User’s Manual WX1 GateWT IM WX1-03E 8th Edition
This manual describes the functions and operations of GateWT. To ensure correct use, please read this manual thoroughly before beginning operation. After reading the manual, keep it in a convenient location for quick reference in the event a question arises. GateWT is a software program that acquires data from WT series instruments and transfers it to DAQLOGGER or Remote Monitor.
Software License Agreement IMPORTANT - PLEASE READ CAREFULLY BEFORE INSTALLING OR USING: THANK YOU VERY MUCH FOR SELECTING SOFTWARE OF YOKOGAWA ELECTRIC CORPORATION ("YOKOGAWA"). BY INSTALLING OR OTHERWISE USING THE SOFTWARE PRODUCT, YOU AGREE TO BE BOUND BY THE TERMS AND CONDITIONS OF THIS AGREEMENT. IF YOU DO NOT AGREE, DO NOT INSTALL NOR USE THE SOFTWARE PRODUCT AND PROMPTLY RETURN IT TO THE PLACE OF PURCHASE FOR A REFUND, IF APPLICABLE. Software License Agreement 1.
Software License Agreement 5. Infringement 5.1If you are warned or receive a claim by a third party that the Software Product in its original form infringes any third party's patent (which is issued at the time of delivery of the Software Product), trade mark, copyright or other intellectual property rights ("Claim"), you shall promptly notify Yokogawa thereof in writing. 5.
Overview of This Manual Structure of This Manual This user’s manual consists of the following chapters. Chapter 1 Title Overview 2 Operating Procedure 3 Detailed Description of Functions Index Description Gives an overview of the GateWT software. Lists the PC requirements for running Gate-WT and gives information about system configuration. Gives procedures for entering environment and data logging interval settings, and how to monitor the operational status of the software.
1 Contents Software License Agreement............................................................................................................. ii Overview of This Manual.................................................................................................................. iv Chapter 1 Overview 1.1 1.2 Chapter 2 Overview of GateWT Functions............................................................................................ 1-1 System Overview.......................................
Chapter 1 Overview 1.1 1 Overview of GateWT Functions 2 3 Index Note When connecting the GateWT and WT1600 and acquiring data, you must set the WT1600’s measurement range to Fixed Range since data communication is not possible if it is set to Auto Range. Features • Runs as a Windows application. • Compatible with the following instruments: WT110, WT110E, WT130, WT200, WT210, WT230, WT1010, WT1030, WT2010, WT2030, WT1030M, WT1600, WT1800 and WT500.
1.2 System Overview System This software can connect with and download data from a WT series instrument having the following characteristics. However, the harmonic option is not supported.
1.2 System Overview 1 Overview • GP-IB port: Required for GP-IB communications between the software and a WT series instrument Please use the PCI-GPIB or PCMCIA-GPIB by National Instruments. A video card that is recommended for the OS and a display • Monitor: that is supported by the OS, has a resolution of 1024×768 or higher, and that can show 65,536 colors (16-bit, high color) or more.
1.2 System Overview System Configuration GateWT TCP/IP connection Monitor server protocol Data transfer Remote Monitor Ethernet It is recommended that you run GateWT and DAQLOGGER on separate PCs.
Chapter 2 2.1 Operating Procedure 1 Running and Exiting Gate-WT Running the Software 2 Procedure GateWT > GateWT. Operating Procedure 1. From the Windows Start menu, choose Programs > YOKOGAWA DAQWORX > 3 The GateWT Configurator opens, displaying the user interface. Index Note • • When you start GateWT, it is restored to the same status that was active during the previous session.
2.2 Entering Environment Settings The following settings can be entered using the configurator. • WT assignments, communications settings, and login settings • Acquisition interval settings for each WT • Port number settings (for the monitor server) as needed • The settings can be saved. Serial Port Settings Procedure 1. Click the Serial Setting tab or choose View > Serial Setting from the menu bar. The Serial Setting tab is displayed.
2.2 Entering Environment Settings 1 WT Settings Procedure 1. Click the WT Setting tab or choose View > WT Setting from the menu bar. 2 The WT Setting tab is displayed. Operating Procedure 3 Click to display a list Index Only the active COM ports (specified in serial port settings) are displayed Click to display the Input Address dialog box 2. Enter the communication method and address. Communication type : Select the port to be used for the connection.
2.2 Entering Environment Settings Automatic Model Determination 3. Click Auto determination on the toolbar or choose Communication > Recorder Model Determination from the menu bar. Auto determination button The following items are displayed. Model : The specific WT models to be connected. Channel : The number of channels on the WT to be connected. Tag Settings 4. Double-click the tag number cell on the WT setting tab of the tag that you wish to set. The Tag Setting dialog box opens.
2.2 Entering Environment Settings 1 Executing the Test 5. Click the Test Execution button in the Tag Setting dialog box. The test result is displayed in the value column. 2 Stopping the Test 6. Click the Test Stop button. 3 Procedure 1. Click the Scan Interval Setting tab or choose View > Scan Interval Setting from the menu bar. Index The Scan Interval Setting tab is displayed. Scan Interval Settings 2. Specify a scan interval from 0.5 to 3600 seconds. Setting the Number of Retries 3.
2.2 Entering Environment Settings Saving Environment Settings Procedure 1 Click the Save button on the tool bar or choose File > Save from the menu bar. Save button Test Acquisition Procedure 1. Double-click a number in the GateWT Configurator. The Tag Setting dialog box opens. Double-click Click Test acquisition result 2. Click the Test Execute button. The test acquisition result is displayed in the Value column.
2.3 1 Connecting from DAQLOGGER or Remote Monitor 3 In this case, system numbers are assigned as follows: WT assigned to WT01 : 0 WT assigned to WT02 : 1 Index Connecting from DAQLOGGER Procedure See section 2.6 of the WX101 DAQLOGGER WX81 DAQLOGGER Client Package User’s Manual (IM WX101-01E). Note • • If a connection is made with GateWT when DAQLOGGER’s system server setting is set to No system number, the connected WTs are handled on the same system.
2.4 Process Run/Stop and Service Run/Stop Running/Stopping from the Menu Bar Procedure Running as a Process or Service 1. Click the Service execution or Process execution button on the tool bar. Or, choose Execute > Service or Execute > Process from the menu bar. The executable function starts as a process or service. “Service” or “Process” is displayed under Practice Status on the Practice Status tab.
2.5 Viewing the Status of the Executable Function Procedure 1 2 Displaying the Connection Status Operating Procedure 1. Click the Execution/Status tab, or choose View > Execution/Status from the menu bar. 3 The Execution/Status tab is displayed, allowing you to see the method under which the executable function may be running (as a process or as a service), whether or not it is running, and with which PCs communications are open.
2.6 Viewing Version Information Procedure 1. Click the About button on the tool bar or choose Help > About from the menu bar. About button The Version dialog box opens.
Chapter 3 3.1 Detailed Description of Functions 1 Overview GateWT opens communications with WT series instruments and acquires data at regular intervals. Through the monitor server function, the acquired data is transferred to DAQLOGGER or Remote Monitor via Ethernet. GateWT Configurator consists of two separate software functions. The following is a list of the features of each software function.
3.2 Detailed Description of Functions Serial Port The communications ports available to GateWT are the COM1–COM9 serial (RS-232) ports. The user must enter the following port settings. • Use/Do not use (ON/OFF) • Baud rate : Select 4800, 9600, or 19200 • Data length : Fixed at 8 • Parity : Fixed at NONE • Stop bit : Fixed at 1 GP-IB Communication GateWT can use GP-IB addresses 1–30. Ethernet Communication The WT1600, WT1800, and WT500 can perform Ethernet communications.
3.2 Detailed Description of Functions 1 Automatic Model Determination If you select a WT and perform automatic model determination, the model and number of channels are passed to the WT Setting tab on the configurator. However, harmonic option output for WT1600 and harmonic mode for WT1600 are not supported.
3.2 Detailed Description of Functions Port Settings GateWT uses the following ports. • Monitor server port The port used for communications from DAQLOGGER and Remote Monitor. • Status acquisition port The port from which the status display software acquires status from the executable software. Search for an empty port to use as the status acquisition port. Running/Stopping the Executable Function The user interface allows you to start and stop the executable function.
3.2 Detailed Description of Functions 1 Group and Channel Assignments If connected from the remote monitor, the initial group and channel assignments are as follows, and cannot be changed. 2 Note If connected to GateWT using DAQLOGGER, the group and waveform assignments are ignored.
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3.2 Detailed Description of Functions WT1600(1Element model) 1 group IM WX1-03E SigmaA Waveform Number W01 W02 W03 W04 W05 W06 W07 W08 W09 W10 W11 W12 W13 W14 W15 W16 W17 W18 W19 W20 W21 W22 W23 W24 W25 W26 W27 W01 W02 W03 W04 W05 W06 W07 W08 W09 W10 W11 W12 W13 W14 W15 W16 W17 W18 W19 W20 Channel Assignment URMS UMN UDC UAC IRMS IMN IDC IAC P S Q LAMBda PHI FU FI PC UPPeak UMPeak IPPeak IMPeak TIME WH WHP WHM AH AHP AHM URMS UMN UDC UAC IRMS IMN IDC IAC P S Q LAMBda PHI PC WH WHP WHM AH AHP AHM (Cont.
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3.2 Detailed Description of Functions 1 Tag Settings Initial settings of the tags are assigned according to the model information obtained during automatic model determination.
3.2 Detailed Description of Functions WT1600 Tags set to group ElementX are the same as those for Element1. Tags set to group SigmaX are the same as those for SigmaA. Note Since the maximum number of parameters that can be acquired via communications by the WT1600 is 255, GateWT cannot acquire Cfu, Chi, FfU, FfI, Z, Rs, Xs, Rp, or Xp.
3.2 Detailed Description of Functions WT1800 Tags set to group ElementX are the same as those for Element1. Tags set to group ElemHrmX are the same as those for ElemHrm1. Tags set to group SigmaX are the same as those for SigmaA. Tags set to group DeltaX are the same as those for DeltaA.
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3.2 Detailed Description of Functions 1 WT500 Tags set to group ElementX are the same as those for Element1.
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3.2 Detailed Description of Functions 1 Channel Names, Tag IDs, and Tag Names GateWT’s default channel names and tag IDs are the same: EI:V, EI:A, … etc. The tag names are the names of the output items on the connected WT: TAG01, TAG02, …etc. These can be changed. 2 Note When connecting DAQLOGGER to GateWT, channel names and tag IDs are ignored. You can download tag names using tag setting software. The default channel colors on GateWT are the following 16 colors.
3.2 Detailed Description of Functions GateWT is started and the data of a possible data collection from WT1600 GateWT doesn’t correspond to “Harmonic component mode.” Therefore, the data collection of the parameter in the harmonic component mode is not made.
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3.3 1 Error Messages and Corrective Actions Error Message Cannot write to file. E212 Cannot read file. E213 Cannot open file. E401 Communication error. E402 E403 E501 E1010 Communication timeout. Cannot open a communication port. Invalid license number. Please reinstall the software. Execution of aprocess failed. E1011 Execuition of a service failed. E1600 The WT1000/WT2000 does not support Corrective Actions Check if the disk capacity is sufficient or if the file systems is normal.
Index 1 Index A automatic model determination...................................... 2-4, 3-3 system configuration............................................................. 1-4 system numbers.................................................................... 2-7 T C channel colors..................................................................... 3-25 channel names, tag IDs, and tag names............................. 3-25 connecting from DAQLOGGER.............................................
