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Tyco Chapter, Introduction to the 4100U Fire Alarm System, Topic, See Page #

Models: 4100U

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Chapter 1 Introduction to the 4100U Fire Alarm System

Introduction

In this Chapter

The 4100/4100U is an expandable fire alarm system that can be used as a standalone system with one host panel, or as a wide-ranging system with several remote cabinets, with or without multiple host panels. This chapter is an overview of standalone, MINIPLEX, and network 4100 system concepts.

Refer to the page number listed in this table for information on a specific topic.

Topic	See Page #

System Configurations	1-2

Standalone Configuration	1-3

MINIPLEX Configuration	1-4
MINIPLEX Configuration

Network Configuration	1-6

4100 PIDs (Non-4100U)	1-8

4100U Cabinet Part Identification Numbers (PIDs)	1-9

4100U PIDs	1-9

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Tyco installation manual Chapter, Introduction to the 4100U Fire Alarm System, Topic, See Page #

Contents

Australian 4100U Fire Indicator PanelFire Alarm System, Installation & Maintenance InstallationPage Product / Site Copyrights and TrademarksApprovals ManufactureEnd User Liability Disclaimer Non-DisclosureAgreementDocument Model Number & Firmware RevisionAmendment Log Cautions, Warnings, and Regulatory Information Table of Contents Assemblies, Cards & & Modules Chapter 2 Installing 4100U FACP Components4100U PIDs Overview3-29 Chapter 3 Installing 4100 MINIPLEX ComponentsChapter 4 Installing 4100U MINIPLEX Components Non-4100UChapter 5 Networking Chapter 7 SPS Field Wiring 4100U Chapter 8 Installing 4100U IDNet & 4100MXP Cards Chapter 10 Australian Version Specifics Chapter 11 Installation Checklist, Commissioning& Maintenance Chapter 9 PC Software ConnectionsAppendix A The Device Configuration DIP Switch Appendix G Compatible Batteries List of Figures List of Tables Page See Page # Introduction to the 4100U Fire Alarm SystemChapter TopicSystem Configurations Figure 1-1.Standalone 4100U System Standalone ConfigurationContinued on next page MINIPLEX ConfigurationFigure 1-2.MINIPLEX 4100U System MINIPLEX Configuration, ContinuedFigure 1-3.Hub/Ring Configuration Network ConfigurationContinued on next page Figure 1-4.Interconnected Loop Configuration Network Configuration, Continued4100 PIDs Non-4100U Number of bays 4100U Cabinet Part Identification Numbers PIDs4100U PIDs Empty cabinets with Doors Cream Wrinkle4100U PIDs, Continued Topic Chapter Installing 4100U FACP ComponentsSee Page # Continued on next page Introduction to FACPs 4100UOverview CPU Bay Figure 2-1.Master CPU Motherboard Introduction to FACPs 4100U, ContinuedContinued on next page Introduction to FACPs 4100U, Continued SERVICE MODEMCONNECTOR P4 BATTERY BACKUPMaster Controller Daughter Card LEDs Introduction to FACPs 4100U, ContinuedTable 2-1.Master Controller LEDs 1 through Continued on next pageOperator Interface Additional CPU Bay Modules Introduction to FACPs 4100U, ContinuedFigure 2-3.Operator Interface Continued on next pageContinued on next page Figure 2-4.System Power SupplySystem Power Supply SPS Introduction to FACPs 4100U, ContinuedIntroduction to FACPs 4100U, Continued Figure 2-5.The Power Distribution Interface PDI← Bay Front Step 1. Mounting Cabinets 4100UStep 2. Mounting Card Bays to Cabinets 4100U ← Mounting BracketContinued on next page Step 3. Configuring Cards 4100UStep 4. Interconnecting Modules and Bays Step 3. Configuring Cards 4100U, ContinuedContinued on next page Interconnections Within Expansion Bays Continued on next page2-12 Card Interconnections in the CPU Bay CardBasic Bay-To-BayInterconnections continued Connecting to MotherboardsFigure 2-7. Bay-to-BayInterconnections Continued on next page733-525Harness Connecting to Motherboards continuedConnector with Blue Wire Goes to P2 Connector with White Wire Goes to P3Continued on next page Figure 2-9.Expansion Bay 4”x 5” Card Placement2-15 Continued on next page Figure 2-10.Expansion Bay Motherboard PlacementContinued on next page Figure 2-11.Mixed Module PlacementPlacement on P1 or leftmost pin connector are removedContinued on next page Figure 2-12.Slave Card/PDI Connectiondirectly of modules are as follows Continued on next page ContinuedFigure 2-14.LED/Switch Modules Figure 2-15.LED/Switch Controlleroccurs ContinuedContinued on next page Continued on next page Figure 2-16.LED/Switch Card MountingLED/Switch Modules ContinuedFigure 2-17.Controller Card Mounting ContinuedContinued on next page Changing Display Card LEDs, continued Interconnecting CardsContinued Continued on next pageContinued Figure 2-19.LED/Switch Controller WiringOverview Mounting to the Electronics Bay The Terminal Block Utility Module 4100UPage See Page # Installing 4100 MINIPLEX Components Non-4100UChapter TopicNotes Introduction to MINIPLEX Systems Non-4100USeventh floor Figure 3-1.MINIPLEX System DesignOverview ContinuedFigure 3-2.The Remote Unit Interface Card MINIPLEX System Components Non-4100UContinued on next page Figure 3-3.The RIC II Card MINIPLEX System Components Non-4100U, ContinuedMINIPLEX System Guidelines Non-4100U Continued on next page Installing Modules into Cabinets Non-4100UContinued on next page Installing the RIC II Motherboard3-36 Continued on next page Connecting the 733-525Harness733-672Harness POWER4100 565-233Continued on next page MINIPLEX Wiring Non-4100UFigure 3-7.MINIPLEX Wiring Notes MINIPLEX Wiring Non-4100U, ContinuedTopic Chapter Installing 4100U MINIPLEX ComponentsSee Page # Continued on next page Introduction to MINIPLEX Transponders 4100UContinued on next page Not currently available in AustraliaThe Local Mode TIC Continued on next page 4100-0622DIGITALAUDIO RISER Figure 4-1.Transponder Interface CardsContinued on next page Local mode is supported by the followingElectrical Specifications Table 5-1.TIC SpecificationsEnvironmental Specifications MINIPLEX System Guidelines 4100U Configuring Cards 4100U Figure 4-2.TIC Mounting TIC/Riser Mounting 4100UContinued on next page Figure 4-3.Transponder Cabinet Interconnections TIC/Motherboard Interconnections 4100UPDI Jumpers Continued on next page RUI Wiring 4100UFigure 4-5.TIC Wiring to the Host Panel Figure 4-4.The Ferrite BeadPage Topic Chapter NetworkingSee Page # Getting Started most secure and fault-tolerantwiring possible Continued on next page Figure 5-1. 4100-6014Network Interface CardFigure 5-3.UT Motherboard without City Connection Figure 5-2.UT Motherboard with City ConnectionContinued on next page Each module is shown below •4100-6056Wired Media CardFigure 5-5.The 4100/4120-0142Wired Media Card •4100-6057 Fiber-OpticMedia CardMotherboard Step 1. Configuring Network CardsSpecifications Electrical Specifications Environmental Specifications All ModulesStep 1. Configuring Network Cards, Continued Figure 5-6.Media Card Mounting Step 2. Mounting Media Cards to the NICFigure 5-7.Installing the Daughter Card Step 3. Mounting Network CardsOverview Wiring Guidelines Step 4. Wiring Network CardsContinued on next page Table 5-2.Wiring Distances Step 4. Wiring Network Cards, ContinuedContinued on next page Continued on next page Step 4. Wiring Network Cards, ContinuedFigure 5-9.Fiber Wiring optic cableUsing 4190-9010 Bi-DirectionalCouplers Step 4. Wiring Network Cards, ContinuedContinued on next page connected to the 4100-6014NIC Step 4. Wiring Network Cards, ContinuedThe illustration below shows coupler wiring Figure 5-10.Coupler WiringMotherboard Port for Media Step 4. Wiring Network Cards, ContinuedWired Media Card Connection Wired Media Card ConnectionContinued on next page Step 4. Wiring Network Cards, ContinuedFigure 5-12.Wired Media, Style 7 Wiring Wiring Illustrations Wired Media Style 7 WiringContinued on next page Step 4. Wiring Network Cards, ContinuedFigure 5-13.Fiber Optic, Style 7 Wiring Fiber Optic Style 7 WiringFiber Optic Step 4. Wiring Network Cards , ContinuedWired Media and Style 7 WiringPage See Page # The System Power Supply & Alarm Relay CardChapter TopicDC Output Specifications SPS SpecificationsTable 6-1.SPS Input and Output Specifications AC Input SpecificationsStandby Conditions SPS Specifications, ContinuedTable 6-2.SPS Current Specifications Alarm ConditionsR342 Voltage Measurement Calibration SPS ConfigurationSPS Specifications, Continued R341 Battery Charger VoltageThe SPS has the following LEDs SPS LED IndicationsChannel Fail No Answer Bad Answer Output Abnormal Troubleshooting on SPSOverview IDNet Power Monitor Trouble Extra Device Class A Trouble Earth Fault Search Short CircuitFigure 6-1.The Alarm Relay Card The Alarm Relay CardTable 6-3.Alarm Relay Card Jumper Positions The Alarm Relay Card, ContinuedTopic Chapter SPS Field Wiring 4100USee Page # Figure 7-1.The Ferrite Bead SX0005 General Field Wiring GuidelinesContinued on next page Continued on next page SPS NAC Field Wiring GuidelinesContinued on next page SPS NAC Field Wiring Guidelines, ContinuedSPS NAC Field Wiring Guidelines, Continued Figure 7-2.Class A NAC WiringFigure 7-3.Class B Wiring Power Supply Wiring DistancesMax Distance Table 7-1.Class A Wiring DistancesAlarm Max DistanceMax Distance Power Supply Wiring Distances, ContinuedTable 7-2.Class B Wiring Distances AlarmContinued on next page SPS Auxiliary Power WiringFigure 7-4.Auxiliary Power Wiring SPS Auxiliary Power Wiring, ContinuedSPS Relay Wiring The Figure below shows the SPS relays SPS Auxiliary Relay Wiring, ContinuedRelays Overview IDNet Wiring Guidelines SPS IDNet WiringContinued on next page Figure 7-6.Class A Wiring SPS IDNet Wiring, ContinuedContinued on next page Figure 7-7.Class B Wiring SPS IDNet Wiring, ContinuedTopic Chapter Installing 4100U IDNet & 4100MXP CardsSee Page # Figure 8-1.The IDNet Card The IDNet CardEnvironmental Specifications The IDNet Card, ContinuedTable 8-1.IDNet Specifications Electrical SpecificationsInstalling the IDNet Card onto the PDI A- A+ B- B+ Installing the ID-Netinto a 4100 Card BayFigure 8-3.Mounting into 4100 legacy Bay 1 2 3 4 5 6 7 Configuring the CardFigure 8-4.DIP Switch SW1 Continued on next page Wiring to IDNet DevicesContinued on next page Wiring to IDNet Devices, ContinuedFigure 8-5.Class A Wiring Table 8-2Cable Run LengthsFigure 8-6.Class B Wiring Wiring to IDNet Devices, ContinuedTroubleshooting on IDNet Introduction Power Connection The 4100MXPPage Software Modes Chapter PC Software ConnectionsTopic See Page #Continued on next page Software ModesFigure 9-1.Service and Diagnostic Interface Figure 9-2.Data Transfer InterfaceSoftware Modes Software Modes, ContinuedFigure 9-3.Bootloader Interface running BootloaderPage Topic Chapter Australian Version SpecificsSee Page # Summary Of Australian Version Specifics Australian Panel Format Continued on next page 4100U Fan Control ModuleTable 10-1.Switch/LED Format Table 10-2.Switch StatusFigure 10-1.Fan Control Module Brigade Interfaces Topic ChapterSee Page # Notes Installation ChecklistAlignment & Adjustment Power Up & Placing into Operation Maintenance Page Continued on next page Appendix A The Device Configuration DIP SwitchFigure A-1.DIP Switch SWx 1 2 3 4 5 6 7Address Table A-1.Card AddressesOverview continuedSee Page # Appendix B Programming RequirementsRequired Features TopicNotes Appendix C Checking System WiringContinued on next page Meter Reading Appendix C: Checking System Wiring, ContinuedMeter Readings Circuit TypeAppendix D Earth Fault Detection General Guidelines Continued on next page Earth Fault Searching from the Front PanelContinued on next page the Next and Previous buttonsPress the Enter button to start the search Continued on next page Search ResultsEARTH FAULT Search Results, ContinuedEARTH FAULT EARTH FAULTContinued on next page Earth Fault Search ExampleFigure F-1.Earth Fault Example A. Find and repair the fault in the main panel1.Select Location Search Search Results, ContinuedContinued on next page Appendix E Related DocumentationTitle cont Appendix E: Related Documentation, ContinuedContinued on next page Book PartNumber Appendix E: Related Documentation, ContinuedBook Part Title contSee Page # Appendix F Compatible Actuating DevicesList of Approved Devices TopicApollo Range - Conventional Detectors List of Approved Devices, ContinuedHochiki Range - Conventional Detectors Olsen Range - Conventional DetectorsSimplex Range - Analog Addressable Sensors List of Approved Devices, ContinuedBrooks Range - Conventional Detectors Cerberus Range - Conventional DetectorsList of Approved Devices, Continued Compatible Detectors, IDNETCompatible Addressable Field Devices, IDNet •Power Block PB12 series G-1 Appendix G Compatible Batteries•Power Sonic PS12 Series •Century Power Sonic PS12 seriesAppendix H 4100U Specifications Voltage & Current Ratings of Modules & Assemblies Appendix Power Supply & Battery Capacity CalculationsContinued on next page Appendix J Cable CharacteristicsLine Characteristics Copper Line CharacteristicsFibre CableFibre Network, ContinuedFibre Optic Cable Characteristics Power MarginAppendix K List of Drawings