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General| Brand | Motorola |
|---|---|
| Model | IRRInet-XL |
| Category | Touch terminals |
| Language | English |
Describes available housing styles for the IRRInet-XL RTU, including wall mount and NEMA4X/NEMA4 enclosures.
Lists different IRRInet-XL RTU models based on serial numbers and radio types.
Details available Input/Output and Communication modules for the IRRInet-XL RTU.
Outlines AC power supply and backup battery options for the IRRInet-XL RTU.
Provides preliminary information and safety precautions before installing the IRRInet-XL RTU.
Details dimensions and procedure for mounting the RTU directly onto a wall without a housing.
Explains dimensions and mounting process for installing the RTU within a NEMA4X housing enclosure.
Describes installation of the RTU into a NEMA4 housing enclosure, including dimensions and sealing.
Covers essential electrical connection procedures, including grounding and power supply hookups.
Details proper connection of the ground cable to the RTU's grounding strip for safety.
Explains connection of external DC power sources like solar panels or battery units to the RTU.
Guides on connecting the 8 Ampere power supply for AC input to the RTU and its components.
Provides instructions for connecting the 45 VA power transformer for AC power to the RTU and its modules.
Details the connection procedures for backup batteries.
Details connection procedure for the 5AH backup battery, typically used with wall mount or NEMA4X enclosures.
Explains connection of the 3AH backup battery for use with various RTU housing configurations.
Guides on connecting mobile and portable radios to the IRRInet-XL RTU.
Guides on connecting mobile radios (e.g., MCS2000) to the IRRInet-XL RTU, including power and communication cables.
Covers installation and connection of portable radios (e.g., HT1000, MTS2000) with the RTU in different housing types.
Presents block diagrams illustrating RTU component interconnections.
Presents a fundamental block diagram illustrating RTU component interconnection within a NEMA4 housing.
Shows interconnection diagram for setting up the RTU using a wire line connection via Port 2.
Illustrates connections for using a single mobile radio with the RTU, utilizing Port 2 and Port 3.
Details interconnection for connecting two separate mobile radios to the RTU via Port 2 and Port 3.
Explains installation of plug-in modules and communication units into the RTU's I/O card cage.
Provides procedures for removing and installing RTU modules.
Provides step-by-step instructions for safely removing the Power Supply Module from the RTU.
Details procedure for installing a new Power Supply Module into the RTU card cage.
Offers guidance and warnings regarding proper placement of radio antennas to avoid interference and safety issues.
Lists all field-replaceable parts for the IRRInet-XL RTU.
Details different versions and powering methods for the Power Supply Module used in the RTU.
Describes the CPU Module, its functions, microprocessor, and installation within the RTU.
Details controls, indicators, and connectors on the front panel of the CPU and I/O modules.
Explains the LED matrix display on the CPU Module for diagnostics and status indication of modules.
Details pushbutton controls on the CPU Module for activating displays, testing, and software operations.
Outlines procedure for downloading system software into the RTU's CPU Flash memory via bootstrap mode.
Lists and describes uses of the CPU module's various data ports (RS-485, RS-232, Radio, Line).
Explains functionality of the I/O-AC Module for digital inputs and AC Triac outputs, including connection requirements.
Describes using the CPU's LED matrix to diagnose and test the I/O-AC Module.
Lists field-replaceable parts specific to the I/O-AC Module.
Details I/O-DC Module's capability to control DC solenoids and its special features like short-circuit protection.
Explains interpreting LED indications on the CPU for diagnosing the I/O-DC Module.
Lists field-replaceable parts available for the I/O-DC Module.
Describes Single Cable Module's function of connecting stations using two wires for power and communication.
Details using the CPU's LED matrix to diagnose the Single Cable Module's status and operations.
Lists field-replaceable parts available for the Single Cable Module.
Introduces CMU module and its role in enabling IRRInet-XL communication protocols like FSK INTRAC and FSK MDLC.
Provides instructions for connecting the CMU for various radio and wire line configurations.
Details steps for removing and installing the CMU module from the RTU.
Lists field-replaceable parts for the CMU unit.
Describes Line Interface Units' function in connecting RTU's internal modem to various communication lines.
Details various optional Line Interface Units: Tel Line, Multi-Drop, Leased Line.
Specifies pre-installation location of Line Interface Units and RS485 adapters in the RTU frame.
Covers internal and external connection instructions for the Telephone Line Option of the Line Interface Unit.
Guides connecting the Multi-Drop option of the Line Interface Unit to terminals.
Explains connecting the Leased Line option for 2-wire and 4-wire connections.
Describes LED indications for Telephone Line and Multi-Drop options of the Line Interface Unit.
Lists field-replaceable parts for various Line Interface Units.
Details RS485 Connection Board for serial port expansion and its installation location.
Explains connecting RTU to computers/terminals using cable kits and port configurations.
Details asynchronous connection of RTU to modems using RS-232 ports and cable kits.
Guides synchronous modem connections from RTU using RS-232 ports and cable kits.
Provides data on RTU-to-RTU connection types.
Describes time synchronization between multiple RTUs using SYNCH broadcast via Port 1B.
Provides data on recommended cable for RTU-to-RTU asynchronous RS-232 connections.
Details cable recommendation for RTU-to-RTU synchronous RS-232 communications via Port 1B.
Provides data on recommended cable for RTU-to-RTU synchronous RS-232 communications via Port 3.
Explains connecting a User Port on RTU to a printer using different cable types and pin definitions.
Details FKN4463 cable for connecting 45 VA transformer to power supply module (More).
Describes FKN4469 cable for connecting solar panel to power supply module.
Provides step-by-step instructions for installing cable suppression cores (ferrites) on I/O and communication cables.
Specifies when the DC Line Filter is required or not required for the IRRInet-XL RTU.
Details steps for connecting a 9 VDC battery to preserve CPU RAM data during module replacement.
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