflow characteristics, and response requirements. (See Figure 5.) `'ln some cases, the light beam transmitter will be mounted on one end wall, with the light beans receiver mounted' on the opposite wall. However, it is also permissible to suspend the transmitter and receiver from the ceiling at a distance from the end walls not exceeding one-quarter the selected spacing. �NFPA 72-1996, A-5-3.4.5.2 It should be noted that smoke originating behind the transmitter or receiver cannot be sensed by the detector unless and until the smoke migrates into the beam path. Wherefore, consideration should be given to keeping this dimension to a minimum where possible. Although the above example allows a maximum of 60 foot spacing between detectors, manufacturer's recommendations may limit this criterion. Spacing for Smooth Ceiling (Side View) other design factors also need to be considered. when spacing detectors. (See Figures 5 and 6.) Consideration must also be given to the need for a rapid response due to life safety factors, or the high value of the hazard. Spacing should be reduced where these factors apply, or where the anticipated fire will produce limited smoke, especially in its early stages. Ceiling mounted detectors in a very high atrium of a hotel, for instance, may need .to be supplemented by additional detectors at lower elevations. In applications where reduced spacing is required, care should be taken to keep two parallel beams at a minimum distance so that the receiver from one detector cannot see the light source from another detector. Where two or more detectors are installed with their respective beams at angles, care should be taken that the receiver of each detector can sense only the light from its own transmitter, Figure 5 1/2 S MAXIMUM YX RX 1/4S El MAX, s TX RX o a 30 FEET MINIMUM 330 FUST MAXIMUM Spacing for Smooth Ceiling (Top View) i R 4-23-1999 12:1 GPM FROM a I 'v ERS I F I ECS FIRE 408 871 G29 Wic Sloped Ceiling — Peaked Type Figure 6 Some manufacturers may provide for the use Beare smoke detector transmitters and of mirrors to direct the path of the beam. receivers may be placed behind Clear glass There may be requirements, however, to windows with. little effect on performance. It reduce the maximum length of the beam is normally recommended that the maximum range. beam range be reduced by 10% for each window. Plastic should not be used in this NFPA 72 states that, where mirrors are used, application. 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Y:'i ��♦s, .7. .r .�• •X� .�, �'� '( :.v!•..lii try;„, �•••/ '/�' �• rYl•[,.1 ,. :.' t ,ta #'.' 1 ')';'ty i`.♦,...r�;` fl rv.�f'• <- 'r f' - 2 <„ i, GO -6 (Rev. 7/86) SF Office of the State Fire Marsha. -` Fire Safety Correction Notice I I CALIFORNIA STATE FIRE MARSHAL File No: 5 � - 011- � i Name: ��4� - 1 Jt'—� �y —11T i S7- { tA1 L Address: The California Health and Safety Code and the State `'Fire Marshal's regulations require deficiencies be corrected. the following fire safety 1 �k f 1 u v -7 -)i -;—)0(J TF 1 A.f S. c._ (2c= c�t-x o I� 3 . EX1 T LI Cfi!1 ! h( 1 W l�0 ( G(�r7�oe— �j rx . 3)l,� �1 S ct)-vi Tt 0(,c F -e- CA=: C ---,,,r -� �� i C-) AJ Cell fa4 IN Q L 4 SSS-d0W � jt� l ( ltil Pia P) 2 G-4 C e-yC, T -, t1 rh55C, I 40 •4.f 4) br 0;;>t-1kJ C.OIu v t ToC'S --" u --- /A/ � n k The above deficiencies are to be corrected within days. When ALL deficiencies have been corrected, sign and return the certification on the opposite side of this form. If you have any questions, contact the Office of the State Fire Marshal at (,`) ISSUED BY (Deputy State Fire Marshal) RECEIVED BY DATE EN -I1 (Rev. 7/861./ 89 88751 DISTRIBUTION: GREEN—Facility WHITE—Region YELLOW—Field �- SF fi Office of the State Fire Marsha. Fire Safety Correction Notice I I CALIFORNIA STATE FIRE MARSHAL File No: Name:` Address: ��. L'J 14 tjY� U The California Health and Safety Code deficiencies be corrected. and the State Fire Marshal's regulations require the following fire safety C_ ,�) �k/k Pu -17-, iez 0) 2,r � , r -r 0 nJ . fV11 k V4rj ti �• ';,� a tti t �"� _ 1 h' C % }� S I /i( /�"l C C� (,,(J r � 7- . :�- The above deficiencies are to be corrected within days. When ALL deficiencies have been corrected, sign and return the certification on the opposite side of this form. If you have any questions, contact the Office of the State Fire Marshal at,( A ) ISSUED BY (Deputy State jFire Marshal) ,' RECEIVED BY DATE OV6 7/�� EN -11 (Rev. 7186V 89 88751 DISTRIBUTION: GREEN—Facility WHITE—Region YELLOW—Field �. ar Office of the State Fire Marsha( Fire Safety Correction Notice File No: �� - d -4 - c2- L Name: �2Qrl-17�I���e- kL\)Si S-CI+ooL-- Address: r►`' t'f w� T� �c2o v�.-- , C14s- C( S -C/ 6 S - SF � �Nf r AT y t t CALIFORNIA STATE FIRE MARSHAL The California Health and Safety Code and the State Fire Marshal's regulations require the deficiencies be corrected. following fire safety,; I �� C VI�C',u ►e-� c�l►� ►2OU-165. I Al Gu� RCCwts -- l S-c—cA—Lp J 3, J 3 3 I J 15 CZ1J Tt kj LA_,E U&1E�_ Cit= 79;iUS_1 15 C®RZ /=O� -AJ LC t O i e�--t o►� br- 0;_-�J C® -u s L2 C ­i2 c_,c I oe. q— ��-Gt� SOt4�Cc ira-� a�=Z-( 611-/ AJ AtJa R&db '2co agl l ' 1 I The above deficiencies are to be corrected within days. When ALL deficiencies have been corrected; sign and return the certification on the opposite side of this form. If you have any questions, contact the Office of the State Fire Marshal at i) ISSUED BY eputy St i Marshall RE /E�D.BY DATE EN -11 (Rev. 7/8 89 88751 DISTRIBUTION: GREEN—Facility WHITE—Region YELLOW—Field A. As Certification of Corrections by Owner certify that all deficiencies listed on the reverse of this form have been corrected. SICNATURE� DATE (Fold on this line) SF Office of the State Fire Marshal - Fire Safety Correction Notice I I CALIFORNIA STATE FIRE MARSHAL File No: 5_`�D- -0.41 - 91 Name: "-1-`V &\J`G=+J l l.9 (L— Address: J� '—1 14JJY'- 70 (�)Pc-z v I L-- (2/4 a ,�;?6 s The California Health and ,Safety Code and deficiencies be corrected. the State Fire Marshal's regulations require the following fire safety s �) If -C GT 1 N CL14e�-Ss 4.S l S E I 72,U �� aAd u- m (z_ �r��1�-8 -Mk►JT-41&) �- JAA l KL L M U 0JF AL CH -US tA( SCOL= GcJtZ _(C"+ - T r 'P"� 5- a 0Fa The above deficiencies are to be corrected within �� days. When ALL deficiencies have been corrected, sign and return the certification on the opposite side of this form. If you have any questions, contact the Office of the State Fire Marshal ( q(6 ) R(?,S— � ISSUED BY I puty St Marshall / RECEIVED BY DATE «� o-, EN -11 (Rev. 7/8,1 89 88761 DISTRIBUTION: GREEN—Facility WHITE—Region YELLOW—Field Certification of Corrections by Owner Icertify that all deficiencies listed on the reverse of this form have been corrected. SIG\NAT/UY DATE '] (Fold on this line) 0!:r= -lice of the State Fire Marshal REINSPECTION REPORT No.: — © d �� -0 0 a-4 -©o 0 -su2-1 of Facility: ri5— 7Vd� /�l V E:;YE 4b U G�/ H S: 7- L— ie of Building: L' ress: I T W `1/ 70 (SOU Tt-�� OD/ G--,� P'OvILiu (�a IS -c/ 6 S; - Discussed with: Title: Accompanied by: - �('c lC l�1 W t u'I, ('wt Titte lel GtP1k�_ Fire Safety Deficiencies Numbered / TZMQU 6x14 I LIL- noted on the Letter ❑ Fire Safety Correction Notice (EN -11) ® dated q y have been corrected. Uncorrected Deficiencies Numbered were re -issued as shown on the Fire Safety Correction. Notice dated , which is attached to and made a part of this Report. In addition, new deficiencies were identified at the time of this reinspection, and are shown as Items on the attached Fire Safety Correction Notice. Fire Clearance Instructions: i FIFE CLEARANCE GRANTED T-DATEy� STATUS DEPUTY STAM11 ATE O/F ION - /INSPEC ©J -5 (Rev. 7/86) Lthor: BTU - GRIDLEY STN 74 11) at BUTTE—RU Lte: 5/9/99 11:12 AM .iority: Normal ): TED CRAWFORD at BUTTE RU Lbject: title 19 •---------------------------------- Message Contents ------------------------------------ Ted, I'm sending you information brought to Sta. 74 by a Mr. Sevy concerning a "Beam smoke detector" system that is being installed in the gym at the 7th day -Adventist school at Cox and -Hwy 70. Mr. Sevy said the alarm was necessary because the school had a classroom connected to the gym and the exit was through the gym. He said the state fire marshal told him to have the local fire department approve the installation. I said "sure, we'll do it." But, Mike Brown said we won't --he told me to send it to you as we have no staffing or authority yet to do these. Steve