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HomeMy WebLinkAboutFire Alarm 12.2.2002 I Specializing in the design, sale and service of G, SECURITY, FIRE ALARM, CCTV, SOUND & COMMUNICATION SYSTEMS SUBMITTAL NO: 21316 2 DATE : 12/02/02 PAGE 1 PROJECT : PHILIP MORRIS MANAGEMENT 800 WESTCHESTER AVENUE RYE BROOK, N.Y. 10573-1301 ENGINEER: ROLF JENSEN & ASSOC INC 130 W. 30TH STREET 13TH FL NEW YORK, N.Y. EDWARD ARMM CUSTOMER: PHILIP MORRIS MGMT.CORP . ATTN:VICTOR PASSARELLI 800 WESTCHESTER AVENUE RYE BROOK NY 10573 EQUIPMENT: CHANGE PBK RM DETECTION FROM CONVENT.TO ADDRESS-11782 PART# QTY DESCRIPTION PG# - - - - - - - - - - - - - - - - - - - -- - - - - - -- -- - - - - - - - - - - - - -- -- - - -- - -- -- -- - - - - - - - DELETE CONVENTIONAL DEVICES 2210 -1 FENWAL PANEL PSD-7155 -6 DETECTORS PSD-7155P -6 DETECTORS UNDER FLOOR VELOCITY 2WRLT -12 BASES ADD ADDRESSABLE EQUIPMENT 74-200000-501 1 FENWAL NET PANEL lA-B INCLUDED 1 NETWORK CENTRAL CONTROL MODULE lA-B INCLUDED 1 RX/TX MODULE lA-B INCLUDED 1 POWER SUPPLY/CHARGER MODULE lA-B 74-200001-001 1 AGENT RELEASE MODULE 2 74-200004-001 1 RELAY MODULE 3 06-115915-046 2 12V17AH BATTERIES N/C 71-402001-100 14 SMART DETECTOR 4A-B 70-400001-101 6 UNDERFLOOR DETECTOR BASE 4A-B 70-400001-100 8 CEILING DETECTOR 4A-B 70-407008-001 2 ADDRESSABLE CONTACT 5 INPUT DEVICE SALES REP : NICK DELFICO TECHNICAL REP : WILLIAM A. NUGENT 194 BRADY AVENUE P.O. BOX 56 • HAWTHORNE, NY 10532 • (914) 769-8900 • FAX(914) 769-8364 ALBANY • HAWTHORNE • SYRACUSE • WEST HAVEN,CT FenwaINET 2000 SL Effective: January2000 SINGLE-LOOP FIRE-ALARM/SUPPRESSION CONTROL PANEL o 74-200 FEATURES • UL, CSFM, MEA listed/FM Approved • Peer-to-Peer networking (to 32 nodes) • Remote LCD display and display/control modules • Password Protected Panel Access • Distributed intelligence architecture J-- • Full analog reporting from SmartOneTM' smoke/ �:: =3 thermal detectors • Total and easy field programming using WindowsTm based configuration software • Interface to AnaLASER® High Sensitivity Smoke detection systems using AnaLASER Interface Module (AIM) or Intelligent Interface Module (IIM- �} 2000) • Interface to Alarml-ineTm Linear Heat Detection systems using the Addressable AlarmLine Module (AAM) • Fail lSoftTmdefault operation • 80 character alphanumeric display i 1024 event history log • Up to 255 loop detection/monitor/control points FEWALd{'2000 DESCRIPTION The FenwaINET 2000TM 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 tem 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 eration. 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 255 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 1 A 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 SmartOne TM 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 tem 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 more 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 1/0 motherboard assembly or mount within the Cen- Power Supply and Enclosure. Optional 1/0 modules can be tral Control Panel enclosure. Up to sixteen 1/0 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 of the following modes: Style 7.0 supervision is possible with the use of Loop Isola- 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. FenwaINET 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 FenwaINET 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.) FenwaINET 2000 system. The system power supply/charger PROGRAMMING LANGUAGE assembly provides 4 Amps of 24 VDC power which can be The FenwaINET 2000 Fire Protection System incorporates expanded to 8 Amps of 24 VDC power with the use of an aux- iliarypower supply unit, P/N 74-200009-002.The FenwaINET a programming language that is unique and easy to use. The programming language, Event Output Control (EOC) 2000 system can support up to 8 power supply/charger as- semblies with auxiliary power supply units for a maximum of 64 and Real Time Control(RTC)are very versatile and can easily accommodate any Amps of 24 VDC power.The power supply communicates sta- 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 FenwaINET 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 a set or sets of sealed lead acid batteries The Main Menu of the FenwaINET 2000 Menu Tree con- which can be housed in the main enclosure or an optional bat- tery enclosure.The power supply module's charger circuit main- tains these batteries in the fully charged state. The module 1:ISOLATE 2:LIST 3:SET 4:TEST supervises system batteries for connection and upon discon- To access a category,the operator simply selects 1, 2, 3, or nection 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 resettable or non-resettable 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 system allows expansion of both the 1/0 module capac- which display and may be printed with the time and date. ity and the power supplies.The expansion enclosures allow Typical lists are: both 1/0 motherboards and auxiliary supplies to be added, boosting the 1/0 module capacity to 16 modules and 24 VDC Detector Smoke Level 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 l `u 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 74-200004-001 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 VDC;4 Amps; Expandable to a The optional Alarm Verification feature can be used when Maximum of 64 Amps. detectors are in environments with transient smoke condi- Maximum 1/0 Modules: 16 (Maximum of 8 of any type) tions. A 10- to 60-second delay may be programmed into except there is only one 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 literature is provided for informational purposes only.KIDDE-FENWAL,INC.assumes no FENWAL° responsibility for the product's suitability for a particular application.The product must be prop- erly applied to work correctly. �-4 If you need more information on this product,or if you have a particular problem or question, KIDDE-FENWAL,INC. \ �" contact KIDDE-FENWAL INC.,Ashland,MA 01721.Telephone:(508)881-2000 400 MAIN STREET,ASHLAND,MA 01721 TEL:(508)881-2000 FAX:(508)881.8920 � 74.200 1/00 ©Kidde-Fenwal Inc. Printed in USA www.(env2lfire.com Protectlansystems IEffective September 1995 Release Module il I I14-206 FEATURES I ONE PROGRAMMABLE RELEASING OUTPUT THREE INDEPENDENTLY PROGRAMMABLE SIGNAL CIRCUIT OUTPUTS • FM200, FE-13, COZ, HALON, DRY& WET CHEMICAL AND SPRINKLER RELEASE COM- PATIBLE • PROGRAMMABLE FOR INITIATORS OR SOLENOID TYPE RELEASING DEVICES DESCRIPTION The unique Agent Release Module provides the �'"�•-. FENWALNET 2000TI system with one programmable I release circuit and three Style "Y" signal circuits. The release circuit is compatible with all FENWAL suppres- sion systems, Solenoid & Initiator based. The release I circuit is also compatible with most popular sprinkler solenoids for sprinkler release applications. Each release output circuit can be programmed for INSTALLATION I "Single", "Cross" or "Counting" Zone Style of initiation. The Release Module is housed and secured in the 1/0 Optional time delay,abort and manual release sequences Motherboard Assembly. A maximum of 8 release mod- allow the output to be programmed for application spe- ules may be installed in the system. cific requirements. TECHNICAL INFORMATION I Each signal circuit output delivers up to 2 Amps of 24 Release Output, Rating: 2 Amps @ 24VDC VDC power,substantial enough to meet the requirements Supervisory Current: 25 mA, each module of today's ADA / UL 1971 Signaling Appliances. The Alarm Current: 140 mA,for the programmable three signal outputs are individually programmed allow- output interval ing signaling of each phase of the release sequence. Signal Output Rating: 2 Amps @ 24VDC Initiator Circuit Resistance: 10 Ohms(Max.) Each module output is protected with a self-restoring Release Output Type: 90 seconds; 10 min. soak fuse, which provides protection from short circuit condi- or 15 min. soak; On until reset tions. The module's three signal circuits are supervised Operating Temperature: 32- 1200 F for open and short circuit conditions. The release circuit ORDERING INFORMATION output is supervised for open circuit conditions. Part Number Description Shipping Wt. When an open circuit occurs in one of the signal circuits, 74-200001-001 Release Module 1 lb. the system will display a trouble condition identified by module type, address and output number. The same will occur when an open circuit is detected in the release output circuit only the module type and address will be different. The release modules connection to the system is super- vised by the CCM. In the event of module removal, the system would display a module communication trouble condition. i WIRING DIAGRAMS I Release Solenoids 1 I + Auxiliary Power T61 2C, 3 4 o I3 + One Solenoid 4 0 5 o Release Circuits 5 0 6 0 I +6 7 I g o g o TB1 Signal Circuits 3 I cr Solenoid One 10 0 * 4 11 0 5 0 I 12 Solenoid Two + 6 I Signal Circuits Initiator Release I TB1 TB1 I FOR To Be 10K - CKT#1 E FOR 3 See Note 1. $ 4 0 9 * 5 6— See Note 2. I " CKT#2 FOR 10 Er_ 11 + I CKT#3 II > FOR 12 NOTES: I 1. Used to compensate for 10 Ohms maximum circuit resistance. Resistor must be rated at 1 Watt mini- mum. 2. Maximum number of initiators per circuit is 12. Each I circuit must not exceed 10 Ohms including cable resistance. I I F E1�INAL: This literature is provided for informational purposes only. KIDDE-FENWAL pro assumes no responsibility for the product's suitability for a particular application. The product must 1 be properly applied to work correctly. If you need more information on this product,or if you have a particular problem or KIDDE-FENWAL.INC. \ ��� question,contact KIDDE-FENWAL,INC.,Ashland,MA 01721:Telephone(508)881-2000 400 MAIN STREET,ASHLAND,MA 01721 ��NW►y 74-206 9/95 ©1995 Kidde-Fenwal,lnc. Printed U.S.A. TEL:(508)881-2000 FAX:(508)881-8920 1 Relay Module Effective September 1995 74-205 FEATURES • FOUR INDEPENDENTLY PROGRAMMABLE RELAYS • DPST DRY CONTACTS ISUPERVISED MODULE £' DESCRIPTION The FENWALNET 2000TM Relay Module provides four I independently programmable relays for control of auxil- iary functions such as fan shutdown and damper control. •�. ? ` I Each relay has DPST contacts, which means a single relay module can control up to two separate functions. Each relay on the module is identified in software by a 4- character address and a 40-character programmable owner's identification message. WIRING DIAGRAM IThe relay module plugs into the 1/0 motherboard of the FENWALNET 2000 and is supervised by the Central 1 I Control Module. Removal of the module will result in a 2 K1 trouble condition. s INSTALLATION a ,11 The Relay Module is housed and secured in the 5 K2 Motherboard Assembly. A maximum of 8 modules may 6 be installed in the system. TECHNICAL INFORMATION g K3 IContact Rating: 2 Amps at 24 VDC or 1 9 Amp at 120 VAC 10 Maximum Modules per System:8 K4 I Maximum Outputs per System: 32 11 Contact Rating: 2 Amps @ 24 VDC; 1 Amp 12 @ 120 VAC Operating Temperature: 32- 120OF NOTES: ORDERING INFORMATION 1. All relay outputs are shown in normal standby condition. I 2. All contacts are the dry contact type. Part Number Description Shipping Weight 3. Outputs of all relays are not supervised. 4. Ratings are 2A Maximum @24VDC; 1A @ 120 VAC. 74-200004-001 Relay Module 1 lb. 5. The maximum number of boards per system is eight. 6. The maximum is one#12 AWG wire per terminal. TM 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 F NWA / to be properly applied to work correctly. I ` 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. 400 MAIN STREET,ASHLAND,MA 01721 BEN W►� 74-205 9/95 ©1995 Kidde-Fenwal,Inc. Printed in U.S.A. ITEL:(508)881-2000 FAX:(508)881-8920 Photoelectric, Ionization and Effective May 1995 Thermal Distributed Intelligent Detectors 74-210 Technical Data I FEATURES • Analog Photoelectric Ionization and thermal types • True distributed intelligence • Field programmable alarm and prealarm set points • Internal supervision • Fail soft operation • Alarm verification • Calibrated alarm test by command to sensor level non-volatile memory. The prealarm set point typically is I • Drift compensation used as an early warning signal. On receipt of a prealarm signal, the operator may, in addition to • Status LED sending someone to investigate, request actual percent obscuration levels or temperature in real time from that, • Non polarized or any other, detector. To disable the prealarm function, • Low profile style the set point must be programmed the same as or higher than the alarm set point. • Euro style base I • Full analog display of detector values The alarm and prealarm setting of each detector may be changed either electronically or from a Central • Electronic addressing Control Panel Real Time Clock or even off site via modem. For example, a detector located in a cafeteria I DESCRIPTION can be programmed to desensitize automatically every lunch hour except weekends and holidays. These unique Smart detectors provide true distributed I intelligence by storing and analyzing calibration data Drift Compensation and prealarm and alarm values. The detector head Each smoke detector is self-monitoring for drift from continuously makes on-location decisions and reports alarm set point caused by long-term environmental its status, as required, to the central control panel. conditions, contamination or electronic component r aging. Using a carefully designed algorithm, the IThis distributed intelligence architecture, featuring an detector measures and averages 30 days of"normal" intrinsic microprocessor with 4K of non-volatile memory smoke level. This data then is used in the drift compen- in each individual detector, analyzes data and makes sation algorithm to maintain the proper set point as decisions within the monitored area. This unique programmed for the unit. If the detector cannot com- utilization of processing makes possible a system with pensate, a trouble signal is sent to the Central Control greater capacity and flexibility than a conventional Panel identifying the affected detector and the state: centralized system. Drift Error." As an example, up to 255 detectors can be connected Internal Supervision on a single pair of wires connected to one Rx/Tx The weakest link in a conventional or standard addres- I module.All devices can be full analog, all devices can sable system is the inability to monitor the operating be in simultaneous alarm. condition of the detector. The SmartOneTm detector constantly monitors its own status by supervising and Two Programmable Alarm Set Points reporting a trouble condition when a fault occurs in one I The detector alarm and prealarm set point levels are of the following items: factory-set in units of percent obscuration/foot or 1. Internal Power Supply Voltage degrees (F) and may be changed by the operator. Both 2. Improper line voltage from the control panel set points, however, can only be set within the UL 3. Faulty writing of data into memory allowable limits which are stored in the control panel's 4. Uncompensatible drift Q Fail Soft Operation GENERAL NOTES: Should there be a failure in the communications link between the Central Control Panel interface and a 1. No. E.O.L. device is needed for SmartOneTM detector, the detector will operate as a standard unit. detectors. That is, it will cause a general alarm by channel when 2 'T'tapping wiring method is acceptable for Class "B" smoke density or temperature reaches the alarm point. wiring. Number of taps only a function of good It will not, however, report its status. practice. Upon re-establishment of communications with central 3. To ensure proper installation of the detector head to I control, the detector will return to its prior program the base, be sure wires are properly dressed at without further action. installation. Status LED (A) Position all wires flat against the base. A LED is provided on the SmartOneTm detector to (B)Take up all slack in outlet box. indicate status of the smoke detector.A high flash rate indicates alarm; a slow rate normal; when a trouble (C) Route wires away from the connector terminals. exists, the LED is off. I Programming Information NOTE: Factory settings of detectors are as follows: Each detector is field programmed with its owner Photoelectric detectors -Alarm 2.5%/ft., location message (location of the detector in the Prealarm 1.5%/ft. building or on the site), its system address (a four digit Ionization detectors -Alarm 1.0%/ft., Prealarm code), prealarm set point and alarm set point (if 0.8%/ft. different from factory settings). In addition, the detector Thermal -Alarm 140OF (60°C) type, either photoelectric, ionization or thermal and proper calibration are stored into the memory at the Programming is done via a PC or hand held programmer factory. This permits the Central Control Panel to verify at the jobsite or may be accomplished remotely via a that the proper type detector and correct address is modem.To avoid tampering, three levels of security installed in the system. are provided to program or alter the program. BASE WIRING INFORMATION The system will reject attempts to program alarm and prealarm set point levels exceeding the Underwriters (P/N 70-400001-100) Laboratories designated window. 0 o Alarm Test By Command 0 0 ® o Any or all detectors can be tested by command from the Central Control Panel. This test procedure pre- 3 3 cisely duplicates in-place testing of each detector by imposing a signal on the detector sensing chamber that © ® U ® will cause an alarm output. Results of the test will be 0 o printed out at the Central Control Panel or virtually any remote location for monitoring or troubleshooting To Rx/Tx purposes. Figure 1 Communicaton Verification Power/Communications Wiring When a detector reaches its prealarm or alarm set point, it conducts a verification procedure with the Warning: TO PREVENT DETECTION CONTAMINA- Central Control Panel which repeats the communica- TION AND SUBSEQUENT WARRANTY tion cycle four separate times before the system CANCELLATION, SMOKE DETECTORS accepts its change of status. The maximum time for MUST REMAIN COVERED UNTIL AREA IS this verification procedure is a rapid 2.5 seconds. CLEAN AND DUST FREE. I I i DETECTOR IDENTIFICATION All SmartOneTm detectors utilize the same base and may be interchanged. (Changing detector types, Part Number Description however, requires a change in system programming.) 70-400001-100 Common Mounting Base Installation is both simple and fast because of screw 70-400001-101 Common Euro Style Mounting Base type connections and the nonpolarized detector fea- 70-400001-200 Mechanical Adapter - Model ture. The detector is fitted to the base by a twist-to-lock MA-002 action. A removable locking tab secures the head to the 71-402001-100 Ionization Detector - Model CPD base to provide a degree of vandal resistance. 70XX 71-402001-100 Photoelectric Detector- Model PSD SmartOneTM Ionization Smoke Detector 71XX Models CPD 704X are dual chamber ionization type 70-404001-100 Thermistor Heat Detector- Model detectors which sense both visible and invisible smoke. THD 72XX A unique sensing chamber design permits 3600 smoke entry and response. SPECIFICATIONS - ANALOG DEVICES SmartOneTM Photoelectric Smoke Detector Model PSD 714X are smart photoelectric smoke Input Voltage: - : - 3 - 2LA, typical C detectors. These detectors will respond to a broad Standby Current: - 54A, t typical range of flaming and smoldering fire conditions. Im- Alarm Current: -Detectors p typical proved long-term stability is achieved through the use Max. No. of Detectors per Channel: - 255 (all can be of a custom integrated circuit that features multi-stage analog and simultaneously in alarm) amplification. LED Pulse Modes: SmartOneTM Thermistor Heat Detector Normal: - 9 second interval Model THD 72XX are thermistor based analog devices Trouble: - LED is off that can be programmed to respond to fixed tempera- Alarm: - 2.0 second interval ture and/or rate compensated heat rise without prob- Operating Temperature: - 32 - 1000 lems associated with thermal lags. ' EMI Immunity - Exceeds UL 268 WARNING: Operation outside specifications could NOTE: These detectors are compatible only with fire result in failure of the Fenwal product and other alarm systems, utilizing a Receiver/ equipment with injury to people and property. Transmitter Module, PIN30-40200 1-000. Specifications subject to change without notice. Contact Fenwal before relying on above specifica- MAINTENANCE tions. The information herein is to assist customers in determining whether our products are suitable The minimal requirement for detector maintenance for their applications. We request that customers consists of an annual cleaning of dust from the detec- inspect and test our products before use and for head by using the suction of the vacuum cleaner. satisfy themselves as to contents and suitability. Cleaning programs should be geared to the individual NOTHING HERE-IN SHALL CONSTITUTE environment. WARRANTY, EXPRESSED OR IMPLIED, INCLUDING ANY WARRANTY OF MERCHANTABILITY OR RADIOACTIVE MATERIAL FITNESS FOR A PARTICULAR PURPOSE. Less than 1.0 microcuries Americium 241 in ionization detector. Shielded by stainless steel housing. CAUTION: Do not attempt disassembly of the factory sealed sensing chamber. This assembly is sealed for your protection and is not intended to be opened for servicing. APPLICATION DATA The smart detectors are compatible with control equipment which utilizes the Receiver Transmitter Module (RX/TX). 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 returning to the RX/ TX, Class "B" does not require this return to the RX/TX ' and permits unlimited T Tapping. r ` � i i i i i i i i i TM FEENW This literature is provided for informational purposes only.KIDDE-FENWAL,INC.assumes ' responsibility for the produces 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- KIDDE-FENWAL,INC. FENWAL,INC.,Ashland,MA 01721.(508)881-2000. 400 MAIN STREET,ASHLAND,MA 01721 �G=i TEL:(508)881-2000 FAX:(508)881-8920 74.210 12/95 5M C1995 Kidde-Fenwal,Inc. Printed in U.S.A. CP ' �FN W Pr Addressable Contact Effective: August 2000 Input Device • - 74-214 FEATURES • MONITORS N/O OR N/C UNPOWERED CON- b TACTS m �Ef} r'• • FULL DIGITAL COMMUNICATIONS �x�► r All,%,4 �. .k • SIGNALING-LINE-CIRCUIT CONNECTIONS: -CLASS A, STYLE 6 OR 7 OR, -CLASS B, STYLE 4 • CLASS B, STYLE B INITIATING DEVICE CIR- CUIT ; • REMOTE-LED OUTPUT • ALARM TEST FROM FENWALNETTm 2000 - KEYPAD • UL LISTED / FM APPROVED SUPERVISION DESCRIPTION The Al continuously monitors the integrity of the follow- The SmartOneTmAddressable Contact Input Device(AI) ing: is an intelligent field device with its own microprocessor, . Continuity of supervised wiring 4K of memory and electronics necessary to interface N/ power/Communications circuit voltage O or N/C unpowered contacts to the FenwalNETTm 2000 . Internal power supply g system. All of the electronics are contained in a high- . Memory data impact polymer case, creating a very small and durable . Faulty entering of data into Al memory device for installation. Two types ofAl's are available: anAl/NC for interfacing to FAILSOFT OPERATION normally-closed devices and an AI/NO for interfacing to Should there be a failure in the communication link be- normally-open devices. The Al may be located up to 2,500 tween the Al and the microprocessor that controls its sig- feet from the monitored device with#18 AWG wiring. An naling line circuit, the AI is capable of reporting a Zone end-of-line-resistor is required for supervision of the wir- Alarm for the signaling line circuit and initiating a general ing to the device. alarm signal. During a general alarm, all outputs pro- FIELD PROGRAMMING grammed for failsoft operation will activate. System address, owner location message and reporting STATUS LED type are programmable via the FenwaINET 2000 configu- A remote status LED may be connected to the Al. A slow ration software program. flash rate of approximately nine seconds indicates a nor- The System address is a4-digit number that uniquely iden- mal condition, a two-second flash rate indicates alarm tifies each device. The owner location message is a 40- and no flash indicates a trouble condition. character, alpha numeric message that describes the lo- cation of the device. The reporting type is assigned to the AI depending on the functionality of the device being moni- tored. J 0 ti V WIRING DIAGRAM NOTES -NO In ta'^a 1. Maximum 25 Q resistance per conductor/50 S2 per circuit. 2. Max. #14 AWG (1.5 mm2)wire. See Notes:1.Y,and 4 Min.#18 AWG (0.75 mm2)wire. See Note3 3. Refer to Control Panel Manual for wiring specification. EOL (') (�) (1CK 4asis:arJ SLC Line (_) (-) SLC Line 4. Maximum 10 VDC @ 1 mA. In out Soe Note9 Typical N.C.SupBnieory 5. All wiring is power limited and supervised. Devices �(Oobo LEE) 6. This module will not support 2-wire smoke detectors. OcGonall See Note? 7. Rating of LED circuit: 26 VDC Max., 7mA Max. If not used leave terminals open circuit. EOL� 8. N/O and N/C initiating device circuits are NFPAClass (OK ReB,sio,) B/Style B. 9. Al N/C is intended for non-fire applications. ALARM TEST Any or all Als can be tested by command from the ORDERING INFORMATION FenwaINETTM 2000 Control Unit. Results of the test may Part Number Description be printed out at the system printer. 70A07008-001 Addressable Contact Input Device N.O. INSTALLATION 70A07008-002 Addressable Contact Input Device N.C. The Al can be mounted in a North American 2-1/2" (64 70AI1001-005 Package of 10 End-of-Line Resistors mm)deep, 1-gang box,or standard 4"square box, 1-1/2" (38 mm) deep with cover. The terminal block will accept ARCHITECTURAL/ENGINEERING #14, 16 and 18AWG wire(1.5 mm2, 1.0 mm2, 0.75 mm2). SPECIFICATIONS SPECIFICATIONS For specifications request a copy of the Architectural/ Input Voltage: 16.5 -27.5 VDC Engineering Specification Disk:Available from Kidde- Standby Current: 450 uA Max Fenwal Marketing Department. Alarm Current: 450 ItA Max Max. No. Of Devices per Communication Circuit: 255 (Will support all devices in alarm simultaneously) Operating Temperature: -31 -151°F (-35-66°C) 0 -95% RH 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 responsibility for the product's suitability fora particular application The product must be properly applied to perform as described herein If you need more information on this product,or if you have a particular problem or question contact KIDDE-FENWAL,INC Ashland,MAO1721.Telephone(5C8)881-2000 KIDDEFENWAL.INC. 40C MAIN STREET.ASHLAND,MA01721 74-214 8197 n 1997 Kidde-Fenwal,Inc Printed in U.S.A TEL.(508)881-2CCO FAX.(5C8)881-8920 _ FOMLNGN REVISIONS RCEII NO. DATE DESCRIPTION v DWtNCLD APP _ S I 441raD v I�Z - ON 6N @N ® lJ 3 V O ( 5 s -' 30 N N N OD g "30 D {S� Q (D4 I y G R 110 ._.. S �5 ON OR ON S S OR ® R O 5c�— N R N OR ON N -� - R O LI 2BUIMTIN DR ❑4 RELOCATED _ �i CM S y R MM DIDETECTOR R OR 1315 i Q �R OR f I S R � N R 15 15` F FE?E SEuEN [ON SF S I .nr+r,wcs O pa❑ ®R❑R S �� o� RQ R R TAR �S — TS MM �S S R 2 2 R O EJE @ �R❑R ®� S PAD-2 _ @75 ALARM EXTENDER NOTE#1 ® Q N ® ® OR REUSE ANN �❑S Rt�yR E E YL7 D®E ®N ®N iR RCC a1iE RELOCATED 1 C fl I (MXL �u IJ� IN FRT,ELEVATOR MACHINE �} ROOM AT BOTTOM OF STAIRS ,D Q O O 15 i WANDENS PHONE R R E E❑F I SMOKE REPLACE BOTH DETECTOR D E)Fj MrA/ED LJ SINS. COLOR TOUCH OE O �� Ok I Y EW SCREEN CRT, (� d '}^ KEYBOARD AND RELOCATED MOUSE Pt :. 1F(�� UrP t D b R B EXISTING SPEAKER S 15 BEHIND DOOR O 3 O OE❑` QS* - 'ER MM 9 S 30 i E O E �E E O E S R t @110 R RR EACH AIR HANDLER HAS 2 DRY WF PRESSURE A SELF CONTAINED 2 HIGH LOW PRESSURE I SMOKE AS WELL AS A 1 WF VANE SWITCH 3 OSBY DUCT DETECTOR 6 f 4 I TC 6 f, IJRT 11 _........, @V t 75 i 1 G 1I- � 1 LOBBY LEVEL-SOUTH PLAN T110® RFJR: NOTE#1 TS "POOL ROOM" 2 RISERS 1 DRY AND 1 PRE ACTION 10 POINTS TO MONITOR;2 WATER FLOW,2 VALVE TAMPER,2 HIGH/LOW AIR PRESSURE,4 PRE ACTION PANEL RELAY CONTRACTS. ! l _ - N0�J VILLAGE OF RYE BROOK BUILDING DEPT. f LOBBY LEVEL SOUTH FLOOR PLAN SCALE NONE DATE FIRE SYSTEMS INC. TITLE FIREPHILLIP ALARM SYSTEM UPGRENTADE DWG. REV. DWN WAN 8/20/2002 � LS HAWT ORNE NBRADYYA 10532 800 WESTCHESTER OAVEiNUEANRYEMBROOK, NY 10573-1301 N© — /Q i REVISIONS NO. DATE DESCRIPTION DWN CKD APP V s V 30. �30 V AV W SMOKE VENT 58 AV V 759� g 30416 j M 2 15 6 S V ,a EDE y V /� WE OR v 15 1 3 * .� TM R AV f O TS O S / R Q R R OR �n1{'V F V �} 1 A"'✓ V VA`� V V V ® V aV i V ®� ®R v S 9 F PR S S F S S S `a! R R 75 30' 30 OR�� 30 30 i, / 300 0 30O Yy R.SRANSUL SYSTEM 1FjOR30 V 30 @D 1 1\.c ® 75 @R BE MONITORED 'l 30 - �]'� S 15 (�� �W OR� 3030 N t T 16 I S s* _\ OR f S �OQ O 15V S 30 S 7�@R S S._.. �5 - / ---S 5 N /�� Q O H L,V p GHQ® QR \/ l (�75S R 413 REMOVE EXISTING VSPEAKER STROBE -- �/ - �t O 0 t R AND PATCH CEILING i" 15 ^— V SMOKE DETECTORS,MAGNETIC �«' DOOR HOLDERS AND SELF SMOKE MUST BE I ^+S 15 15 �h —----- —CLOSERS MUST BE ADDED. RELOCATED OUT v 75 FROM WALL i`- � DOORS MAY REQUIRED GASKETS. ; V �Q DOORS A7,07,C7 AND D7 }� V 1 V ©30 30 V S* • 15 Q * V 15 * OV ®7E]R% 15 75 0 0 S V 3p RSV S V 30 I 75 75 Si S* V _ SV 7-CENTER S75 �k - 0 NOV 7 200Z I � L Y4lAGE�. BOILDING DEFT D-4 7TH FLOOR CENTER FLOOR PLAN SCALE NONE DATE TITLE FIRPHILLIE ALARM SYSTEM UPGRENTADE r._— FIRE SYSTEMS INC. RP. DWG. REV. DWN WAN 8/20/2002 ��� HAWTHORNS NYYA 10532 800 WESTCHESTER ORRINUEANRYE�1BROOK�NY 1 0573-1 30 1 NO. D-21316-A7 C I, REVISIONS NO. DATE DESCRIPTION DWN CKD AP_P FSI TECH, VERIFY POLARITY FENWAL NET.2000 1007 1008 1009 1010 1011 1012 1013 1014 ASC#' FM-200 CONTROL PANEL 3 3 3 3 3 3 3 3 AGENT STORAGE CONTAINER + CIRCUITS SHOWN WITH A SHIELD MUST BE 7 7 7 7 7 7 7 7 SHIELDED FROM ALL OTHER WIRING. _ p P P P P P P P ASC WIRING MUST THE SHIELD MUST BE CONTINUOUS,ISOLATED PSD-7152 PSD-7152 PSD-7152 PSD-7152 PSD-7152 PSD-7152 PSD-7152 PSD-7152 LEGEND DISCHARGE BE IN DEDICATED FROM GROUND AND GROUNDED AT THE CONTROL SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR SOLENOID CONDUIT,NO OTHER PANEL ONLY DOWN IN WIRING ALLOWED 1 ASC-3U ASC-2U ASC-1U STORAGE _ z FMACP FENWALNET 2000 FM-200 CONTROL PANEL AGENT AGENT AGENT ROOM 3 1001 1002 1003 1004 1005 1006 STORAGE STORAGE STORAGE CONTAINER CONTAINER CONTAINER 4 3 3 3 3 3 3 JUNCTION ftx/Tx p�I AMT-24-LSM-VFR ALARM HORN/STROBE BOX MODULE 7 7 7 7 7 7 u`I 1 - P P P P P P AM AMT-24-LSM-VFR ALARM HORN/STROBE 2 NETWORK CENTRAL - CONTROL PSD-7152 PSD-7152 PSD-7152 PSD-7152 PSD-7152 P'SD-7152 4 MODULE SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR D-DISCHARGE , E=EVACUATION ,A=ALARM I FACTORY FACTORY FACTORY CABLE CABLE CABLE 1 29-320000-286 30-193000-001j004 ALARM MANUAL STATION ALARM ABORT STATION �P PSD-7152 PHOTO SMOKE DETECTOR AND BASE i RESISTOR IN FSI 3 z#16 s#16 ADDRESSABLE W/6"CEILING AND 4"UNDERFLOOR BASE TECH AS ASCREOULOADIRED� 4 AGENT RELEASE EOLR EIXR 29-,320000-286 MANUAL STATION MODULE USE TROUBLE CONTACTS 5 TO TIE TO BUILDING FRCP AND 70-407008-001 MODULE 6 NETWORK CENTRALWIZJUNCTION JUNCTION JUNCTION CONTROL3.6 KBox BOX Box MODULE TREOLR ❑A 30-193000-001/004 ABORT STATION ®06 6<a z I 0O6 5 a 300 AND 70-407008-001 MODULE HORN/STROBE UNIT 37 — +m a +I+ +m a i+i+ AMT-24-LSM-VFR K1 38 E3.6 OLR �°wq �a-2 R �uj 0 A��a 2 DISCHARGE HORN 39 D D RELAY OLR 70-407008-001 70-407008-001 A INITIATING WIRE 2#16 SHIELDED 7 MODULE 40 INPUT DEVICE 1015 INPUT DEVICE 1016 B SIGNALING WIRE 2#14 SHIELDED END OF LINE H H PR K2 41 16 K RESISTOR EOLR 3.0 K OHMS + + 61P SET 111 $ 42 0.5 WATT 43 DISCHARGE(STEADY)HORN/STROBE K3 44 3.6 K 45 OPERATION NOTES EVACUATION HORN _ E _ E 46 1)OPERATION OF ONE DETECTOR ON THE LOOP SHALL: 9 K4 47 TO EPO SYSTEM A)OPERATE LED ZONE INDICATOR ON PANEL END Of LINE H H PRII 4a POWER SHUTDOWN B)ACTIVATE ALARM HORN/STROBES(HI/LO) RESISTOR 3.0 K OHMS + 10 ON DISCHARGE C)SHUTDOWN HVAC SYSTEM AND AC A 0.5 WATT A DIP SET 001 CONTACTS PROVIDED.D 0)ACTIVATE BUILDING FIRE ALARM SYSTEM. END OF LINE _ _ TO NEEDED TO HOOK UP SYSTEMS RESISTOR 11 oLiL2o SHUTDOWNS 2)OPERATION OF A SECOND"CROSS ZONE"DETECTOR SHALL: 3.0 K To H H PRO BL1t wHT 3 4 s ©s SEE 3 a s r©sC) ARE PROVIDED BY SUPPLIER TO SHUTDOWNS A)OPERATE LED ZONE INDICATOR ON PANEL D.5 WATT + + tz INPUT INPUT NC NOTE INPUT INPUT NC OF EQUIPMENT. AS REQUIRED FOR HVAC SYSTEM 8)SOUND THE EVACUATION HORN/STROBES(SLOW WHOOP) A B A e C)START DISCHARGE DELAY TIMER IN 2210 PANEL ALARM HORN GRN TO SHUTDOWN AC EVACUATION SLOW WHOOP HORN STROBE „ ( HORN/STROBE) + - + } z UNITS SERVING ROOM. ALARM(HI/LO) - 3}THE DISCHARGE OF HALON SHALL: HORN/STROBE UNIT 12 VOLT 12 VOLT TIE INTO FIRE ALARM SYSTEM A)OPERATE LED DISCHARGE INDICATOR ON PANEL B)OPERATE DISCHARGE HORN/STROBES(STEADY) AMT-24-LSM-VFR 17 AMP HOUR 17 AMP HOUR Tn-O TR_D MODULES ON BUILDING SYSTEM B B C)SHUT DOWN POWER(TIE INTO EPO SYSTEM) TIE INTO FIRE ALARM SYSTEM tOK END ST D)ACTIVATE BUILDING FIRE ALARM SYSTEM. D 4)MANUAL STATION SHALL DISCHARGE HALON IMMEDIATELY D USE ALARM RELAY TO TIE TO BUILDING FRCP MODULES ON BUILDING SYSTEM USE CONTACTS TO LINE RESISTOR AND ACTIVATE ALL SHUTDOWNS AND ALARMS OUTLINED HORNS ARE FIELD ADJUSTABLE FOR SOUND TOMES, USE DISCHARGE RELAY TO TIE TO BUILDING FACP DISCHARGE SIGNAL CIRCUIT ABOVE, USE TROUBLE CONTACTS TO TIE TO BUILDING FACP TIE INTO CENTRAL SET HORN TONES TO BE DISTINCTLY DIFFERENT NOTIFICATION (ALARM) 5)IRI ABORT SWITCH WILL PREVENT AUTOMATIC DISCHARGE OF FROM THE BUILDING SYSTEM AUDIBLE DEVICES. USE ALARM RELAY TO SHUT DOWN HVAC SYSTEMS EVACUATION SIGNAL CIRCUIT THE FM-200 IF PUSHED AND HELD BEFORE THE SEE DIP SWITCH SETTINGS ABOVE. USE DISCHARGE RELAY TO SHUT DOWN POWER USE CONTACTS TO CROSS ZONE PHASE(2 ABOVE). THE ABORT SWITCH IS DISABLED B B 10K END OF IF NOT ACTIVATED BEFORE THIS PHASE AS PER IRI OPERATION, 3 A. 120 VAC RATED CONTACTS TIE INTO CENTRAL LINE RESISTOR 6)A TROUBLE CONDITION WILL: NOTIFICATION (TROUBLE) B B A)OPERATE LED TROUBLE INDICATOR ON PANEL. lOK END OF B)SOUND THE TROUBLE TONE ON THE PANEL 51'3rt— AS C# v 1 I I—7�Iv I AM AM LINE RESISTOR C)ACTIVATE BUILDING FIRE ALARM SYSTEM. JB JUNCTION BOX 11 +� ALARM SIGNAL CIRCUIT © SMOKE DETECTOR AND BASE FM-200 tL FM-200 A ADDRESSABLE LOOP WIRE 2#16 SHIELDED A 1007 1008 1009 1010 1011 1012 1013 1014 A FACTORY FACTORY P P P P P P P P USE SHIELDED PAIRS UNLESS IN CONDUIT CABLE CABLE UF1004 A UF1005 �UF006 0 COLUMN A 1001 1002 1003 1004 1005 1006 � JB JB FM-200 P P P P P P P s OF UNDER FLOOR ALARM P A ® © P U c�+A'1L:-416 ' `� 2#14 IN CONTROL HFtvtE CON O'�'f egcc'%% 1011 1012 1013 1014 PANEL A A CNFogMsW sty p offr'lt°N� * CONDUIT F A p�o�ro�l0raa 2#14 2#14 2#14 �B�� JB * JB * JB JB FM-200 1015 1016 p ra,i5 Gpt� A FACTORY NEW t °yPctoo TRUF CABLE TRUF TRUF ASC#1 ASC-3U ASC-2U ASC-1U *2#14 FLEX 120 VAC INPUT FEED N°txt°n "Se 31' 28 LBS 28 LBS 28 LBS vew�" d� OR 2#14 SHIELDED CONDUIT ti10 fi �� 00� FM-200 FM-200 FM-200 des+9°ssetiUltR L 4#14 J6 GROUND waridnotc6vewttles`ec�� `r.Tn`.:.: PIPING AND NOZZLES , Q ■ DOWN TO ASC BELO7 A CL 2#14 IN PBX TEL_CO ROOM > OF A A U HALON pats 1003 — \ OF 1002 �-----� �001 CONTROL CONDUIT P A P P P 1015 7F NOTES DEC 2 Q 1010 � 1008 1007 1)POWER NOTE:DO NOT APPLY POWER UNTIL A FSI REPRESEN11TIVE WAS INSPECTED THE INSTALLATION.IMPROPER INSTALLATION MAY DAMAGE �-I [�AM DO THE EQUIPMENT. VILLAGE OF RYF PRnOK REPLACE SMOKE BASE y I' XISTING 2)TO FSITSUPPLI€D A RELAY CONTACTS.NY RELAY CSEEAOUR CATALOG TING WHEN SHEETSNG UFOR €NT USE EXISTING WIRE V/IV—JIji 016 CONTACT RATINGS THAT ARE NOT SHOWN ON THIS DRAWING, MAINTAIN SHIELDS 3)ALL WIRE SIZES SHOWN ON THIS DRAWING ARE THE MINIMUM SIZE REQUIRED BY THE EQUIPMENT MANUFACTURER.PLEASE CHECK THE ADDRESSABLE SYSTEM AND WIRE CONTINUITY [�A]M CONTRACT DOCUMENTS AND ANY APPLICABLE CODES FOR ADDITIONAL REQUIREMENTS. 4)ALL WIRING AND EQUIPMENT INSTALLATION MUST COMPLY WITH ALL APPLICABLE CODES AND THE CONTRACT DOCUMENTS. FOR EXACT EQUIPMENT LOCATION AND COUNTS REFER TO THE CONTRACTFIRE SYSTEMS INC. DocuMENTs. SCALE NONE 5)THE INTENT OF THIS DRAWING IS TO INDICATE THE REQUIRED WIRING FOR THE SYSTEM TO OPERATE AS PER THE CONTRACT DOCUMENTS,THE DWN 194 BRADY AVE WAN EXISTING USE OLD MAIN AND SIZE AND ROUTING OF ANY CONDUIT AND THE SIZE AND LOCATION OF rffll [� HAWTHORNE N.Y. 10532 PB RESERVE SWITCH BOX. ANY JUNCTION BOX AND THE USE Of ANY INSTALLATION EQUIPMENT IS THE RESPONSIBILITY OF THE ELECTRICAL CONTRACTOR. C H K'D EXISTING COVER BOX,USE AS 6)USE SHIELDED WIRE FOR ALL INITIATING CIRCUITS,CONNECT SHIELDS AT TITLE FM-200 FIRE SUPRESSION SYSTEM PULL BOX ALL SPLICES AND ISOLATE FROM GROUND,GROUND SHIELDS AT CONTROL RECONNECTED PANEL ONLY.METAL RACEWAY CAN SERVE AS SHIELD IF NO OTHER WIRING APPV PHILIP MORRIS FIRE ALARM UPGRADE CONNECT NEW IS IN RACEWAY EXCEPT INITIATING CIRCUITS. AS 1 Es SOLENOID AS PER 7)REFER 70 OUR SUBMITTAL FOR ADDITIONAL INFORMATION DATE 800 WESTCHESTER AVE.RYE BROOK, NY OLD ASC CONNECTION INCLUDING PUBUCAnoN Ds-2210.0. AGENT STORAGE ROOM 1 2 4 20Q2 DWG. � �� ��� � RE''V. SHEET 1 OF 1 NO- D-2 - 0