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100 Willner Cir 94-1577 (fr alarm)
C I T Y O F S A N F 0 R D 5/26/94 BUILDING PERMITS 300 N_ PARK AVENUE SANFORD, FL 32771 APP TYPE: FIRE ALARM SYSTEMS PARCEL #: 26.19.30.300-0020-0000 LOCATION: 100 WILLNER CR OWNER: LK MONROE ASSOC LIMITED PART ADDRESS: 2211 AZALEA PL WINTER PARK FL 32789 PHONE: 407 644-1516 CONTRACTOR:ADT SECURITY ADDRESS: 803 S ORLANDO AV WINTER PARK FL 32792 PHONE: CERTIFICATION #: 1 INSPECTIONS ----------------------- 24 HOUR NOTICE REQUIRED FOR ALL INSPECTIONS PHONE (407) 330-5859 FEES CHARGED DATE FEES PAID -------------- ---------- -------------- PERMIT #: 94-00001577 000 000 ELAA TYPE: ELECTRIC PERMIT-ALTER/ADD/FIX ISSUED DATE: 5/26/94 VOID DATE: 11/22/94 ELECTRIC PERMIT-ALTER/ADD/FIX PMT FEE 20.00 5/26/94 20.00 APP FEES: O1-APPLCTN FEE -ELECTRIC 10.00 5/26/94 10.00 TOTAL FEES: $30.00 $30.00 RECEIPT #: APPROVED Y:a:-- J�:- SIGNATURE: 29 FAILURE TO COMPLY WITHMECHANIC-k3llN LAW CAN RESULT IN THE PROPERTY OWNER PAYING TWICE FOR BUILDING IMPROVEMENTS. NOTE: A L FEES MUST BE PAID PRIOR TO C.O. BEING ISSUED. C P11:4`e*—LPi. — Soo THI_I 1 z-: _ _ 1 AToT CEh�TRi=lL Fl- _ P _ ►_+c I LIK1 ED Ponk of ArWRN9Y Y hereby name jand appoint of 7 -,/ C- <X1, ".g DAT to be my lawful attorney in fact to act ffr me and apply to � L for permit for work to br pe formed at a location described as: Section Township Range Lot Block Subdivision (Address of Job) (Owner of Property and Address) and to sign my name and do all things necessar to this appointment. Type or Print name of Certi—fi d Contractor, License 1-7silp&fure of Certified Contractor Acknowledged: Sworn to and subscribed before me this {�4:� zj Day of A.D. 19-1 Nocary ublic, Scace of Florida (Seal) My Commission Expires. Sig .D� � � • � !i/S NO ! kol'r- Y FIICil;r ;iAT: OF ItOPI.-)A AT tAR:,g ' sa:Y ccr.:rais:•�ox i"4 cxalara c[c.r:aF� I�, 9G -'-'OED ASSOC!ATf4 ' 1 3 MFS +'-2b,'-'34. H u 1 CENTRAL F=*L- P DATE 1# OF PAGES TO FROM Co. Co. SECURITY DEPT. PHONE # 1407-628-5000 FAX # FAX #• S6. 1407-628-4985 COMMENTS CITY OF SANFORD FIRE -DEPARTMENT FEES FOR SERVICES PHONE #: 407-322-4952 G I DATE: '2 `- PERMIT BUSINESS NAME: -!57 ADDRESS: /DFD PHONE NUMBER:( ) PLANS REVIEW TENT PERMIT ❑ BURN PERMIT ❑ REINSPECTION ❑ TANK PERMIT ❑ FIRE SYSTEM ❑ COMMENTS: AMOUNT $ Fees must be paid to Sanford Building Department, 300 N. Park Avenue, Sanford, Florida. Phone # 330-5656. Proof of payment must be made to Sanford Fire Prevention before any further services can take place. Sd'nford Fire Prevention I certify that the above information is true and correct and that I will comply with all applicable codes and ordinances of the am:;� Florida. Applicants 5ignature .gra Security Systems 803 South Orlando Avenue Suite J Winter Park, Florida 32789 Telephone (407) 628.5000 Fax 407 628 4985 May 26, 1994 Richard A. Cohen Sanford Fire Dept. 1303 S. French Ave. Sanford,. Florida 32771 RE: SANFORD LAKES 100 WILLNER CIRCLE SANFORD, FL. 32771 Dear Richard: ADT requests approval to install a FOCUS 100 fire alarm control panel to monitor (6) water flows, (6) tampers and (6) fire alarm control panels (72 systems). Should there be any questions concerning this matter please contact me at 628-5050. Sincerely, e J. tanczyk 9-92 ' 1 472341 FOCUS®10013 INTEGRATED SECURITY SYSTEM GENERAL NOTICE This publication, which describes the 472341 FOCUS 100D System, consists of the following sections: General, Equipment, Installation, Operation, Maintenance and Programming. A Change Summary (at the beginning of this technical bulletin) presents a synopsis of of the differences between the FOCUS 100C System and the FOCUS 100D System. For details of the various point interface devices, the communication module and accessory equipment, refer to the Technical Data Sheets in T-7187. References in T-7187 to the 7182 FOCUS System apply to the 472341 FOCUS 100D System as well, unless noted otherwise. INTRODUCTION T -472341/G 1-1 The FOCUS 100D System is a modular burglar and fire alarm system which provides point annunciation and unique customisation cababilidw through extensive programmable features. The system is capable of monitoring up to 62 points of protection including burglar alarm, fire alarm, alarm, supervisory (critical condition monitoring) as well as otber types of monitoring and control. Burglar alarm protection can be divided into as many as eight separate groups, each with multiple opemiag and closing schedules. 1-2 The system also provides commandable output functions in the form of relay contacts which can be used at any of the 62 points of protection. The commandable outputs can be automatic, in response to a monitored condition change, or can be remotely commanded from the central station 1-3 The system is controlled by operating panels which are activated by entering an ID code- The panel provide four lines of message data and are mtezadti II ,;trampling the user three& a simple selection proem for controlling the system Message data induades user -chosen --£orthe points of protection, the burglar alarm groups, and names of the people entering M codes. 1-4 The control unit is programmed with data that determines the function for each point of protection, the way that the system will react to the sensing of various alarm, trouble and supervisory conditions, the user selected names that appear on the operating panels, and a host of other details. These data are .�. s acAn cal buUmn (and the w/ormaeion tho ni eoataataed) is die p/ow ty of ADT Swuruy Symmu. Mono , Inc., span the espnw ooadinons that (1) the acme be rrmrned to wi/i upon requem (2) OU inAw uoLon hewn ata 6wb test cad iUttttratr➢tuss, be trroud os sKs+tt and conf dea W. (J) no rrproduetion of this SwAniml buUedn or any Port dwwraun bt made urwww the ur. im , oermiums WADT, and (4) no ia/ormadon herrin oontouted is to be wed for any P than the operation and ma' ;nanm of equipment supplied by ADT. Acceptance of this copy of this Maui -oil 6�n shall be dermad acceptance of the &r*Vw# conditions. ADT SECURITY SYSTEMS. MANUFACTURING. INC. - PARSIPPANY, NEW JERSEY PRINTED IN UNITED STATES OF AMERICA 01992 ADT ADT T -472341/G 9.92 , Maximum Quad Trunk Load Current With (Standby Conditions): : v 4 Hr. (8 AH Battery) ' 1000 mA (All values include 24 Hr. (24 AH Battery) '660 mA the drain from the ` communication module.) 80 Hr. (100 AH Battery) 0925 mA (with 471979 (7187-040) Power Unit) ' Deduct 75 mA for each operating panel. ` Installation Criteria for PID on Quad Trunk (w/AC power applied): Farthest PID on Quad Trunk 12.0 V (min.) With AC power Off and the battery fully charged, the voltage to a sensor being powered by the system must be greater than -the rated minimal voltage of the sensor. Sensor Current from PID 80 mA max. (current limited) Worst Case Voltage @ PID (End f of STANDBY PERIOD) 8.5 V (min.) Worst Case Voltage to Sensor (End r of STANDBY PERIOD) - 8.0 V Power Requirements.- equirements:472341 472341Control Unit: -� �' -" �= ' 110 mA 471200 (7182-200) Operating Panel 120 mA (active), 75 mA (inactive) 472318 Communicator -Module: 120 mA (active),105 mA (inactive) - - 471715 (7187-119) Printw..Int�l ;; Self powered (draws 100 mA) Unit Environmental Operatingt. Temperature Range: •„ : :.. Control Unit .327 (0'C) to 120" F (490C) Operating Panel .32'F (VC)•to.1W,.F (50'C)—•not.to.be-stored at temp -below - 4' F (-20'C) or above 158' F (700C) PID a _ :. ° ► 3ZF400C) ta12-F(490C) • .. '. ;u,;...r,�.. ...'�� _ .••rte-=•. � .:•. - .._._ - Control Unit 12 lbs (5.45 kg) " Operating Panel 14 oz (40 g) Exterior Dimensions: 40 ADT 9-92 ` T -472341/G S. Control Unit Cabinet Operating Panel 471895 (7187-027) Standard PID Housing 471943 (7187-227) Micro PID Housing Tamper: Control Unit Operating Panel Printer Interface Unit Auxiliary Relays RL -1 & RL -2 (Activate via programmable Option) SPDT, Contacts rated Relay RL -3 (Voltage output) (Activates via programmable Option) Power Out Contact rating Color. 3 13-3/4" W x 16-3/8" H x*3-7/8" D (34.9 cm x 41.6 cm x 9.8 cm) 8"Wx3"Hx1-1/2"D (20.4 cm x 7.7 cm x 3.54 cm) 9-1/4" H x 5" W x 1-5/8" D (23.5 cm x 12.7 cm x 4.1 cm) 3-3/4" H x 3-1/2" W x 1-5/8" D (97 mm x 89 mm x 42 mm) Cover included (pryoff kit available for UL listing) Cover and pryoff Cover and pryoff (TB -3 and TB -4, respectively) 2A @ 24 VAC or 24 VDC (TB -11) Regulated voltage (jumper in E3): 12 VDC @ 200 mA — (turned on during alarm) or Unregulated voltage (jumper in E4): 22 VDC @ OmA, 14 VDC @ 66 MA (turned off during alarm) 2A @ 24 VAC or 24 VDC Control Unit Cabinet Warm Brown Operating Panel Off white body, gray front EOLR Protection Loop Characteristic of Standard PID: Maximum Line Resistance Supervisory current End -of -Line Resistor Loop off -normal Retard: Cold Water Ground Connection ADT 900 ohms 3 mA 3,010 ohms, 1%,1/2 W 800 msec. One wire #16 AWG (unsupervised) 41 9-92 T -4723411G • ANN -1--- 471921(7187-061) Daytime Annunciator • QR -1 -- 471769 (7187-015) Quad Repeater APPROVALS 27-1 The 472341 FOCUS I OOD System has been submitted to the following approval agencies for listing: 1. Underwriters Laboratories Inc. (UL) 2. Federal Communications Commission (FCC) 3. Factory Mutual (FM) 4. California State Fire Marshall 5. Underwriters Laboratoriesof Canada (ULC) 27-2 The 472341 FOCUS 100D System complies with UL609, UL611, UL636, UL864, UL1610, UL1635, NFPA71 and NPPA72, and will be submitted for approval to the various European standards. ELECTRICAL/MECHANICAL SPEGFICATION 28-1 The 472341 FOCUS System is designed to meet the following specifications: Power Transformer (AC input): 1. ForSecondaryVrw*,Rnns. Up to 80• in Length 2. European Use (External Transformer) Battery (standby): Type Charge Voltage to Battery: Fuse (F3) Low Battery Signal Low Battery Cutoff Power Output at. Control Unit to Quad Trunk (D do G Lines): Nominal with AC Connected Max. Current to Quad Truck 'v Fuses Fl (Quad 1) and F2 (Quad 2) End of Standby Power Period .ADT 120V, 60 H; ChwH—(PAmary) 16.5V, 60 Hs. 50 VA Mftondary) 2201240V, 50 Hs (Primary) 16.5V, 50 Hz, 50 VA (Secondary) (2) 6V, 8 AH,os25A*sasded leadseid;•srie+ad is sss�.to 6oem.12.rohs 3.75A, Solid -State Resettable Fuse (noareplacsable) 10.5V (nominal) None 13.9 V 1000 MA (Actual• allowed is conditioned on Standby Battery capacity provided) see below L WA, Solid -State Resettable Fuse (nonreplactable) 10.2V (nominal criteria) 39 UL LISTING POWER LIMIIEU FIRE -PROTECTIVE SIGNALING CABLE (HNIR)—Continued ` CABLE USA INC. NAPLES FL 33942 E97926 (M) TV" FKP. v CABLEC CONTINENTAL CABLES CO. YORK PA 17406 963397 (M) Types PPL FKP. Pelwr limina flrevotoetive eigmal" cable. CABLECRAFT INC. MANCHESTER NH 03103 E111385 IMI Power amine IMmorotecovo uonepng cable. CANADA WIRE AND CABLE LIMITED. ONTARIO CANADA E03163 IMI M3C 3J4 Types FKF.11KOL CAROL CABLE CO INC. PAWTUCKET RI 02862 163490 IMI Types FPL FKP. Power limited Nre.oroteabve age$" cable. CAROL CABLE CO INC. WOONSOCKET RI 02896 E66267 IMI TYPO* FPL FKP. FK& Power limited 14e ootective apeeprq cable. CAT WIRE i CABLE CORP. MIAMI FL 33150 E137744 (MI Typo FPL hwor limned tbworotectwo won" able. CHAMPLAIN CABLE CORP. WINOOSKI VT 05404 E70094 (M) types FPL Me CHESTIER1 Lpw/LECORP. AaIiT,I. I NY 10918 163370 IM) ►ewe purine flrapatootive epns" cables. TYo" FPL FPLP. FFL0. COLEMAN CABLE SYSTEMS INC. NORTH CHICAGO IL E05391 IMI 60064 Typo$ FPL FKP. PK0. Power limited Ibooeteewo apnolirp Cable. COMMUNICATION CABLE INC. SIZER CITY NC 27344 9100316 (M) Typos FPL FKP. FPLIL COMMUNICATION CABLE OF MASSACHUSETTS INC. 672645 IMI ATTLEBORO MA 02703 COMPUTER WIRE 6 CABLE CO INC. LEOMINSTER MA 993420 (M) 01453 COMTRAN CORP. WHITINSVILLE MA 01688 E111271 (M) Pe -so Nmdcae Moo lecttw o4nelbq cables. Types FPL FKP. FPLR CONDUMIX. GRANADA 11620 0 F MEXICO 9138888 (S) Types FPL FK0. CONSOLIDATED ELECTRONIC WIRE 6 CABLE. FRANKLIN 178400 (M) PARK IL 00131 COOPER INDUSTRIES INC BELDEN DIV. RICHMOND IN 1164959 IMI 47374 TYPes FK FKP F►L0. OECA CABLES INC. ONTARIO CANADA K8V SW6 E120814 IMI TYPO FPL Power limited fireprolectwe algneft cob" OENAROO WIRE 6 CABLE CO INC. FITCHBURG MA E123626 (M) 01420 Powe Linked Fire Protective Signaling Cable. OOMTECH HOLOINOS INC. ONTARIO CANADA K8V SR2 E90541 (M) TY000 FPL M.P. Power limited fle"rotectho algnallng cable. EASTMAN WIRE & CABLE CO. PENNSAUKEN NJ 08110 E70388 (M) Types FK. FPLP and Power Limited Fire -Protective Signaling Cable. 1) 2) 3) 4) 5) 6) 7) 8) 9) 10) 11) 12) 13) 14) 15) 16) Standby Battery Requirements Calculation Chart -►v j:--c�-vr Z> /_ -4-e Pr - c-----) to - c,.4 Device Number of Devices Current per Device Total Device Current Common control /GO CG VS / vo ALARM SUPV. ALARM SUPV. . o'tUO .110 .'.-2pp . I /G • TOTAL REQUIRED: x -01c> .00% -0c, . G x x x BATTERY STANDBY CURRENT — TOTAL (add last column) - 2oG .•1 12 AMPERE HOURS Calculation Chart Battery standby current (line 9 above) I 1 & Standby time in hours (24 or 60 hrs)' FP I Standby ampere hours (line 10 x line 11) Alarm load Alarm time in hours (5 min. =.084 hours) _ O b9 Alarm ampere hours (line 13 x line 14) . o I 3 o4 Total ampere hours (line 12 + line 15) ;z , F -s0 9 • TOTAL REQUIRED: L) S 1 ,) C 77AH CITY OF SANFORD. FLORIDA PERMIT NO. (q4-15 DATE ���� � THE UNDERSIGNED HEREBY APPLIES FOR A PERMIT TO INSTALL THE FOL- LOWING ELECTRICAL WORK: OWNER'S NAME -4V 4 NF07C__D « 66M; ADDRESS OF JOB c� w� LL N �-;r ELEC. CONTR v I —67 Residential Non-residentiaLk � e- �� Subject to rules and regu rand national a ectric codes. Numb*r AMOUNT Alteration Addition Re air Change f Service Residential Commercial Mobile Home Factory Built Housing New Residential 0-100 Amp Service 101-200 AmR Service _ 201 Amp and above New Commercial Amp Service Application Fee /)l c ,11 C TOTAL By signing this application I am stating I will be in compliance with the NEC including Article 110, Section 110.9 and 110.10. Building Official M�sf�r E �cfrician STATE COMPETENCY NO 4e- e2 aei.Y! �j7rN. WHITED POM OF ATT011M '� /-V,S /5;; V DAT I hereby name and appoint PP of C, ! / to be my lawful attorney in fact to act f r me and apply to A A 0 IX for aT/2E /(7`Gd-�LfJ permit for work to be pe formed at a location described as: Section Township if ,Range Lot Block Subdivision • %Old GJ� LC�� G?i/���� (Address of Job) (Owner of Property and Address) and to sign my name and do all things necessar to this appointment. Type or Print name of Certified Contractor, License SiSp.ure of CertifiedContractor Acknowledged: Sworn to and subscribed before me this Day ofA.D. 19 9 Notary ublic, State of Florida (Seal) My Commission Expires: NOTI.%Y FUCLIC; STATF OF FLORIDA AT LARGE IVY CL3F:i:AI5SI0;i EXPIRES DECU43ER-11, 1994 IDONMED rrWU KUCi;LcsERRY G ASSOCIATE? 11 Features J J J J D J J J J J J 4 ZONE PANEL Lo Low power, CMOS Microprocessor based panel User alterable factory installed program Modular, 4 to 12 traditional two -wire type zones 2 Style Y or Z indicating Device circuits (Class A or B) Power limited per NEC 725 and 760 , Up to 30, 2 -wire smoke detectors per zone Initiating device circuits may. be configured as style B or D (Class A or B) All zones may be configured as Fire or Sprinkler. Supervisory Indicating Device Circuits may be selected for time limit cutoff Indicating Device Circuits may be steady or coded Indicating Device Circuits may be selected for silenceable or non-silenceable Subsequent Alarm, Supervisory and Trouble resound Disconnect switch per initiating device circuit Two multicolor LEDs per Initiating Device Circuit; active, trouble and normal Zone legend marking system for ease of installation and modification Regulated, high efficiency. switch -mode power supply.-, Supervised battery charger for 30 AH Gell Cell batteries Alarm verification per zone, selectable All field wiring terminations are transient protected Ground fault detection Indicating Device Circuits protected against short circuits Local Energy Master box circuit option Reverse polarity transmitter option for Alarm, Sprinkler Supervisory and Trouble Dialer Interface for Alarm, Sprinkler Supervisory and Trouble Large terminals for field wiring Open collector output per alarm circuit, optional relay contacts. Two cabinet sizes; 4 zone, 4 to 12 zone Cabinets available in Red or White One Man Test 4,V2 ZoflVQ pfflV00 Model LSS1 5.12 ZONE PANEL Description The Model LSS1 (Life Safety System) is a microprocessor based, power limited, traditional 2 -wire smoke detector, zoned fire control panel that may be configured from 4 to 12 zones. The panel meets the requirements of NFPA 72A,• B. C. D and NFPA 71. The base panel contains 4 class B Initiating Device Circuits; two class A Indicating Appliance Circuits that may be connected as class B; open collector outputs per Initiating Device Circuits for alarm; SPDT common alarm contacts rated for operation at 120 Vac; open collector outputs for Alarm, Trouble and Sprinkler Supervisory; and 4 -wire smoke detector power output. The front panel contains common System LEDs for: Normal, Alarm, Sprinkler Supervisory, Common Trouble, Indicating Device Uircuit.trouble and a.7. segment. digit that displays system common trouble fault conditions. Common switches are contained on the front panel for: Reset, Alarm Silence, Trouble Silence and Drill/Test. Each "' :Initiating -Device 'Circuit: has a disconnect' switch and two • •LEDs that clearly indicate the current status of the zone.- The one:The initiating device status LEDs are three color LEDs that indicate the status of the zone dependent upon the definition of the zone. Optional modules may be added to expand the base panel in four zone increments, alarm contacts per initiating device circuit provide class A initiating device card and a reverse polarity/local energy master box module. Open collector outputs are provided for connection to remote annunciator modules and provide an output alarm activation of the associated Iniating Device Circuit. The control panel comes from the factory fully programmed. If the standard program does not meet your exact requirements, the base program may be altered in the field without the use of any special programming experience or tools. The following is a list of the options that may be selected: MEMMIEDWARDS SYSTEMS TECHNOLOGY SARASOTA. FLA. 813.756-3278 Fax: 813.751-0384 FARMINGTON. CT. 203-678-0410 Fax: 203-077.1621 ffffl��� OWEN SOUND. CANADA 519.376.2430 Fax: 519.376.7258 INTERNATIONAL: CANADA 416-078.6767 Fax: 416.678.2872 270046 1014 Description (continued) Base Parameters Alarm Silence/Reset inhibit time delay - 3 minutes Initiating Device Circuit parameters Alarm or Sprinkler Supervisory zone type Alarm Verification Indicating Device Circuit parameters Coded or non -coded Code option - Temporal, March Time or Morse Code U Silenceable or non-silenceable Audible or visual circuit Alarm Limit cutoff - 10 minutes The Power supply is fully power limited to comply with NEC 725 and 760. The power supply is fully supervised and contain•§ sensing for battery faults, ground faults, brown out and internal fuse faults. All power outputs from the control panel are fully regulated and transient protected. Connection Diagram Operation In the normal mode o1 operation, the NORMAL LED flashes green and the upper LED of each zone will flash green to indicate the zone is normal. Dependent upon the definition of each of the zones, the LED group, adjacent to each zone disconnect switch will properly indicate its status. When the zone is defined as an alarm zone the upper LED will change from green to flashing RED when the zone senses an alarm condition. If the zone is in the verification cycle, the upper LED will alternately flash RED and green; once the alarm is verified only the top Red LED will flash. If the zone is defined as a Sprinkler Supervisory circuit and the zone is active (normally open contact closes) the flashing green LED will change to flashing yellow. When the zone ('defined as Fire or Sprinkler Supervisory) is open the lower LED will flash yellow indicating a trouble condition. When the zone disconnect switch is pressed the lower trouble LED will tum ON in the steady state. In the alarm condition, the operator may not RESET the panel unit it has first been Alarm Silenced thereby preventing the System Reset before the problem can be investigated. If the alarm inhibit option is selected the Panel may not be RESET until the time delay has expired. Built into the basic operating software is the option for One Man Test. This feature provides a method for maintenance personnel to test the operation of each device in the system. From the control panel, the operator may place the system into test mode and then sequentially activate each device in the system. The system will. respond.to- each fire device alarm activation in the test mode with a one second burst or activation of the audible circuit. Each Initiating Device Circuit will sound the audible circuit with a two second burst or activation in the circuit is open. After each device is tested the circuit is reset ready for the next device to be tested. LSS1 Base Panel - 4 Zones ooh. � � � omo 1 .rrt•n.G rpc•r..K 1 �•' EDWARDS SYSTEMS TECHNOLOGY ry SARASOTA. FLA. 813.756.3278 Fax: 813.751-6i84 FARMINGTON, CT, 203.678.0410 Fax: 2031x77.1621 OWEN SOUND, CANADA 519.376.2430 Fax: 519.376.7258 INTERNATIONAL: CANADA 416.678.6767 Fax: 416.678.2872 270046 2014 ULA 14 mm� ••Q:JM• 7•v,,c t r s •. V•.sw co•ucr lx -c -0-C. ec'u O•S •t, sl•.f:r� ;�tc,w •o•s• r• rewc ., ,rte...,... r. /iC •, Yn+ti v < •c K•O`[ COiS:•M 2 Z i a' �,:ZZ+Oi@22K212 2' 2 2 2••2.2 2� $ Z i ,... a, a ,,, r QD J, •w 0 72 rr ar '•:•:41 0 JJ I °` i Operation In the normal mode o1 operation, the NORMAL LED flashes green and the upper LED of each zone will flash green to indicate the zone is normal. Dependent upon the definition of each of the zones, the LED group, adjacent to each zone disconnect switch will properly indicate its status. When the zone is defined as an alarm zone the upper LED will change from green to flashing RED when the zone senses an alarm condition. If the zone is in the verification cycle, the upper LED will alternately flash RED and green; once the alarm is verified only the top Red LED will flash. If the zone is defined as a Sprinkler Supervisory circuit and the zone is active (normally open contact closes) the flashing green LED will change to flashing yellow. When the zone ('defined as Fire or Sprinkler Supervisory) is open the lower LED will flash yellow indicating a trouble condition. When the zone disconnect switch is pressed the lower trouble LED will tum ON in the steady state. In the alarm condition, the operator may not RESET the panel unit it has first been Alarm Silenced thereby preventing the System Reset before the problem can be investigated. If the alarm inhibit option is selected the Panel may not be RESET until the time delay has expired. Built into the basic operating software is the option for One Man Test. This feature provides a method for maintenance personnel to test the operation of each device in the system. From the control panel, the operator may place the system into test mode and then sequentially activate each device in the system. The system will. respond.to- each fire device alarm activation in the test mode with a one second burst or activation of the audible circuit. Each Initiating Device Circuit will sound the audible circuit with a two second burst or activation in the circuit is open. After each device is tested the circuit is reset ready for the next device to be tested. LSS1 Base Panel - 4 Zones ooh. � � � omo 1 .rrt•n.G rpc•r..K 1 �•' EDWARDS SYSTEMS TECHNOLOGY ry SARASOTA. FLA. 813.756.3278 Fax: 813.751-6i84 FARMINGTON, CT, 203.678.0410 Fax: 2031x77.1621 OWEN SOUND, CANADA 519.376.2430 Fax: 519.376.7258 INTERNATIONAL: CANADA 416.678.6767 Fax: 416.678.2872 270046 2014 ULA 14 Connection Diagram Model 4REXP - Relay Card si oMD� evo : 0 A B ' ^0. i bu -rDOO .A m.[GrV, A • .'0�1 •006.1 00/f s • •[..ea n. o a�-o In ....c 1 IK•L OOCr -.f4 b OV -VC FO f.0.1 TOS .fWT Wr,Vr, i•,Of ,�. Application Model MBPR Local Energy Master Box, Reverse Polarity Card The LSS1 is ideal in small system applications from 1 to 12 zones. Because of small size and simplicity of installation, it is ideal for installation by an electrical contractor without any special training. The control panel may be installed with the installation/wiring tfiagraiWas•a comprete" connection uide NEW" Model4CLA 4 Zone 'Class A Module MOTES: DESCRIPTION�� LSS1 240241 KV •4,M•m O LO, .Op,L.. LSS1/12 240243 Medium enclosure with 4 zones and expansion capability to 12 zones e+�su s .era �e-a 140TE5: 4 zone expansion module bu -rDOO .A m.[GrV, A • .'0�1 •006.1 00/f s • •[..ea n. o a�-o In ....c 1 IK•L OOCr -.f4 b OV -VC FO f.0.1 TOS .fWT Wr,Vr, i•,Of ,�. Application Model MBPR Local Energy Master Box, Reverse Polarity Card The LSS1 is ideal in small system applications from 1 to 12 zones. Because of small size and simplicity of installation, it is ideal for installation by an electrical contractor without any special training. The control panel may be installed with the installation/wiring tfiagraiWas•a comprete" connection uide NEW" Model4CLA 4 Zone 'Class A Module 4ZEXP - 4 Zone Expansion Card 9. NOTES: Outputs are provided to control virtually any Life Safety event required during an emergency situation:- Upon•alarm":-,- - - condition individual outputs may automatically be selected - to shut down AHUs, Shut all fire doors, provide pressurization and activate Indicating Appliances. Ordering Information MODEL a DESCRIPTION�� LSS1 240241 Small enclosure with 4 zones LSS1/12 240243 Medium enclosure with 4 zones and expansion capability to 12 zones 4ZEXP 140TE5: 4 zone expansion module 1. M1 MO13 f./O.ml'OQ! wrp -O uv, N.00 f+.A fR /4 tfTP RO�m .Goff Yl 101 00•R 4ZEXP - 4 Zone Expansion Card 9. NOTES: Outputs are provided to control virtually any Life Safety event required during an emergency situation:- Upon•alarm":-,- - - condition individual outputs may automatically be selected - to shut down AHUs, Shut all fire doors, provide pressurization and activate Indicating Appliances. Ordering Information MODEL PART NUMBER DESCRIPTION�� LSS1 240241 Small enclosure with 4 zones LSS1/12 240243 Medium enclosure with 4 zones and expansion capability to 12 zones 4ZEXP 240240 4 zone expansion module 4CLA 130171 Class A initiating circuit option card, 4 zones 4REXP 130174 4 relay circuit card MBPR 130179 Reverse Polarity/Local Energy Master Box Circuit•card EOWAROS SYSTEMS TECHNOLOGY SARASOTA. FLA. 813.756.3278 Fax: 813.751-6384 FARI,AINGTON, CT. 203.678-0410 Fac: 203.677.1621 OWEN SOUND, CANADA 519.376-2430 Fax: 519.376.7258 INTERNATIONAL: CANADA 416.678.6767 Fax: 416-078.2872 270046 3014 Specifications General Maximum current 2 A Cabinet Sizg'.00 Rough -In Dlmenslons (HWD) Overall Dimension (HWD) LSS 1 12 3/4' x 12 12' x 4 12' 12 3/4' x 12 1 /Y x 4 1141 1 32.4 cm x 31.8 cm x 11.4 CM 32.4 cmx31.8cnx10.9cm LSS 1 /12 17 3/4' x 12 1/4" x 3 12' 18 3/4' x 14' x 4 1/4' 45.1 cmx31.1 cm x9.0 an 47.6 cm x 35.6 cm x 10.9 cm input Voltage voltage 120 Vac Maximum current 2 A Frequency 47 - 65 Hz Main CPU Card Standby current Base panel w/4 zones 108 mA Class A card 10 mA 4•%Vire Smoke Power Voltage - 24 Vdc Supervisory Current 500 mA (max.) Initiating device Circuits Voltage 24 Vdc Supervisory Current per zone 3 mA Maximum Short circuit currenVckt 70 mA EOL Resistor, Fire and Sprinkler Supervisory 3.9 Kfl indicating Device Circuit Voltage 24 Vdc Maximum Current per circuit (NOTE 1) 31/2 A EOL Resistor 15 KC) Ancillary Power Voltage 24 Vdc Maximum Current (NOTE 1) 3 12 A Alarm Contacts Type SPDT Rating 120 VarJ30 Vdc, 2 A max. Open Collector outputs per zone 30 Vdc, 100 mA Engineering Specifications The Fire Alarm Control Panel shall be a low power microprocessor based unit capable of 12 Initiating Device "ircuits. The control panel shall be listed for power limited operation according to NEC 725 and 760. Initiating Device Circuits shall be user configured for either Fire Alarm (with or without alarm verification) or Sprinkler Supervisory circuits. All initiating Device Circuits shall be 2 -wire zones. The base event driven program shall be preset at the factory but with the capability of modification in the field without any special field program device. The control panel shall be listed for NFPA s-2 A, B, C and D, NFPA 71, Listed under UL category UOJZ and listed per CAN/ULC - S527. All field wiring terminals shall contain multiple levels of transient protection. The control panel shall be capable of expanding up to 12 zones with the addition o1 circuit cards in increments of 4 zones. Additional control relays and option modules shall be added to the base panel without the need of expanding the CPU or base program.' The power supply shall be a high efficiency switch mode type with battery charger for 30 AH gell cell batteries, ground fault and brown out detection. All indicating device circuits shall be selectable for silenceable, non-silenceable, coded or non -coded. All indicating Device Circuits shall be supervised and protected from short circuits on the field wiring and shall prevent power from being applied to a shorted circuit. Indicating Device Circuits shall be capable of style Y or Z operation. The control panel shall not be capable of Reset without first being Alarm Silenced. Each Initiating Device Circuit shall contain a disconnect switch and two LEDs. The two LEDs shall be capable of indicating multiple zone status conditions through the use of 4ZEXP Card Standby current 70 mA Initiating device Circuits Voltage 24 Vdc Supervisory Current per zone 3 mA Maximum Short circuit current/ckt 70 mA EOL Resistor 3.9 Kn Open Collector outputs per zone 30 Vdc, 100 mA 4REXP Card Standby Current 3 mA Current per active relay 23 mA Relay Contact Configuration SPDT Contact ratings 30 Vdc, 3.5 A max. MBRP Card Standby Current 30 mA Local Energy Master Box Output Maximum Voltage 24 Vdc Max current 275 mA Reverse Polarity Output Maximum Voltage 24 Vdc Maximum Current 6 mA NOTE 1 - Maximum current from the combination of Indicating Device circuit 1 AND Indicating device citcuil 2 AND Ancitlar/ power may not exceed 3.5 amps. red, yellow and green visual indications. If. a .zone is, normae the upper LED shall flash green; if the zone is defined as Alarm and the zone senses an alarm, the green LED shall change to red to indicate a fire alarm condition. Ii the zone is defined as a sprinkler supervisory zone and the zone senses an active tamper switch the green LED shall change to flashing yellow. The tower LED in all cases shall indicate a fault in the zone. Zones defined as alarm zones shall alternately flash the upper LED between green and red when in the alarm verification'cycle. Initiating device circuits shall be configured as either style B or D (class B or A). The front panel shall contain switches for the following functions: Reset, Alam -Silence, Trouble Silence, DriWrest and Lamp Test. Annunciation shall be provided on the front panel for the following conditions: Normal, Alarm, Sprinkler Supervisory, Trouble, Indicating Device Circuit #1 Trouble, Indicating Device Circuit #2 Trouble, Alarm Silenced, Trouble Silenced: Drill Active; AC Power Fait, Battery Trouble, Power Out, trouble, Ground Fault, External Trouble and Communications Fail. The control panel shall be capable of One Man Test. Maintenance personnel shall be capable of placing the panel in the test mode, activating a device and receive audible feedback through the indicating device circuit that the device reported. The panel shall indicate audibly the difference between an alarm and a trouble condition during the test mode. Listings UL, ULC Listings Pending - BSA, FM, CSFM It is our intention to keep the product information current and accurate. We can not cover specific applications or anticipate all requirements. All specifications +re subject to change without notice. For more information or questions relative to this Specification Sheet. contact EST. EDWARDS SYSTEMS TECHNOLOGY SARASOTA, FIA 813-7563278 Fax: 813.751.6384 FARMINGTON, CT. 203.678-0410 Fax: 203.677.1621 OWEN SOUND, CANADA 519-3762430 Fax: 519.3767258 INTERNATIONAL: CANADA 416-678-6767 Fax: 416-678.2872 270046 4of4 Prirrs0;' Cada Li ENO Elz] =_DWARDS SYSTEMS TECHNOLOGY T� Fire AXm Stations 278/2798 Series — Non -Coded Features ■ DOUBLE ACTION MODELS ■ SINGLE OR DOUBLE POLE CONTACTS o TERMINALS OR WIRE LEADS FOR FIELD CONNECTIONS o PRESIGNAL OR GENERAL ALARM OPERATION ® KEY LOCK OR TOOL RESET a BREAK GLASS OPERATION 13 SURFACE OR SEMI FLUSH MOUNTING A RED FINISH IN CONTEMPORARY STYLING ® RUGGED LEXAN CONSTRUCTION ® LATCH ACTION UNTIL RESET Description The EST Cat. No. 2788/279B series noncoded fire alarm stations are contemporary styled Lexan stations and are flexibly designed to meet a wide variety of application requirements and operational sequences. The Cat. No. 2788 series are double action stations with terminals for field wiring connections. The Cat. No. 279B series are double action stations with 6" (150mm) wire leads for field wiring connections. All types can be either presignal or general -alarm and -are FIRE ALARM INITIATING DEVICES personnel from any operated station by inserting a Cat. No. 276-K2 key into the keyswitch behind the alarm handle and turning it clockwise. WARNING: These devices will not operate without electrical power. As fires frequently cause power interruptions, we suggest you discuss further safeguards with your local fire protection specialist- Guide pecialist Guide Form Specifications Furnish and install where indicated on plans, Cat. No. (Select one of the following:) (27813 series double action manual stations with screw terminals) (2798 series double action manual stations with 6" (150mm) wire leads) for connection of installation wiring. All stations shall be of -the noncoded break glass type. " available with single or double pole alarm contacts which The stations shall be constructed of red lexan with white can be normally open, normally closed or a combination raised letters. The alarm handle shall be marked "PULL of both. Either a key or tool (depending on station selected) FOR FIRE' ;,!o provide simple, concise instructions for is required to reset. In echanism. See. specification .chart -for ....... -••activation'ofstation*by the general public.'lt shall be specific catalog numbers and features. Where a manual necessary to first lift an upper door marked "LIFT THEN station is installed on a circuit that also includes smoke PULL HANDLE" to gain access to the alarm handle. detectors, a resistor may be added in series with the alarm initiating contacts on the station so the operation of the Pulling the alarm handle shall break a glass rod and station does not extinguish alarm LEDs on operated . activate a toggle switch which shall cause the handle to detectors. The Cat. No's. 276-R and 276 -RT series resistor latch**in the alarm position. Momentary push button type kits permit field installation of the series resistor on switches shall not be acceptable. To reset the station it applicable stations. shall be necessary to open the station using (select one) For semi flush mounting use a standard North American g (a key) (a special tool), restore the toggle switch to its normal position and replace the glass rod. 4" square box with a single gang plaster cover having an overall minimum depth of 2-1/4" (57mm). For surface Stations shall be UL listed. mounting use a Cat. No. 276B -RSB surface back box. Accessories ' Operation To initiate an alarm it is necessary to first lift the upper door marked "Lift then Pull Handle", and then pull the alarm handle. The alarm handle latches in the pulled position until the station is manually reset. To reset, the station is opened using a Cat. No. 276-K1 key supplied with the station, or a tool; the toggle switch is restored to it's normal position, the break glass rod is replaced and the station is reclosed. For presignal type stations, the general alarm can be initiated by authorized Cat. No. 276-GLR — Replacement of Glass Rods Cat. No. 276-K1 — Station Reset Key, Supplied with all Key Reset Stations. Cat. No. 276-K2 — General Alarm Key. Must be ordered separately. Cat. No. 276-R' — Series Resistor Kit Cat. No. 276 -RT' — Series Resistor Kit with Terminal Block. Cat. No. 276B -RSB — Surface Back Box, red. See Ordering Table to determine Kit to order for specific stations. EDWARDS SYSTEMS TECHNOLOGY 85001-0227 SARASOTA, FLA 813-756-3278 Fax: 813-751.6384 1 Of 2 Iss. 1 FARMINGTON. CT. 203-678.0410 Fax: 203.677-1621 OWEN SOUND, CANADA 519-376.2430 Fax: 519-376-7258 INTERNATIONAL CANADA 416-678-6767 Fax: 416-678-2872 -Mounting Front View 3.9116'--1 �(91mm) 1 L r'r 7HY PUM KOW 53116' PM r (132m-) FIRE JL.�ti� Cat. No's. 278B & 279B Series 3-112' F_(89mm) 4-1/32' (726mm) Cat. No. 276B -RSB Surface Backbox 1/4' (6mm) All Models shown have optional key reset feature. 2.1/4' Semi -Flush 4' square backbox and plaster cover with single gang opening having overall min. depth of 2-1/4' (57mm) Cat. No. 278B Series With Optional Backbox Orderina Information Table Cat. No's. 277B & 279B Series Without Backbox Cat. No's. 278B & 2798 Series With 2766 -RSB Backbox Specifications CONTACT RATINGS GENERAL ALARM SWITCH I KEYSWITCH SINGLE POLE ......... :..:.3.0 -AMPS, 30 VAC, RESISTIVE LOAD 1.0 AMPS, 28 VDC, RESISTIVE LOAD DOUBLE POLE ..............1S AMPS, 30 VAC RESISTIVE LOAD 1.0 AMPS, 28 VDC, RESISTIVE LOAD CAT. NOS. 276-R AND 276 -RT SERIES RESISTOR KITS (OPTIONAL)....................560 OHMS, *5% (FOR USE IN STATIONS CONNECTED TO SMOKE 2 WATTS DETECTOR CIRCUITS). STATION HOUSING .......RED LEXAN 940 WITH WHITE LETTERS WEIGHT.........................................1 LB. (0.4kg) Catalog ',.Alarm " Surface •7r32' Station ' )tmm) Agency -Approvals Series "Resistor Cat. No's. 277B & 279B Series Without Backbox Cat. No's. 278B & 2798 Series With 2766 -RSB Backbox Specifications CONTACT RATINGS GENERAL ALARM SWITCH I KEYSWITCH SINGLE POLE ......... :..:.3.0 -AMPS, 30 VAC, RESISTIVE LOAD 1.0 AMPS, 28 VDC, RESISTIVE LOAD DOUBLE POLE ..............1S AMPS, 30 VAC RESISTIVE LOAD 1.0 AMPS, 28 VDC, RESISTIVE LOAD CAT. NOS. 276-R AND 276 -RT SERIES RESISTOR KITS (OPTIONAL)....................560 OHMS, *5% (FOR USE IN STATIONS CONNECTED TO SMOKE 2 WATTS DETECTOR CIRCUITS). STATION HOUSING .......RED LEXAN 940 WITH WHITE LETTERS WEIGHT.........................................1 LB. (0.4kg) Catalog ',.Alarm " Field Switch Station ' Type Agency -Approvals Series "Resistor Number Initiation' Cbnnectioris "' Contacts Reset ' AFafm Kit e o E CO 22 d V e e e e. d _ C '� s N "'• e V H am �� eE "� e �w z ac eu _ oe O s$ w e eo '" c a .e- 6 N6 O4 NH bf- N6 _ O V OV .o .��'. 6. a 9C Y6 G V V V =J Y:6 N N 278B-1110 X X X X X X X X 2788-1120 X X X X X X X X 2788-1210 X X X X X X X 2788-1220 X X X X X X X 2788-1310 X X X X X X X X 2788-1320 X X X X X X X X 2788.1410 X X X X X X X X X 2788-1420 X X X X X X X X X 2788-2110 X X X X X X X X X 2788-2120 X X X X X X X X X 2788-2310 X X X X X X X X X 2788-2320 X X X Y. X X X X X 2798.1110 X X X X X X X 2798-1120 X X X X X X X 2798-1310 X X X X X X X 2798-1320 X X X X X X X For "LOCAL ALARM" instead of "FIRE' on PULL HANDLE add{L) to Catalog Number e.g. 27613-1110-(L). EDWARDS SYSTEMS TECHNOLOGY Na, SARASOTA, FLA 813-756.3278 Fax: 813-751-6384 V14 FARMINGTON, CT. 20.3.678-0410 Fax: 203-677-1621"��°^"^ f, iA0wM .tlM :KIK mti�0 OWEN SOUND, CANADA 519-376-2430 Fax: 519-376-7258 85001-0227 EST. INTERNATIONAL: CANADA 416-67e-6767 Fax: 416-078.2872 2 of 2 Iss. 1 °r~i0��'~°' B wheelock -JHESIGNAL SOURCES" Wheelock's MIZ-SERIES piezoelectric Mini Homs and Mini Strobe Horns are compact electronic alarm signals that are UL listed for use in Fire Protection Systems. They are ideal for alarm signaling in individual rooms —apartments, hotels, motels, offices—where attrac- five appearance, dependable performance and , eco- nomical installation are prime concerns. MIZ-SERIES Mini Horns produce high sound output (90 dBA at 10 feet) with minimum current draw—just 15 milliamps at 24 volts, and they are available with integral strobes to meet the latest code requirements for visible signaling. All models are designed for easy installation with convenient mounting to standard single -gang boxes and in -out screw terminals for fast wiring. They are ruggedly constructed of high impact thermoplastic and are available in fire alarm red or off-white colovto blend with room decor. Features o Low current draw .117.. candela strobe .model for Americans with Disabilities Act (ADA) application. e High sound output for enhanced audibility (90 dBA at 10 feet). o Low current draw to save on power supply and wire costs (15 milliamps max). o Choice of 1.5, 15.0 or 117 candela strobes. e Just two screw -terminals on all models for fast and secure in -out wiring. o Convenient flush mounting to standard single -gang backboxes or surface mounting to Wiremold boxes. e Wide operating -voltage - range- for- compatibility .withf�... unfiltered and unregulated power supplies. e Completely electronic design to minimize in -rush current and RFI noise. o UL Listed for Fire Protective Service... .... ... Specifications MIZ SERIES PIEZOELECTRIC MINI HORNS MIZ SERIES PIEZOELECTRIC' MINI HORNS The alarm signals shall be Wheelock's MIZ-SERIES or approved equal. They shall be UL Listed for Fire Protective Service. They shall produce a sound pressure level of (90 dBA at 24 VDC; 88 dBA at 12 VDC) at 10 feet in an anechoic test chamber. Current draw shall not exceed (15 mA at 24 VDC; 10 mA at 12 VDC). Integral Strobes shall be available with optional 1.5, 15.0 or 117 candela intensity. The strobes shall be designed to produce one flash per second with continuously applied nominal voltage. Total current draw of Strobe Horn Models shall not exceed (see DC current specified in "ordering information" table). All models shall flush mount to standard single -gang electrical boxes (or surface mount to Wiremold boxes). The mounting plate shall be of flame retardant plastic and in -out screw terminals shall be provided for wiring. ' WHEELOCK, INC. - 273 BRANCHPORT AVENUE - LONG BRANCH, N. J. 07740 - (908) 222-6880 - FAX: 908-222-8707 3rdering Informationt Model Color Order Volta a OC Current dBA @ Rated Mounting 'Approvals pp Number Code SINGLE GREG AMPS 10 Feet Candela Options MIZ-12-R Ret 4209 12 0.010 88 MIZ-' Y W ' 4478 12 0.010 88 GANG BACKBOX A, B UL CFM, ULC :MIL ed 4208 24 0.015 90 NYC, FM, BFP MIZ-24-W White 4479 24 0.015 90 q1 -I2 -WS -VF -R Red 4211 12 0.060 90 1.5 C• 0 UL, CFM ULC", FM MIZ-24-WS-VF-R Red 4210 24 0.040 90 1.5 MIZ-24-WS-VF-W White 4551 24 0.040 90 1.5 MIZ-24-WH-VF-R Red 4270 24 0.090 90 15.0 1 UL, CFM, NYC, FM, BFP !MIZ-24-WM-VF-R Red 4916 24 0.102 90 117 Due to continuous development of our products, specifications and offerings "See Note 11 are subject to change vnthout notice, in accordance with Wheelock. Inc. standard terms and conditions. � WARNING: Any material extrapolated from this document or from Wheelock manuals or other documents ascribing the product for use in promotional or advertising claims, or for any other use, including description I the product's application, operation, installation and testing is used at the sole risk of the user and Wheelock ill not have any liability for such use. lounting Options (Badcboxes ordered separately.) A FLUSH MOUNTING A B SURFACE MOUNTING • �4 / I ` i ` srBACX G o Lei l. I e I r SINGLE GREG KIREMOLD BA KBOX C FLUSH MOUNTING 0 SURFACE MOUNTING I, 11 G ti51ry o 'l � SINGLE GANG OR DOUBLE • GANG BACKBOX I J DOUBLE GANG WIREMOLD BACKBOX NOTES' 2 11. 24 VOID models aro UL rated 18.0 to 31.0 VDC. 12 VDC models ant rated 9.0 to 15.6 VDC. M ewdels an be used with filtered or unfiltered fee wave rettiried (RVR) power supplies. 2. dBA Is measured at 10 het In an anechoic chamber with peak meta Nominal output trequenq is 29M It. 3. Use standar V1z deep gang pores for nosh mounting. Use 11/; deep wire mob boxes for surbrs mounting (1)/; deep for rear eonduil entrance). 4. Strobes operate only in unison with the audible signal using continuous (non -interrupted) input volage. S. AO models are polarized for line supervision.6. Strobe In -rush current is 3 times rated parent lot 1 millisecond (2 times rated currem for 10 milGsecpWs)). Circuit loses must be rated to handle this in- rush. In�hrsh currem limitation (by the power supply) does not affect strobe operation. Power supply and wiring an be based on rated (steady sate) current. 7 All strobes we designed to gash as specified with continuous applied nominal voltage. Strobe Rash rate is designed ler 1 (lash per second at 24 VDC. Strobes are not recommended for use on interrupted or pulsirq signaling circuits. e. Strobe candela rating is per UL Standard 1638 measured on anis. © Wanting: This intensity may not be a uate to alert or awaken occupants in the protected area. 9. p Warning M standard 117 CD strobes are for vertical sidewa0 mounting only with the dear lens window at Cie lower part, of the lens cold airy lens lettering property rearing Vertically. 10. © Warning* Fire Alarm strobe products other than 117 andeta are not designed ler installation at facilities under the iurisdiction of the Americans with Disabilities Ail and should not"; used at such locations. If ADA compliant devia:s are required or there are any questions• phase contact Wheelock. 11. Approvals: UL - Underwrlter's Laboratories, CFM - California Fire Marshal Listing 07135.785:115• NYC New York City. FM - Factory Mutual, ULC - Underwriters Laboratories of Canada 10.065 A for 24 VDC ULC strobe Irons); BFP - City of Chicago (Red grille only). Airing (For all models). WIRING (STROBE) HORN + — Phy _._ _ . _.... Nom' Sit Sro� or FRCP or EOL WHEELOCK, INC. - 273 BRANCHPORT AVENUE - LONG BRANCH, N. J. 07740 - (908) 222-6880 FAX: 908-222-8707 MIZ S170D•Rcv. 1192 --.-..- .. e E� wheekx* INC. Wheelock's new EH -Series Electronic Homs and EHS- Series Electronic Strobe Homs offer outstanding ad- vantages over conventional electromechanical homs in performance, packaging, and economical installa- tion. Standard broadband horn sound output is elec- tronically produced to provide up to 103 peak dB at 10 feet with only 17 milliamps of current. The solid state design minimizes concerns about in -rush current and RFI noise while providing high reliability and long op- erating life unmatched by conventional horn designs. The compact package styles incorporate durable, high -impact thermoplastic construction to provide at- tractive appearance and convenient installation to standard V backboxes. All models are available with factory attached strobes for visual signaling in unison with the audible alarm (single input) or independently (dual input). Features • Solid state construction for unmatched performance, dependability, and economy compared to conven- tional designs. • Broadband horn sound output with 103 peak dB for high audibility. • Low current draw (0.017 Amps at 24 VDC) to min- imize power supply and wiring costs. • Wide input voltage range ensures system compati- bility and allows 24 VDC horns to work on 12 VDC also, using filtered or unfiltered voltage. • Flush mounting to standard 4" backboxes without need for separate trimplate: ------ - --- - ---- - • Full range of attractive mounting options for indoor. or outdoor installations. • High impact thermoplastic design for durable service and low shipping costs. • Strobe horn models with single input for fast tandem wiring or dual inputs for independent operation of horn and strobe. • Choice of 1.5, 15.0 or 117 candela strobes. • Screw terminal inputs for convenient in -out wiring. • UL listed for Fire Protective Service. • Low current draw 117 candela strobe models for Americans With Disabilities Act (ADA) applications. EH/EHS SERIES ELECTRONIC HORNS AND STROBE HORNS SEFUrs 4 64 xreea EH -0 Specifications The Alarm Signals shall be Wheelock EH/EHS Se- ries Electronic Horns and Strobe Horns. They shall be solid state construction and shall produce a broadband horn sound output of 96 dBA (103 peak dBA) at 10 feet in an anechoic chamber. Horn cur- rent shall be 0.017 Amps at 24 VDC (0.040 Amps at 12 VDC). Strobe current shall be 0.025 Amps at 24 VDC (0.050 Amps at 12 VDC) for 1.5. candela; 0.075 Amps at 24 VDC for 15.0 candela; and 0.088 Amps at 24 VDC for 117 candela. Mountings for surface, semi -flush, flush, and outdoor installation shall be provided with screw terminals for in -out field wiring of up to #12 gauge wire. All models shall be UL Listed for Fire Protective Service. WHEELOCK, INC. - 273 BRANCHPORT AVENUE - LONG BRANCH, N. J. 07740 - (908) 222-6880 FAX: 908-222-8707 •t r Orderirlg Information ELECTRONIC STROBE HORNS (Single Input) ELECTRONIC STROBE HORNS (Oval Input) Model Order Input Input Current dBA at 10 Feet Mounting Wiring Approvals Model Order Voltage AMPS 12 VOC 24 YOC Moue Wiring Approvals Number Code (VDC) Options B' F Fg' 12 VDC 24 VDC Typical Peak Typical Peak EH -DLI -R 4027 1224 0.015 0.017 90 98 96 103 B, F Fig. 1 FM, U CFM, ULC NYC, BFP EH-OL2-R 4026 12 0.040 96 103 EH -ELI -R IEH-EL2-R 4025 12/24 0.015 0.017 90 98 96 103 A. C. D, E EH-EL2-WS-12-VF-R 4030 12 0.040 96 103 12 0.050 1.5 4024 12 1 0.040 96 103 Model Order VolInput Input Current at 10 Feet Rated Mounting Wiring Approvals Number Code VDC) AMPS) Typical Peak Candela Options (VDC) (AMPS) EHS-DLI-W-VF-R 4033 24 0.035 96 103 1.5 B' F Fg' FM, UL EHS-DL2-W-VF-R 4032 12 0.090 96 103 1.5 0.017 96 103 24 0.025 1.5 CFM, BFP EHS-ELI-W-VF-R 4029 24 0.035 96 103 1.5 A. C, 0, E EH-EL2-WS-12-VF-R 4030 12 0.040 96 103 12 0.050 1.5 EHS-EL2-W-VF-R 4028 12 0.090 96 103 1.5 Model Order Horn Voltage Horn Current dBA at 10 Feel Strobe. Voltage Strobe Current Rated Mounting Wiring Approvals Number Code (VDC) (AMPS) Typical . Peak.. (VDC) (AMPS) Candela Options PU a SERlt.�,, EHS E ' EH-OLI-WS-24-VF-R 4035 24 0.017 96 103 24 0.025 1.5 B, F Fig. 2 FM, UL, CFM, ULC" EH-DL2-WS-12-VF-R 4034 12 0.040 96 103 12 0.050 1.5 EH -ELI -WS -24 -VF -R 4031 1 24 0.017 1 96 103 1 24 0.025 1 1.5 A. C. 0, E EH-EL2-WS-12-VF-R 4030 12 0.040 96 103 12 0.050 1.5 EH -DLI -WH -24 -VF -R 4556 24 0.017 96 103 24 0.075 15.0 B, F FM, UL, CFM NYC, BFP EH -ELI -WH -24 -VF -R 4553 24 0.017 96 103 24 .0.075 15.0 A, C. D. E EH-OLI-WM-24-VF-R 4912 24 0.017 96 103 24 0.088 117 B. F UL, CFM NYC, BFP EH-ELI-WM-24-VF-R 4913 1 24 0.017 96 103J 24 0.088 1 117 1 A, C. D. E I )ue to continuous development of our products, specifications and offerings are subject to change without notice, in '-See Note 9 ocordance with Wheelock. Inc. standard terms and conditions. :OTES: 1. Hom models with 1224 input voltage are UL listed for use on 12 VDC or 24 VDC systems. 12 VOC hom models are UL listed for 9.0 to 15.6 VDC. 12 VDC strobe hom ,)odels are UL tested for 9.6 to 14.4 VDC. All 24 VOC models are UL listed for 18.0 to 31.0 VDC. All models an be used with filtered or unfiltered (full wave rectified) voltage. 2. dBA is sasured in an anedroic clamber with last meter response (typical) and peak meter response (peak). 3. Standard strobe homs have white lens with red "Fre" lettering. UL rated light -Out 1.5 candela for 12,000 peak candlepower and 15.0 candela for 70.000 peak candlepower, and 117 candela for ADA requirements. Strobe in -rush current is 3 times rated current nor milli, 1(2 times rated current for 10 milliseconds). Circuit fuses must be rated to handle this in -rush. In -rush current limitation (by the power supply) does not affect strobe operation. ( - ower / and wiring can be based on rated (steady state) current. 4. Strobe candela rating is per UL Standard 1638 measured on axis. © Waming:*This intensity may not be \\\ :equait to alert or awaken occupants in the protected area. S. All strobes are designed to flash as specified with continuous applied nominal voltage. Strobe flash rate is designed for 1 Uh per second at nominal input voltage. Strobes are not recommended for use on interrupted or pulsing signaling circuits. 6. Single input strobe homs are recommended for last wiring ler hom and strobe operate in unison on continuous alarm systems. Dual input strobe homs are recommended for coded alarm systems and for independent control of the horn and robe. 7. All standard 117 CD strobes are for venial sidewall mounting only, with the dear lens window at the lower part of the lens and any lens lettering property reading vertically. © WARNING: Fire Alarm strobe products other'than 117 candeb'ard not designed for installation at facilities under the jurisdiction 61 the Americanis wilfi• Disabilities Act and should not e used at such locations. If ADA compliant devices are required or there are any questions, please contact Wheelock. 9. Approvals: UL = Underwriters Laboratories, CFM — Caldomia ;re Marshal, ULC = Underwriters Labgralories of Canada (24 VDC. 0.0.50 A strobes for all ULC strobe horns), NYC - New York City. FM = Factory Mutual; BFP a City of Chicago. j WARNING• Any material extrapolated from this document or from Wheelock manuals or other documents describing the product for use in promotional or advertising claims, or for arty :her use, including description of the product's ap;4 iation, operation, installation and testing is used at the sole risk of the user and Wheelock will not have any liability for such use. founting Options • I models shown with optional strobe. Backboxes and plates ordered separately.) Wiring .A. SURFACE .. - B. SURFACE C. SURFACE B� I r �• t e �o I q t'1 � p I. z' � SERIES z; 0158SERIE\\� EH -E t SBB u`r c AP SERIES ° , DBB EHS•E EH•D EHS•D EH -E EHS•E J. OUTDOOR 1188 I \� E. SEMI -FLUSH t�� F. FLUSH A• i �' ono o,cw. 1 e 1 e hi TO— ! �/SFP a SERlt.�,, EHS E ' SERIES EHS•E eew SERIES EHS•0 �� r % t're = FIG. 1 Is] ROK) "M a r�fJ a l(R FIG. 2 sewer MAN P,Mo. Wd 9.oet a 1K► y.ow sr0. q,Q+nq -nl a r,cr4 a WHEELOCK, INC. - 273 BRANCHPORT AVENUE, LONG BRANCH, N. J. 07740 - (908) 222-6880 $1400 -Rev. 1192 FAX: 908-222-8707 Primed in U.S.A. .. � ,Ql�!fr 3 1-�Y� ►,6, Vey LSS4. BATTERY CALCULATION WORKSHEET 1 of 2 DEVICE.. OUANTITY,• :. DEVICE ': _TOTAL -- ',. DEVICE . _ .TOTALALARM STANDBY ' STANDBY: "ALARM CURRENT.' CURRENT. -CURRENT CURRENT (AMPS) AMPS'(AMPS)-' AMPS LSS4 1 '-.100.' .100 .070/CKT d 4ZEXP .050 .070/CKT SZEXP .080 .070/CKT 4CLA .010%018 WA WA 4REXP .003 .023/RELAY MBPR .030 275 Momentary Pulse RMOD .065 .375 4 WIRE DETECTOR S3 VISUAL WA WA SEE INDICATING (/ COMPATIBLE /6 APPLIANCE INDICATING S3 APPLIANCE TABLE AUDIBLE INDICATING WA WA SEE COMPATIBLE U D 0 / APPLIANCE INDICATING S3 APPLIANCE TABLE EXTERNAL DEVICES2 TOTAL , •• s-? [� a 6 1 10 mA standby, 18 mA in trouble condition. 2 If solenoid current exceeds Indicating Appliance current, enter the difference under device alarm current. 3 Refer to Manufacturer's literature • Must not exceed 1.0 Amps. " If an LSSPS's battery terminals are wired in parallel with those on the LSS4 to use a common battery, the common batt8ry must be sized for both loads, by totaling the standby and alarm currents from each worksheet. G '� S /,N IS �, • t-, S; 2 { C/• 11114 50 LSS4.: BATTERY CALCULATION WORKSHEET 1 of 2 '' - DEVICE OUANTITY, 3. DEVICE' TOTAL.;: ';:; DEVICE.. :, •_TOTALALARM STANDBY STANDBY- "ALARM CURRENT' ' CURRENT. CURRENT --.:.•CURRENT- (AMPS) . AMPS (AMPS)-': AMPS LSS4 1 .100.'' .100 .070/CKT 7 4ZEXP .050 .070/CKT SZEXP .080 .070/CKf 4CLA .010/.018 WA WA 4REXP .003 .023/RELAY MBPR .030 275 Momentary Pulse RMOD .065 .375 4 WIRE DETECTOR S3 VISUAL / b WA WA SEE yo, INDICATINGCOMPATIBLE d APPLIANCE Z V INDICATING ! S3 ) APPLIANCE TABLE AUDIBLE WA WA SEE INDICATING COMPATIBLE APPLIANCE INDICATING S3 APPLIANCE TABLE EXTERNAL DEVICES2 TOTAL 1 10 mA standby, 18 mA in trouble condition. 2 If solenoid current exceeds Indicating Appliance current, enter the difference under device alarm current. 3 Refer to Manufacturer's literature ' Must not exceed 1.0 Amps. " If an LSSPS's battery terminals are wired in parallel with those on the LSS4 to use a common battery, the common battery must be sized for both loads, by totaling the standby and alarm currents from each worksheet. 50 LSS4. BATTERY CALCULATION WORKSHEET 1 of 2 DEVICE QUANTITY, ':: DEVICE ,-TOTAL.'-:, DEVICE : _ TOTAL ALARM STANDBY STANDBY` "ALARM.* CURRENT. - ...CURRENT. .' CURRENT.. _ .CURRENT (AMPS). AMPS AMPS •• AMPS ' LSS4 1 .100. .100 .070/CKT a d 4ZEXP .050 ' .070/CKT 8ZEXP .080 .070/CKT 4CLA .010%018 WA WA 4REXP .003 .023/RELAY MBPR .030 275 Momentary Pulse RMOD .065 .375 4 WIRE DETECTOR S3 VISUAL WA WA SEE INDICATING COMPATIBLE Z APPLIANCE INDICATING S3 APPLIANCE TABLE AUDIBLE WA WA SEE INDICATING 6 COMPATIBLE APPLIANCE INDICATING / Z �16 S3 APPLIANCE TABLE EXTERNAL DEVICES2 TOTAL ' 1 10 mA standby, 18 mA in trouble condition. 2 If solenoid current exceeds Indicating Appliance current, enter the difference under device alarm current. 3 Refer to Manufacturer's literature • Must not exceed 1.0 Amps. " If an LSSPS's battery terminals are wired in parallel with those on the LSS4 to use a common battery, the common battery must be sized for both loads, by totaling the standby and alarm currents from each worksheet. Z 2 _ y .s0 ' : • ` BATTERY CALCULATION WORKSHEET 1 of 2• �� �� • - • STANDBY STANDBY; :ALARM CURRENT.• - _CURRENT. .:.CURRENT -..CURRENT. • (AMPS) • :, . AMPS • AMPS • AMPS LSS4 - 1 .100 ' ' .100 .070/CKT J CK 4ZEXP' .050 .676/T SZEXP .080 .070/CKT 4CLA .010/.016 WA WA 4REXP .003 .0231RELAY MBPR .030 275 Momentary Pulse RMOD .065 .375 4 WIRE DETECTOR S3 VISUAL t WA WA SEE INDICATING COMPATIBLE APPLIANCE INDICATING 6 6 S3 % l APPLIANCE S b S TABLE 0 AUDIBLE WA WA SEE INDICATING COMPATIBLE APPLIANCE INDICATING S3 APPLIANCE EXTERNAL TABLE DEVICES2 TOTAL ), �l DEVICE,.-;. QUANTITY.: � DEVICE •.':TOTAL,:-•. '�.: DEVICE .. ,.TOTAL ALARM 1 10 mA standby, 18 mA in trouble condition. 2 If solenoid current exceeds Indicating Appliance current, enter the difference under device alarm current. 3 Refer to Manufacturer's literature Must not exceed 1.0 Amps. " If an LSSPS's battery terminals are wired in parallel with those on the LSS4 to use •'a common battery, the common battery must be -sized for both loads, by totaling the standby and alarm currents from each worksheet. LSS4. STANDBY STANDBY; :ALARM CURRENT.• - _CURRENT. .:.CURRENT -..CURRENT. • (AMPS) • :, . AMPS • AMPS • AMPS LSS4 - 1 .100 ' ' .100 .070/CKT J CK 4ZEXP' .050 .676/T SZEXP .080 .070/CKT 4CLA .010/.016 WA WA 4REXP .003 .0231RELAY MBPR .030 275 Momentary Pulse RMOD .065 .375 4 WIRE DETECTOR S3 VISUAL t WA WA SEE INDICATING COMPATIBLE APPLIANCE INDICATING 6 6 S3 % l APPLIANCE S b S TABLE 0 AUDIBLE WA WA SEE INDICATING COMPATIBLE APPLIANCE INDICATING S3 APPLIANCE EXTERNAL TABLE DEVICES2 TOTAL ), �l DEVICE,.-;. QUANTITY.: � DEVICE •.':TOTAL,:-•. '�.: DEVICE .. ,.TOTAL ALARM 1 10 mA standby, 18 mA in trouble condition. 2 If solenoid current exceeds Indicating Appliance current, enter the difference under device alarm current. 3 Refer to Manufacturer's literature Must not exceed 1.0 Amps. " If an LSSPS's battery terminals are wired in parallel with those on the LSS4 to use •'a common battery, the common battery must be -sized for both loads, by totaling the standby and alarm currents from each worksheet. DEVICE,.-;. QUANTITY.: � DEVICE •.':TOTAL,:-•. '�.: DEVICE .. ,.TOTAL ALARM 1 10 mA standby, 18 mA in trouble condition. 2 If solenoid current exceeds Indicating Appliance current, enter the difference under device alarm current. 3 Refer to Manufacturer's literature Must not exceed 1.0 Amps. " If an LSSPS's battery terminals are wired in parallel with those on the LSS4 to use •'a common battery, the common battery must be -sized for both loads, by totaling the standby and alarm currents from each worksheet. P I. IF SYSTEMS TECHNOLOGY Features J J J J J J J D J J J 4 ZONE PANEL 60 Low power, CMOS Microprocessor based panel User alterable factory installed program Modular, 4 to 12 traditional two -wire type zones 2 Style Y or Z indicating Device circuits (Class A or B) Power limited per NEC 725 and 760 Up to 30, 2 -wire smoke detectors per zone Initiating device circuits may.be configured as style B or D (Class A or B) All zones may be configured as Fire or Sprinkler Supervisory Indicating Device Circuits may be selected for time limi cutoff Indicating Device Circuits may be steady or coded Indicating Device Circuits may be selected for silenceable or non-silenceable Subsequent Alarm, Supervisory and Trouble resound Disconnect switch per initiating device circuit Two multicolor LEDs per Initiating Device Circuit; active, trouble and normal Zone legend marking system for ease of installation and modification Regulated, high efficiency. switch mode• power supply- Supervised upplySupervised battery charger for 30 AH Gell Cell • .... •. . batteries Alarm verification per zone, selectable All field wiring terminations are transient protected Ground fault detection Indicating Device Circuits protected against short circuits Local Energy Master box circuit option Reverse polarity transmitter option for Alarm, Sprinkler Supervisory and Trouble Dialer Interface for Alarm, Sprinkler Supervisory and Trouble Large terminals for field wiring Open collector output per alarm circuit, optional relay contacts. Two cabinet sizes; 4 zone, 4 to 12 zone Cabinets available in Red or White One Man Test ,&V2 zmq pfflV89 Model LSS1 5-12 ZONE PANEL Description The Model LSS1 (Life SafetySystem) is a microprocessor based, power limited, traditional 2 -wire smoke detector, zoned fire control panel that may be configured from 4 to 12 zones. The panel meets the requirements of NFPA 72A, B, C. D and NFPA 71. The base panel contains 4 class B Initiating Device Circuits; two class A Indicating t Appliance Circuits that may be connected as class B; open collector outputs per Initiating Device Circuits for "alarm: SPDT common alarm contacts rated for operation at 120 Vac; open collector outputs for Alarm, Trouble and Sprinkler Supervisory; and 4 -wire smoke detector power output. The front panel contains common System LEDs for: Normal, Alarm, Sprinkler Supervisory, Common Trouble, Indicating Device Uircuit trouble.and a 7. segment... digit that displays system common trouble fault conditions. Common switches are contained on the front panel for: Reset, Alarm Silence, Trouble Silence and Drillffest. Each ""' Initiating" Device 'Circuit' has, a disconnect' switch and two •• L• EDs that clearly indicate the current status- of the zone: The initiating device status LEDs are three color LEDs that indicate the status of the zone dependent upon the definition of the zone. Optional modules may be added to expand the base panel in four -zone increments, alarm contacts per initiating device circuit provide class A initiating device card and a reverse polarity/local energy master box module. Open collector outputs are provided for connection to remote annunciator modules and provide an output alarm activation of the associated Iniating Device Circuit. The control panel comes from the factory fully programmed. If the standard program does not meet your exact requirements, the base program may be altered in the field without the use of any special programming experience or tools. The following is a list of the options that may be selected: , EDWARDS SYSTEMS TECHNOLOGY SARASOTA, FLA. 813.756.3278 Fax: 813.751.6384 FARMINGTON. CT. 203-67"410 Fax: 203677.1621 OWEN SOUND. CANADA S/9.376.2430 Fax: SM376.7258 INTERNATIONAL: CANADA 416.678-6767 Fax: 416.678.2872 270046 1014 V11 Description (continued) Base Parameters Alarm Silence/Reset inhibit time delay - 3 minutes Initiating Device Circuit parameters Alarm or Sprinkler Supervisory zone type Alarm Verification Indicating Device Circuit parameters Coded or non -coded Code option - Temporal, March Time or Morse Code U Silenceable or non-silenceable Audible or visual circuit Alarm Limit cutoff - 10 minutes The Power supply is fully power limited to comply with NEC 725 and 760. The power supply is fully supervised and contains sensing for battery faults, ground faults, brown out and internal fuse faults. All power outputs from the control panel are fully regulated and transient protected. Connection Diagram mm� 5 •r 0 .[.■„ co.,.cr Q . [ s.o.c ,Jo+.c/roux na wucmK � :;;r-1 CRCro-u 7• ru xrx Y CC r�c� :�w•: r.x .r we•.� .o s .c •c• o![ clIo—c:IIa I!' II IIIII�'I�Iliil �,:2•?1' ?2?� 2.2 2:2 2 2•2'L 2.2 � ow„ MW O0 _1 0O II © 1= O0 I7 �o Operation In the normal mode o1 operation, the NORMAL LED flashes green and the upper LED of each zone will flash green to indicate the zone is normal. Dependent upon the definition of each o1 the zones, the LED group, adjacent to each zone disconnect switch will properly indicate its status. When the zone is defined as an alarm zone the upper LED will change from green to flashing RED when the zone senses an alarm condition. If the zone is in the verification cycle, the upper LED will alternately flash RED and green; once the alarm is verified only the lop Red LED will flash. If the zone is defined as a Sprinkler Supervisory circuit and the zone is active (normally open contact closes) the flashing green LED will change to flashing yellow. When the zone (defined as Fire or Sprinkler Supervisory) is open the lower LED will flash yellow indicating a trouble condition. When the zone disconnect switch is pressed the lower trouble LED will turn ON in the steady state. In the alarm condition, the operator may not RESET the panel unit it has first been Alarm Silenced thereby preventing the System Reset before the problem can be investigated. If the alarm inhibit option is selected the Panel may not be RESET until the time delay has expired. Built into the basic operating software is the option for One Man Test. This feature provides a method for maintenance personnel to test the operation of each device in the system. From the control panel, the operator may place the system into test mode and then sequentially activate each device in the system. The.system will respond.to_ each fire device alarm activation in the test mode with a one second burst or activation of the audible circuit. Each Initiating Device Circuit will sound the audible circuit with a two second burst or activation in the circuit is open.. After.. each device is tested the circuit is reset ready for the next device to be tested. LSS1 Base Panel - 4 Zones I y - YS ••i: 7•• L�'JTLS vv.• `� / 1 I - Z mES L_•aLJ:.�a. , .. 6j J.[. [ � o. [-tc •[ss•r .. � � I l .. Z . Z m as ..J ..o.. ,' ..,., 7 Y J -x••' .yc•n.0 .0C•*rt I J WT , .L1 •�+C •'�: :.r" ! Jf pWt . ppt„ 7 1 ... .... S r•L S+iC ... •..4•.• row• C••. I. ! :.[[J J! . K. .Dc •: J -X •. zzy JJ •. -. �.LY .. v.�.+•C'1/cJ J• L•• EDWARDS SYSTEMS TECHNOLOGY SARASOTA, FLA. 813-756.3278 Fax: 813.751-6384 FARMINGTON, CT. 203-678-0410 Fax: 203677-1621 OWEN SOUND. CANADA 519-376.2430 Fax: 519.376.7258 INTERNATIONAL: CANADA 416-678-0767 Fax: 416.678.2872 270046 2 o14 Iq ®I 1 Connection Diagram Model 4REXP - Relay Card Q SI A B C C tww.A tw+ao-� Q rasa a.. an i b Ws+o am m.�c+ea v-�.oR n�wo.%c � n� as.a rwwa a OGl Of/C. wY10. b MV4 Mid ay+� inovt nMT wwn a.•OG +-.. Application Model MBPR Local Energy Master Box, Reverse Polarity Card The LSS1 is ideal in small system applications from 1 to 12 zones. Because of small size and simplicity of installation, it is ideal for installation by an electrical contractor without any special training. The control panel may be installed with the installation/wiring tfiagram as'a comprete'• connection guide. Outputs are provided to control virtually any Life Safety event required during an emergency- situation: Upon•alarm":-"- condition individual outputs may automatically be selected - - to shut down AHUs, Shut all fire doors, provide pressurization and activate Indicating Appliances. Ordering Information KTURN Model4CLA 4 Zone "Class A Module NOTES: ...0 Dens ■iv��v.o ua.o .o ..a a••vc a-+ � ay. ra KTle..[vaap .ova ra .oi eeaa 4ZEXP - 4 Zone Expansion Card E8 NOTES: DESCRIPTION��''� NOTES: .. ..a o.rrs a:.o.waroK. .Kit wawm o- ur .ataa.. ..� a.a f0. K'•a/m .P VP'!JOia 240243 Medium enclosure with 4 zones and expansion capability to 12 zones e+m+r s w+r se.a % mn.en Y4 asoc as. Q rasa a.. an i b Ws+o am m.�c+ea v-�.oR n�wo.%c � n� as.a rwwa a OGl Of/C. wY10. b MV4 Mid ay+� inovt nMT wwn a.•OG +-.. Application Model MBPR Local Energy Master Box, Reverse Polarity Card The LSS1 is ideal in small system applications from 1 to 12 zones. Because of small size and simplicity of installation, it is ideal for installation by an electrical contractor without any special training. The control panel may be installed with the installation/wiring tfiagram as'a comprete'• connection guide. Outputs are provided to control virtually any Life Safety event required during an emergency- situation: Upon•alarm":-"- condition individual outputs may automatically be selected - - to shut down AHUs, Shut all fire doors, provide pressurization and activate Indicating Appliances. Ordering Information KTURN Model4CLA 4 Zone "Class A Module NOTES: ...0 Dens ■iv��v.o ua.o .o ..a a••vc a-+ � ay. ra KTle..[vaap .ova ra .oi eeaa 4ZEXP - 4 Zone Expansion Card E8 6 DESCRIPTION��''� NOTES: .. ..a o.rrs a:.o.waroK. wvs w ..� a•wc a-. ..� a.a f0. K'•a/m .P VP'!JOia MODEL PART NUMBER DESCRIPTION��''� LSS1 240241 Small enclosure with 4 zones LSS1/12 240243 Medium enclosure with 4 zones and expansion capability to 12 zones 4ZEXP 240240 4 zone expansion module 4CLA 130171 Class A initiating circuit option card, 4 zones 4REXP 130174 4 relay circuit card MBPR 130179 Reverse Polarity/Local Energy Master Box Circuit card r EOWAROS SYSTEMS TECHNOLOGY SARASOTA, FLA. 813.756.3278 Fax: 813.751.6384 FARI+IINGTON, CT. 203-078-0410 Fax: 203.677.1621 M OWEN SOUND, CANADA 519.376.2430 Fax: 519.376.7258 INTERNATIONAL: CANADA 416.678.6767 Fax: 416-678.2872 270046 3 o14 Specifications General Voltage 120 Vac Cabinet Si Rough -In Dimensions (HWO) Overall bimenslon (HWD) L.SS1 12 3/4' x 12 12' x 4 12' 12 3/4' x 12 12' x 4 1/4' 1 32.4 cmx31.8cmxIIIA Cr1 32.4 cmx31.8crmx10.9cm LSS 1 /12 17 3/4'x 12 114"x 3 12' 18 3/4' x 14' x 4 //4' 10 mA 45.1 cumx31.1cmx9.0am 47.6 cm x 35.6 cm x 10.9 cm Input Voltage Voltage 120 Vac Maximum current 2 A Frequency 47 • 65 Hz Main CPU Card Standby current Base panel w/4 zones 108 mA Class A card 10 mA 4 -Wire Smoke Power Voltage 24 Vdc Supervisory Current 500 mA (max.) Initiating device Circuits Voltage 24 Vdc Supervisory Current per zone 3 mA Maximum Short circuit currenUckt 70 mA EOL Resistor, Fire and Sprinkler Supervisory 3.9 Kn indicating Device Circuit Voltage 24 Vdc Maximum Current per circuit (NOTE 1) 312 A EOL Resistor 15 Kn Ancillary Power Voltage 24 Vdc Maximum Current (NOTE 1) 3 12 A Alarm Contacts Type SPOT Rating 120 Vac/30 Vdc, 2 A max. Open Collector outputs per zone 30 Vdc, 100 mA Engineering Specifications The Fire Alarm Control Panel shall be a low power microprocessor based unit capable of 12 Initiating Device circuits. The control panel shall be listed for power limited operation according to NEC 725 and 760. Initiating Device Circuits shall be user configured for either Fire Alarm (with or without alarm verification) or Sprinkler Supervisory circuits. All initiating Device Circuits shall be 2 -wire zones. The base event driven program shall be preset at the factory but with the capability of modification in the field without any special field program device. The control panel shall be listed for NFPA 2 A, B. C and D, NFPA 71, Listed under UL category UOJZ and listed per CAN/ULC'- S527. All field wiring terminals shall contain multiple levels of transient protection. The control panel shall be capable of expanding up to 12 zones with the addition of circuit cards in increments of 4. zones. Additional control relays and option modules shall be added to the base panel without the need of expanding the CPU or base program: The power supply shall be a high efficiency switch mode type with battery charger for 30 AH gell cell batteries, ground fault and brown out detection. All indicating device circuits shall be selectable for silenceable, non-silenceable, coded or non -coded. All indicating Device Circuits shall be supervised and protected from short circuits on the field wiring and shall prevent power from being applied to a shorted circuit. Indicating Device Circuits shall be capable of style Y or Z operation. The control panel shall not be capable of Reset without first being Alarm Silenced. Each Initiating Device Circuit shall contain a disconnect switch and two LEDs. The two LEDs shall be capable of indicating multiple zone status conditions through the use of 4ZEXP Card Standby current 70 mA Initiating device Circuits Voltage 24 Vdc Supervisory Current per zone 3 mA Maximum Short circuit current/ckt 70 mA EOL Resistor 3.9 KQ Open Collector outputs per zone 30 Vdc, 100 mA 4REXP Card Standby Current 3 mA Current per active relay 23 mA Relay Contact Configuration SPOT Contact ratings 30 Vdc. 3.5 A max. MBRP Card Standby Current 30 mA Local Energy Master Box Ovtput Maximum Voltage 24 Vdc Max current 275 mA Reverse Polarity Output Maximum Voltage 24 Vdc Maximum Current 6 mA NOTE 1 - Maximum current from the combination of Indicating Device circuit 1 AND Indicating device circuit 2 AND Ancillary power may not exceed 3.5 amps. red, yellow and green visual indications. If a zone.is..normal. the upper LED shall flash green; if the zone is defined as Alarm and the zone senses an alarm, the green LED shall change to red to indicate a fire alarm condition. If the zone is defined as a sprinkler supervisory zone and the zone senses an active tamper switch the green LED shall change to flashing yellow. The lower LED in all cases shall indicate a fault in the zone. Zones defined as alarm zones shall alternately flash the upper LED between green and red when in the alarm verification cycle. Initiating device circuits shall be configured as either style B or D (class B or A). The front panel shall contain switches for the following functions: Reset, Ala[m.Silence, Tro;ble. Silence, Drill/Test and Lamp Test. Annunciation shall be provided on the front panel for the following conditions: Normal, Alarm, Sprinkler Supervisory, Trouble, Indicating Device Circuit #1 Trouble, Indicating Device Circuit #2 Trouble, Alarm Silenced, Trouble Silenced; Drill Active; AC Power Fail, Battery Trouble, Power Out, trouble, Ground Fault, External Trouble and Communications Fail. The control panel shall be capable of One Man Test. Maintenance personnel shall be capable of placing the panel in the test mode, activating a device and receive audible feedback through the indicating device circuit that the device reported. The panel shall indicate audibly the difference between an alarm and a trouble condition during the test mode. Listings UL, ULC Listings Pending - BSA, FM, CSFM It is our intention to keep the product information current and accurate. We can not cover specific applications or anticipate all requirements. All specifications .re subject to change without notice. For more information or questions relative to this Specification Sheet, contact EST. EDWARDS SYSTEMS TECHNOLOGY SARASOTA. FLA 813.756.3278 Fax: 813.751-6384 FARMINGTON. CT. 203-678-0410 Fax: 203-677.1621 ?� OWEN SOUND, CANADA 519-376.2430 Fax: 519.376.7258 INTERNATIONAL: CANADA 416.678-6767 Fax: 416.678.2872 270046 4of4 Prk"d>n carre4 72 ~=DWARDS SYSTEMS TECHNOLOGY ru Fire Aom Stations 278/279B Series — Non -Coded Features ■ DOUBLE ACTION MODELS ■ SINGLE- OR DOUBLE POLE CONTACTS o TERMINALS OR WIRE LEADS FOR FIELD CONNECTIONS e PRESIGNAL OR GENERAL ALARM OPERATION * KEY LOCK OR TOOL RESET o BREAK GLASS OPERATION e SURFACE OR SEMI FLUSH MOUNTING ® RED FINISH e CONTEMPORARY STYLING la RUGGED LEXAN CONSTRUCTION ® LATCH ACTION UNTIL RESET Description The EST Cat. No. 2788/279B series noncoded fire alarm stations are contemporary styled Lexan stations and are flexibly designed to meet a wide variety of application requirements and operational sequences. The Cat. No. 278B series are double action stations with terminals for field wiring connections. The Cat. No. 279B series are double action stations with 6" (150mm) wire leads for field wiring connections. All types can be either presignal-or general -alarm and -are FIRE ALARM INITIATING DEVICES personnel from any operated station by inserting a Cat. No. 276-K2 key into the keyswitch behind the alarm handle and turning it clockwise. WARNING: These devices will not operate without electrical power. As fires frequently cause power interruptions, we suggest you discuss further safeguards with your local fire protection specialist. Guide Form Specifications Furnish and install where indicated on plans, Cat. No. (Select one of the following:) (278B series double action manual stations with screw terminals) (279B series double action manual stations with 6" (150mm) wire leads) for connection of installation wiring. All stations shall be of ""the 'noncoded break glass type: ' available with single or double pole alarm contacts which The stations shall be constructed of red Texan with white can be normally open, normally closed or a combination raised letters. The alarm handle shall be marked "PULL of both. Either a key or tool (depending on station selected) FOR FIRE", to provide simple, concise instructions for is required to reset. mechanism. See. specification .chart Jor....... . ••activation" of station -by" the geheral' public.' It shall be specific catalog numbers and features. Where a manual necessary to first lift an upper door marked "LIFT THEN station is installed on a circuit that also includes smoke PULL HANDLE" to gain access to the alarm handle. detectors, a resistor may be added in series with the alarm initiating contacts on the station so the operation of the Pulling the alarm handle shall break a glass rod and station does not extinguish. alarm LEDs on operated . . activate a toggle switch which shall cause the handle to detectors. The Cat. No's. 276-R and 276 -RT series resistor latch"in the alarm position. Momentary push button type kits permit field installation of the series resistor on switches shall not be acceptable. To reset the station it applicable stations. shall be necessary to open the station using (select one) For semi flush mounting use a standard North American g (a key) (a special tool), restore the toggle switch to its normal position and replace the glass rod. 4^ square box with a single gang plaster cover having an overall minimum depth of 2-1/4" (57mm). For surface Stations shall be UL listed. mounting use a Cat. No. 276B -RSB surface back box. Accessories Operation To initiate an alarm it is necessary to first lift the upper door marked "Lift then Pull Handle", and then pull the alarm handle. The alarm handle latches in the pulled position until the station is manually reset. To reset, the station is opened using a Cat. No. 276-K1 key supplied with the station, or a tool; the toggle switch is restored to it's normal position, the break glass rod is replaced and the station is reclosed. For presignal type stations, the general alarm can be initiated by authorized Cat. No. 276-GLR — Replacement of Glass Rods Cat. No. 276 -Kt — Station Reset Key, Supplied with all Key Reset Stations. Cat. No. 276-K2 — General Alarm Key. Must be ordered separately. Cat. No. 276-R' — Series Resistor Kit Cat. No. 276 -RT' — Series Resistor Kit with Terminal Block. Cat. No. 276B -RSB — Surface Back Box, red. ' See Ordering Table to determine Kit to order for specific stations. EDWARDS SYSTErAS TECHNOLOGY 85001-0227 SARASOTA, FLA 813.756-3278 Fax: 813-751.6384 1 of 2 ISS 1 FARMINGTON. CT. 20.3-678.0410 Fax: 203.677-1621 OWEN SOUND. CANADA 519.376-2430 Fa)c 519-376-7258 INTERNATIONAL CANADA 416-678-6767 Far 416-678-2872 Mounting Front View 39116' UFF D04 `'.Wt6-ftjt r og (132mm) FIRE Cat. No 278B & 279B Series 3.112' F_(e9mm) 5-1132' (126mm) Cat. No. 2768 -RSB Surlace Backbox 1/4' All Models shown have optional key reset feature. 2.1/4' Semi -Flush 4' square backbox and plaster cover with single gang opening having overall min. depth of 2-1/4' (57mm) Cat. No. 2788 Series With Optional Backbox Ordering Information Table 1.M32' 1J�e' (11mm) rt� Cat. No's. 2778 & 279B Series Without Backbox Surface 1 ya• 2.7/16'_ r) (62rr-) Cat. No's. 278B & 279B Series With 2768 -RSB Backbox Specifications CONTACT RATINGS GENERAL ALARM SWITCH/KEYSWITCH SINGLE POLE ............. :.30 -AMPS, 30 VAC, RESISTIVE LOAD 1.0 AMPS, 28 VDC, RESISTIVE LOAD DOUBLE POLE ..............15 AMPS, 30 VAC RESISTIVE LOAD 1.0 AMPS, 28 VDC, RESISTIVE LOAD CAT. NOS. 276-R AND 276 -RT SERIES RESISTOR KITS (OPTIONAL)....................560 OHMS, *5% (FOR USE IN STATIONS CONNECTED TO SMOKE 2 WATTS DETECTOR CIRCUITS). STATION HOUSING .......RED LEXAN 940 WITH WHITE LETTERS WEIGHT.........................................1 LB. (0.09) Catalog "o. Alarm -- Field Switch ' Station ' Type - Agency — Series' -Resistor Number Anitiatiod' Cbnnectiohs Contacts' -- - Reset AI -aft ' -Approvals Kit 0 v E E _ Ev e� ci 3 o Q e C o_ G o co O c eE r r J .^_.e 0 of o u ac Q N 6 O L N H b S N -C 0 0 O U O C; V 2788-1110 X X X X X X X X 27813-1120 X X X X X X X X 2788.1210 X X X X X X X 2788-1220 X X X X X X X 2788-1310 X X X X X X X X 2788-1320 X X X X X X X X 2788.1410 X X X X X X X X X 27813-1420 X X X X X X X X X 2788-2110 X X XX X X X X X 2788-2120 X X X X X X X X X 2788-2310 X X X X X X X X X 2788-2320 X X X >; X X X X X 27913-1110 01X X X X X X X 2798-1120 X X X X X X X 2798-1310 X X X X X X X 2798-1320 X X X X X X X For "LOCAL ALARM" instead of "FIRE" on, PULL HANDLE add{L) to Catalog Number e.g. z78rs-111v-ty. EDWARDS SYSTEMS TECHNOLOGY SARASOTA, FLA. 813-756-3278 Fax:813-751.6384 V0. wok.opc. v...c*W..w WN. FARMINGTON, CT. 203.678-0410 Fax: 203.677-1621 AA �OC~0 NO iqid b "j" O" °' ' r, :+anwon a ay...o�.dor. b.w'+o.c+c+on Yvn ovm OWEN SOUND, CANADA 519-376-2430 Fax: 519-376-7258 85001-0227 Est. y INTERNATIONAL: CANADA 416-678-6767 Fax: 416.678.2872 2 of 2 Iss. 1 °i"""c'"'°' H wheeAock )THE SIGNAL SOURCES" Wheelock's MIZ-SERIES piezoelectric Mini Homs and Mini Strobe Horns are compact electronic alarm signals that are UL listed for use in Fire Protection Systems. They are ideal for alarm signaling in individual rooms —apartments, hotels, motels, offices—where attrac- tive appearance, dependable performance and . eco- nomical installation are prime concerns. MIZ-SERIES Mini Homs produce high sound output (90 dBA at 10 feet) with minimum current draw—just 15 milliamps at 24 volts, and they are available with integral strobes to meet the latest code requirements for visible signaling. All models are designed for easy installation with convenient mounting to standard single -gang boxes and in -out screw terminals for fast wiring. They are ruggedly constructed of high impact thermoplastic and are available in fire alarm red or off-white color to blend with room decor. Features o Low current draw .117.. candela strobe .model for Americans with Disabilities Act (ADA) application. o High sound output for enhanced audibility (90 dBA at 10 feet). • Low current draw to save on power supply and wire costs (15 milliamps max). o Choice of 1.5, 15.0 or 117 candela strobes. o Just two screw -terminals on all models for fast and secure in -out wiring. o Convenient flush mounting to standard single -gang backboxes or surface mounting to Wiremold boxes. o Wide operating -voltage -range• for -compatibility -with- unfiltered and unregulated power supplies. e Completely electronic design to minimize in -rush current and RFI noise. o UL Listed for Fire Protective Service. -..... . Specifications MIZ SERIES PIEZOELECTRIC MINI HORNS MIZ SERIES PIEZOELECTRIC' MINI HORNS 117 Candela Strobe Model The alarm signals shall be Wheelock's MIZ-SERIES or approved equal. They shall be UL Listed for Fire Protective Service. They shall produce a sound pressure level of (90 dBA at 24 VDC; 88 dBA at 12 VDC) at 10 feet in an anechoic test chamber. Current draw shall not exceed (15 mA at 24 VDC; 10 mA at 12 VDC). Integral Strobes shall be available with optional 1.5, 15.0 or 117 candela intensity. The strobes shall be designed to produce one flash per second with continuously applied nominal voltage. Total current draw of Strobe Horn Models shall not exceed (see DC current specified in "ordering information" table). All models shall flush mount to standard single -gang electrical boxes (or surface mount to Wiremold boxes). The mounting plate shall be of flame retardant plastic and in -out screw terminals shall be provided for wiring. WHEELOCK, INC. - 273 BRANCHPORT AVENUE - LONG BRANCH, N. J. 07740 - (908) 222-6880 - FAX: 908-222-8707 3rdering Informationt l A Order Volla a DC Current dBA @ Rated Mounting 'Approvals umber I SINGLE GANG Code D AMPS 10 Feet Candela Options SINGLE GANG FModeColor -R Red 4209 12 0.010 88 W ' 4478 12 0.010 88 A, B UL CFM, ULC ed 4208 24 0.015 90 ISINGLE � NYC, FM, BFP ii -4-W White 4479 24 0.015 90 BACKBOX 4IZ-I2-WS-VF-R Red 4211 12 0.060 90 1 1.5 C, 0 UL. CFM ULC', FM MIZ-24-WS-VF-R Red 421024 0.040 90 1.5 MIZ-24-WS•VF-W White 4551 24 0.040 90 1.5 'AIZ-24-WH-VF-R Red 4270 24 0.090 90 15.0 UL, CFM, NYC, FM, BFP MIZ-24-WM-VF-R Red 1 4916 24 0.102 90 117 Due to continuous development of our products, specifigdons and offerings **See Note 11 ere subject to change without notice, In accordance whh Wheelock, Inc., standard terms and conditions. � WARNING: Any material extrapolated from this document or tram Wheelock manuals or other documents escribing the product for use in promotional or advertising claims, or for any other use, including description I the product's application, operation. installation and testing is used at the sole risk of the user and Wheelock ill not have any liability for such use. lounting• Options (Backboxes ordered separately.) A FLUSH MOUNTING A B SURFACE MOUNTING . �4 t ` i I SINGLE GANG 1 I C I � I I F. BACKBOX SINGLE GANG WIREMOLD BACKBOX C FLUSH MOUNTING 0 SURFACE MOUNTING e GANG � ISINGLE � GBALCK80X I DOUBLE GANG WIREMOLO BACKBOX 102 1. 1 4 VDC models am UL rated 1e.0 to 31.o VOC. 12 VOC rrodels are rated 8.0 to 15.6 VDC. AD models can be used with filtered or unfiltered ND wave reclined (FWR) power supplies. 2. 46A Is measured at 10 led In an arhedhok dumber with peak meter staresponse Nominal output trepuancy is 2900 Va. 3. Use ndard hit deep Prig 0 bofor nush mounding. Use 13/t deep wire mob bora for aurpoe mounting (1% dap for rete wndult entrance). t. Strobes operate only to unison with the audible signal using continuous rbWmpted) input voltage. S. Alt models are potaritcd for tine upervfsion.6. Strobe in -rush current is 3 Sims rated euribee�nettfpfor � sI) m8fisecond (2 times rated curtail for 10 nosh. to-rtrsfh-arreerrl lim�dawn (by the power supply) must be rated to handle � not affect strobe operation. Power supply and wiring an be baud on rated (sleaAjr %t,) curtail. 7. All strobe arc designed to flash as specified with continuous applied nominal votage. Strobe Rash rate is designed for 1 hash per second at 24 VDC. Strobes are not recommended for use on interrupted or pulsing signaling circuits. e. Str�obe candela rating is per UL Standard l638 be a0equaterto aleraxis. or awaken owpantsin the �proteccted not ea. 9. Q Waminp: M standard 117 CO strobes am for vertical sidewaD mounting only with the dear lens window at the borer part of the lens apo any lens lettering properly reading vertnly 10. © Wanting: Fire Alarm strobe products other tun 117 candela are not designed for installation at facilities under the jurisdiction of the Amerians with O'wbirdies M and should not be used at such WeltionS. II ADA compliant devices are required or there are any questions• please comact Wheelock. 11. Approvals; UL a Underwriter's Laboratories, CFM - California Fire Marshal Listing 07135.785:115, NYC New York CAy. FM - Factory Mutual, ULC - Underwriters laboratories of Garuda (0.065 A for 24 VDC ULC strobe lams); 8FP v City of Chicago (Red grille only). Wiring (For all models). WIRING (STROBE) HORN + — PrexiWxnp ... - JJ Nom. .. - - -•- S' sigP4 or FACP or EDL WHEELOCK. INC. - 273 BRANCHPORT AVENUE - LONG BRANCH, N. J. 07740 - (908) 222-6880 FAX: 908-222-8707 MIZ S1700-Rcv. 1192 ..__....... e A EI C Wheelock INC. Wheelock's new EH -Series Electronic Homs and EHS- Series Electronic Strobe Homs offer outstanding ad- vantages over conventional electromechanical homs in performance, packaging, and economical installa- tion. Standard broadband horn sound output is elec- tronically produced to provide up to 103 peak dB at 10 feet with only 17 milliamps of current. The solid state design minimizes concerns about in -rush current and RFI noise while providing high reliability and long op- erating life unmatched by conventional horn designs. The compact package styles incorporate durable, high -impact thermoplastic construction to provide at- tractive appearance and convenient installation to standard 4" backboxes. All models are available with factory attached strobes for visual signaling in unison with the audible alarm (single input) or independently (dual input). Features • Solid state construction for unmatched performance, dependability, and economy compared to conven- tional designs. • Broadband horn sound output with 103 peak dB for high audibility. • Low current draw (0.017 Amps at 24 VDC) to min- imize power supply and wiring costs. • Wide input voltage range ensures system compati- bility and allows 24 VDC homs to work on 12 VDC also, using filtered or unfiltered voltage. • Flush mounting to standard 4" backboxes without need for separate trimplate: --- - -" --- - -- — - - - - • Full range of attractive mounting options for indoor.. or outdoor installations. • High impact thermoplastic design for durable service and low shipping costs. • Strobe horn models with single input for fast tandem wiring or dual inputs for independent operation of horn and strobe. u Choice of 1.5, 15.0 or 117 candela strobes. • Screw terminal inputs for convenient in -out wiring. • UL listed for Fire Protective Service. • Low current draw 117 candela strobe models for Americans With Disabilities Act (ADA) applications. EWEHS SERIES ELECTRONIC HORNS AND STROBE HORNS SFR1E5 Wltb EHS-D Specifications The Alarm Signals shall be Wheelock EH/EHS Se- ries Electronic Horns and Strobe Horns. They shall be solid state construction and shall produce a broadband horn sound output of 96 dBA (103 peak dBA) at 10 feet in an anechoic chamber. Horn cur- rent shall be 0.017 Amps at 24 VDC (0.040 Amps at 12 VDC). Strobe current shall be 0.025 Amps at 24 VDC (0.050 Amps at 12 VDC) for 1.5 candela; 0.075 Amps at 24 VDC for 15.0 candela; and 0.088 Amps at 24 VDC for 117 candela. Mountings for surface, semi -flush, flush, and outdoor installation shall be provided with screw terminals for in -out field wiring of up to #12 gauge wire. All models shall be UL Listed for Fire Protective Service. WHEELOCK, INC. - 273 BRANCHPORT AVENUE I LONG BRANCH, N. J. 07740 - (908) 222-6880 FAX: 908-222-8707 Ordering Information ELECTRONIC STROBE HORNS (Single Input) ELECTRONIC STROBE HORNS (Dual Input) , Model Order Input Input Input Current dBA at 10 Feet Rated Moufltinq Wiring Approvals odeOrder Fmmumbe]r Code Voltage AMPS 12 VDC 24 VOC MouMingWiring Peak Approvals Options (AMPS) Code (VDC) Options 24 0.035 12 VDC 24 VOC Typical, Peak T ial Peak 103 EH-Ol1-R 4027 12!14 0.015 0.017 90 98 96 103 B. 4032 12 0.090 96 103 1.5 EHS-ELI-W-VF-R 1 EH OL2 R 4026 12 0.040 96 103 EI )NIC EH-EL2-WS-12-VF-R 4030 12 0.040 96 103 12 0.050 1.5 Fig. 1 FM, UL CFM, ULC EH-EL1-R 4025 12/24 0.015 0.017 90 98 96 103 B, F HO.. NYC, BFP EH-EL2-R 4024 12 0.040 1 1 96 1103 ELECTRONIC STROBE HORNS (Single Input) ELECTRONIC STROBE HORNS (Dual Input) , Model Order Input Input d8A at 10 Feet Rated Moufltinq Wiring Approvals Number Code (VDC) AMPS Typical Peak Candela Options (AMPS) Candela EHS-DLI-W-VF-R 4033 24 0.035 96 103 1.5 B, F Fg 1 FM, UL CFM, BFP EHS-DL2-W-VF-R 4032 12 0.090 96 103 1.5 EHS-ELI-W-VF-R 1 4029 24 0.035 1 103 1.5 A, C. D, E EHS-EL2-W-VF-R 4028 12 0.090 96 103 1.5 Model Order Horn Voltage Horn Current dBA at 10 Feet Strobe Voltage Strobe Current Raled Mounting Wiring Approvals Number Code (VOC) (AMPS) Typical Peak . (VDC) (AMPS) Candela Options SERIES EHS•D 4n EH -DLI -WS -24 -VF -R 4035 24 0.017 96 103 24 0.025 1.5 B, F Fig. 2 FM, UL, CFM, ULC-- EH-DL2-WS-12-VF-R 4034 12 0.040 96 103 12 0.050 1.5 EH-EL1-WS-24-VF-R 4031 24 0.017 96 103 24 0.025 1.5 A, C. D, E EH-EL2-WS-12-VF-R 4030 12 0.040 96 103 12 0.050 1.5 EH-DL1-WH-24-VF-R 4556 24 0.017 96 103 24 0.075 15.0 B, F FM, UL, CFM NYC, BFP EH -ELI -WH -24 -VF -R 4553 24 0.017 96 103 24 .0.075 15.0 A, C. D, E EH-DLI-WM-24-VF-R 4912 24 0.017 1 96 T 103 24 0.088 117 B, F UL, CFM NYC, BFP EH-ELI-WM-24-VF-R 1 4913 24 0.017 1 96 1 103 24 0.088 117 1 A, C, D. E )ue to continuous development of our products, specifications and offerings are subject to change without notice, in "See Note 9 aordance with Wheelock, Inc. standard terms and conditions. TOTES: 1. Horn models with 1224 input voltage are UL listed for use on 12 VDC or 24 VDC systems. 12 VDC horn models are UL listed for 9.0 to 15.6 VDC. 12 VDC strobe horn iodels are UL tested for 9.6 to 14.4 VDC. A 124 VOC models are UL listed for 18.0 to 31.0 VDC. All models an be used with filtered or unfiltered (full wave reed) voltage. 2. d8A is esured in an anechoic chamber with fast meter response (typical) and peak meter response (peak). 3. Standard strobe homs have white lens with red "Fre" lettering. UL rated light .put 1.5 candela for 12,000 peak candlepower and 15.0 andeta for 70,000 peak candlepower, and 117 candela for ADA requirements. Strobe in -rush current is 3 times rated current for milli, 1(2 times rated current for 10 milliseconds). Circuit fuses must be rated to handle this in -rush. In -rush current limitation (by the power supply) does not affect strobe operation. - o I 1 and wiring can be based on rated (steady state) current. 4. Strobe candela rating is per UL Standard 1638 measured on axis. © Warning: This intensity may not be $equate to alert or awaken occupants in the protected area. 5. All strobes are designed to Hash as specified with continuous applied nominal voltage. Strobe flash rate is designed for 1 Uh per second at nominal input voltage. Strobes are not recommended for use on interrupted or pulsing signaling circuits. 6. Single input strobe homs are recommended for fast wiring .ben hom and strobe operate in unison on continuous alarm systems. Dual input strobe homs are recommended for coded alarm systems and for independent control of the hom and Jobe. 7. All standard 117 CD strobes are for vertical sidewall mounting only, with the dear lens window at the lower part of the lens and any lens lettering property reading vertically. . © WARNING: Fre Alarm strobe products other'than 117 candeB'art not designed fdr installation at facilities uddei the iirrisdictidn of the Arrierirans wit i' D'Isabilhies Act and should not e used at such locations. If AOA compliant devices are required or there are any questions, please contact Wheelock. 9. Approvals: UL = Underwriters Laboratories, CFM = California ;re Marshal, ULC = Underwriters Laboratories of Canada (24 VDC, 0.050 A strobes for all ULC strobe homs), NYC = New York City, FM = Factory Mulual; BFP = City of Chicago. j WARNING: Any material extrapolated from this document or from Wheelock manuals or other documents describing the product for use in promotional or advertising claims, or for arty um( use, including description of the product's api lication, operation, installation and testing is used at the sole risk of the user and Wheelock wiWnot have any liability for such use. bunting Options A models shown with optional strobe. Backboxes and plates ordered separately.) Wiring A. SURFACE B. SURFACE ......... C. SURFACE e i. oAP II i SERIES z, EH -E SERIES SBB EH -D SERIES ° OBB EH -E EHS-E EHS-O EHS-E J. OUTDOOR WBB E. SEMI FLUSH ��—� 0; F. FLUSH �. • P i oar o,c�o. 9%001 C. SERIt'= : EHS E `� SERIES v�SFP EHS 1' E 211j' deep DxJbO>< SERIES EHS•D 4n sq. x 0. FIG. 1 ISIROK) NMN �eaenp .Nw a ISP [a 0. FIG. 2 sorer Nosh 9%001 Nra d K. ares neabp 4n la �res 0. WHEELOCK. INC. • 273 BRANCHPORT AVENUE • LONG BRANCH, N. J. 07740 ` (908) 222 -MO S140131 -Rev. 1192 FAX: 908-222-8707 Printed in U.S.A. 13/rtr 3 F//i'•%6/ V4 -y LSS4 • BATTERY CALCULATION WORKSHEET 1 of 2 ' DEVICE .. QUANTITY. %. DEVICE :.TOTAL -. '; DEVICE TOTAL ALARM STANDBY' ' STANDBY 'ALARM ' = CURRENT.' CURRENT • CURRENT CURRENT (AMPS) AMPS AMPS • AMPS LSS4 1 .100 ' .100 .070/CKT- 4ZEXP .050 .070/CKT SZEXP .080 V .070/CKT 4CLA .010%018 WA WA 4REXP .003 .023/RELAY MBPR .030 275 Momentary Pulse RMOD .065 .375 4 WIRE DETECTOR S3 VISUAL WA WA SEE INDICATING i/ COMPATIBLE /6 APPLIANCE INDICATING r S3 APPLIANCE TABLE AUDIBLE INDICATING WA WA SEE COMPATIBLE 70 1300 APPLIANCE INDICATING S3 APPLIANCE TABLE EXTERNAL DEVICES2 TOTAL • %� [� ' f sw/ 1 10 mA standby, 18 mA in trouble condition. 2 If solenoid current exceeds Indicating Appliance current, enter the difference under device alarm current. 3 Refer to Manufacturer's literature • Must not exceed 1.0 Amps. If an LSSPS's battery terminals are wired in parallel with those on the LSS4 to use a common battery, the common battery must be sized for both loads, by totaling the standby and alarm currents from each worksheet. tv .;Y ;I r c� , O -Y# S i Z i V11 LSS4. BATTERY CALCULATION WORKSHEET 1 of 2.'- DEVICE . QUANTITY. : DEVICE ,,...TOTAL. DEVICE .:. JOTAL ALARM STANDBY STANDBY- "ALARM CURRENT' CURRENT. .: CURRENT . CURRENT. (AMPS) AMPS AMPS • ' . J AMPS LSS4 1 .100 .100 .070ICKT , 7 4ZEXP .050 ' I .070/CKT 8ZEXP .080 .070✓CKT 4CLA .010%018 • WA WA 4REXP .003 .023/RELAY MBPR .030 275 Momentary Pulse RMOD .065 .375 4 WIRE DETECTOR S3 VISUAL / 5 WA WA SEE INDICATING COMPATIBLE D APPLIANCE INDICATING , S3 APPLIANCE L TABLE AUDIBLE WA WA SEE INDICATING COMPATIBLE APPLIANCE INDICATING S3 APPLIANCE TABLE EXTERNAL DEVICES2 TOTAL �' /do _JI 11 110 mA standby, 18 mA in trouble condition. 2 If solenoid current exceeds Indicating Appliance current, enter the difference under device alarm current. 3 Refer to Manufacturer's literature • Must not exceed 1.0 Amps. If an LSSPS's battery terminals are wired in parallel with those on the LSS4 to use a common battery, the common battery must be siz W for both loads, by totaling the standby and alarm currents from each worksheet. /4 -/ WX 4 t� Al f 50 A LSS4. BATTERY CALCULATION WORKSHEET 1 of 2-'-:- -'':-DEVICE.: DEVICE... QUANTITY, :: DEVICE TOTAL:—. ';. DEVICE, _ •,TOTALALARM STANDBY ' STANDBY- ALARM: CURRENT .CURRENT..' CURRENT.. i CURRENT (AMPS), AMPS AMPS - AMPS LSS4 1 .100., .100 .070/CI(T 6 d 4ZEXP .050 .070/CICT 8ZEXP .060 .070/CKT 4CLA .010%018 WA WA 4REXP .003 .023/RELAY MBPR .030 275 Momentary Pulse RMOD .065 .375 4 WIRE DETECTOR S3 VISUAL WA WA SEE INDICATING COMPATIBLE Z APPLIANCE INDICATING S3 APPLIANCE TABLE AUDIBLE WA WA SEE INDICATING 6 COMPATIBLE APPLIANCE INDICATING /Z i!6 S3 APPLIANCE TABLE EXTERNAL DEVICES2 TOTAL ILL 1 10 mA standby, 18 mA in trouble condition. 2 If solenoid current exceeds Indicating Appliance current, enter the difference under device alarm current. 3 Refer to Manufacturer's literature ' Must not exceed 1.0 Amps. If an LSSPS's battery terminals are wired in parallel with those on the LSS4 to use a common battery, the common battery must be sized for both loads, by totaling the standby and alarm currents from each worksheet. S Alri,y - r 50 LSS4. BATTERY CALCULATION WORKSHEET 1 of 2 DEVICE,., . QUANTITY. :'. DEVICE ;_TOTAL •••. '.;.-..DEVICE TOTALALARM STANDBY STANDBY 'ALARM' CURRENT - CURRENT .'CURRENT CURRENT (AMPS). AMPS *'(AMPS)-' AMPS LSS4 1 .100 .100 .070/CKT J 4ZEXP' .050 .070/CKT 8ZEXP .090 .070/CKT 4CLA .010018 WA WA 4REXP .003 .023/RELAY MBPR .030 275 Momentary Pulse RMOD .065 .375 4 WIRE DETECTOR S3 VISUAL f t WA WA SEE INDICATING COMPATIBLE 6 APPLIANCE S3 % Z INDICATING APPLIANCE 11 , 1 0 y TABLE _ 10 AUDIBLE WA WA SEE INDICATING COMPATIBLE APPLIANCE INDICATING S3 APPLIANCE TABLE EXTERNAL DEVICESZ TOTAL JL*. ' / d�J1 1 10 mA standby, 18 mA in trouble condition. 2 If solenoid current exceeds Indicating Appliance current, enter the difference under device alarm current. 3 Refer to Manufacturer's literature Must not exceed 1.0 Amps. If an LSSPS's battery terminals are wired in parallel with those on the LSS4 to use a common battery, the common battery must be sized for both loads, by totaling the standby and alarm currents from each worksheet. 1410-147 6, Sit. t: 50 ri els Gr.�/� L Name: Address: Representative: Telephone: FIRE ALARM SYSTEM CERTIFICATION AND DESCRIPTION Protected System System Service Property Installer Supplier organization Tri -City Electric Tri -City Electric 430 West Drive 430 West Drive Altamonte Springs, FL Altamonte Springs.FL 407/788-3500 Location of As Built Drawings: To be forwarded through General Contractor to Owner Location of Owners' Manual: To be forwarded through General Contractor to Owner Location of Test Reports: To be forwarded through General Contractor to Owner 407/788-3500 1. Certification of System Installation: (Fill out after installation is complete and wiring checked for opens, shorts, ground faults, and improper branching, but prior to conducting operational acceptance tests.) This system installation was inspected by Tri -City Electrical Contractors. Inc., on and found to comply with the installation requirements of: NFPA 72A, 728, 72C, 72D, 72E, 72F (Circle any that apply) Article 760 of NFPA 70, National Electrical Code NFPA 72H Manufacturer's Instructions Other (specify) Signed Date Organization Tri -City Electrical Contractors. Inc. 2. Certification of System Operation: All operational features and functions of this system were tested by on and found to be operating properly in accordance with the requirements of: NFPA 72A, 728, 72C, 72D, 72E, 72F (Circle any that apply) Job Specifications NFPA 72H Manufacturer's Instructions Other (specify) Signed Date Organization Test Witness for the Authority Having Jurisdiction 3. 3. Type(s) of System or Service: NFPA 72A - Local. If alarm is transmitted to locations) off premise, list where received: NFPA 728 - Auxiliary. Indicate type of connection: Local Energy, Shunt, Parallel Telephone Location and telephone number for receipt of signals: NFPA 72C - Remote Station Location and telephone number for receipt of signals: Alarm: Supervisory: NFPA 72D - Proprietary. If alarms are retransmitted to Public Fire Service Communications Center or Central Station, indicate location and telephone number of the organization receiving alarm. Indicate how alarm is retransmitted NFPA 72F - Emergency Voice/Alarm Service. Quantity of voice/alarm channels: Single Multiple (specify) Quantity of speakers installed: Quantity of speaker zones: Quantity of telephones or telephone jacks included in system: 4. Alarm Initiating Devices and Circuits: Quantity and style (see NFPA 72A, Table 2-12.1) of initiating device circuits connected to system: Quantity Style Types and quantities of alerm initiating devices installed: Manual Stations Noncoded Coded Quantity Smoke Detectors Ion Photo Quantity Duct Detectors Ion Photo Quantity Sprinkler Water Flow Switches Quantity Other: (List) Quantity 5. Alarm Indicating Appliances and Circuits: Quantity of indicating appliance circuits connected to system: Types and quantities of alarm indicating appliances installed: Bells: Size Quantity Horns: Quantity Chimes: Quantity Other: (specify) Quantity Visible Signals Type: Quantity Indicate whether combined with audible, or mounted separately. 6. Supervisory Signal Initiating Devices and Circuits: Quantity and style (see NFPA 72A, Table 2-12.1) of supervisory circuits: Quantity , Style Types and quantities of supervisory signal initiating devices installed: Sprinkler Control Valve Quantity Building Temperature Quantity Site Water Temperature Quantity Site Water Supply Level Quantity Electric Fire Pump: Fire Pump Power Quantity Fire Pump Running Quantity Engine Driven Fire Pump: Selector in Auto. Position Quantity Engine or Control Panel Trouble Quantity Fire Pump Running Quantity Engine Driven Generator Selector in Auto. Position Quantity Control Panel Trouble Quantity Transfer Switch Quantity Engine Running Quantity Other Supervisory Function (specify): Quantity 7. Signaling Line Circuits: Quantity and style (See NFPA 72A, Table 2-13.1) of signaling line circuits connected to system: Quantity Styles) 8. System Power Supplies: a. Primary (Main): Nominal Voltage: , Amps Overcurrent Protection: Type: , Amps Location: b. Secondary (Standby): Storage Battery: Amp-Hr. Rating Calculated capacity to operate system, in hours 24, 60 Engine-driven generator dedicated to fire alarm system: Location of fuel storage: C. Emergency or Standby System used as a backup to Primary Power Supply, instead of using a Secondary Power Supply: Emergency System described in NFPA 70, Article 700. Legally Required Standby System described in NFPA 70, Article 701. Optional Standby System described in NFPA 70, Article 702, which also meets the performance requirements of Article 700 or 701. 9. System Deviations from the Referenced NFPA Standards: None As Follows (describe fully): Prior to expiration of 1 year warranty, it is the Owner's obligation to hire a certified fire alarm company to keep system cleaned and tested (Per NFPA 72H) Owner's Signature: