Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
07201403 Permit File
07201403 Permit File 655 METRO PL S Office CITY OF DUBLIN RECE~VCQof Building Standards • 5800 Shier-Rings Road • Dublin, Ohio 43016 Phone: (614) 410-4670 • Inspection Line: (614) 410-4680 SEP 19 2007 WTFD: (614) 652-3920 BUILDING DIVISION CITY OF DUBLIN FIRE PROTECTION PERMIT APPLICATION Application Date /9/67 Bldg. App. #01.a©~3s3 Fire Protection App. # O TXI ~03 PROJECT INFORMATION f_ r~ Project Address ,5S /~e Q350 Project Name~IQ3e.f'ar S Owner/Tenant Contact Name Telephone APPLICANT INFORMATION Fire Protection Contractor e v~~ /14c)~/v L L 3 '7 21 At- G SO r~ ell, O61a7 Telephone Address State Certificate Nu ber S Y VS /3 Sig Dublin Registration Number Installer Name /~'Ilo~i~w' State Certificate Numbero7,~45v SCOPE OF WORK . (Mark One) New Replace Repair Alteration FIRE DETECTION AND ALARM SYSTEM (Number of Each) Detectors Strobes Horns Fire Alarm Boxes Other e. SUPPRESSION SYSTEM (Number of Each) Standpipes On Site Water Piping Sprinkler Heads Limited Area Other FEES FIRE DETECTION OR SUPPRESSION PERMIT PROCESSING FEE $60.00 LOW VOLTAGE PERMIT (DETECTION ONLY) $30.00 Minimum fee plus $20.00 each 1,000 sq ft or fraction thereof over 1,000 sq ft OUTSIDE PLAN REVIEW SERVICES (EXAMINER'S FEE AS CHARGED) 50. ono STATE SURCHARGE (3%) ~0 .30 TOTAL FEE DUE a\kc •3O This permit is granted on the express condition that said work shall in all respects, conform to the ordinances of the City of Dublin and all laws of the State of Ohio regulating construction, installation, repair and alteration, and may be revoked at any time upon violation of any provisions of said laws. This permit conveys no right to open any street, alley or sidewalk or any part thereof, nor to make any connection to a water main. Signature of Licensed Contractor / DATE 111191e Print Name Zeil"r.,V d10 ¢.v/ DATE FOR OFFICIAL USE ONLY Review Comments: The i',- q/o/-,w s / o Qcv/ Fire Department: 12'Kaw of 4&&"' fig Orr Date: /o A o Plans Examiner: Date: °f • a •O~ Issued by CBO: Date: 161~a7 CITY OF DUBLIN Division of Building Standards • 5800 Shier-Rings Road • Dublin, Ohio 43016 Phone: (614) 410-4670 • Inspection Line: (614) 410-4680 Application Number . . . . . 07-00201403 Date 10/02/07 Property Address . . . . . . 655 METRO PL S Parcel Number: 273-002483 Alternate Address: METRO CENTER Tenant nbr, name . . . . . . PLASTEKARDS DETECTION Application type description FIRE PROTECTION Property owner . . . . . . . CB RICHARD ELLIS Contractor . . . . . . . . . KEVIN MORGAN ELECTRIC Permit . . . . . . FIRE DETECTION PERMIT Additional desc . . Permit Fee . . . . 60.00 Plan Check Fee .00 Issue Date . . . . Valuation . . . . 0 Qty Unit Charge Per Extension BASE FEE 60.00 Special Notes and Comments CONTACT WASHINGTON TOWNSHIP FIRE PREVENTION FOR INSPECTIONS AT 766-0857 Other Fees . . . . . . . . . OUTSIDE PLAN REVIEW 150.00 SURCHARGE FEE - BLDG 4.50 SURCHARGE FEE - FIRE 1.80 Fee summary Charged Paid Credited Due Permit Fee Total 60.00 .00 .00 60.00 Plan Check Total .00 .00 .00 .00 Other Fee Total 156.30 .00 .00 156.30 Grand Total 216.30 .00 .00 216.30 This permit is granted on the express condition that said work shall in all respects, conform to the ordinances of the City of Dublin and all laws of the State of Ohio regulating construction, installation, repair and alteration and may be revoked at any time upon violation of any provisions of law. i. CITY OF DUBLIN Building Standards - 5800 Shier-Rings Road - Dublin, Ohio 43016 Phone: (614) 410-4670 - Inspection Line: (614) 410-4680 Application #07-201403 September 28, 2007 PLAN APPROVAL FIRE ALARM/DETECTION SYSTEM TTHS IS NOT A BUILDING PERMIT. IT IS A RECORD OF OUR REVIEW OF DOCUMENTS SUBMITTED WITH YOUR APPLICATION FOR A BUILDING PERMIT. Re: Plasticard - Fire Alarm System Applicant: Kevin Morgan Electric LLC 655 Metro Place South, Suite 390 (614) 374-9676 Fire Protection Permit No: 07-201403 The Fire Alarm Drawings, submitted with the Fire Protection Permit Application, for the captioned project, has been reviewed for compliance with the provisions of the 2007 Ohio Building Code (OBC). The review was based upon the following criteria: Use Group: B, Business office. Occupancy: No Change Area: No Change Const. Type: II B, Noncombustible-Unprotected Notes: New Fire Alarm/Detection System for the new Tenant Space in this existing building. The fire protective signaling system drawings have been Certified by Robert G. Sines III, Ohio certification no. F-032, the fire protection Contractor is Kevin Morgan Electric LLC, Ohio certification #54-45-1349, the installer has been identified as Kevin Morgan, Certification #24580, all to comply with the requirements of OBC Section 105.3 and have been reviewed, therefore, in accord with OBC section 105.3.1.4. This PLAN APPROVAL for the fire protective signaling system only, is issued by the City of Dublin, Division of Building Standards, in accordance with Section 106.3.1 OBC. For the information of the Applicant the following item(s) are required for code compliance, but are not necessarily covered in detail in the construction documents. This list is a reminder to the design professional and contractors of issues which are to be satisfactorily dealt with in the field: 1. The certificate of approval of fire protection plans shall be posted in a conspicuous location outside of the building or in the front part of the premises on which is, or will be, located the approved building or equipment. The owner and the contractor shall, so far as possible, preserve and keep said certificate until the completion of the work to which the approved construction documents relate; Section 105.7.2 OBC. 2. The proposed construction shall conform to the requirements of Chapter I 1 OBC and the "Americans with Disabilities Act Accessibility Guidelines" (ADAAG). City of Dublin FIRE PROTECTION PLAN REVIEW 07-201403 Plasticard - Fire Alarm System September 28, 2007 07-201403 Page 2 3. Fire Alarm System cable and wiring located in noncombustible plenums shall meet with the requirements of Section 907 OBC and Article 760, NFPA 70. 4. Provide a record of completion for each completed fire alarm system in accordance with Section 907.17 and NFPA 72 Completion Documents. 5. Upon completion of the fire protective signaling system, all alarm-initiating devices and circuits, alarm- indicating appliances and circuits, supervisory-signal initiating devices and circuits, signaling line circuits, and primary and secondary power supplies shall be subjected to a 100 percent acceptance test in accordance with NFPA 72A and 72E listed in Chapter 35; Section 907.16 OBC. 6. OBC 907 Acceptance testing: When the installation of the detectors is complete, each detector and all interconnecting wiring for multiple-station detectors shall be subject to a 100-percent acceptance test in accordance with the household fire warning equipment provisions of NFPA 72 listed in Chapter 35. 7. No electrical work (conduits, cables or other electrical apparatus) may be covered or concealed without visual inspection and approval by the electrical field inspector as per OBC 109. 8. The existing electrical conductors, if removed, abandoned, or altered, shall be accomplished to the electrical field inspectors approval pursuant to the requirements of Section 109 OBC. Electrical work found not to meet the code's standards shall be corrected to the electrical field inspector's approval. 9. All electrical work will comply with the requirements of Article 27 OBC and the National Electric Code NFPA 70, OBC approved edition and is subject to the approval of the electrical inspector, in accordance with Section 109 of the OBC. TO REQUEST AN APPEAL HEARING, YOU MUST send a written request, listing the items to be appealed and the relief sought and on copy of this order to: Jeffrey S. Tyler, Chief Building Official City of Dublin, Ohio 5800 Shier Rings Road Dublin, Ohio 43017-1236 THE SIGNING OF THIS DOCUMENT IS AN AGREEMENT THAT YOU WILL COMPLY WITH ALL ITEMS LISTED HEREIN. THE COMMENCEMENT OF WORK CONSTITUTES ACCEPTANCE OF ALL ITEMS LISTED HEREIN. Reviewed and signed, 1Michael A. Boryca, Architect/Plans E aminer Jeffr yler, Chief Building Official (614) 488-4009 City o blin, Ohio City of Dublin FIRE PROTECTION PLAN REVIEW 07-201403 r Plasticard - Fire Alarm System September 28, 2007 07-20 3 Page 3 b-3-0`7 Si tune -Architect, Engineer, Contractor ate or er Print Name and Title s Signed c: Washington Township Fire Department MAB:Iwb City of Dublin FIRE PROTECTION PLAN REVIEW 07-201403 architecture! memorandum invoice 007-201403 -1 OHIO INCORPORATED 454 East Main Street Suite 236 Columbus, Ohio 43215-5380 614.488.4009 fax.488.4005 September 28, 2007 City of Dublin Contract No. PS 01-21-13 Employer Identification No. 31-1413248 City of Dublin Division of Building Standards 5800 Shier-Rings Road Dublin, Ohio 43016 Attention: Mr. Jeffrey S. Tyler, Chief Building Official Plan Review Services for: Plasticard - Fire Alarm System Alterations 655 Metro Place South, Suite 390 PLAN APPROVAL Permit No. 07-201403 Labor Cost: Total Number of Hours to be Charged @ $60.00/Hour: 2.5 • Review Time: 1.5 • Administration Time: 1.0 TOTAL BILLING THIS INVOICE $150.00 This memorandum invoice is being sent as reference for you to prepare the necessary fees for the applicant to pay. The time spent on this review will be submitted for payment at the end of the month with our usual invoicing. Should you have any questions or comments concerning this review, please don't hesitate to contact me. Thank you for the opportunity to be of service. Cordially, architecture! Michael A. Boryca, Architect Plans Examiner #P001794 CITY, OF DUBLIN RECEOVEQof Building Standards - 5800 Shier-Rings Ro~ id 3016 Phone: (614) 410-4670 • Inspection Line: ( if"~? R SEP 1 9, 2007 WTFD: (614) 652-3920 LJ BUILDING DIVISION SEP 2 4 2007 CITY OF DUBLIN FIRE PROTECTION PERMIT APPLIC T10161Cni °ectur@! Fire Protection App. # Application Date 211?/6f7 Bldg. App. #01•DO1353 PROJECT INFORMATION Project Address , I)Ve X6cr emu. e. J,9o Project Name?wsk-e-yaA S Owner/Tenant Contact Name - Telephone APPLICANT INFORMATION iEr~lee-/Y c. C. Fire Protection Contractor e v%,/ 1;4 6 Address 21 A-4c,6e::;V0a i 0#, -961.7 Telephone Z 11t ' - 4-_ State Certificate Nu ber 'y ys 13 V9 Dublin Registration Number Installer Name ~?~i? /Y~c?~ J State Certificate Number NSu SCOPE OF WORK (Mark One) New _ Replace Repair Alteration FIRE DETECTION AND ALARM SYSTEM (Number of Each) Detectors Strobes Horns Fire Alarm Boxes Other alt 11~ C_ SUPPRESSION SYSTEM (Number of Each) Standpipes On Site Water Piping Sprinkler Heads Limited Area Other FEES FIRE DETECTION OR SUPPRESSION PERMIT PROCESSING FEE $60.00 LOW VOLTAGE PERMIT (DETECTION ONLY) $30.00 Minimum fee plus $20.00 each 1,000 sq ft or fraction thereof over 1,000 sq ft OUTSIDE PLAN REVIEW SERVICES (EXAMINER'S FEE AS CHARGED) STATE SURCHARGE (3%) TOTAL FEE DUE This permit is granted on the express condition that said work shall in all respects, conform to the ordinances of the City of Dublin and all laws of the State of Ohio regulating construction, installation, repair and alteration, and may be revoked at any time upon violation of any provisions of said laws. This permit conveys no right to ake any connection to a water main. open any street, alley or sidewalk or any part theryo r to m Signature of Licensed Contractor DATE , 191W /lei Print Name /1 elliy ed rg~? DATE 9/`9lb FOR OFFICIAL USE ONLY Review Comments: Fire Department: Date: Plans Examiner: Date: Gl • 28.02 Issued by CBO: Date: Z£0-d# NOllb'OId112130 '213NJIS301N3NOdW00 W31SJ~S N011031021d 32i1d III13A311301N ~b39Wf1N 133HS OIHO'NI18f14 ~~auuNgxa~dw~g S8S00~-S8S III SBNIS '0 18380 2i39Wf1N 31IS l = 8 L < << ~31b'OS SO~~b l L S0~ ~31y0 b33NI9N3 X03 ,o ~S3lHS ~,19 NMd214 o rn c cn 3 1'1 W cn ~ ~ -s rr fD ~ m ~ 43AOaddil O ~ p ~ "ri = o (7 - p a310N Sb 03A021ddd 0 ~ ~ ~ p 03A021ddbSla 0 0 0 ~ ~ ~ ~ rt -p W31SAS N011031021d 3211] ? rn N ~ ~ ~ ~ W31SAS N01103130 3bid , o .C ~ c ~ (n 1 Z' (,0'ON NOf1F101 dt/ r+ ~Lr~ S rt ~j~~~o j ~ ~vnana ~o ilia ~oisin~a ocv~a~ina ~~ii/iii / ~OOl 6 I d3S %/////%~~j; ~ , '5~~~.~~3~S~E ~ =.~FS ~vC ~5~~°~J ~~~d a: ~b //i/~ ;i D '~Q~Q~ ~d~E~i~~ ~3 ~d€~Gl~'d~ S~°~ ~°~S R Rai § nP1 r ~t~ -e°~^;.~y ~;-,5,t ~S~.t.uti~.~4~'d~~C~,a~'~..s ~mll t fv~..iVii I~iT~~ JYI~l~i~~ YYC3~ iV ~~i~ ~-kY v /ej i. L ~ 'V iii%i , ~///iii ~ ~//jai j/% L~ ,~i ~ / ~ ~ ~ N N ~1 ~ ~ ~ .p W N ~ J O ~ ~ ~ ~ W ~ ~ ~ ~ fV ~k <<t ~ \ ~ ~ ~ N ~ ~ O co ~ N ~ D O O ~ O m J v ~ ~ p{ 1Vi ~7 ~J .Tl :iJ ~ ~ ~ fTl ~ fTl ~ fTl ~ ~ ~ ~ c c ~ ~ ~ rD rr (n rt n r+ ~ ~ ' % / (D ip (D D lD ~ 0 F l~l 7 fwd rt ~ C~ ~ i co X CO ~ - O C~ X I~l O T0,- ~ ~ O ~ (p -0 ~ ~ ~ 0 ~ ~ ~ p rr N T' fD 0 N o ~ ~ ~ ~ 301dd0 ~ / - ~ O D p fU L ~ ~ n 7 3 3 rr rr rt rt N ~ N ~ 6uitsix3 d ~ 3 , wnuald Bt•Z~l ~ ~ N ~ , t,[6 QS 51 B d 0 0 _ N N / ls~ ~ ~ i fN'ZXt ~ ~ ~ ~dOM N3d0 rt ~ SOf; N C nwN LSN~t O B dS Z SZ O ~,A (~"1 ZXt o~ uniewoH 8 n :0 -i O Z y~; SZ £P ENZY 333300 90E s` eraZ)G e `ZN:ZXL Le ` NOI1d3038 -DE i m cn to cn p o~ DmD cc~ X r -3 Wcn 10 1-- C) m z cn m V) _ D 03 - - ~O w srnrn 00o O NNN C (D C) i N N N C) O o r C- 0 ISO/,/ i i r i DN FRI, A L~ ~//1 G7 3 suoijeownwwoo JuawjmaoaZ:j SVN (AX ®o uos ou -uu 70 MC) ~I.3 e~oW mz OS£ alms ;0Z mF- or r ® ~ hh S 2I d N ~ ~S WT ~b39W(1N 133HS S8S00~-S8S b39Wf1N 31IS ~3ldOS 50/~ L/ L L S0~ ~31ti0 2f33NI9N3 OS49' l OSLE'0 slelol lOS l (~e9 laved ssa~p g poop sselp yl!M xog a6!eg ~ - - 9Z46-SL6Z ~S3lbS ~,19 NM11214 (/yeleJedaS padd!yg coop g xog) uoyoalag coop g xog eleiedag ° ~ 3 z S OS49' ~ O6Z£'0 OSLE'0 OSLO'0 elnpoW lawop auoydelal yl!M auoydelal ~elseW S 0121-0014 suogdp auoydalal sJaly6ya~!3 a- cn ~ ~ O ~ 0000'0 0000'0 (lawgep o!pny paldd!N-esolp yoe3 col au0 raPrO)d11!H ssaweH uo!loauuoo~alul xog o!pny ~ 1£90-0014 ~ rr fD p. t 0000'0 0000'0 0000'0 OD00'D (uoylppyhego!pnyyoe3~ojaup~apJp)d1;!~sseweHuoyoauuoo~alul/peg-oa-Aego!pny ~ 02£2-0064 ~ (D o; ~ D Z (beg uo!suedx3 yoe3 col aup ~ep~p) a~eMp~eH beg uo!suedx3 Z - - 00£2-0014 _ ~ n ~ swals~ leu6!p ~0 6oleuy ~ayl!3 yl!M esn col suogdp o!pny ~ ~ ~ ~ c,~ o ~ 0J 4Z ~anop 6elds!p ,2 ~uelg al6u!S 4Z - - 6121-0014 o m 'rt sauossaooy snoauepaos!W rn fD ~ ~ ~ ~ Q 444-tl~ Oll-tl~ 604-tl~ 804-tl~ 104-tl~ 904-tl~ 504 901-y~ SO1-tl3 401-tl3 E01-tl3 201-tld 101-tl3 lualinp w~ely walinp,tgpuelg uoyduasap kD #ued 6;W ~a~n~oe~nueW # lapoW xaldw!g o < ~ ~ rt rt 5 /11 ,v ~ S19£'D OS49'1 S (su!W)uuely f" 4' SE10'll 0000'6 OSL£'0 4Z (srH) ~gPuelS i.1J He leaul He sdwy IeualeW bD II!8 suol~alnolo ~la~e I aup OJ UO vase sal ~ a ~ ~au.q~~ ~ apoN I d I ~ ~ Id oooo'o oooD'o slelol 4 Z 4 Z 11 £ palunoW 6ug!ap'~a~eadg 6u!snoH punoa OZ - - 1216-2064 sao!nap uogeoygoN ~ (Aeg laved ssa~p g coop sselp yl!m xog e6!ag ~ - - 9Z46-S16Z (/yaleJedag padd!yg coop g xog) uoyoaleg coop g xog ale~edag ~ (lau!gep o!pny paldd!N-asolp yoe3 rol au0 raP~O)dl l!~ ssaweH uoi~auuoaralu~ xog o!pny ~ 1£90-0014 1 (uog!ppy .tag o!pny yoe3 ~o} au0 ~aP~O)d1l!H ssaweH uo!loauuoa~alul /peg-0i-beg o!pny 1 02£2-0014 £ (beg uo!suedx3 yae3 col aup ~eprp) e~en~pieH beg uo!suedx3 £ - - OOEZ-OOl4 swals/~S I~eu6!p ~0 6oleuy~ayl!3 yl!M esn col suo!idp o!pny I Z (SWan SZ) algyedwop uo!s!madng luelsuop `6lddng ~eMOd~m ~ay!Idwy M 001 Z - - 8ZE 1-OOl4 •algyedwop uo!swadng luelsuop'luawdmb3 suogea!unwwop wrely1so!on,toua6~aw3 6oleuy ~I 4Z ~anop 6elds!p ,Z ~uelg al6u!S 4Z - - 6121-0014 sauossaooy snoauepaas!W ~ Y 444-tld 044-tld 6o4-tl~ 804-tl~ 104-tld 904-tld SOl 901-tl3 SOl-tl3 401-tl3 £OL-tl3 ZOl-y3 101-tl3 luaJrnp w~ely waLnpl~gpuelg uogduosep /yp #>red 6iW ~amloelnueW #IepoW xeldw!g 0912'0 0000' l S (su!W) w~e!y OL09'0 0042'0 0010'0 4Z (s~H) ~gpuelg ~ He lelol He sdwy IeualeW ~ II!9 ~ x . suol a no a Ala a i I 0 ~ 8 aUl ~ a 0 aU~ OJ u0 uaa~ sal ' E~ .q ~ ~ p N l d l~ ~ Id O6SE' 1 00000 slelol Z 04050 OlSZ~O 00000 0000'0 (Pas) aoue!lddy uoyeoygoN ~IuO lens!n elapuep-p~nW ualyanrl Z - - 1016-9064 E OSSB 0 0582'0 0000'0 0000'0 (pas) aouegddy uoyeoyyoN lens o!pny elapuep-!ilnW palyanrl £ - - 1S16-9064 sea!nap uo!leoyyoN Z OD00'0 0000'0 0000'0 0000'0 ppnZl'tiaAeBHa££ Z - - 9126-1802 1 (Leg laved ssa~p g loop sselp yl!m xog a6iag 1 - - 9Z46-SL6Z (dlale~edaS padd!yS poop g xog) uoyoalag poop g xog ale~edeg l0 0~ ~I ~ r J 1 paupep o!pny paldd!N-asolp yae3 rol aup ~aWO)d11!N ssaweH uo!loauuoo~alul xog o!pny 1 1£90-0014 1 (uog!ppy beg o!pny yoe3 col aup ~a{up)d~ i!~ ssaweH uo!loauuoaalul .(ea-off-leg o!pny 1 02£2-0014 ~ ~ ~ ~ ~ ~ N N N N N ,TJ 2 (/,eg uo!suedx3 yoe3 col aup ~epJp) e~eMp~eH beg uo!suedx3 Z - - 00£Z-OOl4 swels6S gel!6!p ro 6oleuy ieyl!3 yl!M asp col suogdp o!pny 0~ 0~ Ui (,r O O J ~ ~ ~ W ~ Z (SW21n SZ) algyedwop uo!swedng luelsuop '6lddng ~anwd~m ~egydwtl M 001 Z - - 82£1-0014 i W W/^ W VI j •elgyedwop uo!s!ruednS luelsuop'wewdmb3 suoyea!unwwop w~ely/ea!on /~oue6~ew3 lal!6!D W W ~ N N ~ ~ 4Z ~enop /~eldslp „Z ~uelg el6u!S 4Z - - 6121-0014 N N c0 sauossaooysnoeuepeos!W I rn W ~ ~ co ll4-tld 044-tld 60l-tld BD4-tld L04-tld 90l-tld S04• 90l-tlj SO1-y3 401-yd £OL-tl3 ZOl-tl3 lOl-tl3 we~np w~ely luaLnp Rgpuelg uoyduosep ~iD #Ued ~W ~a,n~elnueW #IepoW xaldw!S i \ N N ~ ~ ~ \ J J ~ N D pp Z66Z'0 O6SE' 1 S (su!W) wreltl O O O ~ ~ m O v J v ° ~ J 4842'4 OZ1£'£ OS£l'0 4Z (s~H)~gPUeIS Ha lalol He sdwy IeualeW to II!8 ~ ~ ~ ~ ~ ~ r O r G1 ~ G7 m G7 m O m ~ O suol~elnole0 ~Ga~~e aul ~ a o aup oa uo uaa~ sal o~ o~ o~ o~ o~ o r r r r r ~ r~ Z~ .q ~ ~ p N l d l~ ~ Id m ~m Dm ~ m o x-o m ~o wro roo 'suollelnole~ tia}}e8 ddb aye ul papnpw aae ~(ayl '6ugs!x3 aae uogenoua~ slyl ul sapuellddy uogeo~IloN'g saolnaa 6u!le1l!ul Ild ~aloN ~ ~ ~ ~ rt rt rt W "0 rt ~ ~ rt - - X N•- N c0- ~ X ro~ ~ ~ 0 0 rtro ~0 fD -0 OZS4' 1 0894' l slelol ro ro -o o ro o N m Z Z £ palunoW ysnl3-!wag nwpuyN 6uvna~ p311M eleld wpl L - - 1086-0604 I 3 S 4 4 S 4 £ 1 £ Z Z Z £ 0000'0 0100'0 OOZO'0 8000'0 Wtll Ab'l3a 13NCll SZ - - 2006-0604 ro N r. ro ro r+- ~ ro 4 Z Z Z Z Z ~ ~ - o ~ ~ ~ ~ ~ ~ ~ ~ o-N 4 Z Z Z Z Z Z Z Z 9 £ 4 palunoW ysnl j-!wag mopuyN 6u!rna~ p311M alald wpl L£ - - 9086-0604 ~ a ~ 4 Z Z Z Z Z Z Z Z 8 4 4 Wtll 1006-0604 goy eleld fiuyunoW Z£ - - 0186-0604 Z Z Z 9 4 4 DZ£0'0 0100'0 9SZ0'0 8000'0 WVI p3SU1a3dnS 13N01 Z£ - - 1006-0604 I~ I o ~ o Z Z ~olO!pul sryelS pal p321 pue yoluns/~e~ ylun uo!lelS isal 4 - - 9086-8602 ~ m o• ro o ~ ~ ~ Z Z 0000'0 0000'0 0000'0 oooD'D („lL o1..94) agnl 6u!idweS ,.£L 4 - - 8616-8602 (D N N .Z7 Z < ~ ~ m Z 0090'0 OS 10'0 9600'0 4200'0 (ptln 021 ~ tl01) p uuog al6u!S ~~elaa 4 pS-Wtld - £486-8604 ~ rt rt ~ z (n N - Z 0490'0 0910'0 BZLO'0 2£00'0 indutp Felay ald!IInW pas!madnS yl!M 6wsnoH ~osueg ~np w~e!yanrl 4 - - 9SL6-8fi04 ~l ~ O £ 0000'0 0000'0 0000'0 0000'0 1nd1n0 03l !M 3Stle 2lOSN3S-IllnW £ - - 9616-8604 E 0000'0 0000'0 0000'0 0000'0 2fOSN3S 1tl3H ltlNJ31Nl /M 2!OSN3S OlOHd 210SN3S-LLInW £ - - 4516-8604 Q Z ~ SL V4 4E E£ 4E Ef 1£ EE SZ 6Z lZ 11 0000'0 0420'0 (xog laouloal3 ase8 u! ~o alowea slunoW) 6elaa pes!nradnS 942 1£16-8602 i _ro O Q ~ 54 44 4£ £E 4E EI L£ E£ SZ 6Z 1Z l l 0000'0 0820'0 4990'0 £000'0 indinp soup 6elab ylun ase8 ~osuaS w~elyanil 942 1616-6604 Z 44 S4 9E 9E £E 01 i. C7 E£ 04 04 4E S4 04 OS££'0 0100'0 0692'0 8000'0 ase8~osuaS P~ePuelS w~e!yanil S££ - - 2616-8604 ~ ~ Z ~ Z ~osuag eHowS leaH w~elyenrl 4 - - ££16-6604 rt ~ fiT. fi7 N RQ b9 C. ac cr co co 0o ab ~osuacexowcouv~aiaoiou.awieiHanri rrc - - bi.ra-Qanb U) o s z E s e £ £ £ Z L £ 0000'0 0100'0 9SZ0'0 8000'0 uo!lelS Ilnd uo43V 816u!S 1eNG Z£ L006-660t, z sa3!Aad leJe4duad 6wleg!ul 0 0 L 0000'0 oot?V0 oS90'0 oS90'0 jo4e!3unuuVa011eueS l LOL6-£0917 D sa3!Aap uo!lepunuuV Z o4AZl'+gOAe8HeCC Z 9LZ6-L80Z 0 L (Ae9 laved ssaJa q poop sseio 4W xog 0610S l 9Zg6-SL6Z 0 CC) (NalejedeS padd14S Joop 8 xog) uopaleS JooQ R xog eleiedoS L 8H lage-I ul ap!IS 43l!mS/03'1 L g6ZL-OOLq z 0040'0 OoZO'O oogo'o oozo'o 01e1d 6ugunoW 41!m iapaluoo 431!mS 491031 q9 z 88ZL-00Iq z (lelol qZ) 4ol!mS lad 431 paa auo 'salnpoW 4ol!mS 031 Z 18ZL-OOIq q (lelol 9) 4ol!mS Jed 431 p98 auo 'salnpoW 431!mS 031 q o8ZL-OW? L (aN!Wjoo!pnV)lauue4oL L ZSZI-OOLq suogdo Palelea g eoepelul uoleiedo m~ ~c~ l 06Z£'O 06Z£'0 0SL0'0 OSLO'O soVN euo4delel9 SSelo £ 41!m a!npoW laluoo euo4dolei uo!suedx3 L ZLZL-OOLq suo4do euo4dole.L slel46yend < m -I W cn ~cn m L (loupeo o!pnV paldd!N-esolo 4383 col suo JGPJO)dl 1!N sseuweH u0!l3auuo3jelul xog o!pnV l 1£90 OOIq rn Nz= q (uo4!ppV /eg oinV 4383 col auo J9PIO)dl IN ssaweH uo!13euuo3Jelul (eg-ol-heg o!pnV q OZ£Z OOLq I D 03 q (Aeg uo!suedx3 4oe3 iol auo uapio) aJempieH leg uo!suedx3 q oo£Z-OW? ~O sweisRS 1Ae86!0 jo 6o1euy je483 yl!m aso jol suo4do o!pnV rnrn~ wn rrr O~ t OZ80'0 OZ9o'o OSLO'O 0SL0'0 Aeg uo!suedx3 peleo!peo sellnbea 'eugda3!W 4l!m uo!leJedo o!PnV Iel!6!a 3!seg l OZ96-Mil r ,elg4edwoo uo!s!NednS luelsuoo `luewdinb3 suo!leo!unwwoo welVr8310A laua6Jaw9 60leuV 1 6%6)C~ O 000 C (D Z 0000'0 o00Z'o OZ£0'O 0910'0 lodS 8'alnpoLN 6elea z 9oZ£-OOLq pelau!1 jamoduoN :salnpoW belay NNN Ct) L janoo 6elds!o „Z Nuelg ol6u!S L 6LA-MV 000 C) C) seuossa33d snoeuelle3s!W z A OZL elnpoW uo!lnquls!p Jamod Z 4£90 OOIq Z 0000'0 OSZZ'o o0S£'0 OSL L'0 18NO1 lu!od OSZ'soVN GIV sselo ul-8!ng £'lndlno V 6dl (SdS) 6lddnS Jamod walsAS leuOMPPV Z L L LS-OUI? sauosse33V R sa!lddnS jamod Sd-L'd SdS'Sdy'SdX L 0040'0 0040'0 00£0'0 00£0'0 6u!poday lueA3 Jo lu!0d 'loVa l Z909.0OLq salnpoW uo!leownwwoo l 00Lq'0 00Lq'0 0£L£'0 O£L£'0 Uly'1euPl lul0d OSZ'SdS'aoeyalul joleiado g Clol hued louuoo welt/ aj!d 80014 L LL L6-OOIq 18101 sdwV 18101 sdwV u0!18w01ul uoPa1aS ual!aluoo JalsBA L l L-tld 0 L L-tl=l 60 L-v=l 90 L-VA LO L-VA 90 L-tlzl SO l= 90L-Vd soVVd gOL-Vd £OL-Vd ZOL-Vd LOL-Vd lualinow8lV lu-no AgpuelS uogduosea !yo #Ued61W jsinpelnueIN #lepoAxeldw!S >o ° 7N S6 L£'0 OZSq'L S (su!W) wJeIV 2_0 ® 8SZ8' lq SZ6Z'S£ 099V L qZ (&JH) AgPue1S f 1 i m He 18101 He sdwy IeualeW }o II!9 AX m~ suoilelnoleo fGa:4eB ;auiqao apoN lauad loaIuoO WJeId aa~ mz ;:a z .d <m of u a a J J~ W~ I NAC Extender Panel Bill of Material 1X1 Z~ ZW Battery Calculations ~W ~ x~ Amps aH Total aH w a= Standby (Hrs) 24 0.0850 2.0400 3.1094 J~ Alarm (Mins) 5 2.2010 0.6029 ~J ~W - OQ N Standby Current Alarm Cunent O Simplex Model # Manufacturer Mfg Part# Dry Description FA-101 FA-102 FA-103 FA-104 FA-105 FA-106 FA 107 FA-108 FA 109 Expansion Panel Totals Amps Tatal Amps Total -108 FA-109 FA-110 FA-111 4009-9201 - - 1 4009 IDNET NAC Extender with 4, Class B (Style l~ NAC's and 8 A Power Supply 0.0850 0.0850 0.1850 0.1850 1 Accessories 2081-9272 - - 2 6.2 Ah Battery, l2 VDC 0.0000 0.0000 O.OD00 0.0000 2 1` Notification Devices 4906-9101 - - 8 TrueAlertMulti-Candela Visual Only Notification Appliance (Red) 0.0000 0.0000 0.2520 2.0160 8 Totals 0.0000 2.0160 ~ i °0°00 N N N ,L V NNN ~ ~ = 000 rr^^ ~ vJ U~0 Y ~ ,~-i ~ U~ ~tDl~ ~ ~ d' Q ~ W 2 Z cn „ U ~JW (nom ~mF QW~ NAC Extender Panel Bill of Material 1X2 ~ o cn cn cn ~ Battery Calculations Amps aH Total aH Standby (Hrs) 24 0.0850 2.0400 3.9107 Alarm (Minn) 5 4.7210 1.2841 Standby Current Alarm Current Simplex Model # Manufacturer Mfg Part # Qty Description FA-101 FA-102 FA-103 FA-104 FA-105 FA-106 FA-107 FA 108 FA 109 f Expansion Panel Totals Amps Total Amps Total •108 FA-109 FA-110 FA-111 4009-9201 - - 1 4009 IDNET NAC Extender with 4, Class B (Style Y) NAC's and 8 A Power Supply 0.0850 0.0850 0.1650 0.1850 1 Accessories 2081-9272 - - 2 6.2 Ah Battery,l2 VDC 0.0000 0.0000 O.OD00 0.0000 2 Z Notification Devices O ~ 4906-9101 - - 18 TrueAlert Multi-Candela Visual Only Notification Appliance (Red) 0.0000 0.0000 0.2520 4.5360 12 6 d Totals 0.0000 4.5360 U W O Z O > ~ ~ I W ~ ~ I ~ N N 0 ~ 0 ~ > > 0 ~ O N 0- ~Q a N ~ ~ - C p - C N ~ ~ • V i., C~C ~ O ~ C ~ C N N 0 0- 0 0 C > ~ C 0 > 0- N 0 0 0 NAC Extender Panel Bill of Material 1 X 3 as ~ aW ~ a a ~o o ~ N xU ~ Battery Calculations -o~ N - - x - Amps aH Total aH L Q1 ~ ~ ~ Q 5tandby(Hrs} 24 0.0850 2.0400 3.2701 = +~.N ~ Y ~ ~ ~ ~ ] Alarm (Mins) 5 2.7050 0.7396 I- (n (/1 ~ ~ Q (n d' ~ ~ Standby Current Alarm Current Sim IexModel# Manufacturer Mf Part# O Descri lion FA-101 FA-102 FA-103 FA-104 FA-105 FA-106 FA-107 FA-1D8 FA-109 F, J J J J J Expansion Panel Totals Amps Total Amps Total ~o }~o~o~o~o IDS FA-109 FA-110 FA-111 ~ W m ~ W ~ W ~ W ~ W 4009-9201 - - 1 4009 IDNET NAC Extender with 4, Class B (Style ~ NAC's and 8 A Power Suppy 0.0850 0.0850 0.1850 0.1850 G' ~ ~ G! G! Accessories 1 2081-9272 - - 2 6.2 Ah Battery, l2 VDC 0.0000 0.0000 0.0000 0.0000 2 I~ ~ O ~ ~ Notification Devices 4906-9101 - - 10 TrueAlert Multi-Candela Visual Only Notification Appliance (Red} 0.0000 0.0000 0.2520 2.5200 ~ IW- \ ~ \ \ 10 Q N O n ~ Totals 0,0000 2.5200 ~ ~ ~ ~ \ \ ~ Q ~ ~ ~ ~ ~ 01 N N ~ ~ ~ ~ ~ d ~ ~ ~ ~ N ~ ~ ~ ~ ~ ~ ~ ~ N ~ ~ ~ d Ol N N N ~ ~ ~ W CD I~ ~ O1 r- ~ I NAC Extender Pan el Blll of Matenai 1 X4 Battery Calculations Amps aH Total aH Standby (Hrs) 24 0.0850 2.040D 4.4691 Alarm (Mins) 5 6.4850 1.7587 Standby Current Alarm Current Sim lex Model # Manufacturer Mf Part # O Descri lion FA-101 FA-102 FA-103 FA-104 FA-105 FA-1 - - O6 FA 107 FA 108 FA-109 FA Expansion Panel Totals Amps Total Amps Total 18 FA-109 FA-110 FA-111 4009.9201 - - 1 4009 IDNET NAC Extender with 4, Class B (Style ~ NAC's and 8 A Power Supply 0.0850 0.0850 0.1850 0.1850 1 Accessories 2081-9272 - - 2 6.2 Ah Battery, l2 VDC ~ D.0000 0.0000 0.0000 0.0000 2 w ~ Notification Devices 4906-9101 - - 25 TrueAlert Multi-Candela Visual Only Notfiraton Appliance (Red) 0.0000 0.0000 0.2520 6.3000 18 7 Totals 0.0000 6.3000 - h N a-J 4- 0 m n N N C a L Q~ x 4-J W > U cn L Q) Qo Q ° o E Z L a ~r 0 U ° _ O L O Q~ Q N 0 L u- ) -0 Z LL :3 (D ~ o DRAWN BY: SALES: EDL ENGINEER DATE: RGS 11/14/05 SCALE: SITE NUMBER 583-400583 SHEET NUMBER: J J O ~ W W~ Z~ ZW WN ~W W 1~ wN a J~ w~ ~ J OJ OQ N O I 41000 NAC Summa D,7 D 75 ry Factor Temp Ohm/1000fl 0 75 Model 4906-9151 4906.9151 4906.9151 4906-9151 4906.9101 4906-9101 490Ei-9101 490fr9101 ETWP RSSWP 4905.9815 4.89 3.07 1.93 Node ~ cd 15 O.O6D 30 0.094 75 0.186 11D 0.252 15 0.06 3D 0.094 75 0.186 110 0.252 0.138 0.000 DODO Maximum Cirouit Distance 41 OC 41000 Audio Summa ~ Ohm11000R Descripton # Dty Amps Qly Amps Qty Amps Qty Amps Qty Amps Oty Amps Qty Amps Qty Amps Qty Amps Oty Amps Oty Amps Oty TotalAmps 16 GA 14 GA 12 GA 7.77 4.89 3.07 1,93 ~ , i ~ 0 ~ Name Device PoiN Node ~ 4906.9151 4902.9716 4902-9721 STH•15SR UHT70C-U51-8 Maximum Circuit Distance ~ ~ O O O SIG3 SIGB RSIGNAL BUILDING VISUALS SIG3 1N3 0.000 0.000 - D000 - O.D00 - D.000 0.000 0.000 DODO 0.000 - O.OOD - 0.000 - OOOD - Node NNN V ~ NNt~I SIG4 SIGB RSIGNAL SIGNALCARD1CIRCUITSIG4 1N4 - 0.000 D000 - 0000 - 0.000 - D.000 0.000 - 0.000 - 0.000 - 0.000 - 0.000 - 0.000 - O.D00 - - 25 Namt m 25 Name Device Point Description Watts 0.25 0.50 1.00 2.00 0.25 0.50 1.00 2.00 0.25 0.50 1.00 2.00 0.90 1.8D 3.80 7.50 15.00 0.50 1.00 2.OD 5 Totals 18 GA 16 GA 14 GA 12 GA \ ~ ~ O O O O O O N SIG5 SIGB AUXPWR SIGNAL CARDICIRCUITSIGS 1N5 0.000 - 0000 0,000 - OODO - 0.000 OODD DODO - 0.000 0.000 - O.OW - O.D00 0.000 - - SIGE U~o SIG9 SPEAKERB SPEAKER Elevator 1 1:N9 0 0 12 0 0 0 0 0 0 0 0 D 0 0 0 0 0 0 0 0 0 12.00 1,388 2,205 3,512 5,586 SIG6 SIGNALCARDICIRCUITSIG6 1N6 - OODO - 0.000 - 0.000 - 0.000 - 0,000 - 0,000 - 0.000 - O.OOD OODO - 0.000 - 0.000 0.000 - - SIGU \ O SIG10 SPEAKER 8 SPEAKER Elevator2 1:N10 0 0 3 0 0 0 0 D 0 0 0 0 0 0 0 0 0 0 0 0 0 3OD 5,550 8,819 14,047 22,345 U M O O O SIG7 SIGNAL CARD 1 CIRCUITSIG7 1N7 0.000 O.OOD - 0.000 - 0,000 - 0.000 0.000 - 0.000 - 0.000 - 0,000 0.000 - O.D00 0.000 SIGf SIGH SPEAKERB SPEAKER Elevator3 1:N11 0 0 0 0 0 0 D 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O,OD 0 0 0 0 SIGB SIGNALCARDICIRCUITSIGB 1N8 0.000 O.OOD 0.000 0.000 0.000 O,OOD O.D00 O.OW D.000 0.000 0.000 0,000 0 SIGf Totals 17.000 0.000 0.000 O.OOD 0.000 O.OOD 0.000 0.000 0.000 0.000 0,000 0.000 SIG12 SPEAKERB SPEAKER Elevator4 1:N12 0 0 0 0 0 0 0 D D 0 0 0 0 0 0 0 0 0 0 0 0 0.00 0 D 0 0 Q Z Z (n U SIG1. SIG24 SIGB RSIGNAL SIGNALCARD5CIRCUITSIG9 1N24 0.000 - 0.000 0.000 0.000 - 0.000 - O.OW 0.000 0.000 0.000 - O.ODO 0.000 - 0.000 - - - N SIG13 SPEAKERB SPEAKER Stair3 1:N13 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.00 0 0 0 0 (n J W ~ fy I SIGN m ~mH J~ SIG14 SPEAKERB SPEAKER Stair2 1 N14 I~ rl=~ QW SIG25 SIGB RSIGNAL SIGNAL CARDSCIRCUITSIGI0 1N25 0.000 0.000 - 0.000 0.000 0.000 - 0.000 - 0.000 0.000 GOOD - O.ODO 0,000 0.000 - N SIGf SIG15 1:N15 ~ ~ N ~ ~ w SIG26 SIGB RSIGNAL SIGNAL CARDSCIRCUITSIGII 1N26 - O.D00 - 0.000 - 0.000 - 0.000 - 0.000 - 0.000 0.000 0.000 O.OOD - O.ODO - O.ODO 0,000 - - SIG1 SIG16 1:N16 SIG27 SIGNAL CARD 5 CIRCUITSIGI2 1N27 - 0.000 - 0,000 O,ODO - 0.000 - D.000 - 0.000 0.000 0,000 0.000 - 0.000 0,000 0.000 - - SIG1 i SIG17 1 N17 SIG28 SIGNALCARDSCIRCUITSIG13 1N28 - 0.000 - 0.000 - 0.000 - O.ODO 0,000 - 0.000 - D000 - DODO 17.000 - 0.000 0.000 0.000 - - SIG1 SIG18 1:N18 SIG29 SIGNALCARD5CIRCUITSIGI4 1N29 0.1700 0,000 0.000 0.000 0.000 O.ODO D.000 O.ODO O.D00 0.000 0.000 0.000 SIG1 SIG19 1:N19 Totals 0.000 O.OOD 0.000 0.000 0,000 0.000 0,000 0000 O.D00 0.000 0.000 O.D00 SIG2 SIG20 1:N27 0 D 0 0 0 0 0 D 0 0 0 0 0 0 0 0 0 0 0 0 0 0.00 0 0 0 D SIG30 SIGB RSIGNAL SIGNALCARD9CIRCUITSIGIS 1N30 5 0.300 - 0.(h70 0.000 0.000 - O.OOD - 0.000 0.000 - GOOD - 0.000 D.OOD OOOD 5 0.300 1,182 1,883 2,995 Totals 0.25 0.5 16 2 0,25 0.5 1 2 0.25 0.5 1 2 0.9 1.8 3.8 7.5 15 0.5 1 2 5 15.00 SIG31 SIGB RSIGNAL SIGNALCARD9CIRCUITSIGI6 1N31 5 0.300 0.000 0.000 0.000 0.000 0.000 - 0.000 - 0.000 0.000 - 0.000 O.OOD 5 0.300 1,182 1,883 2,995 SIG36 SPEAKERB SPEAKER Stair) 1:N36 0 D 2 0 0 0 0 D 0 0 0 0 D 0 0 0 0 t7 0 0 0 2.OD 8,325 13,229 21,071 33,517 N SIG3 y SIG32 SIGB RSIGNAL SIGNAL CARD9CIRCUITSIGI7 1N32 O.D00 0.000 - 0.000 0.000 0.000 O.OOD - 0.000 - 0.000 0.000 - 0.000 0.000 - D,000 - - - SIG3 SIG33 SIGNAL CARD9CIRCUITSIG1B 1N33 0.000 - 0.000 0.000 0.000 0.000 O.OOD - 0000 0.000 D000 0.000 0.000 D,D00 SIG37 SPEAKERB SPEAKER SpareAudiaCimuit 1N37 0 0 0 0 0 0 0 0 0 0 0 0 D 0 0 0 0 0 0 0 0 0.00 0 0 0 0 SIG3 SIG34 SIGNALCARD9CIRCUITSIGI9 1N34 0.000 0.000 0.000 D,000 D.000 0.000 - 0.000 - O.D00 - 0.000 0.000 - 0.000 0.000 - - SIG38 SPEAKERB SPEAKER Spare Audio Circuit 1:N38 0 D 0 0 l7 0 0 D 0 0 0 0 D 0 0 0 0 t7 0 0 0 0.00 0 0 0 0 SIG3 SIG39 SPEAKERB SPEAKER SpareAudiaCircwit 1:N39 0 D 0 0 0 0 0 D 0 0 0 0 0 0 0 0 0 0 0 0 0 0.00 0 0 0 0 z O SIG35 SIGNALCARD9CIRCUITSIG20 1N35 OODO D.000 0.000 DODO D.000 0.000 0.000 0.000 0.000 0.000 0.000 O.IXIO SIG4 Totals 10 0.600 0.000 0.000 0.000 0.000 0.000 0.000 0,000 0.000 0,000 0,000 10 0.600 N SID40 SPEAKER 8 SPEAKER Spare Audio Circuit 1 N40 0 D 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 17.00 0 0 0 0 ~ M SIG4 ~ SIG41 SPEAKERB SPEAKER 5 areAudioCircuit 1:N41 ~ P SIG4 SIG42 Spare Audio Circuit 1:N42 W SIG4 SIG43 Spare Audio Circuit 1:N43 SIG4 Z SIG44 Spare Audio Cirait 1:N44 O SIG4 (n SIG45 Spare Audio Circuit 1:N45 ~ N ~ ~ ~ Max W C W SIG46 Spare Audio Circuit 1:N46 W 0) 0) Voltage Factor Temp SIG4 SIG47 S areAudioCircuit 1:N47 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O.DO 0 0 0 0 ~ 0 Drop ~ SIG4 ~ ~ ~ 4009 NAC Summary 017 D 75 Totals 0.25 0.5 33 2 025 0.5 1 2 0.25 0.5 1 2 0.9 1.8 3.8 7.5 15 0.5 1 2 5 32.00 0 ~ 0 ~ ~ ~ SIG4 Ohmf 1tHlDft SIG48 SPEAKERB SPEAKER Basemen) tN48 0 0 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4.00 4,163 6,614 10,535 16,758 N a N Q N 'p ~ _ ~ SIG4 Model 4906-9151 490E9151 4906.9151 4906.9151 4906.9101 490Ei9101 4906-9101 4906.9101 ETWP RSSWP 49053615 4.89 3.07 1.93 SIG49 SPEAKERB SPEAKER 1st Floor North 1:N49 0 0 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4.00 4,163 6,614 10,535 16,758 W O ~ 0) 0 N ' U N U Node ~ cd 15 0.060 30 0.094 75 D.1EI6 110 0.252 15 O.D6 30 0.094 75 0.186 110 0.252 0.138 O.OOD 0.000 MaximumC'vcuitDistance SIGE SIG50 SPEAKERB SPEAKER 1st Floor South 1:N50 0 0 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 D 0 0 0 4,00 4,163 6,614 10,535 16,758 ~ ~ ~ I SIGE SIG51 SPEAKERB SPEAKER 2nd Floa 1:N51 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 OOD 0 0 0 D 0- 0) 0 0) 0 Description # Qty Amps Qty Amps Qfy Amps Qty Amps Qty Amps Oty Amps Diy Amps Qty Amps Oty Amps Oly Amps Qty Amps Qty Total Amps 16 GA 14 GA 12 GA Name Device Poim SIGE a~ ~ aW ~ a SIG52 SPEAKERB SPEAKER 3rd Floa 1:N52 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 D 0 0 0 OOD 0 0 0 0 ~ O O ~ N X U SIG1 SIGB RSYNVIS 1X1:N1 - 0.000 0,000 0.000 0,000 - 0.000 0.000 O.D00 O.D00 - 0.000 - 0.000 0.000 0.000 - - ~ SIGE ~ SIG53 SPEAKERB SPEAKER 4th Floor 1:N53 - O N - - X - SIG2 SIGB RSYNVIS 1Xt•N2 - 0.000 - 0.000 - 0,000 0,000 - 0,000 - 0.000 - O.D00 - 0.000 - 0.000 - 0.000 - 0.000 - O,ODO - - SIGE SIG54 1:N54 0~ ~ N O N ~ 0 Y m °o SIG3 SIGB RSYNVIS 1X1:N3 - 0.000 - D,000 0.000 0,000 - 0.000 O.D00 - 0.000 0.000 0.000 0.000 0.000 - 0.000 - SIGE W - - C Cn W ~ SIG55 1 N55 v SIG4 SIGB RSYNVIS 1X1 N4 0.000 - 0,000 0.000 0.000 DODO - 0.000 - 0.000 - 0.000 - 0,000 - 0.000 - 0.000 - 0.000 - SIGE U7 SIG56 1:N56 SIG57 1 N57 SIG5 SIGB RSYNVIS Spare Usual Circuit 1X1:N5 - 0.000 0.000 O.OOD 0.000 D.000 - 0.000 - D000 0.000 D000 - 0.000 D000 - 0000 SIGE SIG6 SIGB RSYNVIS Spare Usual Circuit 1X1;N6 - 0.000 - D000 - 0.000 0,000 - 0.000 - 0.000 - 0,000 - 0.000 - 0.000 - 0.000 D,000 - 0000 - - - SIGE SIG58 1 N58 ~ D } ~ p ~ D ~ D ~ O U W m U W U W U W U W SIG7 SIGB RSYNUS Spare UsualGrcuit 1XY,N7 0.000 - 0,000 0.000 0.000 0.000 - 0.000 D000 D000 0,000 0.000 - 0.000 0.000 - SIG'. SIG59 1:N59 0 D 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.00 0 0 0 0 W ~ ~ ~ ~ SIGB SIGB RSYNUS Spare Usual Circuit 1X1 N8 0.000 0.000 0.000 17.000 0.000 0.000 0.000 DODO 0.000 0.000 0.000 0.000 Totals 0 D 12 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 12.OD Totals 0.000 0.000 0.000 O.OOD 0.000 O.ODO D.000 0.000 O.OOD 0.000 17.000 O.DOD SIGf SIG60 SPEAKERB SPEAKER 5thfba 1•NriD 0 0 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4.00 4,163 6,614 10,535 16,758 ~ SIGf SIGB SIGNAL 1X2;N1 7 0,420 - 0.000 - O.OW 0.000 - 0.000 - 0.000 - 0.000 0.000 0.000 - 0.000 - 0,000 7 0.420 844 1,345 2,139 SIGE D 0 0 D 1 229 21 071 33 517 O O O O O SIG61 SPEAKERB SPEAKER 6thfbor LN61 0 0 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 200 8,325 3, \ ~ ~ ~ \ ~ SIG2 SIGB SIGNAL 1X2 N2 - 0.000 - 0.000 - 0.000 O.DOD 0.000 - DODO 0000 0,000 - 0.000 0.000 0.000 O.D00 - - - SIGE N SIG62 SPEAKERB SPEAKER 7th fba tN62 l7 0 0 0 0 D 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.00 0 0 0 0 ~ Q N ~ ~ ~ ~ ~ ~ ~ \ ~ i SIG3 SIGB SIGNAL 1X2N3 OODO O.OOD - 0.000 0.000 3 0.180 - 0.000 2 0.372 0.000 0.000 - 0.000 - 0.000 5 0.552 642 1,023 1628 SIGE v SIG63 SPEAKER 8 SPEAKER 8th Boa tN63 0 0 0 0 0 0 0 0 0 0 0 D 0 0 0 0 0 0 0 0 0 O.DO D 0 0 0 ~ 1D ~ ~ ~ O SIG4 SIGB SIGNAL 1X1 N4 0.000 O.OOD 0,000 0.000 0.000 0.000 OOOD - 0.000 - 0.000 O.OOD - 0.000 0.000 SIGf SIG64 SPEAKER 8 SPEAKER 91h Aoa 1:N64 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 l7 0 0 0 0 0 0.00 0 0 0 0 • SIG5 SIGB SIGNAL Spare Usual Circuit 1X1 N5 - D000 - O.D00 0.000 0,000 - O.ODD - 0.000 - GOOD - 0.000 - 0.000 - 0.000 - 0.000 - 0.000 - - ~ SIGE v N ~ ~ 07 N ~ SIG65 SPEAKER 8 SPEAKER Penthouse 1:N~ ~ N N SIG6 SIGE SIGNAL Spare Usual Circuit 1X1:N6 D.000 - 0.000 - 0.000 O.D00 O.DOD - 0,000 - 0.000 - 0.000 0.000 - O.DOD O.OOD - 0.000 SIGE ~ ~ ~ ~ SIG66 1 N66 ~ r ~ ~ ~ ~ ~ N ~ SIG7 SIGB SIGNAL Spare Usual Circuit 1X1:N7 - 0.000 - 0.000 - 0,000 0.000 - 0.000 - 0.000 - 0.000 - OOOD - 0.000 - O.OOD - O.OOD - 0.000 - SIGf SIG67 YN67 Q O ~ ~ ~ lY N ~ ~ ~ N N N SIGB SIGB RSYNUS Spare Usual Circuit 1X2 N8 0000 0000 0000 0000 GOOD 0000 0000 0.000 0.000 O.OOD 0.000 O.D00 SIGE 1'N68 W ~ SIG68 ~ d0 Ol i i Totals 7 0.420 O.OOD 0,000 O.D00 3 0.180 0.000 2 0.372 0.000 0.000 0.000 0.000 12 0.972 SIGE SIG69 1'Nfig SIG1 SIG 8 RSYNUS 1X3 N1 0.000 - 0.000 0,000 O.D00 O.OOD 0.000 0.000 O.OOD 0.000 0.000 0000 O D00 SIG7 SIG70 1:N70 W ~ ~ ~ ~ SIG2 SIGB RSYNUS 1X3:N2 O,ODO - 0.000 - 0.000 0.000 0.000 0,000 - 0.000 - 0.000 - 0.000 - 0.000 0.000 0.000 - - SIGf m SIG71 1:N71 0 0 0 D 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0,00 0 0 0 0 m °o SIG3 SIGB RSYNUS 1X3;N3 0.000 0.000 - 0.000 0.000 - 0.000 0.000 - 0.000 - 0.000 - 0.000 O.OOD - 0.000 - 0.000 Totals 0 0 6 0 0 0 0 0 D 0 0 0 0 0 0 0 0 0 0 0 0 6.00 SIG4 SIGB RSYNUS 1X1;N4 - OODO - 0.000 - 0,000 0.000 - O.OOD - 0.000 - 0.000 0.000 - 0.000 O.OOD 0.000 - O.D00 - - SIG5 SIGB RSYNUS Spare Usual Circuit 1X1;N5 0.000 O.DOD - 0.000 0.000 0.000 - 0.000 - 0.000 - OD00 - 0.000 O.OOD 0000 0.000 SIG6 SIGB RSYNUS Spare Usual Circuit 1XYN6 - 0,000 - O.OOD - 0,000 0.000 - 0.000 - 0.000 - 0.000 0.000 - O.ODO O.OOD 0.000 0.000 - - - SIG7 SIGB RSYNVIS Spare Usual Circuit 1X1 N7 0.000 - 0.000 0.000 0.000 0000 - 0.000 - 0.000 0.000 0.000 - OD00 - D.OOD 0000 - - - i SIGB SIGB RSYNVIS Spare UsualCimurt 1X3N8 DO00 0000 D000 0000 - D.000 0.000 O.D00 0.000 D,000 O.DOD O.OOD 0.000 - Totals D.000 0.000 D000 D000 0.000 0.000 0.000 0.000 DODO 0.000 O.OOD 0.000 SIG1 SIGB SIGNAL Suite 450 1X4 N1 2 0,120 0.000 4 D744 D900 - 0.000 - OD00 0000 - 0.000 - D000 0.000 O.OOD 6 0.864 410 654 1,040 SIG2 SIGB SIGNAL Suite 450 1X4 N2 11 0.660 - 0 000 1 0.186 - 0 000 - D 000 - O D00 - 0 000 - D 000 - 0.000 - O DOD - O OOD 12 0.846 419 G68 1,062 v a i i o SIG3 SIGB SIGNAL SthFloor(Mtek) 1X4:N3 3 0.18D - 01700 4 0744 0.000 - D000 - D.000 - D.000 - 0000 - DD00 - 0.000 - OOOD 7 D.924 ?84 511 372 SIG4 SIGB SIGNAL Spare Usual Circuit 1XtN4 - GOOD - 0.000 - 0.000 OOOD - OODO - 0.000 - 0.000 - 0000 - 0000 - OD00 - GOOD - 0.000 - - - SIG5 SIGB SIGNAL Spare Usual Cinuit 1 X1:N5 0.000 0.000 - 0.000 - 0.000 - D 1k70 O.D00 O.D00 D 000 D 000 - O.DOD 0.000 - O.D00 - - SIG6 SIGB SIGNAL Spare Usual Circuit 1X1 N6 - 0,000 - 0.000 0.000 O.OOD 0,000 0.000 - 0.000 0.000 0.000 - 0.000 - 0.000 - 0.000 - - - . +r ~ SIG7 SIGB SIGNAL Spare Usual Circuit 1X1:N7 0.000 O.D00 _ 0.000 O.ooD D.000 0.000 O.DDO - OOW - 0.000 - O.DW - 0.000 0.000 SIGB SIGB RSYNUS Spare Usual Circuit 1X4 N8 0000 0000 0000 0000 OODO 0000 0.000 0,000 0.000 O.DOD 0.000 0.000 Totals 16 0.960 0.000 9 1674 ODOR DODO 0.000 0.000 D000 D.000 O.OOD O.OOD 25 2.634 A l I fa E C (1) i3 G m 4J O 4-J cn > V) U Ln ^a) Q 4-J 0) ~2 W U O c Z L (L) U o z Q O O L ~ 4-d c O L N n Z IL n 3 ~ o DRAWN BY: SALES: EDL ENGINEER DATE: RGS 11 /14/05 SCALE: SITE NUMBER 583- 400,583 SHEET NUMBER: a J J(] W W~ Z~ ZW V7 II` w,~ a= J~ M L L s General Note DEVICE DESCRIPTION MODEL ~°oJ Nd 4ot Fire Alarm Control Panel 4010-9101 1. The Fire Alarm System must be installed in accordance with Plans and Specifications, and must meet all o ~ 0 0 er. I applicable codes. The system Is to be Installed by a State of Ohro Certfied Flre Alarm Install ao1 o Fire Alarm Control Panel 4010-9101 2. All wire and cable must be rated for fire alarm use per the latest revision of the National Electric Code Section 760. 4100 Fire Alarm Control Panel 4100 Series 3. All conductors including shields must test free of opens, shorts and grounds before making connections to the fire ~ alarm control panel. IDNet Notification Appliance Extender Panel, 120 VAC 4009-9201 4009 6.2 aH Lead Acid Batteries 2Da1-s272 4. Wire shall be loo ed throu h devices but must be cut for each Incomrn and out oln were. Do not "T" to p 9 ~ 9 9 9 initiating or indicating circuits . IDNet, MAPNET, and power circuits may be "1" tapped. FATC Fire Alarm Terminal Cabinet By Others 5. Wiring to be run in conduit shall be sized as per the National Electric Code. Do not run any other wiring in the \ o ~ ~ same condult with fire alarm wlnn . Do not run 120 VAC wirin with fire alarm wirin . Use of non-metallic conduit ~ L o o rr Serial LCD Annunciator 4603-9101 9 9 9 4603 Surface Mount Back Box 2975-9 requires #12 drain wire to maintain continuity of system grounds and all other wire shielded cable. Junction boxes ~ ~ ~ ~ N 206 ~ are to be painted red and labeled "Fire Alarm". A wiring color code will be maintained throughout the installation. ,L V ~ rv N rv ~ Q) ~ 000 FATP Fire Alarm Transponder Panel 4100-9600 ~ ~ ~ l0 l0 0 ~ U~D 6. Wiring runs indicated on these drawings are to provide Information on fire alarm clrcurts, wire quantrtles and sizes ~ a. ~ IDNet1MAPNET Sin le Action Pull Station 4099-9001 only, and do not necessarily represent the best possible routing through the building. Actual wiring runs are to be U o ~ ~ ~ 9 M F IDNeUMAPNET Double Action Breakglass 4099-9002 determined by the installer. O d- IDNet/MAPNET Double Action Push Station 4099-9003 ~ 2 Surface Mount Steel Red Back Box zs75-s17a 7. Provide fire alarm wirin trou h for wirin unctions above an fire alarm anel. ~ ~ 9 9 91 Y p Q tit 4098-9714 (n ~ ~ " U SD TlueAlarm Photoelectnc Smoke Sensor 4DSS-s7s2 8, 120 VAC power to control panel requires a dedicated circuit. Run 3 #12 (includes the green power wire) to 120 ~ ~ ~ W j , , VAC, 60 HZ using a 20 AMP circuit breaker. ~ j'-' J ~ x ,-I ~ ¢ w TrueAlarm Sensor Base v~ith LED Output 4098-9714 ~p p N ~ ~ ~ ~ so sa22 4098-9789 9. The completed fire alarm system will be fully tested in accordance with NFPA-72H by the contractor in the TrueAlamr Relay Module 4098 9822 Heat Detector 4098-9733 presence ofthe owner's representative and the Local Fire Marshal. HD 4098-9792 10, Smoke detector heads must be installed free of dust or and other contamination. Remove paint splatters and DD 9843 4osa-x756 other spots, dirt and debris. Touch up scratches and marred finishes to match the original conditions. The Duct Smoke Detector wlRelay 4098-9843 contractor is to clean all dirt and debris from the inside and outside of the fire alarm equipment after completion of the installation. 12" 2098.9797 13"-23" 2098-9804 Sampling Tube Sized for Duct 24" - 46" 2098.9797 46"-71" 2098-9798 Wire/Cable 71" - 95" 2098.9799 DD 98x3 In-Duct Smoke DetectorwlRela 4098-9751 U on written re nest Sim IexGrinnell will rovide written instruction re ardin the a ro riate wire/cable for installation p Y 4098-9714 p q p p 9 9 pp P _ aosa-ss43 of the equipment/system(s) identified on this drawing set. SimplexGrinnell shall not be responsible for problems or ~ 6" 4098-9819 ~ Ada ter for Round Duct damages resulting from the use of any wirelcable other than that which has been identified in writing by SimplexGrinnell ~ P 8" 4098-9824 U for a specific application. ~ Remote Alarm LED with Test Keysuritch p RT Addressable Detectors 2098-9806 - Z Non-Addressable Detectors 4098 9834 i O IDNet Supervised IAM 4090-9001 - IM Mounting Plate for 4090-90011AM 4090.9810 ~ j Trim Plate wlLED Viewing Window Semi-Flush Mounted 4090-9806 w I ~ Relay IAM 4098-9002 RI Tri P m late wdh LED Vlewmg Window Semr Flush Mount 4098-9801 SIMPLEXGRINNELL Warranty Statement: I Relay IAM with T-Sense Input 4098-9116 TRI Trim Plate with LED Viewing Window Semi Flush Mount 4098.9801 SimplexGrinnell warrants to the purchaser of new SimplexGrinnell product(s) that during the effective period of the FireRa warranty such product(s) shall be free of defects in workmanship and material. T R Reflective Beam Smoke Detector y F5000 Warranty Period: ~ _ TrueAleR Molti-Candela Speaker Visual Notification Appliance 4906-9151 (Red) # # -Candela Rating ~ 4906-9153 (White) The warranty period will terminate immediately following the earliest occurrence of either of the following: ' j TrueAleRMulti-Candela Visual Only Notification Appliance 4906-9101 (Red) 1 onths hav sect followin slit merit of an s stem or subs stem from Sim IexGrinnell to the customer site ~ # ~ 1. 8 m a elap 9 p y y y p , ~ ~ ~ # -Candela Rating 4906.9103 (White) ' I or S - ~ TrueAlert Wall Mounted Speaker (White) i 4902-9717 2. 12 months have elapsed following the final connection operation and beneficial use of all or any part of the system. r WP - i Wheelock Weatherproof Audible Visual Notification Appliance ETWP-2475W-FR p~ Back Box IOB-R SimplexGrinnell Obligation Under the Terms of the Warranty: SP SPEAKER -CEILING MOUNT 4902-9721 SimplexGrinnell sole responsibility shall be to repair, adjust or replace at its option any SimplexGrinnell product which fails during this period provided purchaser has promptly reported such failure to SimplexGrinnell in writing. Replacement pM I Wall Mount Door Holder 2oas-s6o7 parts provided under warranty of products may contain used parts which are equivalent to new parts when used. w ~ Flush Mount Wall Mount Door Holder toss-96oa Re lacement arts will be warranted only for the balance of the a ui merit warran .Sim IexGrinnell a reel to continue Q ' ,Semi-Flush Mount Wall Mount Door Holder 2088-9609 p p q p ~ p 9 'Surface Mount Floor Mounted Door Holder toss-s61o to honor all of the unexpired express warranties specified above on defective equipment after transfer of the equipment to ° Single Door Floor Mounted Door Holder, Double Door 2088.9611 purchaser's customer, provided purchaser's customer assumes the purchaser's obligations specified below: 5D Gentex Photoelectric Smoke Detector 120 VAC Sin le Station 7100 WARRANTIE CLAIM ALL ~ 9 EXCEPT FOR THE EXPRESS S STATED HEREIN, SIMPLEXGRINNELL DIS S WARRANTIES ON PRODUCTS FURNISHED HEREUNDER, INCLUDING WITHOUT LIMITATION, ALL IMPLIED a FP Fire Fighter Telephone Jack 2os4-9001 WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, AND THE STATED o WARRANTIES ARE IN LIEU OF ALL OBLIGATIONS OR LIABILITIES ON THE PART OF SIMPLEXGRINNELL ~ INDICATING DEVICES INITIATING DEVICES ARISING OUT OF OR IN CONNECTION WITH THE PERFORMANCE OF THE PRODUCTS. THE SELLER SHALL d AUDIO/VISUAL CIRCUIT NOT BE LIABLE FOR ANY DIRECT, INCIDENTAL OF CONSEQUENTIAL LOSS OR DAMAGE TO THE ~ N x_. N ? - _ PURCHASER OR USER OF THIS EQUIPMENT ARISING OUT OF THE FAILURE OF THE EQUIPMENT TO w ~E OF ICE OF SAID EQUIPMENT. ~ DEmcE # OPERATE IN EXCESS THE PURCHASE PR NOTIFICATION CIRCUIT ~ NOTIFlCATION CIRCUIT 0 MAPNET CIRCUIT ~ I' NODE ~ (PANEL) EXTENDER PANED NODE # (PANEL) NODE ~ (PANEL) SimplexGrinnell makes no warranty and no warranty shall be deemed to exist, that purchaser holds the goods free of the claim of an third erson b wa of atent infrin ement or the like. ~ Y p Y Y p 9 i WG =WIRE GUARD WP =WEATHER PROOF C =CEILING MOUNTED ' Purchaser's Obligations Under the Terms of the Warranty: This warranty is contingent upon the proper installation and use of the product(s). Such warranty shall not apply if the ' product failure is the result of accident, unusual physical, electrical or electromechanical stress, neglect, misuse, user programming errors, failure of electrical power, air conditioning or humidify control, construction dust, damaging foreign substances, transportation or causes other than manufacturing defect. Purchaser agrees to provide full and free access to authorized SimplexGrinnell employees. Warranty Service Hours: Services provided underthis warranty will be performed during 8:00 a.m. to 5:00 p.m. Monday through Friday, excluding locally observed SimplexGrinnell holidays. Off hours response is available as an extra cost service option. "K , Warranty Exclusions: ,q ZONE CIRCUIT - 2 SOLID CONDUCTOR TWSTED PAIR 14 AWG 1. Labor, travel, and mileage for: a. Service outside of SimplexGrinnell normal business hours. SIGNA IR IT - 2 SOLID CONDUCTOR TWISTED PAIR 14 AWG b. Programandlorlabelchanges. I B L C CU c. F' o al causes ' allures duet extern (lightning surges, construction dust, etc.) other than manufacturing defect. C AUXILIARY POWER CIRCUIT - 2 CONDUCTOR 14 AWG SOLID TWISTED 2. Electrical work external to the equipment supplied by SimplexGrinnell or maintenance of accessories, alterations, attachments or other devices not furnished by SimplexGrinnell. IDNET AND OR MAPNET CIRCUIT - 1 PAIR 18 AWG TWISTED OVERALL SHIELD ~ M 3. Batteries. i II ANNUNCIATOR COMMUNICATION - 1 PAIR 18 AWG TWISTED OVERALL SHIELD ' IV I 4. Coverage of equipment classed as a water flow monitoringlcontrol devices installed in or on water piping. P TELEPHONE CIRCUITS - 1 PAIR 18 AWG TWISTED OVERALL SHIELD R RELAY CIRCUIT - 2 CONDUCTOR 14 AWG SOLID TWISTED SPEAKER CIRCUIT - 1 PAIR 18 AWG TWISTED OVERALL SHIELD T 4120 COMMUNICATION TRUNK - 1 PAIR 18 AWG TWISTED OVERALL SHIELD CONTACT YOUR LOCAL SIMPLEXGRINNELL FOR ANY CABLE SUBSTITUTIONS O ~ N 3 o L L u~ O V 4-J O H ` 0 rl _ L a_ d U 0 Z L O L _ (3) 4 c ' lL =j ( ~ o DRAWN BY: SALES: EDL ENGINEER DATE: RGS 11 /14/05 SCALE: SITE NUMBER 583-400583 SHEET NUMBER: I a I JO wj " DEVICE MOUNTING HEIGHTS Detail1 4606- 9101 LCD ANNUNCIATOR [ATO _ ZW R Detail 2 PROOUCr INFORMATION 4099 9001 9002 & 9003 ION PRODUCT INFORMATION ET ADDRESSABLE STATION Detail3 ~W X~ EEAiURES: swcu cµcEAm9sm rmlc i/A' 0 W I/I FEATURES: A/C SUPPLY • uL usTED • ULLISIED AL°[o'arrdNmACroA ~ d~ DIFFUSER • FLUSH MOUNT ON STANDARD ELECTRICAL BO%ES • SWC1E AC110N, IDNET ADORESSABIE laaaars ttW D/A' caNgn ~ ~ MWNDNG INSnWCnGNS: rw W ~ NOUNIING IN51RUCn0NS a ® 1/1 ~ • PULL LEVEL PROTRUDES WHEN ALARMED I, eoLEn a eAgmulE COME AsscxeLED. I. caAEn N eAazuAT cae AssexeLDO. SPECIFICATIONS: ~ • TAMPER RESISTANT RESET KEY LOCK , ® ~ J Q 7. DNLDCIf STAnON, DROP COLfA FgiWARD 1, LINCOLN Si4nON, DAw CD1ER FORWARD 10 EXPOSE NgIN71NO SCRENi 10 EXPOSE NgM11NG SCREWS. O ° O Q • MOUNTING: SEMI-FLUSH, SURFACE CEILING MOUNTED NOTE: MEASUREMENTS • OPERAl1NG TEMPERATURE RANGE: 32 - 120' F ° N SM I( H AT 4// SHOWN ARE TD THE ~ VOLTAGE: P8 TO 32 VDC, SYSTEM SUPPLIED 0 E/ E 3~ (MIN) CLOSEST OF THE 0 MAL 0 FRAYING CURRENT: 110 mA (LED BACKLIGHTING IS ON) DETECTOR • BATTERY STANDBY CURRENT: 65 mA (DURING BATTERY BACKUP, LED • OPERATING HUMIDITY RANGE: 0 - 93R RH o D o D o ° ~ 0 • ADAPTER PLATES 2099-9813 OA 2099-9814 CAN BE u CEILING DETECTOR. LED BACKLIGHTING IS TURNED OFF AFTER 30 SECONDS WITHOUT SWITCH ACnVITY). USE FOA RETROFlT APPLICA710N5. ~ 0 • S" HIGH % 3 3/4° WIDE % 1' DEEP ~ 1 V ° ~I + • ALARM CURRENT: 140 mA MAXIMUM {LED BACKLIGHTING IS ON AND TONE-ALERT IS SOUNDING). 0 • SCREW TERMINALS FOR 18 TD 14 AWG WIRE \ \ • ADDRESSED BY MEANS OF AN 8 P051110N DIP SWITCH ~ _ Cl • OPERATING TEMPERATURE: 32' F TO 120' F 24° MIN HANDICAP ACCEPTED HERE 4" • HUMIDITY RANGE: uP ro 93R RH, NGN-corHDENSwc Ar 1oQ ~ F • COMPATIBLE 4AFli IDNet/MAPNEi ( 1 OLl 0 A' sauxaE ,1 IA' uEV q,A BEDROOM STROBE (AACD ND. 251 W 191) RATION: a SNgE GWw SINN noX 7 I ACTIVATION: n' DtEV " • STANDARD TRIM: BEIGE (SUPPLIED WITH BOTH SLOTTED AND AUDIO VISUAL MAX) TAMPERPROOF R / NEVER sc Ews) o 7915-9118 419,5-9071 BpXES RAIL SMAEX DA (IULO XD. SWI 4099-9001 SINGLE ACTION STATION REQUIRES A FIRM DOWNWARD w~.„aD aoN na sa vAPmm nr LaamACrm wxum er Lg91RACIDA PULL TO ACTIVATE THE ALARM SWTCH. COMPLETING THIS ACTION (N4 eAa eoNS amDm stPAAemry ' & VISUAL-ONLY HERE COMMUNICATIONS ~ o BREAKS AN INTERNAL PLASTIC BREAK-ROD THAT IS NSIBLE BELOW THE wDAE4gvsW101LSUN6AAE_4AIABL[ PULL LEVER (USE OF PLASTIC ROD IS OP110NAL). THE PULL LEVEL LATCHES SURFACE MOUNTING u+na~EWSiAUAnavmslR,Knas(s1~ss11a5EmNCS I, ® ~ DEVICES • TYPE: N2 EXTERNAL ANNUNCIATOR COMMUNICATIONS LINE ~ 0 FROM 4010 FIRE ALARM CONTROL PANEL O 0 • CAPACITY: UP TO 6 ANNUNCIATOR MODULES TOTAL, 4606-9101 OR 0 \ ~ INTO THE ALARM POSITION AND REMAINS E%TENDED OUT OF THE HOUSING TO PROVIDE A NSIBLE INDICATION. t°99-9e19 (aACXIw InAS•SauAVE.11h DEEP eor FIRE IRE x605 SERIES, 24 POINT I/O MODULES O 0 • WIRING REQUIREMENTS ..I O 0 1W9-9e1°4eva~ sw,wn er mn,AACrm- SEMI-FLUSH MOUNTING 0 RESETTING ~uw9N wow A AKAgE Q 4099-9001 SINGLE ACTION STATION REQUIRES A KEY TO RESET WALL MOUNTED 1, ,y18 AWG TWISTED, SHIELDED PAIR FOR COMMUNICATIONS '1pr 2. X18 TO y12 AWG FOR 24 VDC SYSTEM POWER 0 O THE ACi1VATI0N LEVER AND DEACTIVATE THE ALARM SWITCH. •`IV ® ~ (IF OPTIONAL PLASTIC BREAK ROD WAS USED IT MUST BE REPLACED) \ ~ r.{ SMOKE/HEAT ~ ~ L O O n-I 0 CONSTRUCTION: xounnwc INSmucng9s: _ ~ ~ ~ 0 O wNSP n eAgwu,E cDxE AssEMeLEO. o ~ ~ I- N N N 5' DETECTOR MOUNTING INFORMATION STATION HOUSING AND PULL LEVER ARE CONSTRUCTED OF CHIP z unLOCN srnnoN Dew caSSA FaAweeD ° ~ 1 1 I TO FLUSH-MOUNT IN MASONRY WALLS, USE A RESISTANT AND DIRT RESISTANT, HIGH IMPACT LEXAN. ro elmasE Maurimc screws. • ~ ~ N N N ® A RAYCO 965 (3-1/2" DEEP) MASONRY BOX OR HOUSING IS RED WITH RAISED WHITE LETTERING AND PULL LEVER IS ° o \ ~ ~ ~ O SYNCHRONIZE MORE THAN • TRIM oIMENSIans: a 1/z" H x n 13/16" w • ASSEMBLY DEPTH: 1 5/16" TWO APPLIANCES N ANY • STANDARD TRIM FINISH: STEEL, PAINTED BEIGE W ITS EQUIVALENT. WHITE WITH RED RAISED LETTERING. ° L' O ~ ~ ~ TO FLUSH-MOUNT IN PLASTERBOARD WALLS, USE A `LEXAN IS A REGISTERED TRADEMARK OF THE GENERAL ELECTRIC CO. 0 0 ` ~ U ~ 1 1 1 ~I • 4603-9111, OPTIONAL TRIM: BRUSHED ALUMINUM FIELD OF VIEW, SPACED A DOOR RACO y600 OR SIX, SINGLE GANG BOXES 3 1/2° DEEP MINIMUM. ° Y ,..i ~ ~ ~ ' APPUCAiION: 0 0 O MINIMUM OF 55' FROM EACH WIDTH TO SURFACE-MOUNT, USE A SIMPLEX 2975-9217 PULL STATIONS SHALL BE INSTALLED IN ACCORDANCE WTH NFPA 72 O U (Nl ~ ~D ~O BACK BOX ANp ADA GUIDE LINES. OTHER IN ROOMS 80' x 80' LESS 3" q O d° INrAapucnpN: 1 ` ® ~ 2 OR GREATER. FLUSH ~ NFPA 72 1999 EDITION oPERArION: FLUSH MOUNTING o Xo1DeoXUUSreEAeAxssD ~Q THE 4099-9001 ADDRESSABLE PULL STATION PROVIDES TWO-STATE mm vwE r m I I/e^. Q STANS INFORMATION (NORMAL AND SHORT) TO THE 4010 FIRE _ W SIDE WALL ALL SWITCHES ON THE ANNUNCIATOR ARE CONTROLLED BY (SECTION A-4-4.4.1.1(1)) THE "ENABLE" KEY SN9TCH WITH A KEY 1HAT IS REMOVED ALARM CONTROL PANEL (FRCP) VIA THE IDNET CHANNEL. THE IDNET ~ z • • V CHANNEL PROVIDES THE COMMUNICATION LINK BETWEEN PULL STAl1pN ~mrarxusrnEAxiNww ~ ~ W VJ 1"°1 • ONLY IN THE DISABLED POSITION. O WHEN ENABLED, NOnFlCAnON APPLIANCES CAN BE DEACTIVATED 0 BY PRESSING THE "ALARM SILENCE° SWITCH. PRESSING 1HE AND 4010 FRCP AND POKERS THE ENTIRE CIRCUITRY. e'NK«Ors'wC+: J I 6 ee "SYSTEM RESET" SWITCH RESTORES THE SYSTEM TO NORMAL BG" MIN OPERATION. WHEN SYSTEM ACTIVITY 15 NORMAL, THE LCD DISPLAY FLUSH MOUNTING ~ m ~ J ~ • ° WIRING: N~ ~ ~ Q W 96 MAX MANUAL THE nME, DAIS AND "SYSTEM IS NORMAL". l0 ~ (n fn LL N2- rv'~2++ 24C +21VDC 1. ALL WIRING TO COMPLY WW LOCAL CODE. Tarr ~ Q Q ~ O T I r r 2. CONDUCTORS MUST TEST FREE OF ALL GROUNDS. s"I°° _ ~ - - NFPA 72 1999 PULL WRING NOTES: 1- - m°x PAE weAx caxmp, vASa w ro wgn°xAL Lox"I DEwcts w Acnnm I I 3. MAINTAIN CORRECT POLARITY acorn wnrr Dcx2c w aAwlr C- =T m ~ anAx caxmDL vAna ron smc s II STATION 1. ALL WIRING TO BE No. 18 AWG OR TO LOCAL CODE. 18 AWC EDITION MAGNETIC TVNSTED SHIELDED PAIR RECOMMENDED, CONSULT STR SALES SECTION 4-4.4 ENGINEERING FOR EXCEPTIONS. MAXIMUM LINE DISTANCE 2500 FT. O l= ~ ~ ~ APPUUnrn. FIRE DOOR q PHONE ~ HOLDER FINISHED 2. ALL wR1NC suPERUIseD q Y 4. IDNET LINES ARE TO BE 18 AWG TWISTED $HIEIDED PAIR H ~ SHIELD 5. MAXIMUM LINE RUN FROM PANEL i0 FARTHEST DEWCE NDT - TO E%CEED 2500 FEET. 3. WHEN HIRING LEAVES THE BUILDING, OVER VOLTAGE PROTECTORS ~ACK 0 ~ WALL ARE REQUIRED, USE ONE 2081-9044 WHERE WIRING LEAVES THE e=B~ w ~ - ~ ~ I 6. MANIMUM TOTAL WRE (INCLUDING ALL i-TAPS) FROM PANEL NOi TO - ' ~ _ _ _ _ E%CEED 10,000 FEET. I _~~o o ~ N - BUILDING, AND ONE WHERE IT ENTERS THE NEXT BUILDING. TWO 2081-9044 MAXIMUM. 46C6-9101 fxo° 4. THE "OUT" TERMINALS (TB1-2,4,6,8,10) ALLOW DAISY-CHAINING REMOTE LCD -R4,~ ~ r. a a, ~ - - ~ ~ I ~ 7. MA%IMUM OUANRTY OF DEWCES PER CIRCUIT: 250 e ~ ° ° ~ 8. TERMINALS I AND 2 FOR FIELD W7RINC. TERMINALS 3 AND 0 0 0 p I OF N2-COMM AND POWER SIGNALS TO OTHER NZ DEVICES. ANNUNCIATOR =fix ~ R M e ~ ~ ~ - - - - ~ I ~ I 4 ARE FACTORY WIRING. 9 6 :rx $ ° - ° ~ _ _ _ _ _ ~ ~ 9. WIRE NUT, SPLICE, OR SOLDER THE SHIELD PoRES. 48 MAX (RDA) 5. N2-COMM SHIELDS ARE TO BE CONNECTED TO EARTH GROUND AT ONE END OF ENnRE NZ LINE ONLY (TYPICALLY aT THE PANEL). R m 10. IF SHN3D IS PRESENT, IT SHOULD BE CONNECTED TO THE 1 2 1 2 R " ° - - OUTGOING IDNET SHIELD TO PROVIDE A CONTINUOUS SHIELD OVER 42" MIN 54" MAX NFPA CONTINUITY OF SHIELD MUST BE MAINTAINED THROUGHOUT THE @s / ( ~ N2 LINE. PINS 1 AND 2 OF TB1 PROVIDE A LOCAnON TO COMMON ~ S7R~is9I NFPA 72 1999 UP THE SHIELD. THE SHIELDS SHOULD BE INSULATED TO INSURE Sts~AS° AEr A - - I ~ - - THE LENGTH OF THE IDNET CHANNEL. SHIELD SHOULD BE D © 3 4 3 4 ~ ~ - -2NZ+ INSULATED FROM THE ELECTRICAL BO%. THEY DO NOT SHORT TO THE ANNUNCIATORS COVER OR THE EDITION (SECTION 2-8.1) MourNnrNC Box. caO733-936E55 I L - - - ~aee 11. SEE INSTALLA170N INSIRUC110N$ 574-332 FINISHED 6. IF THIS IS THE LAST DEVICE ON THE N2 LINE, A 100 RTERMINAIING FLOOR RESISTOR (733-974) IS TO BE PLACED ACROSS N2+ AND N2-. L - - - - -~.z/voc ~ ~d ~ ~ z 0 0 0 0 0 o Q d U I 4098-9'792 STANDARD SENSOR BASE I PRODUCT INFORMAT1oN 4098-9789 BASE WITH REMOTE L Detail4 FEATURES: ED RELAY Ul D RELAY OUTPUT W I PRODUCT INFORMATION • uL usrED, FM APPROVED OPTIONS: Detaii 5 PRO~ucT INFORMATION 4098-9791 BASE, WITH 2098-9737 RELAY MODULE o ~ Detail 6 FEATURES: OPTIONS: Z FEATURES; • TRUEALARM ANALOG SENSING PROWDES DIGITAL IAANSMISSION OF ANALOG 2098-9808: REMOTE ALARM INDICATOR, PROVIDES A SENSOR VALUES NA MAPNET II, OR IDNet TWO WIRE COMMUNICAnCNS REMOTE RED LED STANS INDICATOR MOUNTED ON A • UL LISTED, R4 APPROVED .FIRE ALARM CONTROL PANEL PROMDES: SINGLE GANG STAINLESS STEEL PLATE. ' UL LISTED, Fld APPROVED 4098-9832: ADAPTER PLATE KIT (REQUIRED FOR 4" SQUARE ELECTRICAL 80%) Q 2098-9808: REMOTE ALARM INDICATOR, PROVIDES A ~ I • TRUEALARM ANALOG SENSING PROMpES DIGITAL TRANSMISSION OF ANALOG 4' R I I/2' DEEP acTAwna -INDINDUAL 8EN5117VTY SELEC110N FOR EACH SENSOR "4098-9822: RELAY MOUNTS IN BASE ELECTRICAL BOX 4" OCTAGONAL, SENSOR VALUES MA MAPNET II, OR IONet TWO WIRE COMMUNICAl10N5 OR •TRUEALARM ANALOG SENSING PAOMOES DIGTAL 1RANSMISSION OF ANALOG REMOTE RED LED STANS INDICATOR MOUNTED ON A SENSOR VALUES NA MAPNET II OR IDNET TWO YMRE CONMUNICAiIONS SINGLE CANC STAINLESS STEEL PLATE. ~ C A t VT DEEP ocracana!• • FIRE ALARM CONTROL PANEL PROVIDES: 4098-9822: RELAY MOUNTS IN BASE ELECTRICAL BOX 4" OCTAGONAL, 2-1 /8" DEEP WITH 1-1 /2" EXTENSION RING. W • FlRE ALARM CONTROL PANEL PROMDES: sauARE r I I/2' DEEP, xHla AEOmRES -PEAK VALUE LOGGING ALLOWING ACCURATE ANALYSIS FOR SENSInNtt SELECnON 2-1/8" DEEP WITH 1-1/Z" EXTENSION RING). -INDIMDUAL SENSI11Wtt SELECnON FOR EACH SENSOR A 4098-9837 AoAPTw PuTE (s-3/6' R I/4'I -AUTOMATIC ENVRONMENTAL COMPENSAnON -ACTIVATES WHEN BASE LED IS STEADY ON, INDICATING LOCAL ALARM OR TROUDLE s00AAE X I IJY DEEP, W91C11 RECUTAES -INDINDUAL SEN5111Mtt SELEC110N FOR EACH SENSOR OR REMOTE MOUNT IN A SINGER GANG BOX 100' MAX DISTANCE. ~ AL ALARM OR TROUBLE A ID9B-9B3t aoAPiEA PLATE (6-3/B' X I/1') -PEAK VALUE LOGGING ALLOWING ACCURATE ANALYSIS FOR SENSI1IMtt SELEC11pN -ACTIVATES WHEN BASE LED IS STEADY ON, INDICATING LOCAL ALARM OR TROUBLE -PEAK VALUE LOGGING ALLOWING ACCURATE ANALYSIS FOA SENSIITWTY SELECnON BO%$IIPI'LED BY CDVIRACTOR -DISPLAY OF SENSInWtt IN PERCENT PER FOOT - DPDT CONTACTS, RATED 2A MAx. ®24 VDC OR O.SA MAX. ®120VAC, FOR -AUTOMATIC ENVIRONMENTAL COMPENSAnON -MULTSTACE ALARM OPERATION TRANSIENT SUPPRESSED LOADS (REQUIRES EXTERNAL 24 VDC) ® 120VAC, FOR BOX suPPUEO Br co91AAC -AUTOMATIC ENVIRONMENTAL COMPENSATION -DISPLAY OF SEN5111Mtt IN PERCENT PER FOOT -ABNtt TO DISPLAY ANO PRINT pETAILEO SENSOR INFORMAnON IN PLAIN ENGLISH LANGUAGE -MULTISTAGE ALARM OPERATION ® • PHOTOELECTRIC SMOKE SENSOR 4098-9714: IC) -DISPLAY OF SENSITMtt IN PERCENT PER FOOT -DPDT CONTACTS, RATED 2A MAX. 8 24 VOC OR O.SA MA%. ®12DVAC, FOR -MUUI-STAGE ALARM OPERATION TRANSIENT SUPPRESSED LOADS (REQUIRES EXTERNAL 24 VDC) 1' N 7 1/e' oEEV acTAGDnu WIN A 1 I/2 EX,ENSION RING -ABILItt TO DISPLAY AND PRINT DETAILED SENSOR INFORMATION IN PLAIN ENGLISH LANGUAGE MAPNET VDN•I ADDRESS DIP sMTGiEe o SEVEN LEVELS OF SENSITIMtt FROM 0.2R i0 3.15 • PHOTOELECTRIC SMOKE SENSOR 4098-9714: sEE BASE msruunan InslRUCtwNS MAP( -ABILItt TO DISPLAY AND PRINT DETAILED SENSOR INFORMA110N IN PLAIN ENGLISH LANGUAGE 2098-9737: REMOTE CONTROL RELAY, DPDT CONTACTS, RAZED 3A MAX. 0 28VDC OR 120VAC wPPU6D BY coNwACrw MAPNET II/IONet ADDRESS DIP 5W1CHE5 O FOR TRANSIENT SUPPRESSED LOADS ' 5'EE BASE wsrAUATIOn m5lRUCnaus • PHOTOELECTRIC SMOKE SENSOR 4098-9714: 18 TO 32wC, .008 AMPS TYPICAL 013 AMPS MA%. FOR RELAY POWER. SEVEN LEVELS OF SENSITIVITY FROM 0.2R TO 3.75 574-7as roR sErnNVS • IONIZAnON SMOKE SENSOR 4098-9717: 5 FOUR LEVELS OF SENSInV1TY FROM O.SR TO 1.7R •IDNIZAnON SMOXE SENSOR 4098-971): • HEAT SENSOR 4098-9733: s7a7os FDA sErnecs SEVEN LEVELS OF SEN51711Att FROM 0.2R TO 3.7R MOUNTS IN BASE ELECTRICAL BO% 4" OCTAGONAL, 2-1/B" DEEP WTH 1-1/2" EXTENSION RING. • IONIZAIIDN SMOKE SENSOR 4098-9717: FOUR LEVELS OF SENSI1TMtt FROM 0.55 TO 1.7R ~ -RATE-OF-RISE TEMPERATURE DETECTION IS SELECTABLE Ai THE CONTROL PANEL FOR D1HEA 15F • NEAT SENSOR 4098-9733: OR 2DF PER MINUTE FOUR LEVELS OF SENSIIIYITY FROM O.SR TO 1.IR. OR REMOTE MOUNT IN A SINGLE GANG BO% 100 MA% DISTANCE. • HEAT SENSOR 4098-9733: MAPNEr D/IONeI aoDAESS DP SWTCHES 0 -RATE-OF-RISE IEMPERANAE DETEC110N IS SELECTABLE AT THE CONTROL PANEL FOA EITHER 15f ~ -FI%EO TEMPERATURE SENSING IS INDEPENDENT OF BATE-OF-RISE ANO PROGRAMMABLE TO OPERATE OR 20F PEA MINUTE 4098-9714 PNOIOE1ECn6C SMp(E SEN$Olt SENSOR LEADS -Fl%ED TEMPERANRE SENSING IS INDEPENDENT OF RATE-OF-RISE AND PROGRANMABLE TO OPERATE 4098-977710XRA1KIN SMOXE SENSOR AT 735E OR 155E 4096-9714 PNOTOEIECIPoC SMOxE SENSWt A VEADS ® -RAZE-OF-RISE TEMPERANRE DEIECRON IS SELECTABLE AT iNE CONTROL PANEL FOA EITHER I5F SEE BASE INSrauAnoN In51RUCnONS I EIECIAX; SMq(E SENSOR DR 20F PER MINUTE 67h709 FDR SE1nNG5 0 I AT 135E OR 155E o ® -TRUEALARM HEAT SENSORS CAN BE PROGRAMMED AS A UnLITY DEVICE TO MONITOR Rase-97n IoNlzAnaN sMakE swsaR -1RUEALAAM HEAT SENSORS CAN BE PROGRAMMED AS A U11UTY OEMCE TO MONITOR 0 FOR TEMPERANAE EXTREMES IN THE RANGE FROM 32'F r0 120'F. DON SMOKE SDASDA o -FI%EU TEMPEAANRE SENSING I$ INDEPENDENT OF RATE-OF-RISE AND PROGRAMMABLE TO OPERATE II AT 135E OR 155E o FOR TEMPERANRE EXTREMES IN 1HE RANGE FROM 32' F TO 120' F. o -UL STANDARD SPACING • UL STANDARD SPACING: 4DSe-9733 HEAT SENSOR ® -60 FT SPACING FOR 135' F R09e-9A3 HEAT eENBaR 0 -TRUEALARM HEAT SENSORS CAN BE PROGRAMMED A$ A U11UTY DEWCE TO MONITOR O ® O FOR TEMPERATURE E%TREMES IN THE RANGE FROM 32' F TO 120' F, 4098-97,1 PHOIOELECiRIG SND(E BEn50A -60 FT SPAGNC FOR 135' F ~ -40 FT SPACING FOR 155' F -40 FT SPAGNC FOR 155'F • MAGNETIC LEST FEANRE 'LOCKING ANn-TAMPER DESIGN ~X, 1098-9717 IQNRAnCN SMOKE SENSOR QYyd( -UL STANDARD SPAGNC o m ~I -60 FT SPACING FOR 135' F p •IN1EGiAL REO LED FOR POWER-ON (PULSING), OR ALARM OR TROUBLE (STEADY ON) •INTEGRAL RED LED FOR POWER-ON (PULSING), OR ALARN OR TROUBLE (SffADY ON) -40 FT SPACING FOR 155' F p • INTEGRAL RED LED FOR POWER-ON (PULSING), OR ALARM OR TROUBLE (STEADY ON) 409a-x733 xEAr SENSOR • BASE MOUNTED ADDRESS SElEC110N: • BASE MWNTED ADDRESS SELECOON: -ACCESSIBLE FROM FAONi (DIP SWITCH UNDER SENSOR) -ACCESSIBLE FROM FRONT (DIP SINTCN UNDER SENSOR) -ADDRESS REMAINS WTH ITS PROGRAMMED LOCAODN • BASE MOUNTED ADDRESS SELECRDN; ' -ADDRESS REMAINS W11H ITS PROGRAMMED LOCATION FLUSH MOUNTING • FOR USE WITH SIMPLE% 4100, 4020, AND 4120 SERIES • FOR USE WI1H SIMPLEX 4010, 4100, 4020, AND 4120 SERIES CONTROL PANELS. CONTROL PANELS (BO% i0 BE IlU6N OA RECESSED I//° MAgNUMI • MAXIMUM OUANnTr OF DEMCES: FLUSH MOUNTING -ACCESSIBLE FROM FRONT (DIP SMTCH UNDER SENSOR) II -ADDRESS REMAINS W7H IA PROGRAMMED LOCA110N (Box iD BE Rusx aR RECESSED I/e MaMMOM1 • FOR USE M71H SIMPLEX 4010, 4100, 4020, AND 4120 SERIES • MA%IMUM QUANTITY OF DEMCES: ® -127 FOR 4020, 4100, 4120 -127 FOR 4020, 4100, 4120 ® -250 FOR 4010 9 CONTROL PANELS. FLUSH MOUNTING -250 FOR 4010 • MOUNTING: CEILING OR WALL • MOUNTING: CBUNG OR WALL • COLOR :FROST wdllE ' MOUNIINC: CEILING OR WALL ON i0 BE RUSH OA AECESBEO 1 9 • COLOR :FROST WHITE (B /C MANNUM) } • COLOR :FROST WHITE • BASE DIMENSIONS: 15/16" % 4-7/8" • BASE DIMENSIONS: 15/16• % 4-7/8° SPECIFICATIONS: 0] I +zav +24v I SPECIFICATIONS: SPECIFICATIONS: • UL LISTED TEMPERATURE RANGE: 32F TO 100E ® FROM - - - TD OTHER II PANEL OV py 24V DEVICES • OPERATING TfMPERANRE RANGE: 32F TO 120E ' • UL LISTED TEMPERATURE RANGE: 32F TO 100E • UL LISTED TEMPERATURE RANGE: 32F TO 100E • HUMIDITY RANGE: 102 TO 952 RH I • PHOTOELECTRIC SENSOR AIR VELOCITY RANGE: 0-2000 FT/MIN L I, • OPERATING TEMPERATURE RANGE: 32'F TO 120E • OPERATING TEMPERATURE RANGE: 32F TO 120E • HUMIDITY RANGE: 10R TO 95R RH • HUMIDITY RANGE: 10R TO 95R RH • IONIZARON SENSOR AIR VELOCITY RANGE: 0-300 FT/MIN • PHOTOELECTRIC SENSOR AIR VELOCITY RANGE: 0-2000 FT/MIN • • PHOTOELECTRIC SENSOR AIR VELOCITY RANGE: D-2000 FT/MIN • IONIZATON SENSOR AIR VELOCITY RANGE: 0-300 FT/MIN • IONIZATION SENSOR AIR VELOCItt RANGE: 0-300 FT/MIN m;~ • WIRING CONNECTIONS: SCREW TERMINALS FOR IN/OUT WRING, X18 TO X14 AWG W • COMMUNICATIONS MAPNET II/IDNet: I ADDRESS PER BASE ~ " • WIRING CONNECnONS: SCREW TERMINALS FOR IN/OUT WIRING, /e18 TO ~j14 AWG pE191t144'Mt~~ y~pgi{y4.,.• • WIRING CONNECnONS: SCREW TERMINALS FOR IN/OUT WIRING, #18 TO (~14 AWC DESCRIPTION: a~ _ _ - ~ I • COMMUNICAnONS MAPNET II/IDNeI: 1 ADDRESS PER BASE x^ " 'VOLTAGE (MAPNET II/IONeQ: 24-40VDC VOLTAGE (MAPNET II/IDNet): 24-40VDC r. t • COMMUNICAnONS MAPNET II/IDNet: 1 ADDRESS PER BASE TRUEALARM SENSOR BASES CONTAIN INTEGRAL ADDRESSABLE ELECTRONICS 9Ml(~ THAT CONSTANTLY MONITOR THE STANS DF THE DETACHABLE PHOTOELECTRIC, ~ CURRENT: 400uA TYPICAL' DESCRPTIGN: _ TRUEALARM SENSOR BASES CONTAIN INTEGRAL ADDRESSABLE ELECTRONICS _ BLUE IONIZATION, OR HEAT SENSORS. EACH SENSOR'S OUTPUT IS DIGITIZED AND 5 - TRANSMITTED TO THE SYSTEM FIRE ALARM CONTROL PANEL EVERY FOUR SECONDS. BLUE DESCRIPTION: THAT CONSTANTLY MONITOR THE STATUS OF THE DETACHABLE PHOTOELECTRIC, - TRUEALARM SENSOR BASES CONTAIN INTEGRAL ADDRESSABLE ELECTRONICS ~ ~ IONIZATON, OR HEAT SENSORS. EACH SENSOR'S OUTPUT IS DIGITIZED AND l~__~~~~ - NO CONNECTION SINCE TRUEALARM SENSORS USE THE SAME BASE, DIFFERENT SENSOR TYPES NO CONNECTON ~ ~Ih CAN BE EASILY INTERCHANGED TO MEET SPECIFlC LOCATION REOUIREMEN TS.THIS TRANSMITTED i0 THE SYSTEM FIRE ALARM CONTROL PANEL EVERY FOUR THAT CONSTANTLY MONITOR THE STATUS OF THE DETACHABLE PHOTOELECTRIC, SECONDS. IONIZATION, OR HEAT SENSORS. EACH SENSOR'S OUTPUT IS DIGITIZED AND 0 0 0 0 SINCE TRUEALARM SENSORS USE THE SAME BASE, DIFFERENT SENSOR TYPES 0 0 FEATURE ALLOWS INTENTIONAL SENSOR SUBSTITUTION DURING BUILDING CONSTRUC110N ~ WH1Tt ~ WHEN CONDITIONS ARE TEMPORARILY DUSTY, INSTEAD OF COVERING THE SMOKE SENSORS. 0 0 TRANSMITTED TO THE SYSTEM FIRE ALARM CONTROL PANEL EVERY FOUR SECONDS. CAN BE EASILY INTERCHANGED TO MEET SPECIFIC LOCATION REQUIREMENTS. THIS FEATURE ALLOWS INTENnONAL SENSOR SUBSnTUnON DURING BUILDING CON51RUCnON SINCE TRUEALARM SENSORS USE THE SAME BASE, DIFFERENT SENSOR TYPES WHEN CONDInONS ARE TEMPORARILY DUSTY, INSTEAD OF COVERING THE SMOKE SENSORS. HEAi SENSORS MAY BE INSTALLED WITHOUT REPROGRAMMING THE CONTROL PANEL, \ Bua/wxRE ~ CAN BE EASILY INTERCHANGED TO MEET SPECIFlC LOCATION REQUIREMENTS. THIS FEATURE ALLOWS INTENflONAL SENSOR SUBSn1'UnON DURING BUILDING CONSTRUC710N. HEAT SENSORS MAY BE INSTALLED WITHOUT REPROGRAMMING THE CONTROL PANEL, ALTHOUGH THE CONTROL PANEL WLL INDICATE AN INCORRECT SENSOR TYPE, THE HEAT Q S,€N~OR ~l{ 0~€~~~ AT A DEFAULT SENSIIINTY PRGNDING k€AT ~€T€CTOb EOM ~ ~ WHEN CONDITIONS ARE TEMPORARILY DUSTY, INSTEAD OF COVERING THE SMOKE SENSORS. ALTHOUGH THE CONTROL PANEL HILL INDICATE AN INCORRECT SENSOR TYPE, THE HEAT SENSOR WLL OPERATE AT A DEFAULT SENSInVITY PROVIDING HEAT DETECTION FOR RS MAY BE INSTALL WT OUT REPROGRAMMING THE CONTROL PANEL, BUILDING PROTECOON AT THAT LOCAnON. BUILDING PROTECRON AT THAT LOCATION. ~ BLACK d WIRING NOTES: ~ zase-x737 BLACK ALTHOUGH THE CONTROL PANEL 1NLl INDICATE AN INCORRECT SENSOR TYPE, THE HEAT SENSOR WILL OPERATE AS A DEFAULT SENSI71V1TY PROVIDING HEAT DETECTION FOR WIRING: I, ALL WRING TO COMPLY M11H LOCAL CODE. eucx ov RELAY ORANGE MODULE BLUE 2. CONDUCTORS MUST TfST FREE OF ALL GRWNDS. CENTER NOIET CENTER > BUILDING PROTECnON AT THAT LOCATION. 1. ALL WIRING TO COMPLY WITH LOCAL CODE. WIRING: 2. coNDUCraes Musr TEST RTEE aF ALL cAOUNDS. . MAINTAIN CORRECT POLARItt. CONTACT N.C. FELLOW N.C. CONTACT W 4. MAPNET II MIRING TO BE 118 AWG TWSTED SHIELDED PAIR. A GREEN GRAY B 3. MAINTAIN CORRECT POLARITY 1. ALL (WRING TO COMPLY WITH LOCAL CODE. ~ ~ f 4. MAPNET II/IDNeI WIRING TO BE p18 0.WG T'MSIED SHIELDED PAIR + 5?. RENOIE LED k RELAY WRING NOT SUPERVISED. N,O. - - N.O. 11 + ©00 NOT USE REMOTE LED IF THE 4098-9822 RELAY MODULE IS USED. 11 z. coNDUCroes Musr TEST FREE of aI.L GROUNDS. - ~ F- - - - - FROM PRENOU$ MAPNET II/IONet DEMCE SHIELD TO ADDITIONAL MAPNET 11/IONet DEVICES 5. REMOff LED AND RELAY WIRES ARE NOT SUPERN$ED. FROM PRENOU$ MAPNET II/IDNet SHIELD . MAINTAIN CORRECT POLARITY OR FlRE ALARM CONTROL PAN0. SHIELD_ SHIELD pAryEL FOR AOST YE 6LAPPL CAN ONL 6. REFER TO INSTALLAnON INSTRUCnON$ 574-707 7. 4098-9791 IS NOT COMPARALE WITH 2120 COT, H- - ~ } 2098-9737 RELAY MUST ALWAYS BE _ SHIELD TO ADDITONAL MAPNET II/IDNet DEMCES 8. REFER TO INSTALLATION INSIRUC710N$ (574-107) S- CDNNECTEO i0 A 4098-9791 BASE. 4. MAPNET II/IDNeI WRING TD BE X18 AWG TWISTED SNIELpED PAIR _ ~ ~ ~ ~ 1. REFER t0 APPUCAnON MANUAL (S7a-709) ) DEVICE OR FIRE ALARM CONTROL PANEL f- ~ ~ - 5. IF SHIELD IS USED, TWST SHIELD WIRES TOGETHER AND CAP WTH 8. IF SHIELD IS USED, TW15T SHIELD WRES i0GE1HEA AND CAP W11H WRE NUT - OA RETURN TO FlRE ALARM CONTROL 9. REFER i0 APPLICATION MANUAL (574-709) FROM PREVIOUS MAPNET II/IDNeI SHIELD SHIELD i0 ADDITONAL MAPNET N/IDNet DEMCES - PANEL FOR A STYLE 6 aPPIICAnON OENCE OR RRE ALARM CONTROL PANEL ~ ~ OR REIDRN TO FlRE ALARM CONTROL _ 10. IF SHIELD IS USED, TWIST SHIELD WRE$ TOGETHER AND CAP WTH W1AE NUT. ~ pANEI FOR A STYLE 6 APPLICAnON W1RE NUT. SHIELD SHOULD BE INSULATED FROM ELECTRICAL BO%. SHIELD SHOULD BE INSULATED FROM ELECTRICAL BOX. 6. REFER TO INSTALLAnON INS1RUCnONS (S7a-707) 9. DO NDi USE REMOTE LED IF 1HE 4098-9822 RELAY MOpULE IS USED - ~ 11. CONTACiN0U0A B~ DRY L ORM CREACNLRAIEDAJ AMPERES RESIS711~E / ~ 7. REFER TO APPLICATION MANUAL (514-709) zawc. \ / 4905-9815 SmartSync Adapter Module 4098-9'756 ADD - Detail ? RESSABLE 4 WIRE DUCT SENSOR MAPNET II PNET II IDNet WITH 24UDC RELAY 40 - - PRODUCT INFORMATION PRODUCT INFCRMATIQN Ducr DETECTOR sELECnoN cHARr Detail8 98 9751 TRUEALARM IN DUCT SENSOR HOUSING WITH RELAY OUTPUT Detail 9 FEATURES: DUCT SMOKE SENSOR HOUSING WITH PHOTOELECTRIC SENSOR FEATURES: COMPACT AIR DUCT SENSGR HOUSING WITH CLEAR COffR ~ MODEL DESCRIPnON COMPAIIBILItt PRODUCT INFORMATION ~ARBIUrY ~ FEATURES: DESCRIPTI N: TO MONITOR FOR THE PRESENCE OF SMG(E DUCT HOUSNG WITH SUPERVISED MULnPLE RELAY CONTROL FOR UP • ul LISTED ~ ~.NCWOES FACTORY INSTALL rRUEALARM PHOTOELECTRIC SMOKE 4098-9756 TO 15, 4098-9843 RELAYS (ORDERED SEPARArELr), REQUIRES SIMPLEZ FIRE ALARM CONTROL MODELS • OPERATION MODES ARE: V19BLE AND AUDIBLE APPLIANCES BO1H ON: 0 g'c~ • UL LISTED i0 STANDARD 268A MODEL 4098-9751 PROVIDES A MINIMAL RESTRICTION IN-DUCT 4LARM CONTROL MODELS V~ l- • NONItORS AIR OUCiS FOR THE PRESENCE OF SMOKE 'ASSEMBLY THAI MOUNTS A SIMPLEX x098-9714 PHOTOELECTRIC TRUEALARM UETECiOR ANp FEATURES: SEPARATE 24 VOC SIRE AI ARM POWER AND RELAY ENO-OF-LME 4010, 4D2D, 4100, AND 4120 OR VISIBLE APPLIANCE ONLY-WiH ACRVAl10N DETERMINED BY THE CONNECIEp CONTROL PANEL •!NDINDUAI SENSOR ]NFOAMAlION PROCESSED BY THE HOST RESISTOR D0, AND a120 ~ 1 N i ANALOG SENSOR DIRECTLY INTO THE AIRFLOW. THE RESULT IS A COMPACT t ' FI1R USE WITH SIMPLEX MODEL 409&9714 TRUEALARM .NSTALLATIQN THAT PROVIDES THE HIGH RELIABILITY PERFORMANCE OF CONTROL PANEL TO DETERMINE SENSOR STANS REMOTE LED INDICATOR AND TEST STAnON, SELECT ONE IF REQUIRED • AN ON BOARD DC-0C REGULATOR ENSURES PROPER APPLIANCE VOLTAGE ~ • DIGITAL TRANSMISSION OF ANALOG SENSOR VALUES NA ANO PROVIDES SELF-RESETTING OVERCURAENT PAOIECnON MODEL DEBCRIPnON MOUNTING aHOTOELECTRIC SMOKE SENSOR TRUEALARM ANALOG SENSING FEA RIN PR RAMMABLE 5 N ' AR • SMOKE SENSING IS OPTIMIZED WTH MINIMAL AIRFLOW CONSISTENT ACCURACY, ENVIRONMENTALOCOMPENSATION, STATUSTTESTING. )UNTING Qty RESTRICTION. AND MONITORMG DF SENSOR DIRT ACCUMULATION. • UP TO TWO SMARTSYNC ADAPTER MODULES CAN BE CONNECTED MAPNET II OR IDNeI 2-PARE COMMUNICATIONS 2098-9BD8 RED LED STATUS INDICATOR USE SINGLE GANG BOX, TO A SMARTSYNC NAC • PROGRAMMABLE SENSInVtt, CON5151ENi ACCURACY, TEST STATION WITH KEYBwTCH AND RED LEO STATUS TURNING 3" H X 2 W X 2" D EWGXNZ BDOX, • REO ALARM LEO INDICATOR IN HOUSING THE RE4AY OF THE 4098-9751 CAN BE PROGRAMMED TO TRACK THE LOCAL ENVRONMENTAL CCMPENSAl1pN, STATUS TESnNG, AND 2098-9806 SWTCH TO TEST INITIATES ALARM FOR SYSTEM TESTING (76 mm X 51 mm X 51 mm) MONITORING OF SENSOR DIRT ACCUMULAnON - NSIBLE THROUGH TRANSPARENT HOUSING COVER SENSORS OPERARON OR CAN BE INDEPENDENTLY CONTROLLED BY THE FlRE 4 mm X 51 mm) -PULSING INDICATES POWER-ON S A Y IN I A ALARM CONTROL PANEL TO PERFORM FIRE RESPONSE AC110N5 SU H F TED ON OC TES C A$ AN SPECIFICATIONS: MODEL: • DUCT SENSOR HOUSING W1M SUPERM9ED OUTPUT FOR . INPUT VOLTAGE RANGE - 16 TO 33 4DC ° MULTIPLEgqREMOTEER~ELAYS REQUIRES SEPARATE 24 VpC I' ALARM OR TRWBLE AS INDICATED AT THE FlRE ALARM SHUTDOWN ANS DAMPER CONTROL. ® I I~I~ j ( CONTROL PANEL III, v ~I I BASE MOUNTED ADDRESS SELECRON ACI7VAIEDRMAN ALLY OA~BY AN SEPARATE ALARBME/INPUT) TUBE SUPPORT HOLE SHALL BE USED • INPUT CURRENT - SUPERIASORY - BSuA TYPICAL ~ FOR DUCTS MORE THAN 3 FEET WIDE ALARM - 12 mA PLUS AUDIBLE AND VISIBLE APPLIANCE LOADS ~ GENERAL FEATURES: ~ INSERT RUBBER PLUG iT HOLE SHALL BE USED ~ i \ -REMAINS WTH LOCATION OPTIONS: • TORE THAN 3 FEET WDE Iliill I ~ -ACCESSIBLE FROM FRONT (UNDER SENSOR) ~A~ • OUTPUT VOLTAGE RA11NG -20 TO 32 VDC; ON-BOARD REGULATOR LIMITS INRUSH p 4 11 ~1fi" SQUARE X 2" DEEP 8GX • UL LISffp TD STANDARD 268A aenx I 2098-9806: REMOTE TEST BTARON, PROVIDES A REND I I ' • MA%IMUM OUANIITY OF DEMCES: STATUS INDICATOR AND A R M T K RED ALARM LED " qI 4M,~ SERT RUBBER PLUG II E OTE lE5 EY SWTCH MOUNTED K~ -127 FOR 4020, 4100, AND 4120 narN M, 'Mq • CLEAR C04ER ALLOWS MSUAL INSPEC110N CURRENT TO APPLIANCES AT 550 mA n' SUPPLIED BY CONTRACTOR • TEST PORTS PROMDE FUNCnONAL SMOKE TESTING ACCESS • AUDIBLE APPLIANCE OUTPUT RATING - 50 mA ®24 VDC o 'Mni COVER IN PLACE AURM E%HAUST TUBE n -250 fOR 4010 ON A SINGLE GANG STAINLESS STEEL PLATE. TURNING THE TEST dln,\ti°Ngp - • RELAY OPERATION IS PROGRAMMABLE FROM FlRE ALARM SWTCH TO "TEST" WLL INITIATE AN ALARM AND ALLOW THE ,4Mv„I~Mr'w'ilar • VISIBLE APPLIANCE RATING - 250 mA 0 24VDC 0 • MOUNTS TO RECTANGULAR OUCiS OR ROUND OUC1S CUT TO 1/2 Of ~ (MINIMUM SIZE 8' SQUARE OR 18" DIAMETER) ~ ¢sr DUCT WHEN < • APPLIANCE DISTANCE FROM SMARTSYNC ADAPTER - 200 Fi NA%IMUM (61m} • MAGNETIC TEST FEANRE FpR ALARM INIOAnON Ai HOUSING xuau ® DO NO INSERT E%HAUST NBE CONTROL PANEL RESULTNG SYSTEM RESPONSES TO BE VERIFlED. h4r~i!M~~a1A* CUT TO 1/2 OF • 24wC POWER I$ SUPPLIED BY FlRE ALARM SYSTEM EIr. AIn~U~IgrWAA / • COLOR : CRAY 2098-9808: REMOTE ALARM INDICATOR, PROVIDES A REMOTE ALARM LED a I 'a,l'ww,~q DUCT WHEN < Z4' q STANS INDICATOR MOUNTED DN A SINGLE CANC STAINLESS STEEL PLATE. W~4a t~"'A~'0 • SUPERfl510N RESISTOR: IOkfl, 1/2W; TWD REQUIRED, ONE LOCATED AT EACH REMOTE APPLIANCE. p¶ ~ RU R P DO NO INSERT p ~ilio'Iaapa~Ml RUBBER PLUG W, MR'N • WIRE CONNECnONS: SCREW TERMINALS FOR IN/WT W1RW& 0 ONAL WEATHERPROOF ENCLOSURE IS AVAILABLE BBE LUG SEPARATELY (REFER TO DATA SHEET 54098-0032) y18 i0 X12 AWG W1AE pIAGNOSnC LEDS (ON INTERFACE BOAADk 99nlpl~i - - - - SPECIFICATIONS: °i"~ • WIRING: ww, • COMPAIRBIE NI1H SIMPLE% 2081-9D27, 9028, 9044 OVERVOLTAGE PROTECTORS ~ ~ ~ - - LIGHT PIPE FOR VIEWING • AED ALARM//iRWBLE LED FOR SENSOR STATUS AND • DIMENSIONS: 4 71/16"H x 5°W x 1 9/32" DEEP COMMUNICAhONS POLLING DISPLAY = AIR VELOCITY: 35 TO 2000 FT. /MIN. I. MAPNET II/IDNet ~1RING TO BE ,y78 AWG TWSTED SHIELDED PAIR. ~XXN 'DATA COMMUNICARpNS: MAPNET II/IDNet 2. MAXIMUM ALLOWABLE LINE Rl?N FROM 4010, 4020. 4100 OR , • HOUSING PLATE MATERIAL: SHEET METAL; GALVaNI2EO SMARTSYNC ADAPTER MODULE ASSEMBLY • YEUOw LED FDR aPEn GR sHaRTED TRGIBLE INOICAnGN FoR DUCT WDTHS FOR DUCt W1D1H5 • TENPERATURE RANGE: 32F TO 120E (0'C TO 49'C) OF SUPERNSED RELAY CONTROL 2pgg_gg08 2098-9806 3' TO 95" 8" TO 3~ • MAPNET II/IDNet CURRENT: I mA 4120 TO FARTHEST DEWCE, NOT TO EXCEED 2500 FT.. WD1H5 • UL LISTED TEMPERATURE RANGE: 32' F TO tOD' F 3. MAXIMUM TOTAL WRE INCLUDING ALL T-TAPS) ON CIRCUIT. FROM 4010, INTENDED FOR INDOOR OPERATION SAMPLING NBES (ORDERED SEPARATELY): REMCTE STATDS ALARM TEST STATION • OPERATING TEMPERATURE RANGE: 32' F TO 122' F 4020, OR 4100, OR 41 0 NOT TO EXCEED 10,000 FT,. ~~iGS~ i x ! • HUMIDITY RANGE:10 TO 90R, RH 4. FOR MAXIMUM VOLTAGE DROP, ETC., REFER TO STR SALES ENGINEER 5 401 D, °LriN ~~w'y • HUNIDItt RANGE UP TO 90R NONCONDENSING AT 90F (32C) • AVAILABLE IN MULTIPLE LENGTHS TO MATCH DUCT SIZE N I T / • INSTALLED AND SERNCEO WTH HWSING 1N PLACE D CA OR • WRING CONNECTONS: TERMINAL BLOCKS 18 TO 1a AWG 4020, 4100, OR 4120 FlELD WRING GUIDE. IJ ti,,~~'17~I~A',~A, ' ~ ~ 5. THE 2098-9806 AND 2098-9808 ARE POLARIZED; OBSERVE COLOR CODED WRING. M1 '1'~>~`~,~'y • AU%ILIARY RELAY VOLTAGE: 18 TO 32 VDC 6. MAXIMUM WRE LENGTH TO TERMINALS IS SOFT. REMOTE MODULE OP11pN5 (ORDERED SEPARATELY): • REO STANS/ALARM LED (2098-9BD8) • AUXILIARY RELAY STANDBY CURRENT: 240 uA ®24 VDC ~r • AUXILIARY RELAY ALARM CURRENT: 30 mA ®24 VpC Z ALL WRING TO COMPLY WTH LOCAL CODE. A~~ DESCRIPTION: 2-GANG BACK BOX COVER • TEST sTAnON WITH LEO (2096-sB06) (oanoryALT SUPPLIED BY CONTRACTOR • RELAYS USED (4098-9843) THE bsos-sB1s sMARTSrnc ADAPTER Is A MoouLE THAT ALLOws ACCESSORIES: 4905-9817 BEIGE SURFACE MOUNT COVER PLATE SPECIFlCAnoNS: aua~6ieo~roR REOUCrsENSOR B. CONDUCTORS MUST TEST FREE OF ALL GROUNDS. Mb • AU%ILIARY ALARM RELAY CONTACTS: FORM "C", to N, i ® 24wC, FOR TRANSIENT SUPPRESSED LOADS 9. REFER TO INSTALLATION INSTRUCTIONS (574-711). coNVENnONAL NanFlcanoN Ta BE aPERAreD oN a sMARrsrnc NAC ACCESSORIES: 4905-9818 BEIGE FLUSH MOUNT COVER PLATE SHOWN (NOnFICAnON APPLIANCE CIRCUIT). THE SMARTSYNC ADAPTER ~ ~ GENERAL SPECIFlCAnONS 5W2 z ~i (DPnDNU) 1098-975fi 10. REFER TO PANEL FIELD WRING DIAGRAMS FOR ADDITIONAL INFORMAl10N. CONNECTS TO AND IS POWERED BY A SMARTSYNC NAG, ANp CAN BE INSERTED AIR VELOCITY RANGE LINEAR FT MIN 300 i0 4000 FT min 91 TO 1220 m min ANYNHERE ALONG THE WIRING OF A NEW OR EXISnNG INSTALLAnON. THE ADAPTER COVER PLATE MEASURES 5 1 ~4 SQUARE) a~gRM n ~ REMO~ ABAFM 1-WRE Duci sENSDR 11. OC POWER LINES TO BE MINIMUM q14 AWG OR TO LOCAL CODES II Karsvnrpl/ 5w7~ APPLICATION: 3 C~ ALTITUDE UP TO 8000 FT. 2.4 km TED 5 ~ CAN ADAPT ONE AUDIBLE AND ONE VISUAL APPLIANCE, OR ONE COM80 A/V UNIT SENSOR SENSInVITY RANGE 0.2R TO 3.7R PER FOOT OF OBSCURAnON, SELECTABLE 0 ~ TO SMARTSYNC OPERATION. THE SMARTSrnC ADAPTER CAN ONLY BE OPERATED THROUGH RED 'sue -RECTANGULAR DUCTS FROM 6" SQUARE UP TO 36" SQUARE ALaAx A 4905-99.SA SMARTSVNC f.T9NTR0l unnlll rlcrul emn n~nnll nor eI eau rnnlmnl nr uncr mumrn on"in mr unac 7a9 LED ; -ROUND DUCTS, 6" TO 8" DIAMETER PANEL(FACP), OR 4009-9201, 4009-9301 IDNET NAC EXTENDER. UP TO TWO SMARTSYNC UL LISTED TEMPERATURE RANGE 32' F TO 100' F 0' C TO 38' C ADDRESS ADAPTERS CAN BE USED ON ONE NAG. OPERAING TEMPERATURE RANGE 32' F TO 122' f 0' C TO 50' C SWTCH BlE~_~ - DUCTS FROM 37" TO 72" WIDE MAY BE MONITORED sWTCMS USING A SENSOR ON EACH SIDE STORAGE TEMPERATURE RANGE 0' F TO 140' F (-18' C TO 60' C T01 1 2 3 4 5 A 7 8 9 10 a 12 13 14 15 16 HUMIDITY RANGE 10% TO 95% RH, NON-CONDENSING IT-1 314 I5 16 TEST L 1H1 I 2 3 4 5 6 7 8 9 10 II 12 13 14 15 16 SEE NOTES 3,4 PREFERRED IN-DUCT SENSOR LOCATIONS: DUCT SENSOR PC BOARD DUCT SENSOR PC BOARD WIRING NOTES: NOTES: HOUSING COLOR BLACK BASE WTH CLEAR COVER TEST MAP . MAP -1 111 24v 24C 11 FIELD WIRING O V 1. 2-POSITION DIP SWTCH 6W1 WRING CONNECTIONS TERMINAL BLOCKS, 18 TO 12 AWG 4098-9751 4098-9751 tAV 24C - I 'I - TEST "aP a ]MAP -11 11 24v 24c I 'A, - 1. A MINIMUM OF SIX DUCT WIDTHS DOWNSTREAM FROM BENDS 1. SEE INSTALLATION INSTRUCTIONS 579-391 TERMINAL BLOCK A TWO POSITION DIP SWTCH (SWI) IS PROVIDED TO ACCOMMODATE REMOTE STATUS/ALARM LED AND TEST STATION WITH REMOTE STATUS/ALARM LED RED OR INLETS TO AVOID AIR TURBULENCE. : z g z ? RED 2. ON THE DOWNSTREAM SIDE OF FILTERS TO DETECT FIRES IN !~-oy A s A: ft_-y DIFFERENT TYPES OF EXTERNAL APPLIANCES. REMOTE ALARM LED CURRENT OR 209 NO IMPACT T ALARM CURRENT 2098-9808 ~ 2. COMPATIBILITY WTH CIRCUIT PROTECTORS. TB1 m 2. SWI-1 STROBE MODE CONTROL OR 2098-9806) WHEN CONNECTED TO REMOTE APPLIANCES (UP TO 20OFT FROM THE ADAPTER) THAT Ell- SWI-1 OFF POSI DON (SYNCHRONOUS MODE)-EXTERNAL STROBE FLASHES TEST STATION KEYSWTCH CURRENT 3.3 mA, NO IMPACT TO ALARM CURRENT 2098-9806 Bill Tal` ° TEIA4AU+ b THE FILTERS. I = ° 4 1 ' & & 16 TDI= u A . Q . e R 4 b b 9, 0,16 TO ADDITIONAL MAPNET II/DNet EXIT THE BUILDING AND MAY BE EXPOSED TO HARSH ELECTRICAL ENVIRONMENTS, THE mCN mcMws NAC IN « IN UNISON WITH OTHER STROBES ON THE NAC. REMOTE ALARM LED AND TEST UL LISTED °ENm w STATION DISTANCE 250 FT. (7610) MAXIMUM CONTROL PANEL NOTIFICATION APPLIANCE WRING IS COMPATIBLE WITH SIMPLEX CIRCUIT PROTECTORS. NAC IN - SW1-1 ON POSIITON(FREE RUN MODE)-FREE RUNNING STROBE OR OTHER 91MPEE7( 4010. aazo T 3. IN RETURN DUCTS, AHEAD OF MIXING AREAS. 0 0 00 ~ 10101010101010100 00 00 + DEMCES OR RETURN TO FIRE ALARM CONTROL PANEL FOR 4. UPSTREAM OF AIR HUMIDIFIER AND COOLING COILS. SHIELD STYLE 6 SYSTEM APPLICATION COMPATIBLE PROTECTORS CONSIST OF MODELS 2081-9027, 2081-9028 OR 2081-9044 SHIRR sei0n STATUS LED VISUAL DEVICE, WILL NOT RECEIVE SYNC PULSES. ADDRESSABLE OPERATION 4100+ OR 4120 AND SHOULD BE CONNECTED BOTH WHERE THE WRING LEAVES THE BUILDING msmvYCCOxr<^^wu 'MIALmm 3. SWI-2 AUDIBLE OR AUDIBLE/VISIBLE: MAPNET II OR IDNet COMMUNICATION, AUTO-SELECT xsuwl TO OMER 5. WITH ACCESSIBILITY FOR TEST AND SERVICE. M APEr 11/11) AND WHERE IT CONNECTS TO THE APPLIANCES IM EM a APA MM _ SWI-2 OFF POSIIION(PATTERN MODE)-AUDIBLE DEVICE WILL FOLLOW DATA COMMUNICATIONS 1 ADDRESS PER HOUSING, PROVIDES OPERATING POWER MAPNET 11,ADNak - Mwa RETURN 10DINGt APP -vEN ANCETIM"E wp1B1E 1~^'M' THE SAME PATTERN A OTHER DEVICES ON 1HE NAC. TO MODEL 4098-9755 { sHiEEO w,1r W M DEN E 6. FOR ADDITIONAL INFORMATION, REFER TO NFPA 90A, STANDARD I I * SEE NOTE aTE z FOR THE INSTALLATION OF AIR CONDITIONING AND VENTILATING ! ~ I- OR RETURN SYSTEMS. 24NDG 3. PROVISIONS FOR SHIELDED WIRE: 1x Ea A timem mm SWI-2 ON(CONTINUOUS MODE)-AUDIBLE DEVICE WILL STAY ON, OR MAY MODEL 4098-9756 WITH SUPERVISED MULTIPLE RELAY CONTROL, REQUIRES SEPARATE FUSED FOR APPLICATIONS WHERE NOTIFICATION APPLIANCE WRING MAY BE EXPOSED TO ELECTRICAL sME1u sNnu GENERATE ITS OWN PATTERN, IF CAPABLE. (o 'RON SEE NOTE 1 awe ro xcn oENa CR 1a - AC art _ _ 24 VDC FROM FIRE ALARM POWER SUPPLY PAN NOISE, TWISTED, SHIELDED WRING IS RECOMMENDED. THE ADAPTER WRING TERMINAL oa R-_. xAC wr 3® MODE SWITCH INPUT VOLTAGE 18-32 VDC (24 VDC NOMINAL) + RE NHT NNT~~--+~N}1i 11Hi SHIELD r0 FACP FOR - - /OPTICNAL - STYLE 6 SLC LOCATIONS TO AVOID: BLU-C LU-C I/2 W ION EOL - J J BLOCK HAS PROVISIONS FOR CONNECTING THE SHIELD(S). ro m-BO, 12 SWl PDN24 VO awe-SD 4098-9543 1. WHERE DAMPERS CLOSED FOR COMFORT CONTROL WOULD ? PAM-50 TEL-N.C PAI . PAM-50 60 TEL -N.C. 4081 4061-9008 - FROM PREMOUS MAPNET N DNet - RELAY RELAY INTERFERE WITH AIRFLOW. n - aRC-N.o. G-n.0. UEwCES OR FIRE ALARM CONTROL PANEL SHIELD - STANDBY CURRENT 2.4 mA ® 24 VDC z4 we - 4. VISUAL OUTPUT IS RATED FOR 250mA; WILL TRIP OFF AT APPROXIMATELY 300mA Q DsmwT Polo Q ALARM CURRENT 15 mA ® 24 VDC, ADD 15 mA ADDITIONAL FOR EACH R (AUTOMATICALLY RESETTING). THE VISUAL OUTPUT IS LISTED FOR CONNECTION TO STROBE R) OUR 9R 4098-9843 RELAY R + REo- ~S~EE NOTE 5~ R + R 2. NEXT TO OUTSIDE AIR INLETS (UNLESS THE INTENT IS TO - ~~1 WRING NOTES: MODELS 4904-9174 THROUGH -9185, 4904-9345, AND -9146 OR TO THE STROBE INPUT 0-0 c 4098-9843 RELAY OUTPUT RATINGS, SINGLE FORM C 1. DUCT SENSOR WRING IS 12 TO 18 A' OF A/V MODELS 4903-9252 THROUGH 9258. COIL CURRENT 15 mA ®24 C UP T 15 MAX. PER RELAY CONTROL 2. MAXIMUM OUANTITY OF DEVICES PER V U MONITOR SMOKE ENTRY FROM THAT AREA). v! SEE WRING NOTE fi (IF USED) 3. IN RETURN AIR DAMPER BRANCH DUCTS AND MIXING AREAS BLR R WRING IS 12 TO 18 AWG. WHERE AIRFLOW MAY BE RESTRICTED. RED OUTPUT AND 250 FOR T HE E 4010 PANEL 5. AUDIBLE OUTPUT IS RATED FOR SOmA; WILL TRIP OFF AT APPROXIMATELY 67mA RELAY CONTACTS, RESISTIVE RATINGS 7 A ®28 VDC; 10 A ®120 VAC; 250 uA ®5 VDC 3. THE 209FOR T098-9806 AND D 2098-9808 AF ANTITY OF DEVICES PER CIRCUIT IS 127 FOR 4020, 4100+, OR 4120, n~ R THE 4010 PANEL RED (AUTOMATICALLY RESETTING). THE AUDIBLE OUTPUT IS LISTED FOR CONNECTION TO HORN 500 FT. (152m) MAX. TO RELAY COILS, RELAY MUST BE 4. MAXIMUM WIRE LENGTH TO TEST TERI MODEL 4901-9822 OR TO THE AUDIBLE INPUT OF A/V MODELS 4903-9252 THROUGH 9258. LOCATION DISTANCE WTHIN 3 FT. (Im) OF DEVICE BEING CONTROLLED PER 5. 4098-9843 PAM-SD RELAY (AIR PRI 306 AND 2098-9808 ARE POLARIZED, OBSERVE COLOR-CODED WIRING. E LENGTH TO TEST TERMINALS AND REMOTE LED IS 250 FEET. B X TEST NFPA 72, SECTION 3-9.2.1 28 VDC/10 AMPS ® 115 VAC. MAXIM (15 PAM-SD RELAYS MAX.). WRING I 'AM-SD RELAY (AIR PRODUCTS & CONTROL LIMITED) ARE RATED AT 7 AMPS Q IMPS ® 115 VAC. MAXIMUM WIRE LENGTH TO PAM-SO RELAYS IS 500 FT. REMOTE ALARM INDICATOR REMOTE TEST STATION SHOULD BE NO MORE THAN 3 FT. (P RELAYS MAX.). WIRING FROM THE RELAY TO THE DEVICE IT IS CONTROLLING 2098-9808 W E 10 MORE THAN 3 FT. (PER NFPA 72). SEE WRING NOTE 5 2090-9806 r 1 SEE WRING NOTE 5 V i 7 N 0 0 V) L 4-1 U O E c u - M L L (3) CL -4- V 0 _ O Q p Q' L Q) N . L Ln c0 0 DRAWN BY: SALES: EDL ENGINEER DATE: RGS 11 /14/05 SCALE: 1/823 = 11 SITE NUMBER 583-400583 SHEET NUMBER: I ~ ~ ~o Jw Lv > z~ PRODUCT INFORMATION 4090-9001 IDNET, SUPERVISED INDIVIDUAL ADDRESSABLE MODULE IAN PRODUCT INFORMATION 4090-9002 IDNet, INDIVIDUAL ADDRESSABLE MODt 3LE MODULE RELAY IAM PROOUCr INFORMA¶oN - ~W FEATURES: FEATURES: 4090 9101 IDNet, CLASS B 4 WIRE DETECTOR MONITOR ZAM x~ ~ ` • uL usTm r • ADDRESSABLE COMMUNICA110N5 SUPPLY BO1H DATA ' UL LISTED FEATURES: 1` `JF • uL usTED ~ ~ AND POWER TO PROVIDE: • A SINGLE ADDRESSABLE POINT BOTH WNTROLS A 2A FORM + - SUPERMSED STYLE B MONITORING OF NORMALLY OPEN UL LISTED SINGLE "C' CONTACT AND TRACKS ITS STATUS DRY CONTACTS. GANG ELECTRICAL BO% (2 I/8" MIN. DEPTH) • COMPATIBLE WiOi SIMPLE% MODEL 4010 AND 47000 ADDRESSABLE LD •4090-9101, CLASS B (STYLE B) MONITORING ~ ~ • COMPAl1BLE INTH SIMPLEX ADDRESSABLE FlRE ALARM CONIAOL PANELS - COMNUNICAIIONS HIRING USING ONE TWISTED, SHIELDED WIRE PAIR (SUPPLIED BY CONTRACTOR) FlRE ALARM CONTROL PANEL • LATCHING RELAY DESIGN ALLOWS DATA AND POWER TO BE • ZAM POWER IS SUPPLIED SEPARATELY d' J aJ (TYPICALLY FRDM FlRE ALARM CONTROL PANEL) O Q • COMPA118LE W11H SIMPLE% ADDRESSABLE FlRE ALARM Q BOTH SUPPLIED BY IDNet CONMUNICA110N5 CONTROL PANELS. • COMPACT, SEALED CONSTRUCTION: • COMPACT, SEALED CONS1RUCnON: N - SCREW TERMINALS FOR WIRING COWNECnONS - ALLOWS MOUNTING IN A SINCIE GANG BO% - REDUCES DUSTINFlLTRAnON -REDUCES DUSTINFlLTRA110N SPECIFICATIONS: • VOLTAGE: 18 TO 32VDC (NOMINAL 24VDC) • PRONDES CURRENT LIMITED MONITORING - TO MONITOR TAMPER SWITCH (TROUBLE) AND SPECIFICATIONS: • CURRENT ®24VDC: SUPERVISORY=16mA MAXIMUM WATER FLOW $WTCH (ALARM) ON SAME CIRCUIT - REQUIRES ONLY ONE ADDRESSABLE POINT • RELAY TAM POWER: SUPPLIED BY IDNet COMMUNICATIONS ALARM=72mA MA%IMUM (ACTUAL CURRENT IS DETERMINED BY TOTAL DENCE REQUIREMENTS) f,~ • SELECTABLE LATCHING OPERA110N • RELAY TAM CONTACTS (FORM "C°, SPpT) - MONITORS MOMENTARY CONTACT CLOSURES SUCH AS 4" SQUARE X 2 1/$" DEEP BOX 'WIRE CONNECTIONS: SCREW TERMINALS FOR IN/OUT RATE-OF RISE HEAT DETECTORS ~ • POWER LIMITED RATING: 2A ®24VDC, TRANSIENT SUPPRESSED IMnu% LOADS, to ®24VDC FOR INDUCTIVE LOADS SUPPLIED BY CONTRACTOR WIRING, ~7B TO $14 AWG W1RE 4" SQUARE X 2 1/8" DEEP BO% • pIMENSI0N5: 4 1/8"H x 4 1/B°W x 1 3/8"D (105mm x 105mm x 35mm) ~ SUPPLIED BY CONTRACTOR 1` ® • HOUSING MATERIAL: BLACK THERMOPLASTIC p SPECIFICATIONS: ~i°~Iw°p~m • NON POWER LIMITED RAITNG: I/2A ®24VAC, TRANSIENT SUPPRESSED • W1RE CONNECTONS: SCREW TERMINALS FOR IN/OUT HIRING '~°~ne~wu LOA05, 1A ®24 VDC FOR INDUCTVE LOADS • MOUNTING PLATE MATERIAL: SHEET METAL, GALVANIZED • TEMPERANRE RANGE: 32' F TO 120' F (0' C TO 49' C) FOR IMRE FROM NIB TO X14 AWG. N • WRE CONNECTIONS: SCREW TERMINALS FOR IN/OUT • DIMENSIONS: 1 9/16" % 1 3/4" X 1 1/4' 190909090 OMPAn8LE8w1TH SIMPLE%W2081A 9044 OVER VOLTAGE PROTECTORS ~ INTENDED FOR INDOOR OPERATION I 0 ® • HUMIDITY RANGE UP TO 93% RH AT 100' F (3B' C) • TEMPERATURE RANGE: 32' F TO 120' F O ® • DETECTOR POWER NOMINAL 24 UDC, 700mA MAX. LOAD. • HUMIDITY: UP TO 93R RH AT 100' F • DIMENSIONS: 4 1/8"H x 4 1/8"W >t 1 3/8"D (tOSmm x tOSmm N 35mm) • SUPERV1510N RESISTOR: fi.Bk Tl 1/2W, ((SUPPLIEp) • HOUSING MATERIAL: BLACK THERMOPLASTIC • COMPATIBLE IWTH 4010 FIRE ALARM CONTROL PANEL • 3.3K, 1W, END OF LINE RESISTOR SUPPLIED WITH ZAM. SIMPLE% PART N0. 733-88fi • MOUNTING PLATE MATERIAL: SHEET METAL. GALVANIZED • RESISTOR FOR CURRENT LIMITED OPERA710N: 2.2kTT 1/2W, (SUPPLIED) O • TEMPERATURE RANGE: 32' F TO 120' F (0' C TO 49' C) SIMPLE% PART N0. 733-892 INTENDED FOR INDOOR OPERATION O+"i ri RELAY LAM • INPUT REQUIREMENTS: NORMALLY OPEN, DRY CONTACTS • HUMIDITY RANGE UP TO 93Y RH AT 100' F (3A' C) ZAM L O O .-~I DESCRIP110N: ~ ~ O O O • HOUSING MATERIAL: BLACK THERMOPLASTIC ADDRESS DIP SWITCHES UNDER RE-SEALABLE LABEL IDNet MONITOR ZAMS ALLOW A SINGLE ADDRESSABLE POINT `W ~ , , TO MONITOR A CONVENTIONAL INITIATING OEYICE CIRCUIT (IDC) 2-GANG SACK BO% COVER , \ V N N N DESCRIPTION: sEE INSrALLanaN INSrnucnoNs (574-331) FOR SETTINGS DESCRIPTION: THE 4090-9001 15 AN INDIVIDUAL ADDRESSABLE MODULE (TAM) ZONE POPULATED WITH 4-MARE INITIATING DEUCES. SUPPLIED BY CDNTRACTOR ~ ~ ~ O O O r^ ~ WITH POWER AND COMMUNICA110NS SUPPLIED BY A TWO WIRE ADDRESSABLE IDNet RELAY TAMS ALLOW THE SIMPLEX FIRE ALARM CIRCUIT. IT PROVIDES LOCATION SPECIFIC ADDRESSABILITY CONTROL PANEL TO CONTROL A REMOTELY LOCATED FORM 2 GANG BACK BOX COVER WIRING NOTES: J V ~ I SUPPLIED BY CONTRACTOR Y r-I ~ ~ ~ TO A SINGLE INITIAITNG DEVICE (SUCH AS SINGLE STAl10N SMOKE SINGLE LANG COYLR W/ 2 fi/3Z C" CONTACT USING IDNet ADDRESSABLE COMMUNICATIONS DETECTOR ALARM CONTACTS OR HEAT DETECTOR CONTACTS) OR RAIHEAD SCREWS FOR BOTH DATA AND POWER. TYPICAL APPLICATIONS U~ ~o~~ 1. ADDRESSABLE COMMUNICATION LINES ARE TO BE X18 AWC TWISTED PAIR r - --S TO NEXT DE41CE 0 d. SHIELD RECOMMENDED. ~ ~ (IF USED) MULTIPLE DEVICES AT THE SAME LOCATION BY MONITORING (SUPPLIED BY CONTRACTOR) WOULD BE FOR SWITCHING LOCAL POWER FOR CONTROL FUNC110N5 SUCH AS ELEVATOR CAPTURE, OR CONTROL OF NORMALLY OPEN, DRY CONTACTS AND THE WIRING TO AN END- HVAC COMPONENTS, PRESSURIZAnON FANS, DAMPERS, ETC. n z. MAXIMUM ALLOWABLE LINE RUN FROM THE FRCP TO THE FARTHEST OF-LINE RESISTOR. RELAY STANS IS AL50 COMMUNICATED REQUIRING ONLY ONE l! 0 0 V CLOSURE OF THE MONITORED CONTACTS INITIATES AN ALARM OR DEVICE ADDRESS. n DEVICE NOT TO E%CEED 250D FEET. MA%IMUM TOTAL WIRE (INCLUDING ~ FDR oENCE vnRING C~ 0 0 V ALL T-TAPS) ON CIRCUIT FROM THE FRCP NOT TO EXCEED 10,000 FEET ~ I ~ REFER TO SPECIFIC O DENCE INSTALLARON Q OR 58uF. OTHER RESPONSE AS PROGRAMMED AT THE FIRE ALARM CONTROL PANEL. AN OPEN IN THE MONITORED CIRCUIT WIRING O W9LL CAUSE A TROUBLE TO BE REPORTED. TO ADDI110NAL 3. MAXIMUM OUANTTY OF DEVICES PER CIRCUIT: CONTROL PANEL o o Q ° C/ o o O ~ ®11 INSIRUC110N5 = z (n • • W ® Q8 08 Q9 0 ® ?5 08 Q MODULE DEPENDENT. IF THE INITIALING DEVICE CONTACTS ARE MOMENTARY, SUCH AS © © DEVICES OR RENRN IMRING NOTES: NORMALLY CL( FROM ARATE-OF-RISE HEAT DETECTOR, ENABLING THE LATCH FROM UL-LI61ED SHIELD -9- - - - ~ - - - - - - - - - - ~ -S- SHIELD i0 FlRE ALARM POWER~LE DETECTOR ~ ~ W ~ H -NORMALLY CLOSED (N.C.) NORMALLY CLOSED (N.C.) rD LocAL cooE 1a Awc WRE RECaMMENDED FDR za we WRRVC. R EDL ~ m W ~ 5. TO LOCAL CODE MINIMUM y18 AWG WIRE RECOMMENDED J FEATURE WILL MAINTAIN THE ALARM CONDITION UN11L THE SYSTEM F.A.C.P. OR IDNet/MAPNET+-R - - - - - - - - - - - - - -R-+ IpNet/MAPNET CONTROL PANEL FOR 1. IDNet LINES ARE TO BE fA18 AWG TWSTED PAIR (CONSULT = - UQMMQN S RESET. FOR APPLICATIONS WHERE THE CONTACT CLOSURE LATCHES, PREVtW9 STYLE fi SYSTEM STR SALES ENGINEERING FOR EXCEPnONS SHIELD RECOMMENDED. OR IF ITS CONDI110N NEEDS TO BE TRACKED AT THE CONTROL PANEL IDNet pEU1CE IDNet/MAPNET--B- - - - r - - - - - - - - - B-- IDNet/AIAPNET APPUCAlION ) ~ - - _ _ 6. SEE INSTALLAl10N INSTRUCTIONS 574-183 - I + - - - - - R Ay ~ -COMMON COMMON ~ - - ~ - B EL ~ 7. IF ZONE IS WIRED FOR FIRE ALARM VERIFICATION, W1RE ONLY Z-WIRE L- - _ _ LISTED COMPA118LE ?7 © 2098- ~ Q ~ ~ ~ LL SMOKE DETECTORS TO THAT ZONE. DO NOT USE ANY OTHER TYPE OF 4-IWRE DETECTDR 9739 NON-LATCHING OPERAl10N MAY BE ENABLED. ~ g ~ 2. MAXIMUM ALLOWABLE LINE RUN, FROM THE F.A.C.P. TO THE FARTHEST r - - - NORMALLY API I I I I I I DEVICE, NOT TO EXCEED 2500 FEET. I n o n -NORMALLY OPEN (N.O.) ~ - - NORMALLY OPEN (N.O.) oEwCES ON THE SAME ZONE. - - y Z + - i n°r'.1°° 8. POWER WIRING TO ZAM IS SUPER195ED, POWER TO DETECTORS ONLY _ _ _ _ _ - - - - WIRING NOTES; ~ I 2 I 2 ® 3. MA%IMUM QUANTITY OF DEVCES PER CIRCUIT: CONTROL PANEL ~ - w~~ = NOT USED 1. ALL N1RINC TO COMPLY WiH LOCAL CODE. PRIMARY IDNet/MAPNET LINES a SECONDARY IDNet/MAPNET LINES MODULE DEPENDENT I r -NOT USED - ~ - NOT USED SUPERVISED IF END-OF-LINE RELAY, PID 2D98-9739, IF USED. ~ _ - y I 9. POWER MUST BE PROVIDED FROM THE FRCP, 4009 OR REGULATED (3.3K IW) 4. CONTRACTOR WIRING TO RELAY CONTACTS IS UNSUPERVISED. 2. CONDUCTORS MUST IESi FREE aF ALL GROUNDS. ~ ~ ~ ~ Q ~ ® 5 E A #I4 NTA VNRERA 0 LOCAL CODE. I I O o INITAi1NG OEVCE 733-890 D 0 POWER-LIMITED, 24V SUPPLY THAT IS LISTED FOR FIRE-PROTECTIVE SME 4 (CLASS BJ 3 ONLY N.O. DAY CONTACA ARE ALLOWW. L CO C S TED 2A, 24VDC (1A FOR INDUCTIVE LOAD) I V 4. MA%IMUM WRE lENG1H (N0. 10 AWG) IS 400 FT. W/2081-9044 RELAY CONTACTS RATED 0.5A 720VAC (NON POWER LIMITED) 10. SIGNRL UYE.IF lJ U 0 O O ~ ~ O EOL ELA , PRESENT, MUST BE INSTALLED AFTER LAST DENCE. 11. IF SHIELD IS PRESENT, IT SHOULD BE CONNECTED TO OUTGOING IDNet/MAPNET OVER VOLTAGE PROTECTORS DA 400 FL W/0 PROTECTORS. FOR POWER-LIMITED OPERATION, POWER MUST BE PRONDED ~ I L - - - - - - - _ _ _ _ FROM FRCP OR POWER-LIMITED POWER SUPPLY LISTED FOR FIRE 6 A MAXIMUM WANTITY OF DEMCES PER GRCUIT: CIN9TROL PANEL MODULE DEPENDENT 3 4 3 a 6. SEE NSTALLAnONAINSTRUCTI0N5 574-184. ~ Li - - - - - - - - - - - - - - - - - - - ~ IJ SHIELD TO PROVIDE A CONTINUOUS SHIELD OVER THE LENGTH OF THE CIRCUIT. ADDRESS SETTING UNDER 12. REFER TO FIELD WIRING DIAGRAM 842-073 - 6. WIRE NUT, SPLICE, OR SOLDER THE SHIELD WRES. a 4 7. IF SHIELD IS PRESENT, IT SHOULD BE CONNECTED TO THE OUTGOING (TAPE E%POSED SHIELD WIRE). IDNet SHIELD TO PROVIDE A CONTINUOUS SHIELD OVER THE LENGTH - - - - - - - J ~ ~ RE-SEALABLE LABEL _ ~ ~ 7. REFER TO INSTALLAnON INSTRUCTIONS 574-331. FLOW SWITCH OF THE IpNet CHANNEL. PRIMARY ~ I I ~ ~ SECONDARY IDNet LINES 8 FARTHEST DEVCE, NOT TO E%CEE002500E~~C.P. TD 1HE ~ ~JJ-984 8. WiEN CONNECTED TO A NON POWER-LIMITED SOURCE, THE WIRING IDNet LINES ~,I~-h 3 MUST MAINTAIN A MINIMUM 1/4 INCH SEPARA110N FROM IDNet WIRING. ~~~JJJ 9. MA%IMUM TOTAL WRE (INCLUDING ALL T-TAPS) FROM THE (1.8K 7/p W) ~ 9. WHEN USED WI1H NON POWER-LIMITED SOURCE, THE "POWER LIMITED ~ ~ 11 OPTIONAL SHIELD D FlRE ALARM CONTROL PANEL TAMPER SWITCH WIRING" INDICATION ON THE DE14CE LABEL MUST BE OBLITERATED. S 10 FOR STYLE 6 CIRCUIT WIRING IT IS RECOMMENDED a 10. WHEN BO1H POWER-LIMITED AND NON POWER-LIMITED SOURCES JAL SHIELD D ~ ~ ~ 11 ~HIELD ~ SHIELDJ R B S ~ FROM PREVOUS DEUCE 4 IDNet APNET THAT 1HE PRIMAAYQI AND THE BACK-UP ALINES ARE PRESENT, USE TYPE FPL, FPLR OR FPLP POWER LIMITED R I B BE IN SEPARATE PoRE RUNS AND IN COMPLIANCE YJJ-996 CABLE FOR POWER-UNITED CIRCUITS. R g OR F.A C.P. ~ TO NET DEUCE R B 10 ?2 OR W11H LOCAL REQUIREMENTS. 7JJ-896 11. MAXIMUM TOTAL WRE (INCLUDING ALL T-TAPS) ON CIRCUIT, FROM THE I II. REFER TO FlELD WIRING DIAGRAM 842-073 (6.8K I/2w) F.A.C.P. NOT TO EXCEED 10,OOD FEET OR .58uF. (CLASS B ONLY) + - (a.YK I/zw) TO F.A.C.P. + - 24 W C ?1 ?Z ?3 ® O 12. REFER TO FlELD WIRING DIAGRAM 842-073 FROM PREVIOUS DEVICE FROM PREVIOUS DENCE ~ IDNet OR F.A.C.P. WIRING FOR CURRENT LIMITED OPERATION OR F.A.C.P.O TO F.A.C.P. ~ ~ d I ~ U (n TrueAlertTMNON-ADDRESSABLE MULTI-CANDELA VISIBLE NOTIFICATION APPLIANCE TrueAlertTMNON-ADDRESSABLE MULTI-CANDELA SPEAKER VISIB I L>J ;ER VISIBLE NOTIFICATION APPLIANCE - a PRODUCT INFORMATION PRODUCT INFORMATION 2084 9001 REMOTE PHONE JACK STATION II Z I (WALL MOUNT WHEN 6URFAGE MGUNnNG G9E WALL MOUNT FEATURES: RED Saar No. a9GS-9937 oR FEANRES: o RACO NO 519 ~ WHITE SKIRT N0. 4905-9940 • UL LISTED TO STANDARD 1971 & 1480 • UL LISTED TO STANDARD 1971 •ADA COMPATIBLE PRODUCT INFORMATION I~z DEEP B~X - SU PLIED BY CONTRACTOR • ADA COMPATIBLE a" SQUARE • 1-I/2" pEEP 80% W SYNCHRONIZATION RASH RATE MODE FOR USE WITH: ~ SYNCHRONIZAnON FLASH RATE MODE FOR USE WITH: • SEPARATE STROBE SYNCHRONIZATION MODULES THAT ARE AVAILABLE O 2975-91 a5 BO% ° ~ • SEPARATE STROBE SYNCHRONIZATION MODULES 1HAT ARE AVAILABLE PEO FL11NC lEADS MODEL DESCRIPTION: o ~ FOR CLASS B OR CLA55 A OPERATON FOR CLASS B OR CLASS A OPERATION c 2975-9ta5 BOx 'SEPARATE SMARTSYNC CONTROL MODULES (SCMs) THAT PRONDE 5-9145 BO% REMOTE PHONE JACK STAt10N STANDARD ELECTRICAL BOX MOUNIINC CLASS B OR CLASS A OUTPUT FROM CONVENTIONAL NAC INPUTS Q 0 1" SQUARE BO%. 1-1/2" DEEP, -JACKS ARE MOUNTED ON A SINGLE GANG PLATE FOR WITH A 4" SQUARE BOX EXTENSION, USE N1TH PLUGGABLE PHONES. THE FRONT IS MARKED 4905-9961 OPnONAL MRE SPEGFICAnONS: GUARD (SHOWN HERE FOR c • HOUSING DIMENSIONS: 7-1/4" H X 5" W X 2-5/B" D (184mm X 127mm % 67mm) I-I/2' DEEP, SUPPLIED BY OTHERS "FlRE EMERGENCY PHONE". REFERENCE ONLY, CAN BE • TEMPERANRE RANGE: 32F TO 122'F (0 TO 50'C) uSED ON OTHER MOUNTNG • HUMIDITY RANGE: 10~ TO 93X NON-CONDENSING AT I00'F 38'C PHONE CIRCUIT WIRING: o L~ L~ L~ ° • TWISTED SHIELDED PAIR R I .CONNECT ~ aPnoas) ( 0 • TERMINAL BLOCKS FOR 18AWG TO tZAWG; TWO WIRES PER ( ) SPECIFlCAl10NS: o TERMINAL FOR IN/OUT WRING. J ~ r ,J DRAIN WRE TO AMPLIFIER OV. e 'HOUSING DIMENSIONS: 5-1/8" H% 5" W% 2-3/4" D (130mm X 127mm X 70mm) • TEMPERATURE RANGE: 32F TO 122'F (0 TO SOC) J ~ MAXIMUM RAl1NGS: ~ 0 aO J r ~ ° ~ r J • PHONE CIRCUIT DISTANCES (ONE WAY) • HUMIDITY RANGE: 10X TO 93~ NON-CONDENSING AT 100E (38'C) Q 'TERMINAL BLOCKS FOR 1BAWG TO 12AWG; TWO WIRES PER ~ o rJ ° J r,J 7500 FT. VW TH p18 AWG r 12,000 FT. W7 TH p16 AWC TERMINAL FOR IN/OUT OARING. ALTERNATE BACK BO%ES 4905-9903 1, 2 GANG 1-1/2" DEEP BO% ADAPTER PLATE D 2. SINGLE GANG I-I/2" DEEP BO% 4905-9903 0 L1 L1 ~ 17,SD0 FT. WITH ~J14 AWC ~ LACK FLWNC LEADS PIER PLATE L1 L1 L1 • MAXIMUM OF 6 PHONES ON LINE AT ONE T1ME (INCLUDES MASTER PHONE). 4 0 q~Iq WIflING: 4905-9931 ADAPTER PLATE WRING NOTE: '•rtsv WIRING INPUT TERMINALS AND •+r. e~ O SPEAKER TAP SELECTION ARE 1. NOIIFICAl10N APPLIANCES ARE RATED PER INDIVIDUAL NAMEPLATE LABEL, 1. NOTFlCA110N APPLIANCES ARE RATED PER INDIVIDUAL NAMEPLATE LABEL. 2. MAINTAIN CORECT POLARITY ON TERMINAL CONNECTONS. DO NOT LOOP I 2. MAINTAIN CORECT POLARITY ON TERMINAL CONNECT10N5. DO NOT LOOP ~ W1RE5 UNDER TERMINALS. ~ ACCESSIBLE FROM REAR SPEAKER ASSEMBLY WIRES UNDER TERMINALS. 3. ALL NAC WIRING CONNECT10N5 ARE SUPERNSEO AND PONER-LIMITED. Q~ SEMI-FLUSH MOUNTING 3. ALL NAC WIRING CONNECTONS ARE SUPERVISED AND POWER-LIMITED. 4. SEE INSTALLATION INSTRUCTIONS (579-548) FOR ADDITIONAL INFORMATION. ~ 4. SEE INSTALLAl10N INSTRUC110N5 (579-548) FOR ADDITIONAL INFORMAl10N. STROBE ASSEMBLY c INTENSITY SELECTION PLUG, ACCESSIBLE ONLY m STROBE: STROBE: ` ° ,~'+4 FLUSH MOUNTING r FROM REAR OF HOUSING: FACTORY SETTING IS 15cd IAAN$PARENT HOUSING ''.n 'RATED VOLTAGE RANGE: UL LISTED: 16 VDC TO 33 VDC PER UL 1971 'RATED VOLTAGE RANGE: UL LISTED: I6 VDC TO 33 VDC PER UL 1971 ULC LISTED: 20 VDC TO 30 VDC PER ULC 5526-M878 ULC LISTED: 20 VDC TO 30 VDC PER ULC 5526-M87B REMGVneI AND LENS ASSEMBLY REMOVABLE COVER (TOOL REQUIRED) 'FLASH RATE: 1Hz 'FLASH RATE: 1Hz (TOOL RE 'SYNCHRONIZED MODE NAC LOADING: MAXIMUM OF 35 SYNCHRONIZED STROBES PER NAC CIRCUIT. 'SYNCHRONIZED MODE NAC LOADING: MAXIMUM OF 35 SYNCHRONIZED STROBES PER NAC CIRCUIT. STROBE INTENSITY ro ADmnoNAL NanFlcnnon ~ ~ G 2 ~ ^ ~ NEVANC SLOT Il' w TO NEXT DEVICE _ APPLIANCE DENCE OR RENRN TO FRCP FCR STYLE Z APPUCAnON _ IF LAST DE'ACE ON CIRCUIT IN A OR 10K END-OF-LINE RESISTOR w STYLE Y APPUCA110N PLACE A ION I/2W END-Oi LINE RESISTOR roa~Als ~ A ~ A4 Nor VYB S - + o 'CURRENT DRAWS REFLECT STROBE FLASHING HOUSING LETTERING STROBE RMS CURRENT ® sPNA _ 0 MODEL NUMBER COLOR COLOR RATING 16 UDC 18 VDC 24 VDC BPKR _ SPNR - 2084-9001 I Q ~ 4 ® 4906-9151 RED WHITE 15cd 60 mA 56 mA 43 mA smin+ 30cd 94 mA 87 mA 65 mA 1906 9/V 6PKR+ sPKR+ REMOTE PHONE JACK /BO6 S/V 19°6 S/Y IB06 5 O O o O O o 75cd 186 mA 172 mA 126 mA 110cd 252 mA 229 mA 166 mA sNCR ~ y SPI(k + N X510" lvuue TI AN TAP ~ y 6PKR + 0 ~NR + 6 SPNR OEPEND'Wi W FAGP) E D E d FROM A COMPAn6LE SIMPLEN ~ ~ ® 4906-9153 WHITE RED 15cd 60 mA 56 mA 43 mA FRW AO010 NAC CHANNEL 4 ~ - A R FROM L L cd m 87 mA 65 mA (aao/wa3) (BEE wRINC rroresl $°Np - ALL SHIELDS THROUGH ~ 4 SPKK - 4 6PNR - 4 BPKR - SNARTSYNC CONTROL 75cd 186 mA 172 mA 126 mA MODULE (SGMj 4905-9938 ~ ~ - 110cd 252 mA -229 mA 166 mA FAON sTAxDABO NAC w ""E + DR 51MPlEX 49DS-99I4 CWPATBLE SIMPLEM 9MWiSYNC 4 STROBE OR 9922 SYNC CUBE "Naoul~ IwsEESMw~~ Nor~Ixmp NAC - STROBE 4 57RWE • b SiRWE ? 4 STROBE + - 5 ~ 'CURRENT DRAWS REFLECT STROBE FLASHING N• sm°eE - a sm°aE - a moeE - BLK - FROM FRCP OR PREVIOUS ~ SPEAKER: HOUSING LETTERING STROBE RMS CURRENT MODEL NUMBER COLOR COLOR RAl1NG 16 VDC 18 VDC 24 VDC FREQUENCY RESPONSE: RRE ALARM: 400 TO 4000Hz PHONE DEVICE w NAC - NAC - I +1 4906-9101 RED WHITE IScd 60 mA 55 mA 41 mA GENERAL SIGNALING: 125 TO 12kHz 30cd 94 mA _ BS mA 63 mA SPEAKER OUTPUT RA71NC5 ®10 FT. (3m) N^~+ NA * RED + 75cd 186 mA 169 mA 123 mA O O ~ ~ o O Q o 110cd 252 mA 226 mA 164 mA 110 1/4W 1/2W 1W 2W 4906-9103 WHITE RED 15cd 69 mA 55 mA 41 mA 76 3pcd 94 mA 85 mA 63 mA IN,FNStt ~LECnax REVERBERATE CHAMBER 76 d8A 79 d8A 82 d8A 85 d8A 75cd 166 mA 169 mA 123 mA 16 IlOcd 252 mA 226 mA 164 mA mou~REnN~oE~NOUm+c UL 464 TEST L - Facroer SET1M6IS Ixa ANECHOIC CHAMBER B7 d8A 90 d8A 93 d8A 96 d8A 6mOBE INTENSITY NEwNO SLOT GROUND IF USED I I ~ I LSB MSB I DIP ;WITCHES IS SHOWN SET AT ADDRESS 7. I SHIELDS & DRAINS MUST NEVER TOUCH GROUND ON `45 678 ~ ~ A B I D E OFF 1 = ON 0 =OFF E E/YNJ ' OUSE ONLY UL LISTED FIRE ALARM IF NECESSARY, PIGTAILS MAY BE PIGTAILS MAY BE ADDED SHIELDED TWISTED-PAIR CABLE STRIP THE INSULATED WIRES ADDED TO CABLE LEADS. IF PRACTICAL. ~ I, " (STP) FOR MAPNETS, DATA COMM O ABOUT 5 16" TO 3 8" FOR LINES, AUDIO, PHONE & SPEAKER / / INSERTION INTO BOX-TYPE OR WIRING IN A FIRE ALARM SYSTEM. SHIELD Si;REW-CLAMP TERMINALS ON ~ MIN SIZE IS 18-2 AWG SOLID STP. ~ THE ADDRESSABLE DEVICE. THE SHIELD/DRAIN IS NEVER 3 ~ CONNECTED TO THE DEVICE. RESERVE FOR FUTURE USE TRIM AWAY ONLY 70 THE SHIELD AND DIP SWITCHES 5 THRU 8 KEEP THE DRAIN ONLY CLASS B MAPNET Dr WIRE UNDAMAGED. 0 DATA COMM CABLE MAY BE 4o T-TAPPED. MUST BE DONE 2 DRAIN WIRE WRAP DRAIN WIRES AND IN A JUNCTION BOX WITH QnM IOM nl(ln 11 nn nflln 1n1n Q11n llln QQn1 tnQ1 O1 D1 11n1 Q(111 1(111 n111 1111 O TWIST THE BARE DRAIN WIRE NUT AGAINST THE CABLE STRAIN RELIEF LE PREPARE THE CABLE BY WIRES TOGETHER AND TRIM • JACKETS WITH PREMIUM K/0 CLAMP/BUSHING, AND nnM 0 16 32 48 64 80 96 112 128 144 160 176 192 208 224 2a0 A= FIRST B= SECOND C= THIRD D= FC REMOVING 1-1 2" TO 3" OF TO ABOUT 1-1/2". JOIN ELECTRICAL TAPE SO I / THEM WITH A TTIINY WIRE THE SHIELD/DRAIN WRES TAPE WRAPPED AS SHOWN JACKET AS NEEDED. NUT AND FOLD THEM ' NEVER TOUCH GROUND. HERE. ~ D= FOURTH E= FIFTH - - AGAINST THE JACKETS. tnn(T 1 17 33 49 65 81 97 113 129 145 161 177 193 209 225 241 BAND BAND BAND Bi BAND BAND ntnn 2 18 34 50 66 82 98 114 130 146 162 178 194 210 226 242 FIRST SIGNIFICANT SECOND SIGNIFICANT #18-2 AWG SHIELDED ltnn 3 19 35 51 67 83 99 115 131 147 163 179 195 211 227 243 FIGURE FIGURE MULTIPLIER TOLERAN TOLERANCE TOLERANCE TWISTED-PAIR CABLE I ONE CABLE MAY LEAVE nrnn 4 20 36 52 68 84 100 116 132 148 164 180 196 212 228 244 COLOR DIGIT COLOR DIGIT COLOR MULTIPLIER COLOR T0~ THE JUNCTION BOX COLOR TOLERANCE COLOR TOLERANCE BLACK 0 BLACK 0 BLACK 1 SILVER `1 tnln 5 21 37 53 69 85 101 117 133 149 165 181 197 213 229 245 BROWN 1 BROWN 1 BROWN 10 GOLD SILVER `10% BROWN M= 1.0% ANDADDRESSABLE DEOVI CE Ottn 6 22 38 54 70 86 102 118 134 15O 166 182 19 R a 214 23o za6 ED 2 RED 2 RED 100 GOLD 57 RED P= 0.1% ORANGE R= 0.01% ~ No cuurrurc 111n 7 23 39 55 71 87 103 119 135 151 167 183 199 215 231 247 ORANGE 3 ORANGE 3 ORANGE 1,000 1 THRU 4 YELLOW S= 0.001% YELLOW 4 YELLOW 4 YELLOW 10,000 nnn, 8 24 40 56 72 88 104 120 136 152 168 184 200 216 232 248 GREEN 5 GREEN 5 GREEN 1000,000 1nm 9 25 41 57 73 89 105 121 137 153 169 185 201 217 233 249 BLUE 6 BLUE 6 BLUE 1,000,000 nine 10 26 42 58 74 90 106 122 138 154 170 186 202 218 234 250 VIOLET 7 VIOLET 7 SILVER 0.01 * LOWER FAILURE RATE GRAY 8 GRAY 8 GOLD 0.1 11n1 11 27 43 59 75 91 107 123 139 155 171 187 203 219 235 ?S1 WHITE 9 WHITE 9 PARTS MAY BE SUPPLIED AGAINST HIGHER FAILURE RATE LEVELS, 3,23,3 ()n11 12 28 44 60 76 92 108 124 140 156 172 188 204 220 236 ?52 1n11 13 29 45 61 77 93 109 125 141 157 173 189 205 221 237 ?5~ n 0111 14 30 46 62 78 94 110 126 142 158 174 190 206 222 238 ?Sa E.O.L. RESISTOR COLOR CODE u D E 1111 15 31 47 63 79 95 111 127 143 159 175 191 207 223 239 ?95 1. THE 41000 SUPPORTS UP TO 64, 127 OR 250 DEVICES, DEPENDENT ON THE MODULE PROVIDED. 2. THE 4010 SUPPORTS UP TO 250 DEVICES ON ITS CHANNEL. RESERVE FOR ~ I FUTURE USE ADDRESS CHART 0 N E U > N o 0 L cn a..~ 0 0 E - N (a U o = - 0 o Q ~ L .L Ln a Ln D ~o DRAWN BY; SALES; EDL ENGINEER DATE; RGS 11 /14/05 SCALE; SITE NUMBER 583-400583 SHEET NUMBER;