Loading...
Plans 1 I • i I LEGEND �� : g IY TIE TO , , HORN STROBE - SYSTEM SENSOR P2R CC ce l EXISTING 110 \ 80" BOTTOM OF DEVICE TO f. f. 0 a E NTR Y I \', 0 DUCT SMOKE DETECTOR -- BY HEATING CONTRACTOR z o el N N. I 14/4 = 14/4 CABLE a afo { 3 + \ c� I N W J • l • 2 In U H '.. � ' ' Z co Q ix Q In O_ C] • r o. V) 0� N d it SALES AREA ,, 11 I .. `!r l =, 0 �,,; ; =L 12 CLG. HEIGHT ) /�_ ��//''�� S i j�(� -2 U `A Q Ln u CD C) " _ % % - -- —� 110�,%1►7 i z 13 • Z NO N. u C7 CO I- in u, . , N PI 1 I I •, + I rc C In J In o In 0 I W STORAGE ' CE'I'X C� D . m v L7 I / 12 -0' CLG. HEIGHT I w ~ f i Conditionally Approved .............. ( I - y 1 See L to Follow....„....,...„„ [ I I Permit Number. ' 'b 77.-7M Z W . f . - - , , , J 3 1 — �_ z - DatM > a _.. — - -..... v as w z x 3 In co f N c N� x .nw o• 0 as U W > i fe n n J Z U r In CO n g as g O lil i g OFFICE COPY u I- N' • PROJECT 0 14710 -08 DATE. USE 9 -23 -08 SUBMITTALS ALARM l' X • SCALE: 1/4 " — -0" li SHEALART IMTLE 1/4' = l'-0' - - ROSS • S M 1 E of 1 E T PROJECT 0 14710 -08 I INSTALLATION AND MAINTENANCE INSTRUCTIONS _ � 3 .j SPECT ® M ��� SENSOR' 3925 Sr. Cliar!es. 60174 I Selectable Output Strobes, Horns, and Horn/Strobes .., � I f:,,�. 630/377-6495 F_r rs• v ;:Eh L ° i :io!::;: r =:s 0. 2, HRH, P':'.K r'_RHK, 1.20, 1"'.til NR, I Rii r =R4 r4A.1!K, r�l': r= '.VII, 56, SRI!, 56K, SRI IN, S1':; S' ;H. 1026, r 2pj1. rC2Riir., rC2 ':, 0(2'11!, 004;:, rc4 R.11, [04F.K, F::�F.i1 r':1;':', FC4 il, 506, 506!!. SCRK. SCF'. IF:, Sol`:. sown, us, FIRE, nw. S6 -r, SW-F, 560 -P, Sr.F1.0, 02F.1', r1w•r, r2RH-r, 0211 -! r, 506•r, SCI': r, SC.F.H -r, 5,:01! r, [026 -0, rC2;�:'r rC2prI -r, r02 ;' ;tl F , 04F-P, P46:1 r, r-4w-r, r4w1-1 -P SR•SF, 561-1 so, F2R - Sr, 02RH FP, sow-sr, SCwH -SP, FM' ;-sr. rC2 it -sr Specifications 1I vl General Specifications 1 u `_ IE VED Standard Operating Temperature: 32 °F to 120 °F (0 °C to 49 °C) 1 ll ll Series Operating Temperature: -40 °F to 151 °F (FM approved to -31°F): See note for Table 2. c'CP 2 b ; re f , Humidity Range: 10 t0 93% non-condensing (indoor products) L ?ON Strobe Flash Rate: 1 flash per second CITY OF TIGARD Nominal Voltage: Regulated 12DC /FWR or regulated 24DC /F`',RI Operating pBQQ ((�� EE ' erating Voltage Range: (12V nominal) (24 3IJILLYI ?' Irr--11,,e >' , J - R ���,' b to ] 75 V (1:.� n�rrin,...) or 16 to 33 V (��} nortiurdj � ail VISION Operating Voltage wish MDL.: 9 to 17.5 V (12V nominal) or 17 to 33 V (24 V nominal) S. PC, it; SC products u. :1 /1 operate a: 12 V noutirw! only for 15 & 15775 od. Mechanical Specifications Input terminal wire gauge: 12 to 18 AvtrC Ceiling mount dimensions (including lens): 6.5' +liirr::rterx 2.5" high (173 nun diameter 64 nun high) Wall mount dimensions (including lens): 5.61L x 4.7'W x 2.5T (142 min L x 119 mm W x 64 mm LI) Horn dimensions: 5.61 x 4. x 1.3T (142 ram L x 119 rran W x 33 r.Lin D) The products in this manual may be covered by one or more of the following parents: 5,914,665; 5,850,176; 5,593,139; 6,049,446; 6,522,261: 6,661,337; 6,822,400; 6,533,783; 6, 856,241. General Description Calculations are based on using the device current found The Specti Alert Advance series of notification appliances in the subsequent charts and must be compatible with the offers a comprehensive range of red and white wall, ceiling, current specified for the panel or power supply used. and outdoor products including horns, strobes, and horn/ Wire Sizes strobes. These products are electrically backward compat- • - ib':z with the previous genzraticn of notification appliances. The designer must he sure that the last device on the circuit While there are products specifically c'esigrizd for use on has sufficient voltage to operate the device within its rated the ceiling or the wall, the products are listed to be used voltage. When calculating the voltage available to the last device, it is necessary to consider the voltage drop due to in either application, i.e., wall products could be used on the resistance of the wire. The thicker the wire, the smaller he ceiling. Spectr.4lert products are designed to be used n either 12 or 24 volt DC or full wave rectified (FWR) sys- the voltage drop. Generally, for purposes of determining the .ems. if required, the MDL module may be used in order to wire size necessary for the system, it is best to consider all provide synchronization. of the devices as "lumped" on the end of the supply circuit to simulate worst case. For the most accurate voltage drop , 40TICE: This manual shall be left with the owner /user of calculations use the System Sensor voltage drop calcul?tor his equipment. available on the web or CD- ROM. =ire Alarm System Considerations - Approximate wire resistance: !he National Fire Alarm Code, NFPA 72, requires that all 18 AWG solid: 8 ohms /1000 ft. lops, used for building evacuation installed after July 1, 16 AWG solid: 5 ohms /1000 ft. .996, produce temporal coded signals. Signals other than 14 AWG solid: 3 ohms /1000 ft. hose used for evacuation purposes do not have to produce 12 AWG solid: 2 ohms /1000 ft. ha temporal coded signal. • NOTE: If Class A wiring is installed, the wire length may be aver Supply Considerations up to twice as long as on non -fault tolerant circuits. 'anels typically supply DC filtered voltage or FWR (fall NOTE: For 24 volt applications, the total number of strobes save rectified) voltage. The system design engineer must on a single NAC must not exceed 40, with a maximum loop alculate the number of units used on a loop based on the resistance of 120 ohms. For 12 volt applications, the total i'pe of panel supply. Be certain the sum of all the device number of strobes must not exceed 12, with a maximum w - rents does not exceed the current capability of the panel. loop resistance of 30 ohms. 690-03-fin Candela Selection for P, S, PC, & SC series models Horn Selection for P, PC, & H series models For tr be candela selection, adjust the sILle switch located ,- s +, , OC�icv I�:_1!' li!n° S�ICC'I:. accomplished using =-, on the rear of � _ )!i I� 1'� � the r;it..l., � o n o the produ::t )':'hie wa: hin; ct c b� the viewing win- s +: ,1 itch on the the product (see able 5). The do'.'• under the .ef..o. on the front of the un Use draw for 5 current t '~ V (:: .�' ti.r various horn settings „ - ,i and 4-wire to determine c :i'ien! d!a.w. a: VariO`_. Ca:.:l=-la s- ''gins strobe listed Table 2 can Ma � >. ti,.._ pn� °tlt ° ='is is lisieC. in i_�.I;� -. -- _ c: The current draw t�•; Table can be used to aerate the candela rating for low various horn and can ca -:;, a settings for 2-wire ;liic operation. Tables 3 & 4 be e clliCi � - 1':ii2 ht tCUF +e i; be used to deter- products (P2 series) is shown in Table 7 & 8. The sound mine strobe light output at various viewing angles. measurements Ior various horn settings are shown in. 1. ?ble NOTE: SpectrAlert products set at 15 and 15/7' candela au `% for horn and horn strobe products. tomatic?lly work on either 12\' Cr 2 4 1' power supplies. � - l ” up, -I1e The Table S. Horn Patterns products are not listed for 12V opera voltages when set setting 1 Repetition Rate ! u gs. 1 IT d_ Cut to any other candela settings. empora! horn IHig Table 1. Current 2 Temporal horn I,Medurrl t Draw (mA) f - I Ternporai horn ! Lot t~ : I S Volts I 16 -33 Volts 4 -. INN mal horn ; Hi g ;; candela S DC MR DC I 5 �5trcba 15 123 I FWR 'Norma! horn !Medium I (66.� I 71 6 !Normal horn I (Standard 15' - -- ;Low I ( , : 5 142 148 I 77 I 81 7 I Externally cocled a. !Externally coded Candela 30 NA NA I 94 I 96 8 _ I 'Medium Range) 75 NA NA I 158 153 9 !Externally coded !Low I 95 NA NA I 181 176 110 NA NA I 202 195 NOTE: In positions 7, 8, and 9, temporal coding must be 115 I NA NA I 210 205 provided by the NAC. If the NAC voltage is held constant, Strobe 135 I NA - NA I 228 207 (High 150 NA NA 246 I 220 the horn output �� ;ill rei ain constantly on. Positions 7, 8, Candela 177 NA NA f 281 I 251 and 9 are n0i a +: a fable on ?wire horn/strobe products. Range) 185 I N.A NA I 286 I 258 Table 6. l'larn Current Draw (mA) 8 -17.5 Volts I 16-33 Volts Table 2. Sound Pattern dB DC a ! I 55 I 69 DC t 75 I Listed candela rating I Candela rating at -40°F Ternpora. I High I 57 I 55 I 69 75 I 15 cd Temporal Medium 1 44 49 I 69 I 15/75 cd . ... I See Note Temporal (Low+' I 38 44 I 44 48 I 30 cd _ I 7 75 cd I • Non - temporal 'High I 57 I 55 I 69 75 I 5 cd 9.8 Non- temporal Ii Medium I 42 I 50 60 69 I 16.2 Non - temporal I Low I 41 44 I 50 50 I 110 cd 29.7 Coded 'High I 57 55 I 69 I 75 ' 115 cd 41.4 135 cd Coded Medium I 44 51 56 69 I 150 cd 44.6 Coded !Medium I 40 46 I 52 I 50 I 49.5 177 cd 81.4 • 185 cd 72.2 — NOTE: Ceiling products have their maximum brightness on the two axes shown below. NOTE: The 15, 15/75, and 30 cd settings are not intended for use at temperatures below 32 °F. I � Table 3. Horizontal Plane Light Distribution for r''' '' Wall and Ceiling Applications 4 � Horizontal Angle I % of rated light output 0 I 100 W • 45 7c { - I 9 0 I 25 i � , , Table 4. Vertical Plane Light Distribution for Wall Applications j Vertical An e f bl I °/ of rate light output ,- ....41. 0 100 .'' � I 45 34 GG i 12 1 '\ / i A0351.0:: • D690-03-nn rl Table 7. 2-wire Horn /Strobe Standard Candela Range (15 --115 cd) Current Draw (mA) 8-17.5 Volts 16-33 Volts 1 DC Input _ 15 15/75 1 15 15/75 ! 30 + 75 95 110 1 115 I Temoora i-i - T _37 i 1 =7 I 79 S-r 107 215 j ; Temporal r�t_d: _ 132 Ida i 69 80 I 157 182 'i`i1 I 210 I TE O Low 132 � 1 = ' 6 7 � r•_ 141 i G � 1�_ 179 19 207 i;on arlp,� a! 1 152 ! 91 1r I �; 1 _t C 1 I 176 201 221 I 225 — I Non-temnoraai Ivy ?dium 133 1 =5 I 7' I 85 1 102 1 Non - tempora Lo.,. 131 I 1 44 I 68 i 79 I 96 I 1 56 1 1 87 i 207 1 216 i FWR Input ! 144 I i I 156 I 1 82 201 I 210 1 ' 1 Te nporai High 136 I 155 1 88 9 I 112 168 I 19'5 i 2 216 I Temporal Medi 129 I 152 I 78 I 68 1 103 I 160 j 184 202 206 I Temporal Low -- 129 I 151 I 76 j 86 I 101 I 160 I 184 i 194 201 Non- te•noora! H!z -, 142 161 103 i 112 I 126 181 1 203 208 229 1 Non-temporal Medium 13.4 155 I 85 I 95 I 110 ' Non-temporal Low ! 132 I 15'. I 80 ! 90 I I 166 189 i 208 216 I 1 5 161 184 I 202 211 1 Table S. 2 -wire Horn /-strobe High Candela Range (1.35-185 cd) Current Draw (mA) I 16-33 Volts ( 16 -33 Volts I DC Input 1 �5 150 177 I 185 1 } Input 135 I 150 I 177 185 Temporal Hign 24:7, I 259 I 290 I 297 ITemporal High I 215 231 258 I 265 1 Temporal INlecii 235 253 288 29 Temporal Medium I 9 209 224 I 250 I 258 I Temporal Low 232 251 282 292 Temporal Low I 207 I 221 248 256 I Non- temporal High r X 55 I 270 I 303 309 I ron -tem ^oral High 275 ! h sr 1 I 233 i 248 I I 281 INon-tempora! Medium 242 259 293 299 1Non- temporal Medium I 219 I 232 I 262 267 Non - temporal Low , 238 254 I 291 295 1Non- temporal Loan. I 214 I 229 256 262 Table 9. Horn & Horn/strob - Output NBA) Figure 3. Any combination of modes powered by a I I 4-wire circuit Switch Sound I 8-17.5 Volts 16 -33 Volts; Position Fatter, I dB DC FWR DC I FWR ( +) 1 Temporal ;High I 78 78 84 84 \ (T)/ \ 2 Temporal oral ;Medium 74 74 80 80 3 Temporal ILow 71 73 76 I 76 1 o / 1 H � I ` / E 4 Non te High 82 82 88 88 • I R \ F o 5 Non - temporal Irv 78 78 I 85 85 I N / F \., rl i L 6 Non - temporal !Low 75 75 81 81 I H /( -` )� I 7* Coded (High 82 82 188 188 I C 8* Coded ;Medium I 78 78 185 85 I 0 M 9* Coded ILow 175 75 181 181 6 'Horn & 4 -wire Horn/Strobe only () 0 Wiring 5 ( +) S ( +/ 1 T T !- Figure 1. Pion- Synchronized devices; any combination R I R E I of models powered by a 2 -wire circuit s a I o A Horn Hornlsirobe • Stab. Only t -) 1 +) l -3 Vi � A0113 00 1 . I Two W!r a Systems Ary Alt l x W L-od far of Tand m .- Opera :L -.n (-) i - ) ; )A Terminal Detinitlons Figure 2. Synchronized devices; any combination of Figure 4. Figure S. models powered by a 2 -wire circuit Fu „.r Supply ( -) Si•aceSstpply I<) ---;-7L ( +) Ham Horn/strobe SCabe Only '`/ © © • 6y:\:, O O i Two Yllre S stern a supply H . I . Il I . An Lth ofSZI'o ar bt cte Hun 1 L W'red for Tandem <<..CFl 1 -) E in ,. ,' �) S ur-r 1 + ) • I Operatirn i ' 1.03 52-00 L_ Synchronization Module ,,,,;;, ,, P2, PC2, S, SC, & 1 Series P4 & PC4 Series NOTE: For further information on synchronization see MDL, panel, or power supply installation manual. 0590 -03 -0e - • Mounting installed using the proper Spe trAleit Advance 1.' ;ater- r Figu 6, i ,L tight junction box. The. wall mount watertight junction or; box must be mounted with its inferno! post it the lower I� I left courier as shown in Figure S t % l �.� 2. Connect n f : ld l. . rd, I .. _.... . :mot_ �..rit-r .� vi it., . - n, .�l Figure 7. O 0( , � rr = ,. a�' c [: t nett.. c : :_ :_. :�. Bak � -, � ! If the r t. bog skirt i� the product is not to be installed at this point, use the dust CO ,'er to reliant C'OlitanindriOn of the 4 :i:'ilig terrti- model numbers: i`. tea t p BSS -2, 855 \' 2, , ) j nals of the mounting plate. ESSC -2, al;d BBSCW -2 4. To attach product to mounting, plate, hook tabs on the product housing into the grooves on mounting plate. Then, swing product into position to engage the pins on a_ -3 Cu with the product �th the terminal; on the mounting plate. ! 0 � '` :40... Make sure that the tabs on the hack of the product hour- I / � in fully engage with the mountin, • ,, mounting plate. 10 S. Secure product by tightening the single mounting screw in the front of the product housing. I. ' 1 NOTE: Standard captured mounting screw may be re- t ~ f placed with enclosed torx screw for tamper resistance. ..a _ --- -, .a.02-13-00 Fidure E. Mounting (Wall or Ceiling) 1. Attach mounting plate to junction box as shown in Fig- � ' ure 6. The mounting plate is compatible with 4" square, double gang, and 4" octagon junction boxes (2 -wire 0 1 products may be used with a single gang box). If using (© I a back box skirt, attach the mounting plate to the skirt and then attach the entire assembly to the junction box r' (see Figure 7), / NOTE: For outdoor applications, the product must be 'D3ca C0 Please refer to insert for the Limitations of Fire Alarm Systems ®WARNING The Limitations of. Horn /Strobes The horn and/or strobe will not work without power. The horn. /strobe gets its Thesignal strobe may not beseen. The electronic visual tvarning signal uses an exnerneiy power from the fire/ security panel mcnitering the alarm System. Li power is cut oil reliable xenon. Cash tube. It flashes at least once every second. The strobe must not be M- fg( any reason, the horn /strobe will not provide the desired audio or visual warning. stalledirtdiegrets: tnlightor areas ofhig _hlighti:tterstr: (bt'erbOtootrar:dles) where the visual The horn may not be heard. The loudness of the horn meets (or exceeds) current flashmz; l: toedisregardedor ,. Theatobrmay not beseenby the tisualiyimpai:ed. Underwriters Laboratories' standards. However, the horn may not alert a sound The signal strobe may cause seizures. Individuals who hate positive phobic response sleeper cr one who has recently used drugs or has been drinking alcoholic bever- to visual stimuli with seizures, such as persons with epilepsy, should avoid prolonged ages. The horn may not be heard if it is placed on a different floor from the person exposure to environments In which strobe signals, including this stobe, are activated. in hazard or if placed (Co far away to be Beard over the ambient noise such as traffic, The signal strobe cannot operate how coded power supplies. Coded power supplies air conditioners, machinery or music appliances that may prevent alert persons from hearing the alarm. The horn may not be heard by persons who are hearing impaired. produca to correctly. System Se n ec t heho rn and signal strobe ways to operate ro;rectly. System Szascr recommends that the horn and signal strobe always NOTE: Strobes most be powered continvorsly for horn operation. be used in corubinanon so that the risks from any of the above limitations are minimized. Three-Year Limited Warranty System Sensor warrants its enclosed product to be free from defects in ma- Department, RAa S2 (Crisis F _ 3 "_5 Ohio Avenue, su Charles, a e o t. Please gird teed ; :na. ^.;hip t :rder normal use and service for a period of three ittclttde a note describing the malfunction and suspected cause of failure. years from date of manufacture. System Sensor makes no other express star- The Company shall not be obligated to replace units which are found to be - nanny for this product. No agent, representative, dealer, or employee of the defective because of damage, unreasonable use, modifications, or alterations Company has the authority to increase or alter the obligations or limitations occurring after the date of mam,facture. In ne case shall the Company be of this Warranty. The Company's obligation of this Warranty shall be limited liable for any consequential or incidental damages for breach of this or any to the replacement of any part of the product which is found to be defective other Warranty, expressed or implied whatsoever, even if the loss or damage in materials or worlaran =_hip under normal use and service during the three is caused by the Company's negligence or fault. Some states do not allow the year period commencing with the date of manufacture. After phoning System exclusion or limitation of incidental or consequential damages, so the above Sensor's tell free number 600•SENSOR2 (736•76?2) for a Return Authorization limitati0n or exclusion may not apply to you. This Warranty git•es you specific number, send defective units postage prepaid to: System Sensor, Returns_ legal rights, and you may also hare other rights which vary from state to state. FCC Statement S :?ectr.cert Strobes and riem /Strobes have teen tested and found to comply with the and can radiate radio frequency energy and, ii not installed and used in accordance Ln-ls fcr a Class Ii digital device, pursuant to part 15 ri the FCC Rides. These hail's with the instruction manual, may cause haanrtl interference to radio cotnn uricarlons. are designed to provide reasonable protection against harmful interference when the Operation i , emt;on of this equipment in a revteraial area is likely to cause harti:d interference equipment is operated in a commercial environment. This equipment generates, tie;, 8 to which case the pse; will be required to correct the interference at his own expense. D090 a