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Summary of Contents for Simplex 4100-6074
- Page 1 Fiber Optic Modem Installation Instructions 579-831 Rev. H...
- Page 3 Specifications and other information shown were current as of publication and are subject to change without notice. Trademarks Simplex and the Simplex logo are trademarks of Tyco International Ltd. and its affiliates and are used under license. All other logos and product names are trademarks or registered trademarks of their respective...
- Page 4 PRODUCT THAT APPEARS DAMAGED. Upon unpacking your Simplex product, inspect the contents of the carton for shipping damage. If damage is apparent, immediately file a claim with the carrier and notify an authorized Simplex product supplier. ELECTRICAL HAZARD - Disconnect electrical field power when making any internal adjustments or repairs.
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Page 5: Table Of Contents
Contents Introduction to the Fiber Optic Modem ............1 General Overview ..................1 Definitions and Terms .................. 1 Digital Audio Riser Overview ..............2 Analog Audio Riser Overview ..............2 4120 Network Overview ................2 ... - Page 6 Analog Audio Class B/Style 4 ..............39 Enhanced Analog Audio (EAA) (limited to Channel 1 & excluding Digital Audio) Class B/Style 4 ..............40 Digital Audio (excluding Analog Audio Channel 1) Class B/Style 4 ..41 Hub Configuration Overview ..............
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Page 7: Introduction To The Fiber Optic Modem
Introduction to the Fiber Optic Modem General Overview The Fiber Optic Modem is used to simplify field wiring and increase transmission distances by converting system copper-wired interfaces to fiber optic connections. It has field wiring connections for the Digital Audio Riser, Analog Audio Risers, RUI, and 4120 Network. A Modem pair replaces copper wiring between any two points including node-to-node, node-to-transponder, and transponder-to-transponder. -
Page 8: Digital Audio Riser Overview
Introduction to the Fiber Optic Modem, Continued Definitions and X-link (continued): X-link connections are only required in Class A Analog Audio and Class A Terms RUI configurations. They are not required for the Digital Audio Riser interface, a Network interface, or for any other Class B configuration. Where required, the x-link connection maintains Class A supervision even though the remote side of the fiber link is electrically isolated. -
Page 9: Illustration
Introduction to the Fiber Optic Modem, Continued Illustration See Figure 1 (below) for important locations on the Modem board. 24V POWER CONNECTION OPTIONS AUDIO RISER CHANNEL 2 LEVEL SELECT RUI HEAD-END SELECT / X-LINK DISABLE EXPANSION 4120 NETWORK & RUI HEADER INTERFACE CONFIGURATION DIGITAL AUDIO RISER AND... -
Page 10: Pid List
This publication covers the following Product IDs (PIDs): Table 1. Product IDs Covered by this Publication Multimode Fiber Part Numbers Description Usage 4100-6074 Fiber Optic Modem Left-Port Assembly 4100U/4100ES Bay Installation 4100-6075 Fiber Optic Modem Right-Port Assembly 4100U/4100ES Bay Installation... - Page 11 Introduction to the Fiber Optic Modem, Continued Specifications Table 2 lists specifications for the Fiber Optic Modems and the Audio Expansion Board. Table 2. Fiber Optic Modem Specifications Current/Voltage Requirements Analog Channels in Use (Standby or Alarm): 360 mA Card Current @ 24 VDC Analog Channels Disabled (Standby or Alarm): 190 mA Fiber Modem Audio Expansion Board (Standby or Alarm): 20 mA Card Voltage...
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Page 12: Modem Configuration
Modem Configuration Supported The allowed application configurations for the Modem are as follows: Configurations Configuration #1 – Digital Audio Riser, Analog Riser #2, and Network. Configuration #2 – Digital Audio Riser, Analog Riser #2, and RUI. Configuration #3 – Both Analog Risers and Network. Configuration #4 –... -
Page 13: Sw2
Modem Configuration, Continued SW2 (Digital Audio SW2 controls the Digital Audio Riser (DAR) enable status, controls Enhanced Analog Audio, and Riser, Enhanced configures Channel 1 for the Standard Analog Audio Riser. See Table 4 for settings and Figure 1 Analog Audio, and for the switch location on the modem board. -
Page 14: Sw3 (Analog Audio Channel 2) Configuration Settings
Modem Configuration, Continued SW3 (Analog Audio SW3 configures Channel 2 of the Analog Audio Riser. See Table 5 for settings and Figure 1 for Channel 2) the switch location on the modem board. Configuration Settings Table 5. SW3 Switch Settings Position Description Interface... -
Page 15: 4120 Network Wiring, Analog Audio, And Rui Jumper Placements
Modem Configuration, Continued 4120 Network Jumper P2 configures the 4120 Network Interface according to the wire gauge to be used. Jumper Wiring, Analog P5 configures the output level & Jumper P6 configures the input level of the Channel 2 Audio Audio, and RUI Riser Interface. -
Page 16: Fiber Modem Audio Expansion Board
Fiber Modem Audio Expansion Board Description The Fiber Modem Audio Expansion Board is a module that allows the modem to interface to a 4100 audio system. It attaches to the Fiber Modem via a ribbon cable and riser wires. The 4100 audio system uses 25 or 70.7 Vrms risers. -
Page 17: Mounting
Mounting Mounting The modem must always be mounted in a 4100U or 4100ES main panel, transponder cabinet, Instructions 4100 cabinet, Remote Expansion Cabinet (4190-9021, -9022, -9024, -9025), or any other close- nippled cabinet. It is either installed in the same manner as other standard panel 4-inch (102 mm) X 11-inch (279 mm) option cards (except that there is no PDI connection), or mounted using the mounting plate in the 4100 or any other close-nippled cabinet. -
Page 18: Mounting Instructions
Mounting, Continued Mounting The Remote Expansion Cabinet (4190-9021, -9022, -9024, -9025) comes supplied with a Fiber Instructions Optic Modem Left-Port Assembly (4100-6072, -6074) and all necessary mounting hardware. Other boards like the Audio Expansion Board (4100-9842) are optional. To mount the modem in a Remote Expansion Cabinet with selected board options, refer to Figure 4. - Page 19 Mounting, Continued Mounting To add a fiber modem audio expansion board to a 4100, see Figure 5. When mounting in any Instructions other cabinet, attach mounting plate to enclosure using self-tapping screws or equivalent. Mount the bracket first before mounting the modem and expansion board to the bracket. No standoffs are required.
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Page 20: Wiring
Wiring Overview All Modem wiring is supervised and power-limited. The following Modem wiring must be within a system box or close-nippled to a system box: • Digital Audio Riser • 24V Card Power • 4120 Network Left Port • Analog Audio Risers •... -
Page 21: 4120 Network Wiring Specifications
Wiring, Continued 4120 Network Wiring These wiring specifications apply to the Modem’s 4120 Network Right Port only (the Left Port Specifications must be internal or use close-nippled wiring): The distances listed below allow for the introduction of two lightning suppressors (TEPG Part# 2081-9027) into the communication line for installations where the wiring leaves the building. - Page 22 Wiring, Continued 4120 Network Wiring The specifications for the cables to be used in order to meet the above transmission distances are Specifications as follows: 18 AWG (0.8231 mm ) Fire-Rated, Twisted-Shielded Cable must not exceed a capacitance between conductors of 58pF per foot and not have a DC resistance greater than 6.385 ohms per 1,000 feet (305 meters).
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Page 23: Analog Audio Riser Wiring Specifications
Wiring, Continued Analog Audio Riser These wiring specifications apply to the Modem’s Analog Audio Riser Wiring. Wiring Specifications • Analog Riser wiring to/from the Modem must connect to either an Analog Audio Controller or an Analog Audio Riser Interface card. •... - Page 24 Wiring, Continued FROM: ANALOG AUDIO CONTROLLER +/- TO: ANALOG AUDIO CONTROLLER CLASS A Analog Audio Riser CONNECTIONS OR ANALOG RISER INTERFACE RETURN CONNECTIONS OR ANALOG RISER CARD SECONDARY INTERFACE CARD PRIMARY Wiring Specifications RISER 2 RISER 1 RISER 2 RISER 1 CONNECTION CONNECTION CONNECTION...
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Page 25: Enhanced Analog Audio (Eaa) Riser Wiring Specifications
Wiring, Continued Enhanced Analog Enhanced Analog Audio (EAA) eliminates the restriction on the number of modem pairs that can Audio (EAA) Riser be used in an analog audio system. In an EAA system, you can use only Riser 1 (Channel 1). Wiring EAA does not affect the content of the analog riser;... - Page 26 Wiring, Continued Enhanced Analog EAA Combinational System Audio (EAA) Riser Wiring In some analog audio systems, more than six modem pairs might be required (therefore requiring Specifications EAA usage), but the topology will not allow for all modem-to-modem connections to be close nippled.
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Page 27: Digital Audio Riser Specifications
Wiring, Continued Digital Audio Riser These wiring specifications apply to the Modem’s Digital Audio Riser Wiring. Specifications The Digital Audio Riser (DAR) wiring is always within a system box or close-nippled to a system box. The DAR connection is always either to a Digital Audio Controller or a Digital Audio Riser Interface card. -
Page 28: Rui Wiring Specifications
Wiring, Continued RUI Wiring These wiring specifications apply to the Modem’s RUI Wiring. Specifications • RUI wiring to/from the Modem must connect to either a CPU/RUI card or a Transponder Interface card. • The RUI X-link can be wired external to the system box, and is part of the head-end side of the wiring loop (that part of loop - 2,500 foot [762-meter] limitation). - Page 29 Wiring, Continued RUI Wiring FROM: CPU/RUI CARD CLASS B TO: CPU/RUI CARD CLASS A Specifications CONNECTIONS OR TRANSPONDER RETURN OR TRANSPONDER INTERFACE SECONDARY CARD PRIMARY ANALOG ANALOG ANALOG ANALOG CLASS A, HEAD-END MODEM CONNECTIONS CLASS A, TAIL-END MODEM CONNECTIONS FROM: CPU/RUI CARD CLASS B CONNECTIONS OR TRANSPONDER INTERFACE SECONDARY -OR-...
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Page 30: Fiber Modem Audio Expansion Board Wiring Specifications
Wiring, Continued Fiber Modem Audio All wiring shown in Figure 13 must be close nippled. Expansion Board Wiring Specifications FROM: 4100 LEGACY AUDIO FROM: 4100 LEGACY AUDIO SIGNAL CARD PRIMARY SIGNAL CARD SECONDARY TERMINALS TERMINALS RISER 2 RISER 1 RISER 2 RISER 1 CONNECTION CONNECTION... -
Page 31: Connecting Power To The Modem
Connecting Power to the Modem Where to Connect 4100U, 4100ES and 401ES Power The Modem has two Core 4 connectors (P9 & P10) and a terminal block (TB1) for connecting 24 VDC power. (See Figure 1 and Figure 14 [on next page] for locations of Connectors P9 & P10 and Terminal Block TB1.) The source of card power to the Modem must be an uninterruptible source (such as card power), and not a resettable source such as AUX power. - Page 32 Connecting Power to the Modem, Continued Where to Connect 4100U/4100ES/4010ES Power Figure 14. Modem Power Connections...
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Page 33: Testing And Troubleshooting
Testing and Troubleshooting General Use this section as an aid in testing and troubleshooting a fiber modem pair installation. It should be noted that a fiber fault can cause a trouble on all connected media. A fiber fault must be resolved before any further troubleshooting or testing can be performed. -
Page 34: Led Indications
Testing and Troubleshooting, Continued The Modem has LED indicators as shown in Table 12. Refer to Figure 1 for LED locations. LED Indications Table 12. LED Indications Reference Function Details LED1 AAR1 FAULT Indicates a fault condition on Analog Audio Riser Channel 1. LED2 AAR2 FAULT Indicates a fault condition on Analog Audio Riser Channel 2. -
Page 35: Analog Audio
Testing and Troubleshooting, Continued Analog Audio If the analog audio interface is not operating properly, verify the following: 1. The analog audio switches are properly set. 2. A good quality voltmeter can be used to measure the riser’s RMS voltage on the panel side loop, and then be re-measured on isolated loops to determine what modem pair could be causing a fault. -
Page 36: Testing Circuit Supervision
Testing and Troubleshooting, Continued Testing Circuit Use the procedures in the Table 13 to confirm that all interfaces (that are in use) are supervised for Supervision opens, shorts, and grounds. The left two columns indicate the interface/test method while the right column indicates the system response. -
Page 37: Appendix - Sample Configurations
Appendix – Sample Configurations Overview This section shows sample configurations for each interface. Internal Building or Multi-Building Configurations…Figures A-1 through A-12 Hub Configurations…Figures A-13 through A-15 Interconnected Loop and Star Configurations…Figures A-16 through A-19 Fiber-Connected Information Management System (IMS) Configuration…Figure A-20 Fiber Modem Audio Expansion Board…Figures A-21 and A-22 Internal Building or Multi-Building... -
Page 38: Rui (Excluding 4120 Network) Class A/Style 7
Appendix – Sample Configurations, Continued (excluding 4120 Network) Class A/Style 7 This is a head end modem because it is wired to the primary This is a tail end modem because it is wired to the secondary This is a generic modem (not head end or tail end). This is a generic modem (not head end or tail end). -
Page 39: 4120 Network (Excluding Rui) Class A/Style 7
Appendix – Sample Configurations, Continued 4120 Network (excluding RUI) Class A/Style 7 Head End 1 Transponder 2 SHIELD* Network Interface Modem Modem Network Card Interface Modem Modem Card SHIELD* Transponder 4 Transponder 3 Network Network Interface Interface Modem Modem Modem Modem Card Card... -
Page 40: Analog Audio Class A/Style 6
Appendix – Sample Configurations, Continued Analog Audio Class A/Style 6 Channel 1: This is a tail end modem because it is wired to the secondary This is a generic modem (not head or tail end). This is a generic modem (not head or tail end). This is a head end modem because it is wired to the primary side of the head end cabinet. -
Page 41: Enhanced Analog Audio (Eaa)
Appendix – Sample Configurations, Continued Enhanced Analog Audio (EAA) (limited to Channel 1 & excluding Digital Audio) Class A/Style 6 Channel 1: This is a tail end modem because it is wired to the secondary This is a generic modem (not head or tail end). This is a generic modem (not head or tail end). -
Page 42: Digital Audio (Excluding Analog Audio Channel 1) Class A/Style 7
Appendix – Sample Configurations, Continued Digital Audio (excluding Analog Audio Channel 1) Class A/Style 7 Head End - 1 Transponder (or remote node) - 2 SHIELD* Digital Audio Riser Digital Modem Modem Interface Audio Modem Modem Controller Transponder (or remote node) - 4 Transponder (or remote node) - 3 Digital Digital... -
Page 43: Internal Building Or Multi-Building Configuration - Class B/Style 4
Appendix – Sample Configurations, Continued Internal Building or • Multiple panels (4) in one building Multi-Building • Configuration – Multiple buildings (4) each with one panel Class B/Style 4 Refer to the following pages for detailed implementation of the Internal Building or Multi-Building Configuration (Class B/Style 4): Page 38 Analog Audio... -
Page 44: Rui (Excluding 4120 Network) Class B/Style 4
Appendix – Sample Configurations, Continued (Excluding 4120 Network) Class B/Style 4 1-2 On transponder interface (it’s not driving the copper) 1-2 On transponder interface (it’s not driving the copper) 1-2 Off RUI (it’s driving the copper) Head End Transponder FIBER SHIELD* Modem Modem... -
Page 45: Analog Audio Class B/Style 4
Appendix – Sample Configurations, Continued Analog Audio Class B/Style 4 Riser 1 setting: Riser 1 setting: Riser 1 setting: SW 2-2 On Riser interface (receives analog riser). SW 2-2 Off Controller (transmits analog riser). SW 2-2 On Riser interface (receives analog riser). Riser 2 setting: Riser 2 setting: Riser 2 setting:... -
Page 46: Enhanced Analog Audio (Eaa)
Appendix – Sample Configurations, Continued Enhanced Analog Audio (EAA) (limited to Channel 1 & excluding Digital Audio) Class B/Style 4 Riser 1 setting: Riser 1 setting: Riser 1 setting: SW 2-2 On Riser interface (receives analog riser). SW 2-2 Off Controller (transmits analog riser). SW 2-2 On Riser Interface (receives analog riser). -
Page 47: Digital Audio (Excluding Analog Audio Channel 1) Class B/Style 4
Appendix – Sample Configurations, Continued Digital Audio (excluding Analog Audio Channel 1) Class B/Style 4 Digital Audio Transponder (or remote node) FIBER Head End Digital Audio Riser Modem Modem Interface Digital Audio Modem Controller Transponder (or remote node) Transponder (or remote node) FIBER Digital Digital... -
Page 48: Hub Configuration Overview
Appendix – Sample Configurations, Continued Hub Configuration A Hub Configuration consists of a Main Loop with Nodes connected in a radial manner. In this Overview configuration, the Modem connects the Hub Node to the Remote Nodes. Hub Configurations for 4120 Network, Analog Audio, and Digital Audio are illustrated on the pages that follow. -
Page 49: Hub Configuration - 4120 Network
Appendix – Sample Configurations, Continued To Node 5 To Node 2 Hub Configuration – Connection Connection 4120 Network Node 1 - Hub Node Fiber Fiber Fiber Fiber Modem Modem Modem Modem Style 7 Style 4 Connection Connection Fiber Fiber Fiber Fiber Modem Modem... -
Page 50: Hub Configuration - Analog Audio
Appendix – Sample Configurations, Continued Hub Configuration – In this diagram, the head-end audio cabinet is not shown. If Class A is required, head and tail-end Analog Audio modems require x-link connections. To Node 5 To Node 2 Connection Connection (Fiber Modem) Riser 1 setting: Node 1 - Hub Node... -
Page 51: Hub Configuration - Digital Audio
Appendix – Sample Configurations, Continued Hub Configuration – Digital Audio To Node 2 To Node 5 Connection Connection (Fiber Modem) Node 1 - Hub Node Fiber Modem Fiber Fiber Fiber Fiber Fiber Fiber Modem Modem Modem Modem Modem Modem Node 6 - Remote Node Node 7 - Remote Node Node 8 - Remote Node Wire... -
Page 52: Interconnected Loop And Star Configurations - Overview
Appendix – Sample Configurations, Continued Interconnected Loop In this configuration, the Fiber Modem connects the two Style 7 network loops (#1 & #2) in and Star tandem. It also connects several remote nodes to the loop (star). Configurations – Overview Interconnected Loop 4120 Network 4120 Network... -
Page 53: Interconnected Loop And Star Configurations -4120 Network
Appendix – Sample Configurations, Continued Interconnected Loop and Star Configurations – 4120 Network Node 5 Connection To Node 2 Connection To Node 12 Node 6 Connection Connection Node 3 Node 4 Fiber Fiber Modem Modem Node 10 Node 8 Fiber Fiber Modem Modem... -
Page 54: Interconnected Loop And Star Configurations - Analog Audio
Appendix – Sample Configurations, Continued Interconnected Loop and Star Riser 1 setting: Riser 1 setting: Configurations – SW 2-2 Off SW 2-2 Off Analog Audio Riser 2 setting: Riser 2 setting: SW 3-2 Off SW 3-2 Off Riser 1 setting: Riser 1 setting: SW 2-2 On SW 2-2 Off... -
Page 55: Interconnected Loop And Star Configurations - Digital Audio
Appendix – Sample Configurations, Continued Interconnected Loop and Star Configurations – Digital Audio Fiber Fiber Modem Modem SEC1 SEC2 SEC1 SEC2 Fiber Fiber Modem Modem Node 3 Node 4 Node 12 Node 6 Connection Connection SEC1 SEC2 SEC1 SEC2 DAR Wires (2) Fiber Node 8 Node 10... -
Page 56: Truesite Workstation (Tsw)
Appendix – Sample Configurations, Continued TrueSite The illustration below shows how to connect the 4120 Network to IMS with fiber only. Node 1 is Workstation (TSW) used for power and an enclosure is used for the Modems. Node 2 Node 1 Fiber Fiber Modem... -
Page 57: Fiber Modem Audio Expansion Board Class A/Style 6
Appendix – Sample Configurations, Continued Fiber Modem Audio Expansion Board Class A/Style 6 4100 Fiber Modem expansion cabinet SIGNAL Modem Modem Exp Hdr Exp Hdr 4100 Audio 4100 Audio CLOSE NIPPLED WIRING 4100U 4100 FIBER MODEM / EXPN BD ENCLOSURE Audio Input Option Wire... -
Page 58: Fiber Modem Audio Expansion Board Class B/Style 4
Appendix – Sample Configurations, Continued Fiber Modem Audio Expansion Board Class B/Style 4 4100 Fiber Modem expansion cabinet SIGNAL Modem Exp Hdr 4100 Audio 4100U Audio Input Option Card Modem Harness Audio Exp Hdr Controller Figure A-22. Fiber Modem Audio Expansion Board, Class B/Style 4 (4100U Shown) - Page 60 579-831 Rev. H © 2006 - 2011 SimplexGrinnell LP. Specifications and other information were current as of publication and are subject to change without notice.
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