Johnson Controls IFC-640 User's Manual
Contents
1. IDC NAC 2048 annunciator control points oa cae oa ome oD cm Beeeeeeeeeee PSSSsseoaanases Ree eee ACM AEM 24AT ACM 8R LDM 32 Relay Control LED Annunciator Custom Graphics Optional 636 point UDACT Dual phone lines to Central RS 232 Terminal Station RS 232 LJ PRN Printer CRT 2 Terminal Page 2 of 9 JCI 6856 A 12 01 06 FlashScan Exclusive World Leading Detector Pro tocol At the heart of the IFC 640 is a set of detection devices and device protocol FlashScan U S Patent 5 539 389 Flash Scan is an all digital protocol that gives superior precision and high noise immunity In addition to providing quick identification of an active input device this protocol can also activate many output devices in a fraction of the time required by competitive protocols This high speed also allows the IFC 640 to have the largest device per loop capacity in the industry 318 points yet every input and output device is sampled in less than two seconds The micro processor based FlashScan detectors have bicolor LEDs that can be coded to provide diagnostic information such as device address during Walk Test AWACS Advanced Warning Address able Combustion Sensing AWACS is a set of software a2. Network Communications Module Wire Order one NCM per network node JCPU 640 or JNCA NCM F Network Communications Module Fiber Order one NCM per network node JCPU 640 or JNCA IFW W Intelligent Fire Workstation network control station Wire UL Listed graphics PC with mouse 17 color flat screen LCD monitor Order as necessary for network systems Each IFW consumes one of 103 network addresses IFW F Intelligent Fire Workstation network control station Fiber UL Listed graphics PC with mouse 17 color flat screen LCD monitor Order as necessary for network systems Each IFW consumes one of 103 network addresses JVeriFire TCD VeriFire Tools CD ROM Contains program ming software for the IFC 640 JNCA and XPIQ Includes local panel connection cable Programming PC requires a serial port connection ACM 24AT ACS annunciator up to 96 points of annunciation with Alarm or Active LED Trouble LED and switch per circuit Active Alarm LEDs can be programmed by powered up switch selection by point to be red green or yellow the Trouble LED is always yellow AEM 24AT Same LED and switch capabilities as ACM 24AT expands the ACM 24AT to 48 72 or 96 points ACM 48A ACS annunciator up to 96 points of annunciation with Alarm or Active LED per circuit Active Alarm LEDs can be programmed by powered up switch selection in groups of 24 to be red green or yellow Expandable to 96 points with one AEM 48A A
3. and 40 column printers History file with 800 event capacity in nonvolatile memory plus separate 200 event alarm only file Alarm Verification selection per point with tally Autoprogramming and Walk Test reports Positive Alarm Sequence PAS Presignal Silence inhibit and Auto Silence timer options March time temporal California two stage coding strobe synchronization Field programmable on panel or on PC Full QWERTY keypad Charger for up to 90 hours of standby power Non alarm points for lower priority functions Remote ACK Signal Silence System Reset Drill via monitor modules Automatic time control functions with holiday exceptions Surface Mount Technology SMT electronics Extensive built in transient protection Powerful Boolean logic equations JNCA 640 CHARACTER DISPLAY FEATURES Backlit 640 character display JCI 6856 A IFC 640 shown in CAB 4 with JNCA 640 character display e Supports SCS Series smoke control system in both HVAC or FSCS modes e Printer and CRT EIA 232 ports e EIA 485 annunciator and terminal mode ports e Alarm Trouble Supervisory and Security relays FLASHSCAN INTELLIGENT FEATURES e Poll 318 devices in less than two seconds e Activate up to 159 outputs in less than five seconds e Multicolor LEDs blink device address during Walk Test e Fully digital high precision protocol U S Patent 5 539 389 e Manual sensitivity adjustment nine levels e Pre al
4. be latching or self restoring and can be used to activate special control functions Self Optimizing Pre Alarm Each detector may be set for Self Optimizing pre alarm In this special mode the detector learns its normal environment measuring the peak analog readings over a long period of time and setting the pre alarm level just above these normal peaks Cooperating Multi Detector Sensing A patented feature of AWACS is the ability of a smoke sensor to consider readings from nearby sensors in making alarm or pre alarm decisions Without statistical sacrifice in the ability to resist false alarms it allows a sensor to increase its sensitivity to actual smoke by a factor of almost two to one Field Programming Options Autoprogram is a timesaving feature of the IFC 640 It is a spe cial software routine that allows the IFC 640 to learn what devices are physically connected and automatically load them in the program with default values for all parameters Requiring less than one minute to run this routine allows the user to have almost immediate fire protection in a new installation even if only a portion of the detectors are installed Keypad Program Edit with KDM 2 The IFC 640 has the exclusive feature of program creation and editing capability from the front panel keypad while continuing to provide fire pro tection The architecture of the IFC 640 software is such that each point entry carries its own program
5. cables dress panel and instructions RM 1 RM 1SA Remote microphone assemblies mount on ADP 4 RM 1 dress panel or CAB RM RMR RM 1SA stand alone cabinets See DN 6728 AMG E Audio Message Generator without microphone Order in addition to JVCC 1 or JVTCC 1 if two channel system is required FFT 7 FFT 7S Fire Fighters Telephone control with master handset FTM 1 Firephone Control Module connects a remote firefighter telephone to a centralized telephone console Reports status to panel Wiring to jacks and handsets is supervised AA 30 Audio Amplifier 30 watts Switch mode power Includes amplifier and audio input Supervision backup input and auto matic switchover power supply cables See AA Series technical bulletin AA 120 AA 100 Audio Amplifier provides up to 120 watts of 25 Vrms audio power for the IFC 640 The amplifier contains an integral chassis for mounting to a CAB B4 C4 or D4 backbox consumes one row Switch mode power Includes audio input and amplified output supervision backup input and automatic switchover to backup tone Order the AA 100 for 70 7 Vrms sys tems and 100 watts of power See AA Series technical bulletin VROM n Factory programmed message for installation in AMG 1 Provides up to 24 seconds of evacuation message on nonvolatile memory chip Choose one of many standard mes sages available Up to two of these messages may be installed in one AMG Includes VROM instructions for i
6. only speaker circuits eight manual select switches and indicators slide in labels and plug in terminal blocks Move jumper to convert to telephone circuits with remote ring signal and local call in flash May be expanded to eight circuits with VCE 4 ICE 4 or CRE 4 VCE 4 Voice Control Expander adds four circuits to VCM 4 Note VCM 4 VCE 4 combination must be eight speaker or eight phone circuits DCM 4RK Dual Channel Module pro vides four Class B Style Y 25 amp 70 Vrms or Class A Style Z 25 Vrms only speaker cir cuits plus four channel A B select relays Not expandable OTHER OPTION MODULES ARM 4 Auxiliary Relay Module four Form C relays controlled by a relay module CRM 4 or CRE 4 N O contacts rated 20 amps N C contacts rated 10 amps at 125 VAC and 30 VDC NOTE Maximum of one for each CRM 4 or CRE 4 JVCC 1B Voice Control Center Provides a variety of user selectable tones on a single channel Up to two different tones or messages may be selected on a single channel Also pro vides optional digital voice message capability and on site pro grammable voice messages Includes Audio Message Generator AMG 1 microphone cables dress panels and instructions JVTCC 1B Voice Telephone Control Center Provides all that the JVCC 1 provides plus two way Fire Fighters Telephone FF T 7 capability JTCC 1B Telephone Control Center Provides a stand alone two way Fire Fighters telephone FFI 7S Includes
7. or 220 240 VAC Displays battery current voltage on panel with display SLC Intelligent Loop 1 SLC Intelligent Loop 2 0 00 OF JBG 12LX M300MJ M300RJ XP5 M XP5 C A IDC Relay Contact Up to 32 Remote 2351J 1351J 5351J C i Photo lon Thermal G ain sia c gt c c O C so o D HT 0000 FDU 80 LCD 80 LCD 80 aed Pa LCD 80TM 2351J 1351J 5351J RS 485 Photo lon Thermal oe RS 485 ooooo00000 ooo0o000000 a a oooo00000 000 a O JNCA display OR with no display Up to 64 fully programmable output circuits Sample System Options IFC 640 shown in CAB C4 with PD 2 and voice alarm system DEVICES
8. 0TM and FDU 80 technical bulletins ACS Annunciator Control Modules ACM 16AT AEM 16AT ACM 32A and AEM 32A See ACS technical bulletin and ACM AEM 24AT and ACM AEM 48A technical bulletin AFM Annunciator Fixed Modules AFM 16A AFM 16AT and AFM 32A See AFM technical bulletin Page 6 of 9 JCI 6856 A 12 01 06 LDM Lamp Driver Modules LDM 32 LDM E82 and LDM R82 See LDM technical bulletin ACM 8R Remote Relay Module with eight Form C contacts Can be located up to 6 000 ft 1828 8 m from panel on four wires See ACM 8R technical bulletin SCS Smoke control station eight expandable to 16 circuits See SCS technical bulletin RPT 485 Repeats EIA 485 over twisted pair or converts to fiber optic medium See RPT technical bulletin XP5 The XP5 M and XP5 C provide FlashScan transponder points See XP5 technical bulletin XP The XP Series Transponder provides conventional monitor and control points CLIP mode only See XP Series technical bulletin XPIQ The XPIQ quad intelligent voice transponder for distrib uted multichannel voice evacuation systems an integrated audio amplification and distribution subsystem controlled by FACP Capable of playing up to four simultaneous messages Accepts up to four 25 watt amplifiers See XP Q technical bulle tin CHS 4 Chassis for mounting up to four APS 6Rs CHS 4L Low profile four position Chassis Mounts two AA 30 amplifiers or one AMG E and one AA 30 DP 1B B
9. 2 General Board Ground Fault LED J10 Security Tamper Switch J11 Auxiliary Trouble Input D82 AC Power LED J3 LEM 320 Connector SLC Loop 2 Network Diagram oOo NODNDNDNODOCOoSOVODSOOTVTS RPT Kes WF A Block Diagram NOTI FIRE NET Sample Node Configurations Key OCCCC_ NEN Twisted Pair Wire NFN Dual Fiber Optic Link Other Interfaces OPTIONAL Style 7 Connection ooooooo000 BEEBE BEBEN DOOO FAREREU
10. 864 Fire UL 1076 Burglary LOCAL Automatic Manual Waterflow and Sprinkler Supervisory AUXILIARY Automatic Manual and Waterflow requires 4XTMF REMOTE STATION Automatic Manual and Waterflow requires 4XTMF PROPRIETARY Automatic Manual and Waterflow Not applicable for FM EMERGENCY VOICE ALARM AWACS HARSH NIS Notifier Integrated Systems and NO TleFIRE NET are all trademarks and FlashScan NION NOTIFIER ONYX UniNet VeriFire and VIEW are all registered trademarks of Honeywell International Inc 2006 by Johnson Controls Inc All rights reserved Unauthorized use of this document is strictly prohibited This document is not intended to be used for installation purposes We try to keep our product information up to date and accurate We cannot cover all specific applications or anticipate all requirements All specifications are subject to change without notice Made in the U S A For more information contact Johnson Controls Field Support Center 507 East Michigan Street Milwaukee WI 53202 www johnsoncontrols com SSS a n a E a a Page 9 of 9 JCI 6856 A 12 01 06
11. EM 48A Same LED capabilities as ACM 48A expands the ACM 48A to 96 points BAT Series Batteries IFC 640 utilizes two 12 volt 12 to 55 AH batteries See DN 6933 PS Series Batteries IFC 640 utilizes two 12 volt 12 to 55 AH batteries JCI LBB Battery Box required for batteries over 25 AH Page 8 of 9 JCI 6856 A 12 01 06 SYSTEM SPECIFICATIONS System Capacity e Intelligent Signaling Line Circuits 1 expandable to 2 e Intelligent detectors ceeeceeseeeeeceeeeeeeeeeees 159 per loop e Addressable monitor control modules 159 per loop e Programmable internal hardware and output circuits ASIAN creerse eR a a 68 e Programmable software ZONES ssssssrseseerrrreererrneerene 99 e Special programming ZONES cccccecceseeeeeeeeeeeeeeeeeenees 14 e LCD annunciators per CPU 640 640E and JNCA observe DOWEL ccccecccccceccecsseeecsaeeeesaaeeeseaueessueeessaneeess 32 e ACS annunciators per CPU 640 640E E E PE E tne ananeiemeetpanaanieces 32 address x 64 points e ACS annunciators per JNCA E E EE E castes 32 address x 64 or 96 points NOTE The JNCA supports up to 96 annunciator address points per ACM 24 48 Specifications e Primary input power JCPU 640 board 120 VAC 50 60 Hz 3 0 amps JCPU 640E board 220 240 VAC 50 60 Hz 1 5 Amps e Total output 24 V power 6 0 A in alarm NOTE The power supply has a total of 6 0 Amps of available power This is s
12. FSB 200 S below BEAMMRK Multi mount kit FSB 200 S below BEAMSMK Surface mount kit FSB 200 S below FSB 200 Intelligent beam smoke detector FSB 200S Intelligent beam smoke detector with integral sensi tivity test 1951J Low profile FlashScan ionization detector will replace 1351J 1351J Low profile FlashScan ionization detector 2951J Low profile FlashScan photoelectric detector will replace 2351J 2351J Low profile FlashScan photoelectric detector 2951TJ Low profile FlashScan photoelectric detector with 135 F 57 C thermal will replace 2351TJ 2351TJ Low profile FlashScan photoelectric detector with 135 F 57 C thermal 5951J FlashScan thermal detector 135 F 57 C will replace 5351 J 5351J FlashScan thermal detector 135 F 57 C 5951RJ FlashScan thermal detector 135 F 57 C with rate of rise will replace 5351Ru 5351RJ FlashScan thermal detector 135 F 57 C with rate of rise 5951HJ FlashScan 190 F 88 C high temperature thermal detector DH300PL Low flow FlashScan photo duct detector with housing DH300RPL Low flow FlashScan photo duct detector with relay and housing 2951TMJ FlashScan Acclimate detector FTX P2J FlashScan HARSH Hostile Area Smoke Head 7351J FlashScan VIEW laser photo detector will replace 7251J 7251J Low profile VIEW laser photo detector B224RB Low profile relay base B224BI Isolato
13. I speakers speakers phones phones Page 4 of 9 JCI 6856 A 12 01 06 Placement of Equipment in Chassis and Cabinet The following guidelines outline the IFC 640 s flexible system design Rows The first row of equipment in the cabinet mounts in chassis CHS M2 Mount the second third or fourth rows of equipment in chassis CHS 4MB see IFC 640 Installation Man ual regarding panel output modules or CHS 4L for voice com ponents see Voice Alarm System Manual Wiring When designing the cabinet layout consider separa tion of power limited and non power limited wiring as discussed in the IFC 640 Installation Manual Positions A chassis offers four basic side by side positions for components the number of modules that can be mounted in each position depends on the chassis model and the size of the individual module There are a variety of standoffs and hardware items available for different combinations and configurations of components It is critical that all mounting holes of the IFC 640 are secured with a screw or standoff to ensure continuity of Earth Ground Layers The CHS M2 accepts four layers of equipment includ ing the control panel The JCPU 640 fills three positions left to right in the first installed layer the back of the chassis its inte gral power supply occupies the left two positions in the next two layers
14. IFC 640 Intelligent Addressable Fire Alarm System General As a stand alone small to large system or as a large network the IFC 640 meets virtually every application requirement Designed with modularity and for ease of system planning the IFC 640 can be configured with just a few devices for small building applications or for a large campus or high rise applica tion Simply add additional peripheral equipment to suit the application Features One expandable to two isolated intelligent Signaling Line Circuit SLC Style 4 6 or 7 Up to 159 detectors any mix of ion photo thermal or multi sensor and 159 modules N O manual stations two wire smoke notification or relay per SLC 318 devices per loop 636 per FACP or network node Standard 80 character display 640 character large display or display less a node on a network Network option 103 nodes supported IFC 640 JNCA Net work Annunciator or IFW Network Control Station 6 0 amp switch mode power supply with four Class A B built in Notification Appliance Circuits NAC Selectable System Sensor strobe synchronization Built in Alarm Trouble and Supervisory relays Up to 64 output circuits per FACP or network node circuits configurable online Autoprogramming and Walk Test reports Optional universal 636 point DACT 80 character remote annunciators up to 32 EIA 485 annunciators including custom graphics Printer interface 80 column
15. NY O EOI US SN E ad O O o Sw1 SW5 nee JP6 TBO 4 NAC LEDs J1 i TB5 4 3 also gt JP13 behind display o o aaa JP12 E JP7 behind display TB4 2 E E E E E E i TB3 j4 POWER FIRE PRE ALARM SECURITY SUPERVISORY SYSTEM SIGNALS POINT JCPU 640 shown with ALARM TROUBLE SILENCED DISABLED KDM 2 Display Disable Enable Switches for ACKNOWLEDGE SIGNAL DRILL i NAC Circuit J7 SCROLL DISPLAY SILENCE HOLD 2 SECONDS D72 Degraded Mode behind display maB ales elr e be ie i FJ Fe FF EJ EI CE ee TB2 X a w R T Y uot o P t oute E ETEEN 2 BOOHOUHHONH E0A 0 o TB1 CJ fe z2 xl elv N M SPACE l Fater trv DEA oo D54 Control Switches SW2 J4 J5 J6 behind display J10 J11 SW3 SW4 and System Status Indicator LEDs for No Keyboard Operation behind display LEFT SIDE TOP to BOTTOM TB6 NAC 1 TB5 NAC 2 TB4 NAC 8 TB3 NAC 4 all NAC circuits power limited and supervised and each NAC TB has an NAC LED to the right of it J7 Accessory Power Disable Enable Switches for Degraded Mode TB2 AC Power Connection TB1 Battery Connection overcurrent protected BOTTOM LEFT to RIGHT D54 AC On LED System Status Indicator LEDs for No Keyboard Operation System Switches SW2 Acknowledge SW3 Silence SW4 Reset for No Keyboard Operation J4 KDM 2 Connector J5 J6 Panel Circuits Panel Output Modules supervised D7
16. Sensitivity increases with heat Microprocessor based technology combination photo and thermal technology FlashScan or classic mode compatible with IFC 640 Low temperature warning signal at 40 F 5 F 4 44 C 2 77 C RFX WIRELESS INTERFACE SYSTEM Allows protection in areas where the use of wire is uneco nomical or unpractical Allows communication with wireless smoke detectors and wireless monitor modules each RFX unit and detector is assigned an address Requires 24 VDC from SLC or system auxiliary power HARSH HOSTILE AREA SMOKE HEAD Provides early warning of smoke detection in environment where traditional smoke detectors are not practical The detector s filters remove particulates down to 30 microns in size Intake fan draws air into photo chamber while airborne parti cles and water mist are removed Requires auxiliary 24 VDC from system or remote power supply RELEASING FEATURES Ten independent hazards Sophisticated cross zone three options Delay timer and Discharge timers adjustable Abort four options Low pressure CO listed VOICE AND TELEPHONE FEATURES Solid state message generation Hard wired voice control module options Firefighter telephone option 30 to 120 watt high efficiency amplifiers AA Series Backup tone generator and amplifier option Multichannel voice transponder XPIQ HIGH EFFICIENCY OFFLINE SWITCHING 3 0 AMP POWER SUPPLY 6 0 A IN ALARM 120
17. arm AWACS nine levels e Day Night automatic sensitivity adjustment e Sensitivity windows lon 0 5 to 2 5 foot obscuration Photo 0 5 to 2 35 foot obscuration Laser VIEW 0 02 to 2 0 foot obscuration Acclimate 0 5 to 4 0 foot obscuration HARSH 0 5 to 2 35 foot obscuration e Drift compensation U S Patent 5 764 142 e Degraded mode in the unlikely event that the JCPU 640 microprocessor fails FlashScan detectors revert to degraded operation and can activate the JCPU 640 NAC cir cuits and alarm relay Each of the four built in panel circuits includes a Disable Enable switch for this feature JCI 6856 A 12 01 06 Page 1 of 9 Multi detector algorithm involves nearby detectors in alarm decision U S Patent 5 627 515 Automatic detector sensitivity testing Maintenance alert two levels Self optimizing pre alarm VIEW VERY INTELLIGENT EARLY WARNING SMOKE DETECTION TECHNOLOGY Revolutionary spot laser design Advanced AWACS algorithms differentiate between smoke and non smoke signals U S Patent 5 831 524 Addressable operation pinpoints the fire location No moving parts to fail or filters to change Early warning performance comparable to the best aspiration systems at a fraction of the lifetime cost ACCLIMATE LOW PROFILE INTELLIGENT MULTI SENSOR Detector automatically adjusts sensitivity levels without oper ator intervention or programming
18. hared by all internal modules e Standard notification circuits 4 2 5 A each e Four wire detector power 1 25 A e Non resettable regulated power outputs 1 25 A each e Battery charger range 12 AH 55 AH Use separate cabi net for batteries over 25 AH e Optional high capacity 25 120 AH battery charger CHG 120 see CHG 120 data sheet DN 6040 e Float rate 27 6 V Temperature and Humidity Ranges This system meets NFPA requirements for operation at 0 49 C 32 120 F and ata relative humidity 93 2 RH noncondensing at 32 C 2 C 90 F 3 F However the useful life of the system s standby batteries and the electronic components may be adversely affected by extreme tempera ture ranges and humidity Therefore it is recommended that this system and its peripherals be installed in an environment with a normal room temperature of 15 27 C 60 80 F Agency Listings and Approvals The listings and approvals below apply to the basic IFC 640 control panel In some cases certain modules may not be listed by certain approval agencies or listing may be in process Con sult factory for latest listing status e UL S1570 e ULC ML118 e FM APPROVED Exceptions JCPU 640E Proprietary service e CSFM 7165 0554 143 7170 0554 142 e MEA 317 01 E Vol Il e City of Chicago Standards The IFC 640 complies with the following UL Standards and NFPA 72 Fire Alarm Systems requirements UL
19. including control by event links to other points This allows the program to be entered with independent per point segments while the IFC 640 simultaneously monitors other already installed points for alarm conditions VeriFire Tools is an offline programming and test utility that can greatly reduce installation programming time and increase confidence in the site specific software It is Windows based and provides technologically advanced capabilities to aid the installer The installer may create the entire program for the IFC 640 in the comfort of the office test it store a backup file then bring it to the site and download from a laptop into the panel ENTER PROG OR STAT PASSWORD THEN ENTER ESCAPE TO ABORT gt O CLR 1 AUTO 2 POINT 3 PASSWORD 4 MESSAGE Above Keypad program editing Below Autoprogram function AUTOPROGRAM PLEASE WAIT L1 80 DETS 15 MODS L2 93 DETS 35 MODS PANEL OUTPUTS 24 BELLS 04 eriFire Tools System Programming E i a Panel View Services Spreadsheets Reports Utilities Network Diagnostics Help SCOl F2A BLRSHS SACHA SOUDB IOVE SRBAPSH xi Program Panel Circuits Common Settings r Timer Terminal LOCAL TERMINAL Operation LOCAL TERMINAL w Auto Silence oo Sfoo S mm ss J Enabled LED Blink 1 Silence Inhibit oo foo mm ss Time Format z 4 usa Alarm Verification 00 a secs JV Alarm Scrolling J AC Delay Trouble Reminder O
20. itions Mounting options include the DP DISP ADP 4B or in an annunciator box such as the JABS 2D In CAB 4 top row applications a DP DISP and two BMP 1 blank modules are required for mounting See JNCA technical bulletin JCPU 640 Central processing unit with integral 3 0 amp 6 0 A in alarm power supply for an IFC 640 system Includes CPU one Signaling Line Circuit expandable to two installation pro gramming and operating manuals Order one per system or as necessary up to 103 network nodes on a network system JCPU 640E Same as JCPU 640 but requires 220 VAC 1 5 amp 3 0 A in alarm Integral power supply Mounting location for LEM 320 G Typical mounting location for NCM or TM 4 Available mounting slots for panel output modules JCI 6856 A 12 01 06 Page 5 of 9 CHS M2 Mounting chassis for JCPU 640 One required for each CPU 640 640E DP DISP Dress panel for top row in cabinet with CPU 640 640E installed BMP 1 Blank module for unused module positions System Modules The IFC 640 includes the ability to communicate with up to eight conventional modules each with up to eight circuits Any mix of notification relay speaker or telephone may be used Choose any combination of up to eight output modules ICM ICE CRM CRE DCM 4 or VCM VCE Panel modules mount on either the two far right positions of the DP DISP next to the primary dis play or on any of the four positi
21. lank Dress panel Provides dead front panel for unused tiers or to cover AA 30 AA 120 or one AMG E and one AA 30 CAB 4 Series The CAB 4 Series cabinets are fabricated from 16 gauge steel The cabinet assembly consists of two basic parts a Backbox SBB _4 and a Locking Door DR _4 that may hinge right or left Cabinets are available in four sizes A through D with one to four tiers A trim ring option is available for semi flush mounting See CAB 4 Series technical bulletin COMPATIBLE DEVICES EIA 232 PORTS JPRN 5 80 column printer JPRN 6 80 column printer VS4095 S2 Printer 40 column 24 V Mounted in external backbox Order from Keltron Inc CRT 2 Video display terminal COMPATIBLE DEVICES EIA 485 PORTS ACS Series Remote serial annunciator control systems FDU 80 Remote LCD display 80 characters with LEDs LCD 80 Remote LCD display 80 characters LCD 80TM Remote LCD display 80 characters terminal mode LDM Series Remote custom graphic driver modules ACM 8R Remote relay module 8 Form C relays RPT 485 Series Repeater isolator and or fiber optic modem UDACT Universal Digital Alarm Communicator Transmitter 636 channel UZC 256 Zone Coder Up to 256 programmable codes COMPATIBLE INTELLIGENT DEVICES BEAMHK Heating kit for transmitter receiver unit of FSB 200 S below BEAMHRK Heating kit for use with the reflector of FSB 200 S below BEAMLRK Long range accessory kit
22. lgorithms that provide the IFC 640 with industry leading smoke detection capability These complex algorithms require many calculations on each reading of each detector and are made possible by the very high speed micro computer used by the IFC 640 Drift Compensation and Smoothing Drift compensation allows the detector to retain its original ability to detect actual smoke and resist false alarms even as dirt accumulates It reduces maintenance requirements by allowing the system to automatically perform the periodic sensitivity measurements required by NFPA 72 Smoothing filters are also provided by software to remove transient noise signals such as those caused by electrical interference Maintenance Warnings When the drift compensation per formed for a detector reaches a certain level the performance of the detector may be compromised and special warnings are given There are three warning levels 1 Low Chamber value usually indicative of a hardware problem in the detector 2 Maintenance Alert indicative of dust accumulation that is near but below the allowed limit 3 Maintenance Urgent indicative of dust accumulation above the allowed limit Sensitivity Adjust Nine sensitivity levels are provided for alarm detection These levels can be set manually or can change automatically between day and night Nine levels of pre alarm sensitivity can also be selected based on predetermined levels of alarm Pre alarm operation can
23. nstallation and operation and written text of message See VROM technical bulletin VRAM 1 Field programmed memory to be installed in AMG 1 Provides up to 24 seconds of field programmable evacuation message on nonvolatile memory chip Message is programmed from microphone or cassette tape Up to two of these nonvolatile memory chips may be installed in one AMG Includes VRAM and instructions for installation and operation APS 6R Auxiliary Power Supply expander Provides up to 6 0 amperes of regulated power for compatible Notification appli ance circuits Includes battery input and transfer relay and over current protection Mounts on one of four positions on a CHS 4L or CHS 4 chassis See APS 6R technical bulletin ACPS 2406 6 0 amp addressable charger power supply See ACPS 2406 technical bulletin FCPS 24 The FCPS 24 is a remote six amp four amp contin uous repeater power supply See FCPS 24 technical bulletin FCPS 24S6 24S8 Remote six amp and eight amp power sup plies with battery charger See FCPS 24S6 24S8 technical bul letin UZC 256 Programmable Universal Zone Coder provides posi tive non interfering Successive zone coding Microprocessor controlled field programmable from IBM compatible PCs requires optional programming kit See UZC 256 technical bul letin LCD 80 LCD 80TM FDU 80 80 character backlit LCD dis play Mounts up to 6 000 ft 1828 8 m from panel Up to 32 per IFC 640 See LCD 80 8
24. ons on the CHS 4N chassis CHS 4MN kit required NOTES 1 These modules expanders are NOT to be used for releasing applications 2 For additional information on these panel output modules and expanders see technical bulletin CHS 4MB Expansion Chassis Mounts up to four modules Includes CHS 4N MP 1B Module Dress Panel and Expander Ribbon Cable ICM 4RK Notification Appliance Circuit Module provides four Style Y Class B or Style Z Class A alarm Notification Appli ance Circuits Maximum signaling current is 3 0 amps per circuit or 6 0 amps per module subject to power supply limitations includes auxiliary power harness ELRs and slide in labels Includes ON OFF controls and ON OFF LEDs ICE 4 Notification Appliance Circuit Expander expands ICM 4 to provide a total of eight Style Y or Style Z alarm Notification Appliance Circuits Circuit ratings are same as ICM 4 NOTE Maximum of one per ICM 4RK May also be used to add four Notification Appliance Circuits to VCM 4 CRM 4RK Control Relay Module four Form C relay contacts rated at 5 0 A 120 VAC or 28 VDC resistive per circuit Includes manual ON OFF controls and LEDs CRE 4 Control Relay Expander expands CRM 4 to provide a total of eight Form C relay contacts Note maximum of one per CRM 4RK May also be connected to add four relays to ICM 4 TCM 2 TCM 4 or VCM 4 VCM 4RK Voice Control Module provides four Style Y 25 and 70 Vrms and Style Z 25 Vrms
25. ors Power Fire Alarm Pre Alarm Security Supervisory System Trouble Signals Silenced Points Dis abled Membrane Switch Controls Acknowledge Scroll Signal Silence Drill System Reset Lamp Test LCD Display 80 characters 2 x 40 with long life LED back light Display Configuration Guidelines Stand alone and network systems require a main display On single CPU systems one JCPU 640 640E display options are the KDM 2 or the JNCA On network systems two or more JCPU 640 640Es at least one JNCA or IFW annunciation device is required Other options listed as follows KDM 2 80 character backlit LCD display with QWERTY pro gramming and control keypad Order two BMP 1 blank modules and DP DISP mounting plate separately Requires top row of a cabinet Required for each stand alone 80 character display system The KDM 2 may mount in network nodes to display local node information as long as at least one JNCA or IFW network display is on the system to display network information JNCA Network Control Annunciator 640 characters On single CPU 640 640E systems the JNCA is the Primary Display for the panel and connects directly to the CPU 640 640E On net work systems two or more CPU 640 640Es one network dis play either JNCA or IFW is required for every system On network systems the JNCA connects and requires an NCM network communications module Mounts in a row of FACP node or in two annunciator pos
26. ptions jo M Dynamic Polling Jv Local Control l Port A Low Port B Low NCM Thresholds rriviiririii SA System Programming I Network Diag Se VeriFire ToolsSystem Programming screen JCI 6856 A 12 01 06 Page 3 of 9 TOP LEFT to RIGHT J8 Zone Code Input TB7 DC Power 24 VDC power limited both resettable and non resettable available TB8 Alarm Relay TB9 Trouble Relay TB10 Supervisory Relay TB11 Security Relay SW1 SW5 Relay Switches JP13 General Board Earth Fault Jumper TB12 ElIA 485 Terminal Mode supervised TB13 EIA 485 ACS Mode supervised TB14 EIA 232 Printer TB15 EIA 232 PC Terminal J1 NUP network service connection power limited supervised TB16 SLC 1 Connections detectors modules supervised D55 Main SLC Ground Fault LED JP7 Charger Disable Jumper JP12 200MA Jumper JP6 Earth Fault Jumper SLC 1 J8 TB7 TB8 TBO TB10 TB11 TB12 TB13 TB14 TB15 TB16 O JANG OS CS ZANY O
27. r base for low profile detectors B210LPJ Low profile base Standard U S style B501J European style 4 10 16 cm base B501BH Sounder base includes B501J base above Constant tone B501BHT Sounder base includes B501J base above Tempo ral three tone M300MUJ M300DU M302MJ M301MJ low profile multi sensor FlashScan monitor module FlashScan dual monitor module FlashScan two wire detector monitor module FlashScan miniature monitor module M300CJ FlashScan NAC control module M300RJ FlashScan relay module M300SMJ FlashScan pull station monitor module JBG 12LX Manual fire alarm station addressable M500XUJ Isolator module XP6 C FlashScan six circuit supervised control module XP6 MA FlashScan six zone interface module connects intelligent alarm system to two wire conventional detection zone XP6 R FlashScan six relay Form C control module XP10 M FlashScan ten input monitor module XPIQ Intelligent quad transponder OTHER OPTIONS DPI 232 Direct Panel Interface specialized modem for extend ing serial data links to remotely located FACPs and or peripher als LEM 320 Loop Expander Module Expands each 640 to two Signaling Line Circuits JCI 6856 A 12 01 06 Page 7 of 9 TM 4 Transmitter Module Includes three reverse polarity cir cuits and one municipal box circuit Mounts in panel module position single address style or in CHS M2 position NCM W
28. the optional display occupies the left two positions at the front flush with the door Panel output modules can be mounted in several layers with standoffs or an L bracket as required Some equipment such as the JNCA may be door mounted directly in front of the control panel The JNCA mounts onto the DP DISP or ADP 4B The JNCA can be used as a pri mary display for the IFC 640 by directly connecting their network ports required in Canadian stand alone applications Expansion Installing an LEM 320 Loop Expander Module adds a second SLC loop to the control panel The LEM 320 is mounted onto the JCPU 640 occupying the middle right sec ond back slot on the chassis If networking two or more control panels each unit requires a NCM W wire or NCM F fiber Network Control Module The NCM W F can be installed in any panel output module position see manual the default position is at the back of the chassis next to the control panel Option boards can be mounted in front of the LEM 320 or NCM mod ules for ease of access complete installation of those devices before mounting another layer CHS M2 JCPU 640 N N N KDM 2 shown with dress plate or JNCA at front flush with door Panel output module mounted on L bracket in front of control panel KDM 2 Controls and Indicators Program Keypad QWERTY type keyboard layout 8 LED indicat
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