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Specifications
- 131� eaoo6 — too a 51 F sW OIAWH4-A4 Sr verixn T igar d C entral Of 8840 Southwest Burnham Tigard, Oregon 97223 Building Property Number: 5460 -B02 I ' Fire Detection & Alarm System: Battery & Voltage -Drop Calculations, ;I Data Sheets, with System Drawings. • �I I ECE V RECEIVE lAK 11b CITY Ur FIGARD BUILDING DIVISION I � � - I)TS Systems. Inc. 7905 Southwest Nimbus Avenue. Beaverton. Oregon 97008 Phone (503)643-3127 Facsimile (503) 643 -6194 DTS Systems, Inc. 7905 Southwest Nimbus Avenue, Beaverton, OR 97008 MOMS , MC. 503/643 -3127 • Fax 503/643 -6194 • CCB# 134056 V DTS Systems, Inc. (b. Date: 3/16/2006 ,IY 7905 Southwest Nimbus Avenue Beaverton, OR 97008 �! PH (503) 643 -3127 FX (503) 643 -6194 CCB #134056 V sNster.u, Inc. Verizon Tigard Central Office Fire Alarm Control Panel (FCP ) . lcula tions: . ' . - _ . -: - , • Battery Ca - ' . A - l i • C . ' ' - ' ' ' ' ' D. . E - ,F. Device /Module Quantity of Standby Total Standby Alarm Total Alarm Model Number Device /Module Current (AMPS) Current Current Current BxC AMPS (BxE) Control Panel(s)s &;Modules; _ °' , `. - ' ' .. , ' � _ . _ , ... ,. Central Control Module CCM 1 0.0700 0.0700 0.2100 0.2100 RXTX Module RXTX 1 0.0350 _ 0.0350 0.0350 0.0350 Power Supply /Charger PS 1 0.0600 0.0600 0.0600 0.0600 I/O Motherboard Single -Loop 1 0.0350 0.0350 0.0350 0.0350 Intelligent Interface Module IIM -2000 1 0.0700 0.0700 0.1000 0.1000 Agent Release Module 64-200001-001 0 0.025 0.0000 0.1400 0.0000 Future Use 0 0.01 0.0000 0.0100 0.0000 Signal `Line Ord.*: . ' ' . `. . .- . :.:- . ' .. . .. • Photoelectric Detector 71-402001 -100 54 ( 0.000405 0.021870 0.000445 0.024030 1 Ionization Detector 70- 402001 -100 0 0.000400 0.000000. 0.000440 0.000000 Thermal Detector 70- 404001 -100 14 0.000400 0.005600 0.000380 0.005320 Output Module 70- 408004-001 13 0.000330 0.004290 0.000350 0.004550 Input Module 70- 407008 -001 28 0.000310 0.008680 0.000380 0.010640 Sum Column for Standby Load (AMPS) 0.3104 Multiply by Required Standby Time (24 Hours) x 24 Total' Standby. 7.45056 Sum Column for Alarm Load ( AMPS) 0.4845 Multiply by Required Alarm Time ( 5 Minutes) x 0.083 Total Alarm AH 0.040 TOTAL STANDBY TOTAL ALARM REQUIRED AH SAFETY FACTOR 'TOTAL.SYSTEM . BATTERIES (G) (H) (G+H) MULTIPLY x1.2 AH REQUIRED USED 7.451 0.040 7.491 Times 1.2 8.99 17ah Fire Alarm Control Panel Battery Calculations B I) DTS Systems, Inc. 0 IMS 7905 Southwest Nimbus Avenue Beaverton, OR 97008 PH (503) 643 -3127 FX (503) 643-6194 CCB #134056 Si/stems. inc. M ,r ' F Verizon Tigard Central Office Notification Appliance Power Supply ( NPS) Date: 3/16/2006 Battery Calculations:': _ . 'A : . B' C : . , , . . - D E.. ... F Device /Module Quantity of Standby Total Standby Alarm Total Alarm Model Number Device /Module Current (AMPS) Current Current Current BxC AMPS (BxE) Control :Panel(s).& Modules:' - - MAC Power Suppy PS- 12124 -8 1 0.0750 0.0750 0.0000 0.0000 ` Notification Appliances:, . . " ,;;, - 1 .: - , . ADA Horn/Strobe @ 15cd l NS- 24MCW -FR 7 0.000 0.000 0.061 0.427 ADA Horn/Strobe @ 30cd NS- 24MCW -FR 11 0.000 0.000 0.085 0.935 ADA Hom /Strobe © 75cd NS- 24MCW -FR 12 0.000 0.000 0.129 1.548 ADA Hom /Strobe ©110cd NS- 24MCW -FR 3 0.000 0.000 0.167 0.501 ADA Strobe © 15cd RSS- 24MCW -FR 8 0.000 0.000 0.041 0.328 ADA Strobe @ 30cd RSS- 24MCW -FR 2 0.000 0.000 0.063 0.126 ADA Strobe © 75cd RSS- 24MCW -FR 3 0.000 0.000 0.109 0.327 ADA Strobe @ 110cd RSS- 24MCW -FR 0 0.000 0.000 0.140 0.000 ADA Weather -Proof Horn/Strobe ASWP- 2475W -FR 0 0.000 0.000 0.158 0.000 ADA Weather -Proof Strobe RSSWP- 2475W -FR 0 0.000 0.000 0.102 0.000 Sum Column for Standby Load (AMPS) 0.0750 Multiply by Required Standby Time ( 24 Hours) x 24 • - - Total, Standby AH 1.8 Sum Column for Alarm Load ( AMPS) 4.1920 Multiply by Required Alarm Time ( 5 Minutes) x 0.083 1 otalAlarm,AFl 0.348 TOTAL STANDBY TOTAL ALARM REQUIRED AH SAFETY FACTOR TOTAL SYSTEM BATTERIES (G) (H) (G +H) MULTIPLY x1.2 , AH REQUIRED . USED 1.800 0.548 2.148 Times 1.2 2.68 7ah All Notification Appliance Power Supply Battery Calculations . • r, DTS Siistenis, inc6 7905 Southwest Nimbus Avenue Beaverton, Oregon97008 PH(503)643 -3127 FX(503)643 -6194 Project Name IVerizon Tigard Central Office CIRCUIT IS WITHIN LIMITS Date 3/16/2006 • Circuit Number NPS N4 y Area Covered 2nd Floor Notes. Nominal System Voltage 24 Wire resistance is based Minimum Device Voltage 20 on the 1996 NEC Ch. 9 Table 8 Total Circuit Current 1.076 Wire Ohm's Uncoated DC resistance. Gauge Per 1000 Solid conductors except gauges Distance from source to 1st device I 100 14 3.07 10 and 12 are for stranded. Wire Gauge for balance of circuit 14 3.07 Program doubles the resistance Distance to allow for 2 wires from Voltage for both positive and negative Device Device previous At Drop from Percent conductors. Number Current device Device source Drop Device 1 0.061 100 23.34 0.66 3% Alternate Calculations Device 2 0.129 50 23.03 0.97 4% End of Line Method Device 3 0.041 50 22.76 1.24 5% Totals Voltage Device 4 -0.129 12 22.69 1.31 5% Current Distance Drop Device 5 0.063 1,6 22.62 1.38 6% 1.076 427 2.821 Device 6 0.061 20 22.54 1.46 6% Device 7 0.129 25 22.45 1.55 6% Load Centering Method Device 8 0.041 15 22.41 1.59 7% Totals Voltage Device 9 0.085 20 22.36 1.64 7% Current Distance Drop Device 10 0.085 12 22.33 1.67 7% 1.076 427 1.411 Device 11 0.041 12 22.31 1.69 7% Device 12 0.041 10 22.30 1.70 7% Device 13 0.085 35 22.26 1.74 7% Device 14 0.085 50 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END _ 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% END 22.24 1.76 7% Totals 1.076 427 V �. Notification Appliance Voltage -Drop Worksheet n C FenwaINET 2000 SL Effective: January 2000 SINGLE —LOOP FIRE—ALARM/SUPPRESSION. CONTROL PANEL ' a FE AL : 74 -200 FEATURES ,",- ==y CW a • • UL, CSFM, MEA listed /FM Approved ° -y , • P eer -to -Peer networking (to 32 nodes) ° ; ; 1 .,: • Remote LCD display and display/control modules ti � ; • Password Protected Panel Access _ -�,. " • • Distributed intelligence architecture r , ' ill • Full analog reporting from SmartOneT" smoke/ ] I;., thermal detectors T • Total and easy field programming using �F WindowsTM based configuration soware . ft ,r: • Interface to AnaLASERO High Sensitivity Smoke h t detection systems using AnaLASER Interface " 4: " ` ' 1, i 6 Module (AIM) or Intelligent Interface Module (IIM- �1 :.a, ° :: frij ' tegtm 2000) « :- .=:._ • Interface to AlarmLine TM linear Heat Detection VW, A ti systems using the Addressable AlarmLine Module M -- `_ , (AAM) ; - � N . • Fail SoftiMdefault operation . . E ,} ' Waling • 80 character alphanumeric display ,o .� -0•. zit 5, y • • 1024 event history log'4 �i •• Up to 255 loop detection /monitor /control points U =,� ,, �y DESCRIPTION , The FenwaINET 20Q0TM is a microprocessor based - = - ° " * networkable fire protection control system designed for use with the exclusive FenwaINET series of Intelligent ' —' _` ' SmartOneTM detectors and loop devices. The FenwaINET The FenwaINET 2000 Signaling Line Circuit (SLC) provides system operates within a unique "Distributed Intelligence" for unique FailSoftTM operation, a redundant feature which architecture which distributes the processing power through- allows field devices to report alarm even in the unlikely event out all system components. This "Smart' architecture, which of a failure in the system's loop controller communications has a microprocessor, memory, and software in each sys- microprocessors. Under an alarm condition, the devices tern component, provides major advances in system preci- would sense the loss of communications with the loop con - sion and reliability. troller and automatically revert to the FailSoft mode of op- The FenwaINET 2000 utilizes FenwaINET BIP (Broadcast elation. Redundant circuitry in the panel, independent of Index Polling protocol) for loop device communications. microprocessor operation would then report a zone alarm. Broadcast Index Polling reduces high speed data communi- Thus alarm reporting capability is maintained without costly cation "traffic" thereby reducing the risk of interference. Fen- requirements for processor redundancy. waINET BIP communications feature high immunity to EMI FenwaINET 2000 is completely field configurable. The and RFI. As a result, up to 255 Intelligent FenwaINET loop FenwaINET Configuration Software (FCS) is a WindowsTM devices can be connected to the single, Style 4 (2 -wire) or based program which allows the installer to Upload /Down- Style 6 (4 wire) communication circuit. The field wiring can load system configuration information, interface to system be "T" tapped or branched in Style 4 (2 -wire) configuration. menus, and test the system from a laptop PC or equivalent. BIP protocol is so robust that in retrofit installations existing Fenwal's FCS Software coupled with the optional output detection loop wiring can be reused. modules for Signaling, Agent Release, Control Relays and All of the 2555 addressable input/output devices can be in Municipal Tie allow the installer to tailor the system for new alarm and operated at the same time. With this critical fea- or retrofit applications. ture, even a major fire event involving a large number of All input/output assignments are field programmed using the detectors can be reported and logged by the system. system's unique Event Output Control (EOC) Logic - a pro- gramming 'language" that is simple to learn and use. With this remarkable language, Any single or combination of in- Timer, RS -232C Ports and Control and Display Assembly. put events can be related to one or several outputs. Additionally, the CCM provides network and remote display Real Time Controls (RTC) are available for a variety of time/ interfaces. The Central Control Module receives data from date sensitive operations: Control Relays, Detection Sensi- the RX/TX, processes the data based on pre - programmed tivities, Time of Day, Day of Week, Weekend, Month and instructions, and transmits commands to the field devices Holiday functions. and the display panel. A 1024 event history buffer provides a record of events by The 80- character alphanumeric display reveals system and time and date in nonvolatile memory. This event record is field device status. Control switches are provided for acknowl- retained, even if AC and battery power are lost. From the edging and silencing alarms and resetting the system. In addi- system menus, the operator can request a display or print- tion, the scroll switch allows the operator to examine multiple out of the most recent events in order to reconstruct the alarms and troubles in the system. The Drill switch allows the events leading to a fire or an unwanted alarm. From 1 to user to sound all programmed alarm outputs. 1024 of the most recent events may be requested from the Two RS -232C channels are available to remotely monitor and history file. The operator does not have to view or print the display information and provide the programming interface. entire file in order to examine relevant information. Keyboard commands from a personal computer using the FCS The FENWAL SmartOneTM smoke and thermal detectors em- Program may be used to access and control the system. A ploy DRIFT COMPENSATION. Intelligent SmartOne micro- multilevel password protection feature protects the system from processor -based detectors continuously analyze and adjust unauthorized access. their sensitivity to compensate for contaminants that may AnaLASER® Intelligent Interface Module (IIM -2000) - is a build up in the sensing chamber over time. They have the communications link, networking up to 30 AnaLASER de- ability to distinguish between a build up of contamination and tectors and reporting alarms and troubles. A computer run - a real fire condition. Therefore, THE SENSITIVITY LEVEL ning LaserNET 2.0 can communicate with the IIM either with OF THE SmartOne SMOKE DETECTOR REMAINS CON- a local PC or remote PC connected by a modem. This al- STANT OVER TIME. Once the detector contamination has lows the AnaLASERs to be completely configured and moni- reached the level at which it can no longer compensate, the tored from a central location. With the connection of an system alerts that detector service is required. Detectors are optional telephone line, it allows the interrogation of the sys- serviced based on actual requirements, not on a service tern with a remote PC, or the IIM can be programmed to dial schedule. out to a remote PC on the occurrence of any AnaLASER COMPONENT DESCRIPTION alarm or trouble condition. (Refer to datasheet 89.100 for mor information.) The FenwaINET 2000 is comprised of several major subas- Output Modules are designed to control auxiliary devices semblies: the Receiver/Transmitter Module, Networkable from the Central Control Panel. The output modules plug Central Control Module, Control and Display Assembly, into the I/O motherboard assembly or mount within the Cen- Power Supply and Enclosure. Optional I/O modules can be teal Control Panel enclosure_ Up to sixteen I/O modules can added to the base system to increase system functionality. be installed on the system. No more than 8 of any one type (See individual data sheets for complete descriptions.) and only 1 City Tie Module. The Receiver/Transmitter Module (RX/TX), P/N 74- Signal Audible Output Module (P/N 74- 200003 -001) - 200005 -001, functions as the data interface between the field provides four (4) Style "Y" or two (2) Style "Z" reverse po- devices and the Central Control Module. The RX/TX receives larity signal outputs. These circuits are supervised for open status changes from field devices, then reports and displays and short circuit conditions. Each output is electrically power these changes. The RX/TX is capable of communication with limited negating the need for fuses. up to 255 addressable input and/or 255 addressable output devices with Style 4 or Style 6 supervision. Each signal circuit may be programmed to operate in one Style 7.0 supervision is possible with the use of Loop Isola- of the following modes: tor devices. There are three versions of loop isolators avail- 1_ Continuous able allowing the installer flexibility in different applications. 2. 60 Beats Per Minute These are: single gang mount, 6SB detector base mount 3. 120 Beats Per Minute and RX/TX module. 4. Temporal Pattern Style 4 initiation circuitry permits T- tapping or branching cir- Agent Release Module (P/N 74- 200001 -001) - is designed cuitry. The amount of T tapping should be a function of sound for actuating various types of fire suppression systems, wiring practice. The maximum distance of the Receiver/ including: FM -200, FE -13, Halon, and Carbon Dioxide and Transmitter Modules PC line to field devices can be up to is also UL Listed/FM Approved for activating most popular 10,000 feet. deluge and pre -action systems. The module provides one • The Central Control Module (CCM), P/N 74- 200008 -501, independently programmable supervised releasing circuit is the heart of the system and contains the Main Processing for operating separate suppression systems and three style Unit, Programmable Memory, Real Time Clock, Watch Dog 2 independent programmable Signal Output Circuits. Each DISTRIBUTED INTELLIGENT DEVICES signal circuit is capable of providing 2 Amps of 24 VDC. FenwalNET 2000 is a distributed intelligent fire protection Relay Output Module (P/N 74- 200004 -001) - is designed control unit whose computing power, is spread across the to provide the system with four individually programmable system. Each field device has the ability to make decisions DPDT Form "C" relays. Relay contact ratings are 2 Amps and store information. Status, internal supervision, alarm veri- @ 24 VDC or 1 Amp @ 120 VAC. The relay can be used to fication and alarm tests are made within the device. Field control building functions such as HVAC and/or Power shut- devices can transmit various analog data in a digital format, down during fire conditions. such as percent smoke obscuration level, voltage level of City Notification Module (P/N 74- 200002 -001) - is de- the devices, internal power supply, and voltage level of the signed to provide the system with a means of transmitting communication channel. Nine types of distributed intelligent alarm and trouble conditions to a central station receiver. field devices are available - Photoelectric, Ionization and The FenwalNET 2000 City Tie Module supports reverse Thermal Detectors, Addressable Contact Inputs and Out - polarity, shunt and local energy output styles. puts, Addressable Signal Output, AnaLASER Interface and Power Supply /Charger Assembly (P /N 74- 200009-010) - is Addressable AlarmLine modules. (See individual data sheets designed to provide expandable 24 VDC power to the for complete description.) FenwalNET 2000 system. The system power supply /charger PROGRAMMING LANGUAGE assembly provides 4 Amps of 24 VDC power which can be expanded to 8 Amps of 24 VDC power with the use of an aux- The FenwalNET 2000 Fire Protection System incorporates iliary power supply unit, P/N 74-200009-002. The FenwalNET a programming language that is unique and easy to use. 2000 system can support up to 8 power supply /charger as- The programming language, Event Output Control (EOC) semblies with auxiliary power supply units for a maximum of 64 and Real Time Control (RTC) are very versatile and can easily Amps of 24 VDC power. The power supply communicates sta- accommodate any fire alarm logic application. Programs can tus to the CCM over the I/O bus. be generated and modified using the FCS program and up- loaded to the FenwalNET 2000 Control Panel. Programming AC input power is monitored by a threshold circuit which, when is password protected. The software is accessed via an easy - necessary, transfers to standby battery to maintain system op- to- follow software menu tree which leads the programmer eration when input power is lost. The 24, 60 or 90 hour standby or operator from the general to the specific item requested. poser is provided by set(s) of sealed lead acid batteries which can be housed in the main enclosure or an optional battery The Main Menu of the FenwalNET 2000 Menu Tree con enclosure. the power supply module's charger circuit maintains silts of four categories: these batteries in the fully charged state. The module super- 1:ISOLATE 2:LIST 3:SET 4:TEST vises system batteries for connection and upon disconnection To access a category, the operator simply selects 1, 2, 3, or the system will signal a trouble condition. 4 and presses RETURN, using the system's integral key - The power supply provides two auxiliary 24 VDC power out- pad. Each category is then further defined, leading the op- puts with a maximum of 1.5 Amps each. These auxiliary out- erator through the software, from general to specific puts can be programmed for resetable or non- resetable functions. The password protection feature limits access to operation. A power supply trouble relay contact (Form C) is authorized personnel only_ provided to allow remote indication of power supply trouble The ISOLATE Menu category permits the operator to iso- conditions. late field devices and output modules. Isolating any device ENCLOSURE immediately causes the system to display a trouble condi- tion, initiates an audible trouble signal, enters an event in The Central Control Panel enclosure is NEMA 1 and is de- the history buffer and a printout with the time, date and de- signed to be surface or optionally semi -flush mounted. The vice isolated_ This feature is typically used to temporarily enclosure accommodates all system components and (2) isolate auxiliary devices during a system test. 24 -hour standby batteries up to 33 AH in size. In larger ap- The LIST Menu category permits the operator to list various plications where system functionality needs to be expanded, system parameters. All lists are real time system conditions the systems allows expansion of both the I/O module ca which display and may be printed with the time and date. pacity and the power supplies. The expansion enclosures Typical lists are: allow both I/O motherboards and auxiliary supplies to be added boosting the I/O module capacity to 16 modules and • Detector Smoke Level 24 VDC Power capacity to 64 Amps. • Active Alarms • Active Trouble Conditions • Event Output Control (EOC) Program • Line Voltage (checks field wiring integrity) • Real Time Control (RTC) Programming 3 The SET Menu category permits the operator to program installation activating each of the specified detectors and various system parameters. A few examples are: receiving a pulse from corresponding signal outputs as veri- • SET Time and Date fication of test receipt This feature helps to reduce system • ENABLE/DISABLE RTC Program service costs by allowing one service person to test the en- tire system. • SET Alarm Threshold Level The Alarm simulation test allows the operator to simulate • • SET Pre -alarm Threshold Level the activation of an input and verify the programmed output • ENABLE /DISABLE RS -232 Ports has occurred. This function is specifically designed for use • SET Alarm Verification during system commissioning, allowing a single person to The Event Output Control (EOC) Programming is a simple perform the test. language which relates addressable input devices to addres- ORDERING INFORMATION sable output devices or output modules. Standard Logic operators make the language versatile and easy -to -use. In Part Number Description addition, timers are available to delay output operation up to 74- 200000 -501 Control Unit Assembly 60 seconds. Cross - zoning and grouping of inputs can be 74-200001 -001 Release Module programmed into the system. 74-200002-001 City Tie Module 74-200003 -001 Signal Audible Module The Real Time Control (RTC) program language permits 74 Relay Module control of events via a Real Time Clock. Events may be pro- 74-200036-500 Network Interface Card Kit grammed to occur on an hourly, daily, weekly, or monthly 74-200005 -001 RX/TX Multi -Loop Module time control basis. Alarm and pre -alarm threshold levels of TECHNICAL INFORMATION (BASE SYSTEM) all or specific devices may be increased or decreased in sensitivity within the UL limits under RTC control. In addi- Input Voltage: 120/220; 50/60 Hz tion, addressable relay devices may be controlled via this Input Current: 2 Amps (MAX.) program. Output Rating: 24 VOC; 4 Amps; Expandable to a The optional Alarm Verification feature can be used when Maximum of 64 Amps. Maximum 110 Modules: 16 (Maximum of 8 of any type) detectors are in environments with transient smoke condi- except there is only one tions. A 10- to 60- second delay may be programmed into City Tie Module per system the system that permits additional verification before initiat- Maximum Intelligent ing the alarm sequence. Devices: 255 The TEST Menu category allows the operator to test vari- SPECIFICATIONS ous system components. The test options are: • Alarm Test of Detectors See Fenwal Specification 74-223 for complete specifications on Battery Test the FENWALNET 2000 fire alarm control system. • • Walk Test • Alarm Simulation Test These unique functions allow the operator to test several aspects of system operation. The Alarm Test feature will upon command, cause a detector to be tested, and results will be displayed at the Central Control Panel. This unique test fea- ture actually simulates the presence of smoke in the detector's sensing chamber and verifies that a response is received from the device. The battery test function places the batteries of the speci- fied power supply to be tested under an actual load and display's the voltage measurements taken during the load- ing to verify battery capacity The walk test function allows one service person to select desired detection devices to be tested and then walk the This Irterature is provided for informational purposes only. KIDDE- FENWAL,INC assumes no FENWAL responsibility for the product's suitability for a particular application.Theproductmustbeprop- r ' V.:• erly applied to work correctly. If you need more irtonnatcn on this product, or if you have a particular problem or question, - ����,¢/� contact KIDDE- FENWAL INC., Ashland, MA 01721. Telephone: (508) 881 -2000 TEL swa,ewmrzi 1F1 - ISOal a� -z000 Me) 66,8920 wweelarravollve � 74.200 1/00 @IGddefenwal Inc. Printed in USA Protection Systems SECTION NP18 -12B Independence 1 r �. „w1 :„ I erl,r E ner ys 1 a4 �'� a�' �`��� ¢ fi j + � �' r � ” �'" 5 :t� '� � 1W�r ; r -s �M-*rq a+5� >µ , . ,:„ B : A A. T T mE _.r 13 ? _,4 0+I '+J , ;� 3 i "�^ -... s. 14 N 1 � " r'-'owv. /PUl/ Svlufic:.'U - • -- _ t . _ : q.,,,, TYUASA I HP18 -12B - �. � � : NP1O-12BFR I, . AL1 x-w . - �� sip . +' 1 , 'f.1 f ry I ��'°x -, "v- ��..: _...r ` � 12V, ■ /.2fth r. .. . i r '0 „ - - - ` TM O D D NOMINAL VOLTAGE: 12V NOMINAL CAPACITY: DOMEMS0OKIS 20 hr. rate of 0.86A to 10.50V 17.2Ah ,i___ 10 hr. rate of 1.6A to 10.50V 16.0Ah ii --- -- • I 5 hr. rate of 2.9A to 10.20V 14.5Ah 1 hr. rate of 10.3A to 9.60V 10.3Ah 76.2:1 _ -1300 004) _. ID g r -- „ S U WEIGHT ( approx): 13.7 pounds (6.2 kg.) I °so N 'I .161 = 1 J ENERGY DENSITY (20 hr. rate): � ___ry13 li3 5 0.0x;_ — . 1.47 WH /cubic inch (90 WH /liter) 1 __ _ _.. (5.flL ,_ .__ Ii 0 . 71 ) I SPECIFIC ENERGY (20 hr. rate): I rI —H P . .r - 1 1 - 15.1 WH /pound (33.2 WH /kg) L_. — j INTERNAL RESISTANCE OF CHARGED BATTERY: 11 milliohms (approx.) -o MAXIMUM DISCHARGE CURRENT §m WITH STANDARD TERMINALS: 1 150 amperes _ ) I 1 MAXIMUM SHORT- DURATION IA 1 DISCHARGE CURRENT: 450 amperes - OPERATING TEMPERATURE RANGE: DIMENSIONS: MM (INCHES) CHARGE 5 °F to 122 °F ( -15 °C to 50 °C) DISCHARGE -4 °F to 140 °F VEIRE0NIAL ( -20 °C to 60 °C) CHARGE RETENTION (shelf life) at 68 °F (20 °C): 1 month 97 % 070 00' INCH = MM 3 months 91% 472. 001+ —.. ....- 6 months 85% 216 .472 12.00 LIFE EXPECTANCY: • II .453 11.50 .433 11.00 STANDBY USE 3 to 5 years 216 5.50 CYCLE USE III �� — — .079 2.00 100% depth of discharge 250 cycles i 50% depth of discharge 550 cycles 30% depth of discharge 1200 cycles SEALED CONSTRUCTION: Can be operated in any position without leakage. ' STANDARD TERMINAL: Bolt fastened terminal HOUSING MATERIAL: ABS Resin DIMENSIONS: (INCHES) OPTIONAL: Container /cover made from Flame Retardant ABS (UL94- VO /L.O.I. >28 %) HARDWARE: RECOGNIZED BY UL, File No. MH 16464 2 -M5 -.8 X 12mm Bolt w /nuts. ® lock washer & flat washer Rev. - 6/01 DISCHARGE CHAIRACTEIROSTOC CURVES TO ON 6�IELATOO� m TO fBATTE RY CAPACITY 12V 13anery NP Tenverauge 25 1C(77 °FI (%1 ea 130' Ma.... , 120 -. 111.1 a 100 . CO 21:1-likkaliiiiiiil a 80 -AmIlli cc 11 O. I „tt„�, ' D .2Ck ' 0.05CA cl 60 �M' 0 . 6 E 10.0' I III ,,CAO6CA I ° I I 40 � = = 6e 20 9D �I111I1 � 1,1 D ��� . 3� aa'_ I 2CA ,■■„U■. a 1 2 0 6 6 10 20 40 60 2 a 6 6 , 0 20 -20 -10 0 10 20 30 40 50 ( ° C) -24 14 32 50 68 86 104 122 ('F) F m e h Discharge Tone Temperature SELF DOSCOtARGE CHJAIRACTGIROSTOC OPEN C IRCQDIT VOLTAGE VS IRIEWIAOI3OGdG CAPACOTY 1%) (V) AT 25 °C (77 ° FI 100 { 1 14.0 co CZ 75 ,�� 13.0 I H g. 50 z . "- ■ ca 12.0 M i 28'C 168') z ' - I 60 C (104'F) i 30 (86•F) p ' 25 , I . { 11.0 - , I I 0 . 3 6 9 12 15 18 10.0 0 20 48 60 80 TOO STORAGE TIME (MONTHS) REMAINING CAPACITY ( %) CYCLE SERVICE LIIFIE ON RELATION (FLOAT SERVICE LDFE TO DEPTH OF DISCHARGE J m TESTING CONDITIONS: DISCHARGE CURRENT:0.17C AMP. (F.V. 1:7VICELL) - E CHARGING CURRENT: 0.09C AMP. J TESTING CONDITIONS: FLOATING VOLTAGE 2.25 TO 2.30V,CELL a CHARGING VOLUME: 125% OF DISCHARGED CAPACITY C AMBIENT TEMPERATURE: 20 TO 22C (641 TO 72F) C (01 AMBIENT TEMPERATURE: 20'C TO 25'C (68'F TO 7711 > 4 (AFK) 120 - 120 ra �" ��_ �. _ G 100 E 000 ▪ 60 ,--�- O ▪ 60 H 60 ,OO, 00 50 %0.0.0. 30 DEPTH OF DISCHARGE z 20 W x 40 W 0 1 2 3 4 5 `5.5 a a 20 LIFE (YEARS) 0 • 200 400 600 800 1000 1200 1400 NUMBER OF CYCLES When the battery will be used by the current in excess of 3C, consult with EnerSys Inc. prior to use. CHARGING METHODS (At 20 °C) Cycle use: Maximum charging current 4.3A Charging voltage 14.4 to 15.0V Standby use: Float charging voltage 13.50 to 13.80V CAUTION •Avoid short circuit •Do not charge in a sealed container. Represented by: n ;. Sales Offices When ordering new batteries. also remember to properly recycle your Eastern Region: 201 -964 -0118 • 1 -800- 962 -1287 old lead batteries. Federal and state regulations require lead -acid FAX 201 -964 -0720 batteries be recycled. EnerSys' nationwide service organization can Western Region: 562 - 949 -4266 • 1- 800- 4234667 arrange pickup, transportation to and recycling at any one of our FAX 562 - 949 -5527 company affiliated smelters. Call 1- 800 - 972 -7372 for more information. Corporate Office: P.O. Box 14145, Reading, PA 196124145 FAX 610 -372 -8613 /° �� 3 130 Visit us on the web at: www.enersysstationary.com 9000M Please check our website for literature updates Rev. - 6/01 6EmnE Prire;i it USA , ' ly Distributed Intelligence Photoelectric & Effective: August 1999 Ionization Smoke and Thermal Detectors The Intelligent Smoke Detectors TM' 74_210 Siii ' FEATURES • True Distributed Intelligence. • Field Programmable Alarm and Pre Alarm Set Points • Internal Supervision > i � °� • Fail Soft Operation ' � _; • Alarm Verification :` • • • Celebrated Alarm Test by Command to Sensor • Drift Compensation • Non - Polarized h v • Low Profile Style �• �( � ' � - „ � f f , 2 3 ” F • Eurostyle Base � 4100* � w k �` �r • Full Analog Display of Detector Values • Electronic Addressing • UL Listed • FM Approved DESCRIPTION The alarm and pre -alarm setting of each detector may be • changed either electronically or from the Central Control These unique Smart detectors provide true distributed intel- Panel RTC program or even off site via modem. For ex- ligence by storing and analyzing calibration data and pre- ample, a detector located in a cafeteria can be programmed alarm and alarm values. Each detector head continuously to desensitize automatically every lunch hour except week - makes on- location decisions and reports its status, as re- ends and holidays. quired, to the Central Control Panel. This distributed intelligence architecture, featuring an intrin- DRIFT COMPENSATION sic microprocessor with 4K of nonvolatile memory in each Each smoke detector is self - monitoring for drift from alarm individual detector, analyzes data and makes decisions within set point caused by long -term environmental conditions, the monitored area. This unique utilization of processing contamination or electronic component aging. Using a care - makes possible a system with greater capacity and flexibil- fully designed algorithm, the detector measures and aver - ity than a conventional centralized system. ages 32 days of "normal" smoke level. This data then is used As an example, up to 255 detectors can be connected on a in the drift compensation algorithm to maintain the proper single pair of wires connected to one RX/TX module. All set point as programmed for the unit. If the detector cannot devices can be full analog, all devices can be in simulta- compensate, a trouble signal is sent to the Central Control neous alarm. Panel identifying the affected detector and the state: "Drift Error." TWO PROGRAMMABLE ALARM SET POINTS The detector alarm and pre -alarm set point levels are fac- INTERNAL SUPERVISION tory -set in units of percent obscuration /foot or degrees (F) The weakest link in a conventional or standard addressable and may be changed by the operator. Both set points, how- system is the inability to monitor the operating condition of ever, can be set within the UL allowable limits which are the smoke detector. The SmartOne monitors its stored in the control panel's nonvolatile memory. The pre- own status by supervising and reporting a trouble condition alarm set point typically is used as an early warning signal. when a fault occurs in one of the following items: On receipt of a pre -alarm signal, a trouble condition is gen- 1. Internal Power Supply Voltage erated at the panel. The operator may, in addition to sending 2. Improper Line Voltage from the Control Panel someone to investigate, request actual percent obscuration 3. Faulty Writings of Data into Memory levels from that, or any other, detector. 4. Uncompensatible Drift 1 FAIL SOFT OPERATION NOTE: Nominal factory settings of detectors are as follows Should there be a failure in the communications link between Photoelectric detectors Alarm 2.0%/ft., the Central Control Panel interface and a detector, the de- Pre -alarm 1.5 % /ft. tector will operate as a standard unit. That is, it will cause a Ionization detectors Alarm 1.0 % /ft., general alarm by channel when smoke density or tempera- Pre-alarm 0.8%/ft. ture reaches the alarm point. It will not, however, report its status. Thermal Alarm 140 °F (60 °C) Upon reestablishment of communications with central con-Pre alarm 120 °F (49 °C) trol, the detector will return to its prior program without fur- Programming is done via a PC or hand held programmer at ther action. the job site or may be accomplished remotely via a modem. STATUS LED To avoid tampering, three levels of security are provided to program or alter the program. A LED is provided on the SmartOneTM to indicate status of The system will reject attempts to program alarm and pre - the smoke detector. A high flash rate indicates alarm; a slow alarm set point levels exceeding the Underwriters Laborato- rate normal; when a trouble exists, the LED is off. ries designated window. PROGRAMMING INFORMATION ALARM TEST BY COMMAND Each detector is field programmed with its owner location Any or all detectors can be tested by command from the message (location of the detector in the building or on the Central Control Panel. This test procedure precisely dupli- site), its system address (a four digit code), pre -alarm set cates in -place testing of each detector by imposing a signal point and alarm set point (if different from factory settings). on the detector sensing chamber that will cause an alarm In addition, the detector type, either photoelectric, ionization output. Results of the test will be indicated at the Central or thermal and proper calibration are stored into the memory Control Panel or virtually any remote location for monitoring at the factory. This permits the Central Control Panel to verify or troubleshooting purposes. that the proper type detector and correct address is installed in the system. COMMUNICATION VERIFICATION BASE WIRING INFORMATION When a detector reaches its pre -alarm or alarm set point, it conducts a verification procedure with the Central Control ® © o Panel which repeats the communication cycle four separate times before the system accepts its change of status. The maximum time for this verification procedure is a rapid 2.5 seconds. © �, DETECTOR IDENTIFICATION Part Number Description To Rx/Tx 70- 400001 -100 Common 6" Base Model 6SB WARNING 70- 400001 -101 Common 4" Base TO PREVENT DETECTION CONTAMINATION AND Model 4SB SUBSEQUENT WARRANTY CANCELLATION, SMOKE DETECTORS MUST REMAIN COVERED 70- 400001 -200 Mechanical Adapter UNTIL AREA IS CLEAN AND DUST FREE. Model MA -002 GENERAL NOTES 70- 402001 -100 Ionization Detector 1. No E.O.L. device is needed for SmartOn 1detectors. Model CPD 7052 eT 2. "T" tapping wiring method is acceptable for Class "B.. 71-402001-100 Photoelectric Detector wiring. Number of taps only a function of good practice. Model PSD 7152 3. To ensure proper installation of the detector head to the 70- 404001 -100 Thermistor Heat Detector base, be sure wires are properly dressed at installation. Model THD 7252 • A. Position all wires flat against the base. B. Take up all slack in outlet box. C. Route wires away from the connector terminals 2 SPECIFICATIONS RADIOACTIVE MATERIAL Input Voltage 16.5 - 27.5 VDC Less than 1.0 microcuries Americium 241 in ionization de- Standby Current 350pA, typical tector. Shielded by stainless steel housing. Alarm Current 425pA, typical CAUTION Max. Detectors per Channel 255 Do not attempt disassembly of the factory sealed (all can be in alarm simultaneously) sensing chamber. This assembly is sealed for your protection and is not intended to be opened for servicing. LED PULSE MODES APPLICATION DATA Normal 9 second interval The smart detectors are compatible with control equipment Trouble LED is off which utilizes the Receiver Transmitter Module (RX /TX). Alarm 2.0 second interval Each RX /TX can communicate to 255 smart or addressable devices. The circuitry may be either Class "A" or Class "B ". Class "A" requires a series loop circuitry with the loop re- Operating Temperature 32 - 100 °F turning to the RX /TX , Class "B" does not require this return EMI Immunity Meets UL 268 to the RX /TX and permits unlimited T Tapping. All SmartOneTM detectors utilize the same base and may be SENSITIVITY Open Area High interchanged. (Changing detector types, however, requires a change in system programming.) Installation is both simple Velocity and fast because of screw type connections and the non - Ionization 0.5 - 1.5 % /Ft 0.5 - 1.0 % /Ft polarized detector feature. The detector is fitted to the base Photoelectric 0.5 3.5 % /Ft 0.5 2.0 % /Ft by a twist -to -lock action. A removable locking tab secures the head to the base to provide a degree of vandal resis- tance. SPACING 50 Ft 70 Ft SMARTONETM IONIZATION SMOKE Thermal 135 ° - 145 °F 135 ° - 155° F DETECTOR Thermal detectors are limited to 20 Ft spacing when used Models CPD 7052 are dual chamber ionization type detec- on Factory Mutual (FM) approved applications. tors which sense both visible and invisible smoke. A unique NOTE: These detectors are compatible only with fire alarm sensing chamber design permits 360° smoke entry and re- systems, utilizing a Receiver /Transmitter Module. sponse. INSTALLATION SMARTONETM PHOTOELECTRIC SMOKE Detector bases are mounted directly to a 4" octagonal box. DETECTOR Please refer to NFPA 72 -1996 and Fenwal's "Applications Models PSD 7152 are smart photoelectric smoke detectors. Engineering Manual" (MC -402) for spacing, location of de- These detectors will respond to a broad range of flaming tectors and other guildelines. Also, refer to Fenwal Publica- and smoldering fire conditions. tion 74 -212 for detailed installation instructions. The detector base is equipped with an integrally molded lock- SMARTONET'" THERMISTOR HEAT ing tab to prevent unauthorized removal. Once locked into DETECTOR place, the detector can be removed only by inserting a screw- Model THD 7252 are thermistor based analog devices that driver blade into the slot while simultaneously turning the can be programmed to respond to fixed temperature and /or detector head counterclockwise. If the detector is to be rate compensated heat rise without problems associated with mounted to a ceiling high enough to cause access difficulty, thermal lags. it is recommended that the locking tab be removed prior to SMARTONETM DETECTOR MOUNTING BASES installation. To remove locking tab, bend outward until it breaks off. All models of SmartOne detection devices use a universal MAINTENANCE mounting base arrangement. The mounting base is avail- able in two models, Model 6SB and Model 4SB. Base model The minimal requirement for detector maintenance consists 6SB provides a trim ring which masks any inconsistencies of an annual cleaning of dust from the detector head by us- ing the suction of a vacuum cleaner. Cleaning programs should be geared to the individual environment. 3 C. • - This literature is provided for informational purposes only. KIDDE- FENWAL.INC assumes no responsibility for the product's suitability for a particular application. The product must be prop- s io l e erly applied to work correctly. If you need more information on this product, or if you have a particular problem or question. contact KIDDE- FENWAL INC., Ashland, MA 01721. Telephone: (508) 881 -2000 • KIDDE FENWAL INC. 74.210 08/99 :Kidde- Fenwal Inc. Printed in USA 400 MAIN STREET, ASHLAND, MA 01721 TEL: (508) 881 -2000 FAX: (508) 881 -8920 • Effective January 1998 Intelligent Air Duct Smoke Detector S marl O neu 74-221 FEATURES • Accommodates Photoelectric and Ionization Distributed Intelligent Detectors -= ., • Easily mounts to round or rectangular ducts - �: 8 inches to 12 feet wide • Air Velocity rating 500 to 4000 FPM • Clear Lexan cover for easy viewing of smoke , detector status and cleanliness • UL Listed • FM Approved DESCRIPTION The SmartOneT'" Model DH -2000 Air Duct smoke de- tector is designed for detecting particles of combustion Central Control systems and devices refer to the users in air handling systems. Upon smoke detection the in- guide of the specific system being used. tegral detection device will signal the SmartOnem com- patible Central Control Panel to which it is connected. The DH -2000 will accommodate all ducts with air ve- The SmartOneT"' compatible Central Control Panel's locities between 500 to 4000 feet per minute. Both the can be programmed to control a variety of HVAC equip- photoelectric (PSD -7152) and the ionization (CPD -7052) ment such as fans and dampers. smoke detector along with the duct housing will operate over this entire range. The duct detector is easily The duct detector housing accepts the SmartOneTm mounted to both rectangular and round ducts from 8 Intelligent CPD -7052 ionization and PSD -7152 photo- inches to 12 feet wide. electric detectors. A transparent Lexan cover over the detection chamber allows visual inspection of the duct WARNING: detectors chamber and internal detector status. Sam - When used with the DH - 2000 unit both the photoelectric piing air in HVAC ducts is accomplished with the use of (PSD - 7152) and ionization (CPD - 7052) detectors must be sampling tubes which extend into the HVAC duct. configured for Duct application when programmed in the control unit. Air Handling System Characteristics The DH -2000 duct detector is suited for use in corn- Sampling Tubes mercial, industrial, institutional and residential fire alarm The DH -2000 duct detector operation is based upon an applications. The unit can be used with all SmartOnend air sampling principle. Two sampling tubes extend into compatible Central Control Panel's. SmartOneTA° corn- the HVAC duct to transport air from the inside of the patible Central Control Panel's employ the exclusive duct into the duct detectors sensing chamber and ex- SmartOneTTM series of Distributed Intelligent loop device. haust it back out into the duct. If the sampled air con - These control panels utilize the receiver /transmitter tains a concentration of smoke greater than or equal to module ( RX/TX). Each RX/TX can communicate with the alarm threshold of the internal smoke detector, the up to 255 SmartOneT"" addressable loop devices. unit will go into alarm. The circuitry may be either NFPA style 4, 6, or 7 utilizing The duct detectors inlet supply sampling tube is selected No. 18 wiring as a minimum. Style 4 permits unlimited according to the size of the HVAC duct. The units ex- "T" tapping. Style 7 requires the use of loop isolation haust tube is molded into the housing to simplify instal - devices which protect the RX/TX (SLC) from wire to lation. wire short conditions. For further information on the SmartOne compatible Outline Dimensions ENCLOSURE END PLUG / J ! i u I TO e / -i 4 3 l o ll —INLET TUBE _ / . % (SUPPLY) 5.000 / \\i / y„ � ,1,, %am • 'jam �� � i \® e EXHAUST TUBE t / /l \ (MOLDED INTO H 14.500 ► ENCLOSURE) / - MTG. SCREW / ' ` DET ECTOR t 0 o AND 0-RING t - VIEW PORT DETECTOR HEAD / 2.500 —[ ION OR PHOTO / ' 1 J COVER-' 6750 0 t� U ORDERING INFORMATION I COMPONENT PART NUMBER Duct detector with SmartOn Photoelectric Detector included 70- 403001 -152 DH- 2000PSDI Duct detector with SmartOne Ionization Detector included 70- 403001 -052 DH- 2000CPDI SmartOneTM Detector Specification Duct detector housing without a 70-403001-100 Detector Models: CPD -7052 & PSD -7152 detector _ Input Voltage: 16.5 - 27.5 Vdc SmartOne Ionization Detector Standby Current CPD -7052: 400p A, typical Head 70 - 402001 - 100 CPD - 7052 Alarm Current CPD -7052: 425p A, typical Standby Current PSD -7152: 400p A, typical Sm Photoelectric Detector Head 71- 402001 -100 Alarm Current PSD -7152: 425p A, typical PSD - 7152 Max. No. Of detectors per channel (SLC): 255 12 inch sampling tube LED Pulse Modes: (For ducts less than 2 ft.) 06- 129500-001 Normal 9 Seconds 24 inch sampling tube Trouble: LED is extinguished (For ducts between 2 and 3 ft.) 06-129500-002 Alarm: 2 Second 48 inch sampling tube 06- 129500 -003 (For ducts between 3 and 4 it.) EMI Immunity: Exceeds UL 268A requirements 72 inch sampling tube 06-129500-004 (For ducts between 4 and 6 ft.) NOTE: 96 inch sampling tube The SmartOneTM Intelligent detectors are only compat- 06- 129500 -005 (For ducts between 6 and 8 ft.) ible with control units which employ the RX/TX loop controller. 120 inch sampling tube (For ducts between 8 and 10ft.) 06- 129500 -006 Exhaust tube kit 06- 129554-001 • This literature is provided for informational purposes only KIDDE-FENWAL.INC. assumes no responsibility for the product's mutability for a particular application. The product must S IOii e . TM be properly applied to work correctly If you need more information on this product. or if you have a particular problem or question. contact KIDDE - FENWAL INC.. Ashland MA 01721: Telephone (508) 881 -2000 KIDDE - FENWAL INC. 74 - 221 1/98 © 1998 Ktdde Fenwal, Inc. Printed in U.S.A. 400 MAIN STREET, ASHLAND, MA 01721 TEL: (508) 881 -2000 FAX: (508)881 -8920 Effective Au.ust 1997 Addressable Contact Input Device 74 -214 FEATURES • INTERFACES AND SUPERVISES WIRING OF STANDARD FIRE ALARM DEVICES �K • • SUPERVISION' • REMOTE LED • her urtt)ng ti • FIELD PROGRAMMABLE ' x " ; _ = '' 11 °._ • ALARM TEST • NONPOLARIZED LOOP CONNECTION 1 E': �•, . , { v, 4tv UL LISTED . ,._ u c1,72 • • FM APPROVED �r11 4 r i -. � T - DESCRIPTION The SmartOne Addressable Contact Input Device (Al) is an intelligent field device with its own microprocessor, 4K of memory and electronics necessary to interface • Internal power supply standard contact type fire alarm devices to SmartOne • Memory data compatible Central Control Panels. All of the electron- • Faulty entering of data into Al memory ics are contained in a small high impact polymer case, FAILSOFT OPERATION creating a very small and durable device for installation- . These features also allow the Al to be easily installed in Should there be a failure in the communication link be- virtually all applications. tween the Al and the Control Unit or should the Control Two types of Al's are available: an Al/NC for interfacing Unit fail, the Al is capable of reporting a Zone Alarm for to Normally Closed devices and an Al/NO for interfac- that trunk and initiating a General Alarm signal. During ing to Normally Open devices. The Al may be located a General Alarm all relay outputs on the trunk will be up to 2500 feet from the device with 20 AWG wiring, activated - and an end -of -line- resistor is required for supervision of STATUS LED the wiring to the device. A Remote Status LED P/N 70- 410001 -000 may be con - FIELD PROGRAMMING nected to the Al. A slow flash rate of apprximatly 9 System Address, Owner Location Message, and Re- seconds indicates a Normal condition, a fast rate indi- porting Type are field programmable via system keypad Cates Alarm, and no flash indicates Trouble condition. at the jobsite or remotely via modem with a standard e , terminal. IT-3L111 The System Address is a 4 -digit number which uniquely identifies each device. The Owner Location Message is a 40- character, alpha numeric message which typically . ►���i • describes the location of the device. The Reporting Type is assigned to the Al depending on the status and prior - ^' • ity of the device being monitored. SUPERVISION • % The Al continuously monitors the integrity of the following: • Continuity of supervised wiring • Power /Communications circuit voltage N. WIRING DIAGRAM Typical N.O. Initiating Devices _____-----` NOTES V IV 1. Maximum 2552 resistance per conductor/ See Notes: 1, 2, me 4 5052 per circuit See Note 2. Max. #14 AWG (1.5 mm wire: of ,►� ( (1 i,NRes1sta) Min. #18 AWG (0.75 mm wire "11,;"' _. � PC line In ( -) ' ( -) Out 41.11.1 1 3. Refer to Control Panel Manual for wiring See Note 3 Typical N.C. Supervisory Deg specification. Remote LED (O p 6 "d' ) J ■ ■ ■ ■ ■ ■ ■1! *41116,1 4. Maximum 10 VDC @ 1 mA. See Note 7 !i�T�T�fiT�T�T�T01 plata nn©anaAe 5. All wiring is power limited and supervised. NSMSERIBIE P a EOL 6. This module will not support 2 - wire smoke ca "' i VIII ■ ■ Ilillillillillill■ 0 10.1 t DD ii ii 0000 (1 Resistor) detectors. 4." 2 oo ©o©© i "' l : ° RBBMIR 7. Rating on LED circuit: 26 VDC Max., 7mA Al. NIO Al, N,C Max. If not used leave terminals open ALARM TEST circuit. Any or all Als can be tested by command from the Cen- 8 . N and initiating device circuits are NF and Class B /Style B. tral Control Panel. Results of the test may be printed out at the system printer. 9. Al N/C is intended for non - fire applications. INSTALLATION WARNING: Operation outside specifications could result in failure of the SmartOneT"' product and other The Al can be mounted in a North American 2 -1/2" (64 equipment with injury to people and property. Specifications subject to change without _ mm) deep 1-gang box, or standard 4" square box 1 -1/2" notice.Contact Kidde - Fenwal before relying on (38 mm) deep with cover. The terminal block will accept above specifications. #14, 16 and 18AWG wire (1.5 mm 1.0 mm 0.75 mm ORDERING INFORMATION SPECIFICATIONS Part Number Description Input Voltage: 16.5 - 27.5 VDC Standby Current: 450 }LA Max 70- 407008-001 Addressable Contact Input Device N.O. Alarm Current: 450 µA Max 70- 407008 -002 Addressable Contact Input Device N.C. Max. No. Of Devices per 70- 411001 -005 Package of 10 End -of -Line Resistors Communication Circuit: 255 (Will support all devices in alarm simultaneously) ARCHITECTURAL/ENGINEERING Operating Temperature: -31 - 151°F ( -35 - 66°C) SPECIFICATIONS 0 - 95% RH For specifications request a copy of the Architectural/ LED Pulse Modes Engineering Specification Disk: Available from Kidde- Normal: 9 second interval Fenwal Marketing Dept., on IBM formated diskette. Trouble: LED is off This disk includes fifes in ASCII Text, Word for Win - dows 6.0 and WordPerfect 5.X formats. Alarm: 2 second interval _ This literature is provided for informational purposes only. KIDDE-FENWAL. INC. assumes no mar neTl " responsibility for the products suitability for a particular application This product must be properly applied to perform as described herein. •*' - >- - If you need more information on this product. or if you have a question contact KIDDE- FENWAL. INC.. Ashland. MA 01721. (508) 881 -2000. KIDDE- FENWAL, INC. 400 MAIN STREET, ASHLAND, MA 01721 74 -214 8/97 5M 01997 Kidde- Fenwal, Inc. Printed in U.S.A. CP TEL: (508) 881 -2000 FAX: (508) 881 -8920 Series 3200 Manual Pull Station Effective: August 1999 P/N 29- 320000 -28X F . • 29- 3200.50 FEATURES • FM Approved • UL Listed file #S1778 • MEA Approved #960- 81 -SA • CSFM Listed #7150 - 0074:103 • Double Action Operation • ` FIR E • Keylock for Test and Reset kitAift t �z. • Positive Indication of Operation a • Surface or Semi -Flush Mounting • Terminal Connections for External Wiring ` k+ • Break Rod • Optional Institutional Model �r c • Optional Presignal Operation b � • Optional DPST Switch . a rt y !' DESCRIPTION t ' ' Z NY These Manual Pull Stations are non -coded double action devices which may be utilized for a variety of emergency ,, signaling applications. They are constructed of aluminum (6063/T5) and employ a highly reliable action to activate the enclosed toggle switch, providing exceptionally high resis- tance to accidental operation. . OPERATION INSTITUTIONAL STATION FIRE ALARM AND SUPPRESSION This optional system requires that a special key be used to release the actuation door before it can be operated. This These double action standard units require that the outer lock may be keyed as required by the particular application. door be lifted to expose the actuation door. The actuation For optional DPST switch, see "Ordering Information." door is the pulled forward to operate the alarm toggle switch. The actuation door is now locked in the readily observable SPECIFICATIONS "alarm" position. To reset the station, a key must be inserted Material: 6063/T5 aluminum and turned 1/4 turn clockwise, opening the station. Closing Finish: Body — red electrostatic epoxy the station resets the toggle switch automatically. Each sta- tion comes with one key. Doors — clear anodize For optional DPST switch, see "Ordering Information." Switch: Type — enclosed toggle PRESIGNAL STATION Contact material — silver plated bronze This optional system works similar to that of the standard Contact ratings — 6 amp max. @ 125 unit, with the addition of a key - operated switchtock mounted VACNDC on the lower door. This switchlock may be utilized for "gen- Dielectric breakdown — > 1000 VRMS eral alarm" signaling. Dimensions: Body — 5 "H x 3.4 "W x 1.5" D For optional DPST switch, see "Ordering Information." Overall — 5 "H x 3.4 "W x 2.8" D 1 . � . ^ + , :_s_ : - - ..- 1 - r ,. I f i � r •' "Existing Work" Switch box � , ,. , r I- (1.5)" min. depth) -, , � . , .� l I h 1 t 1 r —I F'F }� _k Model 29- 320000 -288 Surface Backbox ORDERING INFORMATION Base Number: 29- 320000 -XXX Suffix Number . Description Fire Alarm Suppression Release Double Action Station (SPST) -280 i,,., - 286 Double Action w /DPST Switch -281 -287 Presignal Station -281 NA Presignal Station w /DPST -283 NA Switch Institutional Station ' -284 NA Institutional Station w/DPST °_285 NA Switch Surface Back Box (No -288 Legend) Additional Break Rods (Pkg. 289 of 4) Spare Key 06- 118009-001 `rot CSFM approved This literature is provided for informational purposes only. KIDDE- FENWAL.INC assumes no ® �\ responsibility for the product's suitability for a particular application The product must be prop- -, erly applied to work correctly. If you need more information on this product. or if you have a particular problem or question. contact KIDDE - FENWAL INC.. Ashland. MA 01721 Telephone (508) 881 -2000 ■m MAINSIREET. ASHLAND, MA 01721 TELlmsl®i,'A(n Fsoc ow)Seraav FISPONAL ...A, .m. 29-3200 -50 8/99 3M 51999 Kidde- Fenwal Inc.Printed in U.S.A. CP Protection Systems • Effective August 1997 Addressable Relay Output Device TM mars . ne . 74 -215 FEATURES • FORM C DRY CONTACT OUTPUT • FIELD PROGRAMMABLE • TIME CLOCK CONTROL OPTION ! , ..t><I — r� • INTERNAL SUPERVISION wto= :1. ; 1 4 , • STATUS INDICATOR lu ''•"I,,.mii,, 4=1 Y , • UL LISTED • FM APPROVED ' 0" :„�„ �, .� DESCRIPTION }= I A F;ll" The SmartOneTM Addressable Relay Output Device (AO) provides an interface for control of auxiliary equip- ment by Control Panels designed for SmartOne y � devices. STATUS LED The AO connects directly to the Control Panel's A status LED is mounted on the unit and indicates the RX/TX PC Line and contains a SPDT relay to control relay set or reset status by a 2 or 9 second flash interval. auxiliary equipment. All of the electronics are con- ATrouble condition inhibits the status LED completely. tained in a small high impact polymer case. This cre- ating a very small and durable device for installation. INSTALLATION These features also allow the AO to be easily installed The AO can be mounted in a North American 1-1/2" (64 in virtually all applications. mm) deep 1-gang box, or standard 4" square box 1 -1/2" (38 mm) deep with a cover. The terminal block will ac- The AO is field programmable with a unique 4 -digit cept #14, 16 and 18AWG wire (1.5 mm 1.0 mm 0.75 address and a 40- character owner location message. mm Sizes #16 and #18 are preferred. On command from the Control Panel the AO relay may be set or reset. 0, In addition to combinational logic programming which utilizes system inputs to activate this device, the unit �c may be programmed with the Real Time Clock pro- gramming. The Real Time Clock programming per- mits the AO to be time controlled by the time -of -day, date, and day of week. INTERNAL SUPERVISION . tt i The AO is continuously monitored for: , is for Non Power Limited Applications •' • Internal power supply voltages • Faulty entering of data into AO's memory • Relay state equals command state An internal set of relay contacts provides feedback of the Form C output relay position. If the relay contact fails to operate at the appropriate time, the .,9 device trasmits a Trouble status. • N/O 7 irTgAA — s -- Field Connections NOTES _ 0 1. Max. #14 AWG (1.5 mm wire: See Note 3 See Note 3 Min. #18 AWG (0.75 mm wire (+) (+) PC ) ;111111111,, 1111111i (-) PC Out Line 2. Refer to Control Panel Manual for wiring • , • specification. 0 IU•U1 ® non.nnnn Um o Ws SPECIFICATIONS ORDERING INFORMATION Input Voltage: 16.5 - 27.5 VDC Part Number Description 70- 408004 -001 Addressable Relay Output Standby Current: 400 uA,Typical Alarm Current: 400 iA, Typical Contact Ratings: ARCHITECTURAL /ENGINEERING SPECIFICATIONS Resistive Contact Rating: 2 A @ 30 VDC, 0.6 PF For specifications request a copy of the Architectural/ Form C (SPDT) .6A @.120 VAC, 0.35 PF Engineering Specification Disk: Available from Kidde- Inductive Rating: 1.0A @ 30 VDC, 0.6 PF Fenwal Marketing Dept., on IBM formated diskette. This (Motor Control) disk includes files in ASCII Text, Word for Windows 6.0 and Pilot Duty: 0.6A @ 30 VDC, 0.35 PF WordPerfect 5.X formats. Max. No. Of Devices per Channel: 255 (all can be activated) Max. No. Of Devices per System: 2040 (all can be activated) Operating Temperature: -31 -151 ( -35 - 66 ° C) EMI Immunity: Meets UL 864 Dimensions: 2.3" x 1.8" x 0.8" nominal Shipping Weight: 5.1 oz (145g) LED Pulse Modes: Normal: 9 second interval Trouble: LED is off Alarm: 2 second interval This literature is provided for informational purposes only KIDDE- FENWAL. INC. assumes no TM r responsibility for the products suitability for a particular application. This product must be SIt1g1"'I'011e. properly applied to perform as described herein. - - - If you need more information on this product. or if you have a question. contact KIDDE- KIDDE- FENWAL, INC. FENWAL. INC.. Ashland. MA 01721. 1508) 881 -2000. 400 MAIN STREET, ASHLAND, MA01721 TEL: (508) 881 -2000 FAX: (508) 881 -8920 74 -215 8/97 5M 01997 Kidde - Fenwal, Inc. Printed in U.S.A. CP :: . ii .:: , , s, : 3: :!: . , ..f .,' ...! . ..!" ,,,,,,i:, ::. ...,, . ,4 ... : ‘" ,":":, ,:: ..:;! . ,..„ , .., , . : .,,,:: i l; : ,,,!, :' ,.,,. Ell industrial Automation •,..0 ..„ ....4.,...„,:„.„...,...,„:„.„.„ ....„..,„.„:„..„.„:„ ...i.,.,..,....„... . ..4.7.,....„...„.„....„..... 1:....;„,.,•::::m. .:,4,10„...„....,„2„.,,,5„.4. • Catalog Sect - U906 .... >„ . .N,. 44„.•,,,,,,,ie„.....:„..,,„,„:„.1.„,,:,..,.. • „....,,....,.„..„.„..„.,,,..,.......„...„.,..„„ ::::,...„:„..,..„...:;....„,„:„..„..„,„:„ r„,..,:v....,t.?„,„.:...,.„.„....,„,.„.....4.: 1.,..w.,„:„..::::,,i,J.w,v45,..,..,..„., til.1.:,s,..v..0.:::::0:„.m.v..,,,,„. '1 ° ti"T:,:, �,�r- :F'.,.tti:); n iii may. ab`..N.,,`'. Selection Guides ` �$> - y {�j ` ” k General Purpose Relays "'>g r: = >n r,'x • RH Series v: '; >u 1 V x • RM Series „ �a'`: e 'e 1 • RY Series `:. _ � .y f�� y Arw �a' • ¢Rio- °<; ^: ,. _s`E _ „^, • T`r 1 . ' , '!... -. ` , 44:::1--V.14`,14.;A ft ,A,:!. aTINNAOMM ter% y��N1 .. idec . ,,,..„..„,.. ..,..,..,..,..„..,...,......_ „, ., „:„..„...„..,..„:,„.„.„,„..„,,:,.„,.....„, :,...„,..„,„.„,„.,,,,....,„,:..,....,, !`,a'” "' ;�'"'S:` _x` fi:v i ., .. .1 Relays Selection Guide IlleC -• . ..,... , . . .., , ..... : ...-:-...; .."..: . ''', ',. '-, : ''''' -- . ' ' • . • ., .• - : .-: -- •...* Guides ' ' ...-• :-.' : . - . '''',. ' :: . '..-• '.. ' •• : : %- General Purpose Relays X' • I"... , • ; r .•,; : RO Series ' . - - , . _ • •FIR Series ' .. lill 'Series . • , I ., -RM:Seiies' -. :-. ' , :-Rrseiies? ,',..'... .. - 1 • ' , , , , ■ . , r , , Appearance A :.*: :"U ,ti,i=e-:; 1 ,),- 1:1.',. 4 :"i ' ta, .‹.': ,._ . ■ Page E-3 E-6 E-10 E-16 E-19 Contact Configuration 2, 4 Form C 1, 2, 3 Form C 1, 2, 3, 4 Form C 2 Form C 2, 4 Form C - _ DPDT: 10A, 30V DC 10A, 30V DC ' 10A, 30V DC DPDT: 3A, 30V DC; Contact Rating 10A, 250V AC 10A, 120V, 240V AC 10A, 120V, 240V AC 5A, 30V DC 3A, 120V AC, 240V AC (resistive) 4PDT: 6A, 30V DC 1/3HP, 240V AC 1/3HP, 240V AC 5A, 120V AC, 240V AC 4PDT: 5A, 30V DC; 6A, 250V AC 1/4HP, 120V AC 1/6HP, 120V AC 5A, 120V AC, 240V AC AuSnOln (silver tin DPDT Standard Silver, gold-plated ;vr oxide indium) Silver-cadrnium i i-v.. Contact Material Silver Silver k:OP:,.,:o tiy.,,,i:„. 4PDT AuAg/Ag (gold- oxide Silver-paladium tat,E:, silver alloy on silver) Bifui.cated alloy (Ag-PD Alloy) General Purpose Latching Relays ,.. . _ RR2KP Series . I..' . - i ' , F11121^Series ..BY21(S ' ' 2 . ,RY21, SerieS • ,...",--,; r -7 . - --7:,-2 1 .- - -= ---:--,-- /4" -, , , , (---,-==',....,:. :17-e..1 0 ■ .,..„ r, ' l '- ,1 . ' ■..k 9:4 I 1 ,..,, i ii• ' Appearance j ,... i- "4 't, 1 j , I if,: 1 ...%7. .,- -- • .01I' - 1 ,--,- . '., I i , 4 Ile, . / f .....4 , ''... , 'i _ ' Page E-23 E-26 E-29 E-32 Contact Configuration 2 Form C 2 Form C 2 Form C 2 Form C 10A, 30V DC 3A, 30V DC Contact Rating 10A, 30V DC 240V AC 3A, 30V DC 7.5A, 3A, 120V AC (resistive) 10A, 120V AC 10A, 120V AC 3A, 120V AC 3A, 240V AC Contact Material Silver Silver-cadmium oxide Silver, gold-plated Silver, gold-flashed Solid State Relays , , , -., - -7,.,,,, . i, , , L.- 44, , Appearance • ' ' - .-......- '''''',, '''''' • .: C.4.,,,, _ , ) Page E-35 Contact Configuration 1 Form A (SPST 10, 25, 50, 75, 90A Contact Rating 48V AC to 660V AC Output Ratings Output Dual SCR (zero crossing) E-2 www.idec.com USA: (800) 262-IDEC or (408) 747-0550, Canada (888) 317-IDEC • Relays }. RH series i RH •Series - - General Purpose m idget Relays Key features of the RH series include: • Compact midget size saves space >— • High switching capacity (10A) ��r > "" ° - 9 9 p V 4 � • Choice of blade or PCB style terminals ��'�� h • 'i�4 ", r 1 • Relay options include indicator light, check button, and top 14-4'xj .r'. mounting bracket { e to DIN rail, surface, panel, and PCB type sockets r ° l am. available for a wide range of mounting applications z L `� i ° Contact Material Silver cadmium oxide • Contact Resistance 50m12 maximum (initial value) Minimum Applicable 24V DC /30mA, 5V DC /100mA Load (reference value) UL Recognized 9 CSA Certified Operating Time SPOT (RH1), DPDT (RH2(: 20ms maximum Files No. E67770 File No.LR35144 3PDT (RH3), 4PDT (RH4):25ms maximum A E59804 Release Time SPDT (RH1(, DPDT (RH2): 20ms maximum 3PDT IRH3), 4PDT (RH4(: 25ms maximum . ys�,�,, Tuv File No. BL951113332319 ru ' �� � V Maximum Continuous Applied Voltage 110% of the rated voltage .. 0011(1 SERVICE (AC /DC) at 20 °C Minimum Operating 80% of the rated voltage Voltage (AC /DC) at 20 °C Drop - Out Voltage (AC) 30% or more of the rated voltage Drop - Out Voltage (DC) 10% or more of the rated voltage • t Ordering Information' SPOT (RH1(: DC: 0.8W Order standard voltages for fastest delivery. Allow extra delivery time for AC: 1.1VA (50Hz),1VA (60Hz) non- standard voltages. DPDT (RH2): DC: 0.9W Power • AC: 1.4VA (50Hz), 1.2VA (60Hz) Consumption 3PDT (RH3): DC: 1.5W Basic Part No. Coil Voltage: AC: 2VA (50Hz), 1.7VA (60Hz) 4PDT (RH4): DC: 1.5W RH2B -U — AC110 -120V AC: 2.5VA (50Hz), 2VA (60Hz) o„ a Insulation Resistance 100MS2 min (measured witha500VDCmeggerl V : SPOT (RH1) Between live and dead parts: 2,000V AC, 1 minute; Between contact circuit and oper- N ating coil: 2,000V AC, 1 minute; Between contacts of the same pole: 1,000V AC, 1 minute Dielectric Strength DPDT (RH2), 3PDT (RH3(, 4PDT (RH4) Between live and dead parts: 2,000V AC, 1 minute; Between contact circuit and oper- ating coil: 2,000V AC, 1 minute; Between contact circuits: 2,000V AC, 1 minute; Between contacts of the same pole: 1,000V AC, 1 minute Frequency Response 1,800 operations /hour Temperature Rise Coil: 85 °C maximum Contact: 65 °C maximum Vibration Resistance I 0 to 6G (55Hz maximum) Shock Resistance I SPDT /DPDT:200N (approximately20G) 3PDT /4PDT: 100N (approximately 10G) • Electrical: over 500,000 operations at 120V • AC, 10A; (over 200,000 operations at 120V Life Expectancy AC, 10A for SPDT [RH11, 3PDT [RH31, 4PDT [RHO Mechanical: 50,000,000 operations Operating Temperature — 30 to +70 °C Weight SPOT: 24g, DPDT: 37g (approximately) 3PDT: 50g, 4PDT: 74g (approximately) • E -10 www.idec.com USA: (800) 262 IDEC or (408) 747 -0550, Canada (888) 317 -IDEC I Relays RH Series .. Part Numbers . Part Numbers: RH Series with Options • Termination` 'Contact.Configriration Basic•Part =No .Indicator Light ` Check Button' ' Indicator Light and' Check: Button: ' Top Bracket, SPDT RH1B -U RH1B -L* - - RH1B - B DPDT RH2B -U ;; ;i : „I f : -UL RH2B -UC RH2B -ULC RH2B - (blade) 3PDT RH3B -U RH3B -UL RH3B -UC RH3B -ULC RH3B - 4PDT RH4B -U RI-14B-UL RH4B -UC RH4B -ULC RH4B - SPDT RH1V2 -U RH1V2 -L* - - - V2 DPDT RH2V2 -U RH2V2 -UL RH2V2 -UC RH2V2 -ULC - (PCB 0.078" 12mml wide) 3PDT RH3V2 -U RH3V2 -UL RH3V2 -UC RH3V2 -ULC 4PDT RH4V2 -U RH4V2 -UL RH4V2 -UC RH4V2 -ULC - * RI1IB(V2) -L is not LL rec nra -(1. y ;Ratin f FI - Coil Ratings ^1 -; ; :1 Rated- Current ±15% at 20 °C Rated Voltage • fiOHz 50Hz Coil Resistance t15% at 20 °C SPDT .DPDT 3PDT ''4PDT.. •SPDT: DPDT :3PDT • 4PDT SPOT .:DPDT 3P,DT (.1PDT, 6V 150mA 200mA 280mA 33 0mA 170mA 238mA 330mA 387mA 18.852 9.412 6.052 5.412 12V 75mA 100mA 140mA 165mA 86rnA 118mA 165mA 196mA 76.812 39.312 25.312 21.212 AC 24V 37mA 50mA 70mA 83mA 42mA 59.7mA 81mA 98mA 30012 15312 10312 84.512 120V* 7.5mA 11mA 14.2mA 16.5mA 8.6mA 12.9mA 16.4mA 19.5mA 7,68012 4,17012 277012 222012 240Vt 3.2mA 5.5mA 7.1mA 8.3mA ' 3.7mA 6.5mA 8.2mA 9.8mA 3,120012 15,21012 12,10012 912012 ' : 'SPDT :; DPDT, :3PDT • .• , • : 4PDT • - ., ISPOT ' DPDT.' 3PDT . 4PDT '- 6V 128mA 150mA I 240mA 250mA 4712 4012 2512 2412 12V 64mA 75mA 120mA 125mA 18812 16012 10012 9612 DC 24V 32mA 36.9mA 60mA 62mA 750L2 65012 40012 38812 48V 18mA 18.5mA 30mA 31mA 2,66012 2,60012 1,60012 155012 110W 8mA 9.1mA 12.8mA 15mA 13,80012 12,10012 8,60012 7,34012 " For R112 relnrs -- I /Il /1201'.4C. t r,r R112 r c'f.n , 21),'2 -lo!' .4C. # For 8112 rely, rs - loll/1101 DC. Coil Inrush C '. Rated-Voltage Energizing , De Energizing; ` , -SPDT `.DPDT '3PDT ., ,'4PDT , ' ;SPDT; .. DPDT. ,3PDT ' 4PDT -SPDT` DPDT •3PDT'. ," 4PDT`••.. 6V 250mA 340rnA 520mA 620mA 0.09H 0.08H 0.05H 0.05H 0.06H 0.04H 0.03H 0.02H 12V 120mA 170mA 260mA 310mA 0.037H 0.30H 0.22H 0.18H 0.22H 0.16H 0.12H 0.10H AC 24V 56mA 85mA 130mA 165mA 1.5H 1.2H 0.9H 0.73H 0.9H 0.63H 0.5H 0.36H 120V* 12mA 16mA 26mA 33mA 37H 33H 21H 18H 22H 15H 12H 9H 240Vt 7mA 8mA 12mA 1 16mA 130H 130H 84H 73H 77H 62H 47H 36H . 'SPDT . ,; . DPDT; . 3PDT' 4PDT; ,' '•SPDT DPDT' -. 3PDT4 2 :4PDT 6V 12V DC 24V N/A N/A N/A N/A N/A N/A N/A N/A 48V 110W S ForRH2 relays = 110/120V AC. t ForRH2 relays =220.1241W AC. # ForRH2 relays = 100/110V DC. www.idec.com USA: WOO) 262 -IDEC or NOW 747-0550, Canada OM) 317 -IDEC E - 11 Relays RH Series IONC • a , ., r., • • k. Ratings t Contact Ratings • r ; Resistive Inductive ' r Motor Load" Voltage Ratin SPDT. DPDT, 3PDT 4PDT SPDT 'DPDT , 3PDT .4PDT ,..SPDT ,..DPDT a3PDT' 28V DC UL 104 10A 10A 104 7.5A — — 7.5A — — — UL — 7A — — — 30V DC CSA 10A 10A 10A 7A — Nominal 10A 7.5A 7.5A 7.5A — — — 110V DC Nominal 0.5A 0.5A 0.5A 0.5A 0.3A 0.3A 0.3A 0.3A — — — UL — 1/6 1/6 1/6 120V AC CSA 10A 10A 10A 10A 7.5A 7.5A 7.5A Nominal 7A 7.5A UL 1/3 1/3 1/3 10A 10A — 7.5A 7A 7A 240V AC CSA 7A 5A Nominal 7A 7.5A 7.5A 4.5A 5A 5A 5A lit I. * 6.5.-1/pole. 20.4 total. 2. Inductive Ioculcnc u = 0. 3, L!R = 7m.',. In g i13- 1 ,p A „ , Applicable Sockets ; Part Numbers: Sockets St DIN finger Safe DIN ' :Panel - Spring ,& C ips (optknal)_ Relay Rail Mount ` Rail Mount SurtaceMount ,•Mount PCB Mount: ' . Part Number .,'2. Use With SY2S -02F1 SFA -101 SH1B- 05,05C - SFA -202 RH1B SH1B -05 SH1B -05C SH1B -51 SH1B -62 SY4S -51 F1 SFA -301 SH1B-51, 62 SFA -302 SY4S -02F1 SFA -101 SH2B -05, 05C SFA -202 RH2B SH2B -05 SH2B -05C SH2B -02 SH2B -51 SH2B -62 SY4S -51 F1 SFA -301 SH2B -51, 62 SFA -302 5H3A B -05F1 - 101, -202 SH3B -05, 05C SF RH3B SH3B -05 SH3B -05C SH3B -51 SH3B -62 SY4S -51F1 SFA -301 SH3B-51, 62 SFA -302 SH4B -02F1 A - 101-202 SH4B -05, 05C SF, RH4B SH4B -05 SH4B -05C SH4B -51 SH4B -62 SY4S -51F1 SFA -301 SH4B -51, 62 SFA -302 6 .See Sec /ion F /ior deinLc out soc! -Ill DIN rai! mount .socAen ..horn above eau he mounle!/ using DI_\ roil B ND\'10011. •Internal.Circuit5 .. 1 1 4 1 2 4 1 2 3 4 �� JJJ mem y 9 12 9 10 12 13 14 13 14 13 14 13 14 laoQ ■ 11---1/2----A 1--------(111 11'-- -- � —I ( - ) 0 ) RH1 RH - - 1 . -.Q 2 'o , RH3 RH4 E -12 www.idec_com USA: (800) 262 IDEC (408) 747 -0550, Canada (888) 317 -IDEC iMECRYp,- eel _1'I_ NEU /C RR N h M 'S n n �.f" j r - .1 •,, 0 ...,_ ,.. :,_ ,.„„ ^ SYSrEMS � d ' Helping People Take Actions' Description POWER PATH TM • POWERPATHTM Series PS- 12/24 -8CP and PS- 12/24 -8MP are NAC ^^ t power limited 8 amp power supply /chargers used to expand 1�!/`1�.r POWER SUPPLIES the supervised power capability of a fire alarm control panel (FACP) for notification appliance circuits (NAC). .r- The PS- 12/24 -8CP provides up to 200 milliamps of continuous auxiliary output that can be used for control functions during a - alarm (or up to 60 milliamps for 60 hour battery requirements). ; L s Series PS-12/24-8CP The PS- 12/24 -8MP provides up to 3.5 amps of auxiliary output . - Series PS- 12124 -8MP that is available only during nonalarm condition for such �j applications as door holder systems. —_ U4 Both models provide regulated and filtered 12 or 24 VDC output ` .�k; ;_ -,:0-- ,w ;,' _, _, to four (4) Class "B" or two (2) Class - A" circuits. Each Class "B" '' ,' - , i - circuit has a rating of three (3) amps with a total output of up to _ eight (8) amps. Each Class "A" circuit is rated at three (3) amps. Two (2) Class "A" or Class "B" inputs from an FACP and two (2) dry contact inputs are provided to trigger the outputs. The units n"� accept either 12 or 24 VDC inputs and provide 12 or 24 VDC i 6 , 1 ' ry , outputs. Both units support a full 8 amps of notification power _a rt , !>f ;'! -1' y = even if the battery is in a degraded mode and only AC power is -,, `asr� 1 ,, , connected. � . POWERPATHTm Series PS- 12/24 -8CP and PS- 12/24 -8MP are ,, z , „( compatible with all Wheelock 12 or 24 VDC Life Safety Notification ` nr :` Appliances and with their Patented BUILT -IN SYNCHRONIZED ;', ,- -"- , MODE feature. they can control and operate all of Wheelock's ,. .'4 , �', . w, '� `:'' '- "•.:.; :„ Synchronized Notification Appliances. including silencing - • - - ter, -- audibles while maintaining strobe activation. (Batteries Not Included) Features Approvals Outputs Cont. • Approvals Include: UL Standard 864, California State Fire • Built -In Wheelock Synchronization Protocol Marshal (CSFM), (New York City (MEA), Factory Mutual • Input and output synchronization (including pass (FM), Chicago (BFP) See Approvals by model in through) Specification and Ordering Information Supervision • Compliant with NFPA 72 • FACP NAC supervision steered to either input #1 or #2 Inputs • Common input and output trouble circuit • Compatible with 12 or 24 VDC FACP • Input and output LED indicators • 115 VAC @ 50/60 Hz or 240 VAC @ 50/60 Hz • AC fail supervision (Form "C" contacts rated @ 1 amp • Two 12 or 24VDC NAC Initiating Circuits from host panel @ 24 VDC or 115 VAC) • Two "Dry" contact input circuits • Battery presence and low battery supervision (Form • Accepts 2 Class - A" or 2 Class "B" NAC circuit inputs •C" contacts rated @ 1 amp @ 24 VDC or 115 VAC) • Additional activation options are: NC contacts or open • Ground fault detection collector of a transistor 4 latching LED's for NAC trouble annunciation Outputs Power • 8 amperes rated supply current @ 12 or 24 VDC • Not Battery Dependent - Full 8A even if battery is • Filtered and regulated power supply outputs degraded • Class 2 rated power limited outputs • Automatic switch over to standby batteries when AC • Dip switch selectable options fails • Field selectable 12 or 24 VDC outputs • Supports sealed lead acid or gel type batteries • 4 Class "B" or 2 Class "A" or 1 Class "A" and 2 Class • Fused battery protection "B" Notification Appliance Circuits) • Thermal and short circuit protection with auto reset • Each Class "B" output has a maximum rating of three • Supports both 7AH or 12AH batteries in the same (3) amperes cabinet (Cabinet Size: 16" H x 12.25" W x 5" D) • Each Class "A" output has a maximum rating of Auxiliary Power three (3) amperes • Up to 200 mA continuous with PS- 12/24 -8CP • Code 3 (Temporal) option • Up to 3.5 amps nonalarm with PS -12/24 -8MP • Steady output option Copyright 2004 Wheelock. Inc. All rights reserved. Normal Mode (Class B) OUTt -4 11 TO NEXT APPLIANCE IN>•O UT SY NC + W HE ELOCK SYeI¢T O R E O L R + TEMPORAL , ..101111 -( INPUT SELECT _ (2.2 K OHMS) F + I TO NEXT APPLIANCE • A TO NEXT APPLII NCE OUT • ill O R EOLR OR E0 RET1 (2.2K OHMS) r P O W E R PA+ - TO NEXT APPLIANCE P ouT ODA OR EOLR (2.2K OHMS) SW9 TO NEXT APPLIANCE OUTS 111101111 OR EOLR (2.2K OHMS) Normal Mode (Class A) OUTI -4 + ®' INXOUT SYNC OUT1 INI ®" WHEELOCK SYNC 1=711" TEMPORAL TO NEXT APP LIA VCE INPUT SELECT \ ^ / F OR E LR + -f \f\ OR TU NET1 TO FACE OUT A (CLASS . A•) A C POW ERPATH 32 OUT SW9 a OUTL POWERPATH Operating Modes (refer to Installation Manual): Normal Mode: Provides constant 12 VDC or 24 VDC output upon initiation by a voltage to input IN1 or IN2 or by a contact opening on DRY1 or DRY2. The unit returns to standby mode when the input is deactivated. Wheelock Sync Mode: Provides signals for synchronization of patented Wheelock audible and strobe notification appliances. Audibles can also be silenced in this mode while the strobes continue to flash. In >Out Sync Mode: Accepts a coded signal or synchronization signal on the input to provide a coded output or synchronized output. This signal may come from a FACP, another POWERPATH or a Wheelock SM or DSM synchronization module. Caution: Do not use strobes on coded output circuits. Temporal Mode: Codes the output voltage in a code -3 temporal pattern to drive audible appliances such as horns, bells or chimes. Caution: Do not use strobes on coded output circuits. • Project Notification Appliance Circuit No. Layout and Design By Date Subject • • i I Architects and Engineers Specifications The power supplies shall be Wheelock POWERPATHTM Series PS- 12/24 -8CP or PS- 12/24 -8MP, or equivalent. The units shall be stand alone power supplies intended for powering fire alarm notification appliances via their own Notification Appliance Circuit(s) (NAC). The units shall be UL 864 Listed for power limited operation of their outputs and comply with NFPA 70 (NEC), article 760. The power supplies shall support a full 8A of notification power even if the battery is in a degraded mode and only AC power is connected. The power supplies shall be activated by a standard Notification Appliance Circuit (NAC) from any Fire Alarm Control Panel (FACP) or a "Dry contact" closure. The units shall be 8 ampere. 12 or 24 VDC, regulated and filtered, supervised remote power supply/ chargers. The power supplies shall provide a full 8 amperes of current and shall not be battery dependent. They shall operate over the voltage range of 8 to 33 VDC or FWR. The primary application of the units shall be to expand fire alarm system capabilities for additional NAC circuits to supportADA requirements and to provide auxiliary power to support system accessories or functions. The power supplies shall provide four Class "B ", two Class "A ", or two Class - B" and one Class "A" NAC circuit(s). The PS- 12/24 -8CP units shall also supply up to 200 mA of auxiliary power that is available during both nonalarm and alarm. The PS- 12/24 -8MP units shall also supply auxiliary power of not less than 3.5A at 24 VDC during nonalarm. The power supplies shall be capable of charging batteries of up to 12 ampere hours per NFPA 72 (1999). Input activation options shall be from not less than two NAC circuits or Dry Contact closures. These inputs shall have the capability of being directed to any combination of the four NAC circuit outputs. Each NAC circuit output shall be rated at 3 amperes for Class "B" applications or 3 amperes each for Class '`A ". The outputs shall be programmable to generate a steady or Temporal (Code 3) output and or a synchronized strobe or horn output. The power supplies shall provide independent loop supervision for either Class "A" or Class "B" FACP NAC circuits and shall have the capability to "steer" all alarm or trouble conditions to either incoming NAC circuit. The units shall have common output terminals. The power supplies shall be powered from a 120 VAC or 240 VAC source with a current consumption of 5 amperes max. The unit shall incorporate short circuit protection with auto reset. The power supply shall incorporate a built in battery charger for lead acid or gel type batteries with automatic switchover to battery back up in the event of AC power failure. The charger shall incorporate fused protection for the batteries and have the ability to report low battery and /or no battery condition(s). Standby current for battery back up shall be 100 mA max. The cabinet dimensions shall be 16" H x 12.25" W x 5" D. A WARNING: PLEASE READ THESE SPECIFICATIONS AND INSTALLATION INSTRUCTIONS CAREFULLY BEFORE USING, SPECIFYING OR APPLYING THIS PRODUCT. FAILURE TO COMPLY WITH ANY OF THESE INSTRUCTIONS. CAUTIONS AND WARNINGS COULD RESULT IN IMPROPER APPLICATION, INSTALLATION AND /OR OPERATION OF THESE PRODUCTS IN AN EMERGENCY SITUATION. WHICH COULD RESULT IN PROPERTY DAMAGE, AND SERIOUS INJURY OR DEATH TO YOU AND /OR OTHERS. Specifications and Ordering Information Approvals Model Number Order Code Input Voltage /Current UL MEA CSFM FM PS -12/24 -8C P 3047 1201220 VAC @ 50160 Hz; 5.0 amps max. X X * PS- 12/24 -8MP 3046 120/220 VAC @ 50/60 Hz; 5.0 amps max. X X X X Output NAC Circuits Output Voltage /Current X= Approved Four (4) Class "B" 12/24 VDC @ 3 amps per Circuit *= Pending Two (2) Class "A" or 12/24 VDC @ 3 amps per Circuit One (1) Class "A" and Two (2) Class "B„ 12/24 VDC @ 3 amps per Circuit (Class "A ") 12/24 VDC @ 3 amps per Circuit (Class "B ") Standby Current 0.060 Amps Alarm Current 0.100 Amps Total NAC Current 8 Amps Max. Standby Batteries Standby Alarm Output Aux Output Aux Output Time Total Amps/Minutes PS -12/24 -8MP PS- 12/24 -8CP 24 VDC /12 AH 24 Hours 8 Amps /15 Minutes 200 mA (uses two (2)12 VDC batteries in series) 60 Hours 8 Amps /15 Minutes 3.5A during 60 mA 24 Hours 8 Amps /15 Minutes nonalarm 200 mA 12 VDC /12 AH 60 Hours 8 Amps /15 Minutes 60 mA NOTE: Due to continuous development of our products, specifications and offerings are subject to change without notice in accordance with Wheelock Inc. standard terms and conditions. WE ENCOURAGE AND SUPPORT NICET CERTIFICATION 3 YEAR WARRANTY Distributed By: National Sales Office Made in USA 800 - 631 -2148 Canada 800-397-5777 � � s �+ E -Mail: Info @wheelockinc.com 'rem it war liirt bier . tE' S9000 11/04 273 Branchport Avenue • Long Branch, NJ 07740 • TEL: 732 - 222 -6880 • FAX: 732 - 222 -2588 • wheelock.... , 3 PS t 2I24 Helping People Take Action''" � - - and PS -- 12/24 4M'P Description: ° I owes @uprpl a /Chargers : ; Wheelock's Series PS- 12/24 -8CP and PS- 12/24 -8MP Power Supply /Chargers provides 8 amps of regulated 12 or 24VDC power for up to 4 Class B or 2 Class A NAC circuits with 3 amps max per circuit. Auxiliary power and synchronization " capability for notification appliances is also provided. The PS -12/24 -8CP provides up to 200 milliamps of continuous auxiliary output that can be used for control kinctions during alarm (or up to 60 milliamps for 60 hour battery requirements).,, The PS -12/24 -8MP provides up to 3.5 amps of auxiliary output that is available only during nonalarm condition for such -• - ,.,•,A��- applications as door holder systems. Features: Series PS -12/24 -8CP • System provides either 12 or 24 VDC inputs and 12 or 24 V Series PS- 12/24SMP outputs w. =.) • Not battery dependent- full 8A even if battery is degraded � t = r y }" • 3( 3c 4 • Class 2 rated power limited outputs • Thermal and short circuit protection with auto reset • Patented built -in synchronization mode to operate all of Wheelock's Synchronized Notification Appliances Auxiliary Power • • Up to 200mA continuous with PS -12/24 -8CP • up to 3.5 Amps nonalarm with PS -12/24 -8MP (e.g. door holders) Specification and Ordering Information Model Number Order Approvals der Input Voltage • Code UL MEA CSFM FM PS -12/24 -8CP 3047 120220 VAC X X X PS- 1224 -BMP 50/60 Hz 5.0 amps max. X X X X • • 7-7 ___ _ _ _ _ _ 02/05 . ` "" 27.3aBranchportAvenue Long,Branch, NJ' 0,7740.=• (800)631 -2148 r` www.wheeiockinc.corrl • 32 f 1. Y' � y jj { �, y! 1i r jib y 1 ge! - fr� .. - -•- "' 43Z, S."l r �ll�, k� .� ,°r ., _Z ... j �� , ; r . n ° .. _ „-g-'1,3, 4 ' { L / NP jr ..L�J.: ( - cw - � Liav1^44K- :,a f = NP7 -12 NP7 -12FR Sealed Rechargeable , poeB46eo4BorD,g 1 Lead- Acid Battery • NOMINAL VOLTAGE: 12V • CHARGE RETENTION (shelf life) 12V / / 7. 0 te • h at 68 ° F (20 ° C): • NOMINAL CAPACITY: 1 month 97% 20 hr. rate of 0.35A to 10.5V 7.0Ah 3 months 91% 10 hr. rate of 0.65A to 10.5V 6.5Ah 6 months 85% 15 hr. rate of 1.19A to 10.2V 5.95Ah 1 hr. rate of 4.20A to 9.60V 4.2Ah • LIFE EXPECTANCY: Venial-Be STANDBY USE 3 to 5 years • WEIGHT (approx.): 6.17 pounds CYCLE USE (approx.): {85 ± t04 • (2.64 kgs.) 100% depth of discharge 250 cycles 50% depth of discharge 550 cycles A60 .020 • ENERGY DENSITY (20 hr. rate): 30% depth of discharge 1200 cycles —1 1.49 H /cubic inch (91.0 WH /liter) MINN r W • SEALED CONSTRUCTION: $ 1 t • SPECIFIC ENERGY (20 hr. rate): Can be operated in any position 11 13.6 WH /pound (30 WH /kg) without leakage. INC = MM _ .250 6.35 • INTERNAL RESISTANCE OF CHARGED •STANDARD TERMINAL: I 3.15 .124 1 H5 4.70 BATTERY: Quick Disconnect .187 Ill•- 30 milliohms (approx.) or Optional .250 2.49 031 ± .004 . 124 • • MAXIMUM DISCHARGE CURRENT • HOUSING MATERIAL: ABS Resin .060 1.52 WITH STANDARD TERMINALS: .031 0.79 40 amperes • OPTIONAL: .020 0.51 Container arid over made from .004 0.10 • MAXIMUM SHORT - DURATION Flame Retardant ABS DISCHARGE CURRENT: (UL94- V0/L.0.1.>28%) 210 amperes • OPERATING TEMPERATURE RANGE: Obirrnen4il®ns CHARGE 5 ° F to 122 ° F ( -15 °C to 50 °C) �� DISCHARGE -4 ° F to 140 (� { e (-20°C to 60°C) W _ 65t1 I (256 t OW) Ien- (- e -n 151± 1_ HI ) (595 f 004) ern` 3 ___ R Wig '� - b R •ter_ I ■ "IC=i ' '` i.. DIMENSIONS: MM (INCHES) n`, . ... :( ', RECOGNIZED BY UL, File No. MH 16464 � fle ISjf's - t� a � ' ., i ,, Power /Full solutions" ,, ,, _.._ `V 4 Publication No: US- NP7 -12 -01 • November 2002 a t DISCHARGE CC -0s, RpCT[EffROSTaO TEMPERATURE EFFECTS OM P ELiTOOI?l CURVES AT 25 (177°F) TO BATTERY CAPACITY Battery Banery eauery Np Temperature 25 °C(77°F) W (%) co 1 20 130 65 - '1.33 11 � 11.1 .111,-_ __I♦IIII1I, J n +z o- so- 40 � ��i`\ ``'�!,1 ¢ 100 -- 0 50' - _�1111 ►1 \\ � °��— g — 11.0 55 -307 K -I ,,1y' 1►1 ►1 , 1 I ;b.o - c �' 0 D.D s0 3_3,3 �� � 0.6CA � A .K ,1 40 M '� LAACC eo, 30 liii 1111111 a U 20 �,�, w _ '__ 90 e.0- 2.97 ■■ 3CA • 2 CA 1111111111111M1 c, 2 { 4 6 10 TD 00 2 20 D -20 -10 0 10 20 30 40 50 (°C) •- —m " 1 h — _ . 4 -24 14 32 SO 68 86 104 122 (`F) D.sen.ga Ti,"" Temperature SELF DISCHARGE CHARACTERISTICS OPEM COI' CLOUT VOLTAGE VS RENAMING G CAP6s1CITY ( %) (0 0 AT 25°C (77 °F) 100 \ , 5 s 75 -- o 13.0 Z U Z R 50 � � U 12.0 �� M I t— 2IPC (Orr) W I • x 40'C (104F) 30% o - , 25 i 11.0 • 9 3 6 9 12 15 18 10.0 0 20 40 60 80 100 STORAGE TIME (MONTHS) REMAINING CAPACITY ( %) CYCLE SERVICE LIFE OEJ R ELATOORI FLOAT SERVICE ILOFIE TO DEPTH OF DISCHARGE TESTING CONDITIONS: DISCHARGE CURRENT: 0.17C AMP. (F.V. 1.7V/CELL) m J CHARGING CURRENT: 0 -09C AMP. TESTING CONDITIONS: FLOATING VOLTAGE 2.25 TO 2.30V/CELL CHARGING VOLUME: 125% OF DISCHARGED CAPACITY AMBIENT TEMPERATURE; 27C TO 22`C (644 TO 724) a WI %) AMBIENT TEMPERATURE: 20°C TO 25°C (684 TO 774) a (AH %) 120 - 120 T - �4e3e�. —� ¢ 100 -. 100 �--_— v HO a, et a z 100%9.0.0. 50%0.0.0. 30% DEPTH OF DISCHARGE z 20 s 40 s 0 . 1 2 3 4 5 5.5 a i 2 0 LIFE (YEARS) 0 O 200 480 GOB 000 1090 1200 1490 O NUMBER OF CYCLES n1 E v When the battery will be used by current in excess of 3C, consult with EnerSys, Inc- prior to use. Z o ' CHARGING METHODS (At 20°C) Cycle use: Maximum charging current 1.75A Charging voltage 14.4 to 15 -0V o Standby use: Float charging voltage 13.50 to 13.80V CAUTION •Avoid short circuit r \ •Do not charge in a sealed container. Z 0 Z z .2 6 V _ Q EnerSys. EnerSys Inc. EnerSys EMEA Represented by: P.O. Box 14145 Brussels, Belgium =,, Reading, PA 19612 -4145 Tel: +32 (0)2 247 94 47 '_ USA EnerSys Asia Tel: +1 -610- 208 -1991 Guandong, China +1-800-538-3627 Tel: +86 755 2689 3639 www enersysinc-com Wheelock .Nc. Horn Strobes Helping People Take Action ' ornApp Description: • Series HS Horn Strobes 8 Series NH Horn Appliances are ideal - _ for wall mount designs that require 2 wire installation and 2 selectable dBA settings (90 8 95). • Strobe Options: • Single Candela Wall: 1575 cd Multi Candela Field Selectable Wall: 1 5/30175/1 1 0 cd Features: • • Selectable Continuous Horn or Tern oral (Code 3) p :'�'��"�.��� ��:, ,��� � :•;fir: -.. �r Y °; - • 2 Selectable dBA settings of 90 and 95 dBA in both tones • Patented Universal Mounting Plate Series NS • Wall mount • Synchronize strobe and audible with Wheelock SM, DSM Series NH Sync Modules or PS-1 2/24-8CP and PS- 12/24 -8MP Power Supplies with built -in sync protocol • Specification and Ordering Information Order Strobe 24 12 2 Model Model Agency Approvals Model Number Code Candela VDC VDC WIRE Color Color Mounting Options# Red White UL MEA CSFM FM BFP • NS- 24MCW -FR 15/30/75/110 X - X X - B,D,E,F,GH,J,N,O,P,R,X X X X X X NS- 24MCW -FW 9405 15/30/75/110 X - X - X B,D,E,F,GH,J,N,O,P,R,X X X X X X NS- 241575W -FR 7806 15 (75 on Axis) X - X X - B,D,E,F,GH,J,N,O,P,R,X X X X X X NS- 241575W -FW 7811 15 (75 on Axis) X - X - X B,D,E,F,CGH,J,N,O,P,R,X X X X X X NS- 121575W -FR 7816 15 (75 on Axis) - X X X - B,D,E,F,GH,J,N,O,P,R,X X X X X X NS- 121575W -FW 7818 15 (75 on Axis) - X X - X B,D,E,F,GH,J,N,O,P,R,X X X X X X NH- 12/24 -R 7449 - X X X X - B,D,E,F,GH,J,N,O,P,R,X X X X X X NH- 12/24 -W 7500 - X X X - X B,D,E,F,GH,J,N,O,P,R,X X X X X X #See mounting options pull out guide in the last section of this binder. X = Approved Average RMS Current • Audible Wall Mount Horn Strobe Models Series NS/NH NH -12/24 NS- 241575W NS -24MCW 24 VDC @24VDC 15/75cd 15cd 30cd 75cd 110cd 24VDC 0.035 0.082 0.061 0.085 0.129 0.167 High (95) dBA UL max* 0.044 0.104 0.074 0.107 0.184 0.244 24VDC 0.014 0.067 0.049 0.072 0.117 0.154 Low (90) dBA UL max* 0.018 0.096 0.066 0.101 0.177 0.232 Audible Wall Mount * RMS current ratings are per UL average RMS method. UL max Series NS/NH NH -12/24 Aud /Strobe current rating is the maximum RMS current within the listed voltage 12VDC range (16 -33v for 24v units). For strobes the UL max current is t12V NS- 121575W usually at the minimum listed voltage (16v for 24v units). For audibles the max current is usually at the maximum listed voltage 12 VDC 0.016 0.160 (33v for 24v units). For unfiltered FWR ratings. see installation High (89) dBA UL max* 0.021 0.262 instructions. 12VDC 0.010 0.155 Low (84) dBA UL max* 0.012 0.257 10/04 i - 273' BranchportAvenue Long Branch ,,NJ •07740`' - • ,(800) 631 = 21487 i www:wheelockinc.com . q ) wheelock INC. T ''' ' 77 : 7-, T S eri es . '-^- � .' Helping People Take Actions" 41-w- R6SP: Strobe i - Description: . PI'ate'Appl ji� , Wheelock Series RSS Strobes provide a wide range of intensities `. 'F 4- ' ;_..,.: and mounting options for wall or ceiling applications. - Series RSSP Single & Multi - Candela Strobe Plates are designed - " for retrofitting existing audible notification appliances to strobe ir—Th\ .. applications. - - r Strobe Options: ~ Single Candela: 1575 cd (wall), 75 cd (weatherproof) l -,_.. -- tit's 4 Mu Candela Field Selectable Wall: 15/30/75/110 cd or 1 35/185 cd ., ;� . Ceiling 15/30/75/95 cd or 115/177 cd { fl G°3 G 017 '` Features: °, ' _ `" - ' Series RSS • Patented Universal Mounting Plate `'_,. '_ • Low current draw to reduce power consumption and wiring costs • Strobes produce 1 flash per second over the regulated voltage range Series RSSP • Synchronize with Wheelock's SM, DSM Sync Modules or PS- 12/24 -8CP and PS- 12/24 -8MP Power Supplies with built -in sync protocol Specification and Ordering Information Model Model Agency Approvals Order Wall Ceiling Strobe 24 12 Square or Model Number Code Mount Mount Candela VDC VDC Color Color Mounting Options# Round Red White UL MEA CSFM FM BFP RSS - 24MCW -FR 0 X - 15/30115/110 X - X - B,D,E,F,GH,J,N,O,P,R,X Square X X X X X RSS- 24MCW-FW 9401 X - 15130/75/110 X - - X B,D.E,F,GH,J,N,O,P,R,X Square X X X X X RSS- 241575W -FR 7471 X - 15 (75 on Axis) X - X - B,D,E,F,GH,J,N,O P,R,X Square X X X X X RSS- 241575W -FW 7788 X - 15 (75 on Axis) X - - X B,D,E,F,GH,J,N,O.P,R,X Square X X X X X RSS- 121575W -FR . 7476 X - 15 (75 on Axis) - X X - B,D.E,F,GH,J,N,O,P,R,X Square X X X X X RSS- 121575W -FW 7468 X - 15 (75 on Axis) - X - X B,D,E,F,GH,J,N,O,P,R,X Square X X X X X RSS - 24MCC - FW 3158 - X 15/30/75/95 X - - X B,D,E,F,GH,J,N,O,P,R,X Square X X X X * RSS- 24MCCR -FW 3160 - X 15/30/75/95 X - - X B,D,E,F,GH,J,N,O,P,R,X Round X X X X * RSS - 24MCCH -FW 3461 - X 115/177 X - - X B,D,E,F,GH,J,N,O,P,R,X Square X X X * * RSS CCHR - FW 3463 - X 115/177 X - - X B,D,E,F,GH,J,N,O P,R,X Round X X X * * RSS - 24MCWH -FR 3465 X 135)185 X X B,D,E,F,GH,J,N,O,P,R,X Square X X X * * RSSWP-2475W-FR 9013 X - 75 @ 77°F X - X - B,D,E,F,GH,J,N,O,P,RX Square X X X X * RSSWP - 2475W -FW 3034 X - 75 @ 3 F X - - X T (Outdoor) Square X X X X * RSSP- 121575W -FR 7798 X - 15 (75 on Axis) - X X - E,Z Square X X X X X RSSP - 24MCW -FR 9402 X - 15/30175/110 X - X - E,Z Square X X X X' X RSSP- 241575W -FR 7793 X - 15 (75 on Axis) - - X - E,Z Square X X X X X RSSP - 24MCWH -FR 9482 X 135/185 X X B,D,E,F,GH,J,N,O,P,R,X Square X X X _* * #See mounting options pull out guide in the last section of this binder. Average RMS Current X = Approved *= Pending RSS/RSSP RSS/RSSP -Wall Mount RSS - Ceiling Mount 24VDC 241575W 24MCW 24MCWH 24MCC 24MCCH Models 1575cd 15cd 30cd 75cd 110cd 135cd 185cd 15cd 30cd 75cd 95cd 115cd 177cd 24 vdc 0.060 0.041 0.063 0.109 0.140 0.195 0.270 0.045 0.070 0.119 0.159 0.195 0.270 UL max* 0.090 0.060 0.092 0.165 0.220 0.300 0.420 0.065 0.105 0.189 0.249 0.300 0.420 RSS/RSSP RSS/RSSP * RMS current ratings are per UL average RMS method. UL max current rating is the maximum 24VDC Wall Mount RMS current within the listed voltage range (16 -33v for 24v units). For strobes the UL max Models 121575W current is usually at the minimum listed voltage (16v for 24v units). For audibles the max current is usually at the maximum listed voltage (33v for 24v units). For unfiltered FWR 12 vdc 0.152 ratings. see installation instructions. UL max` 0.255 02/05 :!), 273 BranchportAveriue; Long Branch,'NJ 07740 F (800) 6 -2148 , ,, , www.wheelockinc.com - 1'; Trq ry N , c, ; i F _ heelock : RY'YOtK » ��1 ADP g � Li; ® • ifi ,._ _ " _® sN ". a � Helping People Take Action ■�■ �� SYS � P �� � . ,I _ "; _ a � ® _., t � � ,. MOUNTING ACCESSORIES AND MOUNTING HEIGHTS Emma (A) UNIVERSAL MOUNTING PLATE (B) SINGLE -GANG, FLUSH (BO) (D) 4" SQUARE, FLUSH (BO) 1 1 �� Ci O O , Ti i O �� \`�\ I o v f , i , l o � Q �� 1 -1'h" Dee ,.� I J See Notes 1 & 8 See Note 2 \� MAXIMUM NUMBER OF CONDUCTORS MAXIMUM NUMBER OF CONDUCTORS "AS" Mounting AWG #18 AWG #16 AWG #14 AWG #12 AW S #18 AWG #16 AWG #14 AWG #12 4 4 4 4 4 4 4 4 (E) 4" SQUARE, DEEP, FLUSH (BO) (F) DOUBLE -GANG, FLUSH (BO) (G) DOUBLE -GANG, SURFACE (BO) >, )� \ '`) `� % L. W � ` 7 LI -,v ! � C \� L/ \ - D i,----- GANG # �� I lJ/, \ \ J\ 1 /" 2 2-1/8" Deep _. `�I _II- r See Note 3 / I / See Note 5 \/ See Notes 4 MAXIMUM NUMBER OF CONDUCTORS MAXIMUM NUMBER OF CONDUCTORS MAXIMUM NUMBER OF CONDUCTORS AWG #18 AWG #16 AWG #14 AWG #12 AWG #18 AWG #16 AWG #14 AWG. #12 AWG #18 AWG #16 AWG #14 AWG #12 8 8 8 8 4 4 4 4 4 4 4 4 (H) NATP (Order Code: 8440) (I) WPBB (Order Code: 9014) (J) BB BACKBOX (Order Code: 2830) For surface mounting AS outdoor products. Standard steel backbox with knockouts for 'r interior surface mounting. concealed conduit 11S • mounting or semi -flush applications. It is painted to match the signal. 521/.12 4 3-3/8 � '� ® � _ 0 - 1318 - j - (/� 5.25" – T4 " P G #&32 TAP ' j (2) HOL _ , 4 4 2143- I�� ° � 1111 ���� ,,_ J FROV & %' CONDUIT H 7(WTS " 1e -' F0 See Note 9 W & .' 5.25" MAXIMUM NUMBER OF CONDUCTORS MAXIMUM NUMBER OF CONDUCTORS 6 , 'u - -_ L ' 7- -, AWG #18 AWG #16 AWG #14 AWG #12 AWG #18 AWG #16 AWG #14 AWG #12 Thickness: 13/64" 8 8 8 8 4 4 4 4 (K) WBB WEATHER RESISTANT (L) ISP2 SURFACEADAPTER (M)10B BACKBOX (Order Code: 5046) BACKBOX (Order Code: 2959) Order Code: 3194 (Red) or 3195 (White) For surface mounting MT products. r Sturdy die cast housing. threaded conduit hole w'ma:OUTSFORW / CONDUIT (TOP BOTTOM) and knockout for outdoor applications. It is 5 VT 5O -- 1 tl t painted to match the signal. ..t. ,ru1 II II 11_7 ` v © } LT 4121 - , 1a8 - _________. TAPPED ■ 521132 r - Ff1H ,' �' 1 sv4 9] 1 �. C.(X+dOIAT - 1 0.1b' I -_, -� 33'8. (2) HOLES '1. " DA_ ) . la- I A 11LI 34 Yfi-0 0, 45132 , � � iO3 tit � l I � 2 -v161 J i � L – 0 0 r., ( , a'11 .'J ° 2 C ' 5'6 >s' n�nxxarr J 2 _ I 32 I i1L 1I 4 r See Note 10 MAXIMUM NUMBER OF CONDUCTORS MAXIMUM NUMBER OF CONDUCTORS 4 562 AWG #18 AVM #16 AWG #14 AWG #12 AWG #18 AWG. #16 AWG #14 AWG #12 - -. 1m16 4 4 4 4 8 8 8 8 Copyright 2005 Wheelock, Inc. All rights reserved. Mounting Accessories continued on the next page. � L.. Mounting Accessories continued. (N) DBB BACKBOX (Order Code: 2955) (0) RP - R RETROFIT PLATE (Order (P) SBB BACKBOX (Order Code: 3204) Standard steel backbox provided with knockouts Code: 5042) For surface mounting speakers. chimes. and for interior surface mounting, concealed conduit electronic applications. mounting or semi -flush applications. It is painted 5.43/16 3'9'18 5-7/8 match the s 4 - 3 3/8 -41 41 [.1Y32 � , I 3JN 1 I 2-3116 -4 — 6, I J c c s-_ / 0 r 1 \ J : / Sit O O 3 n b' &32TM _/ o 0 0 ' 33fA 4 (� 3 3 1 16 � V 0 1 l V' Q1HC4ES GI 37te r.•ury :our1/O'O( ours F ovcmtu-nl4/40G8tur See Note 11 1enai sc� eACn sloo FOR .6'8 %'tONbJT _./ MAXIMUM NUMBER OF CONDUCTORS MAXIMUM NUMBER OF CONDUCTORS AWG #18 AWG #16 AWG #14 AWG #12 AWG #18 AWG #16 A'JVG #14 AWG #12 :113116 8 8 8 8 6 8 8 8 (Q) 4" SQUARE DEEP W/ EXTENSION (R) SFP SEMI -FLUSH PLATE (Order (S) AP ADAPTER PLATE (Order Code: RING, FLUSH (BO) Code: 2957) 2961 )Stamped aluminum adapter plate . v� Stamped aluminum surface wall plate which designed for applications where semi flush \ mounts behind the basic unit and serves to cover installations cannot be used. The plate can be ( >� Cam > recessed backboxes in semi -flush mount mounted to standard octagon or round backboxes /� g single or double gang boxes or plaster rings. The 0 ._ applications. It is painted to match the signal. backbox and (% basic unit are 6 Y,6 \ 6 6 then fastened 1113 - 33J8 r to the plate. See Note 6 - VS D This type • £AT.18476 PiH t -trr . : -W �J ''''1, mounting is D ° O ° ' ° ' �/ / . referred b832TAP MG 416 6 8 � / � to asa 14)MIX�S t )C 3 6 l/ - 0 UP -32T AP C 5 ' 0 \J � , ; 5 ( 2lnnES concealed condu installation. It is 9 .wc #u 6 d `'' I ��� s� J i painted to match `, t`o u o� I 1 AWG 412 4 d 1-1/7 the signal. DEEP g (T) WPSBB -R (Order Code: 9751) (U) 5" SQUARE BACKBOX WI (V) SSB-4 CEILING SUPPORT BRIDGE EXTENSION RING, FLUSH (BO) (Order Code: 3380) „6 — 5 Provisions for (4) J -nuts #8-32 ib 3 - square } Material: Steel 521132 �1 33114 J ,�- I�r�-// S � e TO uI U� • \_\J f. , 1 5� 1443) i H LI , J E - - O \ f� � V 8-V2' [' I '' i ., 53116 � \ / \ / MAXIMUM NUMBER OF CONDUCTORS s �J V Lrl ��I t AWG #18 AWls #16 AWG #14 AVVG #12 J f— 233W' I 8 8 8 8 (W) 4 SQUARE, DEEP (X) SHBB SQUARE, SURFACE (Y) SER R SQUARE SEMI FLUSH (Z) SBL -2 BACKBOX SURFACE (BO) BACKBOX (Order Code: 7254) EXTENSION RING (Order Code: (Order Code: 6988) 3045) 1,,,,6 8184 (--) 7916 - , 1 1 _1 L y . , s' ` o Q S 4 o / III 3I .1 L�LJL L ./�\ 3316 1 r-1 '" - I e , o Q U ` J '1(1-5'11, 1 -- ' I i 1 :' I6 �� I '� ! See Note 7 L O r> ` 2-6 '_ "e x MAXf tUM NUMBER OF CONDUCTORS I o e "o f AVVG. #18 AWG #16 MG #14 AVM #12 _ _ _ _ -, 10 10 10 10 See Note 12 (AA) E5OSB -R (Order Code: 0230) (BB) E5OSSB -R (Order Code: 0232) 5 , r—l.5 I 5.03 72 7 1 d taI� '' 6 TOP o o [ TOP c 5A3 .[. 1,8). P0044 O o- I t [ . GENERAL NOTES 7. FIGURE WIS TYPICAL OFA STEEL CITY 72171 -1 BOX OR EQUAL. 1. FIGURE B IS TYPICAL OF A STEEL CITY LXM -WOW BOX OR 8 USE 3.5 DEEP BACKBOX ON ALL MIZ PRODUCTS WHEN EMT EQUAL. FIGURE B SHOULD BEA3.5" DEEP BACKBOX FOR CONDUIT IS USED. CONDUIT INSTALLTIONS AND IS TYPICAL OF A STEEL CITY 9 WHEN USED WITH AC HORN (J), "BB" MUST BE USED FOR CY -Y: BOX OR EQUAL. SURFACE MOUNT. • 2. FIGURE D IS TYPICAL OF A STEEL CITY 52151 BOX OR EQUAL. 10. HS4. HS. MT OR MTWP STROBE ARE FOR OUTDOOR MOUNTING. 3. FIGURE E IS TYPICAL OF A STEEL CITY 52171 BOX OR EQUAL. 11. USE WITH SERIES RSSP. 4. FIGURE F IS TYPICAL OF TWO STEEL CITY LXM -WOW BOXES 12. FIGURE U IS TYPICAL OFA RAN DLINDUSTRIES BACKBOX. OR EQUAL. ("Total Number of conductors shall be in accordance with NEC 5. FIGURE G IS TYPICAL OFAWIREMOLD 5748 -2 BOX OR EQUAL. table 314.16 (B) "). 6. FIGURE Q IS TYPICAL OF A STEEL CITY 52171 BOX WITH A STEEL CITY 53151 EXTENSION RING OR EQUAL. MOUNTING MATRIX o W G W 00 m W FF oo - ) co CC w 0 as 0 F- F� F-- N CO A v O W m o g Z v ay H 0. ii , °( 0) M o _ H m 6. s s 1 co co _ p o W co CO U) U) CO U) CO CO CO U) U) U) CO U) CO CO U) ;0 1- 2 CO w w W W W W w w w W w W W W W W ..1.1 W 1- w Cr LIC FY CY CC Cr CC CC (Y re ct rr a rx IY IY Y o< E W W W W W W W W W W W W W W W W JJ 2 Z w w CO CO U) CO (.0 CO CO CO CO U) CO CO CO U) CO CO :J) < < > U) 1(A) UNIVERSAL MOUNTING PLATE X (B) 1-GANG X2" DEEP - FLUSH (BO) NOTE 1 & 8 X X X X X (D) 4" X4' X1.5" DEEP - FLUSH (BO) NOTE 2 X X X X X I X X' (E) 4" X4" X2.125' DEEP FLUSH (BO) NOTE 3 X X X X X X X X X X X (F) 2 -GANG X 3.5" DEEP - FLUSH (BO) NOTE 4& 8 X X X X X X X (G) 2 -GANG X1.75" DEEP - SURFACE (BO) NOTE 5 X X X X (H) NATP TRIM PLATE X X X X (I) WPBB -R WEATHERPROOF BACKBOX FOR ASWP 2 (3) 8B SURFACE (WSI) NOTE 9 X X X X . X X X (K) WBB WEATHER -PROOF (WSL) X X X X X 3 (L) ISP2 SURFACE ADAPTER X X X X X (M) IOB SURFACE & WEATHER -PROOF (WSI) NOTE 10 X X X 4 (N) DBB SURFACE (WSI) X X X X X X X X X X X (0) RP-R RETROFIT PLATE (WSI) X X X X X X X X X X X X X (P) SBB SURFACE (WSI) X X X X X X X X X X X X (Q) 4" X 4" X 2.125" BOX W/ 1.5" EXTENSION RING -FLUSH (BO) NOTE 6 X X X X _ (R) SFP SEMI -FLUSH PLATE (WSI) X X X X X X X X X X X X X (S) AP.ADAPIER PLATE (WSI) X X (T) WPSBB -R WEATHERPROOF BACK BOX FOR RSSWP 1 (U) 5" SQUARE BACKBOX W/ EXTENSION RING, FLUSH (BO) NOTE 12 X X X X (V) SSB-4 CEILING (WSI) SUPPORT BRIDGE X X X X ' X (W) 4.6875" X 4.6875" X2.125" DEEP-SURFACE (BO) X (x) SHBB (WSI) SHALLOW SURFACE X X X X X X (Y) SER SEMI -FLUSH EXTENSION RING (RETROFIT APPLICATIONS) X X X X (Z) SBL -2 SURFACE (WSI) NOTE 11 X X X X X X (AA) E5OSB BACK BOX FOR E50 SPEAKER X (BB) E5OSSB BACK BOX FOR E50 SPEAKER STROBE X CO 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 c co 0 0 0 0 0 0 0 0 0 0 0 0 0 DATA SHEET NUMBER(S) o 0 0 0 0 0 0 o c� iN c" c v co c c I ) IU)�I�IUI IU lU�'DIU) 0I U) (0 I MOUNTING NOTES A Caution: The mountinc options figures show the maximum number of field wires (conductors) that can enter the backbox used with each mounting option. If hese limits are exceeded. there may be insufficient space in the backbox to accommodate the field wires and stresses from the wires could damage the product. Although the limits shown for each mounting option comply with the National Electrical code (NEC). Wheelock recommends use of the largest backbox option and the use of approved stranded field wires whenever possible, to provide additional wiring room for easy installation and minimum stress on the product from wiring. A Caution: Check that the installed product will have sufficient clearance and wiring room prior to installing backboxes and conduit. especially if sheathed multiconductor cable or 3/4" conduit fittings are used. 1. Mounting hardware for each mounting option is supplied. 2. Conduit entrances to the backbox should be selected to provide sufficient wiring clearance for the installed product When extension rings are required. conduit should enter through the backbox, not the extension ring. Use Steel City 4453151 (1 -1/2" deep) or #53171 (2 -1/8" deep) extension rings (as noted in the mounting options) or equal with the same cut -out area. 3. When terminating field wires, do not use more lead length than required. Excess lead length could result in insufficient wiring space for the appliance. 4. Use care and proper techniques to position the field wires in the backbox so that they use minimum space and produce minimum stress on the product This is especially important for stiff. heavy gauge wires and wires with thick insulation or sheathing. 5. Do not pass additional wires (used for other than the appliance) through the backbox "unless the backbox is of a sufficient size to permit additional wiring as described in NEC 314.16 (B) ". Such additional wires could result in insufficient wiring space for the appliance. NOTE: Due to continuous development of our products. specifications and offerings are subject to change without notice in accordance with Wheelock Inc. standard terms and conditions. BACKBOX MOUNTING HEIGHTS • NFPA -72 Section 4-4.4 "Wall Mounted for WHEELOCK WALL MOUNTED Appliances shall be mounted such that the entire lens is not less than 80" (2.03m) HORIZONTAL STROBE APPLIANCES • and not greater than 96" (2.30m)." "Exception: Appliances installed in sleeping areas shall comply with 4 -4.4.3." Not included in this document. ADA 4.28.3 (6) states that "strobes shall be 80" from the finished floor or 6" from the ceiling ". SERIES RSSP SERIES AS /AH FLUSH & SURFACE SERIES NSINS4 SERIES RSS SERIES MT & AMT AUDIBLE STROBE 'RETROFIT PLATE HORN STROBE STROBE 'MULTITONE STROBE BACiBOX MOUNTING OPTIONS* 801N. 61N. 801N. 61N. 80IN. 61N. 80 IN. 6IN. 801N. 61N. (8) 1 - GANG X 2' DEEP - FLUSH (BO) 77 1/2" 8 '' /z" 78 3 /8' 7 5 /8' 79 1 / 8 " 6 7 / 8 " (D) 4' X 4' X 1.5' DEEP - FLUSH (BO) 77" 9" 83 15 /,e' 77 7 /8' 8 78 5 /8 7 3 / 8 79 151 6 1 /18' (E) 4' X 4' X 2.125' DEEP - FLUSH (BO) 77" 9" 83 is/ 77 7 /8' 8 1 /8' 78 5 /8' 7 3 /8' 79 15 / 1 8' 6 1 /18' (F) 2-GANG X 3.5' DEEP - FLUSH (BO) 77 1/2" 8 1/2" 78 3/8' 7 5 /8" 79 1 / 8 " 6 7 /8" 80 0 / 1 8" 5 7 118' (G) 2 -GANG X 1.75' DEEP - SURFACE (BO) 77 V2" 8 ' /2" 78 3 /8" 7 5 /8" 79 1 /8' 6 7 /8" 80 9 /16 ' 5 7 /18 " (M) 108 SURFACE & WEATHER -PROOF (WSI) 79 3 /8" 6 5 / (P) SBB SURFACE (WSI) 79 1 /4 " 6 3 A" (0) 4' X 4' X 2.125" BOX WI 1.5' EXTENSION RING -FLUSH (BO) (U) 5' SQUARE BACKBOX W/ EXTENSION RING. FLUSH (BO) 69 8 83 7 /16" 77 3 /8' 7 5 /8" 78 1 /8" 6 7 /8' 79 7 /1s" 5 91 16 ' (X) SH138 (WSI) SHALLOW SURFACE 76 ' /s" 9 ' /z' 77 3 /8' 8 5 /8" 78 1 / 8 " 7 7 / 8 " (Y) 4' X 4' X 1.5' BOX W/ 1.5` EXTENSION RING PLATE (BO) (71 SRI - 2 SURF ACF (WSI( 78" I` ' - - - -- - f I I I I I I I [SERIES ET -1080 SERIES SA -70S SELF SERIES CH70 VANDAL SERIES E70 SERIES ET70 AMPLIFIED SPEAKER C HIME STROBE RESISTANT SPEAKER STROBE SPEAKER STROBE STROBE BACKBOX MOUNTING OPTIONS* 80 IN. 61N. 801N. 6IN. 80 IN. 6IN. 801N. 6IN. 80 IN. 6IN. (P) SBB SURFACE (WSI) 77 3 /" 8 1/2' 79 3 '16 6 13 / 76 77 3 %" 8 1" 77 3 /a' 8'/a' 79 3 / 18 " 6 (0) 4' X 4' X 2.12 BOX W/ 1.5' EXTENSION RING -FLUSH (BO) 78 Y' 7 1/2z 80" 6" 78 V2' 7 1 /2' 78 1/2" 7 1" 80" 6" (U) 5' SQUARE BACKBOX WI EXTENSTION RING- FLUSH (BO) 78" 7" 79 5 78" 7" 78" 7" 791/2" 5 %" (X) SHBB (WSI) SHALLOW SURFACE (Y) 4 X 4' X 1.5' BOX W/ 1.5 EXTENSION RING PLATE (BO) 1 1 /2" 17 1/2" I 80" J 6" J I I I I I * Measured from Bottom of Backbox • NOTES: (BO) = By Others (WSI) = Wheelock Product WE SUPPORT AND ENCOURAGE NICET CERTIFICATION MADE IN THE USA NATIONAL SALES OFFICE Distributed By: 800 -631 -2148 Canada 800 - 397 -5777 = -'Ty E -Mail: Info@wheelockinc.com http: / /wwwheelockinc.com Member _ -'. w 273 BRANCHPORT AVENUE • LONG BRANCH, NJ 07740 • TEL: 732 - 222 - 6880 • FAX: 732 - 222 - 2588 S7000 02/05 •