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Bosch Appliances 3.5 manual 16LBB4432/00 Call Station Keypad, 16.1Introduction, 2: Top view

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2011-02 Installation and User Instructions 5 Call Stations

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16LBB4432/00 Call Station Keypad

16.1Introduction

The LBB4432/00 Call Station Keypad is used in combination with (remote) call stations to make manual or pre-recorded announcements to any assigned zones, to select the zones or to execute pre-defined actions (see figure 16.1).

16.2Controls, connectors and indicators

16.2.1 Top view

The top of the call station keypad (see figure 16.2) contains the following:

1Paper slot - Each programmable key (3) has a corresponding paper slot, which can contain a descriptive label to identify where the programmable key has been configured for. It can be snapped in and out of the keypad.

	call station or	next keypad
	previous keypad	next keypad
	previous keypad
		Control
	ID

figure 16.1: Block diagram

Note

The PRS-SW Praesideo Software DVD contains a Microsoft® Word file (Manuals/Keypad labels.doc), which can be used to create labels.

2Key indicator - Each programmable key (3) has a corresponding key indicator (see section 16.5).

3Programmable key - Each programmable key can be configured to perform a specific action when it is pressed (see chapter 47). To protect keys from being pushed accidentally (e.g. alarm or emergency keys), key covers (LBB4436/00) can be put on them.

figure 16.2: Top view

Bosch Security Systems 2011-02

Page 208

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Bosch Appliances 3.5 16LBB4432/00 Call Station Keypad, 16.1Introduction, 16.2Controls, connectors and indicators, Top view

Contents

Praesideo Digital Public Address and Emergency Sound Systemen | Intentionally left blankBosch Security Systems | Disclaimer Important SafeguardsFCC Requirements Class A en | Intentionally left blankBosch Security Systems | Table of Contents en | en | en | en | en | en | en | Emergency Sound Systems Installer Name Signature Date Place End-user Nameen | Signature Date PlaceList of authorized end-users NameName en |EN60849: 1998 compliancy checklist EN60849 - 4.1 Principal featuresen | EN60849 - 4. General system requirementsen | EN60849 - 4.2 Responsible personEN60849 - 4.3 Priorities EN60849 - 4.3.1 Classification of prioritiesEN60849 - 4.4 Safety requirements en |EN60849 - 4.3.2 Operational priorities Bosch Security Systems |EN60849 - 5.3 Automatic fault monitoring en |EN60849 - 5. System technical requirements EN60849 - 5.1 Speech intelligibilityRequirement en | Bosch Security Systemsen EN60849 - 5.6 Secondary power supplyBosch Security Systems | EN60849 - 5.8 Marking and symbols for marking EN60849 - 5.10 Connectorsen | EN60849 - 5.9 Electrical matching valuesen | EN60849 - 6. Installation requirementsBosch Security Systems | en EN60849 - 7. Instructions for useEN60849 - 7.1 Instructions for operation EN60849 - 7.2 Records to be keptEN60849 - 7.3 Maintenance EN60849 - 7.3.1 General EN60849 - 7.3.2 Maintenance instructionsen | Bosch Security Systems |en | Intentionally left blankBosch Security Systems | EN54-16:2008 compliancy checklist Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement 8 Fault warning condition Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement 13 Design requirements Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement Clause / Requirement EN54-16:2008 VACIE label 1438 1438/CPD/0209EN54-16:2008 products description ISO7240-16:2007 compliancy checklist Additional clausessignal shall be clearly distinguishable 8.6 Fault-warningcondition output signal Clause / Requirement Clause / Requirement 14 Design requirements Changed clauses Clause / Requirement Clause / Requirement 17 Tests 17.1 General Excluded clauses en | Intentionally left blankBosch Security Systems | Praesideo on board of ships en | Intentionally left blankBosch Security Systems | Part 2 - Introduction en | Intentionally left blankBosch Security Systems •Administrator Installer1About this manual 1.1Purpose of this manual2System overview 2.1Introduction2.2User-friendlysoftware control 2.3Networked approach2.8Reduced installation costs 2.6Evacuation compliance2.7External interfaces 2.9High system flexibility3.2.3 Call content 3Calls3.1Introduction 3.2Call attributes3.3Types 3.2.5 Timing3.2.6 System size 3.3.1Introduction4Glossary Part 3 - Control Equipment en | Intentionally left blankBosch Security Systems | 5PRS-NCO-BNetwork Controller 5.1Introduction5.2.1Front view 5.2Controls, connectors and indicators5.2.2Rear view en | en | 5.2.3Internal viewBosch Security Systems | 5.3.2Connecting the mains 5.3.3Connecting back-uppowerfigure 5.4: Back-uppower supply 5.3Connections5.3.4Connecting the network 5.3.5Connecting a PC5.3.6Connecting audio inputs figure 5.5: Direct connection to PC5.3.7Connecting audio outputs 5.3.8Connecting control inputsfigure 5.6: Audio input sockets table 5.3: Audio input socket details5.3.9Connecting control outputs 5.3.10 Connecting RS232 portAudible fault indicator Visual fault indicatorfigure 5.11: Installation 5.4Installation5.3.11 Compact flash card 5.5Using the configuration menu 5.5.1Overview5.5.2Navigate through the menu figure 5.13: Menu item screen elementsPage 13 Push the button to confirm 5.6Configuration and operation 5.6.5Faults menuReset 5.6.1Introductiontable 5.9: Faults menu nF ResetN+2 Reset All Setuptable 5.11: Faults event table A/B faultGroup A or B line fault Call station audio path faultBackup power supply failure remote call station Unit not configuredSec pwr RCS Supervision5.6.9Setup TCP/IP table 5.14: TCP/IP Setup submenu5.6.7Set monitoring options 5.6.8Set date and time5.6.10 View MAC address 5.6.11 View version informationtable 5.15: MAC address menu item 2C MAC address5.7Technical Data 5.7.1Physical characteristics5.7.3EMC and Safety 5.7.6Power supply mains5.7.8Audio line inputs 5.7.10 Audio outputs 5.7.11 Control inputs5.7.15 Headphones figure 5.14: Maximum switching power5.7.12 Control outputs 5.7.13 RS232 interface6.2Controls & connectors figure 6.1: Block diagram of the audio expander6LBB4402/00 Audio Expander 6.1Introduction6.2.2Rear view 6.3.2Connecting the network 6.3.3Connecting audio inputs6.3.4Connecting audio outputs 6.3Connections6.3.5Connecting control inputs figure 6.4: Audio output socketstable 6.3: Audio output socket details figure 6.5: Supervised control input6.4Installation 6.3.6Connecting control outputsfigure 6.8: Installation figure 6.7: Control outputs6.5Using the configuration menu 6.5.1Overview6.5.2Navigate through the menu figure 6.10: Menu item screen elements2Push the button. The item number starts blinking 6.6Configuration and operation 6.6.4Fault statustable 6.6: Fault status high to low Fault Input CIn6.6.6Set monitoring options 6.6.7View version informationtable 6.8: Monitoring submenu The Serial Number, HW Version and SW Version menu6.7Technical data 6.7.1Physical characteristics6.7.3EMC and Safety 6.7.2Climate conditions6.7.8Audio outputs 6.7.11 Headphones figure 6.11: Maximum switching power6.7.9Control inputs 6.7.10 Control outputs7LBB4404/00 CobraNet Interface 7.1IntroductionControls and connectors 7.4.2Connecting the Praesideo network7.4.3Connecting the CobraNet network ConnectionsNetwork 12 7.4.4Connecting control inputs 7.4.5Connecting control outputsfigure 7.3: Supervised control input figure 7.5 Control outputs7.6CobraNet Configuration 7.5Installationfigure 7.6 Installation 7.7Using the configuration menu 7.7.1Overview7.7.2Navigate through the menu figure 7.8: Menu item screen elementsCobranet Interf 7.8Configuration and operation 7.8.4Fault statustable 7.3: Fault status severity: high to low Fault7.8.6Set monitoring options 7.8.7View version informationtable 7.5 Monitoring submenu table 7.6: Version information menu items7.9Technical data 7.9.1Physical characteristics7.9.3EMC and Safety 7.9.2Climate conditionsen | Intentionally left blankBosch Security Systems | Part 4 - Amplifiers en | Intentionally left blankBosch Security Systems | figure 8.1: Block diagram of a power amplifier 8Power Amplifiers8.1Introduction 8.2.1 Front view 8.2Controls, connectors and indicators8.2.2 Rear view PRS-1P500, PRS-2P250, PRS-4P125 PRS-xPxxx,LBB4428/00LBB4428/00 8.3.2 Connecting the mains 8.3.3 Connecting the networkfigure 8.3: Ground connector 8.3Connections8.3.5 Connecting the amplifier channels figure 8.4: Amplifier channel connectortable 8.4: Amplifier channel connector details table 8.3: Number of amplifier channelsen | table 8.5: Control outputs details en |figure 8.7: Connecting a spare amplifier en |Main Bosch Security Systemsfigure 8.10: Audio input connectors 8.3.6Connecting audio inputstable 8.6: Number of audio inputs figure 8.11: Supervised control input 8.3.7Connecting control inputsfigure 8.12: Non-supervisedcontrol input 8.3.8Connecting back-uppower figure 8.13: Connecting power amplifier to groundfigure 8.14: Connecting power amplifier to ground en |8.4Fan control PRS-1P500, PRS-2P250and PRS-4P1258.5Installation figure 8.16 Installationfigure 8.17: Air flow in a 19 rack en |8.6Using the configuration menu 8.6.1Overview8.6.2Navigate through the menu figure 8.19: Menu item screen elements2Push the button. The item number starts blinking 8.7Configuration and operation Fault: Channel nFault: Line Ch n Fault: Lsp Ch n8.7.4Main menu 8.7.5Set monitoring options8.7.6View version information table 8.8: Main menus8.8Technical data 8.8.1Physical characteristics8.8.3EMC and Safety 8.8.6Power supply8.8.8Power consumption Load: 20 Ω / 250 nF per channelLoad: 40 Ω / 125 nF per channel Load 80 Ω / 62 nF per channel8.8.10 Audio microphone inputs 8.8.9Audio line inputs22kΩ Signal/Noise ratio 8.8.11Loudspeaker outputs and spare inputs 8.8.12 Derating figure 8.20: Output power derating8.8.13 Control inputs figure 8.21: Maximum switching power 8.8.15 Headphones8.8.14 Control outputs 9PRS-16MCIMulti Channel Interface 9.1Introduction9.2Controls, connections and indicators 9Amplifier connectors 1-14 - Connections to the9.2.1 Front view 9.2.2 Rear view9.3Connectors 9.3.2 Connecting to the basic amplifier9.3.3Connecting the network 9.3.1 Introductionfigure 9.5: Jumper settings 9.3.5Connecting control inputsfigure 9.4 Jumper location figure 9.6: Supervised control inputs 1 to figure 9.7: Non-supervisedcontrol inputs 1 to9.4Installation 9.5Configuration and operation9.3.6 Connecting control outputs 9.3.7 Connecting the groundtable 9.3: Status LEDs 9.5.4 Front panel LED indicationtable 9.4: Network LED 9.6Technical data 9.6.1Physical characteristics9.6.3EMC and Safety 9.6.5Power supplyfigure 9.10: Maximum switching power 9.6.8Control outputs9.6.9Audio Bypass 9.6.10 Basic amplifier connections10 Basic Amplifiers 10.1 Introduction10.2.1 Front 10.2Controls, connections and indicators10.2.2 Rear PRS-xBxxx PRS-1B500, PRS-2B250PRS-4B125 PRS-8B06010.3 Connectors 10.3.2 Connecting to the mains10.3.3 Connecting to the multi channel interface figure 10.3: Connecting mains power supply10.3.5 Connecting the amplifier channels figure 10.6: Amplifier channel connectorstable 10.3: Amplifier channel connector details + – + – + – + – + – + –en | 10.3.5.2 Loudspeaker linesBosch Security Systems PRS-1B500, PRS-2B250figure 10.8: Output A and B in the same area figure 10.9: Output A and B in separate areasfigure 10.10: Class-Aloop from output A to B enfigure 10.11: Spare amplifier and loudspeaker connectionsinputs + – + – + – + – + – + –10.3.6 Connecting the local audio input 10.3.7 Connecting back-uppowerfigure 10.14 Jumper setting table 10.4: Audio input socket detailsfigure 10.15: Connecting back-upsupply 10.4 Fan controlX652 X653X652 PRS-1B50010.5Installation figure 10.17: Installationtable 10.6: Battery LED status 10.6 Operation10.7 Technical data 10.7.1 Physical characteristics10.7.3 EMC and Safety 10.7.6 Power supply10.7.8 Power consumption Load: 20 Ω / 250 nF per channelLoad 40 Ω / 125 nF per channel Load 80: Ω / 62 nF per channel10.7.9 Audio line inputs 10.7.10Loudspeaker outputs and spare inputsfigure 10.19: Maximum switching power 10.7.11Derating11Single loudspeaker line supervision 11.1Introduction11.2Controls, connectors and indicators figure 11.3: Supervision-slaveconnectortable 11.1 Supervision-slaveconnector details 11.2.1 Supervision-master11.3Installation 11.3.1 Supervision-masterfigure 11.4: Supervision-masterinstallation PRS-1P500, PRS-2P250, PRS-4P125figure 11.5: Supervision-slavePCB dimensions 11.3.2 Supervision-slave11.4Technical data supervision-master 11.4.1 Physical characteristics11.4.3 EMC and Safety 11.4.2 Climate conditions11.5Technical data supervision-slave 11.5.1 Physical characteristics11.5.3 EMC and Safety 11.5.5 Loudspeaker line characteristics12Multiple loudspeaker line supervision 12.1Introduction12.2Controls, connectors and indicators 12.2.1 Supervision control board12.2.2 Loudspeaker supervision board figure 12.1: Component side LBB4440/0012.3Installation 12.2.3 EOL supervision board12.3.1 Supervision control board figure 12.3: Component side LBB4443/00figure 12.4: Installation 12.3.2 Loudspeaker supervision boardPower Amplifier PRS-1P500, PRS-2P250, PRS-4P125en | figure 12.5: Dimensions 12.4Addressing12.3.3 EOL supervision board figure 12.6: Loudspeaker supervision connection12.5Technical data supervision control board 12.5.1 Physical characteristics12.5.3 EMC and Safety 12.5.2 Climate conditions12.6Technical data loudspeaker supervision board 12.6.1 Physical characteristics12.6.3 EMC and Safety 12.6.5 Loudspeaker line characteristics12.7Technical data EOL supervision board 13 LBB4446/00 Brackets figure 13.2: Installationfigure 13.1: Brackets 14.2Installation 14.3Technical datafigure 14.2: Circuit diagram 14LBC1256/00 EVAC Connection Adapteren | Intentionally left blankBosch Security Systems | Part 5 - Call Stations en | Intentionally left blankBosch Security Systems | 15LBB4430/00 Call Station Basic figure 15.1: Block diagram15.1 Introduction 15.2Controls, connectors and indicators 15.3.2 Connecting the network15.3.3 Connecting a headset figure 15.2: Headset connectorfigure 15.3: Front and rear views figure 15.4: Bottom view15.4Installation table 15.1: Power/Fault LED left15.5Operation table 15.2: Call status LED center15.6Technical data 15.6.3 EMC and Safety15.6.1 Physical data 15.6.2 Climate conditions16.2Controls, connectors and indicators figure 16.1: Block diagram16LBB4432/00 Call Station Keypad 16.1Introduction16.3Configuration 16.2.2 Bottom viewfigure 16.3 Bottom view figure 16.4: ID selector16.4 Installation figure 16.5: Installation16.6Technical data 16.6.3 EMC and Safety16.6.1 Physical dimensions 16.5Operation17.3Controls, connectors and indicators figure 17.1 Block diagram17PRS-CSNKPNumeric Keypad 17.1 Introductionfigure 17.4: Installation 17.5 Installationfigure 17.3: Bottom view without lid 17.6 Operation 17.6.1 Introduction17.6.2 Keys 17.6.3 Display17.7 Technical data 17.7.1Physical dimensions17.7.3EMC and Safety 17.7.2Climate conditions18LBB4433/00 Call Station Kit figure 18.1: Block diagram18.1Introduction Controls, connectors and indicators18.2 Back-upsupply/Control inputs - Besidestable 18.1: X4 connector details table 18.2: X4 technical data18.2.1 Back-upsupply figure 18.3 Supervised control inputtable 18.3: X11 connector details figure 18.5: Headset connection diagramtable 18.4: X11 technical data 18.2.2 Headsettable 18.5: X70 connector details figure 18.6: LBB9081 connection diagramfigure 18.7: LBB9082 connection diagram table 18.6: X70 technical datatable 18.8: X80 technical data table 18.7: X80 connector details18.2.4 Control input/outputs figure 18.10: Externally powered relay figure 18.11: Externally powered relayfigure 18.9: Internally powered LED figure 18.8: Press-to-talkPTT keytable 18.9: X142 connector details table 18.10: X142 technical datatable 18.11: X143 connector details 18.2.5 External speaker18.3Installation figure 18.12: Installationfigure 18.14: Tyco AMP 169111-1pliers figure 18.15: Tyco AMP Modu 4 169481-1pliers18.4Technical Data 18.4.1 Physical characteristics18.4.3 EMC and Safety 18.4.2 Climate conditions19LBB4434/00 Call Station Keypad Kit figure 19.1: Block diagram19.1Introduction 19.2 figure 19.2: Component sideControls, connectors and indicatorstable 19.1: X800 connector details figure 19.3: Input connection diagramtable 19.2: X800 technical data table 19.3: X810 connector detailsfigure 19.4: Internally powered LED figure 19.5: Externally powered LEDtable 19.4 X810 technical data figure 19.6: Externally powered relaytable 19.5: X5 and X6 connector details 19.2.3 Keypad interface X5,19.2.4 ID selector S9 figure 19.7: ID selector19.3 Installation figure 19.8: Installationfigure 19.10: Tyco AMP 169111-1pliers figure 19.11: Tyco AMP Modu 4 169481-1pliers19.4Technical data 19.4.1 Physical characteristics19.4.3 EMC and Safety 19.4.2 Climate conditions20PRS-CSRRemote Call Station figure 20.1: Block diagram20.1Introduction 20.2Controls, connectors and indicators 20.3.2 Connecting the network20.3.3 Connecting a headset figure 20.2: Headset connector20.3.4 Connecting a power supply figure 20.5: Connection diagram external viewtable 20.1: Kycon KPP-4Pconnector details figure 20.3: Front and rear views20.3.5 Connecting control inputs figure 20.6: Supervised control inputfigure 20.7: Non-supervisedcontrol input en |20.4Installation table 20.2: Power/Fault LED left20.5Operation table 20.3: Call status LED center20.6Technical data 20.6.3 EMC and Safety20.6.5 External power supply 20.6.1 Physical data20.6.9 Headset 20.6.10 Control inputs21PRS-CSRKRemote Call Station Kit figure 21.1 Block diagram21.1Introduction 21.2Controls, connectors and indicators figure 21.2: Component side21.2.1Power supply/input contacts table 21.1: X2 connector detailstable 21.2 X2 technical data figure 21.3: Supervised control inputtable 21.3: X501 connector details figure 21.5: Headset connection diagramtable 21.4 X501 technical data table 21.5: X301 connector detailsfigure 21.6: LBB9081 connection diagram figure 21.7 LBB9082 connection diagramtable 21.6: X301 technical data table 21.7: X107 connector detailstable 21.8: X107 technical data PTT input contactfigure 21.10: Externally powered LED figure 21.11: Externally powered relayfigure 21.9: Externally powered LED figure 21.8: Press-to-talkPTT keytable 21.9: X511 connector details table 21.10: X511 technical datatable 21.11: X1 connector details 21.2.5 External speaker21.3Installation figure 21.12: Installationfigure 21.14: Tyco AMP 169111-1pliers figure 21.15: Tyco AMP Modu 4 169481-1pliers21.4Technical Data 21.4.1 Physical characteristics21.4.5 External power supply 21.4.2 Climate conditions22PRS-CSICall Station Interface figure 22.1 Block diagram22.1Introduction 22.2.1 Exterior 22.2Controls, connectors and indicatorsfigure 22.2: Exterior table 22.1: Jumper settings SymbolPower supply 22.3Connections22.3.3 Connecting a power supply figure 22.6: Connection diagram external viewtable 22.3: Kycon KPP-4Pconnector details •Concept22.4Installation 22.3.4 Connecting control inputs22.3.5 Connecting a ground figure 22.9 Installation22.6Technical data 22.6.1 Physical characteristics22.6.6 External power supply 22.5Operation22.6.7 Call station interface Connector RJ45 Cable type1000 m en |23 PRS-CRFCall Stacker figure 23.1: Block diagram23.1 Introduction 23.2 Controls and indicators 23.4 Installation23.3.1 Connecting the network figure 23.3: Installation23.6 Technical data 23.6.1 Physical characteristics23.6.3 EMC and Safety 23.5 Operation24 LBB4436/00 Key Covers figure 24.1: Key coverPart 6 - Installation Accessories en | Intentionally left blankBosch Security Systems | 25.2Controls and connectors 25PRS-NSPNetwork Splitter25.1Introduction 25.2.1 Exteriorfigure 25.2: Exterior of the network splitter figure 25.3: Interior of the network splitteren 1 2 4 5 6 7825.2.2 Interior figure 25.4: Jumper identification25.3.3 Connecting a power supply figure 25.5: Connecting the network splitterfigure 25.6: Connection diagram external view table 25.1: Kycon KPP-4Pconnector details25.4Installation figure 25.7 InstallationPower No power25.6Technical data 25.6.1 Physical characteristics25.6.3 EMC and Safety 25.6.6 External power supply26.2Controls, connectors and indicators figure 26.1: Block diagram of the fiber interface1External power supply - A connection for an 26PRS-FIN, PRS-FINNA, PRS-FINSFiber InterfacePRS-FIN, PRS-FINS figure 26.2: Exterior of the fiber interfacePRS-FINNA 26.3.2 Connecting POF and GOF cables 26.3.3 Connecting a power supplyfigure 26.3: Connecting the fiber interface figure 26.4: GOF connectortable 26.2: Kycon KPP-4Pconnector details Pin Signal 1Ground26.3.4 Connecting control inputs figure 26.7: Control inputs connectortable 26.3: Control inputs connector details table 26.4: Control inputs technical data26.4Installation figure 26.10: Installation26.3.5Operation table 26.5 Status LED indications26.5Technical data 26.5.1 Physical characteristics26.5.3 EMC and Safety 26.5.6 External power supply27.2Connectors figure 27.2 Connector with dust capfigure 27.3: Connector details table 27.1: Connector details27.3Wiring 27.5Technical data27.4Custom-madecables figure 27.4: Cable details28LBB4417/00 Network Connectors figure 28.1: Connector29LBB4418 Cable-connectorTool Kit 29.2Toolkit contentsfigure 29.2: Toolkit contents table 29.1: Toolkit contentsToolkit supplier Oil all tools regularly to avoid rustingen | Bosch Security Systems |29.3Connector components figure 29.3: Connector assembly drawingfigure 29.4: Connector components table 29.2: Connector components29.4Cable-connectorinstallation figure 29.6: Back housing on cable29.4.1 Introduction 29.4.2 Cable types29.4.5 Stripping copper wires figure 29.10 Cutting a copper wire29.4.4 Crimping bush figure 29.8 Cross-sectiontransformation29.4.6 Installing socket contacts figure 29.11: Stripping a copper wirefigure 29.12: Crimping a socket contact figure 29.13: Positioning a socket contactfigure 29.15 Installed socket contacts 29.4.7 Stripping fibersfigure 29.14: Crimping a socket contact figure 29.16: Cutting a fiberfigure 29.18: Cutting a fiber figure 29.20 Stripped optical fibersfigure 29.19: Stripping a fiber en29.4.8 Installing the ferrules figure 29.21: Inserting a ferrulefigure 29.22: Locking a ferrule figure 29.23: Crimping ferrules29.4.9 Assembling the connector figure 29.27: Front view of connectortable 29.3: Optical network connector details figure 29.28: Wiring diagramfigure 29.29: Wiring diagram applied to type A optical network cables figure 29.32: Mounting block and back housing figure 29.33 Mounting block and back housingR AB R en |figure 29.35: Installing the front housing figure 29.38: Dust cap on connectorfigure 29.36: Inserting the Torx screw figure 29.37: Tightening the Torx screw30LBB4419/00 Cable Couplers figure 30.1: Cable couplerPart 7 - System Hardware Installation en | Intentionally left blankBosch Security Systems figure 31.2: System bus connector 31 Cabling31.1Introduction 31.2System busfigure 31.4: Using fiber interfaces 31.4Maximum distance31.3Dust caps figure 31.3: Dust cap31.5Maximum cable length table 31.2: Nodes31.6Bending and coiling 31.6.1 Introduction31.6.2 Bending 31.6.3 Coiling32 Architecture 32.1Introduction32.2Basic system 32.3Redundant cabling32.5Spare amplifiers 32.4Tap-offsfigure 32.3: Redundant basic system with tap-off figure 32.4: Connecting systems 32.6CobraNetPRS-NCO-B LBB4404/0032.9 Connecting an alarm buzzer 32.7Failsafe32.8 IP Addresses 32.7.1 Introductioncontroller. The standard EN 54-16requires a minimum sound pressure level of 60 dB for the voice alarm condition and 50 dB for the fault warning condition, on 1 m distance, even with the door of the rack closed. The Praesideo PRS-NCO-Bis delivered with a suitable buzzer for these purposes. This buzzer needs a power supply with backup. Although the system network supply could be used for this purpose, the power supply lines of the hybrid network cable are not easily accessible. Another option is to use the RS232 service-connectionon the rear of the network controller. This connection is never used in an installed system, so it is possible to take advanrtage of its availability. An output voltage is available on pin 6 DTR output that switches between -9Vand +9V, while pin 5 provides a GND connection. Using a high efficiency buzzer and a rectifier bridge, the RS232 connection can provide enough power to drive the buzzer to the required sound pressure level. Control outputs are located on short distance of the RS232 connector, to provide the switching information. See the wiring diagram in figure 33 Power Consumption 33.2Power consumption33.3Battery capacity calculation table 33.1: Power consumptionen | 33.4Power sourcesBosch Security Systems 33.5 Cooling capacity 34.1 Clean air inlets 34 Preventive maintenance34.2 Change battery en | Intentionally left blankBosch Security Systems | Part 8 - Software en | Intentionally left blankBosch Security Systems 35.3Contents 36.2Installation on PCfigure 35.1: Software installation page 35PRS-SWPraesideo Software DVD36.3Establishing connection 36.2.2 Praesideo core software36.2.3 SVG viewer figure 36.2: Incorrect communication36.4Upgrade system software figure 36.4: Connecting to the network controllerfigure 36.3: Correct communication figure 36.5: File transfer screenfigure 36.6: Praesideo web interface home page 36.5Upgrade firmwarefigure 36.7: Logon window figure 36.8: Web interface start page figure 36.9: Upgrade unit firmware page• Restart the network controller 36.6Clear logging events figure 36.10: Clear logging37 Recommended packages 37.1Introduction37.2Adobe reader 37.3Release notes38 Optional packages figure 38.1: Optional software packages page39 Troubleshooting 39.2 Security settings39.1 Introduction 39.3 Connectionsen | Intentionally left blankBosch Security Systems | Part 9 - System Configuration en | Intentionally left blankBosch Security Systems | 40 Configuration software 40.1Introduction40.2Starting and logging on 40.3Overview40.4Configure section 40.4.3 Off-lineconfigurationfigure 40.4: Configure section 40.4.1 Introduction40.4.5 Saving 40.4.4 Submittingfigure 40.5: Save window 40.4.10 Enabled items 40.4.13 Downloading configuration40.4.6 Allowed characters 40.4.7 Unique names40.6Upgrade section 40.4.14 Configuration printing utilityfigure 40.7 Configuration printing utility 40.5Diagnose section•Administrator •Installer41 User management 41.1Introduction41.3Add a user figure 41.2: Add user, stepfigure 41.3: Add user, step 2 - figure 41.4: Add user, step41.4Delete a user figure 41.6: Delete user, stepfigure 41.7: Delete user, step figure 41.5: Delete user, step42 System definition 42.1Introduction42.2Serial numbers figure 42.1: System definition pages42.3Network controller figure 42.3: Register network controller, step42.4Power amplifier 42.4.1 Add a power amplifierfigure 42.4: Add power amplifier, step figure 42.5: Add power amplifier, step42.4.2Delete a power amplifier figure 42.7: Add power amplifier, stepfigure 42.8: Delete power amplifier, step figure 42.10 Delete power amplifier, step42.5Call station 42.6 Audio expander42.5.1 Add a call station 42.5.2 Delete a call station42.7 Fiber interface 42.8 CobraNet interface42.7.1 Add a fiber interface 42.7.2 Delete a fiber interface42.9TCP/IP device 42.9.1 Add a TCP/IP device42.9.2 Delete a TCP/IP device figure 42.16: TCP/IP device definition42.10 Multi Channel Interface 42.11 Call Stacker42.10.1 Add a multi channel interface 42.10.2 Delete a multi channel interface43 Equipment configuration 43.2.1 Procedurefigure 43.1 Equipment configuration pages figure 43.2: Configure network controller, stepfigure 43.4 Configure network controller, step table 43.1: General configurationMains power When Mains power supervision is On and the mainsfigure 43.5: Configure network controller, step table 43.2: Audio inputs configuration43.2.3 Audio inputs Inputfigure 43.6: Configure network controller, step table 43.3: Audio outputs configuration43.2.4 Audio outputs Outputfigure 43.7: Configure network controller, step table 43.4: Control inputs configuration43.2.5 Control inputs Act on contactfigure 43.8: Configure network controller, step table 43.5: Control outputs configurationMains power fault grace 43.2.6 Control outputsSwitch output Volume override outputFault alarm buzzer Fault alarm indicator43.3Power amplifier 43.3.1 Procedurefigure 43.9: Configure power amplifier, step figure 43.10: Configure power amplifier, stepfigure 43.11: Configure power amplifier, step table 43.7: General configuration43.3.2 General Mains powerfigure 43.12 Configure power amplifier, step table 43.8: Audio inputs configuration43.3.3 Audio inputs 8 to 7 dB micfigure 43.13: Configure power amplifier, step table 43.9: Audio outputs configurationDelay Configure supervision43.3.5Line and loudspeaker supervision figure 43.14: Add supervision device, stepfigure 43.15 Add supervision device, step figure 43.16: Add supervision device, stepfigure 43.18: Configure power amplifier, step figure 43.19: Configure power amplifier, step43.3.6 Control inputs 43.3.7 Control outputs43.4.1 Procedure figure 43.20: Configure call station, stepfigure 43.21: Configure call station, step 43.4Call stationfigure 43.22: Configure call station, step 43.4.2 General LBB4430/00Class Normalfigure 43.23: Configure call station, step Network power43.4.3 General LBB4433/00 Back-uppowerfigure 43.24: Configure call station, step network powerback-uppower 43.4.4General PRS-CSRand PRS-CSRKfigure 43.25: Configure call station, step table 43.13: Audio inputs configuration settings43.4.5 Audio inputs 8 to 7 dBfigure 43.26: Configure call station, step Access ControlAccess time-out 43.4.6 Numeric keypadfigure 43.27: Configure call station, step 43.4.7 Control inputs LBB4433Act on contact Makefigure 43.28: Configure call station, step 43.4.8 Keypaddisabled using the checkbox en43.5.1 Procedure figure 43.29: Configure audio expander, stepfigure 43.30: Configure audio expander, step 43.5Audio expander43.6.1 Procedure figure 43.31: Configure fiber interface stepfigure 43.32: Configure fiber interface, step figure 43.33 Configure CobraNet interface stepfigure 43.35: Configure CobraNet interface step figure 43.36 Configure CobraNet interface stepfigure 43.37: Configure CobraNet interface step figure 43.38: Configure CobraNet interface step43.8.1 Procedure 43.8Multi Channel Interface43.8.2 Audio Outputs 43.8.3 Spare Outputstable 43.17: Audio outputs configuration GND supervisionLsp connection Output A and B in sametable 43.18: Spare outputs configuration InterconnectionAmplifier channel selection43.8.4 Control Inputs 43.8.5 Control Outputs44 System wide settings figure 44.1: System wide settings pages44.1Introduction 44.2Recorded messages44.3Message sets 44.2.3 Unregister a recorded message44.3.1 Introduction 44.3.2 Creating a message set44.3.4 Transfer a message set 44.3.3 High efficiency alarm tonesfigure 44.10: Transferring a message set figure 44.11: System settings 44.4System settings•Back-upPower mode Report loudspeaker line fault PRS-SVCO - Specifies whether LBB4440 Supervision Control Boards that are used for line supervision see also section 43.3.5 must report faults immediately Immediate report or must check again before reporting faults Recheck before fault reporting. When the system must comply to evacuation standards, select Immediate report to make sure that faults are reported within 100 s. In systems with long loudspeaker lines and many supervision boards, the chance of getting a false not valid supervision fault event can be reduced by rechecking before the fault will be reported. Then the system is less sensitive to disturbances in the communication caused by external noise sources or crosstalk between wires 45.2Zone configuration 45 Zone & amplifier45.1Introduction 45.2.1 Introductionfigure 45.2 Zone configuration, overview 45.2.2 Overview45.2.3 Create a zone figure 45.3: Add zone, step45.2.4 Volume settings figure 45.6: Volume settingsfigure 45.4: Add zone, step figure 45.5: Add zone, step45.2.5 Delete a zone 45.2.6 Rename a zonefigure 45.7: Delete zone, step figure 45.8: Rename a zone, step45.3Zone Grouping 45.4 Sparing45.3.1 Introduction 45.3.3 Add a zone group45.4.3 Procedure 45.4.2 Overviewfigure 45.11: Sparing, step figure 45.12: Sparing, step45.5 BGM Channels 45.5.1 Introduction45.5.2 Overview figure 45.14: Sparing, step45.5.3 Add a BGM channel 45.5.4 Delete a BGM Channel45.5.5 Rename a BGM Channel figure 45.15: BGM channels, overview46 Call characteristics figure 46.1: Call characteristics pages46.1Introduction 46.2Call macrofigure 46.5: Add call macro, step 5Configure the contents of the call macro46.2.3 Delete a call macro figure 47.3: Momentary with phase completion and figure 47.4: Momentary with phase completion and47 Action programming 47.1Introduction47.2.3 Single shot behaviors 47.2.4 Toggle behaviorsfigure 47.5: Single shot figure 47.6: Toggle47.3Actions 47.3.1 IntroductionCancel selection Cancel lastCancel all BGM volume control47.3.3 Press-to-talkPTT 47.3.4 Call activation keyfigure 47.11: Call activation key figure 47.10: PTT Press-to-talkkey47.3.5Start 47.3.6 Stopfigure 47.13: Stop action key figure 47.12 Start action key47.3.7 Call macro 47.3.8 Priority47.3.9 Tones 47.3.10 Recorded message47.3.12 Cancel selection figure 47.19: Cancel selection key47.3.11 Zone selection 47.3.13 Recall47.3.14 Cancel last 47.3.15 Cancel allfigure 47.22: Cancel all action key 47.3.16 BGM source47.3.17 BGM volume control figure 47.24: BGM volume control key47.3.18 BGM on/off figure 47.25: BGM on/off key47.3.20 Local BGM volume control figure 47.27: Local BGM volume control key47.3.19 Local BGM source figure 47.26: Local BGM source key47.3.21 Local BGM on/off 47.3.22 Fault inputfigure 47.28: Local BGM on/off key 47.3.23 Acknowledge/Reset 47.3.24 Indicator testfigure 47.30: Acknowledge/Reset key figure 47.31: Indicator test key47.3.25 Back-uppower mode figure 47.32: Back-uppower mode key47.3.26 Synchronize time figure 47.33: Synchronize time key47.3.27 Switch trigger 47.3.28 Switch output47.3.30 Volume override output figure 47.34: Switch trigger keyfigure 47.37: Volume override output key 47.3.31 System fault47.3.32 Zone status figure 47.38 Zone status key 47.3.33 Zone priority statusfigure 47.39: Zone priority status key 48.2.2 Equalizer setting 48.2.3 Volume setting48.2.4 Spare power amplifiers 48 Audio processingtable 48.1: Audio processing parameters Freq1,000 1,50048.3AVC calibration figure 48.2: AVC calibration button49 Automatic volume control 49.4Configuration49.2.4 Installation 49.1Introductionfigure 49.1: AVC settings Proceed as follows to configure AVC•AVC calibration failed: sensing signal too high figure 49.2: AVC calibration button•AVC calibration running Displayed during the calibration process50 Diagnose installation figure 50.1: Installation pagepower 50.1Introduction50.5Loudspeaker supervision 50.6 Device informationfigure 50.2: Check device information en |50.7 Check configuration figure 50.3: Check configuration pageen | Intentionally left blankBosch Security Systems | Part 10 - Events en | Intentionally left blankBosch Security Systems | 51.4Fault events 51.4.3 Acknowledging fault events51.4.4 Resolving fault events table 51.1 Fault event statuses51.4.5 Resetting fault events Amplifier spare switch 52 General events listAmplifier resumes operation Device connected via Open InterfaceEmergency state reset Emergency state acknowledgeEmergency state active Logging of call events resumedUser login User login failedSystem restarted Unit connectCall timeout 53 Call events listCall change Call end54 Fault events list Fault events in alphabetical orderAmplifier failure Amplifier ground shorten | Amplifier missingAmplifier initialization failure Amplifier overheatBack-uppower supply failure en |Amplifier overload Amplifier short circuitCobranet interface fault OR Cobranet network faultCall station audio path fault Class-AswitchoverConfiguration file version mismatch Control input line failure control inputConfiguration file error Fault inputFlash card data error Group A faultGroup A or B line fault en |Incompatible hardware version Invalid Firmware versionGroup B fault en |en | Line input failureLine supervision master mismatch Loudspeaker failureMains power supply failure Memory erroren | Loudspeaker line failureen | Microphone failureMessages missing Pilot tone calibration failure en |en | Processor resetRedundant ring broken Redundant supply en |Remote call station connection failure Unit not configured en |Unit missing Unknown unit typePart 11 - Optional Software en | Intentionally left blankBosch Security Systems 55 CobraNet Discovery 55.2 Installation55.1 Introduction 55.3Network adapter configuration 8 Leave Default gateway blank55.4Operation 55.3.1 IP address assignments55.4.1 S Status 55.4.2 MAC Address55.4.3 IP Address 55.4.4 SNMP columns55.6 Firmware Update dialog 55.5Menus55.5.1 CobraNet 55.5.2 Editfigure 55.2: Configuration dialog 55.7 Options dialog55.7.1 Network adapter 55.7.2 IP address range55.8.6 Default 55.8 Column Chooser dialog55.8.4 Edit 55.8.1 Available OID55.10CobraNet Control and Configuration 55.9 Report functions55.10.1 Introduction figure 55.4: Report function dialog55.10.2 CobraNet Configuration dialog 55.10.3 Transmitter Configurationfigure 55.5: CobraNet device configuration dialog figure 55.6: Transmitter configuration dialog55.10.4 Receiver Configuration figure 55.7: Receiver configuration dialog•Always Multicast •Multicast over55.10.5 Advanced Configuration figure 55.8: Advanced configuration dialogfigure 55.9: Discovery configuration dialog 55.11 DiscoOptions55.11.1General usage 55.11.2DiscoOptions dialog fields56.3Installation figure 56.1: Logging server setup56 Logging Server 56.1Introduction56.4Start figure 56.3: Logging Server icon faults1Go to Start > Programs > Bosch > Praesideo 56.5Main window 56.5.1 Opening the main window56.5.2 Status messages figure 56.4: Main window56.7Configuration 56.6Stop56.7.1 Introduction figure 56.5: Options window56.7.2 Connections figure 56.6 Add a systemfigure 56.7: Add a system figure 56.8: Add a system56.7.3 Logging expiration figure 56.9 Delete a systemfigure 56.10: Delete a system figure 56.11: Logging Expiration tab56.7.4 Database figure 56.12: Database tabsettings can be defined password in the Viewer/Network controllerServer authentication 56.7.5 Security57.3Installation figure 57.1: Logging viewer setupfigure 57.2: Logging Viewer icon faults 57 Logging Viewer57.5Configuration figure 57.3: Options window57.6.1 Overview 57.6Operationfigure 57.4: Logging viewer •Acknowledge All Fault Events •Reset All Fault Events57.6.2 Menu bar •Options57.6.3 Logging status button 57.6.4 BlocksLogging Viewer The Logging Server and Viewer are OK58.3 Installation figure 58.1 PC Call Server setup program58 PC Call Server 58.1 Introduction58.4 Start 58.5 Configuration58.6 Firewall 59PC Call Server Configuration Client 59.3 Installation59.5 Configuration figure 59.1: PCCstConfig Login59.5.2 Menu bar 59.5.3 File59.5.4 Edit figure 59.2: Connections tabfigure 59.5: Configure network controllers figure 59.7: Get configurationfigure 59.8: Configure interconnections 59.5.4.2 Get Configurationfigure 59.10: Configure predefined calls 59.5.4.4Configure PC Call Station Zone Groups59.5.4.5 Configure Predefined Calls… en |figure 59.11: Configure layout images figure 59.12: Configure layouts59.5.4.6 Configure Layout Images… 59.5.4.7 Configure Layouts…figure 59.13 Configure BGM channels Toggle with abort on repress•Toggle without abort on repress •Momentary with abort on repressfigure 59.17: Zone group alias configuration figure 59.15: Selection of predefined calls59.5.4.10Configure PC Telephone Interface Client… en |configuration figure 59.19: SIP user configurationfigure 59.18: PC Telephone Interface Client user 59.5.4.12 Configure SIP Users…figure 59.20: Configure time synchronization figure 59.21: Change configuration passwordfigure 59.22: Enter license key 59.5.4.13 Configure Time Synchronisation…figure 59.24: PC Call Server Configuration Client 59.5.5 Help59.5.6 Customization figure 59.23: Certificatefigure 59.25: PCCstImages.png figure 59.26: PCCstImages.png referencestable 59.1: Item list of PCCstImages en |C \Program Files\Bosch\Praesideo Vx.yy.zzzz\Programs\PCCstConfgurationClient\ andfigure 59.27: PCCstImageDef.xml table 59.1: Item list of PCCstImages60.3 Installation figure 60.1: PC Call Station Client Login60 PC Call Station Client 60.1 Introduction60.6 User Interface 60.6.1 Overview60.6.2 Make a call figure 60.2: Predefined calls tabfigure 60.4: Call activation buttons figure 60.5: Call progress iconsfigure 60.6: Call progress bar elements figure 60.7: Zone and zone group iconsfigure 60.11 Zonefault figure 60.10: Disconnected zonefigure 60.12: Zone addressed by call figure 60.13: Occupied zone60.6.3 Change BGM settings figure 60.17: Volume up and down buttonsfigure 60.16: Selection buttons figure 60.15: BGM tabfigure 60.20 No control of zone 61.3 Installation 61PC Telephone Interface Client61.1 Introduction 61.2 Requirements61.6 Operation 61.7 Voice response menutable 61.1: Sound files en |table 61.2 Voice response flow Incoming callTo: Hang up call Hang up call61.8 Linksys SPA3102 configuration 61.8.2 Network configuration61.8.3 PSTN configuration 61.8.1 Device initialization61.8.4 Disconnect detection 61.8.5 ISDN telephones62.1Introduction 62 Open Interface62.2Scope Part 12 - Appendices en | Intentionally left blankBosch Security Systems | ATones AlarmsChimes en | en Test tones BKycon KPP-4Pconnector B.2 Assemblyfigure B.1: Assembly drawing B.1 IntroductionCProduct index table C.1: Product indexen | table C.1: Product indexen | Intentionally left blankBosch Security Systems | Page Bosch Security Systems B.V Data subject to change without notice 2011-02