YOKOGAWA GX20 User Manual
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YOKOGAWA GX20 User Manual

Smartdac plus paperless recorder
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Table of Contents

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User's
Manual
Model
GX10/GX20/GP10/GP20
Paperless Recorder
User's Manual
IM 04L51B01-01EN
8th Edition

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Summary of Contents for YOKOGAWA GX20

  • Page 1 User’s Manual Model GX10/GX20/GP10/GP20 Paperless Recorder User’s Manual IM 04L51B01-01EN 8th Edition...

  • Page 3: Introduction

    Thank you for purchasing the SMARTDAC+ Series GX10/GX20/GP10/GP20 (hereafter referred to as the GX or GP). This manual explains how to use the GX/GP. Although the display of GX20 is used in this manual, GX10/GP10/GP20 can be operated similarly. In this manual, the GX20/GP20 standard type and large memory type are distinguished using the following notations.
  • Page 4 • Copying or reproducing all or any part of the contents of this manual without the permission of YOKOGAWA is strictly prohibited. Trademarks • SMARTDAC+ and SMARTDACPLUS are registered trademarks of Yokogawa Electric Corporation. • Microsoft and Windows are registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries.

  • Page 5: Gx/Gp Version And Functions Described In This Manual

    – screen. A swipe feature has been added for selecting channels. section 1.8.2 Version 2.01 Support for GX20/GP20 large memory type and expandable – I/O has been added. Support for new modules (current (mA) input, low withstand section 1.2, section 1.3, section 1.4, section voltage relay, and DI/DO) has been added.
  • Page 6 1.3.3 (during pulse input). Version 3.01 Support for pulse input modules has been added. section 1.4 The number of math channels has been increased (GX20-2, section 1.6 GP20-2: 200 channels) The number of timers and match time timers has been section 1.14...

  • Page 7: How To Use This Manual

    How to Use This Manual Structure of the Manual Read the First Step Guide (IM04L51B01-02EN) first to familiarize yourself with the basic operation of the GX/GP, and then read this manual. For a description of the communication control command functions and the accompanying software programs—Standard Hardware Configurator and Universal Viewer—read the respective manuals.

  • Page 8: Conventions Used In This Manual

    How to Use This Manual Conventions Used in This Manual Unit Denotes 1024. Example: 768K (file size) Denotes 1000. Markings Improper handling or use can lead to injury to the user or damage to the instrument. This symbol appears on the instrument to indicate that the user must refer to the user’s manual for special instructions.

  • Page 9: Table Of Contents

    Contents Introduction ............................i GX/GP Version and Functions Described in This Manual ..............iii How to Use This Manual ........................v Basic Functions of the GX/GP ......................xiii Measurement............................xiii Recording ...............................xiii Display ..............................xv Saving..............................xvii Data Utilization ............................. xviii Control ..............................xviii Chapter 1 Configuring the GX/GP and Viewing the Settings Setup Guide (Read this first) ......................1-1 What Do You Want to Configure? ....................1-13...
  • Page 10 Contents 1.11.5 Setting the Noise Rejection (High-speed AI, PID control module) (Release number 4 and later) ............................1-123 1.11.6 Setting the Burnout Criteria (Release number 2 and later) ..........1-124 1.11.7 Setting the Chattering Filter (DI module) for Pulse Input ...........1-124 1.12 Setting Recording Conditions (Recording mode, recording interval, saving interval) ..
  • Page 11 Contents 1.23.8 Configuring the Sound (Touch sound and warning sound) and LED Settings ....1-212 1.23.9 Setting Instrument Tags .....................1-212 1.23.10 Setting Comments to Setting Files ..................1-213 1.23.11 Setting USB Input Devices (/UH option) ................1-214 1.24 Configuring the Security Functions ................. 1-218 1.24.1 Configuring the Security Functions ..................1-218 1.24.2...
  • Page 12 Switching the Group to Display ....................2-19 2.2.3 Displaying the Statuses of All Channels on One Screen (Overview Display) ......2-21 2.2.4 Displaying the Multi Panel (GX20/GP20 only) ..............2-23 2.2.5 Writing Registered Messages and Free Messages .............2-24 2.2.6 Writing Freehand Messages ....................2-29 2.2.7...
  • Page 13 Contents Performing File Operations ....................2-81 2.8.1 Initializing the Internal Memory ....................2-81 2.8.2 Loading and Displaying the Measured Data (Display data and event data) from the Storage Medium ..........................2-81 2.8.3 Formatting the External Storage Medium ................2-82 Disabling Operation (Operation lock function) ..............2-83 2.9.1 Locking the Operation ......................2-83 2.9.2...
  • Page 14 Creating Report Templates ...................App-17 Appendix 5 Power Recovery Operation ...................App-24 Appendix 6 Creating Scale Images ....................App-26 Appendix 7 Computation Examples Using Pulse Input ..............App-29 Appendix 8 Terminology ........................App-31 Index GX10/GX20 General Specifications GP10/GP20 General Specifications GX60 Expandable I/O/GX90EX Expansion Module General Specifications GX90XA/GX90XD/GX90YD/GX90WD/GX90XP/GX90YA I/O Module General Specifications GX90UT PID Control Module General Specifications IM 04L51B01-01EN...

  • Page 15: Basic Functions Of The Gx/Gp

    Basic Functions of the GX/GP The basic functions of the GX/GP includes measurement, recording, display, storage, and data utilization. In addition, loop control and program control (/PG option) become possible by installing the PID control module. This section provides an overview of each function. Measurement The GX/GP can measure signals from thermocouples, RTD sensor input, DC voltage, On/ Off (voltage-free contact, level), DC current (mA), pulse input and resistance.
  • Page 16 Basic Functions of the GX/GP Display Data Display data can be likened to recording to chart paper on conventional pen recorders. Using the data sampled at the scan interval, the GX/GP records the maximum and minimum sampling data values within each recording interval (interval determined by the trend interval [/div]).

  • Page 17: Display

    Basic Functions of the GX/GP Display Measured data acquired in the internal memory can be displayed on the screen as trend waveforms, numeric values, bar graphs, and the like. In addition, in accordance with the application or the situation at the actual site, measured data can be displayed on a custom display (/CG option) that the user designs using DXA170 DAQStudio.
  • Page 18 Trend Interval and the Speed of Movement of Waveforms The trend interval is analogous to the paper feeding speed of pen recorders and the like. The relationship between the trend interval and the speed of movement of waveforms is shown below. GX20/GP20 Recording Interval (Trend interval) 100ms 200ms...

  • Page 19: Saving

    Basic Functions of the GX/GP GX10/GP10 Recording Interval (Trend interval) 100ms 200ms 500ms Time corresponding to one dot (ms) Speed of waveform movement 653400 326700 130680 65340 32670 13068 (approximation in mm/h) Recording Interval (Trend interval) 1min Time corresponding to one dot (s) Speed of waveform movement 6534 3267 1307...

  • Page 20: Data Utilization

    By installing a PID Control Module (GX90UT), you can perform PID control of up to 20 loops (up to 6 loops for the GX10/GX20-1/GP10/GP20-1). In addition to control loop monitoring and the control group screen for convenient operation, adjustment using the tuning screen is available.

  • Page 21: Chapter 1 Configuring The Gx/Gp And Viewing The Settings

    Chapter 1 Configuring the GX/GP and Viewing the Settings Setup Guide (Read this first) GX/GP Setup Procedure To use the GX/GP, follow the procedure below to configure it. Configuration flowchart Set the measurement mode according to the Set the measurement mode. measurement conditions. Operation: 1.29.3, “Setting the Measurement Mode” Connected expandable I/O, GM sub unit, and installed Make the main unit recognize the modules.

  • Page 22: Menu Screen

    Setup Guide (Read this first) Menu Screen Shows the standard (home) screen. A screen of your choice can be assigned to the standard screen. Ejects storage media (SD, USB). Starts and stops recording. Starts, stops, and resets computation. Shows the alarm status. MENU key You can acknowledge alarms.

  • Page 23: Setting Screen

    Setup Guide (Read this first) Setting Screen Displaying the Setting Screen Press MENU. The menu screen appears. Tap the Browse tab. Tap Setting. The Setting screen appears. MENU key Menu screen Setting screen Index Basic Setting Screen Operations When you tap an item on the setting menu shown on the left side of the screen, the corresponding setup items appear in the area on the right.
  • Page 24 Setup Guide (Read this first) Types of Settings There are settings that you choose from a list or those that you enter values or character strings. For those that you choose from a list, choose a value from the list. For those that you need to enter a value, set the value using the displayed keyboard. Then, tap Save to save the setting.
  • Page 25 Setup Guide (Read this first) Basic GX/GP Configuration Setup Procedure This section explains the basic GX/GP setup items when the measurement mode is set to Normal. In an actual setup, settings other than those shown here need to be configured depending on the usage conditions. In addition, settings and values very depending on the measurement mode.

  • Page 26: Basic Setup

    Setup Guide (Read this first) Basic Setup 1. I/O Channel Settings (AI channel setting example) The procedure for setting the range, display span (display range), alarm, tag display, and the like of each channel is described below. Range Setting Procedure On the setting menu, tap AI channel settings and then Range. Description Set the first channel.
  • Page 27 Setup Guide (Read this first) Display Settings Procedure On the setting menu, tap AI channel settings and then Display settings. Description Set the first channel. Set the last channel. Set the tag characters. Set the tag number. Index Set the display color. Numbers are displayed with higher precedence than characters. When a number is not assigned, the tag characters are displayed.
  • Page 28 Setup Guide (Read this first) 2. Measurement Settings Set the scan interval. Procedure On the setting menu, tap Measurement settings and then Scan interval. Description Set the scan interval. 3. Recording Settings Specify the settings for recording measured data. Set the recording conditions for each file type, display data and event data. Basic Setup Procedure On the setting menu, tap Recording settings and then Basic settings.
  • Page 29 Setup Guide (Read this first) When the File Type Is Event Data Tap File type and then Event. Set the interval for recording event data. Set the mode for recording event data. Set the measurement data length (per file). Recording Channel Settings Procedure On the setting menu, tap Recording settings and then Recording channel settings. Index Description Set the channels for recording display data.
  • Page 30 Setup Guide (Read this first) 4. Display Settings Specify the measured waveform display settings. Trend Interval Setting Procedure On the setting menu, tap Display settings and then Trend interval. Description Set the trend interval [/div]. Group Settings Procedure On the setting menu, tap Display settings and then Group settings. Description Set the number of the group to display.
  • Page 31 Setup Guide (Read this first) Message Settings (registering messages) Procedure On the setting menu, tap Display settings and then Trend settings. Description Set the message number range (in unit of 10 messages) to set (register) messages. Assign a message to each message number. Trend settings Procedure On the setting menu, tap Display settings and then Trend settings. Index Description Set the direction to display waveforms (direction in which the waveforms flow).
  • Page 32 Setup Guide (Read this first) Screen Display Settings Procedure On the setting menu, tap Display settings and then Screen display settings. Description Set the bar graph display direction. 5. Data Save Settings Specify the settings for saving measurement data to files. Procedure On the setting menu, tap Data save settings. Description Set the directory to save data files.

  • Page 33: What Do You Want To Configure

    What Do You Want to Configure? 1. Measurement Source You can assign DC voltages, thermocouples, RTDs, and on/off signals based on contacts and voltages to channels to take measurements. The measurement section is modular, so it can be expanded as necessary. Input signals are sampled at the scan interval and converted to measured values through A/D conversion.
  • Page 34 What Do You Want to Configure? Setting the Display Item Reference Setting channel tags (characters, No.) Setting display colors Dividing display areas to prevent waveform overlap (setting zones) →page 1-40 Setting the scale display position and divisions Setting the base position and divisions of the bar graph display Enabling the partial expanded display →page 1-40 →page 1-114...
  • Page 35 What Do You Want to Configure? Setting the Display Item Reference Setting channel tags (characters, No.) Setting display colors Dividing display areas to prevent waveform overlap (setting zones) →page 1-66 Setting the scale display position and divisions Setting the base position and divisions of the bar graph display Enabling the partial expanded display →page 1-40 →page 1-114...
  • Page 36 What Do You Want to Configure? 3. Displaying Measured Data Measured data acquired in the internal memory can be displayed on the operation screen as trend waveforms, values, or bar graphs. In addition, in accordance with the application or the situation at the actual site, measured data can be displayed on a monitor screen (custom display (/CG option)) that the user designs using DXA170 DAQStudio.

  • Page 37: Saving Data

    What Do You Want to Configure? Configuring the display settings (Setting menu: Display settings) Setting the Trend Interval Item Reference Setting the trend interval (/div) →page 1-110 Using the second trend interval Configuring the Display Item Reference Setting the bar graph display direction, LCD brightness, view angle (GX10/GP10 only) and backlight saver Setting the monitor background color, scroll time, and jump default display →page 1-117 Setting the first weekday of the calendar display...
  • Page 38 What Do You Want to Configure? Setting Recording Conditions (Setting menu: Recording settings, Dual interval settings) Item Reference Setting the type of recording data (display data, event data) Setting the interval for saving data files of display data Setting the recording interval of event data, recording mode (free, trigger), and →page 1-125 recording time. Setting the record confirmation screen (record start, record stop) display for when the START/STOP key is used Setting the measurement data (display data, event data, manual sampled data)
  • Page 39 What Do You Want to Configure? 6. Computation and Report Functions (/MT option) You can use math channels to write expressions that refer to measured data and math data as variables. The maximum or minimum value in measured data recorded over a day or the sum of the measured data recorded over a day can be recorded. Setting Math Channels (/MT option) (Setting menu: Math channel settings) Setting Expressions Item...
  • Page 40 What Do You Want to Configure? Configuring Logic Math Settings (/MT option) (Setting menu: Logic math settings) Item Reference Configuring Logic Math (Output, calculation expression) →page 1-107 7. Configuring System Settings You can change the displayed language, date and time, network printer settings, operation sound, warning sound, etc. Configuring System Settings (Setting menu: System settings) Setting the Displayed Language, Temperature unit and Decimal Point Type Item Reference Setting the displayed language, Temperature unit and decimal point type (point,...
  • Page 41 What Do You Want to Configure? 8. Security Function You can set the lock function to prohibit tap operations and also allow only registered users to operate the GX/GP. Configuring the Security Function (Setting menu: Security settings) Basic Settings Item Reference Applying security features to tap operation and communication (login, ope lock) Automatically logging out users when there is no tapping activity for a specified →page 1-218 time (login)
  • Page 42 What Do You Want to Configure? Configuring the SMTP Client Function (E-mail transmission) Item Reference Setting the user authentication method Setting SSL encryption on data sent via SMTP →page 1-184 Setting the SMTP server Setting the POP3 server Setting the e-mail transmission conditions (recipients, subject, header, cause, etc.) →page 1-185 Configuring the SNTP Client Function (Time synchronization via communication) Item Reference...
  • Page 43 What Do You Want to Configure? Setting Communication Channels (/MC option) (Setting menu: Communication channel settings) Item Reference Setting communication channels (decimal place, span (upper, lower), unit) Replacing values with preset values when communication data is not updated for a →page 1-173 specified time period (watchdog timer function) Setting Alarms Item Reference Setting alarms (type, value, hysteresis, logging, output, alarm delay) →page 1-175 Setting the Display Item...
  • Page 44 What Do You Want to Configure? Setting the Measurement Mode Item Reference Setting the Measurement Mode →page 1-254 Initializing, Reconfiguring, and Adjusting the Touch Screen (Initialization and reconfiguration) Item Reference Initializing the settings and internal memory →page 1-249 Reconfiguring the GX/GP →page 1-256 Adjusting the Touch Screen →page 5-18 Creating Keys, Managing Certificates, Viewing Certificates, and Removing Certificates Item Reference Enabling the encryption function →page 1-258 Creating keys...

  • Page 45: Quick Setting Function (Gp10/Gp20, Release Number 3 (Version 3.02) And Later)

    Quick Setting Function (GP10/GP20, Release number 3 (Version 3.02) and later) In Quick setting, a minimal setup menu for data collection is displayed. Quick setting allows you to collect data quickly. Display example of the quick settings Display example of the standard settings Switching between Standard Settings and Quick Settings Press MENU, and tap the Browse tab and then Setting. Tap the Quick setting tab or Standard setting tab to switch between the two modes.

  • Page 46: Setting The Date And Time

    Setting the Date and Time Set the date and time. If you need to set the time zone or DST (Daylight Saving Time) or both, do so before setting the date and time. See page 1-205 in section 1.23.4, “Setting the Time Zone, Gradual Time Adjustment, and Daylight Saving Time”...

  • Page 47: Configuring Ai Channels (Analog (Including Di) Input) Channels And Ai (Ma) Channels

    Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Set the AI channels’ and AI (mA) channels’ input range, alarm, display, and calibration correction. Set the necessary setup items in order from the top. 1.2.1 Setting the Range Path GX/GP: MENU key > Browse tab > Setting > Setting menu AI channel settings or AI (mA) channel settings >...
  • Page 48 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Note For the channels in which you are not using an electromagnetic relay type module, set the range type to Skip. Range Set the input type range. Range Details Type Range Selectable Range Default Value Notes Volt 20mV –20.000 mV to 20.000 mV 2V (DC voltage) 60mV –60.00 mV to 60.00 mV...
  • Page 49 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Type Range Selectable Range Default Value Notes Pt50 –200.0 to 550.0°C Pt100 (resistance Pt200WEED –100.0 to 250.0°C Pt200(WEED) temperature Cu10G –200.0 to 200.0°C Cu10 GOST detector) Cu50G –200.0 to 200.0°C Cu50 GOST Cu100G –200.0 to 200.0°C Cu100 GOST Pt46G –200.0 to 550.0°C Pt46 GOST Pt100G...
  • Page 50 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Note Difference calculation is executed even if the input type or range is not the same between the difference calculation channel and the reference channel. Differences in the decimal place is considered but the difference in the unit is ignored in the calculation.
  • Page 51 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Low-cut Setup Item Selectable Range or Options Default Value On/Off Off, On Low-cut value 0.0% to 5.0% Low-cut output Output 0%, Output linear Output 0% 1 Appears when the type is set to Volt and Calculation is set to Square root or when the type is set to GS and Calculation is set to Linear scaling or Square root.
  • Page 52 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels First-order lag filter (high-speed AI module only) Setup Item Selectable Range or Options Default Value On/Off Off, On Filter coefficient 3 to 300 1 Appears when On/Off is set to On. On/Off Set this to On to use the first-order lag filter. Filter coefficient Filter time constant = scan interval × filter coefficient N The following table shows the relationship between filter coefficient N of the first-order lag filter, scan interval, and time constant for filter coefficient N = 3, 10, 30, 100, and 300.
  • Page 53 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels 1, 3 (Reference junction compensation) Setup Item Selectable Range or Options Default Value Mode Internal/External Internal Temperature –20.0 to 80.0°C, 253.1 to 353.2K (KpvsAu7Fe) (when the 0.0°C, measurement range is in Fahrenheit: –4.0 to 176.0, 253.1 273.2K (KpvsAu7Fe) to 353.2K) 1 Appears when the range type is set to TC. 2 Appears when the mode is set to External.
  • Page 54 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Burnout set Setup Item Selectable Range or Options Default Value Mode Off, Up, Down 1 Appears when the range type is set to GS, GS (4-20mA), TC, or RTD. It is not displayed for the 4-wire RTD/resistance type. Mode When the range type is set to TC, GS, GS (4-20mA), or RTD, the GX/GP detects sensor burnouts.

  • Page 55: Setting Alarms

    1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels 1.2.2 Setting Alarms Path GX/GP: MENU key > Browse tab > Setting > Setting menu AI channel settings or AI (mA) channel settings > Alarm Web application: Config. tab > AI channel settings or AI (mA) channel settings > Channel range (display example: 0001-0010) > Alarm Hardware configurator: AI channel settings or AI (mA) channel settings >...
  • Page 56 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Type Set the alarm type. Options Description H: High limit An alarm is activated when the measured value is greater than or equal to the alarm value. L: Low limit An alarm is activated when the measured value is less than or equal to the alarm value.
  • Page 57 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Hysteresis Set this to establish an offset between the value used to activate and release alarms. This is fixed at 0 for the DI range. Example: H: If you set the alarm value of a high limit alarm to 1.0000 V and the hysteresis to 0.0005 V, an alarm is activated when the measured value is greater than or equal to 1.0000 V and is released when the measured value is less than 0.9995 V.
  • Page 58 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Explanation Alarm Type The character inside the parentheses is the symbol denoting each alarm. High Limit Alarm (H) Low Limit Alarm (L) Measured value Hysteresis Measured value Hysteresis Alarm value Alarm value Alarm output ON Alarm output ON Delay High Limit Alarm (T) Delay Low Limit Alarm (t) Measured value Measured value...
  • Page 59 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Alarm Detection and Output When the Scan Interval Is Shorter Than 100 ms Alarm is detected every 100 ms. All alarms are detected and recorded in the alarm summary. Internal switch and relay output generated by alarms occur at 100 ms intervals. Index 1-39 IM 04L51B01-01EN...

  • Page 60: Setting The Display

    1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels 1.2.3 Setting the Display Path GX/GP: MENU key > Browse tab > Setting > Setting menu AI channel settings or AI (mA) channel settings > Display settings Web application: Config. tab > AI channel settings or AI (mA) channel settings > Channel range (display example: 0001-0010) > Display settings Hardware configurator: AI channel settings or AI (mA) channel settings >...
  • Page 61 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Setting the User-Defined Color Tap Color. The setup screen appears. Tap Advanced setting. Setup keys appear in the right area. Color set in the user-defined color Color settings Select the color to set (R, G, or B). Advanced settings Recently used colors Select R, G, B one at a time, and set each value using the numeric keypad or the bars.
  • Page 62 Setup Item Selectable Range or Options Default Value Position GX20/GP20: Off, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 GX10/GP10: Off, 1, 2, 3, 4, 5, 6 Division 4, 5, 6, 7, 8, 9, 10, 11, 12, C10 Position Set the scale display positions when you want to display multiple scales on the trend display.
  • Page 63 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Vertical Trend Display Number of scale divisions: 4 Number of scale divisions: 5 Number of scale divisions: 6 Number of scale divisions: 7 Number of scale divisions: 8 Number of scale divisions: 9 Number of scale divisions: 10 Number of scale divisions: 11 Number of scale divisions: 12 Number of scale divisions: C10 Note...
  • Page 64 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Bar graph Setup Item Selectable Range or Options Default Value Base position Lower, Center, Upper Lower Division 4, 5, 6, 7, 8, 9, 10, 11, 12 Base position Set the bar graph base position. Depending on the setting, the bar graph is displayed as follows.
  • Page 65 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels When the Display Direction of the Bar Graph Is Horizontal The span lower limit (or scale lower limit) is at the left edge of the bar graph, and the span upper limit (or scale upper limit) is at the right edge of the bar graph. Starting point of the bar Center: Center Lower: Left edge...
  • Page 66 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Partial Setup Item Selectable Range or Options Default Value On/Off Off, On Expand 1 to 99(%) Boundary Span lower limit + 1 digit to span upper limit – 1 digit 0.0000 1 Appears when in the Display settings of the setting menu, Partial On/Off is set to On. On/Off Set this to On to enable partial expanded display of waveforms.
  • Page 67 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Display position Lower and Display position Upper Set the display position. Set a value within the span or scale range. Color scale band (out) Display position Upper Color scale band (in) Display position Lower Alarm point mark Setup Item Selectable Range or Options Default Value Indicate on Scale Off, On Mark kind...
  • Page 68 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Display characters of each value Setup Item Selectable Range or Options Default Value — A a # 1 Character string (up to 8 characters, — A a # 1 Character string (up to 8 characters, 1 Appears when in the range settings, type is set to DI and Calculation is set to Off. Set the character string to display when the measured value is 0.
  • Page 69 GX20-2/GP20-2: 60 groups GX10/GP10: 30 groups Number of Channels That Can Be Assigned to a Group GX20/GP20: Up to 20 GX10/GP10: Up to 10 Update Interval of Measured Values Values are updated every 0.5 seconds. However, if the scan interval is greater than 1 s, values are updated at the scan interval.
  • Page 70 (display data) Recording in progress or the data length (event data). Error in internal memory. Contact your YOKOGAWA dealer for repairs. Recording status icon Displays the remaining recording time for the left bar graph. Alarm icon Date and time Displayed when any alarm is activated.
  • Page 71 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Bar Graph If pre-trigger is specified for event data recording, the GX/GP will start recording pre-trigger data when recording is started and the GX/GP enters the trigger-wait state. “Waiting” appears in the bar graph. At this time, the progress bar turns orange. When the pre-trigger time elapses, the length of the bar is fixed at that point.

  • Page 72: Bar Graph Display

    1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Note • Numeric display of analog input channels If a measured value of an analog input channel is over range (see below), the measured value is indicated as “+Over” or “–Over.” If a burnout is detected on a channel whose burnout detection function is enabled, the word “Burnout”...

  • Page 73: Setting Calibration Correction

    1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels 1.2.4 Setting Calibration Correction (Linearizer approximation, linearizer bias, Correction Factor (release number 3 and later)) 1 Only for the /AH option Path GX/GP: MENU key > Browse tab > Setting > Setting menu AI channel settings or AI (mA) channel settings > Calibration correction Web application: Config. tab > AI channel settings or AI (mA) channel settings > Channel range (display example: 0001-0010) >...
  • Page 74 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Execution of the Input Measurement (Release number 2 and later) The linearizer input value is set to the current measured value. 1 to 12 (When the mode is set to correction factor) (only for the / AH option) Setup Item Selectable Range or Options Default Value Uncorrected value -999999 to 999999 — Instrument correction factor -999999 to 999999 — Sensor correction factor -999999 to 999999 —...
  • Page 75 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Procedure Linearizer input, Linearizer output Tapping Execution of the input measurement displays a confirmation screen. Tap OK to set the linearizer input value to the current measured value. Measured value Executes input measurement Correction factor Tapping Execution of the input measurement displays a confirmation screen. Tap OK to set the uncorrected value to the current measured value. Measured value Index Executes input measurement...
  • Page 76 1.2 Configuring AI Channels (Analog (including DI) input) channels and AI (mA) channels Explanation Linearizer Approximation Corrects input values using characteristics specified with segments to derive output values. Number of setpoints: 2 to 12 Output value Measured value Input value Linearizer Bias Corrects input values using bias values specified with segments to derive output values. Number of setpoints: 2 to 12 After correction Output value...

  • Page 77: Setting The Range

    Configuring DI Channels (Digital input channels) Set the input range, alarm, and display conditions of DI channels (including the DI channels of DI/DO modules). To use the DI module as a remote control input, set the operation mode of the module to Remote. Refer to page 1-120 in section 1.11.3, “Setting the Operation Mode of a Module”. Set the remote control action using event action.

  • Page 78: Setting Alarms

    1.3 Configuring DI Channels (Digital input channels) Calculation When performing input calculation, set the calculation type. You can set this when the range type is set to DI. For details on the input calculation function, see page 1-27 in section 1.2.1, “Setting the Range”. Reference channel Set the reference channel for the difference calculation.
  • Page 79 1.3 Configuring DI Channels (Digital input channels) Level 1, Level 2, Level 3, Level 4 Setup Item Selectable Range or Options Default Value On/Off Off, On Type H: High limit, L: Low limit, R: High limit on rate-of- change, r: Low limit on rate-of-change, T: Delay high limit, t: Delay low limit, h: Difference high limit, l: Difference low limit Value...

  • Page 80: Setting The Display

    1.3 Configuring DI Channels (Digital input channels) Alarm delay (for delay high/low limit alarms) Setup Item Selectable Range or Options Default Value Hour 1 to 24 Minute 0 to 59 Second 0 to 59 Hour, Minute, and Second Set the alarm delay. These values are valid when the delay high limit or delay low limit is in use.
  • Page 81 Selectable Range or Options Default Value Position GX20, GP20: Off, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 GX10, GP10: Off, 1, 2, 3, 4, 5, 6 Division 4, 5, 6, 7, 8, 9, 10, 11, 12, C10 1 Appears when the Rage Type is set to Pulse.
  • Page 82 1.3 Configuring DI Channels (Digital input channels) Alarm point mark Setup Item Selectable Range or Options Default Value Indicate on Scale Off, On Mark kind Alarm, Fixed Alarm Alarm 1 color to Alarm 4 color 24 colors (red, green, blue, blue violet, brown, — orange, yellow-green, light blue, violet, gray, lime, cyan, dark blue, yellow, light gray, purple, black, pink, light brown, light green, dark gray, olive, dark cyan, and spring green) and a user-...

  • Page 83: Configuring Pulse Input Channels (Release Number 3 And Later)

    Configuring Pulse Input Channels (Release number 3 and later) Set the input range, alarm, and display conditions of pulse input channels and display conditions. To perform pulse input integration, the computation (/MT) option is required. For details on computation, see page 1-83 in section 1.8, “Configuring Math Channels (/ MT option)”.
  • Page 84 1.4 Configuring Pulse Input Channels (Release number 3 and later) Note When the chattering filter is set to On, the input range can be up to 30 Hz. Span Lower, Span Upper Set the input range. You cannot set the same value to Span Lower and Span Upper. • When Calculation is set to Off or Linear scaling. 0 to 200000 •...

  • Page 85: Setting Alarms

    1.4 Configuring Pulse Input Channels (Release number 3 and later) 1.4.2 Setting Alarms Path GX/GP: M ENU key > Browse tab > Setting > Setting menu Pulse input channel settings > Alarm Web application: Config. tab > Pulse input channel settings > Channel range (display example: 0701-0710) > Alarm Hardware configurator: Pulse input channel settings >...

  • Page 86: Setting The Display

    1.4 Configuring Pulse Input Channels (Release number 3 and later) Logging Set this On to display an alarm (notify you) when an alarm occurs. If set to Off, when an alarm occurs, the GM outputs signals to alarm output DO channels or internal switches but does not display the alarm. Alarms are also not recorded in the alarm summary. Output type Set the alarm output destination.
  • Page 87 Selectable Range or Options Default Value Index Position GX20, GP20: Off, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 GX10/GP10: Off/1/2/3/4/5/6$3 Division 4, 5, 6, 7, 8, 9, 10, 11, 12, C10 1 Appears when the type is set to Pulse.
  • Page 88 1.4 Configuring Pulse Input Channels (Release number 3 and later) Partial Setup Item Selectable Range or Options Default Value On/Off Off, On Expand 1 to 99(%) Boundary Span lower limit + 1 digit to span upper limit – 1 digit 1 Appears when in the Display settings of the setting menu, Partial On/Off is set to On. On/Off Set this to On to enable partial expanded display of waveforms.
  • Page 89 1.4 Configuring Pulse Input Channels (Release number 3 and later) Alarm point mark Setup Item Selectable Range or Options Default Value Indicate on Scale Off, On Mark kind Alarm, Fixed Alarm Alarm 1 color to Alarm 4 color 24 colors (red, green, blue, blue violet, brown, — orange, yellow-green, light blue, violet, gray, lime, cyan, dark blue, yellow, light gray, purple, black, pink, light brown, light green, dark gray, olive, dark cyan, and spring green) and a user-...

  • Page 90: Configuring Ao Channels (Analog Input Channels)

    Configuring AO Channels (Analog input channels) Set the AO channel range and display. 1.5.1 Setting the Range Path GX/GP: MENU key > Browse tab > Setting > Setting menu AO channel settings > Range Web application: Config. tab > AO channel settings > Channel range (display example: 0701-0704) >...
  • Page 91 1.5 Configuring AO Channels (Analog input channels) Preset value Setup Item Selectable Range or Options Default Value Preset value 0.000 to 22.000 0.000 Preset value Set the preset value when Preset action is set to Preset value. The preset value is independent of the span setting. It can be set to any value within the setting range.
  • Page 92 1.5 Configuring AO Channels (Analog input channels) On error If the main unit fails or the connection to the expandable I/O is disconnected, the previous value or preset value is output. Even when the reference channel cannot be measured, the previous value or preset value is output.
  • Page 93 1.5 Configuring AO Channels (Analog input channels) Description Retransmission Output Operation • If the output value is outside +105% to -5% of the reference channel’s set span, the output is clipped at the boundaries of this span. (If the output value is outside the 0 to 22 mA range, the output is clipped at the boundaries of this range.) •...

  • Page 94: Setting The Display

    1.5 Configuring AO Channels (Analog input channels) Output Action When Settings Are Changed Re-Trans Description of change Action • Reference channel settings, scan interval, After the settings are changed, the values before module operation mode, A/D integration time, the change are used until the next measurement over-range detection, range-over judgment upper starts.
  • Page 95 Scale Index Setup Item Selectable Range or Options Default Value Position GX20/GP20: Off/1/2/3/4/5/6/7/8/9/10 GX10/GP10: Off/1/2/3/4/5/6 Division 4/5/6/7/8/9/10/11/12/C10 Position Set the scale display positions when you want to display multiple scales on the trend display. Set this to Off to not display scales.
  • Page 96 Configuring DO Channels (Digital output channels) Set the input range and display conditions of DO channels (including the DO channels of DI/ DO modules). In addition to alarm output, DO output is possible through touch operation (manual operation). 1.6.1 Setting the Range Path GX/GP: MENU key > Browse tab > Setting > Setting menu DO channel settings > Range Web application: Config.
  • Page 97 1.6 Configuring DO Channels (Digital output channels) Action Setup Item Selectable Range or Options Default Value Energize/De-energize Energize, De-energize Energize Action And, Or, Reflash 1, 2 Hold Hold, Nonhold Nonhold Relay action on ACK Normal, Reset Normal 1, 3 Relay deactivated interval 500 ms, 1 s, 2 s 500 ms 1 Does not appear when Type is set to Manual.

  • Page 98: Configuring Do Channels (Digital Output Channels)

    1.6 Configuring DO Channels (Digital output channels) Reset Alarm ACK Occurrence Alarm 1 Occurrence Alarm 2 Activated Alarm output relay Deactivated Relay is activated on the next alarm occurrence. Relay deactivated interval Set the relay’s not-active interval for reflash operation. Explanation AND/OR Operation When multiple alarms are assigned to one alarm output relay, you can select which condition below will activate the output relay.
  • Page 99 1.6 Configuring DO Channels (Digital output channels) DO Output Relay Operation The DO output relay operation is shown below. Reflash Non-hold/Hold Alarm ACK Alarm ACK Channel 1 Alarm occurrence Channel 2 release Channel 3 Alarm DO output relay (Reflash on) Normal 500 ms, 1 s, 2 s DO output relay Alarm (Reflash off)

  • Page 100: Setting The Display

    1.6 Configuring DO Channels (Digital output channels) 1.6.2 Setting the Display Path GX/GP: MENU key > Browse tab > Setting > Setting menu DO channel settings > Display settings Web application: Config. tab > DO channel settings > Channel range (display example: 0701-0706) > Display settings Hardware configurator: DO channel settings >...
  • Page 101 Scale Setup Item Selectable Range or Options Default Value Position GX20/GP20: Off,1,2,3,4,5,6,7,8,9,10 GX10/GP10: Off,1,2,3,4,5,6 Position Set this to set the scale display position of the trend display. Set this to Off to not display scales. For display examples, see the scale settings on page 1-40 in section 1.2.3, “Setting the Display”.

  • Page 102: Configuring Control Function And Configuring Program Control Function

    Configuring Control Function and Configuring Program Control Function See the Loop Control Function, Program Control Function (/PG Option) User’s Manual (IM 04L51B01-31EN). 1-82 IM 04L51B01-01EN...

  • Page 103: Configuring Math Channels (/Mt Option)

    When the measurement mode is set to High speed or Dual interval, there is a limit to the number of math channels at scan intervals shorter than 100 ms. For details, see the following general specifications. GX/10/GX20 Paperless Recorder (panel mount type) GS 04L51B01-01EN GP10/GP20 Paperless Recorder (portable type) GS 04L52B01-01EN 1.8.1...

  • Page 104: Setting Expressions

    Hardware configurator: Math channel settings > Channel range (display example: A001 to A020) > Calculation expression Description Setup Item Selectable Range or Options Default Value First-CH GX20/GP20: A001 to A100 A001 GX20-2/GP20-2: A001 to A200 GX10/GP10: A001 to A050 Last-CH Same as the first channel A001...
  • Page 105 Z001 to Z999 Integers 5, 6 Logic math data LM01 to LM50 Logic math data Communication channel data GX20-1/GP20-1: C001 to C300 Specify communication channel GX20-2/GP20-2: C001 to C500 numbers. GX10/GP10: C001 to C050 Communication channel raw GX20-1/GP20-1: RC001 to...
  • Page 106 1.8 Configuring Math Channels (/MT option) Only the following types of data that are checked in the table below can be used in TLOG, CLOG, and PRE. Data Math Communication Constant, Internal Flag Recording Integer Comp. Type channel channel channel variable switch status data constant TLOG ...
  • Page 107 1.8 Configuring Math Channels (/MT option) Reset To reset the TLOG computed value at each interval, select On. The figure below illustrates the reset operation of sum computation (TLOG.SUM). Example: Result of the TLOG.SUM computation When reset is On, the sum value is computed over each interval. When set to Off, the sum value from computation start is computed.
  • Page 108 1.8 Configuring Math Channels (/MT option) Explanation TLOG Computation TLOG computation determines the sum, maximum, minimum, average, or the difference between the maximum and minimum of a specific channel for each interval determined by a timer. Computation Data Dropout A computation data dropout occurs if the computation is not completed within the scan interval.
  • Page 109 1.8 Configuring Math Channels (/MT option) Error Data Handling (TLOG, CLOG, and Reports) If an error occurs in the channel data, the error data is discarded, and the computation continues. If all the data are in error, an error results. The following types of data are considered error data. • Channels set to skip or Off. •...
  • Page 110 1.8 Configuring Math Channels (/MT option) Handling of Math Channel Data (Difference between Cxxx and RCxxx) • Cxxx uses the measured results of communication input from a PC or the like (display values of communication channel) in computation. • RCxxx uses communication input from a PC or the like (display values of communication channel) directly in computation. Communication channel/ Communication display value...

  • Page 111: Writing Expressions

    1.8 Configuring Math Channels (/MT option) 1.8.3 Writing Expressions Common Items Follow the rules below when writing expressions. • Use up to 120 characters to write expressions. • The precedence of computing terms can be specified using parentheses. • Specify channels in expressions using channel numbers. Example: 0001, 0012, A001, C001, W1, Z1 •...
  • Page 112 1.8 Configuring Math Channels (/MT option) Limitations The following limitations exists in expressions. Type Limitations TLOG Computation A computing element cannot be written inside the parentheses. Only one TLOG computation can be specified in a single expression. CLOG computation The number of channels that can be written in the parentheses is up to 30 channels.
  • Page 113 1.8 Configuring Math Channels (/MT option) Basic Arithmetic Expression Examples • Addition 0001+0002 (Determines the sum of the measured values of channels 0001 and 0002) • Subtraction 0001–0002 (Determines the difference of the measured values of channels 0001 and 0002) • Multiplication 0001*K003 (Multiplies constant K003 to the measured value of channel 0001) •...
  • Page 114 1.8 Configuring Math Channels (/MT option) Logical Computation Checks whether the two data values, e1 and e2 (e1 only for NOT), are zeros or non-zeros, and computes according to the conditions. Logical product (Syntax) e1ANDe2 (Condition) If the two data values e1 and e2 are both non-zeros, the computed result is 1. Otherwise, it is 0.
  • Page 115 1.8 Configuring Math Channels (/MT option) TLOG Computation TLOG computation determines the sum, maximum, minimum, average, or the difference between the maximum and minimum of a specific channel for each interval determined by a timer. In the explanation below, an expression containing a computing element, an internal switch (S), and a flag (F) cannot be written in e1.
  • Page 116 1.8 Configuring Math Channels (/MT option) CLOG Computation Only data of I/O channels, math channels, and communication channels can be used in CLOG computations. Up to 30 channels can be written in the parentheses. In the explanation below, an expression containing a computing element cannot be written to e1, etc.
  • Page 117 1.8 Configuring Math Channels (/MT option) Special Computations PRE( ) (Syntax) PRE(e1) (Condition) Determines the previous value of e1. HOLD(a):b (Syntax) HOLD(a):b (Condition) When a is zero, b is carried out to derive the computed value. Otherwise, the previous computed value is held. Expression Example Under normal conditions, TLOG.SUM(0001) is carried out to derive the computed value. When [0001] exceeds K01, the previous computed value is held.
  • Page 118 1.8 Configuring Math Channels (/MT option) Conditional Expression [a?b:c] (Syntax) [0001.GT.K001?0002:0003] (Condition) If the measured value of channel 0001 is greater than constant K001, the computed result is the measured value of channel 0002. Otherwise, the computed result is the measured value of channel 0003. Examples of Equations That Are Not Allowed [0001.GT.K001?0002:0003]*K002 Reason: Used in combination with another computing element.
  • Page 119 1.8 Configuring Math Channels (/MT option) Integer Extraction Operation (Release number 2 and later) (Syntax) INT (0001) (Condition) Determines the maximum integer that does not exceed the channel 0001 data value. If the channel 0001 data value is 123.45, the computed result is 123. (Explanation) Operation example When channel 0001 is 4.3 INT (0001) = 4.0 When channel 0001 is 5.5 INT (0001) = 5.0...
  • Page 120 1.8 Configuring Math Channels (/MT option) CP Calculation (Release number 4 and later) CP.O2 (Syntax) CP.O2 (e1.e2.e3) (Condition) e1: Furnace temperature (727.7°C to 1500.0°C or 1341.86 F to 2732.00 F. The furnace temperature unit is the same as the temperature unit setting.) e2: CO partial pressure (0 vol% to 100 vol%) e3: Zirconia O2 sensor electromotive force (0 V to 2 V) (Explanation) Determines the CP value [wt%] from the zirconia O2 sensor electromotive...

  • Page 121: Setting Alarms

    Hardware configurator: Setting tab > Math channel settings > Channel range (display example: A001-A020) > Alarm Description Setup Item Selectable Range or Options Default Value First-CH GX20/GP20: A001 to A100 A001 GX10/GP10: A001 to A050 Last-CH Same as the first channel A001 First-CH, Last-CH Set the target channels.

  • Page 122: Setting The Display

    Hardware configurator: Math channel settings > Channel range (display example: A001 to A020) > Display settings Description Setup Item Selectable Range or Options Default Value First-CH GX20/GP20: A001 to A100 A001 GX10/GP10: A001 to A050 Last-CH Same as the first channel A001 First-CH, Last-CH Select the target channels.
  • Page 123 Scale Setup Item Selectable Range or Options Default Value Position GX20/GP20: Off,1,2,3,4,5,6,7,8,9,10 GX10/GP10: Off,1,2,3,4,5,6 Division 4, 5, 6, 7, 8, 9, 10, 11, 12, C10 Position Set this to set the scale display position of the trend display. Set this to Off to not display scales.
  • Page 124 1.8 Configuring Math Channels (/MT option) Partial Setup Item Selectable Range or Options Default Value On/Off Off, On Expand 1 to 99(%) Boundary Span lower limit + 1 digit to span upper limit – 1 digit 0.01 1 Appears when in the Display settings of the setting menu, the trend partial expansion On/Off is set to On.
  • Page 125 1.8 Configuring Math Channels (/MT option) Alarm point mark Setup Item Selectable Range or Options Default Value Indicate on scale Off, On Mark kind Alarm, Fixed Alarm Alarm 1 color to Alarm 4 color 24 colors (red, green, blue, blue violet, brown, orange, yellow-green, light blue, violet, gray, lime, cyan, dark blue, yellow, light gray, purple, black, pink, light brown, light green, dark gray, olive, dark cyan, and spring green) and a user-...

  • Page 126: Setting Variable Constants To Use In Computation

    1.8 Configuring Math Channels (/MT option) 1.8.7 Setting Variable Constants to Use in Computation Variable constants are constants that can be varied even when computation or recording is in progress. They can be used for math and logic math. You can vary variable constants on the setting screen or tuning screen (when the PID control module is installed).

  • Page 127: Configuring Logic Math (/Mt Option)

    GX20/GP20: LM01 to LM50 Logic math number You can set up to 20 logic math expressions on the GX10/GP10 and up to 50 expressions on the GX20/GP20. Select the number of the logic math expression you want to set. Output Setup Item...

  • Page 128: Operating Conditions

    1.9 Configuring Logic Math (/MT option) Description The internal switch or relay output is 0 when the calculated result of logic math is as follows (or 1 otherwise). • When the calculated result is greater than –0.5 and less than 0.5 • When the calculated result is in error Operation Interval Computation and updating of the output operate at the scan interval.
  • Page 129 1.9 Configuring Logic Math (/MT option) Example: When multiple logic math operations specify the same output Settings Logic math 1 (LM01) Output type: Internal switch Output No.: 1 Calculation expression: W001 (W001 is set to 1) Logic math 2 (LM02) Output type: Internal switch Output No.: 1 Calculation expression: W002 (W002 is set to 0) Values after calculation Internal switch 1 = 0...

  • Page 130: 1.10 Setting Display Conditions

    1.10 Setting Display Conditions Set the display conditions. 1.10.1 Setting the Trend Interval This setting is not available when the measurement mode is High speed. Path GX/GP: MENU key > Browse tab > Setting > Setting menu Display settings > Trend interval Web application: Config.

  • Page 131: Setting Display Groups

    Hardware configurator: Display settings > Group settings > Group No. (display example: 1-20) Description Setup Item Selectable Range or Options Default Value Group number GX20-1/GP20-1: 1 to 50 GX20-2/GP20-2: 1 to 60 GX10/GP10: 1 to 30 Group number Select the target group number. Group settings Setup Item...
  • Page 132 1.10 Setting Display Conditions On/Off Set this to On to use the target group number. Group name Set the group name. Measurement group number When the measurement mode is set to dual interval, set the measurement group number to assign to the group. Channel set Select from AI channels, DI channels, DO channels, math channels (/MT option), and y6y6communication channels (/MC option).

  • Page 133: Setting Messages

    1.10 Setting Display Conditions 1.10.3 Setting Messages Path GX/GP: MENU key > Browse tab > Setting > Setting menu Display settings > Message settings Web application: Config. tab > Display settings > Message settings Hardware configurator: Display settings > Message settings Description Setup Item Selectable Range or Options...

  • Page 134: Setting Trend Display Conditions

    Web application: Config. tab > Display settings > Trend settings Hardware configurator: Display settings > Trend settings Description Setup Item Selectable Range or Options Default Value Direction Horizontal, Vertical GX20/GP20/GP10: Horizontal GX10: Vertical Trend clear Off, On Trend line Thick, Normal, Thin Normal...
  • Page 135 1.10 Setting Display Conditions Value indicator Set the value indicator type. Mark Bar graph Digit of mark Set the number of channel number digits to display for the digit of mark. If set to zero, the channel number is not displayed. Partial Setup Item Selectable Range or Options...
  • Page 136 1.10 Setting Display Conditions Message Setup Item Selectable Range or Options Default Value Write group Common, Separate Common Power-fail message Off, On Change message Off, On Write group Set the group to write messages to. Options Description Common Writes messages to all groups. Separate Writes messages to only the groups that are displayed.

  • Page 137: Setting Basic Screen Items

    Vertical, Horizontal Vertical Direction Sets the bar graph display direction. Setup Item Selectable Range or Options Default Value Brightness Brightness 1 to 6 GX20/GP20: Brightness 3 GX10/GP10: Brightness 4 View angle Upper, Lower Upper 1 Appears when GX10/GP10. Brightness Index Set the screen brightness.

  • Page 138: Calendar Display

    1.10 Setting Display Conditions Restore Set the conditions for the LCD to recover from the backlight saver condition. Options Description Key & Touch screen The LCD returns to its original brightness when a key is pressed or a touch operation occurs. Key &...

  • Page 139: Setting Measurement Conditions (Scan Interval, A/D Integrate, Etc.)

    1.11 Setting Measurement Conditions (Scan interval, A/D integrate, etc.) Set the scan interval, A/D integrate, measurement groups, etc. 1.11.1 Setting the Scan Interval When the measurement mode is Dual interval, see page 1-137 in section 1.13, “Configuring the Dual Interval Settings (Release number 4 and later)”. Path GX/GP: MENU key >...

  • Page 140: Setting The Over-Range Detection Method

    1.11 Setting Measurement Conditions (Scan interval, A/D integrate, etc.) 1.11.2 Setting the Over-range Detection Method Path GX/GP: MENU key > Browse tab > Setting > Setting menu Measurement settings Web application: Config. tab > Measurement settings > Over-range Hardware configurator: Measurement settings > Over-range Description Over-range Setup Item Selectable Range or Options Default Value Value on over-range...
  • Page 141 1.11 Setting Measurement Conditions (Scan interval, A/D integrate, etc.) DI Modules Operation mode Setup Item Selectable Range or Options Default Value Operation mode Remote, Normal Normal Operation mode Set the operation mode to use. For details on the operation modes, see the explanation. Explanation 2ch Mode and 6ch/10ch Mode (AI modules) In 10ch mode, measurement is possible on CH1 to CH10.

  • Page 142: Setting The A/D Integral Time

    1.11 Setting Measurement Conditions (Scan interval, A/D integrate, etc.) 1.11.4 Setting the A/D Integral Time This setting is not available on a high-speed AI or PID control module. Path GX/GP: MENU key > Browse tab > Setting > Setting menu Measurement settings > Select unit Main unit or Unit1 to 6 > Module 0 to 9 Web application: Config.

  • Page 143: Setting The Noise Rejection (High-Speed Ai, Pid Control Module) (Release Number 4 And Later)

    1.11 Setting Measurement Conditions (Scan interval, A/D integrate, etc.) 1.11.5 Setting the Noise Rejection (High-speed AI, PID control module) (Release number 4 and later) Path GX/GP: MENU key > Browse tab > Setting > Setting menu Measurement settings > Select unit Main unit or Unit1 to 6 > Module 0 to 9 Web application: Config. tab > Measurement settings > Module operation settings Hardware configurator: Measurement settings >...

  • Page 144: Setting The Burnout Criteria (Release Number 2 And Later)

    1.11 Setting Measurement Conditions (Scan interval, A/D integrate, etc.) 1.11.6 Setting the Burnout Criteria (Release number 2 and later) Set the upper and lower limits for determining burnout for when the range type is set to GS or GS (4-20mA). Path GX/GP: MENU key > Browse tab > Setting > Setting menu Measurement settings > Select unit Main unit or Unit1 to 6 >...

  • Page 145: Setting Recording Conditions (Recording Mode, Recording Interval, Saving Interval)

    2 The minimum effective saving interval based on the trend interval of display data and the number of recording channels. Note • The maximum number of channels that the GX20/GP20 can record varies depending on the trend interval and file type (for the GX20-2/GP20-2). Trend Interval GX20-1/GP20-1...
  • Page 146 1.12 Setting Recording Conditions (Recording mode, recording interval, saving interval) Saving interval Set the size of recording data per file. Recording data is divided at the specified file size. The options vary depending on the number of channels to record and the Saving interval setting. Time File File File Adding data A file is also created in the following instances.
  • Page 147 You cannot choose a recording interval that is not an integer multiple of the scan interval. Note When the measurement mode is set to Normal • The maximum number of channels that the GX20/GP20 can record varies depending on the recording interval and file type (for the GX20-2/GP20-2). Recording Interval GX20-1/GP20-1...

  • Page 148: Data Length

    1.12 Setting Recording Conditions (Recording mode, recording interval, saving interval) Data length Set the size of recording data per file. Recording data is divided at the specified file size. The selectable data lengths vary depending on the number of channels to record and the Recording Interval setting. A file is also created in the following instances. •...
  • Page 149 1.12 Setting Recording Conditions (Recording mode, recording interval, saving interval) Explanation Display Data and Event Data There are two file types: display data and event data. Display data can be likened to the conventional recording on the chart sheet and are useful for long-term recording. In the case of display data, the GX/GP records the maximum and minimum values from the measured values within each recording interval (Instantaneous data in each scan interval).
  • Page 150 The table below shows the relationship between the trend interval and the speed of movement of waveforms on the screen. 1 div Trend Interval and the Speed of Movement of Waveforms GX20/GP20 Recording Interval (Trend interval) 100ms 200ms 500ms...
  • Page 151 1.12 Setting Recording Conditions (Recording mode, recording interval, saving interval) GX10/GP10 Recording Interval (Trend interval) 100ms 200ms 500ms Time corresponding to one dot (ms) Speed of waveform movement 653400 326700 130680 65340 32670 13068 (approximation in mm/h) Recording Interval (Trend interval) 10 s 15 s 30 s 1 min Time corresponding to one dot (s) Speed of waveform movement 6534 3267...
  • Page 152 1.12 Setting Recording Conditions (Recording mode, recording interval, saving interval) Flow of Data Recording and Storage Measured data is recorded once to the internal memory and then saved to the external storage medium. Math Communication channel channel channel Data of another device (via communication) Display Setting parameters Recording Internal memory Save Screen image Save data data FTP server on Load...

  • Page 153: Configuring Recording Channels

    Number of Recording Channels Model Maximum Number of Channels GX10/GP10 GX20-1/GP20-1 GX20-2/GP20-2 Manual sampled data is recorded to internal memory. If the number of manual sampled data entries exceeds 400, the data is overwritten from the oldest entry. Time...
  • Page 154 1.12 Setting Recording Conditions (Recording mode, recording interval, saving interval) Note When the measurement mode is set to Normal • The maximum number of channels that the GX20/GP20 can record varies depending on the recording interval and file type (for the GX20-2/GP20-2). Display data Recording Interval GX20-1/GP20-1 GX20-2/GP20-2 (Unit: /div)
  • Page 155 1.12 Setting Recording Conditions (Recording mode, recording interval, saving interval) Setting Channels through Swiping In addition to tapping, you can swipe to set channels. You can set the channels in the following two ways. ON mode: The states of the channels change from not selected (off) to selected (on). OFF mode: The states of the channels change from selected to not selected. Procedure ON mode Tap a channel button.
  • Page 156 1.12 Setting Recording Conditions (Recording mode, recording interval, saving interval) Lift your finger from the last channel. The channels that you swiped through are confirmed. If flick before you lift your finger (before you confirm the settings), the channel states are reset. To finalize the settings, after you lift your finger, perform the following step. Tap OK.

  • Page 157: Configuring The Dual Interval Settings (Release Number 4 And Later)

    Index 4 You can specify this value when only a high-speed universal type module is in use. However, can not settings 1 ms and 2 ms for GX10, GP10, GX20-1, GP20-1. Measurement group 1 Set the scan interval of measurement group 1. You can select from the scan intervals available depending on the installed module.

  • Page 158: Setting The Scan Interval Of Each Module

    1.13 Configuring the Dual Interval Settings (Release number 4 and later) 1.13.2 Setting the Scan Interval of Each Module Path GX/GP: MENU key > Browse tab > Setting > Setting menu Dual interval settings > Scan interval > Module scan interval Main Unit or Unit 1 to 6 > Module 0 to 9 Web application: Config. tab > Dual interval settings > Scan interval Hardware configurator: Dual interval settings >...
  • Page 159 1.13 Configuring the Dual Interval Settings (Release number 4 and later) Data length Set the size of recording data per file. Recording data is divided at the specified file size. The selectable data lengths vary depending on the number of channels to record and the Recording Interval setting. A file is also created in the following instances. •...

  • Page 160: Configuring Recording Channels

    AI, DI, pulse input, AO, DO, math, — communication channels Manual sample Set the channels for recording manual sampled data. Channels that you can specify are displayed. Number of Recording Channels Model Maximum number of channels GX10/GP10 GX20-1/GP20-1 GX20-2/GP20-2 1-140 IM 04L51B01-01EN...

  • Page 161: 1.14 Setting The Conditions For Saving Data Files

    1.14 Setting the Conditions for Saving Data Files Set the conditions for saving data files. 1.14.1 Setting the Save Directory, File Header, and File Name Path GX/GP: MENU key > Browse tab > Setting > Setting menu Data save settings Web application: Config.
  • Page 162 1.14 Setting the Conditions for Saving Data Files Identified strings Set the user-assigned character string. Characters that cannot be used: ' ; " * / : < > ? \ | Explanation File name You can select what type of file name to use to save measured data to an SD memory card. The following three types are available.

  • Page 163: Setting The Save Method To Media (Auto Save Or Manual Save) And Media Fifo

    1.14 Setting the Conditions for Saving Data Files 1.14.2 Setting the Save Method to Media (Auto save or manual save) and Media FIFO Path GX/GP: MENU key > Browse tab > Setting > Setting menu Data save settings Web application: Config. tab > Data save settings Hardware configurator: Data save settings Description Media save Setup Item Selectable Range or Options...
  • Page 164 The recorded measured data is divided at a specific time interval (saving interval) and saved to files. If the internal memory is full or if the number of display data files and event data files exceeds 500 for GX10/GP10 and GX20-1/GP20-1 or 1000 for GX20-2/GP20-2, files are overwritten from the oldest file.
  • Page 165 1.14 Setting the Conditions for Saving Data Files • When Media FIFO Is in Use If not enough free space is available when saving a new data file to the SD memory card, files are deleted in order from the oldest data update date/time to save the new file. This operation is referred to as FIFO (First In First Out).
  • Page 166 1.14 Setting the Conditions for Saving Data Files Manual Save (Collectively storing unsaved data) Unsaved data in the internal memory is stored in unit of files to the external storage medium (SD memory card or USB flash memory) when an external storage medium is inserted and a given operation is carried out.

  • Page 167: Setting The File Format Of Display Data And Event Data

    1.14 Setting the Conditions for Saving Data Files 1.14.3 Setting the File Format of Display Data and Event Data Path GX/GP: MENU key > Browse tab > Setting > Setting menu Data save settings Web application: Config. tab > Data save settings Hardware configurator: Data save settings Description File format Setup Item Selectable Range or Options Default Value...

  • Page 168: 1.15 Configuring The Batch Function

    1.15 Configuring the Batch Function Set the batch function. You can add batch information to display data and event data files. You can manage display data and event data files using batch information. 1.15.1 Configuring the Batch Function (Lot-No. digit and Auto increment) Path GX/GP: MENU key > Browse tab > Setting > Setting menu Batch settings Web application: Config.

  • Page 169: Setting The Recording Start Screen (Release Number 3 And Later)

    1.15 Configuring the Batch Function Title of field Set the title for the text field number you selected. Characters Set the characters for the text field number you selected. 1.15.3 Setting the Recording Start Screen (Release number 3 and later) Path GX/GP: MENU key > Browse tab > Setting > Setting menu Batch settings Web application: Config.
  • Page 170 1.15 Configuring the Batch Function Using the Batch Function You can enter text in measurement data files. See the figure below. For example, you can enter the operator name and administrator name in text fields. Comment Record start Record stop Batch number + lot number Time Text field...

  • Page 171: Configuring The Report Function (/Mt Option)

    When the measurement mode is set to High speed or Dual interval, there is a limit to the number of report channels at scan intervals shorter than 100 ms. For details, see the following general specifications. GX/10/GX20 Paperless Recorder (panel mount type) GS 04L51B01-01EN GP10/GP20 Paperless Recorder (portable type) GS 04L52B01-01EN 1.16.1...

  • Page 172: Data Type

    1.16 Configuring the Report Function (/MT option) Depending on the kind of report, set the items with check marks in the table below. Kind Setup Item Hourly + Daily Daily + Weekly Daily + Monthly Batch Daily custom  Day of week   Hour  ...
  • Page 173 1.16 Configuring the Report Function (/MT option) PDF file Set this to On to output in PDF format. Printer Set this to On to output to a printer. For instructions on how to set the output destination printer, see page 1-211 in section 1.23.7, “Setting the Printer Output Conditions”. Electronic Signature (Release number 2 and later) Setup Item Selectable Range or Options...

  • Page 174: Setting The Channels To Output Reports

    Setup Item Selectable Range or Options Default Value Report channel number GX20/GP20: 1 to 60 GX10/GP10: 1 to 50 * There are limits to the number of report channels depending on the measurement mode and scan interval. For details, see “Explanation.”...
  • Page 175 Report computation is performed at the scan interval. Maximum Number of Report Channels The following table shows the maximum number of report channels depending on the measurement mode. Model Measurement Mode Normal High speed Dual interval GX10/GP10 GX20-1/GP20-1 GX20-2/GX20-2 1-155 IM 04L51B01-01EN...

  • Page 176: Using The Report Template Function (/Mt Option)

    1.17 Using the Report Template Function (/MT option) You can create report templates and use them to automatically create custom report files. Load a report template file that you have created into the GX/GP internal memory. The GX/ GP will automatically create report files using the report template file. A report template file can be used to create report files in Excel format, create report files in PDF format, and print reports on a printer connected over the LAN.

  • Page 177: Pdf Report Files

    Report Templates”. Template Item Description Format, extension Yokogawa proprietary format. The extension is .tpl (lowercase). File name Assign a file name of your choosing. Kind Creates a report template for each kind of report file. The kinds of report files available are hourly, daily, weekly, monthly, hourly + daily, daily + weekly, daily + monthly, batch, and day custom.

  • Page 178: Creating Template-Based Report Files

    1.17 Using the Report Template Function (/MT option) 1.17.4 Creating Template-Based Report Files Template-based report files are created (the creation of template-based report files will hereinafter be referred to as “template conversion”) in the following cases. For instructions on how to set the type of files to output, see page 1-151 in section 1.16.1, “Setting the Report Type, Creation Time, Data Type, Etc.”.

  • Page 179: 1.18 Setting The Timers

    1.18 Setting the Timers Set the timers that are used in the event action function and the TLOG computation of the math function (/MT option). There are two types of timers: absolute and relative. You can set up to 12 timers for each type. You cannot change timers during recording or computing.

  • Page 180: Setting The Match Time Timer

    1.18 Setting the Timers Reference time Setup Item Selectable Range or Options Default Value Hour 0 to 23 Minute 0 to 59 1 Appears when the type is set to Absolute timer. Hour, Minute Set the reference time for the absolute timer. Explanation Timers • Relative Timer...
  • Page 181 1.18 Setting the Timers Timer match condition Setup Item Selectable Range or Options Default Value Day of week Sunday to Saturday Sunday Month January to December January 1 to 31 Hour 0 to 23 Minute 0 to 59 1 Appears when the type of timer is not set to Off. The items that are displayed varies depending on the Type setting.

  • Page 182: 1.19 Configuring The Event Action Function

    1.19 Configuring the Event Action Function The event action function is used to execute a specified action on the basis of events that occur. The settings explained here are also used to configure the remote control function. 1.19.1 Setting Event Action Numbers and Actions Select an event action number, and set event action to On. Set the even type and event-specific conditions.

  • Page 183: Alarm Level

    1.19 Configuring the Event Action Function Type Set the event conditions for executing the action. Event Type Description Internal switch Select the internal switch number. Remote Select the DI channel number of the remote control input. You cannot set this on a DI of a PID control module. Relay Select the DO channel number.
  • Page 184 1.19 Configuring the Event Action Function Operation Modes That Can Be Specified Depending on the Event The settings with check marks in the table below are possible. Event Rising Falling Rising / Falling Edge edge edge edge Remote (DI)    Internal switch    Relay (DO)    Alarm - I/O channel ...
  • Page 185 Stop, Reset, All groups, Specified group, On/Off — Group number GX20-1/GP20-1: 1 to 50 GX20-2/GP20-2: 1 to 60 GX10/GP10: 1 to 30 Batch group number GX10/GP10/GX20-1/GP20-1: 1 to 6 GX20-2/GP20-2: 1 to 12 1 Appears when the type is set to Switch the display rate, Flag, Message, Switch the display group, Reset the relative timer, Show the favorite display, Flag On/Off, Relay, Relay On/Off, Internal switch, or Internal switch On/Off, Load program pattern.
  • Page 186 1.19 Configuring the Event Action Function Options Description Show the favorite display Switches to the specified favorite screen Load settings Loads the setting parameter file in the root directory of the SD memory card and configures the GX/GP accordingly. (See the explanation.) Adjust the time Sets the clock to the nearest hour.
  • Page 187 Measurement group 1, Measurement group 2 Message Message number 1 to 100 Switch the display group Display Group GX20/GP20: 1 to 50 GX20-2/GP20-2: 1 to 60 Rising edge, GX10/GP10: 1 to 30 Falling edge, Edge When the multi-batch function (/BT option) is...
  • Page 188 1.19 Configuring the Event Action Function Explanation Resetting a Relative Timer Resets a timer and starts it. If you reset a relative timer, it is considered to have expired (if the timer is being used as an event, the corresponding action is executed). Resetting a Match Time Timer Resets a match time timer after it expires so that it is enabled again.
  • Page 189 1.19 Configuring the Event Action Function Limitations on the Combinations of Events and Actions The combinations that are checked in the table below can be used. Event Remote Relay Internal Alarm Alarm Alarm Timer Match User Status (DO) switch - IO - Math - Communication alarm timer function Action channel channel channel Recording ...

  • Page 190: Event Action Examples

    1.19 Configuring the Event Action Function 1.19.2 Event Action Examples Example 1: Starting/Stopping Recording through Remote Control Starts or stops recording when a remote control signal is applied to DI channel 0101. This example assumes that a DI module is installed in slot 1 of the GX/GP. We assume that a DI module is installed in slot 1 of the GX/GP main unit and that the operation mode is set to Remote.
  • Page 191 1.19 Configuring the Event Action Function Example 3: Saving the Data Every Day at Hour 17 Save recorded data to the SD memory card every day at hour 17. Use event action number 3. Use match time timer number 1. Setting Match Time Timer 1 • Setup Screen GX/GP: MENU key > Browse tab > Setting > Setting menu Timer settings > Match time timer 1 • Setup Items Setup Item...
  • Page 192 1.19 Configuring the Event Action Function Setting the DO Channel Type • Setup Screen MENU key > Browse tab > Setting > Setting menu DO channel settings > Range • Setup Items Setup Item Value First-CH/Last-CH Range Type Manual Configuring the Event Action • Procedure MENU key > Browse tab > Setting > Setting menu Event action • Setup Items Setup Item Value...

  • Page 193: Configuring Communication Channels (/Mc Option)

    When the measurement mode is set to High speed or Dual interval, there is a limit to the number of communication channels at scan intervals shorter than 100 ms. For details, see the following general specifications. GX/10/GX20 Paperless Recorder (panel mount type) GS 04L51B01-01EN GP10/GP20 Paperless Recorder (portable type) GS 04L52B01-01EN 1.20.1...

  • Page 194: Watchdog Timer

    1.20 Configuring Communication Channels (/MC option) Preset value Setup Item Selectable Range or Options Default Value Preset value –9.999999E+29 to 9.999999E+29 –9.9999999E+29 to –1.0000000E–30, 0, 1.0000000E-30 to 9.9999999E+29 1 Appears when On/Off is set to On. Preset value Set the preset value. Watchdog timer Setup Item Selectable Range or Options Default Value On/Off...

  • Page 195: Setting Alarms

    Hardware configurator: Setting tab > Communication channel settings > Channel range (display example: C001-C020) > Alarm Description Setup Item Selectable Range or Options Default Value First-CH GX20-1/GP20-1: C001 to C300 C001 GX20-2/GP20-2: C001 to C500 GX10/GP10: C001 to C050 Last-CH Same as the first channel C001 First-CH, Last-CH Set the target channels.

  • Page 196: Setting The Display

    Hardware configurator: Communication channel settings > Channel range (display example: C001-C020) > Display settings Description Setup Item Selectable Range or Options Default Value First-CH GX20-1/GP20-1: C001 to C300 C001 GX20-2/GP20-2: C001 to C500 GX10/GP10: C001 to C050 Last-CH Same as the first channel C001 First-CH, Last-CH Select the target channels.
  • Page 197 Scale Setup Item Selectable Range or Options Default Value Position GX20/GP20: Off,1,2,3,4,5,6,7,8,9,10 GX10/GP10: Off,1,2,3,4,5,6 Division 4, 5, 6, 7, 8, 9, 10, 11, 12, C10 Position Set the scale display position of the trend display. Set this to Off to not display scales.
  • Page 198 1.20 Configuring Communication Channels (/MC option) Partial Setup Item Selectable Range or Options Default Value On/Off Off, On Expand 1 to 99(%) Boundary Span lower limit + 1 digit to span upper limit – 1 digit 0.01 1 Appears when in the Display settings of the setting menu, the trend partial expansion On/Off is set to On.
  • Page 199 1.20 Configuring Communication Channels (/MC option) Alarm point mark Setup Item Selectable Range or Options Default Value Indicate on Scale Off, On Mark kind Alarm, Fixed Alarm Alarm 1 color to Alarm 4 color 24 colors (red, green, blue, blue violet, brown, orange, yellow-green, light blue, violet, gray, lime, cyan, dark blue, yellow, light gray, purple, black, pink, light brown, light green, dark gray, olive, dark cyan, and spring green) and a user-defined color...

  • Page 200: Configuring The Ethernet Communication Function

    1.21 Configuring the Ethernet Communication Function Set the Ethernet communication conditions. For the WT connection client settings (WT communication (/E2 option)), see the WT Communication (/E2) User’s Manual (IM 04L51B-19EN). For the SLMP client settings (SLMP communication (/E4 option)), see the SLMP Communication (/E4) User’s Manual (IM 04L51B-21EN). 1.21.1 Setting Basic Communication Conditions Path...
  • Page 201 1.21 Configuring the Ethernet Communication Function DNS settings Setup Item Selectable Range or Options Default Value Primary DNS server 0.0.0.0 to 255.255.255.255 0.0.0.0 Secondary DNS server 0.0.0.0 to 255.255.255.255 0.0.0.0 1 Appears when Obtain DNS address automatically is set to Off. Primary DNS server Set the IP address of the primary DNS server. Secondary DNS server Set the IP address of the secondary DNS server.

  • Page 202: Configuring The Ftp Client Function

    1.21 Configuring the Ethernet Communication Function 1.21.2 Configuring the FTP Client Function Path GX/GP: MENU key > Browse tab > Setting > Setting menu Communication (Ethernet) settings > FTP client settings Web application: Config. tab > Communication (Ethernet) settings > FTP client settings Hardware configurator: Communication (Ethernet) settings > FTP client settings Description FTP client function Setup Item...
  • Page 203 1.21 Configuring the Ethernet Communication Function Encryption (release number 2 and later) Setup Item Selectable Range or Options Default Value Encryption Off, On Verification of certificate Off, On Encryption Set to On to encrypt using SSL the data transferred via FTP. Verification of Certificate Set to On to verify the certificate received from the server using the certificate installed in the GX/GP.

  • Page 204: Configuring The Smtp Client Function

    1.21 Configuring the Ethernet Communication Function 1.21.3 Configuring the SMTP Client Function Path GX/GP: MENU key > Browse tab > Setting > Setting menu Communication (Ethernet) settings > SMTP client settings Web application: Config. tab > Communication (Ethernet) settings > SMTP client settings Hardware configurator: Communication (Ethernet) settings > SMTP client settings Description SMTP client function Setup Item...

  • Page 205: Setting E-Mail Transmission Conditions (When The Smtp Client Function Is On)

    1.21 Configuring the Ethernet Communication Function POP3 server Setup Item Selectable Range or Options Default Value POP3 server name — A a # 1 Character string (up to 64, Port number Numeric value (0 to 65535) User name — A a # 1 Character string (up to 32, Password —...

  • Page 206: Alarm Settings

    1.21 Configuring the Ethernet Communication Function E-mail contents Setup Item Selectable Range or Options Default Value Header — A a # 1 Character string (up to 128, Include source URL Off, On Header Sets the mail header. Include source URL Set this to On to include the source URL. The URL is attached when the Web server is enabled.

  • Page 207: Report Settings

    1.21 Configuring the Ethernet Communication Function Report settings Setup Item Selectable Range or Options Default Value Report notification Off, Recipient 1, Recipient 2, Recipient 1 & Recipient 2 Off Report notification Set the recipients that will receive report e-mails. Scheduled settings Setup Item Selectable Range or Options Default Value Scheduled notification Off, Recipient 1, Recipient 2, Recipient 1 &...

  • Page 208: Setting The Sntp Client Function

    1.21 Configuring the Ethernet Communication Function User Lockout Notification (for the advanced security function (/AS option)) Set recipients if you want an e-mail to be sent when a user lock out (user invalidation) occurs. Mail Format See page 3-64 in section 3.2.5, “E-mail Format”. 1.21.5 Setting the SNTP Client Function Set the function used to query the time information server on the network for the time and synchronize the time.

  • Page 209: Configuring The Modbus Client Function (Option, Function Available When /Mc Is Specified)

    1.21 Configuring the Ethernet Communication Function Query action Setup Item Selectable Range or Options Default Value Ref. time (Hour) 0 to 23 Ref. time (Minute) 0 to 59 Interval 6h, 12h, 24h Timeout 10s, 30s, 90s Time adjust on Start action Off, On 1 Appears when the SNTP client function is set to On. Ref. time (Hour), Ref. time (Minute) Set the reference time for making queries.
  • Page 210 Hardware configurator: Communication (Ethernet) settings > Modbus server settings Description Setup Item Selectable Range or Options Default Value Server number GX20-1/GP20-1: 1 to 16 GX20-2/GP20-2: 1 to 32 GX10/GP10: 1 to 16 Server number Set the registration number of the server. 1-190...
  • Page 211 Description Index Setup Item Selectable Range or Options Default Value Client command number GX20-1/GP20-1: 1 to 100 GX20-2/GP20-2: 1 to 200 GX10/GP10: 1 to 50 Client command number Select the transmission command number you want to set. Command setting Setup Item...

  • Page 212: Configuring The Server Function

    1.21 Configuring the Ethernet Communication Function Type Set the command type. Server Set the server number. Unit No. Set the fixed port number. The unit number is used to specify a device connected through the Modbus gateway function. To connect to the Modbus/TCP master of a UTAdvanced series, set the unit number to 1. Data type Set the data type.

  • Page 213: Limiting The Connection To The Modbus Server (Gx/Gp)

    1.21 Configuring the Ethernet Communication Function FTP server Setup Item Selectable Range or Options Default Value Output Directory Format MS-DOS, UNIX UNIX Output Directory Format Sets the directory output format. Modbus server Setup Item Selectable Range or Options Default Value Modbus delay response Off, 10ms, 20ms, 50ms Modbus delay response To delay the responses to queries from the client, set the response delay value.

  • Page 214: Setting The Server Functions To Use (Ftp, Http, Sntp, Modbus, Gene, Darwin Compatible Communication)

    1.21 Configuring the Ethernet Communication Function 1.21.9 Setting the Server Functions to Use (FTP, HTTP, SNTP, MODBUS, GENE, DARWIN compatible communication) For the OPC-UA server settings (OPC-UA server (/E3 option)), see the OPC-UA Server (/E3) User’s Manual (IM 04L51B-20EN). Path GX/GP: MENU key > Browse tab > Setting > Setting menu Communication (Ethernet) settings > Server settings > Server list Web application: Config.
  • Page 215 1.21 Configuring the Ethernet Communication Function SNTP Setup Item Selectable Range or Options Default Value On/Off On, Off Port number Numeric value (1 to 65535) On/Off Select On to use the SNTP server function. Port number Set the SNTP port number. Unless specified otherwise, you do not need to change this number.
  • Page 216 1.21 Configuring the Ethernet Communication Function Stand-alone type DARWIN ↔ GX/GP Example Channel number 0xx — 0?0 ↔ 0x0x — 0x?0 031 ↔ 0301, 040 ↔ 0310 Relay number 0xx — 0?0 ↔ 0x0x — 0x?0 031 ↔ 0301, 040 ↔ 0310 Extended type DARWIN ↔ GX/GP Example Channel number 0xx —...

  • Page 217: Setting The Web Content Selection Tree (Release Number 3 And Later)

    1.21 Configuring the Ethernet Communication Function 1.21.10 Setting the Web Content Selection Tree (release number 3 and later) Path GX/GP: MENU key > Browse tab > Setting > Setting menu Communication (Ethernet) settings > Server settings > Web contents selection Web application: Config. tab > Communication (Ethernet) settings > Server settings Web contents selection Hardware configurator: Communication (Ethernet) settings > Server settings Web contents selection Description You can set whether to show or hide some of the contents shown on the Data tab of the...

  • Page 218: Configuring The Serial Communication Function (/C2 And /C3 Options)

    1.22 Configuring the Serial Communication Function (/C2 and /C3 options) Set serial communication parameters. 1.22.1 Setting Basic Communication Conditions Path GX/GP: MENU key > Browse tab > Setting > Communication (Serial) settings > Basic settings Web application: Config. tab > Communication (Serial) settings > Serial basic settings Hardware configurator: Communication (Serial) settings >...
  • Page 219 1.22 Configuring the Serial Communication Function (/C2 and /C3 options) Logout (Release number 2 and later) Setup Item Selectable Range or Options Default Value Auto logout Off, 1min, 2min, 5min, 10min 1 Appears when the receiver function is set to Normal, and in the security settings, communication is set to Login. Auto Logout Options Description Stays logged in until the user logs out.

  • Page 220: Enabling Or Disabling The Modbus Master Function (/Mc Option) And Setting Communication Conditions

    1.22 Configuring the Serial Communication Function (/C2 and /C3 options) 1.22.2 Enabling or Disabling the Modbus Master Function (/MC option) and Setting Communication Conditions Path GX/GP: MENU key > Browse tab > Setting > Setting menu Communication (Serial) settings > Modbus master > Basic settings Web application: Config. tab > Communication (Serial) settings > Modbus master Basic settings Hardware configurator: Communication (Serial) settings > Modbus master Basic settings Description Master function...

  • Page 221: Setting Modbus Master Transmission Commands

    Description Setup Item Selectable Range or Options Default Value Master command number GX20/GP20: 1 to 100 GX10/GP10: 1 to 50 Master command number Select the command number you want to set. Command settings Setup Item Selectable Range or Options...
  • Page 222 1.22 Configuring the Serial Communication Function (/C2 and /C3 options) Register Set the register number of the slave. You can specify an input register in the range of 30001 to 39999 or 300001 to 365536. You can specify a hold register in the range of 40001 to 49999 or 400001 to 465536. The register numbers that you can specify vary depending on the type of command.

  • Page 223: Configuring System Settings (Time Zone, Display Language, Status Relay, Etc.)

    1.23 Configuring System Settings (Time zone, display language, status relay, etc.) Set the system environment such as the time zone and display language. 1.23.1 Setting the Display Language, Temperature Unit, Decimal Point Type, and Date Format Path GX/GP: MENU key > Browse tab > Setting > Setting menu System settings > Environment (Language) settings Web application: Config.

  • Page 224: Setting The Interval For Calculating The Rate-Of-Change For Rate-Of-Change Alarms

    1.23 Configuring System Settings (Time zone, display language, status relay, etc.) Date format Set the date display format. Options Display example Year Month Day 2012/12/30 Month Day Year 12/30/2012 Date Month Year 30/12/2012 1 In the display examples, the delimiter is a slash (/). Scope The format is applied to the date displayed on the screen. It does not change the date format on the date in the output data via communications, the date saved along with the data, and the date used in the data file names.

  • Page 225: Setting The Alarm Display Hold/Nonhold And Individual Alarm Ack Operation

    1.23 Configuring System Settings (Time zone, display language, status relay, etc.) 1.23.3 Setting the Alarm Display Hold/Nonhold and Individual Alarm ACK Operation Path GX/GP: MENU key > Browse tab > Setting > Setting menu System settings > Alarm basic settings Web application: Config. tab > System settings > Alarm basic settings Hardware configurator: System settings >...

  • Page 226: Daylight Saving Time

    1.23 Configuring System Settings (Time zone, display language, status relay, etc.) Gradually adjusting the time Setup Item Selectable Range or Options Default Value Time deviation limit Off, 5s, 10s, 15s Time adjustment beyond limit Not Change the time/Change the time Not Change the time Time deviation limit To gradually correct the time when the time is changed while recording is in progress, set the deviation limit for gradually correcting the time.
  • Page 227 1.23 Configuring System Settings (Time zone, display language, status relay, etc.) End time Setup Item Selectable Range or Options Default Value Month January to December November Day order 1st, 2nd, 3rd, 4th, Last Day of the week Sunday to Saturday Sunday Hour of the day 0 to 23 1 Appears when DST (Daylight Saving Time) Use/Not is set to On. Month, Day order, Day of the week, Hour of the day Set the date and time when daylight saving time ends.

  • Page 228: Setting Internal Switches

    1.23 Configuring System Settings (Time zone, display language, status relay, etc.) 1.23.5 Setting Internal Switches Path GX/GP: MENU key > Browse tab > Setting > Setting menu System settings > Internal switch settings Web application: Config. tab > System settings > Internal switch settings Hardware configurator: System settings > Internal switch settings Description Setup Item Selectable Range or Options Default Value First number 1 to 100...

  • Page 229: Setting The Fail Relay And Instrument Information Output (/Fl Option)

    1.23 Configuring System Settings (Time zone, display language, status relay, etc.) 1.23.6 Setting the FAIL Relay and Instrument Information Output (/FL option) Path GX/GP: MENU key > Browse tab > Setting > Setting menu System settings > Status relay Web application: Config. tab > System settings > Status relay Hardware configurator: System settings > Status relay Description Setup Item Selectable Range or Options...

  • Page 230: Relay Operation

    • The number of files in the internal memory for which Auto Save to the SD memory card has not been completed has exceeded 490 or 980 (GX20-2/ GP20-2). When the auto save function to the SD memory card is Off •...

  • Page 231: Setting The Printer Output Conditions

    1.23 Configuring System Settings (Time zone, display language, status relay, etc.) 1.23.7 Setting the Printer Output Conditions Path GX/GP: MENU key > Browse tab > Setting > Setting menu System settings > Printer settings Web application: Config. tab > System settings > Printer settings Hardware configurator: System settings > Printer settings Description Setup Item Selectable Range or Options...

  • Page 232: Setting Instrument Tags

    1.23 Configuring System Settings (Time zone, display language, status relay, etc.) 1.23.8 Configuring the Sound (Touch sound and warning sound) and LED Settings Path GX/GP: MENU key > Browse tab > Setting > Setting menu System settings > Sound, Web application: Config. tab > System settings > Sound, LED Hardware configurator: System settings > Sound, LED Description Sound Setup Item Selectable Range or Options Default Value Touch Off, On...

  • Page 233: Setting Comments To Setting Files

    1.23 Configuring System Settings (Time zone, display language, status relay, etc.) 1.23.10 Setting Comments to Setting Files Path GX/GP: MENU key > Browse tab > Setting > Setting menu System settings > Setting file Web application: Config. tab > System settings > Setting file Hardware configurator: System settings > Setting file Description Setup Item Selectable Range or Options...

  • Page 234: Setting Usb Input Devices (/Uh Option)

    1.23 Configuring System Settings (Time zone, display language, status relay, etc.) 1.23.11 Setting USB Input Devices (/UH option) Path GX/GP: MENU key > Browse tab > Setting > Setting menu System settings > USB input device Web application: Config. tab > System settings > USB input device Hardware configurator: System settings > USB input device Description Setup Item Selectable Range or Options...
  • Page 235 1.23 Configuring System Settings (Time zone, display language, status relay, etc.) Group Command Description Control OSendValue Assists character input OTransChAO Individually controls the retransmission output OTransAllAO Collectively controls the retransmission output OCmdAO Sets the manual output OSLMPRestore Manually restores SLMP OSaveConfAll Saves setting data at once OLoadConfAll Loads setting data at once OctrlLoadPat Loads a pattern file OctrlSavePat...
  • Page 236 1.23 Configuring System Settings (Time zone, display language, status relay, etc.) Terminators The following input is considered a terminator. The barcode entered up to the terminator is executed as a communication command. Terminator Notes ENTER key You cannot create a barcode for the ENTER key. Set it as a footer or suffix on the USB barcode reader.
  • Page 237 1.23 Configuring System Settings (Time zone, display language, status relay, etc.) Group Command No Security With Security No Logged-in User With Logged-in User Control OctrlLoadPat   OctrlSavePat   OctrlLoadPatAll   OctrlSavePatAll   OCtrlAM   OCtrlSR   OCtrlRL   OCtrlAT   OCtrlSPN  ...

  • Page 238: 1.24 Configuring The Security Functions

    1.24 Configuring the Security Functions Set the security function. The operation lock function prohibits touch screen operation (including the operation through the START/STOP key). To clear the operation lock, enter the password. The login function allows only registered users to use the GX/GP. Access from communication functions can also be limited to users registered here.

  • Page 239: Setting Items To Lock The Operation Of (When Touch Operation Is Set To Operation Lock)

    1.24 Configuring the Security Functions Logout (touch operation item) Setup Item Selectable Range or Options Default Value Auto logout Off, 1min, 2min, 5min, 10min Operation without Login Off, On 1 Appears when touch operation is set to Login. Auto logout Options Description Stays logged in until the user logs out.
  • Page 240 1.24 Configuring the Security Functions Limitations These are shared with the user restriction items described in ”page 1-223 in section 1.24.4, “Setting User Restrictions (When touch operation or communication is set to login)”. For details on controls, see the Loop Control Function, Program Control Function (/PG Option) User’s Manual (IM 04L51B01-31EN).
  • Page 241 1.24 Configuring the Security Functions AlarmACK Set this to Lock to restrict alarm ACK operation. Touch operation Set this to Lock to restrict the touch operations below. Operation Register the standard display Register favorites Switch screen content Switch the display rate Communication Set this to Lock to restrict the following operations: start, stop, and test mail;...

  • Page 242: Setting Registered User Conditions (When Touch Operation Or Communication Is Set To Login)

    1.24 Configuring the Security Functions 1.24.3 Setting Registered User Conditions (When touch operation or communication is set to login) Path GX/GP: MENU key > Browse tab > Setting > Setting menu Security settings > User settings Web application: Config. tab > Security settings > User settings Hardware configurator: Setting tab > Security settings > User settings 1 Appears when Touch operation or Communication of the security function is set to Login Description Setup Item...
  • Page 243 1.24 Configuring the Security Functions Note The default user name for user number 1 is “User01”. The default password is “default.” To change the password, log in and perform Password change. Even if you want to set only communication to Login, set Touch operation to Login once and set a password.

  • Page 244: 1.25 Loading Settings

    1.25 Loading Settings Load and delete setting parameters, report templates, trusted certificates, custom displays (/ CG option), program patterns (/PG option) (release number 4 and later), and scale images. 1.25.1 Loading Setting Parameters Path GX/GP: M ENU key > Browse tab > Save load > Menu Load settings > Setting parameters Web application: Data tab >...
  • Page 245 1.25 Loading Settings Note If the advanced security function (/AS option) is in use, passwords are not loaded except for monitor users. All administrator and user passwords are set to their defaults. See “Reusing Setting Parameters” section 1.3.3, “User Levels,” in the Advanced Security Function (/AS) User’s Manual (IM 04L51B01-05EN).

  • Page 246: Loading And Deleting Scale Images

    Select file Set the scale image to load. Setup Item Selectable Range or Options Default Value Batch group number GX10/GP10/GX20-1/GP20-1: 1 to 6 GX20-2/GP20-2: 1 to 12 Group number GX20-1/GP20-1: 1 to 50 GX20-2/GP20-2: 1 to 60 GX10/GP10: 1 to 30 Data —...
  • Page 247 GX/GP: M ENU key > Browse tab > Save load > Menu Load settings > Scale image > Delete scale image Description Setup Item Selectable Range or Options Default Value Batch group number GX10/GP10/GX20-1/GP20-1: 1 to 6 GX20-2/GP20-2: 1 to 12 Group number GX20-1/GP20-1: 1 to 50 GX20-2/GP20-2: 1 to 60 GX10/GP10: 1 to 30 Data —...

  • Page 248: Loading Report Templates (/Mt Option)

    1.25 Loading Settings Procedure When the multi-batch function (/BT option) is not available or disabled Tap Group number to set the group number to delete the scale image from. Tap Execute. If a message appears for confirming, tap OK. The scale image is deleted from the specified group. Tap Exit. The GX/GP returns to the original screen.
  • Page 249 1.25 Loading Settings Report kind Set the kind of report template. Data Displays the presence or absence of the specified file. Procedure Loading a Report Template File Tap Media kind, set the medium. Tap Select file, set the file. Tap Select file, select the file to load, and tap OK. Tap Report kind and then the kind of report template to load.

  • Page 250: Loading And Deleting Trusted Certificates (Release Number 2 And Later)

    1.25 Loading Settings 1.25.4 Loading and Deleting Trusted Certificates (Release number 2 and later) To use this function, you must set Encryption function to On under Encryption/Certificate of Init/Calib. Loading a Certificate Path GX/GP: MENU key > Browse tab > Save load > Menu Load settings > Trusted Certificate >...
  • Page 251 1.25 Loading Settings Certificate Information Setup Item Selectable Range or Options Default Value Issuer — — Subject — — Valid not before — — Validity not after — — Front half of hash value (SHA1) — — Latter half of hash value (SHA1) —...
  • Page 252 1.25 Loading Settings 1.25.5 Loading and Deleting Custom Displays (/CG option) (Release number 2 and later) Loading a Specific Display Path GX/GP: MENU key > Browse tab > Save load > Menu Load settings > Custom display > Load custom display screen Load custom display on specified screen Description Setup Item Selectable Range or Options...
  • Page 253 1.25 Loading Settings Loading All Displays Path GX/GP: MENU key > Browse tab > Save load > Menu Load settings > Custom display > Load custom display screen Load custom display on all screen Description Setup Item Selectable Range or Options Default Value Media type SD, USB...

  • Page 254: Loading And Deleting Program Patterns (/Pg Option) (Release Number 4 And Later)

    1.25 Loading Settings 1.25.6 Loading and Deleting Program Patterns (/PG option) (Release number 4 and later), Each program pattern is saved to a separate file. Loading a Specified Pattern Path GX/GP: MENU key > Browse tab > Save load > Menu Load settings > Program pattern > Load program pattern Load specified program pattern Description Setup Item Selectable Range or Options...
  • Page 255 1.25 Loading Settings Loading All Patterns Path GX/GP: MENU key > Browse tab > Save load > Menu Load settings > Program pattern > Load program pattern Load all program patterns Description Setup Item Selectable Range or Options Default Value Media type SD/USB Select folder...

  • Page 256: Loading Setting Parameters, Scale Images, Report Templates, Trusted Certificates

    1.25 Loading Settings Deleting All Patterns Path GX/GP: MENU key > Browse tab > Save load > Menu Load settings > Program pattern > Load program pattern Delete all program patterns Description Setup Item Selectable Range or Options Default Value Delete all program patterns —...
  • Page 257 1.25 Loading Settings Procedure Tap Media kind, set the medium. Tap Select folder, set the folder. Tap Execute. All files are loaded. Tap Exit. The GX/GP returns to the original screen. Operation complete For the procedure when the multi-batch function (/BT option) is enabled, see section 3.1.14, “Loading Setting Parameters,”...

  • Page 258: 1.26 Saving Setting Parameters

    1.26 Saving Setting Parameters Save setting parameters, scale images, report templates, trusted certificates, custom displays, and program patterns (/PG option) (release number 4 and later). 1.26.1 Saving the Setting Parameters Path GX/GP: M ENU key > Browse tab > Save load > Menu Save settings > Setting parameters Web application: Data tab >...

  • Page 259: Saving A Scale Image

    File name Set the file name. Setup Item Selectable Range or Options Default Value Batch group number GX10/GP10/GX20-1/GP20-1: 1 to 6 GX20-2/GP20-2: 1 to 12 Group number GX20-1/GP20-1: 1 to 50 GX20-2/GP20-2: 1 to 60 GX10/GP10: 1 to 30 Data —...
  • Page 260 1.26 Saving Setting Parameters When the multi-batch function (/BT option) is enabled Tap Media type to select the medium. Tap File name, and set the file name. Tap Batch group number to set the batch group number. Tap Group number to set the group number. Tap Execute. The scale image is saved.

  • Page 261: Saving A Report Template

    1.26 Saving Setting Parameters 1.26.3 Saving a Report Template Path GX/GP: M ENU key > Browse tab > Save load > Menu Save settings > Report template Web application: Data tab > Save/Load > Report template Description Setup Item Selectable Range or Options Default Value Media kind...

  • Page 262: Saving Trusted Certificates (Release Number 2 And Later)

    1.26 Saving Setting Parameters 1.26.4 Saving Trusted Certificates (Release number 2 and later) Path GX/GP: MENU key > Browse tab > Save load > Menu Save settings > Trusted Certificate Description Setup Item Selectable Range or Options Default Value Media type SD, USB Certificate — — 1 See page 1-224 in section 1.25.1, “Loading Setting Parameters”.
  • Page 263 1.26 Saving Setting Parameters Data Displays the presence or absence of data. Procedure Tap Media type to select the medium. Tap File name, and set the file name. Tap Display No. to select the display number to save to. Tap Execute. The custom display is saved.

  • Page 264: Saving Program Patterns (/Pg Option) (Release Number 4 And Later)

    1.26 Saving Setting Parameters 1.26.6 Saving Program Patterns (/PG option) (Release number 4 and later) Each program pattern is saved to a separate file. Pattern file name extension Saving a Specified Pattern Save a specified program pattern to a file name of your choice. Path GX/GP: MENU key > Browse tab > Save load > Menu Save settings > Program pattern > Save specified program pattern Description Setup Item...
  • Page 265 1.26 Saving Setting Parameters Saving All Patterns Program patterns are saved with fixed file names in the specified folder. File name Setting ProgPatYY YY: 01 to 99 Path GX/GP: MENU key > Browse tab > Save load > Menu Save settings > Program pattern > Save all program patterns Description Setup Item...

  • Page 266: Saving Setting Parameters, Scale Images, Report Templates, Trusted Certificates

    1.26 Saving Setting Parameters 1.26.7 Saving Setting Parameters, Scale Images, Report Templates, Trusted Certificates (Release number 2 and later), Custom Display (/CG option) (Release number 2 and later), Program Pattern (/PG option) (Release number 4 and later) at Once Path GX/GP: M ENU key > Browse tab > Save load > Menu Save settings > All above Description Setup Item Selectable Range or Options Default Value Media kind SD, USB...

  • Page 267: Index

    1.27 Listing Files That Are on the External Storage Medium List the files on the external storage medium (SD memory card or USB flash memory (/UH option)). Path GX/GP: M ENU key > Browse tab > Save load > Menu File list Web application: Data tab > Save/Load > File list Description Setup Item Selectable Range or Options...

  • Page 268: 1.28 Formatting The External Storage Medium

    1.28 Formatting the External Storage Medium Format the external storage medium (SD memory card or USB flash memory (/UH option)). This operation is not possible when you are using the advanced security function (/AS option). Path GX/GP: M ENU key > Browse tab > Save load > Menu Format Description Setup Item Selectable Range or Options...
  • Page 269 1.29 Initializing and Calibrating the System (Initialization, reconfiguration, touch screen calibration), Setting the Measurement Mode Initialize the settings or the internal memory, reconfigure the GX/GP, and calibrate the touch screen. For details on A/D calibration, see page 5-6 in section 5.1.3, “Performing A/D Calibration and Adjusting the Input Accuracy of AI Modules”. For details on the advanced security settings (when the advanced security function (/ AS option) is in use), see section 2.1, “Enabling the Advanced Security Function,”...

  • Page 270: Internal Data

    1.29 Initializing and Calibrating the System (Initialization, reconfiguration, touch screen calibration), Setting the Measurement Mode Other Set this to On to initialize settings other than the security settings or control settings. Communication(IP address) Set this to On to initialize the IP address, DHCP, and DNS settings. Communication (Server settings) Set this to On when you want to initialize the server list settings, server encryption settings, and channel conversion setting of DARWIN compatible communication.

  • Page 271: 1.29 Initializing And Calibrating The System (Initialization, Reconfiguration, Touch Screen Calibration), Setting The Measurement Mode

    1.29 Initializing and Calibrating the System (Initialization, reconfiguration, touch screen calibration), Setting the Measurement Mode Initializing a Specific Item Press MENU. The menu screen appears. Tap the Browse tab and then Initialize Calibration. The menu screen appears. Tap Initialize > Settings/Internal data > Initialize all > Off. To initialize the security settings, tap Security settings and then On. Otherwise, tap ^Off.
  • Page 272 1.29 Initializing and Calibrating the System (Initialization, reconfiguration, touch screen calibration), Setting the Measurement Mode Explanation Channel Assignment in Group Settings through Initialization If you initialize, channels will be automatically assigned on the basis of the installed modules. If necessary, change the channel assignments for your purpose. Initialized Settings depending on Initialization Items Initialization item Initialized settings Initialize all Security...

  • Page 273: Initializing Display Groups Or Recording Channels Separately

    1.29 Initializing and Calibrating the System (Initialization, reconfiguration, touch screen calibration), Setting the Measurement Mode Control setting details Item Control settings Setup parameters Basic control settings (control settings, contact registration, relay related) I/O settings PV, RSP settings OUT settings Operation parameters Control alarms Target setpoints PID number/Reference point PID settings Control detail setting Control display Control group settings Loop display settings Screen display settings...

  • Page 274: Setting The Measurement Mode

    Depending on the measurement mode, there are limits to the modules that can be used, the number of measurement channels and recording channels, and so on. For details, see the following general specifications. General Specifications Name General Specifications No. GX/10/GX20 Paperless Recorder (panel mount type) GS 04L51B01-01EN GP10/GP20 Paperless Recorder (portable type) GS 04L52B01-01EN Path GX/GP: M ENU key >...
  • Page 275 1.29 Initializing and Calibrating the System (Initialization, reconfiguration, touch screen calibration), Setting the Measurement Mode Note • When the measurement mode is changed, the system restarts, and the following data is initialized. Set the measurement mode before reconfiguration and before specifying various settings. Initialized settings All internal data All setting parameters including security settings but excluding communication settings System configuration data •...

  • Page 276: Reconfiguring The Gx/Gp

    1.29 Initializing and Calibrating the System (Initialization, reconfiguration, touch screen calibration), Setting the Measurement Mode 1.29.4 Reconfiguring the GX/GP When you reconfigure the GX/GP, the I/O modules installed in the GX/GP, expandable I/O, and GM sub unit are detected, and the settings are changed accordingly. Reconfiguration is necessary in the following situations. • When you install a newly purchased module •...

  • Page 277: Adjusting The Touch Screen

    • If the total number of I/O channels of the installed modules exceeds 100 on the GX10/GP10/ GX20-1/GP20-1 or 500 on the GX20-2/GP20-2, no additional modules can be reconfigured. For example, if the maximum number of I/O channels are assigned and the last channel is assigned to an intermediate channel of an installed I/O module, that module and subsequent modules will not be reconfigured or identified.

  • Page 278: Configuring Key Creation, Certificate Management, And Encryption/Certificate (Ssl Communication, Pdf Electronic Signature) (Release Number 2 And Later)

    1.30 Configuring Key Creation, Certificate Management, and Encryption/Certificate (SSL communication, PDF electronic signature) (Release number 2 and later) Configure these settings when using SSL encryption and PDF electronic signatures. To use encryption on the FTP server and HTTP server and to use PDF electronic signature, you must create a key and install a certificate. SSL (Secure Sockets Layer) SSL is a function for encrypting data communication between devices on the Internet and other networks.

  • Page 279: Configuring Certificate Management (Creating Self-Signed Certificates, Creating Certificate Signature Requests (Csrs), Installing Certificates, And Installing Intermediate Certificates)

    1.30 Configuring Key Creation, Certificate Management, and Encryption/Certificate (SSL communication, PDF electronic signature) (Release number 2 and later) Procedure Tap Execute. A confirmation screen is displayed. Tap OK. The GX/GP switches to key creation mode, and a key is created. To cancel the operation, tap Cancel. A confirmation screen will appear. Tap Yes. The GX/GP will restart. If you tap No, key creation will continue.
  • Page 280 1.30 Configuring Key Creation, Certificate Management, and Encryption/Certificate (SSL communication, PDF electronic signature) (Release number 2 and later) City Enter the city name. Common Name Set the URL (FQDN) of the site that will use SSL encrypted communication. This must match the URL that the clients specify to establish SSL connection. Organization Set the official English name of the organization that will manage the server. Enter the official organization name including the suffix such as inc., Co.ltd, K.K.
  • Page 281 1.30 Configuring Key Creation, Certificate Management, and Encryption/Certificate (SSL communication, PDF electronic signature) (Release number 2 and later) Media Type Set the save destination medium. File Name Set the name of the file that you want to save. Procedure Tap Country, State, City, Common name, Organization, Organization unit, and E-mail, and set them. Tap Media type to select the storage medium. Tap File name, and set the file name.

  • Page 282: Viewing Certificate Details And Removing Certificates

    1.30 Configuring Key Creation, Certificate Management, and Encryption/Certificate (SSL communication, PDF electronic signature) (Release number 2 and later) Installing an Intermediate Certificate You need to place the intermediate certificate to be installed in an external storage medium. Path GX/GP: MENU key > Browse tab > Init/Calib > menu Encryption/Certificate > Certificate management > Installation of intermediate certificate Description Setup Item Selectable Range or Options...
  • Page 283 1.30 Configuring Key Creation, Certificate Management, and Encryption/Certificate (SSL communication, PDF electronic signature) (Release number 2 and later) Issuer Displays the issuer information. Subject Displays the subject information. Valid Not Before Displays the start date of the valid period. Validity Not After Displays the end date of the valid period. Front Half of Hash Value (SHA1) Displays the front half of the certificate’s hash value. Latter Half of Hash Value (SHA1) Displays the latter half of the certificate’s hash value.

  • Page 284: Configuring The Encryption Of The Server Function And Client Function, And Applying Pdf Electronic Signatures

    1.30 Configuring Key Creation, Certificate Management, and Encryption/Certificate (SSL communication, PDF electronic signature) (Release number 2 and later) 1.30.5 Configuring the Encryption of the Server Function and Client Function, and Applying PDF Electronic Signatures Configuring the Server Function Set the encryption of the FTP server and HTTP server. For details on the settings, see page 1-194 in section 1.21.9, “Setting the Server Functions to Use (FTP, HTTP, SNTP, MODBUS, GENE, DARWIN compatible communication)”. Configuring the Client Function Set the encryption of the FTP client and SMTP client.

  • Page 285: Using The Darwin Compatible Communication Function (Release Number 2 And Later)

    1.31 Using the DARWIN Compatible Communication Function (Release number 2 and later) This section provides an outline on how to use the DARWIN compatible communication function and how to configure it. 1.31.1 Overview A portion of the DARWIN’s setting and control commands is supported. Measured data, math data, and so on can be output in DARWIN format. You can use an existing program that has been created for DARWIN to communicate with the GX/GP.
  • Page 286 1.31 Using the DARWIN Compatible Communication Function (Release number 2 and later) Communication Ports and Maximum Number of Connections (When Ethernet) Port Number Maximum Number of Notes Connections 34150 RS232C command support, configuration port 34151 Loading instantaneous data • Port 34159 (communication status verification) cannot be used. Connection Limitation (Release number 3 (Version 3.02) and later) • Connection can be limited using the port limitation setting command (SDarwinPortLimit). •...

  • Page 287: Supported Commands

    3 Only an affirmative response is returned on the GX/GP because this is not supported. 4 The percentage is converted into a print width. On the GX20/GP20, 0 to 100% is converted 0 to 250 mm. On the GX10/GP10, 0 to 100% is converted to 0 to 150 mm.
  • Page 288 1.31 Using the DARWIN Compatible Communication Function (Release number 2 and later) Commands Applicable to RS-422-A/RS-485 Only (Release number 2 (version 2.02) and later) Command Description Esc+O Open Command (address a communication destination) EXC+C Close Command (close the addressed state of a device) Data Output Request Commands Command Parameter Description 0: Measured data Selects the talker output data. 1: Setting parameters 2: Unit information 5: System configuration information 9: Setup mode setting data output...
  • Page 289 1.31 Using the DARWIN Compatible Communication Function (Release number 2 and later) Setting Output Format When you execute the command TS1 + device trigger (ESC+T) + LF, the operation mode parameters are output in the following order. Recording start/stop information CrLf Measurement range setting data of the first channel CrLf . . . Measurement range setting data of the last channel CrLf Unit setting data of the first channel...
  • Page 290 1.31 Using the DARWIN Compatible Communication Function (Release number 2 and later) Handling of Commands for Functions Not Available on the GX/GP If a command or parameter for a function not available on the GX/GP is received, a negative response (E1) is returned. However, if the command does not constitute a functional problem, a positive response (E0) is returned without performing any operation.

  • Page 291: Configuring The Darwin Compatible Communication Function

    1.31 Using the DARWIN Compatible Communication Function (Release number 2 and later) 1.31.3 Configuring the DARWIN Compatible Communication Function When Ethernet (Release number 2 (version 2.02) and later) Path GX/GP: MENU key > Browse tab > Setting > Setting menu Communication (Ethernet) settings > Server settings > Server list Web application: Config. tab > Communication (Ethernet) settings > Server settings Server list Hardware configurator: Communication (Ethernet) settings >...

  • Page 292: Using The Aerospace Heat Treatment (/Ah Option) (Release Number 3 And Later)

    Selectable Range or Options Default Value Schedule number GX10, GX20-1, GP10, GP20-1: 1, 2, 3, 4, 5, 6 GX20-2, GP20-2: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 Schedule number Select the registration number for registering a schedule.
  • Page 293 1.32 Using the Aerospace Heat Treatment (/AH option) (Release number 3 and later) Daily reminder Set how many days before to start reminders using the notification screen. Re-notification cycle Set interval for showing reminders using the notification screen. Notification contents Setup Item Selectable Range or Options Default Value Title — A a # 1 Character string (up to 32 characters, Notification message 1 —...
  • Page 294 1.32 Using the Aerospace Heat Treatment (/AH option) (Release number 3 and later) • If another notification screen appears when a notification screen is already displayed, the one with the closer due date is prioritized. For notifications other than the prioritized one, only their schedule numbers are displayed in the form (Other notification: *,*,*). Operation Example Daily reminder setting: 1 (day before), re-notification cycle: 8h Notification screen...
  • Page 295 1.32 Using the Aerospace Heat Treatment (/AH option) (Release number 3 and later) When Not Using the Reminder Function Tap On/Off under Reminder function to select Off. Tap Save to set the reminder function to off. Operation complete Calibration correction Tap AI channel settings on the setting menu. The AI channel settings screen appears. Tap Calibration correction.

  • Page 296: Displaying Reminders

    1.32 Using the Aerospace Heat Treatment (/AH option) (Release number 3 and later) 1.32.4 Displaying Reminders All reminders that are currently valid are displayed. The background color of each reminder varies depending on the elapsed time of the reminder. The relation between the current time and the background color is as follows. Current time Background color setting White...

  • Page 297: Limitation Of Function (When The Advanced Security Function (/As) Is Enabled)

    1.32 Using the Aerospace Heat Treatment (/AH option) (Release number 3 and later) 1.32.5 Limitation of Function (When the advanced security function (/AS) is enabled) Limitation is placed on calibration reminder settings according to the user property calibration correction in the security settings. The user limitations on the normal setting screen and due date setting screen are as follows. Setting screen User limitation item Details of limitation type...
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  • Page 299: Chapter 2 Operating The Gx/Gp

    Chapter 2 Operating the GX/GP Starting and Stopping Recording and Computation This section explains how to start recording and computation. 2.1.1 Starting and Stopping Recording Start and stop recording. When the measurement mode is Dual interval, measurement groups also start or stop recording.
  • Page 300 2.1 Starting and Stopping Recording and Computation • You can also use the START/STOP key. However, whether the record start screen appears or the recording starts immediately will depend on the Record confirmation action (release number 2 and later) setting. For details on the settings, see page 1-125 in section 1.12.1, “Setting the Type of Data to Record (Display or event data) and Recording Conditions”.
  • Page 301 2.1 Starting and Stopping Recording and Computation Explanation Operations That Start When Recording Starts • Waveform display updating on the trend display • Reporting (/MT option) • Computation (/MT option; when START/STOP key action is set to Start / Stop or Reset + Start / Stop) Operations That Stop When Recording Stops •...

  • Page 302: Using The Batch Function

    2.1 Starting and Stopping Recording and Computation 2.1.2 Using the Batch Function Procedure Setting the Batch Name (Batch name-No. Lot No.) and Comments Press MENU. The menu screen appears. Tap the Universal tab and then Batch. A screen for setting the batch name and comments appears. Tap Batch name-No., and set the batch number. (Up to 32 characters) If you are using lot numbers, set the lot number.
  • Page 303 2.1 Starting and Stopping Recording and Computation Starting Recording Press MENU. The menu screen appears. Tap Recording. The record start screen appears. Tap Batch name-No. and Lot No., and set each item. If necessary, tap Batch text field (text) or Batch comment to set them. Tap Edit textfield or Edit comment to display Batch textfield or Batch comment in the Record start screen.

  • Page 304: Applying A Record Start Trigger For Event Data

    2.1 Starting and Stopping Recording and Computation • If you are recording display or event data in free run mode, the GX/GP start recording when you start recording. If you are recording event data in trigger mode, the GX/GP enters the trigger-wait state. For the procedure to apply a record start trigger, see page 2-6 in section 2.1.3, “Applying a Record Start Trigger for Event Data”.

  • Page 305: Starting, Stopping, And Resetting Computation

    2.1 Starting and Stopping Recording and Computation Triggering Based on Events (Event action function must be configured.) Recording starts when an event occurs. For setting the event action function, see page 1-162 in section 1.19, “Configuring the Event Action Function”. Note • If the file type of the recording mode is Event, the trend interval will correspond to the recording interval of event data.
  • Page 306 2.1 Starting and Stopping Recording and Computation Stopping Computation • Stopping Computation When Recording Stops Press MENU. The menu screen appears. Tap Recording. The record stop screen appears. Tap Rec+Math. Recording and computation stops, and the math icon in the status display section disappears. Tap the Close icon to close the menu screen.

  • Page 307: Clearing Computation Data Dropout Displays

    2.1 Starting and Stopping Recording and Computation 2.1.5 Clearing Computation Data Dropout Displays You can carry out this procedure when a computation data dropout occurs. When a computation data dropout occurs, the math icon turns yellow. Procedure Press MENU. The menu screen appears. Tap Computing.

  • Page 308: Configuration Of Measured Data Display

    No alarms; some not acknowledged Alarms present; all acknowledged Alarms present; some not acknowledged Blinking GX20 digital display example Precedence in Displaying Tags (Characters and numbers) Tag numbers are displayed with higher precedence than tag characters. When tag numbers are not assigned, tag characters are displayed.
  • Page 309 2.2 Configuration of Measured Data Display Showing the Custom Display (Release number 2 and later) The procedure below is performed after loading a custom display. For the procedure to load a custom display, see page 1-232 in section 1.25.5, “Loading and Deleting Custom Displays (/CG option) (Release number 2 and later)”. Press MENU.
  • Page 310 2.2 Configuration of Measured Data Display Button Operation Example Write bit-inverted values in communication channel C001. Tap the button operation component. A button operation screen appears. Tap OK. The bit is written. Each time you use the component, an inverted bit is written. If the component’s Confirm dialog property is set to Off, the bit is written when the component is tapped.
  • Page 311 2.2 Configuration of Measured Data Display Digital Operation Example in which a value is written to communication channel C002 Tap the numeric operation component. An input screen appears. Set a value. The value is written. Displaying Channel Information The tag number, tag, channel number, alarm level, DO output state, and output state (retransmission output) or output value (manual output) of the selected channel are displayed.
  • Page 312 2.2 Configuration of Measured Data Display Changing Alarm Values from the Monitor You can carry out this procedure on the trend, digital, bar graph, and overview displays. This procedure is applicable to channels that have alarms assigned to them. In Display settings, under Screen display settings, Setting Changing each value from monitoring On/Off must be set to On.
  • Page 313 2.2 Configuration of Measured Data Display Note If you change from the monitor, the display span value of only the selected channel will be changed. DO Channel Operation from the Monitor This procedure is for when, in the DO channel range settings, type is set to Manual. In the Display settings, under Screen display settings, Changing each value from monitoring must be set to On.
  • Page 314 2.2 Configuration of Measured Data Display Turning Retransmission Output On or Off Tap an AO channel. The channel information screen appears. The highlighted one is the current state. Tap ON or OFF. The tapped value (ON or OFF) takes effect. Operation complete Performing Manual Output Tap an AO channel.
  • Page 315 If you want to display different measurement groups on a single screen, use the multi panel screen or custom display. Number of displayable channels GX20/GP20: 100 channels GX10/GP10: 30 channels Press MENU. The menu screen appears. Tap the Context tab and then Display Group/All Channel.
  • Page 316 2.2 Configuration of Measured Data Display Changing Where the Digital Display Appears on the Trend Display The digital display on the trend display can be shown in any of the four edges of the screen. Drag the digital display section to the top, bottom, left, or right edge. Showing or Hiding the Digital Display on the Trend Display Select whether to show or hide the digital display section.

  • Page 317: Switching The Group To Display

    Each time you tap Fine Grid ON/OFF, the setting toggles between show and hide. Auxiliary grid display The number of fine grid lines vary depending on the model. • GX20/GP20: 9 lines between basic grid lines • GX10/GP10: 4 lines between basic grid lines Tap the Close icon to close the menu screen.
  • Page 318 2.2 Configuration of Measured Data Display Switching the Group by Flicking Digital, Bar Graph, or Multi Panel Display Advance 1 group: Flick the screen left Flick the screen up Go back 1 group: Flick the screen right Flick the screen down Trend Display Direction is Horizontal Advance 1 group: Flick the screen up Go back 1 group: Flick the screen down Direction is Vertical...

  • Page 319: Displaying The Statuses Of All Channels On One Screen (Overview Display)

    If the number of used channels (the total of IO channels, math channels, and communication channels) exceeds the maximum number of the overview display (30 for the GX10/GP10 and 100 for the GX20/GP20), all channel display is not possible. Displaying the Channel Overview and Group Overview Press MENU.
  • Page 320 2.2 Configuration of Measured Data Display Tap the Close icon to close the menu screen. Operation complete Displaying the Channel Overview of a Group in the Displayed Group Overview Tap a group. The channel overview of the group appears. Grouping overview display Switches the group Trend display Grouping overview Flick to switch the group You can switch the group using the group switch icons.

  • Page 321: Displaying The Multi Panel (Gx20/Gp20 Only)

    2.2 Configuration of Measured Data Display 2.2.4 Displaying the Multi Panel (GX20/GP20 only) You can divide the screen into several areas and assign the displays of your choosing to the areas. There are nine display division patterns available. You can set up to 20 multi panels.

  • Page 322: Writing Registered Messages And Free Messages

    2.2 Configuration of Measured Data Display Changing the Displayed Content of an Area of the Multi Panel Tap the display area you want to change. The multi panel edit screen appears. Tap the display icon that you want to change to. To change the group, tap the display group switch icons.
  • Page 323 2.2 Configuration of Measured Data Display Shortcut Icon Operation (for registered and free messages) You can touch the screen to display shortcut icons; you do not have to display the menu screen first. You can tap these shortcut icons to operate the GX/GP. Shortcut icon Writing a Free Message You can create a message on the spot and write it.
  • Page 324 2.2 Configuration of Measured Data Display Writing an Added Message You can add messages to past data. See page 2-31 in section 2.2.7, “Displaying Previously Measured Data (Historical trend display)”. • Writing a Registered Message Display the historical trend, and drag the scale image to align the left edge of the scale image to the write position.
  • Page 325 2.2 Configuration of Measured Data Display Explanation Display Color of Messages The message colors on the trend display are shown below. You cannot change them. Color Green Blue Violet Brown Orange Yellow Light magenta Gray green blue The colors for messages 11 to 100 are repetitions of the colors above. Added Messages •...
  • Page 326 2.2 Configuration of Measured Data Display Display screen Message writing Scale Write result Scan group method position written to Multi panel Common — Written to the latest position Digital of all display groups Bar graph Separate — Written to the latest position Depends on the of current display groups displayed content.

  • Page 327: Writing Freehand Messages

    2.2 Configuration of Measured Data Display 2.2.6 Writing Freehand Messages You can write freehand messages on the trend and historical trend displays. Written freehand message cannot be deleted or modified. Procedure Writing on the Trend Display Press MENU. The menu screen appears. Tap the Context tab and then Freehand message.
  • Page 328 2.2 Configuration of Measured Data Display Writing on the Historical Trend Display the historical trend, and show the location where you want to write a freehand message. Press MENU. The menu screen appears. Tap the Universal tab and then Freehand message. A tool box appears on the right side of the screen.

  • Page 329: Displaying Previously Measured Data (Historical Trend Display)

    2.2 Configuration of Measured Data Display 2.2.7 Displaying Previously Measured Data (Historical trend display) There are five methods to display the previously measured data. Recall from the display (explained in this section) Display from the alarm summary ( page 2-41 in section 2.3.1, “Listing the Log of Alarm Occurrences and Releases (Alarm Summary)”) Display from the message summary ( page 2-43 in section 2.3.2, “Displaying the Log of Written Messages (Message summary)”)
  • Page 330 2.2 Configuration of Measured Data Display Displaying the Entire Measured Data Press MENU. The menu screen appears. Tap the Context tab and then All data display. The entire measured data is displayed. It may not be possible to display all the measured data depending on the measure data size. You can use the switch icons to change the range to load.
  • Page 331 2.2 Configuration of Measured Data Display Expanding and Reducing the Time Axis Direction is Horizontal Pinch together horizontally to reduce the screen; pinch apart to expand the screen. Direction is Vertical Pinch together vertically to reduce the screen; pinch apart to expand the screen. • Display data: 1x to 1/8x of the trend display •...
  • Page 332 2.2 Configuration of Measured Data Display Displaying the Trend Waveform of the Selected Channel on Top You can display the waveform and the scale image marker of the selected channel on top. The waveform display area shows the grid for the selected channel. If you change the historical trend display to another display, the top channel display setting will be cleared.
  • Page 333 2.2 Configuration of Measured Data Display Displaying Measured Data with Maximum values or Min/Max Values Press MENU. The menu screen appears. Tap the Context tab and then Valu Max Max/Min. The digital display switches to Maximum or Min/Max display. Each time you tap Min/Max (Value Max Min/Max), the display switches between Maximum and Min/Max.
  • Page 334 2.2 Configuration of Measured Data Display • Returning to the Historical Trend Display Press MENU. The menu screen appears. Tap the Context tab and then Trend. The screen returns to the historical display. Operation complete Displaying the Message Summary of the Loaded Data • Displaying the Message Summary Press MENU.
  • Page 335 2.2 Configuration of Measured Data Display Displaying Data File Information You can display the memory information of the measured data that is currently displayed. Press MENU. The menu screen appears. Tap the Context tab and then Data information. The data information appears. Display switch icons Switch the page Display...
  • Page 336 2.2 Configuration of Measured Data Display Displaying the Measured Data from a Specified Date and Time You can search for measured data at the specified date and time and display the results. You can search the display data or event data in the GX/GP internal memory. Press MENU.

  • Page 337: Switching To The Secondary Trend Interval

    2.2 Configuration of Measured Data Display 2.2.8 Switching to the Secondary Trend Interval You can switch the trend interval. To do so, in Display settings, under Trend interval, you need to set Trend rate switching to On. For the setup procedure, see page 1-110 in section 1.10.1, “Setting the Trend Interval”. You can configure the GX/GP so that a message is written automatically when the trend interval is changed.

  • Page 338: Registering And Showing The Standard Display

    2.2 Configuration of Measured Data Display 2.2.9 Registering and Showing the Standard Display Procedure Registering the Standard Display Show the display that you want to register as the standard display. Press MENU. The menu screen appears. Tap the Universal tab and then Standard display. The standard display setting screen appears. Tap OK.

  • Page 339: Displaying Various Types Of Information

    Displaying Various Types of Information This section explains how to display various types of information. 2.3.1 Listing the Log of Alarm Occurrences and Releases ( Alarm Summary) This section explains how to use the alarm summary. When the measurement mode is set to Dual interval, alarm ACK remains for each scan group.
  • Page 340 2.3 Displaying Various Types of Information Sorting Items in Ascending or Descending Order Tap a sort item to sort the list. You can sort alarms in ascending or descending order by the following items. The sort symbol is displayed next to the sort item (see the figure on the previous page). •...

  • Page 341: Displaying The Log Of Written Messages (Message Summary)

    2.3 Displaying Various Types of Information Displaying Milliseconds (Release number 2 and later) Tap MENU. The menu screen appears. Tap the Context tab and then Milli Second ON/OFF. Time display or Milli second display is shown. Each time you tap Milli Second ON/OFF, the display toggles between time display and Milli sec- ond display.
  • Page 342 2.3 Displaying Various Types of Information Sorting Items in Ascending or Descending Order Tap a sort item to sort the list. You can sort messages in ascending or descending order by the following items. The sort symbol is displayed next to the sort item (see the figure above). •...

  • Page 343: Displaying A List Of Data Files In The Internal Memory And Saving Data (Memory Summary)

    This section explains how to use the memory summary. The memory summary displays display data and event data information of the internal memory. Number of displayed files GX10/GP10/GX20-1/GP20-1: 500 max. GX20-2/GP20-2: 1000 max. Procedure Displaying the Memory Summary Press MENU.
  • Page 344 2.3 Displaying Various Types of Information Displaying the Historical Trend of the Data Specified in the Memory Summary Tap a memory item. The memory information screen appears. Tap Go to trend. The selected type of data is displayed in the historical trend. Operation complete For the historical display procedure, see page 2-31 in section 2.2.7, “Displaying Previously Measured Data (Historical trend display)”.
  • Page 345 Estimated Length of Time to Save All Data Save Destination SD memory card, USB flash memory Internal memory size 500 MB Approx. 30 minutes (GX20-1/GP20-1/GX10/GP10) Internal memory size 1.2 GB Approx. 1 hour (GX20-2/GP20-2) • To cancel the data save operation, carry out the following procedure.
  • Page 346 2.3 Displaying Various Types of Information Signing In (When using the advanced security function (/AS option)) See section 2.4, “Signing Display and Event Data,” in the Advanced Security Function (/AS) User’s Manual (IM 04L51B01-05EN). Explanation Saving Data • The GX/GP will create a new directory to store the data in each time you save data. Directory name: Specified string_YYMMDD_HHMMSS (the values of YY to SS are the date and time of operation).

  • Page 347: Displaying Reports

    2.3 Displaying Various Types of Information 2.3.4 Displaying Reports You can display the report data in the internal memory. Procedure Displaying Report Data Press MENU. The menu screen appears. Tap the Browse tab and then Report. Reports appear. Scroll the report channels Number of the displayed report data entry Number of report data entries in the internal memory Switching the Report Data...
  • Page 348 10 entries after the current report data entry Scrolling Report Channels Up to 10 (GX20/GP20) or 6 (GX10/GP10) report channels can be displayed on one screen. When there are more than 10 or 6 channels, they are displayed on separate screens.

  • Page 349: Displaying Logs

    2.3 Displaying Various Types of Information 2.3.5 Displaying Logs You can display the following logs. Operate log, error log, GENE log, FTP log, Web log, mail log, Modbus log (/MC option), SNTP log, DHCP log, and SLMP log (/E4 option) Even when the measurement mode is set to Dual interval, there is only one set of log information.
  • Page 350 2.3 Displaying Various Types of Information Operate log Scroll Drag or flick to scroll User name Operation method (see the table below) Operation (see the table below) Date and time Action Description Logi Login Logout Logout NewTime Time change when recording is stopped TimeChg Time change through touch operation PowerOff...
  • Page 351 2.3 Displaying Various Types of Information General Log Scroll Drag or flick to scroll Message Input/output symbol (>: input, <: output) Multiple commands transmitted User name User ID number Date and time User ID Number Description Command exchanged through Ethernet connection #0 Command exchanged through Ethernet connection #1 Command exchanged through Ethernet connection #2 Command exchanged through Ethernet connection #3...
  • Page 352 2.3 Displaying Various Types of Information WEB Log Scroll Drag or flick to scroll Code, message Method, IP address Date and time Method, IP address Description Displays the HTTP method in which an error occurred. The IP address of the external device in which the error occurred is also displayed. POST For the error codes and error messages, see page 5-24 in section 5.2.1, “Messages”.
  • Page 353 2.3 Displaying Various Types of Information Modbus Log Scroll Drag or flick to scroll Command number, command type Communication status Communication type (C: client, M: master) Date and time Flag Description Communication by the Modbus client function (Ethernet) Communication by the Modbus master function (serial) Status Factor Description...
  • Page 354 The SNTP server host name is invalid. Check the GX/GP Ethernet cable connection, IP address setting, and SNTP server address setting. ETCPIP An internal processing error occurred. Contact your nearest YOKOGAWA dealer. ESEND Failed to transmit data to the SNTP server. Check the GX/GP Ethernet cable connection and IP address setting.
  • Page 355 2.3 Displaying Various Types of Information DHCP Log Scroll Drag or flick to scroll Message Type Date and time Type Message Description LINK Ethernet cable connection was detected. Ethernet cable disconnection was detected. Address (e.g., 10.0.122.3) The IP address of the GX/GP was set. DHCP The DHCP function was disabled.

  • Page 356: Checking The Command Status Of The Modbus Client And Modbus Master

    2.3 Displaying Various Types of Information 2.3.6 Checking the Command Status of the Modbus Client and Modbus Master Procedure Displaying the Command Status Press MENU. The menu screen appears. Tap the Browse tab and then Modbus client or Modbus master. The Modbus operation status appears.
  • Page 357 Data Dropout Data drop occurs when the commands from 1 to 100 from the GX20-1/GP20-1, from 1 to 200 from the GX20-2/GP20-2, or from 1 to 50 from the GX10/GP10 do not complete within the read cycle.
  • Page 358 2.3 Displaying Various Types of Information 2.3.7 Displaying the DO Channel and Internal Switch Status (Release number 2 and later) Procedure Displaying the Status Press MENU. The menu screen appears. Tap the Browse tab and then Switch/Relay. The internal switch/relay status is displayed. Tap the internal switch or relay display area to expand the area. Tap a channel to display the channel information.

  • Page 359: Displaying The Gx/Gp System Information

    2.3 Displaying Various Types of Information 2.3.8 Displaying the GX/GP System Information You can display the GX/GP system information. You can view the measurement mode. Procedure Press MENU. The menu screen appears. Tap the Browse tab and then System information. The system information appears.
  • Page 360 2.3 Displaying Various Types of Information When an Expandable I/O Is Installed Switch displays System information XXX XXX XXX XX-XX-XX-XX-XX-XX RX.XX.XX RX.XX.XX Drag or flick Unit information Detailed information RX.XX.XX XX XXXX XXX Module status Tap to link to the corresponding unit on the Module Info tab. Activates modules Unit status (for the advanced security function (/AS option))
  • Page 361 2.3 Displaying Various Types of Information Displayed Content Item Displayed Content Details System Info • Channel information — • Internal memory capacity • Option information • MAC address • Serial number • Version information • Web application version information • Measurement mode •...

  • Page 362: Displaying Network Information

    2.3 Displaying Various Types of Information 2.3.9 Displaying Network Information You can display the GX/GP network information. Procedure Press MENU. The menu screen appears. Tap the Browse tab and then Network information. The network information appears. XX-XX-XX-XX-XX-XX Operation complete Display Item The following items are displayed. •...

  • Page 363: Executing Various Functions

    Executing Various Functions This section explains how to execute various functions. 2.4.1 Releasing Alarm Output (Alarm ACK and individual alarm ACK operation) This operation is valid when the GX/GP is configured as follows: • In System settings, under Alarm basic settings, Indicator’s Hold/Nonhold is set to Hold. • Under DO channel settings, Action’s Hold is set to Hold or Relay Action on ACK is set to Reset.

  • Page 364: Disabling And Enabling Operation (Operation Lock Function)

    2.4 Executing Various Functions Acknowledging Individual Alarms (Release number 2 and later) Active alarms are acknowledged separately by channel and level. Even when Individual alarm ACK is specified, it is possible to acknowledge all alarms at once. The individual alarm ACK function must be enabled. See page 1-205 in section 1.23.3, “Setting the Alarm Display Hold/Nonhold and Individual Alarm ACK Operation”.

  • Page 365: Resetting Match Time Timers

    2.4 Executing Various Functions 2.4.4 Resetting Match Time Timers Procedure Press MENU. The menu screen appears. Tap the Universal tab and then Match time timer reset. The reset selection screen (timer number or all) appears. Select the match time timer to reset, and tap OK. The match time timer is reset.

  • Page 366: Performing A Test Print

    2.4 Executing Various Functions Deleting a Favorite Screen Press MENU. The menu screen appears. Tap the Universal tab and then Remove favorite. The Remove favorite list screen appears. Select the screen to delete, and tap OK. The favorite screen is deleted. Tap the Close icon to close the menu screen.

  • Page 367: Verifying Unverified Certificates (Release Number 2 And Later)

    2.4 Executing Various Functions 2.4.11 Verifying Unverified Certificates (Release number 2 and later) If a certificate that you have fails verification and FTP transfer or mail transmission is not possible, an error message (E782) appears, and a Unverified certificate icon appears in the Universal menu. FTP transfer or mail transmission will not be possible until a verification confirmation is performed, a root certificate is installed, or other appropriate measure is taken.

  • Page 368: Saving Various Types Of Data

    Saving Various Types of Data This section explains how to save various types of data. Note In the storage medium for saving data, do not place a file with the same name as the directory name (“DATA0” by default) specified for the save destination directory on ”page 1-141 in section 1.14.1, “Setting the Save Directory, File Header, and File Name”.

  • Page 369: Manually Saving Instantaneous Values Of Measured Data (Manual Sample)

    2.5 Saving Various Types of Data 2.5.3 Manually Saving Instantaneous Values of Measured Data (Manual sample) This section explains how to save the instantaneous values of channels whose manual sample recording is enabled (excluding those set to Skip or Off) through touch operation. Procedure Press MENU. The menu screen appears. Tap the Universal tab and then Manual sample.

  • Page 370: Saving Internal Memory Files To An Sd Memory Card Or Usb Flash Memory

    2.5 Saving Various Types of Data • Snapshot data files are in PNG format. • For file names, see page 1-141 in section 1.14.1, “Setting the Save Directory, File Header, and File Name”. Note Note that if you take a snapshot, you will not be able to take another snapshot for approximately 10 seconds.

  • Page 371: Removing The Sd Memory Card Or Usb Flash Memory

    2.5 Saving Various Types of Data 2.5.7 Removing the SD Memory Card or USB Flash Memory Procedure Press MENU. The menu screen appears. Tap the Media eject icon. A confirmation screen is displayed. Eject external storage medium Tap SD or USB. You can now remove the SD memory card or USB flash memory.

  • Page 372: Using Usb Peripheral Devices

    Using USB Peripheral Devices This section explains how to connect peripheral devices to USB ports (/UH option). 2.6.1 Using a Keyboard or Bar Code Reader You can connect a keyboard or bar code reader to a USB port. For specifying the keyboard or bar code reader to use, see page 1-214 in section 1.23.11, “Setting USB Input Devices (/UH option)”.

  • Page 373: Using A Mouse

    2.6 Using USB Peripheral Devices Operating from a Keyboard When a text input keyboard is showing on the GX/GP screen, you can enter alphabet characters, numbers, and symbols from the connected keyboard. Valid Keys Keys enclosed in frames are valid. PC 104 Keyboard (US) PC 109 Keyboard (Japanese) Index...

  • Page 374: Executing Communication Commands With A Usb Bar Code Reader (Release Number 2 And Later)

    2.6 Using USB Peripheral Devices 2.6.3 Executing Communication Commands with a USB Bar code Reader (Release number 2 and later) You can execute communication commands from a USB bar code reader. You need to set USB input device to Bar-code reader. Input from the keyboard is also executed as a communication command. For details on the commands that you can set and execute, see page 1-214 in section 1.23.11, “Setting USB Input Devices (/UH option)”.

  • Page 375: Performing Network Related Operations

    Performing Network Related Operations This section explains how to perform network related operations. 2.7.1 Performing an Mail Transmission Test You can send a test mail to check whether you have configured the mail settings correctly. Procedure Press MENU. The menu screen appears. Tap the Universal tab and then E-Mail test. The mail transmission test screen appears.

  • Page 376: Checking Ftp File Transfers (Ftp Transmission Test)

    2.7 Performing Network Related Operations 2.7.3 Checking FTP File Transfers (FTP transmission test) You can check whether files can be sent from the GX/GP to the FTP server using a test file. Procedure Press MENU. The menu screen appears. Tap the Universal tab and then FTP test. The FTP transmission test screen appears.

  • Page 377: Outputting Snapshots Or Report Data To A Network Printer

    2.7 Performing Network Related Operations 2.7.5 Outputting Snapshots or Report Data to a Network Printer You can output snapshots or report data to a network printer. To enable snapshot output, you need to set Snapshot to On under Printer settings in System settings. To enable report data output, you need to set Report Template Output Printer to On under Basic settings in Report Settings.
  • Page 378 2.7 Performing Network Related Operations Releasing Network Information Press MENU. The menu screen appears. Tap the Browse tab and then Network information. The network information appears. Press MENU. The menu screen appears. Tap the Context tab and then Release IP address. The network information is released. Operation complete 2-80 IM 04L51B01-01EN...

  • Page 379: Performing File Operations

    Performing File Operations This section explains file operations. 2.8.1 Initializing the Internal Memory You can initialize the settings. When you initialize the settings, the internal memory data is also initialized. For the procedure, see page 1-249 in section 1.29.1, “Initializing the Settings and the Internal Memory”.

  • Page 380: Formatting The External Storage Medium

    2.8 Performing File Operations 2.8.3 Formatting the External Storage Medium Formatting will remove the contents of the storage medium. If the advanced security function (/AS option) is installed, external storage media cannot be formatted. Procedure Press MENU. The menu screen appears. Tap the Browse tab and then Save load. The menu screen appears.

  • Page 381: Disabling Operation (Operation Lock Function)

    2.9 Disabling Operation (Operation lock function) This section explains how to disable operation. You need to set Security function Touch operation to Operation Lock under Basic settings in Security settings. This operation is not possible when you are using the advanced security function (/AS option).

  • Page 382: 2.10 Allowing Only Registered Users To Operate

    2.10 Allowing Only Registered Users to Operate This section explains security related operations. If you are using the advanced security function (/AS option), see section 2.3, “Logging In and Out,” in the Advanced Security Function (/AS) User’s Manual (IM 04L51B01-05EN). 2.10.1 Logging In and Logging Out This section explains how to log in through touch operation.

  • Page 383: Changing The Password

    2.10 Allowing Only Registered Users to Operate Logging Out • Using Touch Operation Press MENU. The menu screen appears. Tap the Universal tab and then Logout. You are logged out. The user name disappears from the status display section. Operation complete • Auto Logout If auto logout is enabled, you will be logged out when there is no key or touch operation for the specified length of time.
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  • Page 385: Chapter 3 Using Network Functions (Ethernet Interface)

    Do not connect an Ethernet cable whose plug does not comply with FCC specifications. Doing so may damage the GX/GP. Connect an Ethernet cable from your network to the Ethernet port on the GX/GP rear panel. The figure below shows the position of the Ethernet port on the GX20. Index Ethernet port...

  • Page 386: Starting And Closing The Main Application

    3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) 3.1.2 Starting and Closing the Main Application Functional Overview You can use the main application (hereafter referred to as the Web application) to do the following: •...
  • Page 387 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Starting the Web Application If a message appears in the information bar or dialog box when you start or while you are using the Web application, see the note on the next page or “Installing Java Runtime Environment (JRE).”...
  • Page 388 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Note • If the GX/GP login function is changed while the Web application is in use, you may need to reload the page or restart the browser. Follow the instructions in the message. •...
  • Page 389 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) • Messages may appear in the information bar or dialog box. The possible messages and how to handle them are provided below. Message Corrective Action To help protect your security, Internet Explorer stopped this site...
  • Page 390 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Screen The screen configuration is shown below. Note Set the browser’s zoom (on the View menu, click Zoom) to 100%. Otherwise, the layout may appear crooked.
  • Page 391 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Status Indications The menu bar shows the GX/GP status. 11, 12 15 16 17 18 19 13 14 Number Description Communication status. Turns on in yellow when communication with the GX/GP is normal.
  • Page 392 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Number Description SD memory card capacity information. Capacity remaining Capacity Capacity used remaining Total capacity USB flash memory information. Appears when USB flash memory is connected. Capacity remaining Capacity Capacity...
  • Page 393 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Quick Setting Function (GP10/GP20, Release number 3 (Version 3.02) and later) In Quick setting, a minimal setup menu for data collection is displayed. Quick setting allows you to collect data quickly. Display example of the quick settings tree Display example of the standard settings tree Switching between Standard Setting Tree and Quick Setting Tree...

  • Page 394: Controlling The Gx/Gp

    3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) 3.1.3 Controlling the GX/GP You can carry out the following operations on the Web application. Note that you cannot carry out these operation on a GX/GP whose advanced security function (/AS) is enabled. •...
  • Page 395 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Note The following alternate screen may appear temporarily during operation. This is not an error. Starting Recording Follow the procedure below to start recording. Procedure On the SMARTDAC+ Web Service tab, click Recording.
  • Page 396 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Stopping Recording Follow the procedure below to stop recording. Procedure On the SMARTDAC+ Web Service tab, click Recording. The Recording dialog box appears. Click Stop recording or Stop recording and computing.
  • Page 397 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Setting the Date and Time Follow the procedure below to set the GX/GP’s date and time. Procedure On the Operation tab, click Date/Time Settings. The Date/Time settings dialog box appears.
  • Page 398 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Saving Event Data Unsaved event data stored in the internal memory is saved to the SD memory card. Procedure On the Operation tab, click Event save. An Event save dialog box appears.
  • Page 399 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Changing the batch number, lot number, and batch comment Follow the procedure below to change the batch number, lot number, and batch comment. When the GX/GP is recording, you can enter only batch comments that have not been entered yet.

  • Page 400: Monitoring The Gx/Gp Data And Controlling The Gx/Gp From The Monitor Screen

    3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) 3.1.4 Monitoring the GX/GP Data and Controlling the GX/GP from the Monitor Screen You can retrieve data and display conditions from the GX/GP and view the information using the monitors listed below.
  • Page 401 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Note You can change the monitor display switch buttons that are displayed on the menu bar. For the procedure, see page 3-60 in section 3.1.7, “Changing the Display Settings on the Browser” Pausing and Resuming Data Updating Follow the procedure below to pause and resume monitor data updating.
  • Page 402 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Favorite Monitors Follow the procedure below to create favorite monitors. You can create up to 15 monitors. Procedure Registration On the Data tab, click Create monitor. A screen for creating a new monitor appears.
  • Page 403 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Deleting a Favorite Monitor In the content selection tree, point to the favorite monitor you want to delete. Click the X mark that appears to the right of the monitor name. A confirmation dialog box appears.
  • Page 404 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Bar Graph Monitor and Horizontal Bar Graph Monitor Bar graph displays or horizontal bar graph displays are shown by group. Bar Graph Monitor Horizontal Bar Graph Monitor Note •...
  • Page 405 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Changing Display Groups (Trend, digital, bar graph and horizontal bar graph monitors) Follow the procedure below to change the group to show in each area. This setting applies to all four monitors. Procedure On the display group change bar, select the display group from the Gr.
  • Page 406 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Trend The description of a trend screen that can be displayed in one of the divided areas is given below. Written message Toolbar Trip line Waveform display area...
  • Page 407 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Changing the Trend’s Waveform Display This procedure applies to the trend display. You can click the icons in the figure below to change the waveform display.

  • Page 408: Alarm Display

    3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Alarm Display Alarm information is displayed in the bottom area. Alarm levels (1, 2, 3, and 4) are displayed in order from the top. The duration of each alarm is indicated with a bar using the same color as the corresponding channel.
  • Page 409 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Displaying Trends’ Past Data You can display past data as a trend. This is called historical trend. Data and Interval That Can Be Displayed as a Historical Trend The current recording and past recording data can be displayed as historical trends over the following interval.
  • Page 410 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Retrieving Historical Trend Data Follow the procedure below to retrieve historical trend data from the GX/GP. Note The Web application has a buffer for historical trend data. The buffer can hold 3600 data points per channel.
  • Page 411 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Digital The description of a digital screen that can be displayed in one of the divided areas is given below. Tag name Measured value Unit Alarm mark...
  • Page 412 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Bar Graph Monitor and Horizontal Bar Graph Monitor The description of the bar graph or horizontal bar graph that can be displayed in one of the divided areas is given below.
  • Page 413 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Overview Monitor The following four types of overview monitors are available. • All channel • Display group • Display group (detail display) •...
  • Page 414 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Due to space limitations, channel information may not be displayed. If you place the pointer in a channel cell and leave it there for about 1 second, the channel name, digital value, unit, and the type of active alarm will appear in a pop-up window.
  • Page 415 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Display Item Description Display group If the information does not fit, the portion that does not fit is displayed with name an ellipsis (...).
  • Page 416 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Alarm Summary Monitor The alarm summary monitor displays the GX/GP alarm summary. Up to 1000 items can be displayed. For details on the displayed information, see page 2-41 in section 2.3.1, “Listing the Log of Alarm Occurrences and Releases (Alarm Summary)”...
  • Page 417 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Message Summary Monitor The message summary monitor displays the GX/GP message summary. Up to 450 items can be displayed. For details on the displayed information, see page 2-43 in section 2.3.2, “Displaying the Log of Written Messages (Message summary)”...
  • Page 418 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Notification Screen Display (/AH option) When a daily reminder date arrives, a notification screen appears at 00:00 (HH:MM). For details on the notification screen, see page 1-273 in section 1.32.2, “Notification Screen Display”.
  • Page 419 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Changing the Status Display and Output of DO Channels You can display the DO channel status of the entire system. You can change the DO output that are set to Manual.
  • Page 420 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Turning Retransmission Output On and Off (analog output module) Click a channel area to display a channel information dialog box of that channel. You can control the retransmission output from the channel information box. Collectively Turning the Retransmission Output On and Off On the Operation tab, select All re-transmission ON/OFF.
  • Page 421 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) WT Client Status You can display the connection status with the WT power meter. For details on the displayed information, see the WT Communication (/E2) User’s Manual (IM 04L51B01-19EN). The display is updated every 5 seconds.
  • Page 422 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Saving Selected Data Select the data you want to save from the list. Click Select save. A Memory data save dialog box appears. Click a button to specify the save destination.
  • Page 423 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Listing and Saving Manual Sampled Data You can display a list of the manual sampled data in the internal memory. • Click a column title to sort the items in ascending or descending order of that column. Saving Manual Sampled Data Click Save.
  • Page 424 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) System Information Monitor The system information monitor displays the GX/GP’s basic information, such as the number of channels, and the module configuration. You can view the measurement mode.
  • Page 425 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Displaying Snapshot Screens On the SMARTDAC+ Web Service tab, click Snapshot Window. The snapshot of the GX/ GP appears in a separate window. You can use the tool buttons to perform the operations described below.

  • Page 426: Changing Settings

    3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) 3.1.5 Changing Settings Follow the procedure below to change the GX/GP settings. Note that you cannot change the settings of a GX/GP whose advanced security function (/AS) is enabled (the Config tab will not appear).
  • Page 427 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Setup Change Procedure Click the Config. tab. The setup item tree appears. Click the item you want to change. The GX/GP settings are loaded and displayed in the content area. Click Reload to load and update the displayed settings.
  • Page 428 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Editing Settings This section gives examples of setup editing operations. Input Controls and Dialog Boxes The following table shows the input controls and dialog boxes that are used to edit settings on the Web application.
  • Page 429 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Operation Example 1 The DI channel settings screen is shown below. Click here (▼) to show the available values. Click to display the channel selection dialog box dialog box (figure below).
  • Page 430 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Operation Example 3 This example shows how to assign channels to group 1 on the screen that appears when you click Display settings and then Group settings. Select the check box.
  • Page 431 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Operation Example 5 This example shows how to edit calibration correction on the AI channel settings screen. Select the calibration Select the number of set points. correction mode.
  • Page 432 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Moving the cursor over the Calculation expression column on the setup screen shows the entire expression in a pop-up. This is useful when you want to view a long expression that does not fit in the column.
  • Page 433 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Drag the cursor and release the mouse at the last line you want to select. Drag across line titles to select multiple lines. Multiple lines are selected.
  • Page 434 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Select the paste destination. Make the paste range the same as the range of the copied data (the number of lines). Click Paste, which is located in the lower right of the window.
  • Page 435 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Paste to different channels. Select the cells to paste to. Press Ctrl+V, or click Paste to paste to the lines. Operation Example 10 Editing Table Type Screens Using Tool Buttons On table type windows, you can use the tool buttons that are shown at the bottom of each table.
  • Page 436 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Click the “Past to all” button on the tool bar. Click the “Paste to all” tool button. The type of CH0002 to CH0004 is set to Volt. Note •...
  • Page 437 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Operation Example 11 Selecting and Unselecting Check Boxes at Once The example below shows the screen that appears when you select Display settings - Group settings - Channel set.
  • Page 438 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Operation Example 12 Copying and Pasting Check Boxes at Once Follow the procedure below to paste the copy source. In check box type screens, you can also edit copied information in Excel or text editor and paste it back in the Web application.

  • Page 439: Saving And Loading Settings And Saving And Loading Various Files

    3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) 3.1.6 Saving and Loading Settings and Saving and Loading Various Files This section explains how to save and load setting parameters. Note that you cannot display, save, or load setting parameters on a GX/GP whose advanced security function (/AS) is enabled.
  • Page 440 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Note • Folders and files are not displayed if their names contain single quotation masks or semicolons. • If a file with the same name exists, an overwrite confirmation message is displayed. Loading Settings into the GX/GP You can load GX/GP setting parameters from an SD memory card or USB flash memory into the GX/GP.
  • Page 441 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Saving and Loading Report Templates You can save the report templates stored in the GX/GP to an SD memory card or USB flash memory.
  • Page 442 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Save all Select the Data tab > Save/Load > File list(Save all/Load all). A File list screen appears. Click Save all settings. A Save all settings dialog box opens. Enter the folder name in the Folder Name text box.
  • Page 443 3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Printing the Settings You can print the GX/GP settings. On the SMARTDAC+ Web Service tab, click Print Config. Window. The setup print window appears. •...

  • Page 444: Changing The Display Settings On The Browser

    3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) 3.1.7 Changing the Display Settings on the Browser You can change the display language on the browser and add and delete monitor display switch buttons on the menu bar. On the Option tab, click Web Option.

  • Page 445: App

    3.1 Using the Web Application to Change the GX/GP Settings, Monitor Data, and Control the GX/GP (Web server function) Alarm Sound If you select ON, the PC will generate an alarm sound when an alarm occurs. • This function is enabled when in System settings, under Alarm basic settings, Indicator’s Hold/Nonhold is set to Hold.

  • Page 446: Transmitting E-Mail Messages

    Transmitting E-mail Messages This section explains how to configure e-mail transmission settings. 3.2.1 Configuring the SMTP Client Function The SMTP client function is used to send E-mail from the GX/GP. Description • Enable the SMTP client function • Set the user authentication method Set the authentication method when user authentication is necessary. • Specify the SMTP server settings • Specify the POP3 server settings Specify the necessary settings when the user authentication method is POP3 (POP...

  • Page 447: Performing An Mail Transmission Test

    • User lockout notification mail (only on models with the advanced security function (/AS option) Index Sends a list of invalidated users. Example of an e-mail sent periodically Date: Wed, 12 Nov 2012 08:00:45 +0900 (JST) [From: GX20@smartdacplus.com To: user1@smartdacplus.com, user2@daq.co.jp Subject Subject: [Periodic data] subject MIME-Version: 1.0 Content-Type: text/plain; charset=”iso-8859-1”...

  • Page 448: E-Mail Format

    3.2 Transmitting E-mail Messages 3.2.5 E-mail Format The formats of alarm notification mail, periodic notification mail, power failure notification mail, memory full notification mail, system error notification mail, report notification mail, test mail, user lockout notification (on models with the advanced security function (/AS option)) are given below.
  • Page 449 3.2 Transmitting E-mail Messages Periodic Notification Mail Format • Subject [Periodic_data]sss···s Subject • Syntax headerCRLF Header block CRLF General block Periodic_notificationCRLF <Host name>CRLF hostCRLF CRLF Time information <Time>CRLF yyyy/mo/dd_hh:mi:ssCRLF CRLF Cancellation information E-mail message(s) did not reach intended recipient(s). CRLF [ttt···t]CRLF Count = nnn···nCRLF yyyy/mo/dd_hh:mi:ssCRLF...
  • Page 450 3.2 Transmitting E-mail Messages Power Failure Notification Fail Format • Subject [Power_failure]sss···s Subject • Syntax headerCRLF Header block CRLF General block Power failure notificationCRLF <Host name>CRLF hostCRLF CRLF Power supply information <Power_failure>CRLF yyyy/mo/dd_hh:mi:ssCRLF CRLF <Power_recovery>CRLF yyyy/mo/dd_hh:mi:ssCRLF CRLF Source URL Access_the_following_URL_in_order_to_look_at_a_screen. CRLF http://host.domain/CRLF CRLF Memory Full Notification Mail •...
  • Page 451 3.2 Transmitting E-mail Messages System Error Notification Mail Format • Subject [System_warning]sss···s Subject • Syntax headerCRLF Header block CRLF General block System error notificationCRLF <Host name>CRLF hostCRLF CRLF yyyy/mo/dd_hh:mi:ssCRLF Error information <ERROR>fffCRLF mmm···mCRLF CRLF Source URL Access_the_following_URL_in_order_to_look_at_a_screen. CRLF http://host.domain/CRLF CRLF Display item description Error number (234, 501, 502, 507, 511, 692, 693, 695, 696, 698, 699, 921) mmm···m Error message...
  • Page 452 3.2 Transmitting E-mail Messages Report Notification Mail Format • Subject [rrr···r]sss···s Subject • Syntax headerCRLF Header block CRLF tiCRLF General block <Host name>CRLF hostCRLF CRLF yyyy/mo/dd_hh:mi:ssCRLF Report information <CH>ccc···cCRLF <tp>eee···eCRLF <tp>eee···eCRLF <tp>eee···eCRLF <tp>eee···eCRLF <tp>eee···eCRLF <Unit>uuu···uCRLF CRLF CRLF Source URL Access_the_following_URL_in_order_to_look_at_a_screen. CRLF http://host.domain/CRLF CRLF Display item description...
  • Page 453 3.2 Transmitting E-mail Messages Test Mail Transmission Format • Subject [Test]sss···s Subject • Syntax headerCRLF Header block CRLF General block Test_mailCRLF <Host name>CRLF hostCRLF CRLF Time information <Time>CRLF yyyy/mo/dd_hh:mi:ssCRLF CRLF User Lockout Notification Format • Subject [User_lockout]sss···s Subject • Syntax headerCRLF Header block CRLF...
  • Page 454 Channel Number Notation and Range Type Model Notation and Range Notes I/O channel GX10/GP10 0001 to 0299 Depends on the installed GX20/GP20 0001 to 0999 module Expandable I/O 1001 to 6599 Math channel GX10/GP10 A001 to A050 /MT option GX20/GP20...

  • Page 455: Accessing The Measurement Data File On The Gx/Gp From A Pc (Ftp Server Function)

    Accessing the Measurement Data File on the GX/GP from a PC (FTP server function) You can use a PC to access the GX/GP via FTP. You can perform operations such as retrieving directory and file lists from the external storage medium (SD memory card) of the GX/GP and transferring and deleting files.
  • Page 456 3.3 Accessing the Measurement Data File on the GX/GP from a PC (FTP server function) Connecting from a PC via the FTP An example of retrieving files using a browser is described below. In the Address box, enter ftp://host name.domain name. Drag the data you want to retrieve from the /MEM0/DATA folder in the case of internal memory data or the /DRV0 folder in the case of data on the external storage medium to the PC.

  • Page 457: Transferring Data Files From The Gx/Gp (Ftp Client Function)

    Transferring Data Files from the GX/GP (FTP client function) The display data, event data, report data, snapshot data, alarm summary data, and manual sample data files or setting files that are created in the internal memory of the GX/GP can be automatically transferred via FTP when the files are created. You can specify two file transfer destinations (FTP servers): primary and secondary.
  • Page 458 3.4 Transferring Data Files from the GX/GP (FTP client function) Explanation Files to Transfer via FTP Data other than Excel report files, PDF report files, and setting files are automatically transferred regardless of whether the external storage medium is available. File Type Description Display data file...

  • Page 459: Testing The Ftp Transfer

    3.4 Transferring Data Files from the GX/GP (FTP client function) Transfer Operation • Even if you turn the power off during FTP transfer wait time, the elapsed time is recorded. • If you change the FTP transfer time settings during FTP transfer wait time, the data files that are being held are transferred using the previous setting.

  • Page 460: Synchronizing The Time (Sntp Client Function)

    Synchronizing the Time (SNTP client function) The GX/GP time can be synchronized to the time on an SNTP server (time information server on the network). The GX/GP can retrieve time information from a specified SNTP server at specified intervals. SNTP server Time query Ethernet GX/GP SNTP client 3.5.1 Configuring the SNTP Client Function...

  • Page 461: Transmitting Time Information From The Gx/Gp To Sntp Client Devices (Sntp Server Function)

    Transmitting Time Information from the GX/GP to SNTP Client Devices (SNTP server function) The GX/GP can operate as an SNTP server. When an SNTP client device on the network queries the GX/GP for time information, the GX/GP sends the information. SNTP server GX/GP 12:34 Ethernet Query SNTP client device 3.6.1 Configuring the SNTP Server Function...
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  • Page 463: Chapter 4 Using Modbus Functions (Communicating With Modbus Devices)

    Chapter 4 Using Modbus Functions (Communicating with Modbus devices) Using Modbus/TCP to Enable Other Devices to Read Data from and Write Data to the GX/GP (Modbus server function) The Modbus function is used by the GX/GP and external Modbus devices to perform communication and data reading and writing. The GX/GP can operate as a Modbus server. The maximum number of simultaneous connections is 4.

  • Page 464: Reading From And Writing To The Gx/Gp From Other Devices

    4.1 Using Modbus/TCP to Enable Other Devices to Read Data from and Write Data to the GX/GP (Modbus server function) 4.1.3 Reading from and Writing to the GX/GP from Other Devices Other devices (client devices) can transmit commands to the GX/GP to read data from and write data to the GX/GP internal registers.

  • Page 465: Using Modbus/Tcp To Enable The Gx/Gp To Read Data From And Write Data To Other Devices (Modbus Client Function)

    The GX/GP can operate as a Modbus client. The maximum number of connectable servers is 16 for the GX20-1/GP20-1/GX10/GP10 and 32 for the GX20-2/GP20-2. The GX/GP can connect to another device (Modbus server) via Modbus/TCP and read from and write to the device’s internal registers.

  • Page 466: Configuring The Destination Server

    Specify the register number on the GX/GP by using the “reference number” (such as the number 40001 written above). For example, for the YOKOGAWA UT35A digital indicating controller, the D register number corresponds to the reference number as shown in the following table.
  • Page 467 4.2 Using Modbus/TCP to Enable the GX/GP to Read Data from and Write Data to Other Devices (Modbus client function) Examples of Setting Commands The following are command setting examples on the GX/GP when the GX/GP is a Modbus client device. If the GX/GP is a Modbus master device, substitute “master” for “client” and “slave”...
  • Page 468 4.2 Using Modbus/TCP to Enable the GX/GP to Read Data from and Write Data to Other Devices (Modbus client function) Example 3 Load the 16-bit signed integer values assigned to registers 30001 and 30002 of instrument B to C001 and C002. Only the smallest register number need be specified in commands. Communication channel data Register of instrument B C001...

  • Page 469: Checking The Modbus Operation Status

    4.2 Using Modbus/TCP to Enable the GX/GP to Read Data from and Write Data to Other Devices (Modbus client function) Writing Computed Values to a Server Example Write the computed values from channel A001 to registers 40001 and 40002 of instrument A, in the order lower 16 bits/higher 16 bits.

  • Page 470: Using Modbus To Enable Other Devices To Read Data From And Write Data To The Gx/Gp (Modbus Slave Function)

    Using Modbus to Enable Other Devices to Read Data from and Write Data to the GX/GP (Modbus slave function) The GX/GP can operate as a Modbus slave device. Other devices (Modbus master devices) can carry out the following operations on the GX/ • Read I/O channel and math channel (/MT option) data (input register) • Read communication channel (/MC option) data (hold register) •...

  • Page 471: Using Modbus To Enable The Gx/Gp To Read Data From And Write Data To Other Devices (Modbus Master Function)

    Using Modbus to Enable the GX/GP to Read Data from and Write Data to Other Devices (Modbus master function) The GX/GP can operate as a Modbus master device. The GX/GP can connect to another device (Modbus slave device) via Modbus and read from and write to the device’s internal registers. Read data can be handled using communication channels.

  • Page 472: Checking The Modbus Operation Status

    4.4 Using Modbus to Enable the GX/GP to Read Data from and Write Data to Other Devices (Modbus master function) 4.4.4 Checking the Modbus Operation Status Procedure For the procedure, see page 2-58 in section 2.3.6, “Checking the Command Status of the Modbus Client and Modbus Master”.

  • Page 473: Modbus Function And Register Assignments

    (slave). Index Command Command type: Read, Write Number of commands: GX20-1/GP20-1: Set up to 100 commands GX20-2/GP20-2: Set up to 200 commands GX10/GP10: Set up to 50 commands Data type: See the table below. Symbol...
  • Page 474 Command Register Data Type Type Number: A001 to A050 (GX10/GP10) INT 16, UINT 16, 1 to 9999 A001 to A100 (GX20-1/GP20-1) 40001 to 49999 INT 32_B, INT 32_L, A001 to A200 (GX20-2/GP20-2) Write 400001 to 465536 UINT 32_B, UINT 32_L,...

  • Page 475: Modbus Server/Slave Function

    4.5 Modbus Function and Register Assignments 4.5.2 Modbus Server/Slave Function Function The GX/GP supports the following functions. Function Code Function Operation Read the coil status The client (master) device reads the coil status of the GX/ (0xxxx) Read the input relay The client (master) device reads the input relay status of status (1xxxx, 1xxxxx) the GX/GP.
  • Page 476 4.5 Modbus Function and Register Assignments Unit Type GX/GP Register Number Data Type Expandable I/O Unit 5 I/O data 330001 to 331000 32-bit signed integer I/O channel 331001 to 332000 32-bit floating point 332001 to 332500 16-bit signed integer Status information 332500 to 333000 16-bit signed integer Unit 6 I/O data 335001 to 336000 32-bit signed integer...
  • Page 477 4.5 Modbus Function and Register Assignments Coil Type GX/GP Register Number Data Type I/O channel I/O data 00001 to 00500 Bit string Status information 00501 to 01000 Communication Communication data 01001 to 01500 channel Status information 01501 to 02000 Internal switch 02001 to 02100 Write Read...

  • Page 478: Input Registers (Shared With The Modbus Server/Slave Function)

    This will not cause a register read error, so you can read the data continuously. • The register values for unavailable channel numbers are set to 0, and the status information is set to SKIP. • Channel range by model Channel type GX20/GP20 GX20-2/GP20-2 GX10/GP10 I/O channel 0001 to 6950...
  • Page 479 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type GX/GP main unit Higher bytes of the channel 0850 data 300900 32-bit signed integer Lower bytes of the channel 0901 data 300901 Higher bytes of the channel 0901 data 300902 Lower bytes of the channel 0950 data 300999...
  • Page 480 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 3 Lower bytes of the channel 3001 data 320001 32-bit floating point Higher bytes of the channel 3001 data 320002 Lower bytes of the channel 3050 data 320099 Higher bytes of the channel 3050 data 320100...
  • Page 481 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 5 Lower bytes of the channel 5001 data 330001 32-bit floating point Higher bytes of the channel 5001 data 330002 Lower bytes of the channel 5050 data 330099 Higher bytes of the channel 5050 data 330100...
  • Page 482 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type • Register Channel 0001 example Register 300001 Register 300002 Higher bytes Lower bytes Channel 0001 data • There is no decimal place information. • 32-bit floating point Unit I/O Channel Data Input Register Data Type...
  • Page 483 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 1 Lower bytes of the channel 1001 data 311001 32-bit floating point Higher bytes of the channel 1001 data 311002 Lower bytes of the channel 1050 data 311099 Higher bytes of the channel 1050 data 311100...
  • Page 484 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 3 Lower bytes of the channel 3001 data 321001 32-bit floating point Higher bytes of the channel 3001 data 321002 Lower bytes of the channel 3050 data 321099 Higher bytes of the channel 3050 data 321100...
  • Page 485 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 5 Lower bytes of the channel 5001 data 331001 32-bit floating point Higher bytes of the channel 5001 data 331002 Lower bytes of the channel 5050 data 331099 Higher bytes of the channel 5050 data 331100...
  • Page 486 4.5 Modbus Function and Register Assignments • 16-bit Signed Integer Unit I/O Channel Data Input Register Data Type GX/GP main unit Channel 0001 data 302001 16-bit signed integer Channel 0050 data 302050 Channel 0101 data 302051 Channel 0150 data 302100 Channel 0201 data 302101 Channel 0250 data 302150...
  • Page 487 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 2 Channel 2501 data 317251 16-bit signed integer Channel 2550 data 317300 Expandable I/O 3 Channel 3001 data 322001 Channel 3050 data 322050 Channel 3101 data 322051 Channel 3150 data 322100...
  • Page 488 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 6 Channel 6001 data 337001 16-bit signed integer Channel 6050 data 337050 Channel 6101 data 337051 Channel 6150 data 337100 Channel 6201 data 337101 Channel 6250 data 337150 Channel 6301 data...
  • Page 489 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 1 Channel 1501 status information 312751 16-bit signed integer Channel 1550 status information 312800 Expandable I/O 2 Channel 2001 status information 317501 Channel 2050 status information 317550 Channel 2101 status information 317551...
  • Page 490 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 5 Channel 5301 status information 332651 16-bit signed integer Channel 5350 status information 332700 Channel 5401 status information 332701 Channel 5450 status information 332750 Channel 5501 status information 332751 Channel 5550 status information...
  • Page 491 4.5 Modbus Function and Register Assignments Register Configuration of PID Control Module Channels Register example of a PID control module installed in unit 0 (main unit) slot 0 * If the PID modules is installed in unit 1 slot 3, the registers are allocated from channel number register 1301.
  • Page 492 4.5 Modbus Function and Register Assignments PID Control Module Status Information The following status information of each loop is output in unit of modules to channels 35 to Item Description Control alarm information Alarms 1 to 4 lower 4 bits Auto/manual/cascade status 1: Auto, 2: Manual, 3: Cascade Run/stop status...
  • Page 493 4.5 Modbus Function and Register Assignments Math Channel Data and Status Information Data Register Data Type Lower bytes of the computed data of channel A001 305001 32-bit signed integer Higher bytes of the computed data of channel A001 305002 Lower bytes of the computed data of channel A100 305199 Higher bytes of the computed data of channel A100 305200...
  • Page 494 4.5 Modbus Function and Register Assignments Continuous Channel Data Area The GX/GP reserves up to 50 channels of register area per module. For example, reading 100 channels of data from 10 analog input modules through normal input registers would be inefficient because there would be a lot of empty registers. The “continuous channel data area”...
  • Page 495 4.5 Modbus Function and Register Assignments I/O Channel Data Input Register Data Type • Register Channel 0001 example Register 304001 Register 304002 Higher bytes Lower bytes Channel 0001 data • There is no decimal place information. • 32-bit floating point I/O Channel Data Input Register Data Type Lower bytes of the channel 0001 data...
  • Page 496 4.5 Modbus Function and Register Assignments • 16-bit Signed Integer I/O Channel Data Input Register Data Type Channel 0001 data 304401 16-bit signed integer Channel 0010 data 304410 Channel 0101 data 304411 Channel 0110 data 304420 Channel 0201 data 304421 Channel 0210 data 304430 Channel 0301 data 304431...
  • Page 497 4.5 Modbus Function and Register Assignments I/O Channel Data Input Register Data Type Channel 0910 status information 304600 • There is no decimal place information. 2 bytes Higher Lower Error code Meaning No error Skip Reserved Status information area Alarm list +Over –Over 5 bits...
  • Page 498 4.5 Modbus Function and Register Assignments Program Operation Status Data Register Description Data Type Program operation status 308101 1: Program operation stop, 16-bit signed integer operation end 2: Program running Running pattern number 308102 1 to 99 display Running segment number 308103 1 to 99 display...

  • Page 499: Hold Registers (Shared With The Modbus Server/Slave Function)

    Hold Registers (Shared with the Modbus server/slave function) Common Items • The client device can read and write to the hold registers. • Communication channels are an option (/MC). • Channel range by model Channel type GX20-1/GP20-1 GX20-2/GP20-2 GX10/GP10 I/O channel 0001 to 6950 0001 to 6950...
  • Page 500 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Hold Register Data Type GX/GP main unit Lower bytes of the channel 0901 data 400901 32-bit signed integer Higher bytes of the channel 0901 data 400902 Lower bytes of the channel 0950 data 400999 Higher bytes of the channel 0950 data 401000...
  • Page 501 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Hold Register Data Type Expandable I/O 3 Lower bytes of the channel 3001 data 420001 32-bit signed integer Higher bytes of the channel 3001 data 420002 Lower bytes of the channel 3050 data 420099 Higher bytes of the channel 3050 data 420100...
  • Page 502 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Hold Register Data Type Expandable I/O 5 Lower bytes of the channel 5001 data 430001 32-bit signed integer Higher bytes of the channel 5001 data 430002 Lower bytes of the channel 5050 data 430099 Higher bytes of the channel 5050 data 430100...
  • Page 503 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Hold Register Data Type • Register Channel 0001 example Register 400001 Register 400002 Higher bytes Lower bytes Channel 0001 data • There is no decimal place information. 1 When Modbus writing is performed on a channel of a DO module, a relay output occurs from the corresponding channel of the DO module.
  • Page 504 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Hold Register Data Type GX/GP main unit Lower bytes of the channel 0901 data 401901 32-bit floating point Higher bytes of the channel 0901 data 401902 Lower bytes of the channel 0950 data 401999 Higher bytes of the channel 0950 data 402000...
  • Page 505 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Hold Register Data Type Expandable I/O 2 Lower bytes of the channel 2001 data 416001 32-bit floating point Higher bytes of the channel 2001 data 416002 Lower bytes of the channel 2050 data 416099 Higher bytes of the channel 2050 data 416100...
  • Page 506 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Hold Register Data Type Expandable I/O 4 Lower bytes of the channel 4001 data 426001 Higher bytes of the channel 4001 data 426002 Lower bytes of the channel 4050 data 426099 Higher bytes of the channel 4050 data 426100...
  • Page 507 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Hold Register Data Type Expandable I/O 5 Lower bytes of the channel 5001 data 431001 32-bit floating point Higher bytes of the channel 5001 data 431002 Lower bytes of the channel 5050 data 431099 Higher bytes of the channel 5050 data 431100...
  • Page 508 4.5 Modbus Function and Register Assignments • 16-bit Signed Integer Unit I/O Channel Data Hold Register Data Type GX/GP main unit Channel 0001 data 402001 16-bit signed integer Channel 0050 data 402050 Channel 0101 data 402051 Channel 0150 data 402100 Channel 0201 data 402101 Channel 0250 data 402150...
  • Page 509 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 3 Channel 3001 data 422001 16-bit signed integer Channel 3050 data 422050 Channel 3101 data 422051 Channel 3150 data 422100 Channel 3201 data 422101 Channel 3250 data 422150 Channel 3301 data...
  • Page 510 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 6 Channel 6201 data 437101 16-bit signed integer Channel 6250 data 437150 Channel 6301 data 437151 Channel 6350 data 437200 Channel 6401 data 437201 Channel 6450 data 437250 Channel 6501 data...
  • Page 511 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 2 Channel 2001 status information 417501 16-bit signed integer Channel 2050 status information 417550 Channel 2101 status information 417551 Channel 2150 status information 417600 Channel 2201 status information 417601 Channel 2250 status information...
  • Page 512 4.5 Modbus Function and Register Assignments Unit I/O Channel Data Input Register Data Type Expandable I/O 5 Channel 5001 status information 432501 16-bit signed integer Channel 5050 status information 432550 Channel 5101 status information 432551 Channel 5150 status information 432600 Channel 5201 status information 432601 Channel 5250 status information...
  • Page 513 4.5 Modbus Function and Register Assignments Continuous Channel Data Read/Write Area The GX/GP reserves up to 50 channels of register area per module. For example, reading 100 channels of data from 10 analog input modules through normal input registers would be inefficient because there would be a lot of empty registers. The “continuous channel data read/write area”...
  • Page 514 4.5 Modbus Function and Register Assignments • 32-bit floating point I/O Channel Data Hold Register Data Type Lower bytes of the channel 0001 data 404201 32-bit floating point Higher bytes of the channel 0001 data 404202 Lower bytes of the channel 0010 data 404219 Higher bytes of the channel 0010 data 404220...
  • Page 515 4.5 Modbus Function and Register Assignments • 16-bit Signed Integer I/O Channel Data Hold Register Data Type Channel 0001 data 404401 16-bit signed integer Channel 0010 data 404410 Channel 0101 data 404411 Channel 0110 data 404420 Channel 0201 data 404421 Channel 0210 data 404430 Channel 0301 data 404431...
  • Page 516 4.5 Modbus Function and Register Assignments I/O Channel Data Status Information I/O Channel Data Hold Register Data Type Channel 0001 status information 404501 16-bit signed integer Channel 0010 status information 404510 Channel 0101 status information 404511 Channel 0110 status information 404520 Channel 0201 status information 404521...
  • Page 517 4.5 Modbus Function and Register Assignments Communication Channel Data Hold Register Data Type Lower bytes of the input data of channel C001 405001 32-bit signed integer Higher bytes of the input data of channel C001 405002 Lower bytes of the input data of channel C500 405999 Higher bytes of the input data of channel C500 406000...
  • Page 518 4.5 Modbus Function and Register Assignments Data Hold Supplementary Information Data Type Register Individual alarm ACK 409043 Alarm ACK channel number 16-bit signed integer specification 0: Fixed at 0 when reading I/O channel: 1 to 6932 Math channel: 1 to 100 Communication channel: 1 to 500 409044...
  • Page 519 4.5 Modbus Function and Register Assignments Data Hold Supplementary Information Data Type Register Property display area 409091 0: Range, unit, tag name 16-bit signed integer Display information settings information of continuous measurement channels 0001 to 6510 10: Range, unit, tag name information of math channels 0001 to 950 11: Range, unit, tag name...
  • Page 520 4.5 Modbus Function and Register Assignments Data Hold Supplementary Information Data Type Register Write a message 409230 0: Fixed at 0 when reading 16-bit signed integer (free message) UTF-8 characters (2 characters) Up to 35 characters (except the number of valid characters is 32) Ignored for preset messages Attach a terminator at the...
  • Page 521 4.5 Modbus Function and Register Assignments Data Hold Supplementary Information Data Type Register Batch Comment (multi batch 409401 1 or greater: Batch group 16-bit signed integer support) number When reading, the batch group number that performed writing previously Default value: 0 409402 Batch comment number When reading, the batch...
  • Page 522 4.5 Modbus Function and Register Assignments Data Hold Supplementary Information Data Type Register Batch text field title (multi 409451 1 or greater: Batch group 16-bit signed integer batch support) number When reading, the batch group number that performed writing previously Default value: 0 409452 Batch text...
  • Page 523 4.5 Modbus Function and Register Assignments Data Hold Supplementary Information Data Type Register Batch text field string (multi 409501 1 or greater: Batch group 16-bit signed integer batch support) number When reading, the batch group number that performed writing previously Default value: 0 409502 Batch text...
  • Page 524 4.5 Modbus Function and Register Assignments Data Hold Supplementary Information Data Type Register Alarm setpoint 409705 Alarm setpoint 32-bit signed integer Alarm delay setting (channel 409711 1: I/O channel 16-bit signed integer type) 2: Math channel 3: Communication channel Alarm delay setting (channel 409712 I/O channel: 1 to 6932 16-bit signed integer...

  • Page 525: Coil

    4.5 Modbus Function and Register Assignments 4.5.6 Coil Coil registers can only be accessed from the GX/GP channels. The coil area is both readable and writable. The registers contain 1-bit data. The registers take on the value of 0 when the data is 0 and the value of 1 otherwise to indicate the data or status.

  • Page 526: Input Relay

    4.5 Modbus Function and Register Assignments Type I/O Channel Data Register Read/Write Data Type I/O Channel status information Channel 0701 data 00851 Bit string Channel 0750 data 00900 Channel 0801 data 00901 Channel 0850 data 00950 Channel 0901 data 00951 Channel 0950 data 01000 Communication Channel Data...
  • Page 527 4.5 Modbus Function and Register Assignments Type I/O Channel Data Register Read/Write Data Type I/O Channel Data Channel 0801 data 10401 Bit string Channel 0850 data 10450 Channel 0901 data 10451 Channel 0950 data 10500 I/O Channel status information Channel 0001 data 10501 Bit string Channel 0050 data...

  • Page 528: Property Area

    4.5 Modbus Function and Register Assignments 4.5.8 Property area Property area is a register area in which the data that can be read can be changed by changing the channel property change register value. Item Description Property area range 440000 to 465000 (hold register) Channel property change register 409091 (hold register) Setting Register...
  • Page 529 4.5 Modbus Function and Register Assignments Property Details Property 0 (for continuous measurement channel information) Unit I/O channel information Start register End register Register type Remarks GX/GP Channel 0001 information 440001 440040 16-bit signed High and low limit range, unit, integer tag name writing not allowed Channel 0002 information 440041 440080 0 if it does not exist.
  • Page 530 4.5 Modbus Function and Register Assignments Unit I/O channel information Start register End register Register type Remarks Expandable Channel 1301 information 445201 445240 16-bit signed High and low limit range, unit, I/O 1 Channel 1302 information 445241 445280 integer tag name writing not allowed 0 if it does not exist.
  • Page 531 4.5 Modbus Function and Register Assignments Unit I/O channel information Start register End register Register type Remarks Expandable Channel 3501 information 450801 450840 16-bit signed High and low limit range, unit, I/O 3 Channel 3502 information 450841 450880 integer tag name writing not allowed 0 if it does not exist.
  • Page 532 4.5 Modbus Function and Register Assignments Unit I/O channel information Start register End register Register type Remarks Expandable Channel 6001 information 456001 456040 16-bit signed High and low limit range, unit, I/O 6 Channel 6002 information 456041 456080 integer tag name writing not allowed 0 if it does not exist.
  • Page 533 4.5 Modbus Function and Register Assignments Property 10 to 16 (for I/O channel information) The relationship between the property number and I/O channel is as follows. Property number Unit Unit number (X) I/O channel Remarks GX/GP 0001 to 0950 Expandable I/O 1 1001 to 1550 Expandable I/O 2 2001 to 2550 Expandable I/O 3 3001 to 3550 Expandable I/O 4...
  • Page 534 4.5 Modbus Function and Register Assignments Property 20 (for math channel information) I/O channel information Start register End register Register type Remarks Channel A001 information 440001 440040 16-bit signed integer High and low limit range, unit, tag name Channel A002 information 440041 440080 writing not allowed 0 if it does not exist.

  • Page 535: Chapter 5 Maintenance And Troubleshooting

    To maintain measurement and output accuracy, we recommend that you calibrate AI modules once a year. YOKOGAWA dealers can provide calibration servicing. For details, contact your nearest YOKOGAWA dealer. Using a Password You can use a password to allow only permitted users to perform calibration.
  • Page 536 ZC-114/ZA-10 by Coper Electronics or equivalent Main specifications Standard temperature stability accuracy: ±0.05°C For information on purchasing these calibration instruments, contact your nearest YOKOGAWA dealer. Calibration Procedure Wire the GX/GP and the calibration instruments as shown in the following figure, and adequately warm up the instruments (the warm-up time of the GX/GP is at least 30 minutes).
  • Page 537 5.1 Maintenance Note For thermocouple inputs, you must measure the temperature of the input terminal and apply a voltage taking into account the reference junction temperature. DC Voltage Measurement – Wiring to the first channel of the module to calibrate (Channel ��01) DC voltage/current standard Temperature or Resistance Measurement Using an RTD...
  • Page 538 5.1 Maintenance Temperature Measurement When Using a Thermocouple Thermocouple wires or TC extension wires Copper wires ＋ － – Copper Thermocouple DC voltage standard wires wires Uses the reference junction compensation function of the GX/GP. See page 1-15 (0°C standard temperature device ZC-114/ZA-10 by Coper Electronics) RJC of TC Input As the measurement terminal of the GX/GP is generally at room temperature, the actual output of the thermocouple is different from the values given on the thermoelectromotive...
  • Page 539 Temperature coefficient: 5ppm/°C or less • Digital Multimeter : Accuracy: ±0.01% or more For information on purchasing these calibration instruments, contact the YOKOGAWA dealer that you purchased the GX/GP from. Calibration Procedure Wire the GX/GP and the calibration instruments as shown in the following figure, and adequately warm up the instruments (the warm-up time of the GX/GP is at least 30 minutes).

  • Page 540: Performing A/D Calibration And Adjusting The Input Accuracy Of Ai Modules

    5.1 Maintenance 5.1 Maintenance 5.1.3 Performing A/D Calibration and Adjusting the Input Accuracy of AI Modules Preparing the Instruments Wire the GX/GP and the calibration instruments as shown in the following figure, and adequately warm up the instruments (the warm-up time of the GX/GP is at least 30 minutes).
  • Page 541 5.1 Maintenance High-speed Universal Type For the high-speed universal type, each channel needs to be calibrated. Wiring for DC voltage range Wiring for zero-point Wiring for full-scale calibration calibration of a range Short the input terminals (apply 0 V). — —...
  • Page 542 5.1 Maintenance 5.1 Maintenance Performing A/D Calibration and Adjusting the Input Accuracy For details on switching to the A/D calibration mode when you are using the advanced security function (/AS option), see section 2.3.1, “Logging In,” in the Advanced Security Function (/AS) User’s Manual (IM 04L51B01-05EN).
  • Page 543 5.1 Maintenance 4-wire RTD/Resistance Type Range 20 ohm 0 Ω (short) 20Ω Pt100-H 0 Ω (short) 160Ω Pt100 0 Ω (short) 400Ω 2000 ohm 0 Ω (short) 2000Ω Pt1000 0 Ω (short) 4000Ω Tap Execute for the range you want to calibrate. While calibration is in progress, a message indicating this appears.
  • Page 544 5.1 Maintenance 5.1 Maintenance Select the channel you want to calibrate, and tap Next. Calibrates the selected range Writes (saves) calibration values Returns to the module selection screen Exits from calibration mode Short the input terminals of the channel to you want to calibrate. Tap Execute under Zero for the range you want to calibrate.

  • Page 545: Calibrating The D/A Of Ao Modules And Adjusting The Output Accuracy

    Temperature coefficient: 5ppm/°C or less • Digital Multimeter : Accuracy: ±0.01% or more For information on purchasing these calibration instruments, contact the YOKOGAWA dealer that you purchased the GX/GP from. Preparing the Instruments Wire the channel of the AO module to be calibrated and the calibration instruments as shown in the following figure, and adequately warm up the instruments (the warm-up time of the GX/GP is at least 30 minutes).
  • Page 546 5.1 Maintenance 5.1 Maintenance Calibrating the AO Module and Adjusting the Output Accuracy For details on switching to the A/D calibration mode when you are using the advanced security function (/AS option), see section 2.3.1, “Logging In,” in the GX/GP Advanced Security Manual.

  • Page 547: Calibrating The I/O Of Pid Modules And Adjusting The I/O Accuracy

    5.1 Maintenance Set the calibration value, and tap OK. The specified calibration value is written, and the corresponding value is output. Repeat the procedure until the multimeter reading falls within the values correspond- ing to the output accuracy. Example of the accuracy range for voltage measurement (voltage drop method, resis- tance: 250 Ω) Range Output Accuracy Range...
  • Page 548 5.1 Maintenance Select the module you want to calibrate, and tap Next. An I/O selection screen appears. Go to channel selection Returns the calibration values to their factory defaults Returns to the module selection screen Exits from calibration mode Select Input calibration, and tap Next. The channel selection screen appears.
  • Page 549 5.1 Maintenance Short the input terminals of the channel to you want to calibrate. Tap Execute under Zero for the range you want to calibrate. When calibration is complete, the message “Execution is complete” will appear. Wire the calibration instrument to the input terminals of the channel you want to calibrate.
  • Page 550 5.1 Maintenance Output Calibration Tap the MENU key, Browse tab, Init/Calib, and menu A/D calibration. The A/D calibration call-up screen appears. Tap Execute. A screen appears for you to confirm the switch to A/D calibration mode. Tap OK. The GX/GP restarts in A/D calibration mode. Select the unit in which the module to calibrate is installed, and tap Next.
  • Page 551 5.1 Maintenance Tap the calibration value (Count). The calibration value input screen appears. Set the calibration value, and tap OK. The specified calibration value is written, and the corresponding value is output. Repeat the procedure until the multimeter reading falls within the values correspond- ing to the output accuracy.

  • Page 552: Adjusting And Checking The Touch Screen

    5.1 Maintenance 5.1.6 Adjusting and Checking the Touch Screen Path GX/GP: M ENU key > Browse tab > Initialize Calibration > menu Touch screen calibration Procedure Adjusting and Checking Tap Calibration + Confirmation. Follow the instruction on the screen, and touch the crosshair with the supplied stylus pen or the tip of a pen cap that is not sharp.
  • Page 553 As you continue to perform this preventative maintenance over time, the parts that need to be replaced may change. Be sure to check with your nearest YOKOGAWA dealer for information on part replacement.
  • Page 554 5.1 Maintenance Module Electromagnetic relay type modules make measurements by switching mechanical contact relays on and off. To ensure that the modules continue to operate reliably and correctly, replace them periodically as shown below. Module Model Measurement condition Replacement Note period Analog input module GX90XA-10-T1N-3N Continuous use at...

  • Page 555: Updating The Firmware (Release Number 2 And Later)

    5.1 Maintenance 5.1.8 Updating the Firmware (Release number 2 and later) This section explains how to update the firmware of the Web application, I/O module, and I/O expansion module (expansion module). Updating is performed in update mode. You need to place the new files in the SD memory card in advance. You cannot update while recording or math is in progress.
  • Page 556 5.1 Maintenance Procedure Tap Execute. A confirmation screen is displayed. Tap OK. The Web application is updated. Tap Exit. A confirmation screen is displayed. Tap Yes. The GX/GP exits from the update screen and restarts. Operation complete Updating Modules Collectively Updating Path GX/GP: Module >...
  • Page 557 5.1 Maintenance Procedure Tap Execute. A confirmation screen is displayed. Tap OK. The module firmware is updated. Tap Exit. A confirmation screen is displayed. Tap Yes. The GX/GP exits from the update screen and restarts. Operation complete Updating Individually Path GX/GP: Module >...

  • Page 558: Troubleshooting

    Troubleshooting 5.2.1 Messages Error codes and messages may appear on the screen while you are using the GX/GP. A list of the possible error codes and messages are given in the table below. Communication error codes and messages are also listed. Errors Related to Parameter Settings • Setting Errors Code...
  • Page 559 5.2 Troubleshooting • Execution Errors Code Message Description, Corrective Action, Ref. Section Cannot execute because other users changed setting. Perform the operation again. This action is not possible because recording or math computation is Execute after stopping recording or computing. in progress. This action is not possible because sampling is in progress.
  • Page 560 5.2 Troubleshooting Code Message Description, Corrective Action, Ref. Section Invalid user. The account has been invalidated on the server. The account has been invalidated on the GX/GP. Please enter more than 6 characters. The account has been invalidated on the server. The account has been invalidated on the GX/GP.
  • Page 561 Check that the module is installed correctly. Fatal module error. If the same message continues to appear even after you perform the procedure above, servicing is required. Contact your nearest YOKOGAWA dealer for repairs. Non-calibrated module. Perform A/D calibration. RJC error module.
  • Page 562 DATA The mail body was rejected by the SMTP server. Check whether the SMTP server is operating properly. TCPIP Internal processing error. Contact your nearest YOKOGAWA dealer. Ethernet cable is not connected. LINK The Ethernet cable is not connected. Check the Ethernet cable connection.
  • Page 563 An error occurred for FTP TCPIP An internal processing error occurred. Contact your nearest NOFD YOKOGAWA dealer. NOID PARAM Note • The FTP client function on the GX/GP has a timer function that drops the connection if there is no data transfer for two minutes.
  • Page 564 GP Ethernet cable connection and IP address setting. EDORMANT An internal processing error occurred. Contact your nearest ETCPIP YOKOGAWA dealer. SNTP server does not respond. ETIMEDOUT The response from the SNTP server timed out. Check the GX/GP Ethernet cable connection.
  • Page 565 5.2 Troubleshooting • Other Communication Errors Code Message Character String Description, Corrective Action, Ref. Section Connection has been lost. — If the GX/GP receives data of improper protocol using general purpose communication (Ethernet or serial communication), the GX/GP generates error 731 and disconnects the connection. (1) For an Ethernet connection, check the GX/GP Ethernet cable connection.
  • Page 566 5.2 Troubleshooting • Errors for When the Advanced Security Function (/AS option) Is in Use Code Message Description, Corrective Action, Ref. Section Invalid KDC client configuration. Set the host principal or realm name. Cannot find KDC server. The KDC server cannot be found in the same domain. KDC server connection error. An error occurred while the GX/GP was connecting to the KDC server.
  • Page 567 5.2 Troubleshooting Communication Errors For information about the GX/GP communication functions, see the Communication Command User’s Manual, IM04L51B01-17EN. • Execution Errors Code Message Description, Corrective Action, Ref. Section Command is too long. Check the communication command specifications. Unknown command. This command is not permitted in this user. Log in using a user account that has permission to use the This command is not permitted in this mode.

  • Page 568: Status Messages

    5.2 Troubleshooting Status Messages Code Message Execution completed. Please wait a moment... Saving data to media. Loading file from media. Memory save to media stopped. Data save completed. Sorting files now. Formatting... Post process in progress. Now loading historical data. No unsaved data.
  • Page 569 5.2 Troubleshooting System Errors Servicing is required when a system error occurs. Contact your nearest YOKOGAWA dealer for repairs. Code Message Description, Corrective Action, Ref. Section ROM failure. Servicing is required. Contact your nearest YOKOGAWA dealer RAM failure. for repairs. A/D calibration value error.
  • Page 570 5.2 Troubleshooting Messages That the Web Application Generates Error Messages Code Title Description and Corrective Action Message E8001 Communication error Unable to finish processing because communication with the GX/GP failed. Check the communication condition. A communication error has occurred. E8002 Authentication error Due to a change in the user registration settings on the GX/ GP, an authentication procedure has occurred while the Web Login failure;...

  • Page 571: Warning Messages

    5.2 Troubleshooting Code Title Description and Corrective Action Message E8604 Communication error Operation failed due to a communication error. Check the communication conditions. Failed to update favorite monitors due to communication error. E8605 Communication error Follow the instruction below to restart the browser. 1 Close the browser.
  • Page 572 5.2 Troubleshooting Code Title Description and Corrective Action Message W8108 Hardware configuration This message appears on the system information screen or network information screen when the system configuration Hardware system configuration has changed. The changes on the GX/GP. Click OK to update the information. information will be updated.
  • Page 573 5.2 Troubleshooting Code Title Description and Corrective Action Message W8137 Multi batch settings This confirmation message appears when you click Update Config. in the multi batch setting screen. Are you sure you want to update the hardware configuration? Auxiliary Message System is rebooted.
  • Page 574 5.2 Troubleshooting Information Messages Code Title Description and Corrective Action Message M8201 Hardware configuration This message appears when the system configuration changes on the GX/GP. Hardware system configuration has changed. M8202 Update configuration The GX/GP settings have been successfully changed. Configurations were updated successfully.
  • Page 575 Secondary boot read error Failed to read the secondary boot program of Contact your nearest the expansion module. There may be a problem YOKOGAWA dealer. reading the flash RAM. Firmware download error Failed to read the flash RAM of the expansion module.
  • Page 576 Is the power supply Connect properly. F.S.G. connected properly? Supply the power at the specified Is power being F.S.G. supplied correctly? voltage and frequency. Servicing is required. Contact your nearest YOKOGAWA dealer. F.S.G.: First Step Guide 5-42 IM 04L51B01-01EN...
  • Page 577 • Disconnect parallel wiring (use a double-element TC, for instance). Is the RJC setting correct Enter the correct setting. Sec. 1.2 (TC input)? Servicing is required. Contact your nearest YOKOGAWA dealer. F.S.G.: First Step Guide 5-43 IM 04L51B01-01EN...
  • Page 578 • If an inductive load is used in the alarm output line, insert a serge suppressor in the line. Servicing is required. Contact your nearest YOKOGAWA dealer. Some display menus are not displayed. Are the conditions for • Confirm that the GX/GP is equipped displaying the menu item met? with the necessary options.

  • Page 579: Appendix

    Appendix Appendix 1 File Size of Display Data and Event Data This section explains how to calculate the file size of display data files and event data files. The calculation examples are given for the display data only and event data only cases. If you are recording both display and event data, calculate the data size of each and add them together.
  • Page 580 Appendix 1 File Size of Display Data and Event Data • Data Size per Sample Display Data (Number of I/O channels × 12 bytes) + (number of math channels × 12 bytes) + (number of communication channels × 12 bytes) + 16 bytes (time data) Event Data (Number of I/O channels × 6 bytes) + (number of math channels × 6 bytes) + (number of communication channels ×...
  • Page 581 Appendix 1 File Size of Display Data and Event Data Save Duration to the SD Memory Card We will estimate the duration over which measured data can be saved to an SD memory card when measured data is being saved automatically. Display Data Save duration to an SD memory card (estimate) = (Size of the SD memory card/size per file) ×...

  • Page 582: Appendix 2 Types Of Data Files That The Gx/Gp Can Create And How They Can Be Used

    Appendix 2 Types of Data Files That the GX/GP Can Create and How They Can Be Used This section will explain the types of data files that the GX/GP can create and how they can be used. Data Type Extension Format Display Method GX/GP Viewer Application 2, 3 Display data Binary (undisclosed)

  • Page 583: Appendix 3 Text File Data Format

    Files contain values and character strings, each separated by a tab, in text format. Format of Measurement and Event Data Files Format YREC Measure Data Version 1.01.03 Model GX10 GX20 Language Code UTF-8 Serial No. SSS•••S Time Correction Done None Sampling Interval NNN•••N...
  • Page 584 Appendix 3 Text File Data Format Kind Inst Inst ••• ••• ••• Sampling Data TTT•••T NNN•••N NNN•••N NNN•••N ••• Massage Data TTT•••T SSS•••S None SSS•••S Communication Remote Event System Serial Value ••• Character string ••• Date and time ••• Common header YREC Fixed character string Format header...
  • Page 585 Appendix 3 Text File Data Format File Output Example • Display Data YREC Measure Data Version 1.01.03 Model GX20 Language Code UTF-8 Serial No. S5E701635 Time Correction None Sampling Interval Trigger Point Equip Tag Equip TagNo. tagno File Header FILE_HEADER_STRING File ID 34295620394...
  • Page 586 Appendix 3 Text File Data Format • Event Data YREC Measure Data Version 1.01.03 Model GX20 Language Code UTF-8 Serial No. S5E701635 Time Correction None Sampling Interval Trigger Point Equip Tag Equip TagNo. tagno File Header FILE_HEADER_STRING File ID 6893290432 Start Info...
  • Page 587 • The data is appended to the file each time manual sample operation is performed. Format YREC Manual Sample Data Version 1.04.00 Language Code UTF-8 Model GX10 GX20 File Status Complete Progress Decrease Serial No. SSS•••S Equip Tag SSS•••S Equip TagNo.
  • Page 588 Appendix 3 Text File Data Format Note • File status Complete: Completed. (100 manual sample data entries have been stored, and the file is closed.) Progress: Data is being added. (The number of stored data entries has not reached 100 files, and the file is open.) Decrease: Corrupted.
  • Page 589 • The data is appended to this file every time a report is created. Format YREC Report Data Version 1.05.00 Language Code UTF-8 Model GX10 GX20 File Statas Complete Progress Decrese Serial No. SSS•••S Equip Tag SSS•••S Equip TagNo. SSS•••S File Header SSS•••S...
  • Page 590 Date and time ••• 1 Elapsed time is used for batch reports. Output Example • Hourly (hourly + daily) recording with file set to Separate YREC Report Data Version 1.05.00 Language Code UTF-8 Model GX20 File Statas Complete Serial No. S5KC09223 Equip Tag Equip TagNo. tagno File Header Extra Data...
  • Page 591 Text Field title23 text23 Text Field title24 text24 • Batch Report YREC Report Data Version 1.05.00 Language Code UTF-8 Model GX20 Index File Statas Complete Serial No. S5KC09223 Equip Tag Equip TagNo. tagno File Header Extra Data PlusOver 999999999 MinusOver...
  • Page 592 Appendix 3 Text File Data Format Batch Info 000002 Data Batch Comment 2015/10/22 Admin1 comment1 14:50:00 Batch Comment 2015/10/22 Admin1 commnet2 14:50:00 Batch Comment 2015/10/22 Admin1 comment3 14:50:00 Text Info Data Text Field title1 text1 Text Field title2 text2 Text Field title3 text3 Text Field...
  • Page 593 Appendix 3 Text File Data Format Note • When the channel data is in the condition shown in the table below, the Er, Ov, or Bo status is output to a report. Data detection condition during report computation Status Error Over range data detection (including computation overflow of a math channel) Burnout...
  • Page 594 • Values of I/O channels set to Skip and math and communication channels set to Off are not output. Format YREC Alarm Summary Data Version 1.01.00 Language Code UTF-8 Model GX10 GX20 Serial No. SSS•••S Equip Tag SSS•••S Equip TagNo. SSS•••S File Header SSS•••S Time Zone NNN•••N...

  • Page 595: Appendix 4 Creating Report Templates

    Appendix 4 Creating Report Templates Creating Report Templates for Report Files in Excel Format To create a report template, enter keywords and text in the cells of an Excel file. Keywords specify the type of data that will be entered into a cell. Text are output as they are in reports. Save the report templates that you create in Excel format (.xlsx extension) or Excel macro format (.xlsm extension).
  • Page 596 Appendix 4 Creating Report Templates Keyword Format Keywords are written by themselves or with parameters. $ Keyword(parameter)$ Example: $ReportDataSum(Hour,R001,00,23)$ Basic Rules • The dollar sign on the left indicates the start of a keyword, and the dollar sign on the right indicates the end of a keyword.
  • Page 597 Appendix 4 Creating Report Templates Keyword Definitions For examples, see “Report Template Examples.” • System Keywords One keyword produces one item of data. Keyword Description Format Time Current time on the GX/GP Time Date Current date on the GX/GP Date DateTime Current date and time on the GX/GP DateTimeString Current date and time on the GX/GP Character string...
  • Page 598 Appendix 4 Creating Report Templates • Parameters Parameter Name Format Range Description Notes Report channel number Rxxx GX20/GP20: GX/GP report channel R001 to R100 GX10/GP10: R01 to R50 Report kind Hour – Hourly report – Daily report Week – Weekly report Month –...
  • Page 599 Appendix 4 Creating Report Templates Starting and Ending Dates and Times Use the start date and time and end date and time to specify the parts of the report file’s report data that you will output to the file that you create with the template. You can specify the starting and ending dates (for daily reports) or times (for hourly reports).
  • Page 600 Intermixed Multiple Keyword and Text Device number: $Serial$ File Header: $FileHeader$ ↓ Device number: ABCDEFG File Header: GX20 Report Data Keyword Examples The following examples are for when the hourly report data for report channel R001 is 101, 102, 103, 104, and 105 and the hourly report data for report channel R002 is 201, 202, 203, 204, 205, and 206.
  • Page 601 Index Creating Report Templates for PDF Report Files and Printer Output To create a report template, use the editing tool provided by YOKOGAWA to enter keywords and text in the cells of table. Keywords specify the type of data that will be entered into a cell. Text are output as they are in reports.

  • Page 602: Appendix 5 Power Recovery Operation

    Appendix 5 Power Recovery Operation This section explains how the GX/GP operates when it recovers from a power failure. Power Failure Detection The GX/GP power shuts down when the power is disrupted for the times indicated below. • 100 to 240 VAC: 1 cycle or more •...
  • Page 603 Appendix 5 Power Recovery Operation Communication Operation Communication ports are closed when a power failure occurs. • Reestablish Ethernet connections. • Client function • When Modbus client is in use and a power failure occurs in the middle of a transmission, the data will not be retransmitted. •...

  • Page 604: Appendix 6 Creating Scale Images

    Appendix 6 Creating Scale Images Scale Images In addition to the standard scale, you can display original scales that you create. You can display scale images at the display group level. This feature is useful when you want to use your own scale or need a special scale for nonlinear input signals or other nonstandard signals.
  • Page 605 Appendix 6 Creating Scale Images Scale position of each channel Position of the digital values Trend display direction Number of scale digits to display Displaying the trend screen and capturing image data Display the trend screen group that you want to use the scale image on. Press MENU, tap Universal and then Snap shot.The image data (PNG format) of the trend screen is saved to the SD memory card.
  • Page 606 Appendix 6 Creating Scale Images Create an image only of the area that has been cut out. Area that has been cut out To align the scale position to the positions where the value indicator marks will appear, create guidelines. The lines marked in red on the scale are the guidelines. Erase everything except for the lines marked in red.

  • Page 607: Appendix 7 Computation Examples Using Pulse Input

    Appendix 7 Computation Examples Using Pulse Input Example 1: Pulse Sum Value Sum the pulses applied to channel 0001. Pulse input Time Scan interval 0001 Number of pulses per scan interval TLOG.SUM (Sum) TLOG.PSUM Pulse sum value Expression Assign the computation channel and set the expression. Set the span lower/upper limit and unit according to the application.
  • Page 608 Appendix 7 Computation Examples Using Pulse Input Example 3: Reset When the Pulse Sum Value Exceeds a Certain Value Reset the sum value when the pulse sum value exceeds a specified value (reset value) and carry over the value exceeding the reset value to the sum after the reset. Count the number of resets and calculate the total sum value up to that point. Pulse input Time Scan interval...

  • Page 609: Appendix 8 Terminology

    Appendix 8 Terminology This section explains the terminology related to the GX/GP. Term Explanation Notes Display data Waveform data that is displayed on the GX/GP screen. It is a recording of measured data sampled at the display data sampling interval. Event data Event data is a recording of measured data at a specified recording interval.
  • Page 610 Blank...
  • Page 611 Index Index Symbols 2ch mode ................1-121 FAIL relay ................1-209 10ch mode ................1-121 File format................1-147 File type ................1-125 Free ..................1-127 Function key ................. 2-68 Acknowledging all alarms ............. 1-78 Acknowledging individual alarms........ 1-78, 2-66 Action on math start............1-159 Activating modules ...............
  • Page 612 Index Over range................1-52 Watchdog timer ..............1-174 Write group ................1-116 Partial ........1-46, 1-68, 1-104, 1-115, 1-178 PC system requirements ............3-2 PDF electronic signature ............ 1-153 PDF report files..............1-157 Power-fail message .............1-116 Pre-trigger................1-128 Recommended replacement periods for worn parts..... 5-19 Reconfiguring ..............
  • Page 613 ● A module type is seven types, an analog input, a module and program control function (/PG option). analog output, a digital input, a digital output, a Up to 32 time events and 32 PV events can be set digital input/output, a pulse input, and a PID control. for each segment. ● Up to 6 units of expandable I/O units and GM sub units can be connected to the GX10/GX20. Each For PID control module, PID control function, and expandable I/O and GM sub unit can incorporate a program control function (/PG), see the GX90UT maximum of six modules. With expandable I/O, GM PID Control Module General Specifications (GS sub unit connected, GX10 and the large memory 04L53B01-31EN) type GX20 can use multiple channels.
  • Page 614 16.67ms or more, General operating conditions: 23±2 ºC, 55±10% RH, supply voltage 90–132, 180–264 VAC, supply frequency within 50/60 Hz ±1%, warm-up of 30 minutes or more, no vibrations or other hindrances to performance. *2 For the measuring accuracy (guaranteed), see the module's general specifications (GS04L53B01-01EN). *3 These values do not include the reference junction compensation accuracy. rdg: reading value. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 615 All historical trends can be displayed in one screen. ● Bar graph display Direction: Vertical or horizontal Scale: Display a scale for each channel Color scale band, and alarm point marks can be displayed on the scale. ● Digital display Displays measured values numerically A DI input state can be displayed as an arbitrary character string (0=Off/1=On, etc.) Update rate: 0.5 s All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 616 Analog output: 01 to 04 the corresponding section on the historical trend PID control Input, output: 01 to 26 display. Slot number; GX10: 0 to 2, GX20: 0 to 9 ● Message summary display Expandable I/O/GM sub unit: 0 to 5 Time and content of up to 500 messages Unit number;...
  • Page 617 Description: Instantaneous value per recording *2 Number of channels that can be recorded is the interval same for scan group 1 and scan group 2. • Recording intervals: Determined by the scan interval, recording data type (display data/display data + event data) • Number of channels that can be recorded: Measurment mode: Normal All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 618 • Individual alarm ACK function: Clock Functions Alarm display and relay output can be cancelled on individual alarms • Clock: With a calendar function • Accuracy: ± 5 ppm (0 to 50°C), excluding a delay (of 1 second, maximum) caused each time the power is turned on. • Time difference between units: ±2ms max. (time difference between a GX and I/O Base Unit (Expandable I/O)) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 619 9100. The screen layout can be determined independently of the screen of the GX main unit. Number of the simultaneous connection: Max. 4 • SNTP client: Inquires the time to the SNTP server and sets the GX. • SNTP server: Outputs the GX time. Time resolution: 5 ms • DHCP client: Automatically obtain the network address settings from the DHCP server. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 620 Normal Maximum voltage operation 100 V AC GX10: 16 VA GX10: 20 VA GX10: 48 VA GX20: 28 VA GX20: 34 VA GX20: 90 VA 240 V AC GX10: 24 VA GX10: 30 VA GX10: 60 VA GX20: 38 VA GX20: 45 VA GX20: 110 VA The following combinations are assumed for LCD backlight off and normal operation. GX10: 1 AI module, 1 DO module, 1 DI module GX20: 5 AI modules, 4 DO modules, 1 DI module • Module power supply voltage: The total allowable power consumption of respective modules is up to 6 W in the GX10 and up to 20 W in the GX20. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 621 *1 Installation category (overvoltage category) II: when installing the panel mount and wall mount. Describes a number which defines a transient • Altitude: 2000 m or less overvoltage condition. • Installation location: Indoors Implies the regulation for impulse withstand • Warm-up time: At least 30 minutes after power voltage. “II” applies to electrical equipment which is supplied from the fixed installation like a distribution board. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 622 I/O module (slot 1) I/O module (slot 0) Power supply terminal RS-422A/485 terminal (/C3) or RS232 terminal (/C2) USB port (/UH) Ethernet port FAIL/STATUS terminal (/FL) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 623 USB port (/UH) • Module limitations Ethernet port PID control modules are not supported. FAIL/STATUS terminal (/FL) VGA output terminal (/D5) Precautions to Be Taken While Wiring With a screw terminal, we recommend that you use a crimp-on lug with an insulation sleeve (M4 for power supply wiring, M3 for signal wiring). Recommended signal wiring crimp-on lug N1.25-MS3 (JST Mfg. Co., Ltd.) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 624 (viewing data • Number of data allocations of and writing data to communication GX20 ： 300 channels), and button operations (writing GX10 ： 50 numeric values, operating bits, switching screens, and executing communication commands) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 625 Channel data: Measurement channels (0001 to If the lower limit mantissa is a value other 6516), mathematical channels (GX10: A001 to than 1.00, the value must be between A050, GX20-1: A001 to A100, GX20-2: A001 to 1.01E–15 and 9.99E+14, the difference A200), Communication channels (GX10: C001 between the exponents must be 1 or more to C050, GX20-1: C001 to C300, GX20-2: C001 and the maximum decades is 15.
  • Page 626 Master scan interval bar code: The entered text can be executed as a Required to record data from EtherNet/IP (/ communication command. E1), Modbus devices, or PCs on the GX and to • Power supply: 5 V ±10%, 500 mA *1 write data in the remote device from the GX via *1: Devices which need more than 500 mA total bus power Modbus. for 2 ports cannot be connected at the same time. For low powered devices (bus power < 100 mA): 5V ± 5% For high powered devices (bus power < 500 mA): 5V ± 10% All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 627 Subscription CreateSubscription, batch and those set as recording channels are ModifySubscription, recorded to data files. DeleteSubscriptions, Publish, • Batch single settings: Group, trip line, file header, Republish, data file name, text field, batch number, lot SetPublishingMode number • Measurement mode limitations High speed and Dual interval measurement modes are not supported. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 628 (SC), current integration timer value (SN), counter contact (CS), counter coil (CC), current counter value (CN), special link relay (SB), special link register (SW), direct access input (DX), direct access output (DY), index register (Z), file register (R, ZR), extended data register (D), extended link register (W) Device code is indicated in parentheses. Program control function (/PG) See GX90UT PID Control Module General Specifications (GS 04L53B01-31EN) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 629 • If the measurement mode is Dual interval, GX90UT is not detected. Limit to the Number of Measurement Channels The following limitation applies to the number of channels that can measure at scan intervals shorter than 100 ms. If the measurement mode is Dual interval, the limitation applies at the scan group level. However, there are scan intervals you cannot set. ● Measurement mode is High speed GX10 Channel Scan interval 1 ms 2 ms 5 ms 10 ms 20 ms 50 ms Input/output math – communication – Report – All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 630 50 ms Input.output – – math – – communication – – Report – – GX20-2 Channel Scan interval 1 ms 2 ms 5 ms 10 ms 20 ms 50 ms Input.output math communication Report All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 631 Show dual interval integrated link view Free + Free   Free + Trigger (single/repeat) – – Trigger (single/repeat) + Trigger (single/ – – repeat) Link dual interval waveform: A function that searches a folder for and displays the file that forms a pair with the displayed file. Show dual interval integrated link view: A function that displays from the result of Search Open one of the files that forms a pair and displays both trends when it is clicked. PID program pattern setting from the Web application You cannot set from the Web application. Hardware Configurator is required for setting program patterns. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 632 Both settings can be made using browsers such as Internet Explorer 11. Windows 7 Home Premium SP1 (32-bit and 64-bit Editions) Professional SP1 (32-bit and 64-bit Editions) Windows 8.1 Update Pro Update Windows 10 Home (32-bit and 64-bit Editions) Pro (32-bit and 64-bit Editions) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 633 /CR11 With digital I/O module, (Output:6, Input:16) *7 *8 *9 *16 /CR20 With digital I/O module, (Output:12, Input:0) /CR21 With digital I/O module, (Output:12, Input:16) *6 *9 *16 /CR40 With digital I/O module, (Output:24, Input:0) /CR41 With digital I/O module, (Output:24, Input:16) *6 *9 *16 *1 /C2 and /C3 cannot be specified together. *2 /D5 can be specified only for the GX20. *3 Only one option can be specified. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 634 Model Description Dummy cover B8740CZ DXA170 DAQStudio Windows 7/8/8.1/10 Validation Documents (For /AS option) *1 773230 GA10 Data Logging Software Windows 7/8.1/10 Windows Server Provision of Validation Documents 2008/2012/2016 A license sheet containing the license key required for installation is provided. Download the validation document from the following URL. http://www.smartdacplus.com/software/en/ All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 635 Adobe Reader 7 or later by Adobe Systems. URL: www.smartdacplus.com/manual/en/ Product Purchase Specifications The GX10/GX20 is composed of the main unit, I/O modules, Expandable I/O, and Expansion module. There are two ways to purchase I/O modules. One way is to purchase them individually by specifying models GX90XA, GX90XD, GX90YD, GX90WD, and GX90XP, GX90YA, GX90UT. The other way is to purchase them as an option (/UCxx or /USxx). Purchasing them as an option is convenient, but this places limitations on the number of analog inputs that you can obtain. If you want to use more than 50 channels, please purchase the I/O modules individually. To connect expandable I/O (GX60), GM sub unit to GX10 or GX20, you must purchase one unit of expansion module (GX90EX) for GX10/GX20 in addition to the expandable I/O, GM sub unit. Trademarks The TCP/IP software used in this product and the document for that TCP/IP software are based in part on BSD networking software, Release 1 licensed from The Regents of the University of California. • SMARTDAC+ and SMARTDACPLUS are trademarks of Yokogawa Electric Corporation. • Microsoft, MS and Windows are registered trademarks of Microsoft Corporation USA. • Pentium are registered trademarks of Intel Corporation. • Modbus is a registered trademark of AEG Schneider. • Kerberos is a trademark of MIT. • Java and Java-related trademarks are trademarks or registered trademarks of Sun Microsystems, Inc. in the United States and/or other countries. • Other company and/or product names are registered trade mark of their manufactures. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L51B01-01EN June. 14, 2017-00...
  • Page 636 ● The intuitive operation by flick, pinch in, and pinch and style number 2. out are possible. Release number: firmware ID number ● The past trend under recording can be seamlessly Style number: hardware ID number displayed on a trend screen. ● Moreover, the measurement data of the time specified on the calendar screen can be searched and displayed. Yokogawa Electric Corporation GS 04L52B01-01EN 2-9-32, Nakacho, Musashino-shi, Tokyo, 180-8750 Japan ©Copyright Octorber 2012 16th Edition June. 14, 2017...
  • Page 637 ± (0.02 % of rdg + 0.2 °C ) For details on expandable I/O units and GM sub Pt100 ± (0.02 % of rdg + 0.16 °C) units, see the respective General Specifications (high resolution) (GS 04L53B00-01EN, GS 04L55B01-01EN). *1 Applies to GX90XA-10-U2, A/D integration time 16.67ms or more, General operating conditions: 23±2 ºC, 55±10% RH, supply voltage 90–132, 180–264 VAC, supply frequency within 50/60 Hz ±1%, warm-up of 30 minutes or more, no vibrations or other hindrances to performance. *2 For the measuring accuracy (guaranteed), see the module's general specifications (GS04L53B01-01EN). *3 These values do not include the reference junction compensation accuracy. rdg: reading value All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 638 All historical trends can be displayed in one screen. ● Bar graph display Direction: Vertical or horizontal Scale: Display a scale for each channel Color scale band, and alarm point marks can be displayed on the scale. ● Digital display Displays measured values numerically A DI input state can be displayed as an arbitrary character string (0=Off/1=On, etc.) Update rate: 0.5 s All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 639 GP10, GP20-1: 500 MB The display switches in ascending group order. GP20-2: 1.2 GB External storage medium: • Medium SD card (SD/SDHC) (up to 32 GB) • Format: FAT32 or FAT16 Data type: • Display data, Event data, Alarm summary data, Manual sampled data, Screen image data, Setup data, and Report data All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 640 200 ms Event data: 500 ms • Target: Measurement (input/output module)/ math/communication channels, alarm summary, 1 s or longer message summary, operation log *1 Total number including I/O channels, math Description: Instantaneous value per recording channels, and communication channels interval *2 Number of channels that can be recorded is the • Recording intervals: Determined by the scan same for scan group 1 and scan group 2. interval, recording data type (display data/display data + event data) • Number of channels that can be recorded: Measurment mode: Normal All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 641 • Data format: text • Reflash: The duration for which the reflash relays • Output/read destination (for saving/loading): are deactivated can be set to 500 ms, 1 s, or 2 s. External medium • Individual alarm ACK function: Clock Functions Alarm display and relay output can be cancelled on individual alarms • Clock: With a calendar function • Accuracy: ± 5 ppm (0 to 50°C), excluding a delay (of 1 second, maximum) caused each time the power is turned on. • Time difference between units: ±2ms max. (time difference between a GP and I/O Base Unit (Expandable I/O)) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 642 • Web server: Web application, GP real-time • Snapshot Data can be printed out with any monitoring and setting changes/operations can LAN-connected printer supporting the HP PCL5c be performed with the Web browser. language and the port 9100. Number of the simultaneous connection: Max. 4 • SNTP client: Inquires the time to the SNTP server and sets the GP. • SNTP server: Outputs the GP time. Time resolution: 5 ms • DHCP client: Automatically obtain the network address settings from the DHCP server. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 643 GP20: 38 VA GP20: 45 VA GP20: 110 VA can assign a desired function is provided. It can be assigned to an event triggered by the event The following combinations are assumed for LCD action function. backlight off and normal operation. • Firmware update function: The Web application, GP10: 1 AI module, 1 DO module, 1 DI module the IO module, or the expansion module GP20: 5 AI modules, 4 DO modules, 1 DI module firmware can be updated by operating GP. • Module power supply voltage: The total allowable power consumption of respective modules is up to 6 W in the GP10 and up to 20 W in the GP20. • Allowable interruption time: Less than 1 cycle of the power supply frequency [Power supply suffix code: 2] • Rated supply voltage: 12 VDC • Allowable power supply voltage range: 10 to 20 All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 644 • C-Tick: EN55011 compliance, Class A Group 1 direction • KC marking: Electromagnetic wave interference • Mounting position: Can be inclined up to 30 prevention standard, electromagnetic wave degrees backward. Left and right horizontal protection standard compliance when installing the panel mount and wall mount. *1 Installation category (overvoltage category) II: • Altitude: 2000 m or less Describes a number which defines a transient • Installation location: Indoors overvoltage condition. • Warm-up time: At least 30 minutes after power Implies the regulation for impulse withstand voltage. “II” applies to electrical equipment which is supplied from the fixed installation like a distribution board. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 645 Screw terminal (Power supply code:1) Power supply, Inlet (Power supply code:1) RS-422A/485 terminal (/C3) or RS232 terminal (/C2) USB port (/UH) Ethernet port FAIL/STATUS terminal (/FL) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 646 Precautions to Be Taken While Wiring • Audit trail function: With a screw terminal, we recommend that you use a crimp-on The operation log, the settings change log and lug with an insulation sleeve (M4 for power supply wiring, M3 for the settings file when the change was made are signal wiring). Recommended signal wiring crimp-on lug saved. N1.25-MS3 (JST Mfg. Co., Ltd.) • Measurement mode limitations High speed and Dual interval measurement modes are not supported. • Module limitations PID control modules are not supported. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 647 (internal switch operable), energy, high-frequency wave, etc. numeric value operations (viewing data • Number of data allocations of and writing data to communication GP20 ： 300 channels), and button operations (writing GP10 ： 50 numeric values, operating bits, switching screens, and executing communication commands) • Text components (labels) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 648 (GP10: RC001 to RC050, GP20-1: C001 and delay low limit to C300,GP20-2: RC001 to RC500),Constants: • Alarm setting range: The range converted into K001 to K100, Variable constant: W001 to W100, the LOG scale corresponding to -5% to 105% of Internal switch: S001 to S100, Flag: F01 to F20, the span width. Recording state (REC01), Integer data: Z000 to • Alarm hysteresis: Fixed to 0 Z999 All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 649 • Number of set points: 2 to 12 Note) Depending on the measurement mode, there is a limit to the number of communication channels • Notification contents at scan intervals shorter than 100 ms. See Title, Notification message, Due date “Limitations.” Notification buzzer can be sounded. • Scan interval Measurement mode Scan interval Normal Scan interval High speed Scan interval Dual interval Master scan interval Required to record data from EtherNet/IP (/ E1), Modbus devices, or PCs on the GP and to write data in the remote device from the GP via Modbus. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 650 Device code is indicated in parentheses. Measurement value, alarm status, and alarm Program control function (/PG) value Computation value, alarm status, and alarm See GX90UT PID Control Module General value Specifications (GS 04L53B01-31EN) Communication value, alarm status, and alarm value Batch information PV, SP, OUT, R/S, A/M/C, R/L, Alarm status in loop • Data writing: Measurement channel (DO channel only), communication channel, alarm value, batch information, OUT, R/S, A/M/C, R/L • Other acquired information: Device name, serial number, time, device status • Port number: 4840 (changeable: 1 to 65535) • Number of items: GP10: 100 max. (MonitoredItem/Session) GP20: 300 max. (MonitoredItem/Session) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 651 • If the measurement mode is High speed, a GX90XD or GX90WD module can be installed in the system. • If the measurement mode is High speed, only GX90XA-04-H0 (high-speed AI), GX90XD (DI), and GX90WD (DIO) are detected. DI and DIO are fixed to remote mode. Measurement and recording are not possible. • If the measurement mode is Dual interval, GX90UT is not detected. Limit to the Number of Measurement Channels The following limitation applies to the number of channels that can measure at scan intervals shorter than 100 ms. If the measurement mode is Dual interval, the limitation applies at the scan group level. However, there are scan intervals you cannot set. ● Measurement mode is High speed GP10 Channel Scan interval 1 ms 2 ms 5 ms 10 ms 20 ms 50 ms Input/output math – communication – Report – All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 652 50 ms Input.output – – math – – communication – – Report – – GP20-2 Channel Scan interval 1 ms 2 ms 5 ms 10 ms 20 ms 50 ms Input.output math communication Report All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 653 Show dual interval integrated link view Free + Free   Free + Trigger (single/repeat) – – Trigger (single/repeat) + Trigger (single/ – – repeat) Link dual interval waveform: A function that searches a folder for and displays the file that forms a pair with the displayed file. Show dual interval integrated link view: A function that displays from the result of Search Open one of the files that forms a pair and displays both trends when it is clicked. PID program pattern setting from the Web application You cannot set from the Web application. Hardware Configurator is required for setting program patterns. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 654 File conversion to ASCII or MS-Excel format • Signin function Operating environment Web application/Hardware configurator • Online setting on Web browser (IE) Type • Offline setting on Web browser (IE) Windows 7 Home Premium SP1 (32-bit and 64-bit Both settings can be made using browsers such as Editions) Internet Explorer 11. Professional SP1 (32-bit and 64-bit Editions) Windows 8.1 Update Pro Update Windows 10 Home (32-bit and 64-bit Editions) Pro (32-bit and 64-bit Editions) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 655 Power cord NBR standard Screw terminal, power cord not included Optional features Aerospace heat treatment Advanced security function (Part 11) Multi-batch function RS-232 RS-422/485 Custom display VGA output EtherNet/IP communication (PLC communication protocol) WT communication OPC-UA server SLMP communication (Mitsubishi PLC) Fail output, 1 point Log scale Mathematical function (with report function) *18 *19 Communication channel function Program control function USB interface (Host 2 ports) All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 656 To confirm the current available languages, please visit the following website. URL: http://www.yokogawa.com/ns/language/ *11 Universal type (Type Suffix Code: -U2). If you need the electromagnetic relay type (Type Suffix Code: -T1), current (mA) input type (Type Suffix Code: -C1), Low withstand voltage relay, type (Type Suffix Code: -L1), High-speed universal type (Type Suffix Code: -H0), 4-wire RTD/resistance type (Type Suffix Code: -R1), purchase it separately. *12 Large memory type can be specified only for the GP20. *13 To connect an expandable I/O, GM sub unit, you will need one expansion module for the GP. *14 /MC must be separately specified when the WT communication is selected. *15 Creating custom displays requires DXA170 DAQStudio (sold separately). (GP does not have a creation function.) *16 Power code can be specified the suffix code D, F, R, Q, H, or N.. *17 12 V DC power supply can be specified only for the GP10 without power code (suffix code: W). *18 Optional code /MT (MATH) required if using the GX90XD's or GX90WD's pulse input. *19 The /MT option (computation) is required to perform pulse integration on GX90XP pulse input modules. *20 If you want to write from a PLC to the GP via EtherNet/IP communication, a separate communication channel (/MC) is required. *21 If you want the GP to load data from SLMP servers via SLMP communication, a separate communication channel (/MC) is required. *22 If you want to load data from other devices into the GP using Modbus client, a communication channel (/MC) is required. *23 When the advanced security function is set to ON, the scan interval is set to 100 ms or longer. In addition, the dual interval function and PID modules cannot be used. *24 When the multi-batch function is set to ON, the scan interval is set to 500 ms or longer. In addition, the dual interval function cannot be used. *25 A PID control module is required to use the program control function. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 657 Dummy cover B8740CZ Model Description Validation Documents (For /AS option)*1 773230 DXA170 DAQStudio software Windows 7/8/8.1/10 Provision of Validation Documents GA10 Data Logging Software Windows 7/8.1/10 A license sheet containing the license key Windows Server required for installation is provided. 2008/2012/2016 Download the validation document from the following URL. http://www.smartdacplus.com/software/en/ All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 658 URL: www.smartdacplus.com/manual/en/ Product Purchase Specifications The GP10/GP20 is composed of the main unit, I/O modules, Expandable I/O, and Expansion module. There are two ways to purchase I/O modules. One way is to purchase them individually by specifying models GX90XA, GX90XD, GX90YD, GX90WD and GX90XP, GX90YA, GX90UT. The other way is to purchase them as an option (/UCxx or /USxx). Purchasing them as an option is convenient, but this places limitations on the number of analog inputs that you can obtain. If you want to use more than 50 channels, please purchase the I/O modules individually. To connect expandable I/O (GX60), GM sub unit to GP10 or GP20, you must purchase one unit of expansion module (GX90EX) for GP10/GP20 in addition to the expandable I/O, GM sub unit. Trademarks The TCP/IP software used in this product and the document for that TCP/IP software are based in part on BSD networking software, Release 1 licensed from The Regents of the University of California. • SMARTDAC+ and SMARTDACPLUS are trademarks of Yokogawa Electric Corporation. • Microsoft, MS and Windows are registered trademarks of Microsoft Corporation USA. • Pentium are registered trademarks of Intel Corporation. • Modbus is a registered trademark of AEG Schneider. • Kerberos is a trademark of MIT. • Java and Java-related trademarks are trademarks or registered trademarks of Sun Microsystems, Inc. in the United States and/or other countries. • Other company and/or product names are registered trade mark of their manufactures. All Rights Reserved. Copyright © 2012, Yokogawa Electric Corporation GS 04L52B01-01EN June. 14, 2017-00...
  • Page 659 GM is High speed, expandable I/O units cannot be installed in the GX/GP/GM. GX60 Power inlet type GX90EX Expansion Module The expansion module is installed in the GX10/GX20/ GP10/GP20, GX60, GM main unit, and GM sub unit. [If GX90EX expansion module is installed in the GX/GP or I/O base unit] ● The expansion module, which is supported by...
  • Page 660 Pulse input: 01 to 10 Analog output: 01 to 04 PID control, input/output: 01 to 26 Slot number; 0 to 5 Unit number; 1 to 6 All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B00-01EN June. 14, 2017-00...
  • Page 661 (1.89) 6-Φ5 hole (6-Φ0.2) hole 147 (5.79) Unit: mm (approx. inch) Unless otherwise specified, tolerance is ±3% (however, tolerance is ±0.3 mm when below 10 mm). All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B00-01EN June. 14, 2017-00...

  • Page 662: Communication Functions

    Master / Slave Functions Can be set to master mode (when installed in the GX/ GP or GM main unit), or slave mode (when installed in the GX60 or GM sub unit) using the DIP switches. 10 Mbps Fixed Mode Can be set to the 10 Mbps fixed mode using the DIP switches. Mounting Can be mounted in the GX/GP, GX60, GM main unit, and GM sub unit. • Mounting position: GX10/GP10: Slot 2 GX20/GP20: Slot 9 GX60: EXT slot GM main unit: Leftmost position GM sub unit: Next to the power supply module All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B00-01EN June. 14, 2017-00...
  • Page 663 • Shock: 392 m/s maximum (in packaged Construction condition) • Front panel (terminal): Water and dust-proof, Effects of Operating Conditions Complies with IEC529-IP20 None • Material: Polycarbonate • Color; Front: Charcoal grey light (Munsell 10B3.6/0.3 equivalent) Bezel: Smoke blue (Munsell 4.1PB6.0/4.5 equivalent) • Dimensions: 45.2 mm(W) x 111 mm(H) x 107.1 mm(D) (D: including terminal cover) • Weight: Approx. 0.18 kg All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B00-01EN June. 14, 2017-00...

  • Page 664: Standard Accessories

    When ordering the GX60, GX90EX gets its own QIC (one QIC per unit). When ordering the expansion modules separately, each module gets its own QIC (one QIC per module). User's Manual Product user's manuals can be downloaded or viewed at the following URL. To view the user's manual, you need to use Adobe Reader 7 or later by Adobe Systems. URL: www.smartdacplus.com/manual/en/ Trademarks The TCP/IP software used in this product and the document for that TCP/IP software are based in part on BSD networking software, Release 1 licensed from The Regents of the University of California. • SMARTDAC+ and SMARTDACPLUS are registered trademarks of Yokogawa Electric Corporation. • Microsoft, MS and Windows are registered trademarks of Microsoft Corporation USA. • Pentium are registered trademarks of Intel Corporation. • Modbus is a registered trademark of AEG Schneider. • Other company and/or product names are registered trade mark of their manufactures. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B00-01EN June. 14, 2017-00...
  • Page 665 23±2 ºC, 55±10% RH, supply voltage 90–132, mount two modules. This enables efficient channel 180–264 V AC, power frequency within 50/60 configuration. Hz ±1%, warm-up of 30 minutes or more, no ● GX90XP pulse input module can receive up to 10 vibrations or other hindrances to performance. pulse inputs. The maximum input frequency is 20 For the measuring accuracy (guaranteed), kHz. The module can be used to integrate pulse see the module’s general specifications (GS signals from flowmeters or the like.* 04L53B01-01EN). * Integration requires the math function (/MT option). These values do not include the reference junction compensation accuracy. Yokogawa Electric Corporation GS 04L53B01-01EN 2-9-32, Nakacho, Musashino-shi, Tokyo, 180-8750 Japan ©Copyright April 2014 8th Edition May. 19, 2017...
  • Page 666 – – – – –       • Input range: -5% or more and 105% or less (accuracy is guaranteed in the range from 0% to 100% inclusive) • Operation mode It is possible to switch to a mode that makes measurements by reducing the supply frequency noise. Suffix Code Operation mode 2 ch Only, Low noise mode or 10 ch Normal mode 2 ch Only, Low noise mode or 10 ch Normal mode – – – 2 ch Only, Low noise mode or 6 ch Normal mode All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 667 However, accuracy at less than 300.0°C is not However, accuracy at less than 300.0°C is not guaranteed. guaranteed. N(AWG14) 1300.0°C ±(0.2 % of rdg + 1.3°C) ±(0.5% of rdg + 7.0°C) 0.1°C XK GOST -200.0 600.0°C ±(0.25 % of rdg + 0.8°C) ±(0.5% of rdg + 4.0°C) 0.1°C All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 668 Resistance 20 Ω (Meas- 20.000 Ω ±(0.05 % of rdg + 0.007Ω) ±(0.1 % of rdg + 0.025Ω) 0.001Ω (4-wire) ured current: 1 mA) 200 Ω (Meas- 200.00 Ω ±(0.05 % of rdg + 0.03Ω) ±(0.1 % of rdg + 0.15Ω) 0.01Ω ured current: 1 mA) 2000 2000.0 Ω ±(0.05 % of rdg + 0.3Ω) ±(0.1 % of rdg + 1.0Ω) 0.1Ω Ω(Measured current: 0.25 All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 669 Max. resolution Input Type Range Measurement range A/D integration time: 16.7ms or more A/D integration time: 1.67ms of digital display Level Threshold level (Vth=2.4 V) Accuracy: ±0.1 V Contact Less than 1 kΩ: 1(ON), More than 100 kΩ: 0(OFF) (parallel capacitance of 0.01 μF or less) rdg: Reading value All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 670 However, accuracy at less than 300.0°C is not guaranteed. guaranteed. N(AWG14) 1300.0°C ±(0.05 % of rdg + 0.7°C) ±(1.0% of rdg + 4.0°C) 0.1°C XK GOST -200.0 600.0°C ±(0.05 % of rdg + 0.5°C) ±(0.1% of rdg + 2.5°C) 0.1°C Less than 0.0°C: ±(0.2 % of rdg + 0.5°C) Less than 0.0°C: ±(1% of rdg + 2.5°C) All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 671 *17 Pt50: JIS C1604, JIS C1606 *18 Cu10 GOST: One-tenth of Cu100 GOST resistance value *20 Cu50 GOST, Pt46 GOST: GOST 6651-94 *20 Cu100 GOST, Pt100 GOST: GOST 6651-2009 *21 The detected current value is approx. 10 μA. *22 10 channel mode with scan interval set to 500 ms or higher, or 2 channel mode *23 10 channel mode with scan interval set to 100 ms or 200 ms Measurement accuracy at scaling: measurement accuracy at scaling (digits) = measurement accuracy (digits) x scaling span (digits)/measurement span (digits) + 2 digits * Rounding up decimal places All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 672 50/60Hz, The peak value including the signal. 4-wire RTD/resistance stopped (High-speed universal type) R esistance (2000 Ω), RTD (100 Ω, 500 Ω 250 Ω (249.5 Ω typ) for DC mA 1000 Ω system): 50 mV peak * typ: Typical value (Typical) R esistance (200 Ω), RTD (10 Ω, 25 Ω 50 Ω • Allowable signal source resistance: 2 kΩ or less system): 10 mV peak for TC/DC voltage (1 V range or less) input Resistance (20 Ω): 4 mV peak • Effect of signal source resistance: • Normal mode current (current (mA) input type): ±10 μV/1kΩ or less for TC/DC voltage (1 V range 24 mA DC (Value converted to voltage: 6V) or less) input * 50/60 Hz, The peak value including the signal. ±0.15 % of rdg/1kΩ or less for DC voltage (2 V range or more)/standard signal input All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 673 Mode: Can be switch internal or external (Settable for each channel) 36.67 ms (Set the value of the compensation temperature 100 ms at external) • Input calculation: Low withstand voltage relay type Linear scaling, square root*, differential Scan interval Integration time calculations (Settable for each channel) Not available for the 4-wire RTD/resistance type 500 ms or more 16.67 ms/20 ms • Bias function: 36.67 ms Can be set the bias value to be added to the input value (Settable for each channel) 100 ms • Terminal type: M3 screw terminal or Clamp terminal All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 674 Pollution degree 2 GX90XA-10-L1: 0.7 W or less Measurement category II GX90XA-04-H0: 2.0 W or less EN61010-2-201 compliance GX90XA-06-R1: 0.7 W or less • EMC Regulatory Arrangement in Australia and New Zealand (RCM): EN55011 compliance, Class A Group 1 • KC marking: Electromagnetic wave interference prevention standard, electromagnetic wave protection standard compliance All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 675 CH4(+/A) CH5( /b)*1 CH5(-/B) CH5(+/A) CH6( /b)*1 CH6(-/B) CH6(+/A) CH7( /b)*1 CH7(-/B) CH7(+/A) CH8( /b)*1 CH8(-/B) CH8(+/A) CH9( /b)*1 CH9(-/B) CH9(+/A) CH10( CH10(-/B) CH10(+/A) /b)*1 There are no symbol indications for the electromagnetic relay type, current (mA) input type, or low withstand voltage relay type. RTD input terminal b is shorted internally across all channels. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 676 Not Used Not Used CH3(+/B) Not Used CH3(-/b) Not Used CH3( /A) Not Used Not Used Not Used CH4(+/B) Not Used CH4(-/b) Not Used CH4( /A) Not Used All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 677 (In case of current (mA) input type, ± (0.075% of rdg + 0.05% of range) or below.) KpvsAu7Fe, PR20-40: ±(0.05% of rdg + 0.1%) or below, Cu10Ω system or less: ±(0.2% of rdg + 0.1 °C) or below No reference contact accuracy is guaranteed. • Influence of power supply voltage variation: Accuracy is satisfied in the range of rated power 43.8(1.72) supply voltage. 45.2(1.78) • Influence of external magnetic field: Variations against an AC external magnetic field (50/60 Hz, 400 A/m) are ±(0.1% of rdg+ 0 .1%) or below. Installation limitations If you want to use the electromagnetic relay type or high-speed universal type modules on a GM10 single unit, up to eight modules can be installed. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 678 • WEEE Directive: Compliant 125Hz (The chattering filter: On) • Min. detection pulse width: Low (close), High (open), both is 2 ms or more • Pulse detection period: 1 ms • Pulse measuring accuracy: ±1 pulse • Pulse count interval: mesurement interval • Filter: The chattering filter can be switched On/ Off *. * When the chattering filter is off, connect GX/GP/GM so that it is not affected by the noise. *1 MATH function (optional code /MT) is required. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 679 DI13 module is mounted. DI14 GX Specifications: GS 04L51B01-01EN DI15 GP Specifications; GS 04L52B01-01EN I/O Base Unit (Expandable I/O): GS 04L53B00- DI16 01EN COM2 COM1 GM Specifications: GS 04L55B01-01EN Transport and Storage Conditions Same as the GX90XA. Installation limitations When the measurement mode is High speed, a single module, either this module or the GX90WD, can be installed. DI input is fixed to remote mode. Measurement and recording are not possible. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 680 Installation category II Digital output CH4 Pollution degree 2 Digital output CH5 Not included in the measurement category Digital output CH6 EN61010-2-201 compliance Functional insulation • EMC Regulatory Arrangement in Australia and New Zealand (RCM): EN55011 compliance, Reinforced insulation Class A Group 1 All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 681 GX Specifications: GS 04L51B01-01EN GP Specifications; GS 04L52B01-01EN I/O Base Unit (Expandable I/O): This General Specifications GM Specifications: GS 04L55B01-01EN Transport and Storage Conditions Same as the GX90XA. Installation limitations Up to a total of 10 GX90WD digital input/output modules and GX90UT PID control modules can be installed. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 682 125 Hz (The chattering filter: On) • Min. detection pulse width: Low (close), High (open), both is 2 ms or more • Pulse detection period: 1 ms • Pulse measuring accuracy: ±1 pulse • Pulse count interval: mesurement interval • Filter: The chattering filter can be switched On/ Off *. * When the chattering filter is off, connect GX/GP/GM so that it is not affected by the noise. *1 MATH function (optional code /MT) is required. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 683 External Dimensions • Dimensions: 45.2 mm(W) x 111 mm(H) x 133.1 mm(D) (D: including terminal cover) M3 screw terminal • Weight: Approx. 0.3 kg Unit: mm (approx. inch) Power Supply Suppy from GX/GP, GX60 expandable I/O, GM90PS power supply module. • Power consumption: 1.6 W or less 43.8(1.72) 45.2(1.78) Normal Operating Conditions All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00...
  • Page 684 Installation limitations • A single module can be installed in each unit. • When using the GX90YD digital input/output modules and GX90UT PID control modules together, up to a total of 10 modules can be installed. • When the measurement mode is High speed, a single module, either this module or the GX90XD, can be installed. DI input is fixed to remote mode. Measurement and recording are not possible. The DO function cannot be used. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00 Subject to change without notice.
  • Page 685 • Withstand voltage: carelessly or in a panel. Between the input terminals and the internal • Install the GX60/GM unit in a panel with a door. circuit: 1500 V AC for 1 minute • The instrumentation panel or panel used for • Insulation resistance: support must comply with CSA/UL/EN 61010- Between the input terminals and the internal 2-201 or must be at least IP1X (degrees of circuit: 20 MΩ or greater at 500 V DC protection) and at least IK09. • WEEE Directive: Compliant All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00 Subject to change without notice.
  • Page 686 − − For normal operating conditions of this module, please refer to the General Specifications of the CH10 device (GX/GP, I/O Base Unit, or GM) that this − − module is mounted. GX Specifications: GS 04L51B01-01EN Negative terminal (common) potential shared GP Specifications: GS 04L52B01-01EN I/O Base Unit (Expandable I/O): GS 04L53B00-01EN GM Specifications: GS 04L55B01-01EN Transport and Storage Conditions Same as the GX90XA. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00 Subject to change without notice.
  • Page 687 Analog output CH4 Pollution degree 2 Functional insulation Not included in the measurement category EN61010-2-201 • EMC Regulatory Arrangement in Australia and New Zealand (RCM): EN55011 compliance, Class A Group 1 • KC marking: Electromagnetic wave interference prevention standard, electromagnetic wave protection standard compliance All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00 Subject to change without notice.
  • Page 688 43.8(1.72) 45.2(1.78) Normal Operating Conditions For normal operating conditions of this module, please refer to the General Specifications of the device (GX/GP, I/O Base Unit, or GM) that this module is mounted. GX Specifications: GS 04L51B01-01EN GP Specifications; GS 04L52B01-01EN I/O Base Unit (Expandable I/O): GS 04L53B00- 01EN GM Specifications: GS 04L55B01-01EN Transport and Storage Conditions Same as the GX90XA. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00 Subject to change without notice.
  • Page 689 Digital Iutput/Output Module* -0806 Number of channels 8 channel DIs, 6 channel DOs Type Open collector/non-voltage contact (shared common), rated 5 VDC; Relay, SPDT (NO-C-NC) Always N Terminal form Screw terminal (M3) Area General If you want to integrate pulse input, a math function (/MT option) is required in the GX/GP/GM main unit. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00 Subject to change without notice.
  • Page 690 User's Manual Product user's manuals can be downloaded or viewed at the following URL. To view the user's manual, you need to use Adobe Reader 7 or later by Adobe Systems. URL: www.smartdacplus.com/manual/en/ Product Purchase Specifications • The GX10/GX20/GP10/GP20 is composed of the main unit, I/O modules, the expandable I/O, and the expansion module. There are two ways to purchase I/O modules. One way is to purchase them individually by specifying models GX90XA, GX90XD, GX90YD, GX90WD, GX90XP, and GX90YA, . The other way is to purchase them as an option (/UCxx or /USxx). Purchasing them as an option is convenient, but this places limitations on the number of analog inputs that you can obtain. If you want to use more than 51 channels, please purchase the I/O modules individually. • The GM is composed of the data aquisition module, the power supply module, the module base, the I/O module, and the expansion module. Please purchase the modules and module base individually. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00 Subject to change without notice.
  • Page 691 Trademarks The TCP/IP software used in this product and the document for that TCP/IP software are based in part on BSD networking software, Release 1 licensed from The Regents of the University of California. • SMARTDAC+ and SMARTDACPLUS are registered trademarks of Yokogawa Electric Corporation. • Microsoft, MS and Windows are registered trademarks of Microsoft Corporation USA. • Pentium are registered trademarks of Intel Corporation. • Ethernet is a registered trademark of XEROX Corporation. • Modbus is a registered trademark of AEG Schneider. • Other company and/or product names are registered trade mark of their manufactures. All Rights Reserved. Copyright © 2014, Yokogawa Electric Corporation GS 04L53B01-01EN May. 19, 2017-00 Subject to change without notice.
  • Page 692 GX90UT PID Control Module General Specifications GX10/GX20/GP10/GP20 Paperless Recorder Data Acquisition System GM Loop Control Function, Program Control Function (/PG Option) GS 04L53B01-31EN  Overview The GX90UT is a PID control module that connects to the GX/GP, expandable I/O units, and GM main units and sub units.
  • Page 693 • First-order lag input filter: on/off switchable (for each channel) Time constant: 1 to 120 s • Reference junction compensation: internal/external switchable (for each channel) • Input calculation: linear scaling, square root o ff, calculation (for each channel)*DC voltage/standard signal • Bias function: Bias to add to input values can be specified (for each channel). All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 694 550.0°C ±(0.05% of rdg+0.6°C) 0.1°C Pt200 WEED -100.0 250.0°C ±(0.05% of rdg+1.0°C) Cu100 GOST -200.0 200.0°C ±(0.05% of rdg+0.3°C) 0.1°C Pt46 GOST -200.0 550.0°C ±(0.05% of rdg+0.6°C) 0.1°C Pt100 GOST -200.0 600.0°C ±(0.05% of rdg+0.3°C) 0.1°C rdg: reading All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 695 Ni120: McGRAW EDISON COMPANY Pt50: JIS C1604, JIS C1606 Cu100 GOST, Pt100 GOST: GOST 6651-2009 Cu50 GOST, Pt46 GOST: GOST 6651-94 J263B: YOKOGAWA J263*B Pt25: 1/4 the JPt100 resistance Cu10 GOST: 1/10 the Cu100 GOST resistance Detected current value: approx. 10 μA Measuring accuracy when scaling: Measuring accuracy when scaling (digits) = measuring accuracy (digits) × scaling span (digits)/measurement span (digits) + 2 digits * Fractions rounded up All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 696 • Between digital input terminals and internal circuit: *3 Measurement category II (CAT II): Available in the 1500 V AC for 1 minute testing and measuring circuits directly connected • Between digital output terminals and internal circuit: to a usage location (receptacle or the like) of a 1500 V AC for 1 minute low-voltage main power supply facility. Appliances, portable equipment, etc. All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 697 Symbol Symbol Symbol • Effects of power fluctuation: Meets the accuracy specifications in the rated power supply range DI-COM • Effects of magnetic field: Fluctuation in response to a magnetic field of AC (50/60 Hz) 400 A/m is ±(0.1% of rdg + 0.1% of range) DO-COM or less. AI1( /A) AI1(-/b) AI1(+/B) AI2( /A) AI2(-/b) AI2(+/B) N.C. AO1(-) AO1(+) N.C. AO2(-) AO2(+) All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 698 AO2: PV/SP/OUT/EXPV can be output as analog signals through configuration. DO1 to DO8: Alarm output and status output are possible Split computation through configuration. Output format setting DO1 to DO8 Control output All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 699 Retransmission output OUT2 Scaling Retransmission output (OUT2 selected) (Not OUT) (Not OUT) Scaling Split computation Split computation Output format setting Output format setting DO1 to DO8 Control output All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 700 Retransmission output OUT1 Scaling (OUT1 selected) Retransmission output (Not OUT) (Not OUT) Scaling Split computation Split computation Output format setting Output format setting DO1 to DO8 Control output All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 701 Control Group Screen Number of Control Groups and Number of Loops That Can Be Registered Model Number Number of Groups of Loops (max.) (max.)/ Group GX10/GP10 GX20-1/GP20-1 (standard type) GM10-1 (standard type) GX20-2/GP20-2 (large memory type) GM10-2 (large memory type) All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 702 • Displayed contents: name, status, time • Maximum number of summaries: 1000 (if the maximum number is exceeded, the oldest event is deleted) Favorite and Standard Screens Control screens can be registered to favorite and standard screens. Background Color Control Alarm Summary Screen The background color of control screens can be set to white or black. The control alarm summary screen shows a history of control alarms. You can select a historical entry and (Controller style display example) jump to the historical trend of that section. • Displayed contents: loop, level, type, time • Maximum number of summaries: 500 (if the maximum number is exceeded, the oldest event is deleted) All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 703 • Input error preset function Number of PID Channels: The number of channels of the GX90UT module is 26 Operation Mode Switching (fixed). Remote/local (R/L), auto/manual (A/M), run/stop (R/S), cascade/auto/manual (CAS/AUTO/MAN), auto When choosing the type of GX / GP / GM main unit tuning (AT) run/stop (Standard / Large memory), please calculate it as 26 channels per one unit. All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 704 • Alarm action S tandby action, relay action (hold/nonhold, reset on ACK, normal action on ACK), hysteresis, ON-delay timer, Off-delay timer • Number of alarm setpoints: 4 per loop • Standby action T urns off alarms from the start of control (power-on) until a stable condition is reached. • Hysteresis: Hysteresis can be set for each alarm setting. • Display: s tatus display in the digital display area when an alarm occurs. Common alarm display can be switched between hold and nonhold. All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 705 • Time event: Status output is possible according to the progress of program patterns. Maximum number of events: 32 per segment Time setting: 0 to (segment time - 1 s) • Operation mode switching: Program run/reset, hold/release hold, advance execute, local operation • Number of pattern repetitions: 999 max. or infinite • Segment time: to 99 hours 59 0 hours 0 minutes 1 second minutes 59 seconds All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 706 • Acquires/records control data (PV, SP, OUT, etc.) Acquisition/recording is possible by installing a PID T his is the number of devices including the Control Module and reconfiguring the system. expansion modules (GX90EX) installed in the GX/ PID channel data can be used as an I/O channel to GP/GM recorder when an expandable I/O unit be saved in data files or used in computation and (GX60) or GM sub unit is used. reports. Note: T he maximum number is 2 when the GP10 supply voltage is 12 VDC. • Control operation summary (number of saved files: up to 3000 data values, number of display data values: up 1000 data values) • Control alarm summary (number of saved files: up to 1000, number of display data entries: up 500) All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...
  • Page 707 Name Type The company and product names used in this manual Shunt resister for current input (for M3 screw 415940 are not accompanied by the registered trademark or terminal) (250 Ω ± 0.1%) trademark symbols (® and ™). Shunt resister for current input (for M3 screw 415941 terminal) (100 Ω ± 0.1%) Shunt resister for current input (for M3 screw 415942 terminal) (10 Ω ± 0.1%) Calibration Certificate (Sold separately) When you order PID control modules, each module gets its own calibration certificate. Test Certificate (QIC, sold separately) When you order PID control modules, each module gets its own QIC. User’s Manual You can download the product user’s manuals from the following URL. You will need Adobe Reader 7 or later (latest version recommended) by Adobe Systems. URL:www.smartdacplus.com/manual/ja/ All Rights Reserved. Copyright © 2017, Yokogawa Electric Corporation GS 04L53B01-31EN 2017.06.26-00...

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