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General| Brand | TotalFlow |
|---|---|
| Model | XSeries |
| Category | Remote Control |
| Language | English |
Provides a description of the Totalflow, XSeries system components and specifications.
Includes unpacking and detailed procedures for setup and installation.
Provides a tutorial on how to get a newly installed XRC system up and running.
Provides instructions on how to remove and replace major modules.
Describes XRC front panel error messages and provides a troubleshooting chart.
Lists and describes various register documents for system configuration.
Provides quick access to terms and abbreviations used in the manual.
Explains symbols used in the manual for important information.
DO NOT open equipment, use trained technicians, exercise care with live parts.
Highlights conditions leading to damage, injury, or loss of life.
Explains DANGER/CAUTION, equipment markings, grounding, and fuse replacement.
Introduces Totalflow XSeries Remote Controllers (XRC) and their applications.
Details the components of the XRC, including enclosure, boards, and modules.
Describes the hinged-door box enclosure for XRC6490, 6790, 6890.
Describes the XRC6990 enclosure for 19” Rack Mount.
Provides dimensions, weight, I/O module capacity, and environmental specs.
Details the specifications of the XRC-195 Electronic Board.
Lists the base I/O capabilities of the XRC.
Describes the 4 digital inputs, usable as high-speed pulse inputs.
Describes the 4 digital (12Vdc) outputs for controlling external equipment.
Details the 5 analog inputs supporting 0-10VDC or 0-20mA loops.
Explains the front panel LCD scrolling through operating parameters.
Outlines the practical and efficient capabilities of the XRC.
Describes how the XRC indicates unusual or alarm conditions.
Discusses the PCCU32 software for programming the XRC.
Describes the DOS-based FS/2 unit for basic operations.
Lists optional hardware like Key Pad and I/O Modules.
Details the optional keypad for monitoring display items without extra equipment.
Explains extending XSeries functionality with modular I/O.
Provides information for installing and setting up the XRC system.
Details the process of unpacking and inspecting the XRC and its components.
Provides procedures for installing the unit directly to a meter run using a pipe saddle.
Outlines procedures for mounting the XRC to a wall.
Details the procedure for installing the battery pack for operating power.
Explains the process of mounting and connecting the solar panel.
Describes the installation of the AC power charging unit.
Provides instructions for rack mounting the XRC6990.
Covers setup, wiring, and jumper configurations for XRC communication.
Describes steps to get a newly installed XRC system operational.
Details the installation of the PCCU32 software required for XSeries equipment.
Explains connecting the laptop computer to the XRC via a serial MMI cable.
Guides through initial setup steps like Station ID and Device ID.
Covers calibration procedures for Analog, Pulse, and Digital Inputs.
Discusses the two programming equipment options: PCCU32 software or DOS-based FS/2 device.
Provides standard maintenance information and component removal/installation instructions.
Instructions on backing up XRC configuration files to a laptop or floppy disk.
Details how clock changes affect log period entries and XRC handling.
Procedures for downloading new software to the XRC Flash Memory.
Information on identifying and replacing components and spare parts.
Step-by-step instructions for removing and installing the XRC battery pack.
Procedures for accessing and removing/reinstalling the LCD board.
Provides troubleshooting guidelines for various subsystems and a flowchart.
Assists in determining causes and corrective steps for visual indicators/alarms.
Focuses on determining causes of power loss.
Guides through troubleshooting communication problems with installed radios.
Provides steps to diagnose why the Liquid Crystal Display is blank.
Addresses the Low Charger alarm, typically indicating low charging voltage.
Deals with the A to D Failure alarm code or SLEEP mode issues.
Provides instructions to test the RTD Probe for continuity.
Tests the current source on the Termination Board to verify power reception.
Tests the current source on the Termination Board to verify power reception.
Details various tests for power supply configurations.
Steps to test the solar panel if it's not supplying required voltage.
Instructions to test the AC charger if it's not supplying required voltage.
Tests battery pack output voltage consistency and checks for power drains.
Tests battery pack output voltage consistency with TFIO Modules installed.
Explains the SLEEP mode as a safety feature and provides wake-up steps.
Covers cold start and software restart procedures.
Clears RAM data, resets variables to factory defaults, and is used for new installations.
Describes performing a software restart by typing a command in PCCU.
Verifies transceiver output power, frequency, and antenna orientation.
Tests RS-232 serial communication by checking voltage on Receive Data and Request to Send pins.
Tests RS-485 serial communication, including wiring and termination settings.
Details the field wiring for RS-485 communication on the XRC-195 Board.
Describes the jumper settings for RS-485 bus termination.
Lists standard registers including Alarm System Application Registers.
Details registers for alarm system application, including records and constants.
Lists registers for controlling display options, file names, and units.
Details registers for holding arrays, including descriptions, types, and access levels.
Lists registers for periodic operations, math, bit, compare, and array operations.
Lists registers related to communication settings like port flags, baud rate, and protocols.
Lists registers related to communication settings like port flags, baud rate, and protocols.
Lists registers for FS2 application, including byte, 32-bit integer, and floating point types.
Details registers for XMV interface, categorized by arrays for communication, calibration, and scroll text.
Lists byte registers for Therms Master, including components and triggers.
Lists byte registers for Therms Master, including components and triggers.
Lists integer registers for Therms Master, including component tables.
Lists data array registers for I/O subsystem, including 32-bit, 16-bit, and 8-bit integer arrays.
Lists data array registers for I/O subsystem, including 32-bit, 16-bit, and 8-bit integer arrays.
Lists byte registers for AGA3 Tube Application, including configuration flags and component settings.
Lists byte registers for AGA3 Tube Application, including configuration flags and component settings.
Lists byte registers for AGA7 Tube Application, including configuration flags and component settings.
Lists byte registers for Enron Tube, covering status, logging, and event data.
Lists byte registers for Enron Tube, covering status, logging, and event data.
Lists integer registers for Enron Tube, covering log events and parameters.
Lists float registers for Enron Tube, covering model, revision, and time settings.
Lists boolean registers for Enron Tube, covering low battery and other flags.
Lists variable byte registers for Enron Tube, including user byte and offset index.
Lists variable integer registers for Enron Tube, covering modbus events and user integers.
Lists byte registers for AGA3 Selectable Units, including configuration flags and component settings.
Lists byte registers for AGA3 Selectable Units, including configuration flags and component settings.
Describes byte registers for PI calibration, including meter factor and calibration control.
Details registers for frequency points used in PI calibration.
Lists meter factor registers for PI calibration points.
Shows proposed indexing for different register types across tubes.
Shows proposed indexing for different register types across tubes.
Maps Modbus registers to App Type, Array, Reg, Event Code, and Variable for Tube 1.
Glossary of technical terms and acronyms used in the manual.
Glossary of technical terms and acronyms used in the manual.
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