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Specifications 6 =L -66 kri September 14, 2004 I CITY OF TIGARD Bill Hope • OREGON Spirit Technologies, Inc. PO Box 5515 Portland, OR 97228 RE: SMOKE DETECTION/FIRE ALARM SYSTEM Building Permit: BUP2004 -00397 Construction Type: VN Tenant Name: Green Office Occupancy Type: B Address: 11560 SW 67 Avenue The plan review was performed under the State of Oregon Structural Specialty Code (OSSC) 1998 edition; and the Tualatin Valley Fire & Rescue Ordinance 99 -01 (TVFR99 -01) 1999 edition. The submitted plans are approved subject to the following. General requirements 1. A key box shall be installed within 20 feet of the main entrance. The bottom of the key box shall be not less than 8 feet nor more than 10 feet above the walking surface unless approved by the Fire Chief. 902.4.2 TVFR99 -01 2. Upon completion of the installation, a satisfactory test of the entire system shall be made in the presence of the Fire Chief. All functions of the system or alteration shall be tested. 1007.3.4.1 TVFR99 -01 3. The permittee shall provide written certification to the Fire Chief that the system has been installed in accordance with the approved plans and specifications. A copy of the completed form shall be maintained on the premises and made available to the Fire Chief. 1007.3.4.2 TVFR99 -01. 4. Connections to the light and power service shall be on a dedicated branch circuit. The circuit and connections shall be mechanically protected. The circuit disconnecting means shall be accessible only to authorized personnel and shall be clearly and permanently marked FIRE ALARM CIRCUIT CONTROL. Standard 10 -2, Section 1- 5.2.8.2, TVFR99 -01 Manual Fire Alarm activation devices shall be mounted in the following reach ranges: • Forward Reach - 15 inches to 48 inches above the floor. 1109.2.3.5 OSSC • Side Reach — 9 inches to 54 inches above the floor. 1109.2.3.6 OSSC 13125 SW Hall Blvd., Tigard, OR 97223 (503) 639 -4171 TDD (503) 684 -2772 Visuals (Section 1109.14 OSSC) 1. .Visual signal appliances shall be provided in the building in each of the following areas: • Restrooms and any other general use area (e.g., meeting rooms) • Hallways • Lobbies • Common use areas. 2. Visual alarms shall be located not less than 80 inches and not more than 96 inches above the floor level. When a low ceiling exists, the visual alarm shall be mounted at least 6 inches below the ceiling. 3. No place in a room shall be more than 50 feet from a visual signal. 4. No place in a common corridors or hallways shall be more than 50 feet from a visual signal. Approved Plans: 1 set of approved plans, bearing the City of Tigard approval stamp, shall be maintained on the jobsite. The plans shall be available to the Building Division inspectors throughout all phases of construction. 106.4.2 OSSC When submitting revised drawings or additional information, please attach a copy of the enclosed City of Tigard, Letter of Transmittal. The letter of transmittal assists the City of Tigard in tracking and processing • - or uments. Respectfull - . rian Blal. Senior ' . Examiner BATTERY & VOLTAGE -DROP CALCULATIONS FCP NPS -1 Nlnla JNlOf Cld JO �11� lffi FIRE ALARM NOTIFICATION APPLIANCE , 'iOOZ 8 1 f V CONTROL PANEL POWER SUPPLY FOPS BATTERY CALCULATIONS: FCP NPS BATTERY CALCULATIONS: gifttia03H TOTAL STANDBY CURRENT: 02166A TOTAL STANDBY CURRENT: 0A75A TOTAL ALARM CURRENT: 0.8808A TOTAL ALARM CURRE T. 1.348A 24 MRS REQUIRE STANDBY (ALP HOURSk 5.1984N1 24 MRS REQUIRED STANDBY (AMP HOURSE 1 UIN4 5 MIN REQUIRED ALARM CURRENT (AMP HOURS) 0.058AH 5 MIN REQUIRE ALARM CURRENT (AMP HOURS) 0.111AH TOTAL REQUIRE CAPACITY IN AMP HOURS: 5T544AH TOTAL REQUIRED CAPACITY IN AMP FOURS: 1.911AM TOTAL REQUIRED CAPACITY x12 8.305AH TOTAL REQUIRED CAPACITY x12 22932AH BATTERY INFORMATION: BATTERY INFORMATION: MANIWACTURHt NOTIFIER MANUFACTURER: NOTIFIER MODEL NUMBER: PS -12120 MODEL NUMBER PS -12120 SPECIFICATIONS 12V,12AH IPECFICATON& 12V,12AH VOLTAGE DROP INFORMATION: NAC 1 - VOLTAGE DROP INFORMATION: NAC 2 - NAC CIRCUIT: 1 NAC CIRCUIT: 1 FORWSTROBE 1 F iROBES: 1 STROBES: 2 STROBES 2 ESTIMATE CIRCUIT LENGTR 70 L TTMATE CIRCUIT LENGTH: 55' CURRENT DRAW: 0327A C11if94T DRAW: 0.327A VOLTAGE AT LAST DEVICE 23.88VDC VOLTAGE AT LAST DEVICE 23.89VDC VOLTAGE DROP INFORMATION: NAC 1 - VOLTAGE DROP INFORMATION: NAC 2 - NAC CIRCUIT`. 2 NAC CIRCUIT: 2 HORWSTROBEE 3 HORWSTROBES: 3 STROBES: 0 STROBE& 0 ESTIMATE aRCUIT LENGTH: 100 ESTONATE aRCAT LENGTH: 70' CURRENT DRAW. 0347A CURRENT DRAW: 0.347A VOLTAGE AT LAST DEVICE: 23.84VDC VOLTAGE AT LAST DEVICE: 23.90VDC VOLTAGE DROP INFORMATION: VOLTAGE DROP INFORMATION: NAC 2-3 NAC CIRCUIT: WA NAC CIRCUIT: 3 HORN/STROBE& WA HORN STROBES: 1 STROBES: WA STROBES: 2 ESTIMATE CIRCUIT LE NOIRt WA ESTIMATED CIRCUIT LBIGTH: 70' CURRENT DRAW: WA CURRENT DRAW: 0.327A VOLTAGE AT LAST DEVICE WA VOLTAGE AT LAST DEVICE 23.88VDC VOLTAGE DROP INFORMATION: VOLTAGE DROP INFORMATION: NAC 2-4 NAC aRCU1T: WA NAC CIRCUIT: 4 WA HORNISTROBES: 3 STROBES: WA STROBES 0 ESTIMATED CIRCUIT LENGTH WA ESTIMATE CIRCUIT LENGTH: 100' CURRENT DRAW: WA WRRBNTDRAW: 0347A VOLTAGE AT LAST DEVICE WA VOLTAGE AT LAST DEVICE: 23.84VDC , AZ AFAA NAC Voltage Drop Calculator for Audio / Visual devices Project Name (THE GREEN OFFICE BUIL DING CIRCUIT IS WITHIN LIMITS Date 8/16/2004 Circuit Number N1 -2 Area Covered 1ST FLOOR EAST ; ' - , _ ` Notes. Nominal System Voltage 24 Wire resistance is based Minimum Device Voltage 20 on the 1996 NEC Ch. 9 Table 8 Total Circuit Current 0.347 Wire Ohm's Uncoated DC resistance. Gauge Per 1000 Solid conductors except gauges Distance from source to 1st device I :. 25 16= 4.89 10 and 12 are for stranded. Wire Gauge for balance of circuit 16 4.89 Program doubles the resistance Distance to allow for 2 wires from Voltage for both positive and negative Device Device previous At Drop from Percent conductors. Number Current device Device source Drop Device 1 .0.209 25 23.92 0.08 0% Alternate Calculations Device 2 0.069 30 23.87 0.13 1% End of Line Method Device 3 . 0.069 45 23.84 0.16 1% Totals Voltage END 23.84 0.16 1% Current Distance Drop END , . 23.84 0.16 1% 0.347 100 0.339 END 23.84 0.16 1% END • . 23.84 0.16 1% Load Centering Method END 23.84 0.16 1% Totals Voltage END 23.84 0.16 1% Current Distance Drop END 23.84 0.16 1% 0.347 100 0.170 END 23.84 0.16 1% END .. - 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END = 23.84 0.16 1% END 23.84 0.16 1% END - 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END 23.84 0.16 1% END - . - . 23.84 0.16 1% END 23.84 0.16 1% Totals 0.347 100 • _ .- AZ AFAA NAC Voltage Drop Calculator for Audio / Visual devices Project Name ITHEGREENIOFFICEBUILDING.P.:'2:- CIRCUIT IS WITHIN LIMITS Date 8/16/2004 Circuit Number N141''':..: Area Covered :1,ST 1 "; Notes. Nominal System Voltage '-' Wire resistance is based Minimum Device Voltage • on the 1996 NEC Ch. 9 Table 8 _ Total Circuit Current 0.327 Wire Ohm's Uncoated DC resistance. Gauge Per 1000 Solid conductors except gauges Distance from source to 1st device [::,.;:35 '1: 4.89 10 and 12 are for stranded. Wire Gauge for balance of circuit '•::"...r..&-;.:16 4.89 Program doubles the resistance Distance to allow for 2 wires from Voltage for both positive and negative Device Device previous At Drop from Percent conductors. Number Current device Device source Drop Device 1 ` 35 23.89 0.11 0% Alternate Calculations Device 2 ',''. . :F:,1•''; , , , j,'.2. , ..,. - .,..20 23.86 0.14 • 1% End of Line Method Device 3 . :!`-,..i..0.0.59 .::- 23.86 0.14 1% Totals Voltage END f, 23.86 0.14 1% Current Distance Drop END ,'-'":--.:'::.=''.:.::::-: ::'•:' ''.:".+.--, 23.86 0.14 1% 0.327 70 0.224 END ..)":'::-•-:','•-..!!. • 23.86 0.14 1% END :,7.A',Li 23.86 0.14 1% Load Centering Method END - z'. 23.86 0.14 1% Totals Voltage END : 4 '.-`. 23.86 0.14 1% Current Distance Drop END ;.f"•,'-::::: 23.86 0.14 1% 0.327 70 0.112 END - "': . " - :•:-:: : ::: , :' , e-: ,- j ',':,-:'::.'•,:;,:.:...:;-? 23.86 0.14 1% END ,'' 23.86 0.14 1% END ''- ''''....•=11.'.••:: •'''•;, '' 23.86 0.14 1% END ri:: '-;;e:',•'' 23.86 0.14 1% END ' ••=:::::',.'..;•:::':':-' 23.86 0.14 1% END ;''.':;: - :'•-•::: - ;.:.t.f.TI.'...:,• , :;:-,: ''. 23.86 0.14 1% END ::',,,f::,:".: 23.86 0.14 1% END 2 :i,?,==';; ; '.::".':';:;. : ',:. •.:...r;),'-'.•;, 23.86 0.14 1% END ! i:'.*':''', ,•--„•...:',..;=:!;;;;-:-.•:.:', 23.86 0.14 1% END ;:'..'i:!'...'-''',: ;- ,-",;:..;, 23.86 0.14 1% END ''.`.:•'--:.,,' 23.86 0.14 1% END 23.86 0.14 1% END :.:•-:=::':::-.: .1-',•':-=:...i. 23.86 0.14 1% END , ::-_;z:, -- T..-' - '•,: , i-," - • - ::y.,-"j.:•";', , ..!•;:i 23.86 0.14 1% END ' 23.86 0.14 1% END 23.86 0.14 '.'••::;-:::::- 1% END •-i.',,; :•,; 23.86 0.14 1% END •'1';..• ..-::--;-•:: -;' 23.86 0.14 1% END 23.86 0.14 1% END 23.86 0.14 1% END ' ';: 23.86 0.14 1% END -'''.1''.•-,•- ' 23.86 0.14 1% END ,:f .:,',- 23.86 0.14 1% END ..!.,:.:,!.'.';::::,..:;... :: F.:,,y:::;`.. 23.86 0.14 1% - END ;':. '• -.,::.i-' -•::.21i:•••--,'-7 23.86 0.14 1% Totals 0.327 70 AZ AFAA NAC Voltage Drop Calculator for Audio / Visual devices Project Name THE GREEN - OFFICE BUILDING ',"..•',..,- '',;' - CIRCUIT IS WITHIN LIMITS Date 8/16/2004 Circuit Number N2 -1 Area Covered 2ND FLOOR WEST is Notes. Nominal System Voltage .. : : 24 Wire resistance is based Minimum Device Voltage � '' 20 on the 1996 NEC Ch. 9 Table 8 Total Circuit Current 0.327 Wire Ohm's Uncoated DC resistance. Gauge Per 1000 Solid conductors except gauges Distance from source to 1st device I 25 ":y. ' ' : 16`: - ' , 1 4.89 10 and 12 are for stranded. . Wire Gauge for balance of circuit > -, 16:i`' ,',.: 4.89 Program doubles the resistance Distance to allow for 2 wires from Voltage for both positive and negative Device Device previous At Drop from Percent conductors. Number Current device Device source Drop Device 1 ;:';: 25 23.92 0.08 0% Alternate Calculations Device 2 ':0.059 _ %" -. _ `:15 23.90 0.10 0% End of Line Method Device 3 ,0.059 ,::15 23.89 0.11 0% Totals Voltage END '.:-.:-•- ., r : 23.89 0.11 0% Current Distance Drop END . ' , 23.89 0.11 0% 0.327 55 0.176 END - . 23.89 0.11 0% END 23.89 0.11 0% Load Centering Method END , .' . 23.89 0.11 0% Totals Voltage • END 23.89 0.11 0% Current Distance Drop END 23.89 0.11 0% 0.327 55 0.088 END _ 23.89 0.11 0% END - 23.89 0.11 0% END , - . 23.89 0.11 0% END ' 23.89 0.11 0% END , .._ 23.89 0.11 0% END 23.89 0.11 0% END , _ ` 23.89 0.11 0% END , . 23.89 0.11 0% END 23.89 0.11 0% END A' `; 23.89 0.11 0% END - _.. : ' {`` 23.89 0.11 0% END _ 23.89 0.11 0% END -, , •i 23.89 0.11 0% END 23.89 0.11 0% END _ 23.89 0.11 0% END 23.89 0.11 0% END 23.89 0.11 0% END _ 23.89 0.11 0% END - ° 23.89 0.11 0% END , 23.89 0.11 0% END ` '" 23.89 0.11 0% END _ 23.89 0.11 0% END . - ' 23.89 0.11 0% END ,' : 23.89 0.11 0% END - _ _ 23.89 0.11 0% Totals 0.327 55 A AZ AFAR NAC Voltage Drop Calculator for Audio / Visual devices Project Name 1THE GREEN OFFICE BUILDING .: - , CIRCUIT IS WITHIN LIMITS Date 8/16/2004 Circuit Number N2 -2 Area Covered 2ND FLOOR EAST Notes. Nominal System Voltage 24 Wire resistance is based Minimum Device Voltage 20 on the 1996 NEC Ch. 9 Table 8 Total Circuit Current 0.347 Wire Ohm's Uncoated DC resistance. Gauge Per 1000 Solid conductors except gauges Distance from source to 1st device 1 15 16 : '' 4.89 10 and 12 are for stranded. • Wire Gauge for balance of circuit 16 4.89 Program doubles the resistance Distance to allow for 2 wires from Voltage for both positive and negative Device Device previous At Drop from Percent conductors. Number Current device Device source Drop Device 1 0.209 15 23.95 0.05 0% Alternate Calculations Device 2 0.069 ' ;20 23.92 0.08 0% End of Line Method Device 3 . .0.069 „ 35 23.90 0.10 0% Totals Voltage END 23.90 0.10 0% Current Distance Drop END 23.90 0.10 0% 0.347 70 0.238 END ,. 23.90 0.10 0% END 23.90 0.10 0% Load Centering Method END 23.90 0.10 0% Totals Voltage END " , 23.90 0.10 0% Current Distance Drop END 23.90 0.10 0% 0.347 70 0.119 END 23.90 0.10 0% END • . 23.90 0.10 0% END 23.90 0.10 0% END . 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END _ 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% END 23.90 0.10 0% Totals 0.347 70 AZ AFAR NAC Voltage Drop Calculator for Audio / Visual devices Project Name ITHEGREEN :OFFICE;BUILDING CIRCUIT IS WITHIN LIMITS Date 8/16/2004 Circuit Number 'N2 =3 ., _. Area Covered 3RD FLOORWWEST , Notes. Nominal System Voltage ' <: 24; Wire resistance is based Minimum Device Voltage :r x:20 on the 1996 NEC Ch. 9 Table 8 _ Total Circuit Current 0.327 Wire Ohm's Uncoated DC resistance. Gauge Per 1000 Solid conductors except gauges Distance from source to 1st device l`_ :` `= : :;'16 , 4.89 10 and 12 are for stranded. Wire Gauge for balance of circuit 16 4.89 Program doubles the resistance Distance to allow for 2 wires from Voltage for both positive and negative Device Device previous At Drop from Percent conductors. Number Current device Device source Drop Device 1 ' ::0.209 35 23.89 0.11 0% Alternate Calculations Device 2 0.059 - :20: 23.86 0.14 1% End of Line Method Device 3 :0.059 ; _ =1 23.86 0.14 1% Totals Voltage END 23.86 0.14 1% Current Distance Drop END °' 23.86 0.14 1% 0.327 _ 70 0.224 END <` 23.86 0.14 1% END , :r 23.86 0.14 1% Load Centering Method END 23.86 0.14 1% Totals Voltage END ':r t.;, 23.86 0.14 1% Current Distance Drop END ;:� ... r:: ,: r � t 23.86 0.14 1% 0.327 70 0.112 END , , . „ 23.86 0.14 1% END 23.86 0.14 1% END 23.86 0.14 1% END .. . 23.86 0.14 1% END - °` ,: : 23.86 0.14 1% END `. . a 23.86 0.14 1% • END . _. ,. a= " 23.86 0.14 1% END =`' 23.86 0.14 1% END 23.86 0.14 1% END _' , '; 23.86 0.14 1% END ' .23.86 0.14 1% END ,. . 23.86 0.14 1% END ., 23.86 0.14 1% END 23.86 0.14 1% END .. .'. -''; 23.86 0.14 1% END 23.86 0.14 1% END ..:. ::: 23.86 0.14 1% END T " . ;- 23.86 0.14 1% END _ .. . -.... 23.86 0.14 1% END -: 23.86 0.14 1% END ,,;_ 23.86 0.14 1% END > f 23.86 0.14 1% END : _ 23.86 0.14 1% END 23.86 0.14 1% " END ' 23.86 0.14 1% Totals 0.327 70 AZ AFAA NAC Voltage Drop Calculator for Audio / Visual devices Project Name ITHE GREEN'OFFICE: :BUILDING .> CIRCUIT IS WITHIN LIMITS Date 8/16/2004 Circuit Number N2-4 , , ,,. , _ _ Area Covered 3RD FLOOR:EAST . Notes. Nominal System Voltage y` : 24 Wire resistance is based Minimum Device Voltage - - > 20. on the 1996 NEC Ch. 9 Table 8 _ Total Circuit Current 0.347 Wire Ohm's Uncoated DC resistance. Gauge Per 1000 Solid conductors except gauges Distance from source to 1st device 17'.25 16 4.89 10 and 12 are for stranded. Wire Gauge for balance of circuit [ , ,4,_ 10,- " 4.89 Program doubles the resistance Distance to allow for 2 wires from Voltage for both positive and negative Device Device previous At Drop from Percent conductors. Number Current device Device source Drop Device 1 ',` :n�0209 25 23.92 0.08 0% Alternate Calculations Device 2 ` :0.069 30 23.87 0.13 1% End of Line Method Device 3 ' :: :0.068: r':r:; °:45 23.84 0.16 1% Totals Voltage END ' x 23.84 0.16 1% Current Distance Drop END -.... , ;�: a.. p 23.84 0.16 1% 0.347 100 0.339 END :: 23.84 0.16 1% END y �: .. 23.84 0.16 1% Load Centering Method END • ; ,.. > ;';..,,, ,,. '-;;' _ - 23.84 0.16 1% Totals Voltage END ; :..,. ::. ;y..:.:: t ., 23.84 0.16 1% Current Distance Drop END k. :., 23.84 0.16 1% 0.347 100 0.170 END ;" 23.84 0.16 1% END .r Y;- 23.84 0.16 1% END ` > . ` : e ,: >: 23.84 0.16 1% END ..._ 23.84 0.16 1% END 23.84 0.16 1% END = 23.84 0.16 1% END , . , -_. •23.84 0.16 1% END ••" 23.84 0.16 1% END ' 23.84 0.16 1% END <'' 23.84 0.16 1% END : :' .. _ -, . 23.84 0.16 1% END ,v,.. 23.84 0.16 1% END :. .. -,. '• 23.84 0.16 1% END • ,._ 23.84 0.16 1% END ... ,.- •:: Y. 23.84 0.16 1% END _ 23.84 0.16 1% END ,_,, . ,.. . 23.84 0.16 1% END 23.84 0.16 1% END . .., 1.: 23.84 0.16 1% END ' .., r ;. ::, . ,...._ „ s` 23.84 0.16 1% END _. 23.84 0.16 1% END <t< 23.84 0.16 1% END y f 23.84 0.16 1% END 23.84 0.16 1% END : . 23.84 0.16 1% Totals 0.347 100 •,t i •al • t r : ING DEVICES • 72-43 -f , 5.14.4.2.2.2 Where to 5.14.6.2 Smoke detectors that are used exclusively for stalled in all areas of thr smoke door release service shall be located and spaced as return air system, install required by 5.14.6. turn air system shall not be required, provided their function 5.14.6.3 Where smoke door release is accomplished directly is accomplished by the design o the area detection system. from the smoke detector(s), the detector(s) shall be listed for 5.14.5 Location and Installation of Detectors in Air Duct releasing service. • Systems. 5.14.6.4 Smoke detectors shall be of the photoelectric, ion - • 5.14.5.1 Detectors shall be listed for the purpose for which ization, or other approved type. they are being used. 5.14.6.5 The number of detectors required shall be deter- 5.14.5.2* Air duct detectors shall be installed in such a way as mined in accordance with 5.14.6.5.1 through 5.14.6.5.4. to obtain a representative sample of the airstream. This instal- 5.14.6.5.1 If doors are to be closed in response to smoke lation shall be permitted to be achieved by any of the following flowing in either direction, the requirements of 5.14.6.5.1.1 methods: through 5.14.6.5.1.4 shall apply. (1) Rigid mounting within the duct 5.14.6.5.1.1 If the depth of wall section above the door is (2) Rigid mounting to the wall of the duct with the sensing 610 mm (24 in.) or less, one ceiling- mounted or wall- mounted element protruding into the duct detector shall be required on one side of the doorway only. (3) Installation outside the duct with rigidly mounted sam- Figure 5.14.6.5.1.1, part A or B, shall apply. pling tubes protruding into the duct (4) Installation through the duct with projected light beam 5.14.5.3 Detectors shall be mounted in accordance with the manufacturer's instructions and shall be accessible for clean- Depth of wall Door frame Ceiling or wall mounted ing by providing access doors or panels in accordance with section above mounted NFPA 90A, Standard for the Installation of Air - Conditioning and door Ventilating Systems. Smoke detector Smoke detector listed for frame ceiling or wall mounted 5.14.5.4 Th location of all detectors in air duct systems shall d mounting or as _ part of closer be permanently and clearly identified and recorded. assembly 5.14.5.5 Detectors mounted outside of a duct that employs A B 100 -300 mm (4.0 -12.0 in.) sampling tubes for transporting smoke from inside the duct to r• t El„er_4.1 the detector shall be designed and installed to allow verifica- 610 n d 0-610 mm 24 in.) . tion of airflow from the duct to the detector. (0-24 in.) ( � Lr" max. 1.52 m (5 ft) on both 5.14.5.6 Detectors shall be listed for operation over the coin- sides of doorway Detector or not less than plete range of air velocities, temperature, and humidity expected detector closer 305 mm (12 in.) at the detector when the air- handling system is operating. mounted on either side One detector mounted on either side 5.14.5.7 All penetrations of a return air duct in the vicinity of d sio mm C D 1.52 m (5 n) detectors installed on or in an air duct shall be sealed to pre- - (24 in.) 100 -300 mm max. vent entrance of outside air and possible dilution or redirec- d, <_ 610 mm (4.0 -12.0 in.)11 min. = d Lion of smoke within the duct. Over (24 in.) or 610 mm d 5.610 mm i d > 610 mm (24 in.) 5.14.5.8 Where in -duct smoke detectors are installed in con- (24 in.) s „ ( fn.) i {I cealed locations more than 3 m (10 ft) above the finished i one side only floor or in arrangements where the detector's alarm or super- Detector or detector closer visory indicator is not visible to responding personnel, the de- mounted on tectors shall be provided with remote alarm or supervisory in- higher side One detector mounted on higher side • dication in a location acceptable to the authority having E F jurisdiction. 1.52 m (5 ft) 1.52 m (5 h) max. ma min. = d� � min . = d 5.14.5.9 Where required by 5.14.5.8 and unless the specific f 12SF• —or_o _,� detector alarm or supervisory signal is indicated at the control Over unit, remote alarm or supervisory indicators shall be installed X24 i �) 610 mm d _100 300 mm (24 in.) (4.0 -12.0 in.) in an accessible location and shall be clearly labeled to indi- on both �_ v cate both their function and the air - handling unit(s) associ- side Detector or ' ated with each detector. detector closer mounted on 5.14.6 Smoke Detectors for Door Release Service. either side Two detectors required Over G 5.14.6.1 Smoke detectors that are part of an open area pro- 1524 mm Might require additional detectors tection system covering the room, corridor, or enclosed space (60 in.) on each side of the smoke door and that are located and spaced as required by 5.7.3 shall be permitted to accomplish FIGURE 5.14.6.5.1.1 Detector Location Requirements for smoke door release service. Wall Sections. 2002 Edition e q • ' 'R,°� - .+'.. cri � a:^ ,�? . � ,t x' 1 .1 • 1 xI 7 I ►, r.. ®1 i• 0 1 iin '..-R. e-:" e : - h .; ,- ,;A yA a � ,t* ✓ t 2 . ' q v x it -.,'�, w � : c�,a .'v .drr s r � ,� � � ;S«$'►Dw >E.m � '��G.$.� ' .rRb o., ae�o .@•a,.. �!Y�r' 1� ' .M:�b�' 4 'f.'"." , a•d; .. 1 . _ *?�: r� . s s.'' ,.., • T , . a > A e gI ci ht® 5820XL „ , Y ' E b . e y � � ` J a 4 � : b Fke - rm Con Control S � 1 1 1 -.4 ',,. tit /i 5 Z 5►,i •� of t~ ECEI Ff EI /� ",.., �-' ..._i .‘ e ' '‘: ,'P . ' The hntelliknight System as the ea v. AuG 2 5 2004 .a�� �` "- Z ' way to make the most of fire alarm 4 h L C A' : ��l `� wY / .1 ° "i � r `' technology. CITY OF TIGARD ; f•, � . s: BUILDING DIVISION �Yfaai2 ... ...5': fW-d c..nE IntelliKnight is the first fire alarm system to provide you with the revolutionary value and performance of addressable sensing technology combined with exclusive, built -in digital communication, distributed intelligent power, a modular design and an expanded, easy to use interface. Powerful features such as drift compensation and maintenance alert are delivered in this powerful FACP from Silent Knight. For more information about the IntelliKnight system, or to locate your nearest source, please call 1- 800 - 446 -6444, or in Minnesota, call 763 - 493 -6435. I�tl•on • Built -in Form C trouble relay rated at I ` fi rte: G°tl 2.5 amps at 24 VDC. .., P^rj , -7 The IntelliKnight 5820XL performs drift • Two built-in Form C programmable `' °,,`"" 0` . compensation and calibration checks ,, y ; : ; 7 ."' ' relays rated at 2.5 amps at 24 VDC. on each of the sensors in the system. . f y d . ; { 1 d r k t ( ... N il • Supports Sounder Bases. l ?,, ¢ The basic IntelliKnight 5820XL system r i can be expanded b adding modules !' -' r�' ®5 " '�, 0 rl such as the Model 5860 Remote Primary AC: 120 VRMS at 50 / 60 hz, . S } ,o +�� Annunciator, Model 5815XL Signalling 2.5A I S Line Circuit Expander, the Model 5824 Total Accessory Load: 5A at 24 VDC -'` , "Ili': a • r� l� Serial/Parallel Interface (for printing p � . 5 amps at 24 VDC of power - limited , t , , t iqj system reports), and the 5895XL notification power. • l a " Intelligent Power Module. The Model w 3 • '' Standby Current 140 mA r . „.' , , . A..... 5820XL also features a powerful built -in * ;. to Alarm Current: 260 mA ;d �"" 7 ,,;" ;; ,' � � dual line fire communicator that allows t , 4 • y' � f , for reporting of all system activity to a Flexput Circuits 4 , '; remote monitoring location. Six programmable circuits which can 1 ¢ ' p V K F�� be programmed individually as ; , ck ,,, , � , , ., o f ) • Up to 508 addressable points. Notification circuits: 3 amps of , � �� ? ' » .- • Uses standard wire —no shielded or power - limited power per circuit at 24 ; , "� VDC: ' s ° . twisted pair required. 1 •-�- • Built -in digital communicator. Auxiliary power circuits: 3 amps of • Central station reporting by Point or power-limited power per circuit at 24 Appends: by Zone. VDC UL Listing • Built -in synchronization for Initiation Circuits: 100 mA of power NFPA 72 - Central Station appliances from AMSECO,Gentex®, limited power per circuits at 24 VDC. - Remote Signalling Faraday, and Wheelock®;.: •]■ Sri . c ii I s.: r•i `1 coons • -Local Protective • Supports Class B (Style 4) and Flush Mount Signalling System Class A (Style 6) configuration for Dimensions: - Auxiliary Protected SLC, SBUS, and Flexput circuits. 14 -1/2"W x 24 -3/4 °H x 3 -7 /8 °D Premises Unit • Distributed, intelligent power. (36.8 W x 62.9 H x 9.8 D cm) -Water Deluge • Drift compensation. Overall Dimensions: Releasing Service • FlexputTM' I/O circuits. 16 -1/8°W x 26 -3/8°H x 4 -1/8 1D CFSM: 7165 -0559: 135 • Eight pre - programmed output (40.6 W x 67 H x 11.8 0 cm) MEA 429 -92 -E Vol. 9 cadences, (including ANSI- 3.41), Weight 28 lbs. (12.8 kg) FM approved and 4 programmable outputs. Color. Red • Built -in annunciator with 80- character LCD display. Telephone Requirements: • RS-485 bus provides communication FCC Part 15 and Part 68 approved SILENT to system accessories. Type of Jack: RJ31X (two required) KNIGHT • Built -in RS-232 interface for programming via PC. LI i . b y ,. • ., ,, - +.‘,. „u - --4,-.4t- ` q „ 4. . . ' ' r ,,°;4..,,7)::: : " E.,•" ',5 d fg , ER '' c N �. ,-- ,`"-. c+ tr d 7 ' —, �' INTELLIKNIGHJT FIREfALARM,CONTROL PANELj! 4t.--430, ° �a � j b b # �.u, ;A * < fl yt�4 . Q / ;, 6, t k' ; �` a0 � ^ � r k •• • 3 A' T M' 1 &61:' .+O� n., � ��. " "D r. � . _Y .'� . Y �... ?�da �. ) �� aF ,;69 8 r� ,y-.g A: °� . � ,""� � :_. r `f�7�,�'`� b �SYa dti Control r ,:.,.,0 ,0,. 4. ° , . , , 1 ii___ .:... , _ ,.i. : .. , °Maxi o 111 I enclosure is required for batteries dialing. The communicator is GENERAL ALARM (Red) - On for in excess of 17 amp hours. compatible with SIA and Ademco alarm Flexput'" circuits on the Model Contact ID. The format is SUPERVISORY (Yellow) - On 5820XL control can be individually selectable by account number. • when a supervisory condition programmed to function as notifi- User hda�c3 exists. cation circuits, auxiliary power The IntelliKnight's built -in SYSTEM TROUBLE (Yellow) - On outputs, or initiation circuits that annunciator with 80 character LCD support both 2- and 4 -wire smoke display and large easy -to -use when a trouble condition exists. detectors. SYSTEM SILENCED (Yellow) - On The IntelliKnight system operates tactile touchpad can be used for g y p system operation, programming when an alarm, trouble or on non - twisted, unshielded cable and maintenance. It has five LEDs supervisory condition has been when wired in compliance with for alarm, supervisory, system silenced but not yet cleared. standard wiring practices as called trouble, system silenced and SYSTEM POWER (Green) - On out in the National Electric Code system power. System operations when power systems are 760 specifications for power - limited include silencing alarms and normal;flashes for AC or DC fire protective signalling cables. No troubles, resetting alarms and the failure. special wiring is required. display of alarm troubles and Systegn iippilasthion The Model 5820XL provides seven memory. The system's non - volatile The IntelliKnight Model 5820XL preset notification cadence pattems event history buffer stores 1000 control panel has one built -in including ANSI 3.41 and four user events for viewing from the built -in Signalling Line Circuit (SLC) which programmable selections for fire or remote annunciator. System pports 127 devices. Three alarm notification. su Two programmable general additional loops can be added ` . 4,.MX4s sa i . -`m ° -° . i purpose Form C relay outputs are I'�1 . , _ 1 - using the 5815XL SLC expanders o f' ... -.a. ;� - , N i--7 to increase overall capacity to 508 provided on the Model 5820XL 0.„a ,I s 6 a I FACP. ,., .��--. r . ..� is devices. ■�, •.� Additionally, the IntelliKnight y, e nengt w .i o . R- 46, ,. 'x ` ` 4 - Vi Addi - The Model 5820XL's SLC loos a'"� i p a ro ma.� A : support multiple device types: system features abuilt-in walk test " 6 , u M ,,,,, , E and auto - programming. Its r + 4 " b . _ us ly ) • Addressable photoelectric smoke innovative, dead -front cabinet � ---^ e� or as � '� � detector $.. 4'°"I 4 ‘. ' v � r;� u I design allows for flush or surface .,rsi t� taa f1r I � n . • Addressable ionization smoke mounting. System maintenance is � Y _t o s~'r detector �`" ' -`� � = '� x .` easy to perform. F ''.:::Po ) • Addressable heat sensor • Addressable duct smoke DaiD.la = ',' ! P operation can be initiated with a detector The IntelliKnight Model 5820XL mechanical firefighter's key or a • Contact module features a built -in UL listed digital valid 4- to 7 -digit operator's code. • Relay output module communicator for remote reporting PrOgNI I [I ing • Addressable notification module of system activity and system The IntelliKnight system offers The following advanced sensor programming. The communicator several options to simplify and capabilities are available using the has the ability to seize two speed up programming. The IntelliKnight Model S able u telephone lines to report alarms JumpStartTM feature minimizes • Automatic drift compensation and troubles to a monitoring facility. programming required to start a The communicator supervises two new system. The built -in keypad • Maintenance alert . phone lines and will activate a and the 5860 Remote Annunciator • Built -in sensor test to comply trouble signal if a line failure is give on -site access to all with NFPA 72 calibration testing sustained for more than 45 programming. You can also requirements seconds. Other communication program remotely using the The IntelliKnight 5820XL features a features include: retry if communi- Windows'" Download Software. 5 amp power supply and maximum cation fails, two phone number battery charging capacity of 33 capability, download phone number amp hours. An additional cabinet capability and touchtone or rotary E .; nitl a ,, �' .. .. a .,: ._ '. ii � '. - I'to r 'c lti 0.,, [ ��C � c, � t t.„...'.-,... , .‘,.:‘,-4 Ffel 0,,' r ' 4 �, V Model 5860 w ,,r(x Remote Annunciator f „ j � t 4 a t�� ,,, h ` iSr� 3 vs iii l. _11 ' i r " t Bring the power to control IntelliKnight® to every -. 4 i area within your facility. � � . , +erg j . � :, Now you can operate and program your IntelliKnight system from up to 8 locations throughout your facility. The Model 5860 Remote Annunciator provides the same advanced, easy - to-use interface found on the IntelliKnight panel's built -in annunciator. The 80- character display and ergonomically designed keypad allow for simple and error -free system oPeration. All operations — including reset, silence, detector status checking, fire drill, and programming —are identical. Access to the system is through a firefighter's key or an access code. For security, a special installation code is needed for programming functions. The 5860 connects to the IntelliKnight panel via the RS -485 system bus. Wire runs can be up to 6000 feet from the panel. " , , A UN Users identify themselves to the Mandator control panel by entering a code on Remote th e annunciator or by tuming the The 5860 is designed to look and firefighter's key. When a user atop,. operate exactly the same as the presses a button, the annunciator � IntelliKnight built -in annunciator. piezo beeps and the LCD prompts = j 5= Features include an 80- character the user to enter a code or other '°� es backlit LCD providing easy -to- relevant information. understand system messages. The annunciator is ergonomically Multiple users can work at different 5860 Demote Aenmdator designed with over -sized buttons annunciators simultaneously for the most frequently used without affecting each other. Spodfloodons Operating Voltage: 24 VDC features, like Reset and Silence. Features Standby Current: 20 mA In addition to status messages • 80- character display displayed on the LCD, there are Alarm Current: 25 mA • Tactile/audible feedback five LEDs for alarm, supervisory, Max. per system: 8 trouble, silence, and AC power • AP user codes or Ambient Temperature: 32°F to t20 °F status. firefighter's key (0"C to • RS -485 interface to panel as9c) The annunciator is available in gray Mounting: Surface or flush • any decor and red Can be flush- or surface - to match virtually y mounted. Trim ring available for Wiring Distance twin for applications where the IntelliKnight panel: Up to 6,000 feet annunciator must stand out. The surface - mounting. annunciator enclosure can be • Operation and appearance Dimensions: Height 7 -3/8" identical to on -board annunciator width: s -t/ surface or flush mounted. A trim Depth: 1-1/2" ring kit is available for surface • Supports simultaneous use by Colors Lt gray (5860) mounting. multiple users Red (5860R) Operation • UL listed, complies with NFPA 72 • When the system is normal and CSFM Approved receiving AC power, the power LED • MEA Listed is lit and all other LEDs are off. Other LEDs tum on as the SILENT conditions occur. KNIGHT a NTELLIKNI Hi ACCESSORY , � .. , a , ' �_ L 4 as 21.<2.. ,.4 • 4 ''.- . �, ,., ',..1 - 1 m � :�?&. ��r a . , v H L•, - . . � a 1.,. 1 .2:,, , ,<: °, 1 . r. eJA C �, • 2. 4' 0 :a. +,. ,,. „ ... .. ' T � .'' Model 5860 p �. h" , Remote Annunciator " , . Engineering Spedilantio ; .. The main control must have a built-in annunciator and must support up to eight remote annunciators. Remote annunciators shall have the same control and display layout so as to match the appearance of the built -in annunciator. Remote annunciators shall be available in two colors, red or Tight gray. Remote annunciators shall have identical functionality and operation as the built-in annunciator. All annunciators must have an 80- character LCD display and must feature five LEDs for. General Alarm, Supervisory, System Trouble, System Silence, and System Power. All controls and programming keys are silicone mechanical type with tactile and audible feedback. Keys have a travel of .040 inches. No membrane style buttons will be permissible. The annunciator must be able to silence and reset alarms through the use of a code entered on the annunciator keypad or by using a firefighter's key. The annunciator must have two levels of user codes that will limit the operating system programming to authorized individuals. The control panel must allow all annunciators to accommodate multiple user input simultaneously. MO Mock Diagram { FiLs, Y � �Ii 1 ``` F Up!o6000feelkern panel i l itlY 8 -� 1l G�� - .. 43 b. n J + 4r4 4: ::::. ,y�, p� ♦♦ Slli� ' �. Gr' � �' Yr 4 S g 1, jig °,� � Up to 8 cie iices eer sys:eni 1 a 1, , ' r M, , - fi r ', ; ' . Of, .,:,,, .4 ri ,.,f, 'i. A '�' � - • 1 Q . I o p ,. Tl '' i ll SILENT A*1 KNIGHT 7550 Meridian Circle, Maple Grove, MN 55369 -4927 MADE IN AMERICA 800 446 - 64.44 or in Minnesota 612 - 493 -6435 FORM# 350224, Rev. 01/00 FAX: 612-493-6475 Copyright ®2000 Silent Knight World Wide Web: http://www.silentknight.com , � .a�' G"v P i5 'b � - y &— -c` F y ::''''j, 3 L 1 \ i 1 - t E �.. \ e , - o, _ FC c y f t, A o '"- +i�., .. ea .d vial v c.e.e a', ' +S jps �' "" .. r 7 � q' Alp ' r ;. 5 r : r ' 3 '`t.F,445n, a. r`, `' F ,,. - is haho �c12 „#4,-` ' ;..t. .'�"E : .,+c • . tiF >at, _4' .£ ctr Y a `, :. / ,.0 - _%. dr;�3 Addressable . I ' � qj o .( , 8'Z K . . z. . �, , ,; -- ,. n �- t: � - Photoelectric Type 1 d 1 ' ' ' 1 ' a �° °� � i I Smoke ��- etector ,:5,.., ... ,R -�"' e - t Deted smoldering fires quickly and get help fast � y P 4 with intellmC(night® photoelectric smoke detectors. IntelliKnight addressable photoelectric smoke detectors are the clear choice for commercial settings where smoldering fires are a threat. In addition to accurately detecting a smoldering fire, each SD505 -APS photoelectric detector has a unique address, which is recognized by the IntelliKnight panel. No precious seconds are wasted in determining location of an alarm. The SD505 -APS compensates automatically for contamination in the environment. And detector testing is simple —even from a remote site. Like other IntelliKnight detector models, the SD505-APS offers a low profile for pleasing aesthetics. The IntelliKnight family of detectors has been designed to use a common base, Model SD505 -6AB, allowing complete application and placement flexibility. Combine all this with the features you've come to expect from Silent Knight smoke detectors —easy installation, stable operation, RF /transient protection, and vandal- resistant locking —and it adds up to a flexible solution for all your fire protection needs. m spsesAps The light received is converted into Anal an electronic signal. Under normal - '' I W conditions, the status LED blinks Ph C TEA approximately every 15 seconds, ..1..-if % d indicating that the head is communicating with the loop. The } . The SD505 -APS is particularly LED lights continuously during the suited to detecting dense smoke alarm period. Q= ' typical of fires involving materials such as soft furnishings, plastic, hams foam or other similar materials • Low profile, 2 inches, including Smoke woe which tend to smolder and produce base SpsdBcalloas large visible particles. • Simple and reliable addressing Operating Voltage: 17-41 VDC The detector features automatic without mechanical switches Current Consumption: compensation for contamination • Automatic compensation for Standby: .55 mA and a simple detector calibration sensor contamination Alarm: .55 mA test procedure that can be run from • Built -in fire test feature the panel or remotely (using the • Simple detector calibration Ambient Temperature: 32°F to 50°C) WindowsTM based downloading testing through the control panel software). or remotely through a mounting: 4 Square, r T Single gang mud Operation WndowsTM based computer ring The SD505 -APS units made up of Software. Relative Humidity: 85% an LED light source and a silicon • Vandal- resistance locking noncondensing photo diode receiving element. In a features Air Velocity: 0 - 300 FPM • Field deanable normal standby condition, the Compatible Bases: SD505 -6AB receiving element receives no light • UL listed, meets NFPA 72 Ch 7 (Sold Separately) (6° Base) from the pulsing light source. In the requirements SD505 -4AB Base event or fire, smoke enters the • CSFM approved (4•) detector and light is reflected from • MEA approved the smoke particles to the receiving • FM Approved r °; ° SILENT element. 111 KNIGHT I v z • . _ FJ c of r d a � Model SD505 -APS Addressable Photoelectric Type Smoke I A Detector i , i it I IV i Engineering The contractor shall furnish and install where indicated on the plans, addressable photoelectric smoke detector Silent Knight SD505 -APS. The combination detector head, and twist -lock base, shall be UL® listed compatible with Silent Knight's IntelliKnight fire control panels. The base shall permit direct interchange with Silent Knight SD505 -AIS Ionization Smoke Detector, or SD505- AHS Heat Detector. Base shall be the appropriate twist -lock base SD505 -6AB. The smoke detector shall have a flashing status LED for visual supervision. When the detector is actuated, the flashing LED will latch on steady. The detector may be reset by actuating the control panel reset switch. The calibration of the detector shall be capable of being selected and measured by the control panel without the need for extemal test apparatus. The vandal- resistant, security locking feature shall be used in those areas as indicated on the drawing. The locking feature shall be field selectable as required. The SD505 -APS shall automatically perform a functional test of the detector. The test method shall simulate effects of products of combustion in the chamber to ensure testing of detector circuits. Diameter = 5 -15/16" e1 Diameter = 3- 15/16" N 0 / 11 A--- - L ). rta i4 Height = 2 inches a including base y4 NEE ' { Model SE■505-6AB Mader Bose Modal SKOMM.APS Detedor Head Post visa) Pont vlea) r iosi N 7550 Meridian Circle, Maple Grove, MN 55369 -4927 MADE Yid AMERICA 800 - 446 -6444 or in Minnesota 763 - 493 -6435 FORM# 350225, Rev. 12/01 FAX 763- 493 -6475 Copyright ®2001 Silent Knight World Wide Web: http: / /www.silentknight.com • V Y • 1 .' 4 4 r ' } o r s e ' ' t;. /z v 9 a . bF+r �> i-�!. F1 ;� ,� , r � � , n �m t °� € ,, .�° ° ; � � INTELLIfCNIGHT ACGESSORY� 5 b� ! � �. fl a `� ■ . . f ' � . �� .�bt �° . °s �G ,'• 's.'' '. s' ...•1i. `" � - 6'. � il . v . Addressable Heat Detector 3�`. '� t: f ; ikil s + f tikv - 4A 4 .1 . t.. - ,-4,.! 5 37. voi-i !i4. fei.. 'f;.J „? ,, ., i Tr- .;='' '7..f I" ' 7 . 1, ' ": e w " P a, ` . lntellii�ni bt® addressable beet detectors combine ottAf , . , - accurate beat detection with pin- point location ID. �. ` &A t } 9 Y An essential combination for an installation. S dMA.n3J.aw t��' �- r IntelliKnight heat detectors are an essential component in virtually any IntelliKnight installation. The IntelliKnight panel recognizes each detector by its specific address, so precious seconds are not wasted in determining location of an alarm. Like other IntelliKnight detector models, the SD505 -AHS offers a low profile for pleasing aesthetics. The IntelliKnight family of detectors has been designed to use a common base, Model SD505 -6AB, allowing complete application and placement flexibility. Combine all this with the features you've come to expect from Silent Knight detectors —easy installation, stable operation, RF /transient protection, and vandal - resistant locking —and it adds up to a flexible solution for all your fire protection needs. Modell S If the temperature exceeds the trip b� point (programmed at the panel), ,,,.,,, an alarm occurs. The status LED - " 1 ' - - f -. The SD505 -AHS is a heat detector lights continuously during the alarm fy 1 <`� 1 ) suited to virtually any commercial period. {.. r setting. The SD505 -AHS is an , . absolute temperature device. This Under normal conditions, the status \ means that it responds in alarm if LED blinks approximately every 15 the temperature goes above the seconds, indicating that the head is communicating with the loop. Q. . . • trip point (programmed at the g panel). Foxhole The SD505 -AHS provides accurate • Low profile, 2 inches, including SD505 -AHS Heat Detector temperature measurement data to base Spectikations the fire alarm control panel. This • Absolute temperature device Operating Voltage: 17 to 41 VDC heat detector is particularly suited to environments where smoke • Simple and reliable addressing Current Consumption: detectors cannot be used because • Uses digital communication Standby: .55 mA of the presence of steam or protocol Alarm: 55 mA cooking fumes, such as in a • The SD505 -AHS is UL Listed Detection Temperature kitchen. Range: 135 °F to 150 °F and meets the requirements (57 °C TO 65 °C) Operation outlined in NFPA 72 Inspection Ambient Temperature: 32°F to 100°F The SD505 -AHS unit is made up of Testing and Maintenance, (o°C to 37°C) Chapter 7. an extemally mounted thermistor Mounting: 4" SQR, 4" OCT with a specially designed cover that • CFSM listed Single gang mud protects the thermistor while • MEA listed ring allowing maximum air flow. The • FM approved Rated Spacing: 70' between thermistor reads the temperature pp sensors on smooth ceilings. from the air it takes in. It then transmits a signal representing the Compatible Bases: SD505 -6AB temperature to the IntelliKnight � � ( Separately) sD505 -4AB panel. `• KNIGHT (4" Base) • . • : .iraguIKNIGHT`ACCEssoRY, a .'. a+ . „ ige 4, b elq Y . :41 ` A P ;a s ;,?, � ` , 4i, l k*l - " '. f - '' ' P.` �". Y �11.� a, � 6 ,- �' +'� e'_. $� . . � ,Ab J ..Y , F",$ .. ... 3 N"s : fAf t. F;0‘'= - Modell SD505 -AHS n Addressable Heat Detector 1 r i4 ili i ) - The contractor shall fumish and install where indicated on the plans, addressable heat detector Silent Knight SD505 -AHS. The combination detector head, and twist -lock base, shall be UL® listed compatible with Silent Knight's IntelliKnight fire alarm control panels. The base shall permit direct interchange with Silent SD5O5 -APS Photoelectric Smoke Detector, or SD505 -AIS Ionization Smoke Detector. Base shall be the appropriate twist -lock base SD505 -6AB. The smoke detector shall have a flashing status LED for visual supervision. When the detector is actuated, the flashing LED will latch on steady at full brilliance. The detector may be reset by actuating the control panel reset switch. The vandal - resistant, security locking feature shall be used in those areas as indicated on the drawing. The locking feature shall be field removable when not required. Voltage and RP/transient suppression techniques shall be employed to minimize false alarm potential. N Diameter = 5- 15116" w Diameter = 3- 15/16" Di 0 /c- ic\ :Li? ,..------... i Ilidpr‘l l / //. % -: \ \.- .. 0 Height = 2 inches, f v') including base ._:..,)). \ EWE. % [our. .- O Model SD505 -6AB Detector Base Model SD5O5 -AHS Detector Head (Front View) (Front View) R� SILENT `` KNIGHT 7550 Meridian Circle, Maple Grove, MN 55369 -4927 MADE IN AMERICA 800-446-6444 or in Minnesota 763- 493 -6435 FORM# 350229, Rev. 01/01 FAX: 763- 493 -6475 Copyright 0 200 World Wide Web: http: / /www.silentknight.com Silent Knight z 4� .� .'ahr ' r o ms e" " s b + ' ° i4d'. " +` . INTE� r I, as y ° .,� Sob _ � 9 ,'W a ft C +t '� •G- :,.!s.,4 3 q r z ✓ .' � _ .,� 5 ' }s M ® A M le . Addressable odel In SD ModIu s t 44.- S •.i 4fi�• '� � rr. '% i : � a 4. � ,� , And 1 I � ; 1 ` ) a , g j , i .r.:-..' fr Model SD500.MIM :�r c - ',,+ Miniature Input Module E .t,4, w et. , 23 • Intellianight's addressable contact monitor modules F � ors► ,,, -, ' , : t- combine fast response with pin -point location D. " A combination that saves lives and property. The SD500 -AIM and SD500 -MIM are addressable input modules for use with Silent Knight's IntelliKnight fire control panel. The SD500 -AIM and SD500 -MIM are designed to be used with pull stations, water flow switches, and other applications requiring dry contact alarm initiation devices. The SD500 -AIM addressable input module mounts to a 4 "- square box. The SD500 -MIM mini input module fits inside a single gang box. The modules are supervised, single input contact monitors. Using an EOL resister, they monitor for alarm contact closures and for open circuit wiring fault conditions. The SD500 -AIM and SD500 -MIM offer a compact design for adaptability and pleasing aesthetics as well as easy installation and stable operation —a flexible solution for all your fire protection needs. Model S and - 91600-Mill Input #A-,. Ass The addressable input modules V expand the flexibility of the - - - , IntelliKnight system by allowing the I : ° = 4 -- use of contact type inputs. Typical o ° � ' applications include manual pull `' ' ice • stations and water flow switches. ,„ °) n..-1. . ' ;• P.' • Operates on Class A (Style 6 & Style ' �.— ' ' 7) or Class B (Style 4)SLC Loop. • Single contact monitor. 9D500 -AIM S0500 • Up to 127 modules per SLC loop. I CAWS • SD500 -MIM mounts in a single gang U z. '��t';:a' �' •� ` <• box. Each addressable input module is Operating Voltage: 24 VDC • SD500 -AIM mounts in a programmed with a unique SLC Standby Current 0.55 mA 4 "- square or double gang electrical loop address. The module A� Current: 0.55 mA box, and has an attractive ivory supervises the wiring to the contact cover plate. with an End Of Line (EOL) resistor. Ambient Temperature: 32°F to 120°F • SD500 AIM /MIM are DIP switch If a fault occurs in the wiring, the (0°C to 49°C) programmable. module alerts the FACP. Mounting: SD500 -AIM • Accepts up to 14 gauge wire. double gang box or • Both modules UL 864 listed; comply b" electrical box with NFPA 72 • 2500 ft max. wiring distance from SD input module to contact. singg le a g gan M g box an • CSFM listed. , • - • MEA 429 -92 -E, Vol. 9 • R •' F .; SILENT : • FM approved , b KN • `; KNIGHT Model SD500 -AIM and SDSOOmMIM Addressable Input and Mini Input Modules r� . :� j Engineering Specifications • The contractor shall furnish and install where indicated on the plans, addressable input modules Silent Knight SD500 -AIM or SD500 -MIM. The modules shall be UL listed and compatible with Silent Knight's IntelliKnight FACPs. The SD500 -MIM shall fit inside a single gang electrical box. The SD500 -AIM shall be supplied with a plastic cover and shall be suitable for mounting to a 4 "- square or double gang electrical box. The SD500-AIM addressable input module must provide a monitor LED that is visible from outside the cover plate. Model 80500-AIM FRONT VIEW BACK VIEW SIDE VIEW , 0 1 T . . , ,p o -I k , FLv 1 F • } } 4-718" • !1 } r Model SD500 -MIM )U J , dw 2Y •' 4 1 - • v SILENT .KNIT 7550 Meridian Circle, Maple Grove, MN 55369 -4927 MADE IN AMERICA 800 - 446 -6444 or in Minnesota 763493 -6435 FORM# 350231, Rev. 11/01 • FAX 763 - 493 -6475 World Wide Web: httpj /www.silentknight.com Copyright ® 2001 Silent Knight g • i s"?.�,.; !T 3 ; �, s ; p r m ����5. �ar�,�+�AninllwilCT w�twsl�stircar��z 1�t��� dt '' Modes S.!`5 ®0 -Ai, 3 • Y d�"fi �ya fir ��7'` � � 4 I A'� A F :; ., Addressable Relay Module .r 0 v 4 p-' 4' },A t;: '" ""111 - 1 X 4 :' '291,_ ` 9, ! f �� F �' r . , _ (, ..:n �. Place relay applications anywhere on the IntelliKnight loop with the SD500 -A Q`' { i - " Addressable Relay Module. The SD500 -ARM is an addressable device that adds great flexibility to the IntelliKnight system. Providing two Form C contacts rated at 2.0 amps @ 30 VDC or .6 amp @ 120 VAC. The SD500 -ARM allows you to control a wide variety of normally open and normally closed applications, including elevator recall, door closing, fan operation, and auxiliary notification. And, because the relay module is addressable, these applications can be located at any point in the signaling line circuit. Like other IntelliKnight SLC devices, the SD500 -ARM is compact for adaptability and pleasing aesthetics. Combine this with the features you've come to expect from Silent Knight fire protection devices—easy installation and stable operation —and it adds up to a flexible solution for all your fire protection needs. Model SD500 -ARM Features -. Addressable Relay Module fi n . • Two sets of Form C contacts. • Contacts are rated at 2A @ 30 The SD500 -ARM provides two I o ° In VDC or .6A @ 120 VAC. ' ' .0 '{ Form C contacts rated at 2A @ ,_- -, {`=,, 30 VDC or .6A © 120 VAC. • Up to 127 relays can be used on - t cc� These contacts can be used for each SLC loop l j—lo �. virtually any normally open or • Relay programming is I r 1 J normally closed application. completely flexible —can be Model SD500 -ARM mapped to zone conditions. Spedflostions • Polling LED visible through Operation cover plate. • UL listed, complies with NFPA Contact Rating: Form C Each relay module is 72. 2A © 30 VDC programmed with a unique SLC • CSFM approved .6A@ 120 VAC loop address. When an event • MEA Approved, 429 - 92 - E, Vol. 9 that controls the relay module • FM approved Standby Current: .55 mA occurs, the relay is triggered by Alarm Current .55 mA the IntelliKnight panel. Ambient 32°F to 120°F SILENT AT Temperature (0 to 49°C) rie EN 1 T Mounting 4 -square electrical box , r il V, KNIGHT - 1 ., � . 1 1 f Engineering Speciifications The contractor shall furnish and install where indicated on the plans, addressable relay modules, Silent Knight SD500 -ARM. The modules shall be UL listed compatible with Silent Knight's Intelliknight FACPs. The relay module must provide two Form C dry contacts rated at 2.0 amps at 30 VDC or .6 amp at 120 VAC. The relay module must be suitable for mounting in a standard 4- square electrical box and must include a plastic cover plate. The relay module board must provide an LED that is visible from the outside of the cover plate. The relay must be fully programmable for such applications as are required by the installation. FRONT VIEW — / 0 O r'. r IC:EI c k'; � 0 \� r--, r VII I • FA p $1:4i . Y . 0 0 _._..._ ._ .. ... ...... .. -_.... . -... .. ._....... .. _ _._ ._._._. - 1 4 to d—► 4 -7/8" 1/4" 4______44 . 1 SILENT . PT4 KNIGHT 7550 Meridian Circle, Maple Grove, MN 55369 -4927 MADE IN AMERICA 800 - 446.6444 or in Minnesota 763- 493 -6435 FORM# 350218, Rev. 11/01 FAX: 763-493-6475 World Wide Web: http: / /www.silentknight.com Copyright ® 2001 Silent Knight — October 19. 1998 ON-6601 • J -134 it .t \ `, R9 07 0 F D E N® R9 N54 5 Series b / e es Horn Strobes 1 b ; FflogIVE SYSTEMS and NH Series Horns Section: AudioNisual Devices GENERAL Wheelock's new devices, the NS/NS4 Series Horn Strobes ii n and the NH Series Horns, feature low current design with re- duced inrush. The hom devices provide a selectable continu- ts • ous hom tone or a temporal pattern (Code 3) tone when con- E.5946 CS 243 (NH) 0D7A4.AY stant voltage from a Fire Alarm Control Panel (FACP) is ap- CS 356 (NS/NS4: plied. Each tone has two dB settings to choose from. All 15 cd, 75 cd, & 110 cd) models (hom only or hom with strobe) may be synchronized 11.9r. California when used in conjunction with SM or DSM Sync Modules. State Fire Additionally, the hom may be silenced while maintaining strobe m 7125 -0785:142 151 -92 -E Marshal f f , ®„ activation of the NS /NS4 Series ho-strobe devices. All of � r . � � these features are achievable with either the patented two- wire NS Series or with the four -wire NS4 Series models. ' e a g . The NS /NS4 Series horn - strobe devices and the NH hom a s �9 , ° � • s' V Uzi ., nrn devices are designed for maximum performance, reliability, and k D q x�' 4 ,, - > °� . lf p w . , cost- effectiveness while meeting or exceeding the latest re- S4 quirements of NFPA 72 (National Fire Alarm Code), ANSI 117.1 s; 1 -— � r; . l (American National Standard for Accessible and Usable Build- • ( s� " . - Horn ings and Facilities), and UL Standard 1971 (Standard for Sig- •` ; *t r Stro • e naling Devices for the Hearing Impaired), and UL 464 (Audible #$ 9!,,,,: 4 I ow.: ' :v Signal Appliances). NS/NS4 audible strobe devices, when ` i,9 l; a.., i ; f F' properly specified and installed in accordance with NFPA/ANSI " " „ t , standards, can provide the Equivalent Fac,Trtation allowed under IR.. . ° ^ N S .vr -34, are • ' ° ' m Q ADA Accessibility Guidelines ( ADAAG General Section 2.2) i . ` 's, �„ 3 �' '. x x'� � k` by meeting or exceeding the • illumination which results from r t � * D ' y-, m . ,,� F the ADA- specified strobe intensity of 75 candela at 50 feet `, ' ° -, (15.24 m). This is an illumination of 0.030 lumens per square .- :•; .. F.a. * R�;� , ? 4 G .,;.•, foot. When used with the Wheelock SM or DSM Series Sync Mod- _ ', I• ules, the continuous hom tone produces a synchronized tern- ; poral (Code 3) tone. This ensures a distinct temporal (Code rim, , -; - Wi t , , - , 3 ∎ , 3) pattern when two or more horns are within hearing distance. �....� -•- . _ - - . If not synchronized, the temporal sound could overlap and not -74:4 � . - NH Horn - • �; L .,, be distinctive. Additionally, if strobes on the same circuit are ..,.= synchronized, this provides the ability to comply with ADA rec- i" --- . 4. J _ ' ommendations concerning photosensitive epilepsy and to meet --4:-... 4' w NFPA requirements when installing two or more visual devices �* within the field of view. All of this plus the ability to silence the 3 < .+. r , hom, is achieved by using only two wires (NS/NH). ;s ._ _. __ r Y ti , • ADA/NFPA/ANSI compliant. Meets OSHA 29 Part 1910.165. g • Low current draw and reduced inrush. • Wall -mount only. • Available with 15, 15/75, 30. 75, and 110 candela strobe • Two selectable tones and dB levels: intensities. Continuous tone: anechoic, 90 or 95 dB; reverberant, 82 or • 15/75 candela wall- mounted strobes are listed at 15 candela 88 dB @ 24 VDC. under UL Standard 1971 and meet 75 candela intensity on Temporal Code 3 tone: anechoic, 90 or 95 dB; reverberant, axis for ADA guidelines with low current draw. 75 or 82 dB @ 24 VDC. • Two versions available: two -wire for both hom and strobe; • Patent pending Universal Mounting Plate for single -gang, four -wire model. double -gang, 4" (10.16 cm) square, or 100 mm European • Non -sync and sync in one model (synchronization requires a backboxes, or Wheelock's SHBB shallow surface backbox. SM or DSM Sync Module). • No additional trim plates required. • Matching hom in 12/24 volts (selectable). This document is not intended to be used for installation purposes. We try to keep our product information up-to -date and accurate. We cannot cover all specific applications 1130 9001 or anticipate all requirements. All specifications are subject to change without notice. For more information, contact NOTIFIER Phone: (203) 484 -7161 FAX: (203) 484 -7118 [.'E'Rirra7F 1 E;p' - 0 M °Te r0 EE R' 12 CIIntonvIle Road. • orthford, Connecticut 06472 BiZIN(91118 8 MANOFACIUWM5 ON -6601 • 10/19/98 — Page 1 of 4 - August 6. 1998 0N -5765 • J -120 , ` R] 07 I ,g Wheelock RS Series Strobes and ' ' j=® •E S tST1E fS RSS Series Non -Sync /Sync Strobes Section: AudioNisual Devices ©( N[ UM!' C alifornia Wheelock's new RS Strobes and RSS Series Non -S d I L M S tate Fire Sync Strobes offer low current draw and reduced in sh , ® ULC ars while maintaining their outstanding performance, reliabil- 7125 - 0785:133 ity. and cost- effectiveness. They meet or exceed the S5391 CS 356 7125 -0785:141 latest requirements of NFPA 72 (National Fire Alarm Code CS 243 1996), ANSI 117.1 (National Standard for Accessible and ;"'; -A, E L_ T 'u Usable Buildings and Facilities) and UL Standard 1971 151 -92 -E (Signaling Devices for the Hearing Impaired). RS/RSS Vol. XIX, XX 0D7A4.AY Strobe appliances, when properly specified and installed _ k r in accordance with NFPA/ANSI standards, can provide ,/� C9(r-e4" - the Equivalent Facilitation allowed under ADA Accessibil- ity Guidelines (ADAAG General Section 2.2) by meeting or exceeding the illumination which results from the ADA's * �, �,�. W f�r��_ s, 7_� r : strobe intensity guidelines of 75 candela at 50 feet (1524 !f , ;' " , 1 m). This is an illumination of 0.030 lumens per square; r 4v` ti y �„ . o' foot , ° ,, t 4,w s , 9 ' I �l E' P 3 Wheelock's RS Series Strobes are available with 15 and so a ' =1 i a . ' ; , . . �'" s .. 15/75 candela intensities for wall- mounting only and non- , F b . sync applications. ^ fit r RS /RSS Cover Wheelock's RSS Series Strobes include non -sync and € sync functions in one appliance. The SM or DSM Sync 1 - °, , ' " Y;-, r ;d 5 Module must be used to achieve synchronization of the ,-,1,..= ' '0, k strobe. Synchronized strobes can eliminate possible re- WM3T F 1 R E strictions on the number of strobes in field of view. ' 4 e �`�' " , ,• 7.' t °" ' Wheelock's synchronized strobes offer an easy way to comply with ADA recommendations conceming photosen- sitive epilepsy. The strobe options for the RSS Series are .�,,,, • 15, 15/75, 30, 75, and 110 candela intensities for wall ., mounting; and 15, 30, 75, and 100 candela intensities for y ~ `∎ "' � . : € k - ceiling -mount applications. - r- �,. ^ " _ All strobes use a Xenon flashtube enclosed in a rugged 7 ! .51 - 0' `v~ r . r 4 , k , ,t �.. ' ' ..hYv,►�Yf , a LEXAN® lens to provide maximum reliability for effective --- . ,� __. - a visual signaling. t Wheelock's RS/RSS Series Strobes employ an integral 1 p ' "�""•' , . i Strobe Mounting Plate (patent pending) that makes it easy t . 'L . . f • ' to mount to a variety of backboxes. The strobes can be F+ -- mounted to single -gang, double -gang, 4" (10.16 cm) __ :- k square, 100 mm European, or the SHBB surface backbox. tA h..', 1 If the flush backbox has side or top space between it and the finished wall, the new NATP (Notification Appliance Plate Trim Plate) may be used. It provides an additional 0.65" (16.51 mm) of trim for the appliance. An attractive cover plate is provided for a clean, finished appearance on all retrofit models. cd and are designed for surface mounting indoors or out - WRfl3T -- Since the inception of UL 1971, strobes doors. "Not to be used as an indoor visual evacuation cannot be listed for outdoor use. Wheelock offers WM3T signal or for the hearing impaired." Only 88 . milliamps, strobes for outdoor installations requiring weatherproof 21 - 31 VDC. appliances and private mode operation where UL 1971 LEXAN® is a registered trademark of GE Plastics, a subsidiary strobes are not required. They are UL 1638 listed at 117 of General Electric Company. This document is intended to t used for installation purposes. We try keep ur o 9001 product information up-to-date and accurate. eauate. We e cannot nnot cover er all a0 specific applications cationn s or anticipate alt requirements. Alt specifications are subject to change without notice. i S (I/ For more information, contact NOTIFIER. Phone: (203) 484 -7161 FAX: (203) 484 -7118 IrG'Ea I 0 IS ova MI fa lir 12 Cintonwile Road, Northford. Connecticut 06472 & elrs DN- 5765.08/06/98 — Page 1 of 4