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General| Brand | Tadiran Telecom |
|---|---|
| Model | Coral IPx 800 Series |
| Category | Conference System |
| Language | English |
Details the manual's structure into Installation Procedure Guide and Hardware Reference sections.
Lists the manual's chapters covering installation procedures and hardware reference.
Outlines step-by-step procedures for installation, covering chapters 2-5.
Lists other documents for further information on Coral Peripheral cards, voice terminals, etc.
Explains symbols like WARNING, CAUTION, NOTE, and Tip used for special attention.
Describes Coral 800 system features, architecture, and configuration options.
Lists essential and optional tools required for Coral system installation and maintenance.
Specifies requirements for the installation area: access, cleanliness, lighting, ventilation, and security.
Specifies clearance needed in front, rear, and top of the rack for installation and maintenance.
Details AC power source requirements, dedicated branch circuits, and wire specifications.
Describes the stages of installing Coral IPx 800 cages, including mounting and wiring.
Details the process of unpacking, preparing, and mounting the cage onto a rack.
Explains the critical procedure for grounding the system to ensure protection and stability.
Provides instructions for connecting DC power wires to the cage for DC-powered systems.
Details how to connect power wires to the cage for AC-powered systems.
Describes how to connect Input/Output (I/O) cables from the MDF to the card cage connectors.
Explains how to set configuration jumpers on the cage motherboards before inserting circuit cards.
Details the procedure for connecting the main cage with expansion cages using cables.
Provides step-by-step instructions for installing the PS19 power supply card into the cage.
Explains how to connect the H719 power supply duplication cable between cages.
Guides the user through the process of inserting control, service, and peripheral cards into the cage slots.
Details the power-on test for systems using the PS19 DC power supply.
Details the power-on test for systems using the PS19 DC power supply.
Outlines the power-on test for systems using the PS19 DC-D power supply.
Describes the power-on test procedure for systems using the PS19 AC power supply.
Guides the initialization of control cards, including MEX-IP2, DBM/DBX, and IMC8/16.
Tests the condition of the lithium backup battery on MEX-IP2 or DBX cards for memory retention.
Describes the process for initializing peripheral cards after the main control card.
Provides safety and procedural rules for inserting circuit cards into the cage slots.
Details the system initialization steps for main and expansion cages after card insertion.
Verifies the PS19 DC-D's capability to supply power to another cage or provide redundancy.
Describes closing all equipment and preparing the system for normal operation.
Details the factory-loaded software on IMC8/IMC16 cards and the upgrade process.
Explains the three main steps for upgrading generic feature software using FMprog utility.
Lists and explains various operating and error states indicated by the MEX-IP2 numeric display.
Lists and explains various operating and error states indicated by the MEX-IP2 numeric display.
Describes the MDF as the wiring interface for the Coral IPx system and its associated peripheral equipment.
Describes the MDF as the wiring interface for the Coral IPx system and its associated peripheral equipment.
Explains how I/O connections are made using standard 25-wire pair connectors to the rear panel and MDF.
Provides guidance on planning the MDF layout, considering wiring conventions and future expansion.
Details connections to Coral IPx 800 system station equipment using I/O cable punch blocks.
Details connections to Coral IPx 800 system station equipment using I/O cable punch blocks.
Refers to other manuals for information on CoralAIR, FlexAir, and IP devices not connected via MDF.
Explains trunk circuit connections to the system and the role of protective devices.
Describes connections for auxiliary circuits like music, page, and relays using Champ connectors.
Explains primary (lightning) and secondary (surge) protection devices for telephone circuits.
Explains primary (lightning) and secondary (surge) protection devices for telephone circuits.
Details the procedure for mounting surge arrestor magazines on the MDF for telephone connections.
Describes wiring for SLT and special EKT-PF1 telephones used as power failure stations.
Describes wiring for SLT and special EKT-PF1 telephones used as power failure stations.
Explains how to enter station dial numbers for power fail trunk transfers in the system database.
Describes the DB-25S or RJ-45 connectors for APA/APDL serial interface and CTI product connections.
Describes the DB-25S or RJ-45 connectors for APA/APDL serial interface and CTI product connections.
Illustrates pin number and function assignments for FlexSet APA/APDL RS-232E cable.
Details pin functions for FlexSet 80 and GKT RS-232E ports.
Lists interface cards with front panel I/O connections and refers to specific pages for details.
Lists interface cards with front panel I/O connections and refers to specific pages for details.
Lists cards that connect via RJ-45 on the cage rear panel.
Lists interface cards whose I/O connections are made via cables connected to their rear panel.
Lists interface cards whose I/O connections are made via cables connected to their rear panel.
Describes external network connections for the 2DT digital circuit via RJ-45 connectors.
Details external network connections for PRI-23/30 (UDT layout) via DA-15S and RJ-45 connectors.
Describes network connections for T1/30T/x/30T/E (UDT layout) via DA-15S and RJ-45 connectors.
Explains UGW card communication via RJ-45 on rear panel and ULI-1 daughterboard.
Details PUGW card communication via RJ-45 on rear panel.
Introduces I/O connector pin designation tables for peripheral cards in Coral IPx 800/3000/4000 cabinets.
Introduces I/O connector pin designation tables for peripheral cards in Coral IPx 800/3000/4000 cabinets.
Provides an index of peripheral cards categorized by their functional type for quick reference.
Lists peripheral cards alphabetically for easy identification and lookup.
Describes the cage structure, including slots, mounting brackets, and cooling design.
Describes the cage structure, including slots, mounting brackets, and cooling design.
Details the features of the cage's front, top, and side panels, including ventilation and access.
Describes the cage door, its physical protection, ventilation grille, locking studs, and release mechanism.
Details the rear panel components: I/O connectors, power covers, ground terminal, and straps.
Explains connectors used for linking cages together, depending on cage number and type.
Illustrates the relationship between card slots and I/O Champ connectors, including pair allocation.
Describes how to mount the cage onto 19" or 23" racks using provided or reconfigured brackets.
Explains conditions requiring a heat buffer bracket for proper airflow and equipment protection.
Describes various labels on the cage: Surge Arrestor, Power Rating, FCC Compliance, Nameplate, and Static Dissipation.
Provides step-by-step instructions for safely removing the cage from the rack.
Describes the main features of the IPx 800M cage, including card slots and backplane.
Describes the eleven card slots and one power supply unit slot in the main cage.
Details the backplane of the main cage, including card connectors and configuration jumpers.
Explains how to configure jumpers for digital trunk synchronization and cage numbering.
Explains connectors used to connect the main cage to expansion cages.
Describes the main features of the IPx 800X cage, including card slots and backplane.
Describes the twelve card slots in the expansion cage and their intended use.
Details the backplane of the expansion cage, including card connectors and configuration jumpers.
Explains jumper settings for shelf designation and synchronization card configuration.
Describes connectors for connecting expansion cages to other cages.
Describes possible system configurations using main and expansion cages (800M, 800X, 500X).
Describes possible system configurations using main and expansion cages (800M, 800X, 500X).
Tabulates the number of universal I/O slots available for various system configurations.
Explains how to interconnect main and expansion cages using H500-1 and H719 cables.
Describes the PS19 DC unit's function, input voltage, and operation modes.
Describes the PS19 DC unit's function, input voltage, and operation modes.
Details the features on the PS19 DC front panel: Alarm and Power indicators, switches, and ejectors.
Describes the PS19 DC card layout, including fuses (F1, F2) and ring frequency jumper (JU1).
Explains the circuit operation: power input, DC outputs, message/ring circuits, and ring generator.
Describes the circuitry that monitors voltage and current, producing alarms for malfunctions.
Explains how to configure the JU1 jumper for 20Hz or 25Hz ringing frequency.
Provides instructions for installing the PS19 DC power supply into the cage slot.
Guides troubleshooting for PS19 DC failures, including alarm indicators and power issues.
Explains the function of fuses F1/F2 and the procedure for replacing them.
Guides identifying the cause of the red Alarm indicator based on cage type and control cards.
Lists technical specifications for the PS19 DC power supply, including input, output, and fuses.
Describes the PS19 DC-D's function, input voltage, and support for redundant configurations.
Describes the PS19 DC-D's function, input voltage, and support for redundant configurations.
Details front panel features of PS19 DC-D: Alarm/Power indicators, switches, handle, and ejectors.
Describes the PS19 DC-D card layout, including input fuse (F1) and ring frequency jumper (J3).
Explains PS19 DC-D circuit: power input, DC outputs, message/ring circuits, and ring generator.
Describes monitoring, hot swap circuitry, and input voltage shutdown behavior for PS19 DC-D.
Explains how to configure the J3 jumper for 20Hz or 25Hz ringing frequency on PS19 DC-D.
Provides instructions for installing the PS19 DC-D power supply into the cage slot.
Guides troubleshooting for PS19 DC-D failures, including alarm indicators and power issues.
Lists technical specifications for the PS19 DC-D power supply, including input, output, and fuses.
Describes the PS19 AC unit's function, input voltage, and operating range.
Describes the PS19 AC unit's function, input voltage, and operating range.
Details front panel features of PS19 AC: Alarm/Power indicators, switches, handle, and ejectors.
Describes the PS19 AC card layout, including ring frequency jumper (J2) and main fuse (F5).
Explains PS19 AC circuit: AC-DC converter, DC outputs, and message/ring circuits.
Describes monitoring circuitry that checks outputs and produces alarms via red indicator.
Explains how to configure the J2 jumper for 20Hz or 25Hz ringing frequency on PS19 AC.
Provides instructions for installing the PS19 AC power supply into the cage slot.
Guides troubleshooting for PS19 AC failures, including alarm indicators and power issues.
Explains the function of fuse F5 and the procedure for replacing it.
Lists technical specifications for the PS19 AC power supply, including input, output, and fuses.
Describes the role of Common Control cards in establishing connections and lists key functions and card types.
Describes the role of Common Control cards in establishing connections and lists key functions and card types.
Provides detailed information on IMC8/16, DBM/DBX, MAP, LIU, HDC, and PX cards.
Provides critical procedures for handling circuit cards, emphasizing electrostatic discharge (ESD) precautions.
Describes the MEX-IP2 as the Main Control Processor card, its interfaces, and system supervision role.
Describes the MEX-IP2 as the Main Control Processor card, its interfaces, and system supervision role.
Outlines precautions for removing the MEX-IP2 card, including database backup and power-off.
Describes the DBM card for expanding database memory and its installation as a baby card.
Describes the DBM card for expanding database memory and its installation as a baby card.
Explains when a DBM card is necessary, typically for Coral Directory, Traffic, or Call Log features.
Describes the DBX card as a memory expansion card, its connection to MEX-IP2, and battery operation.
Describes the DBX card as a memory expansion card, its connection to MEX-IP2, and battery operation.
Details when a DBX card is required, primarily for database memory expansion.
Describes the IMC card's role in storing generic software, authorization, and database backup.
Describes the IMC card's role in storing generic software, authorization, and database backup.
Specifies when an IMC16 card is required, based on database size and Coral software version.
Explains the SAU's role in feature authorization and how it enables system function.
Explains the SAU's role in feature authorization and how it enables system function.
Lists reasons for system ceasing call processing and relevant system messages related to SAU.
Describes the MAP card's function, installation, applications, and limitations.
Describes the MAP card's function, installation, applications, and limitations.
Explains the LIU card's role in IP communication and its dependency on MAP or MEX-IP2.
Explains the LIU card's role in IP communication and its dependency on MAP or MEX-IP2.
Describes the HDC card's role as a communication link and its contained circuitry.
Describes the HDC card's role as a communication link and its contained circuitry.
Explains the HDC card's circuit areas: CPU, RAM, Tone Generation, and Time Slot Management.
Describes the clock signal and sync signal used for bit period identification and time slot synchronization.
Explains the tone PROM and the A-Law and µ-Law encoding methods for audio signals.
Provides instructions for installing the HDC card into its reserved slot.
Describes the PX card's role as a buffer between expansion cages and its installation requirements.
Describes the PX card's role as a buffer between expansion cages and its installation requirements.
Guides the installation of the PX card into the expansion cage slot, emphasizing power precautions.
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