YOKOGAWA GX70SM User Manual
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YOKOGAWA GX70SM User Manual

YOKOGAWA GX70SM User Manual

Smartdac plus, wireless input unit
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User's
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GX70SM
Wireless Input Unit
User's Manual
IM 04L57B01-01EN
1st Edition

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  • Page 1 User’s Manual Model GX70SM Wireless Input Unit User’s Manual IM 04L57B01-01EN 1st Edition...
  • Page 3 (hereafter referred to as the GX20 or GX and GP20 or GP) and GM10 (/CM2) Data Acquisition Unit (hereafter referred to as the GM). For notes on using the GX70SM and details on its installation and wiring, see the GX70SM Wireless Input Unit First Step Guide (Notes about Using This Product) (IM 04L57B01-02EN).
  • Page 4 ● Every effort has been made in the preparation of this manual to ensure the accuracy of its contents. However, should you have any questions or find any errors, please contact your nearest YOKOGAWA dealer. ● Copying or reproducing all or any part of the contents of this manual without YOKOGAWA’s permission 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 other countries.
  • Page 5 Main Unit Version and Functions Described in This Manual The contents of this manual correspond to GX70SM release number 1 (see the STYLE S number on the nameplate) and style number 1 (see the STYLE H number on the nameplate). GX70SM Versions and Functions The GX70SM consists of a wireless communication module and input module.
  • Page 6 How to Use This Manual How to Use This chapter describes the configuration, management, and maintenance of the wireless input unit as well as the wireless input unit support function of the GX/GP/GM (/CM2, coordinator) and its configuration and operation. The GX (GP) screens are used as examples in the descriptions, but similar screens are available on the Web application that you can also use.
  • Page 7 How to Use the Wireless Input Unit Configurator This chapter describes how to configure the input settings and wireless settings of the GX70SM, how to retrieve logging data, how to perform maintenance, and so on using the Wireless Input Unit Configurator (software application). Reconfiguring and Managing the Wireless Input Unit (GX/GP/GM) This chapter describes the wireless input unit support function of the GX/GP/GM (coordinator).
  • Page 8 How to Use This Manual Conventions Used in This Manual Unit Denotes 1024. Example: 768K (file size) Denotes 1000. Notes 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

    1.2.10 Device Information Output for Wireless Input Unit Errors (GX/GP) ........1-7 1.2.11 Using the GX70SM as a Standalone Data Logger ..............1-7 Procedure from Wireless Input Unit Configuration to Data Acquisition and Status Display ............................1-8 Procedure When Wireless Input Units and Routers Are Present ........1-10 Setting the Operation Mode of Wireless Input Units ............
  • Page 10 2.11.2 Warning Messages .......................2-54 2.11.3 Information Messages ......................2-55 2.12 GX70SM Error Information ....................2-56 Chapter 3 Reconfiguring and Managing the Wireless Input Unit (GX/GP/GM) GX/GP/GM’s Wireless Input Unit Functions (Release number 4.02 and later) ....3-1 Configuring to Automatically Connect Wireless Input Units to the GX/GP/GM (Coordinator) ............................3-2 3.2.1...
  • Page 11 Format of the Data Block of Binary Output ............... 6-19 6.7.1 Most Recent Channel Data (FData) ..................6-19 6.7.2 Channel FIFO Data (FFifoCur) .....................6-19 Appendix Appendix 1 ..Communication Channel Assignments Based on Station Numbers and Data Types App-1 GX70SM General Specifications IM 04L57B01-01EN...
  • Page 12 Blank...

  • Page 13: Overview

    GX70SM on the GX20/GP20/GM10. If you turn off the wireless function, you can use the GX70SM as a standalone data logger and collect data. This will extend the battery life.

  • Page 14: Wireless Input Unit Configurator

    USB cable GX70SM Logging data stored in the GX70SM can be retrieved and saved as a file in the PC. When the GX/GP/GM fails to acquire GX70SM measurement data because the communication between the GX70SM and GX/GP/GM is disconnected or because of some other reason, a logging data file can be used to interpolate the data during which acquisition failed.

  • Page 15: Operation Mode

    Configuration mode is used to configure input settings and wireless settings, retrieve logging data, calibrate the input, and so on. You can change the operation mode using the GX70SM operation mode switch. See section 1.5, “Setting the Operation Mode of Wireless Input Units” on page 1-11.

  • Page 16: Measurement Mode

    1.2 Functions Range Details Type Range setting Range Notes -200.0°C to 1370.0°C Type K -328 °F to 2498 °F -200.0°C to 1100.0°C Type J -328.0 °F to 2012.0 °F -200.0°C to 400.0°C Type T -328.0 °F to 752.0 °F 0.0°C to 1820.0°C Type B 32 °F to 3308 °F 0.0°C to 1760.0°C Type C...

  • Page 17: Measurement Data Logging

    Old data New data 1.2.5 Low Battery Warning When the GX70SM battery voltage becomes low, a low battery warning is indicated with an LED. The GX/GP/GM can monitor the GX70SM battery status and generate a warning output (relay output) when appropriate. A low battery warning may occur temporarily when the GX70SM is in the process of joining a wireless network.

  • Page 18: Firmware Updating

    Input calibration enables measurement accuracy to be maintained and managed. Input calibration is performed using the Wireless Input Unit Configurator. 1.2.8 Firmware Updating The GX70SM input firmware and wireless firmware can be updated. Updating is performed using the Wireless Input Unit Configurator. IM 04L57B01-01EN...

  • Page 19: Data Dropout Detection (Gx/Gp/Gm)

    Using the GX70SM as a Standalone Data Logger The GX70SM can be used as a standalone data logger. By mounting the GX70SM in a vehicle, it can be used to record the temperature, humidity, and the like when transporting fresh foods, art objects, and so on in a truck. When using the GX70SM as a standalone data logger, turn off the wireless function.
  • Page 20 1.3 Procedure from Wireless Input Unit Configuration to Data Acquisition and Status Display This section describes how to connect the GX70SM to a GX/GP/GM, collect data, and display the status. Download the Wireless Input Unit Configurator (software application), and install it in a See section , “2.2 Installation” Switch the GX70SM operation mode to configuration mode.
  • Page 21 GX70SM GX/GP/GM Coordinator configuration of Wireless Input Unit the coordinator Configurator installation Communication (Serial) settings GX70SM operation mode change • Basic settings (switch to configuration mode) PC and GX70SM connection GX70SM connection information USB driver installation retrieval Wireless input unit reconfiguration Wireless Input Unit •...

  • Page 22: Procedure When Wireless Input Units And Routers Are Present

    Using the Modbus master settings in the Communication (Serial) settings of the GX/ GP/GM (coordinator), specify the command settings. Note: For the communication channel, do not use the communication channel as- signed to the GX70SM. Configure the GX/GP/GM communication channel settings. Configure the GX/GP/GM display group settings, recording channel settings, and other settings necessary for data collection according to your application.

  • Page 23: Setting The Operation Mode Of Wireless Input Units

    Press the reboot switch. The GX70SM changes to the specified operation mode. Operation complete 1.5.2 Configuring the Wireless Function When using the GX70SM as a standalone data logger, turn off the wireless function. For details on setting the wireless function, see section , “1.5.1 Setting the Operation Mode”. 1-11 IM 04L57B01-01EN...

  • Page 24: Directivity Of The Internal Antenna Of The Wireless Input Unit

    1.6 Directivity of the Internal Antenna of the Wireless Input Unit The internal antenna of the GX70SM has directivity. As shown in the following figure, the field intensity in the 0° and 180° directions is weak, so the installation direction needs to be considered carefully. Avoid facing the coordinators and routers toward the 0° or 180° direction.

  • Page 25: Modbus Register Map

    1.7 Modbus Register Map To access the GX70SM as a Modbus slave device, refer to the following register assignments. Register assignments of the GX70SM Data Register number Data type Read/Write Description Data serial number 40001 UINT32_L Input 1 data 40003 FLOAT_L Input 2 data 40005 Input 3 data...
  • Page 26 1.7 Modbus Register Map Structure of the input status register bit 0 bit 15 Content Description Humidity option availability 1: Option available 0: Option not available 14 to 10 — Configuration error 1: Configuration not complete (LED display: Mode setting error) — Critical Low Battery 1: Battery flat Low Battery 1: Low battery (LED display: Low battery warning)

  • Page 27: Troubleshooting Based On The Led Display Status

    Flat battery or Replace the battery. malfunction * For the corrective action for the error you have checked, see section 2.12, “GX70SM Error Information” on page 2-57. Test Switch When you press the test switch in measurement mode, the LEDs blink for you to check the operation.

  • Page 28: Replacing Devices

    GX/GP/GM (note that in this case, the network is reconfigured). Device replacement illustration 1. In this example, short address A is replaced with B with the same station number. Station number (short address) GX70SM 1 (0001) 1 (0001) Replace GX/GP/GM (coordinator)

  • Page 29: Overview Of The Wireless Input Unit Configurator

    Saving Logging Data to Files You can retrieve logging data from the GX70SM and save it as a logging data file (WLD file). Combining Logging Data You can insert a logging data file (WLD file) into a GX20/GP20/GM10 event data file (GEV or GSE file) and save it as a combined data file (WLC file).

  • Page 30: Installation

    32-bit edition or 64-bit edition 32-bit edition or 64-bit edition Other Operating Conditions • Microsoft .NET Framework 4.6.1 or later is required to connect to the GX70SM and run the application. • Visual C++ 2010 Redistributable Package (x86) is required. • To view the user’s manual of this software, you need to use Adobe Reader 7 or later by Adobe Systems (the latest version recommended).
  • Page 31 The installation process begins. The default save destination is (drive name):\Program Files\Yokogawa Electric Corporation\ SMARTDAC+ STANDARD Wireless Input Unit Configurator. If the OS is a 64-bit edition, the destination is (drive name):\Program Files (x86)\Yokogawa Elec- tric Corporation\SMARTDAC+ STANDARD Wireless Input Unit Configurator. Click Install. When the installation is complete, click Finish.

  • Page 32: Connection And Startup

    Set the GX70SM operation mode to configuration mode. For details on operation mode, see section 1.5.1, “Setting the Operation Mode”. Connect the GX70SM to a PC using a USB cable. Then, press the GX70SM reboot switch. The Windows Device Manager will recognize the GX70SM connection. USB cable GX70SM If you connect using the USB cable for the first time, device driver installation will start.
  • Page 33 2.3 Connection and Startup Click Browse my computer for driver software. Click Browse, select the USB_Driver folder in the installation folder of the Wireless Input Unit Configurator, and click OK. Click Install. When the installation is complete, click IM 04L57B01-01EN...
  • Page 34 With Device Manager, check that OKI USB CDC Serial port* (COMxx) is shown under Ports (COM & LPT). * Check that the name shown in step 4 and “COMxx)” are shown. Hereafter, this COMxx will be referred to as “the COM port that the GX70SM communicates with.” Operation complete Note • Power supply from USB is required to configure the GX70SM. Use a powered USB cable.

  • Page 35: Starting And Closing The Wireless Input Unit Configurator

    2.3 Connection and Startup 2.3.2 Starting and Closing the Wireless Input Unit Configurator Starting the Software Procedure From the Start menu, select All Programs > SMARTDAC+STANDARD > Wireless Input Unit Configurator. If a Windows Security Alert dialog box appears when you start the software for the first time after installation, select Allow access. The Wireless Input Unit Configurator starts, and the main window appears. Operation complete Note If a Microsoft .NET Framework warning appears the first time you start the Wireless Input Unit Configurator, install Microsoft .NET Framework 4.6.1 or later.

  • Page 36: Main Window Of The Wireless Input Unit Configurator

    Menu Exit Closes the main window. Wireless settings button This button opens a wireless setting window of the GX70SM. Procedure: section 2.5, “Configuring the Wireless Settings of the Wireless Input Unit” Input settings button This button opens an input setting window of the GX70SM.

  • Page 37: Environment Configuration Of The Wireless Input Unit Configurator

    On the Configuration window, set the operating environment of the Wireless Input Unit Configurator. You can set the COM port that the Wireless Input Unit Configurator and GX70SM communicate, set a password to prevent unauthorized access, and so on. How to open this window: • On the main window, click Environment setup.
  • Page 38 Configurator. Note If you forget the password for connecting to the GX70SM from the Wireless Input Unit Configurator, you cannot reset the password from the Wireless Input Unit Configurator. If you forget the password, servicing will be required. Contact your nearest YOKOGAWA dealer.

  • Page 39: Configuring The Wireless Settings Of The Wireless Input Unit

    Restore factory preset Restores the GX70SM settings to their factory defaults. Environment setup Shows the Environment Configurator window. Help Version Shows the version information of Wireless settings program. Module settings button This button opens a wireless setting window of the GX70SM. 2-11 IM 04L57B01-01EN...
  • Page 40 Wireless Configurator Window (hereafter referred to as the wireless detailed settings window) On the wireless detailed settings window that appears when you click Module settings on the Wireless Configurator window, you can configure the GX70SM wireless settings, load and save presets, and open and save setup files. How to open this window: • Click Wireless settings on the main window > click Wireless settings on the Wireless Configurator window >...
  • Page 41 Detailed view check box, only the items with a check mark in the Simple view column of the next table are displayed. Note * To apply the settings entered on the tabs of the Wireless Configurator window to the GX70SM, click Send Setting File to Unit, and then restart the GX70SM by pressing the reboot switch. Wireless settings tab Configure the GX70SM wireless settings.
  • Page 42 30 s, 1 min, 2 min, 5 min, 10 min, 20 min, 30 min, 60 min). This setting also applies to the input scan interval, and logging data interval. Status LED Indication Select whether to indicate the GX70SM status using the status LEDs. For details on the status LED, see section 1.2.6, “LED Display” on page 1-6. 2-14...

  • Page 43: Configuring The Input Settings Of The Wireless Input Unit

    Saves the values in the Input Configuration window to the PC in a new input setup file (WPN file) with the specified name. Read/save the logging data Retrieves logging data from the GX70SM and saves it as a logging data file (WLD file).
  • Page 44 Applies the values in the Input Configuration window to the settings GX70SM. Input settings change log Shows the times when values were applied to the GX70SM, serial numbers, input setting change numbers, and comments on changing settings. Calib Calibrate input Calibrates the GX70SM.
  • Page 45 2.6 Configuring the Input Settings of the Wireless Input Unit Configuration display area This area is used to configure the GX70SM input. Item Description Universal Measurement mode Sets the GX70SM operation mode. input Normal: settings Power frequency noise riding on the measured signal is rejected. Select the power frequency for your region. The battery life (running time on battery) is shorter than in save battery mode.
  • Page 46 Click Execute meas. to refresh the measurement date and inputs 1 to 3 information. * If a connection is not established with the GX70SM, specify the COM port that the GX70SM is connected to. If a password box appears, enter the password for connecting to the GX70SM from the Wireless Input Unit Configurator.

  • Page 47: Communication Information Input Dialog Box

    2.6 Configuring the Input Settings of the Wireless Input Unit 2.6.1 Communication Information Input Dialog Box When you use a function that requires communication with the GX70SM, a dialog box appears for entering the information required for the communication. Item Description Port no. Specify the COM port that the target GX70SM is connected to.

  • Page 48: Creating A New Input Setup File

    2.6.2 Creating a New Input Setup File This section explains how to create a new input setup file (WPN file) for configuring the GX70SM. Before editing the input signal settings, you need to create a file suitable for the GX70SM. How to open this window: • On the main window, click Input settings > on the Input settings window, click New on...

  • Page 49: Editing A Input Setup File

    2.6 Configuring the Input Settings of the Wireless Input Unit 2.6.3 Editing a Input Setup File This section explains how to edit an input setup file (WPN file) for configuring the GX70SM. Procedure On the main window, click Input settings. The Input Configuration window appears. On the File menu, click Open Input setting file. An Open dialog box appears. Select the input setup file (WPN file) you want to edit, and click Open.

  • Page 50: Configuring The Universal Input And Built-In Humidity Sensor

    DI: Measures digital input (ON, OFF). Range Sets the input signal range. * See “Range Details.” Mode Sets the reference junction compensation method of the thermocouple. Internal: Uses the reference junction compensation function of the GX70SM. External: Uses an external reference junction compensation function. * You can set this when the type is set to TC. Temperature When the mode is set to external, set the compensation temperature. Burnout Sets burnout detection.

  • Page 51: Applying The Input Settings To The Wireless Input Unit

    Applying the Input Settings to the Wireless Input Unit This section explains how to apply the values set in the Input Configuration window to the GX70SM. Here, the procedure to open an input setup file and apply it directly to the GX70SM is explained. Note that it is also possible to edit the settings in the Input Configuration window and apply them to the GX70SM.

  • Page 52: Retrieving Input Settings From The Wireless Input Unit

    2.6 Configuring the Input Settings of the Wireless Input Unit 2.6.6 Retrieving Input Settings from the Wireless Input Unit This section explains how to retrieve the input settings from the GX70SM and show them on the Input Configuration window. After editing the input settings on the Input Configuration window, you can save them to an input setup file (WPN file) or apply them to the GX70SM.

  • Page 53: Viewing The Change History Of Input Settings

    2.6 Configuring the Input Settings of the Wireless Input Unit 2.6.7 Viewing the Change History of Input Settings This section explains how to view the time when input settings were applied to the GX70SM from the Wireless Input Unit Configurator, the serial number of the GX70SM, and so on. How to open this window: • On the main window, click Input settings > on the Input settings window, click Input...

  • Page 54: Saving Logging Data To A File And Combining Logging Data

    Saving Logging Data to a File and Combining Logging Data You can retrieve logging data that is saved in the GX70SM and save it as a logging data file (WLD file). A logging data file (WLD file) can be inserted into a section where GX70SM data could not be acquired* within a GX/GP/GM event data file (GEV or GSE file) to create a combined data file (WLC file).

  • Page 55: Saving Logging Data To Files

    Using Read/save the logging data under Input settings, you can retrieve the logging data from the GX70SM and save it as a logging data file (WLD file) in the PC. The following applies when a logging data file is shown in Universal Viewer (chapter 5).
  • Page 56 • Input 1, 2 range • Input 3 (humidity) (only when the /RH option is installed) On/Off Reboot This indicates that the GX70SM was restarted immediately before the logging data was measured. This is assigned only when the unit is restarted as a result of a reboot or the like when there is no change to the scan/send interval or range setting described above.
  • Page 57 2.7 Saving Logging Data to a File and Combining Logging Data The following is an example showing how logging data files are saved when “LoggingData” is specified for the file name. • Scan/send interval: 5 minutes, no restarting, no range setting change LoggingData (5min).WLD • Scan/send interval: 5 minutes, restarting twice, no range setting change LoggingData.WLD Files folder LoggingData_0001 (5min).WLD LoggingData_0002 (5min,Reboot).WLD LoggingData_0003 (5min,Reboot).WLD • Scan/send interval change from 5 to 10 minutes LoggingData.WLD Files folder LoggingData_0001 (5min).WLD LoggingData_0002 (10min).WLD • Scan/send interval range setting change...

  • Page 58: Combine Data Files

    GX70SM is acquiring data. The data combine function can be used to insert GX70SM logging data into a GX/GP/GM data file that has a data dropout period so that the GX70SM measurement data during that period can be viewed.
  • Page 59 1 See section 3.3, “Reconfiguring the Wireless Input Unit and Automatically Assigning It.” 2 See section 3.5, “Auto Setup.” 3 Input 3 is applicable only when the GX70SM has a built-in humidity sensor. 4 Allowed if the alarm level is set to any value between 1 and 4.
  • Page 60 Logging data Data combining period GX70SM As a general rule, the condition of data loss period is defined by the occurrence and release of alarm D (loss data) on the communication channel assigned to the target unit on the GX/ GP/GM.
  • Page 61 2.7 Saving Logging Data to a File and Combining Logging Data Note • Data is combined without consideration to the GX/GP/GM communication channel/alarm settings or calibration correction settings. • If a power failure occurs during recording, the GX/GP/GM resumes recording by dividing the file when the power recovers, but the data combining is not performed for the data during the power failure. Contents That Are Changed as a Result of Data Combining Combined data files will have the following changes in comparison with the original GX/GP/ GM data files.
  • Page 62 2.7 Saving Logging Data to a File and Combining Logging Data Data Contents That Retain Their Original Conditions The original GX/GP/GM data contents other than those described in “Content of the Combined Data” and “Contents That Are Changed as a Result of Data Combining” retain their original conditions. Of the data contents that are retained, those that are distinctive are described below. Here, the original GX/GP/GM data will be referred to as the original data.
  • Page 63 Even when there are multiple original data files for combining or the GX70SM configuration is unknown, you can check whether data combining is possible by placing the data files that are assumed to be necessary in the specified folders and looking at the results.
  • Page 64 2.7 Saving Logging Data to a File and Combining Logging Data Click Execute. The combined data file (WLC file) will be saved. Operation complete How Files Are Stored after Data Combining After the data is combined, the combined data files are saved in the specified folder. When the files are saved, certain character strings are automatically added to the specified combined data file name. The file names and conditions vary depending on the number of original GX/GP/GM data files there are for combining.
  • Page 65 GM will not be combined. You can check the following using Input settings > Data file information of the Wireless Input Unit Configurator. • GX/GP/GM data files List of device serial numbers of the GX70SM that was configured in the GX/GP/GM during recording • Logging data files Device serial numbers Check that alarm “D”...
  • Page 66 2.7 Saving Logging Data to a File and Combining Logging Data Items to Check Remarks Check that there are no data corruption or • I f information necessary for data combining tampering in the data files. is corrupt or tampered with, data will not be combined or saved. • I f information not related to data combining is corrupt or tampered with, data will be combined or saved, but Damage Check will be shown as Damaged.

  • Page 67: Calibrating The Universal Inputs And Built-In Humidity Sensor

    Calibrating the Universal Inputs and Built-in Humidity Sensor Periodically check the operating status of the GX70SM to use it in a good condition. To maintain the measurement accuracy, we recommend that you calibrate it once a year. YOKOGAWA dealers can provide calibration servicing. For details, contact your nearest YOKOGAWA dealer.
  • Page 68 Digital resistance standard Temperature Measurement Using a Thermocouple Copper wires Thermocouple wires or TC extension wires – – Copper Thermocouple wires wires DC voltage/current standard Uses the reference junction compensation function of the GX70SM. (0°C standard temperature device ZC-114/ZA-10 by Coper Electronics) 2-40 IM 04L57B01-01EN...
  • Page 69 2.8 Calibrating the Universal Inputs and Built-in Humidity Sensor RJC of TC Input As the measurement terminal of the GX70SM is generally at room temperature, the actual output of the thermocouple is different from the values given on the thermoelectromotive force table based on 0°C. The GX70SM performs compensation by measuring the temperature at the input terminal and adding the corresponding thermoelectromotive force to the actual output of the thermocouple.

  • Page 70: Adjusting The Universal Inputs And Built-In Humidity Sensor

    Set the GX70SM operation mode to configuration mode. For details on operation mode, see section 1.5.1, “Setting the Operation Mode”. Connect a USB cable to the GX70SM to supply power, and press the reboot switch to restart the GX70SM. In measurement mode, the operation is intermittent, but in configuration mode, it is continuous. In configuration mode, the internal temperature rises slightly, and this difference causes an increase in error. Therefore, adjust the built-in humidity sensor quickly after starting to supply power.
  • Page 71 (/RH option) beforehand, and then click Save. Click OK. An Information dialog box appears. Click OK. Operation complete Note • If an error occurs in the GX70SM, the measured values of each channel after executing may show “*****.” • If the above error is a calibration error, restarting the GX70SM (pressing the reboot switch) after clicking Save may clear the error and cause the measured values to appear. • If a calibration error occurs, calibrate all ranges of the universal input, perform a humidity calibration, save the values, and restart.
  • Page 72 Set the GX70SM operation mode switch to configuration mode. Connect a USB cable to supply power, and change to configuration mode by pressing the reboot switch. Wire the GX70SM and the reference as shown in the following figure, and adequately warm up the instruments.
  • Page 73 2.8 Calibrating the Universal Inputs and Built-in Humidity Sensor Set the communication information, and click OK. Procedure: section 2.6.1, “Communication Information Input Dialog Box” An Calibrate input window appears. To reject power frequency noise, click 50Hz or 60Hz according to the power frequency. For each universal input range to be calibrated, apply the reference value from the reference according to the following table.
  • Page 74 2.8 Calibrating the Universal Inputs and Built-in Humidity Sensor Click OK. An Information dialog box appears. Click OK. The calibration values will be saved to the GX70SM, and disappears. While the values are being saved, the GX70SM LED (green and red) blinks rapidly. Click Close. Note If a calibration error occurs, “Exists” is shown next to Calibration error.

  • Page 75: Updating The Firmware

    2.9 Updating the Firmware The GX70SM consists of a wireless communication module and input module. The firmware of each module is updated separately. 2.9.1 Downloading the Firmware Files You can download the firmware files for the wireless communication module and input module from the following update website.

  • Page 76: Input Module Firmware

    2.9 Updating the Firmware Click Select firmware file, and specify the firmware update file. Check that the name of the firmware file for updating the wireless communication module is “WIU- Module_IN_dxxxxxx.dat.” If you specify a correct file, the version of the file is shown in the Version box and the file path in the File box. Click Write. The firmware is transferred to the wireless communication module, the module restarts, and the firmware is updated. When writing is complete, press the reboot switch to restart. The wireless communication module is restarted, and then the firmware is updated. If the updated firmware is earlier than the firmware version used before, to delete the added func- tions, reset the firmware to the factory default condition. Procedure: section 2.10.4, “Restoring the Wireless Settings to Their Factory Default Condition”...
  • Page 77 2.9 Updating the Firmware Click Next. An Input firmware update dialog box (W8111) appears. Click OK. The firmware is transferred to the input module, and an Input firmware update dialog box (M8204) appears. Click OK. When updating is complete, press the reboot switch to restart the GX70SM. Note • Input settings are initialized after the input module firmware is updated. • Do not remove the USB cable until the writing of the firmware is complete. Doing so may damage the instrument. Operation complete 2-49 IM 04L57B01-01EN...

  • Page 78: Other Operations

    2.10 Other Operations 2.10.1 Viewing the Version Information This section describes how to show the version information of Input settings program. How to open this window: • On the main window, click Input settings > on the Input settings window, click Version on the Help menu 2.10.2 Viewing the Data File Information The following data file information is shown. • Logging data file (WLD file) • Combined data file (WLC file) • GX/GP/GM event data file (GEV file, GSE file)

  • Page 79: Resetting The Input Settings And Logging Data To Their Factory Default Conditions

    2.10 Other Operations 2.10.3 Resetting the Input Settings and Logging Data to Their Factory Default Conditions This section describes how to reset the GX70SM’s input settings and logging data to their factory default conditions. Note • When you initialize the logging data, the logging data stored in the GX70SM will be deleted, and you will not be able to save it to a logging data file (WLD file). If necessary, save the logging data beforehand.

  • Page 80: Restoring The Wireless Settings To Their Factory Default Condition

    2.10 Other Operations 2.10.4 Restoring the Wireless Settings to Their Factory Default Condition You can restore the settings of the connected GX70SM wireless communication module to their factory default condition. Note When you execute Restore factory preset, all the current values are cleared. Save the settings to a configuration file in advance.

  • Page 81: Messages

    Enter the correct password, or consolidate the password between wireless input units. If you forget the password for connecting to the GX70SM from the Wireless Input Unit Configurator, you cannot reset the password from the Wireless Input Unit Configurator. If you forget the password, servicing will be required.

  • Page 82: Warning Messages

    2.11 Messages 2.11.2 Warning Messages Code Message Description, Corrective Action, Ref. Section W8101 Read input settings from connected unit. Clear the current This is a confirmation for the input settings. content? To continue, click OK. To cancel, click Cancel. W8102 Change the input setting. This is a confirmation for applying the input settings. To continue, click OK.

  • Page 83: Information Messages

    This software is able to combine Logging Data archived in This appears when Wireless Input Unit Configurator is GX70SM with the original data files which has lacking data started for the first time after this software is newly installed on GX20, GP20 and GM10 due to communication failure.

  • Page 84: Gx70Sm Error Information

    Calibration value error There is an error in the calibration value. Adjust the universal input and built-in humidity sensor (when the option is available), and write the calibration value. Then, restart the GX70SM. If the error persists after restarting, contact your nearest YOKOGAWA dealer. A/D error 1 There is a hardware error.

  • Page 85: Gx/Gp/Gm's Wireless Input Unit Functions (Release Number 4.02 And Later)

    The GX/GP/GM (/CM2 option) (coordinator) has the following functions for the GX70SM. GX70SM Management The connected GX70SM can be placed under control by reconfiguring the wireless input unit, and various information about the GX70SM, such as the GX70SM status and communication channels acquiring data, can be confirmed. • GX70SM information can be controlled centrally.

  • Page 86: Gx/Gp/Gm Coordinator Configuration

    * If Function is set to Wireless input unit, you cannot set the address. Function To connect to a GX70SM, select Wireless input unit. Note If the function is change to anything other than Wireless input unit, the following changes take place.

  • Page 87: Communication Interval And Recovery Action Of Modbus Master

    * If the receiver function is set to Modbus master, these values are not available. Interval Set the interval for communicating with the GX70SM. We recommend the interval be set about half the scan/send interval of the GX70SM. Example: GX70SM scan/send interval = 5 (min)

  • Page 88: Reconfiguring The Wireless Input Unit And Automatically Assigning It

    C003 Automatically sets On/Off to On Higher data serial number C004 GX70SM 1 Lower data serial number C005 Data serial number: Serial number assigned to each data value measured by the GX70SM Unit Numbers (Station Numbers) and Communication Channels Unit number (station number) Communication channel Description C001 Input 1 C002...

  • Page 89: Displaying The Wireless Input Unit Reconfiguration Screen

    3.3 Reconfiguring the Wireless Input Unit and Automatically Assigning It 3.3.1 Displaying the Wireless Input Unit Reconfiguration Screen Switch to the wireless input unit reconfiguration screen. Path GX/GP: M ENU key > Browse tab > Init/Calib > menu Wireless input unit reconfiguration Web application:*1 Calib tab > Wireless input unit reconfiguration Hardware configurator:*2 Operation tab >...
  • Page 90 Automatically assigns GX70SMs to communication channels and configures settings. Option button Selects the GX70SM. When you select a GX70SM, the individual unit operation buttons become available. Update connection If the selected GX70SM is reconfigurable, it is shown under Connected unit.
  • Page 91 Use this button if you do not want the wireless data dropout alarm to go off during the GX70SM maintenance. Manual resume Resumes the communication with a disconnected GX70SM. Activation (/AS option) Enables data to be collected when a reconfigured device is changed to another device.
  • Page 92 GX70SM for about 90 minutes. * If the GX70SM has several sub statuses, only the one with the highest priority is shown. You can check the details of the sub status with the sub status description provided in the detailed information.

  • Page 93: Retrieving The Wireless Input Unit Connection Information

    Retrieving Connection Information of Individual GX70SMs Connection information of only the selected GX70SM can be retrieved. Procedure Select the option button for the GX70SM you want to retrieve the information of. Individual operation buttons become available. Select Update connection. The connection information of the selected GX70SM is retrieved.

  • Page 94: Reconfiguring Wireless Input Units

    3.3 Reconfiguring the Wireless Input Unit and Automatically Assigning It 3.3.3 Reconfiguring Wireless Input Units Use the Wireless input unit reconfiguration screen. Note • Reconfiguration is not possible when the system operation is locked, setting operation is locked, while connection information is being retrieved, while recording, while computing, or while the system is being controlled. • When Reconfiguration all units is executed, all communication channel settings will be initialized.
  • Page 95 3.3 Reconfiguring the Wireless Input Unit and Automatically Assigning It Reconfiguring Individual GX70SMs Only the selected GX70SM can be reconfigured. Procedure Select the option button for the GX70SM you want to reconfigure. Individual operation buttons become available. Reconfiguration Select a unit. Select Reconfiguration.

  • Page 96: Configuring The Settings For Wireless Input Unit Data

    * Appears when the On/Off settings is set to On. On/Off Select On when you want to set the data type for the selected GX70SM (unit number). When wireless input unit reconfiguration is executed, the On/Off settings of recognized GX70SMs are set to On.
  • Page 97 3.4 Configuring the Settings for Wireless Input Unit Data Decimal place Set the decimal place for span lower and span upper. Set the decimal places of Input 1 to Input 3 the same as the decimal places of the ranges set on the wireless input units.

  • Page 98: Alarm Settings

    3.4 Configuring the Settings for Wireless Input Unit Data 3.4.2 Alarm Settings This section explains how to set alarms for the data retrieved from the GX70SM. The settings are applied to the alarm settings of the communication channels. Path GX/GP: MENU key > Browse tab > Setting > Setting menu Wireless input unit settings >...
  • Page 99 D: Comm lose due to An alarm is activated if a data dropout occurs in the communication with the time out GX70SM. For details on the alarm types, see the following manuals. GX/GP User’s Manual Explanation in section 1.2.2, “Setting Alarms.”...

  • Page 100: Display Settings

    3.4 Configuring the Settings for Wireless Input Unit Data 3.4.3 Display Settings This section explains how to set the display settings for the various GX70SM data. The settings are applied to the display settings of the communication channels. Path GX/GP: MENU key > Browse tab > Setting > Setting menu Wireless input unit settings >...
  • Page 101 3.4 Configuring the Settings for Wireless Input Unit Data Color Setup Item Selectable Range or Options Default Value 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 (1 color) Color...
  • Page 102 3.4 Configuring the Settings for Wireless Input Unit Data For bar graph display examples, see the following manual. GX/GP User’s Manual Section 1.2.3, “Setting the Display” GM User’s Manual Section 2.3.3, “Setting the Display” Division Set the number of divisions to make with the main scale marks. Partial (GX/GP only) Setup Item Selectable Range or Options...
  • Page 103 Input 1 First unit number, Last unit number Select the target unit number. Only the unit numbers assigned to GX70SMs that the GX/GP/GM has recognized can be selected. Data type Select the GX70SM data type. Options Description Input 1 Channel 1 data. Input 2 Channel 2 data.
  • Page 104 On/Off Setup Item Selectable Range or Options Default Value On/Off Off/On On/Off Select On to perform calibration correction on the GX70SM data.* * This is fixed to Off for channels with data serial numbers assigned in communication channel settings. Mode Setup Item Selectable Range or Options Default Value...

  • Page 105: Unit Timeout Settings

    On/Off Set this to On to set a timeout. Comm time out (sec) Set the time for judging data loss. Use the GX70SM’s scan/send interval + Modbus master read cycle as a guideline. Example: GX70SM scan/send interval = 5 (min) Modbus master read cycle = 2 min Comm time out (sec) = 420 (s)

  • Page 106: Auto Message Printout Setting

    3.4.6 Auto Message Printout Setting A message can be automatically written whenever there is a change in the communication status between the GX/GP/GM and GX70SM. The auto message printout setting applies to all GX70SMs. Path GX/GP: MENU key > Browse tab > Setting > Setting menu Wireless input unit settings >...

  • Page 107: Auto Setup

    All communication channel settings settings are initialized. On/Off, Span The communication channel that On/Off GX70SM is assigned to is set to On. The decimal place of the data serial Decimal place number communication channel is Watchdog timer set to 0.

  • Page 108: Auto Setup Through Reconfiguration Of Individual Units

    0. On/Off The watchdog timer of the Alarm communication channel that the GX70SM is assigned to is fixed at Off. Level 1 to 4 The serial low-digit channel in Alarm On/Off On/Off setting is set to On. The serial low-digit channel in Alarm Type type is set to D.

  • Page 109: Other Settings

    IM 04L55B01-01EN Notes on Configuration Interpolation of the portion of data that could not be acquired in the GX70SM logging data is possible only for measurement data whose GX/GP/GM file type is set to Event. There are certain GX/GP/GM settings that need to be configured to combine data. See section 2.7, “Saving Logging Data to a File and Combining Logging Data”...
  • Page 110 3.6 Other Settings Event Setup Item Selectable Range or Options Default Value Type Status Internal switch Event details Wireless input unit error Recording Operation mode Rising edge, Falling edge, Rising/Falling edge Rising edge 1 You can set this when Event action is set to On. Type Set the device status as an event condition.
  • Page 111 3.6 Other Settings Type Set the action to execute when an event occurs. When the Event Operation Mode Is Rising Edge or Falling Edge Options Description Flag Sets the flag to 1 (On). (/MT option) Relay Sets the relay output to On or Off. DO channels of PID control modules are applicable. However, this is available only when the type is set to Manual.
  • Page 112 3.6 Other Settings Limitations on the Combinations of Events and Actions The combinations that are indicated with  marks in the table below can be used. Event Status Action Recording Recording start/stop Computation Computation start/stop Manual sample Alarm ACK Snapshot (GX/GP only) Save display data Save event data Event trigger Message ...
  • Page 113 3.6 Other Settings Event action examples Example 1: Generating a DO Output When a Wireless Input Unit Error Occurs Turns DO channel 0301 on when a wireless input unit error occurs. This example assumes that a DO module is installed in slot 2 of the GX/GP/GM main unit. Event action number 1 will be used. Configuring the Event Action • Setup Screen MENU key >...
  • Page 114 3.6 Other Settings Example 2: Writing a Message When a Wireless Input Unit Error Occurs Writes the message “Wireless input unit error” to group 1 when a wireless input unit error occurs. Event action number 2 will be used. Configuring the Event Action • Setup Screen MENU key > Browse tab > Setting > Setting menu Event action • Setup Items Setup Item Value...

  • Page 115: Setting The Instrument Information Output (/Fl Option) (Gx/Gp Only)

    3.6 Other Settings 3.6.3 Setting the Instrument Information Output (/FL option) (GX/GP only) You can add “Wireless input unit error” to the instrument information output of the fail relay. When a wireless input unit error occurs, a fail relay output can be generated. For details on the instrument information output, see the following manual. GX/GP User’s Manual Section 1.23.6, “Setting the FAIL Relay and Instrument Information Output (/FL option)”...

  • Page 116: Controlling Wireless Input Units

    3.7 Controlling Wireless Input Units You can view the GX70SM status on the Wireless input unit info screen. 3.7.1 Displaying the Wireless Input Unit Info Screen This section explains how to switch to the Wireless input unit info screen. The Wireless input unit info shows the status of the currently connected GX70SM.
  • Page 117 3.7 Controlling Wireless Input Units Description of the Wireless Input Unit Info Screen Option button Wireless input unit list Individual unit operation buttons Activate Manual resume Dropout icon Maintenance Loop time Setup Items and Descriptions See section 3.3.1, “Displaying the Wireless Input Unit Reconfiguration Screen” on page 3-5.

  • Page 118: Monitoring The Wireless Network Status

    You can view the GX70SM status. Displaying the Detailed Wireless Input Unit Information This section explains how to show the detailed wireless input unit information. Procedure Select the wireless input unit list of the GX70SM you want to view the details of. A Wireless unit information dialog box appears. Contents of the Detailed Wireless Input Unit Information Item...

  • Page 119: Pausing And Resuming Timeout Detection

    For details on how to switch to the Wireless input unit reconfiguration screen, see section 3.3.1, “Displaying the Wireless Input Unit Reconfiguration Screen” on page 3-5. Select the option button for the GX70SM you want to maintenance. The GX70SM individual operation buttons become available.

  • Page 120: Manual Resume

    Select Manual resume. A confirmation dialog box appears. Select OK. The GX70SM disconnected from the wireless network will be restored. Operation complete Note Manual resume is not possible while connection information is being updated or when the GX70SM communication is not disconnected. 3-36 IM 04L57B01-01EN...

  • Page 121: Acknowledging Communication Command Dropouts

    3.7 Controlling Wireless Input Units 3.7.5 Acknowledging Communication Command Dropouts This section explains how to clear the Modbus communication command dropout state.* * A state in which the execution of a Modbus command could not be finished within the read cycle. Select the data dropout icon. The dropout is acknowledged, and the dropout icon disappears.

  • Page 122: Setup Menu Map

    3.8 Setup Menu Map The figure below shows the setup menu that is added in the GX20/GP20/GM10 with the 920 MHz Wireless Communication (/CM2 option). Depending on setting parameter values, some items may be hidden. Wireless input unit settings Alarm point mark Indicate on Scale On/Off, Span Mark type...

  • Page 123: Alarm Function

    Chapter 4 Functions Added with the Support for Wireless Input Units 4.1 Alarm Function 4.1.1 Data dropout alarm Data dropout alarm is displayed as “D” on various screens and information dialog boxes. Display Examples of Data Dropout Alarms Example of a digital display and channel information dialog box Data dropout alarm indication Example of an alarm summary Data dropout alarm indication For details on alarm summaries, see the following manuals. GX/GP User’s Manual Section 2.3.1, “Listing the Log of Alarm Occurrences and Releases”...

  • Page 124: Individual Acknowledge Of Data Dropout Alarms

    4.1 Alarm Function 4.1.2 Individual Acknowledge of Data Dropout Alarms Individual alarm ACK is possible on data dropout alarms. Individual alarm ACK dialog box For details on individual alarm ACK, see the following manuals. GX/GP User’s Manual Section 2.4.1, “Releasing Alarm Output (Alarm ACK and individual alarm ACK operation)” GM User’s Manual “Individual Alarm ACK”...

  • Page 125: Auxiliary Character Display In Communication Channel Number Displays

    Auxiliary Character Display in Communication Channel Number Displays When there is a recognized GX70SM, auxiliary characters are displayed in channel number displays on the communication channel setup screen of each setup screen. On the Web application, auxiliary characters appear when you move the cursor over the selected component.

  • Page 126: Saving And Loading Settings

    Section 1.25, “Loading Settings” Section 1.26, “Saving Setting Parameters” GM User’s Manual Section 2.28, “Saving and Loading Settings” For details on reconfiguring the GX70SM, see section 3.2.3, “Communication Interval and Recovery Action of Modbus Master” on page 3-3. IM 04L57B01-01JA...
  • Page 127 4.4 Initialization Initialization is equivalent to auto setup through reconfiguration all units. For details on auto setup, see section 3.5, “Auto Setup” on page 3-23. GX/GP initialization screen Initialization of Wireless Input Unit Settings The following table describes the initialization of wireless input unit settings. Details of the Initialization of Wireless Input Unit Settings Initialization Item Initialize all...

  • Page 128: File Size Of Display Data And Event Data

    4.5 File Size of Display Data and Event Data In regards to the GX/GP/GM data file size, the size of information other than sampled data will include the size of the wireless input unit system information. For details on the display data and event data file sizes, see the following manual. GX/GP User’s Manual Appendix 1, “File Size of Display Data and Event Data”...

  • Page 129: Security

    The following table shows the operations that have security restrictions on the Wireless input unit reconfiguration and Wireless input unit info screens. Restricted item Updating Reconfiguring Manual Maintenance Exchanged Displaying Communication connection GX70SMs resuming of (Pausing and GX70SM detailed dropout ACK information disconnected resuming Activation information GX70SMs timeout (/AS option) dialog boxes detection) Configuration...
  • Page 130 4.7 System Error Notification Mail Error number 848 (The wireless input unit was changed) is added to system error notification mail. System Error Notification Mail Format ● Syntax Error number (234, 501, 502, 507, 511, 611, 619, 692, 693, 695, 696, 698, 699, 848, 921) For details on the system error notification format, see the following manuals. GX/GP User’s Manual “System Error Notification Mail Format”...

  • Page 131: Errors Related To Parameter Settings

    4.8 Messages The following messages will be added. Errors Related to Parameter Settings • Operation Errors Code Messages Description, Corrective Action, Ref. Section Wireless unit is disconnected. Check the communication status, and perform a manual resume. Please check the wireless communication status. Wireless unit battery is low. The wireless input unit’s battery level is low. Replace the batteries. Activation required for attached wireless unit.

  • Page 132: Event Log

    Data dropout “D” is added to alarm types of alarm setting change operation. Added Event Logs The following event logs will be added. Event Logs Operation Display Details Control Changing the GX70SM time-out WUMaint### Unit number serial number detection operation Time-out detection (pause, resume) Wireless input unit reconfiguration WUReconfig### Unit number...

  • Page 133: Saving Setup Data

    4.9 Functions Available When the Advanced Security Function (/AS option) Is Enabled Operation Display Details Setting changes during recording Changes to timeout settings SetWUTOut Unit number Serial number On/Off (before and after change) Timeout (before and after change) ###: Unit number * If the settings of a communication channel no related to a wireless input unit are changed, C-*** setting event will not show the unit number, serial number, or data type.

  • Page 134: Activating Wireless Input Units (When Wireless Input Units Are Changed)

    4.9 Functions Available When the Advanced Security Function (/AS option) Is Enabled 4.9.3 Activating Wireless Input Units (When wireless input units are changed) If you exchange a GX70SM after wireless input unit reconfiguration, measurement data will be in error. You can clear the error and make measurement data valid by performing an activation.

  • Page 135: Aerospace Heat Treatment (/Ah Option)

    4.10 Aerospace Heat Treatment (/AH option) From the notification screen or Due date setting of a reminder, you can perform calibration correction on communication channels that GX70SMs are assigned to. For details on the aerospace heat treatment (/AH option), see the following manual. GX/GP User’s Manual Section 1.32, “Using the Aerospace Heat Treatment (/AH option) (Release number 3 and later)”...

  • Page 136: System Configuration

    4.11 Hardware Configurator (R4.02 and later) Hardware Configurator (R4.02 and later) supports GX20/GP20/GM10s (R4.02 and later). This section explains the wireless input unit functions of the Hardware Configurator. Only the parts that are different from the standard functions are explained. For details on the Hardware Configurator, see also the Hardware Configurator User’s Manual (IM 04L51B01-02EN).

  • Page 137: Creating A Configuration File In Accordance With System Configuration

    4.11 Hardware Configurator (R4.02 and later) 4.11.3 Creating a Configuration File in Accordance with System Configuration This section explains how to create a new data file for configuring various GX/GP/GM functions. Before editing the channel and display settings, first create a file in accordance with the main unit’s system configuration. Procedure Start the Hardware Configurator.
  • Page 138 4.11 Hardware Configurator (R4.02 and later) To save the file, click Yes; otherwise, click No. If you click Yes, a dialog box for saving the file (see the figure below) appears. How to save files: section 2.4, “Saving Setup Data” in the Hardware Configurator Manual. If you select No, the System Config. dialog box, shown in step 4, appears. Note • When creating a configuration file, set the system configuration in accordance with the instrument first. The System Config. window can also be opened from System Config on the System tab.
  • Page 139 4.11 Hardware Configurator (R4.02 and later) Under Basic Config., set the Product Name, Version, and Model. The following table shows the Basic Config. settings of each tab page. Tabbed page Default Item name Displayed value name value Product name (fixed) GX20/GP20 GX20/GP20 R4.02, R4.01, R3.02, R3.01, R2.02, R2.01, R1.03, GX20/GP20 Version R4.02 R1.02 , R1.01 Model GX20-1, GX20-2, GP20-1, GP20-2...
  • Page 140 4.11 Hardware Configurator (R4.02 and later) Set the wireless input units you want to connect. Wireless Input Unit Setting Screen The rest of the procedure is the same as with the standard function. See the following manual. Hardware Configurator From step 8 in section 2.1.1, “Creating a File in Accordance with System Manual Configuration”...

  • Page 141: Executing Wireless Input Unit Reconfiguration

    4.11 Hardware Configurator (R4.02 and later) 4.11.4 Executing Wireless Input Unit Reconfiguration You can execute GM's wireless input unit reconfiguration from the Hardware Configurator. There are limitations to users that can perform reconfiguration. Click the Operation tab > Wireless input unit reconfiguration. A Communication dialog box appears. Enter the communication information, and click OK.
  • Page 142 4.11 Hardware Configurator (R4.02 and later) 4.11.5 Warning Messages The following warning messages will be added. Warning Messages Code Messages Description and Corrective Action W037 Reconfigure wireless input units? A confirmation displayed before execution when you click Wireless input unit reconfig on the Operation menu bar. [Auxiliary Message (always displayed)] • (Caution) All current communication channel settings will be cleared.

  • Page 143: Files That Can Be Displayed And Their Extensions

    5.1 Wireless Input Unit Functions of the Universal Viewer (R3.05 and later) The Universal Viewer (R3.05 and later) can be used to view the GX70SM logging data files and combined data files. This section explains the wireless input unit functions of the Universal Viewer. Only the parts that are different from the standard functions are explained.

  • Page 144: Waveform Display Of Logging Data

    5.1 Wireless Input Unit Functions of the Universal Viewer (R3.05 and later) 5.1.2 Waveform Display of Logging Data When logging data is displayed as a waveform, the default time axis value is set to Relative Time. When the time axis is changed to Absolute Time, the following applies. Data end time: Time on the PC when the logging data file was created Data start time: Time corresponding to scan interval ×...

  • Page 145: Waveform Display Of Combined Data

    5.1 Wireless Input Unit Functions of the Universal Viewer (R3.05 and later) 5.1.3 Waveform Display of Combined Data The waveform display of combined data is the same as the waveform data display of the GX/GP/GM. You can switch the time axis display between absolute time and relative time. For details on the time axis setting, see the following manual.

  • Page 146: Alarm List Display

    5.1 Wireless Input Unit Functions of the Universal Viewer (R3.05 and later) 5.1.4 Alarm List Display In the alarm list display, data dropout alarms are indicated as “D.” Alarm To tabbed page Type For details on the alarm list display, see the following manual. Universal Viewer Section 3.4, “Displaying a List of Alarms, Marks, and Image Marks”...
  • Page 147 5.1 Wireless Input Unit Functions of the Universal Viewer (R3.05 and later) Operation What Appears on the Screen (Bold words are displayed on the screen. Non-bold words are explanations.) Wireless input unit standard Unit number [All, 1 to 96] Serial number [serial number] Type[disconnect, manual resume, activation, maintenance, maintenance release, reconfiguration] Wireless input unit reconfig Unit number [All, 1 to 96] Serial number [serial number] Type[disconnect, manual resume, activation, maintenance, maintenance release, reconfiguration]...
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  • Page 149: Added And Changed Commands

    Chapter 6 GX/GP/GM Communication Commands 6.1 Added and Changed Commands This chapter describes the commands that have been added or changed on the GX/GP/GM with the 920 MHz Wireless Communication (/CM2 option) from those of the standard GX/ GP/GM. For details on communication commands, see also the Communication Interface User’s Manual (IM 04L51B01-17EN).
  • Page 150 Commands summary, error log, etc. FLog Changed Wireless input unit data dropout (D) is added to the alarm types. GX70SM operation is added to the detail event log. Output FEventLog Outputs a Detail Event Log(/AS) 2.5 Output Outputs an event log. You can specify the Commands event, user, etc.
  • Page 151 Timeout value (1 to 7200) seconds SRangeCom Measuring range (/MC) Query SWUnitOut[,p1]? SWDCom Watchdog timer Example Set the timeout of the GX70SM with unit (/MC) number 2 to 30 seconds. SAlarmCom Alarm (/MC) SWUnitOut,02,On,30 SCalibUseCom Calibration correction use on/ Description •...
  • Page 152 You cannot set the span upper and lower limits to the p3 Alarm on or off (Off) same value. • For serial data of a channel on which the GX70SM is Do Not Output Alarms recognized, p3 is fixed to 0. SAlarmCom,p1,p2,p3,p4,p5,p6,p7 Syntax •...
  • Page 153 6.3 Setting Commands p16 Input value of correction point 7 SCalibUseCom p17 Output value of correction point 7 p18 Input value of correction point 8 Calibration correction use on/off p19 Output value of correction point 8 Sets the calibration correction use of a communication p20 Input value of correction point 9 channel to on or off.
  • Page 154 6.3 Setting Commands Example Set three correction points on communication SFailSts channel 001 (measurement range: 0.0 to 100.0). Set the correction points as follows: Instrument information to output (/FL) when the input value is 0.0, the output value is (/CM2) [GX/GP] 0.1; when the input value is 50.0 V, the output Sets the instrument information to output from the fail value is 50.2 V;...
  • Page 155 6.3 Setting Commands Under the following conditions, p1=Wireless cannot be SHomeKind changed to other options. Standard display [GX/GP] Conditions that allow changing the setting while the function receiver is recording Set the screen to display on the standard display. Before After change Change allowed? For Multi Panel change (After Security Security SHomeKind,p1,p2,p3 Syntax confirmation) function not function p1 Screen type (Multi) available available...
  • Page 156 6.3 Setting Commands ProgramSelect Program selection (/ SFavoriteKind ProgramRun Program operation (/ Favorite screen [GX/GP] Sets the favorite screen. WirelessInfo Wireless input unit information For the screen types, see p1 of the “SHomeKind” Wireless Wireless input unit command. Reconf reconfiguration See section 2.4, “Setting commands” in the communication command manual.
  • Page 157 GX70SM. • Channel ranges whose first channel and end channel 1 Reconfigure are different channel types are interpreted as follows: • S ets the connected GX70SM to the First channel Last channel Setting recognized unit. 0001 A200 0001 to 9999, A001 to A200...
  • Page 158 6.4 Output Commands Description Example Output 600 alarm summary entries. FLog,ALARM,600 • For the binary output format, see section 6.7.2, “Channel FIFO Data (FFifoCur)” on page 6-19. Description • p2 = 2 is valid when the measurement mode is set to •...
  • Page 159 6.5 Instrument Information Output Commands _OPT Outputs the instrument’s option installation information Outputs the instrument’s option installation information. _OPT Syntax Description • For the ASCII output format, see section 6.6.7, “Instrument’s Option Installation Information (_OPT)” on page 6-18. _UNS or _UNR Outputs the instrument’s unit configuration information Outputs the instrument’s unit configuration information. 920 MHz wireless communication option (/CM, /CS) is added to the unit configuration information of the instrument.

  • Page 160: Ascii Output Format

    Wireless input unit number cccccccccccccccc Model name of the wireless input unit that is actually connected -------------------- Wireless unit not installed (“-” 16 characters) GX70SM Wireless input unit uuuuuuuuuuuuuuuu Model name of the wireless input unit that is recognized in the settings -------------------- Wireless unit not installed (“-”...

  • Page 161: Most Recent Channel Data (Fdata)

    6.6 ASCII Output Format 6.6.2 Most Recent Channel Data (FData) The output in response to the command "FData,0" is shown below. GX70SM data dropout alarm (D) is added. See section 2.10.1, “Most Recent Channel Data (FData)” in the Communication Command Manual. Syntax Alarm status (level 1)

  • Page 162: Gx Status (Fstat)

    ACK is issued (only when the advanced security function (/AS) enabled). Wireless error Set to 1 only when an error is detected on the GX70SM. detected Error details: Low battery, dead battery, operation error, recovery wait Measurement...

  • Page 163: Detail Event Log Output (Feventlog) (/As)

    The output in response to the command "FEventLog" is shown below. Output is possible when the advanced security function (/AS) is enabled. The GX70SM calibration correction log is added. See section 2.10.23, “Detail Event Log Output (FEventLog) (/AS)” in the Communication Command Manual.
  • Page 164 (for ####### ###: CCValue: linearizer approximation, communication linearizer bias uuu:pp:dd:cccc:ssssssssss:(input,output)=(b1 channels) ,b2) ->(a1,a2) Unit number (0: No GX70SM assignment) Set number Data type (1,2,3) (0: No GX70SM assignment) Communication channel s,•••s Serial number (Null: No GX70SM assignment) b1,b2...
  • Page 165 Information is Blue text indicates the detailed information output included in ### format. Changes to timeout SetWUTimeout uuu:ssssssssss:(s,sec)=(b1,b2)->(a1,a2) settings Unit number (0: No GX70SM (GX70SM) assignment) s,•••s Serial number (Null: No GX70SM assignment) On/Off [ON, OFF] Timeout period (before and...

  • Page 166: Instrument's Option Installation Information (_Opt)

    6.6 ASCII Output Format 6.6.7 Instrument’s Option Installation Information (_OPT) The output in response to the command "_OPT" is shown below. The installation information of the 920 MHz wireless communication (/CM, /CS) option is added. See section 2.10.43, “Instrument’s Option Installation Information (_OPT)” in the Communication Command Manual.

  • Page 167: Format Of The Data Block Of Binary Output

    6.7 Format of the Data Block of Binary Output 6.7.1 Most Recent Channel Data (FData) Wireless input unit data dropout is added to the alarm (32 bits). See section 2.11.1, “Most Recent Channel Data (FData)” in the Communication Command Manual. Block 1 Alarm (32 bits) Indicates the alarm status. 8 bits 8 bits 8 bits 8 bits Alarm 1 Alarm 2...
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  • Page 169 Appendix Appendix 1 Communication Channel Assignments Based on Station Numbers and Data Types Table of Communication Channel Assignments Based on Station Numbers and Data Types Station Comm. Station Comm. Station Comm. CH Description number number number (Unit number) (Unit number) (Unit number) C001 C051 C101 Input 1 C002 C052 C102 Input 2 C003 C053 C103 Input 3 C004 C054 C104 Higher data serial number...
  • Page 170 Appendix 1 Communication Channel Assignments Based on Station Numbers and Data Types Station Comm. Station Comm. Station Comm. CH Description number number number (Unit number) (Unit number) (Unit number) C151 C201 C251 Input 1 C152 C202 C252 Input 2 C153 C203 C253 Input 3 C154 C204 C254 Higher data serial number C155 C205 C255 Lower data serial number C156 C206...
  • Page 171 Appendix 1 Communication Channel Assignments Based on Station Numbers and Data Types Station Comm. Station Comm. Station Comm. CH Description number number number (Unit number) (Unit number) (Unit number) C301 C351 C401 Input 1 C302 C352 C402 Input 2 C303 C353 C403 Input 3 C304 C354 C404 Higher data serial number C305 C355 C405 Lower data serial number C306 C356...
  • Page 172 Appendix 1 Communication Channel Assignments Based on Station Numbers and Data Types Station Comm. CH Description number (Unit number) C451 Input 1 C452 Input 2 C453 Input 3 C454 Higher data serial number C455 Lower data serial number C456 Input 1 C457 Input 2 C458 Input 3 C459 Higher data serial number C460 Lower data serial number C461...
  • Page 173 <<Contents>> <<Index>> General Model GX70SM Specifications Wireless Input Unit GS 04L57B01-01EN n Overview The wireless input unit is a compact, battery-driven analog input unit that uses 920 MHz specified low power radio. It connects to a SMARTDAC+ GX20, GP20, or GM10...
  • Page 174 0.4000 to 2.0000 V ± (0.05% of rdg + 12 digits) ± (0.1% of rdg + 40 digits) 100 μV Standard signal 1-5 V 0.800 to 5.200 V ± (0.05% of rdg + 3 digits) ± (0.1% of rdg + 15 digits) 1 mV Level Threshold level (Vth = 2.4 V) accuracy ± 0.1 V 1 kΩ or less: 1 (ON), 100 kΩ or more: 0 (OFF) Contact (parallel capacitance of 0.01 μF or less) rdg: Reading value R, S, B, K, E, J, T, N: IEC60584-1, DIN EN60584, JIS1602 WRe3-25: W-3%Re/W-25%Re (Hoskins Mfg.Co.) ASTM E988 Pt100: JIS C 1604, IEC 60751, DIN EN60751 JPt100: JIS C1604, JIS C1606 DI contact detection current value: approx. 10 μA Use standard mode to supply power through the USB connector. All Rights Reserved. Copyright © 2018, Yokogawa Electric Corporation GS 04L57B01-01EN 2018.6.12-00...
  • Page 175 Measuring range: 0 to 90%RH range or lower) Hysteresis: ±2%RH Approx. 1 MΩ for voltage (2 V range or higher)/ Resolution: 0.1%RH standard signal • Allowable signal source resistance: 2 kΩ or less for thermocouple/voltage (200 mV range or less) • Effect of signal source resistance: ±10 μV/1 kΩ or less for thermocouple/DC voltage (200 mV range or less) ±0.15% of rdg/1 kΩ or less for voltage (2 V range or higher)/standard signal • Allowable wiring resistance: 10 Ω or less per line (the same resistance for all three lines) for RTD • Effect of wiring resistance: ±0.1°C/10 Ω (the same resistance for all three lines) for RTD • Effects of ambient temperature: Fluctuation per 10°C change DCV, TC range: Within ±(0.1% of rdg + 0.05% of range) (reference junction compensation accuracy not included) RTD range: Within ±(0.1% of rdg + 0.2°C) All Rights Reserved. Copyright © 2018, Yokogawa Electric Corporation GS 04L57B01-01EN 2018.6.12-00...
  • Page 176 5 years in standard mode and about 7 years in separately) battery-save mode.* SMA connector Conditions: Ambient temperature 23±2°C • Communication distance: Measurement/transmission interval: 5 minutes Internal antenna: Line-of-sight approx. 300 m* LED display: Off External antenna: L ine-of-sight distance: approx. The battery life varies depending on the 1 km* environmental conditions such as ambient The communication distance varies depending on temperature and vibration. the installation location, ambient noise, and the like. • USB power • Firmware version of connectable coordinator and Compatible USB AC/DC adapter: 5 V DC±5% / 500 router (repeater) wireless modules: V 4.2.0 and later If the firmware version of the coordinator or router Connector: USB2.0 mini-B connector (repeater) wireless module is not compatible with the wireless input unit, you need to update it. All Rights Reserved. Copyright © 2018, Yokogawa Electric Corporation GS 04L57B01-01EN 2018.6.12-00...
  • Page 177 98.4 (3.87) Wall to mount on 35 (1.38) 3.5 to 4.0 mm (0.14 to 0.16) At least 10 mm (0.39) below 70 (2.76) the neck of the screw All Rights Reserved. Copyright © 2018, Yokogawa Electric Corporation GS 04L57B01-01EN 2018.6.12-00...
  • Page 178 Red lit (0.1 seconds), all off (1.9 seconds) • Ambient temperature: -25 to 70°C The above sequence is repeated • Ambient humidity: 5 to 95% RH (no condensation) twice, and then the LEDs are off • Vibration: 10 to 60 Hz, 4.9 m/s or less for 10 seconds. • Shock: 392 m/s maximum (in packaged condition) Input error Lit for 0.1 seconds at about 5 second intervals Mode setting error * Repeats the sequence of green and red lit in sync (0.1 seconds) and all off (0.9 seconds) three times, turns off for 2 seconds, and repeats the entire sequence. * F or example, configuring in a mode other than measurement mode when there is no USB connection. All Rights Reserved. Copyright © 2018, Yokogawa Electric Corporation GS 04L57B01-01EN 2018.6.12-00...
  • Page 179 L ogging data held by the wireless input unit can be saved to a file. GX20/GP20/GM10 recording data (event data) that is missing due to interruptions in the communication with the wireless input unit or other reasons can be interpolated with logging data, and the data during the missing period can be verified. Recording data file Logging data file Combined data file (GX20/GP20/GM10) (Wireless input unit) File combining Logging data and combined data files can be viewed on SMARTDAC+ Universal Viewer. Note: Power supply form USB is required during wireless input unit configuration. Use a powered USB cable. All Rights Reserved. Copyright © 2018, Yokogawa Electric Corporation GS 04L57B01-01EN 2018.6.12-00...
  • Page 180 GX20-1/GP20-1/GM10-1 Max. 50 devices Max. 30 devices GX20-2/GP20-2/GM10-2 Max. 96 devices Max. 50 devices The number of technically possible connections varies depending on the wireless communication condition and the measurement/transmission interval. • Auto configuration function Automatically configures the wireless input unit data collection settings. • Wireless data dropout detection function Detects data collection dropouts due to wireless communication errors or the like. • Management, monitoring, and maintenance functions Displays wireless input unit information. Status monitoring and maintenance period management are available. • Loop calibration function Wireless input data correction using the calibration correction function • Web application and Hardware Configurator also support wireless input unit functions. All Rights Reserved. Copyright © 2018, Yokogawa Electric Corporation GS 04L57B01-01EN 2018.6.12-00...
  • Page 181 (repeater): GS 04L55B01-01EN GX/GP/GM I/O module: GX90XA/GX90XD/GX90YD/GX90WD/GX90XP/GX90YA I/O Module GS 04L53B01-01EN Router (repeater): UT35A/MDL, UT32A/MDL Controller (DIN rail mounting type): GS 05P01D81-01EN UT55A/MDL, UT52A/MDL Controller (DIN rail mounting type) GS 05P01C81-01EN Trademarks SMARTDAC+ and SMARTDACPLUS are trademarks of Yokogawa Electric Corporation. Microsoft, MS, and Windows are trademarks or registered trademarks of Microsoft Corporation in the United States and other countries. Pentium is a registered trademark of Intel Corporation. Modbus is a registered trademark of AEG Schneider. Other company names and product names appearing in this document are registered trademarks or trademarks of their respective holders. The company and product names used in this manual are not accompanied by the registered trademark or trademark symbols (® and ™). All Rights Reserved. Copyright © 2018, Yokogawa Electric Corporation GS 04L57B01-01EN 2018.6.12-00 Subject to change without notice.

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