Silver Series Installation and Operation Manual, Rev B ... - Watlow

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58 Silver Series Programming ManualWhen the Animation Object is selected, the cursor changes to a crosshair (+). Left-click the mouse on each locationwhere the object will appear. When all locations have been defined, right-click the mouse to finish drawing theobject. There must be at least three positions defined. The first location is represented by a 0 in the register, thesecond location by a 1 in the register, and so on.Media PlayerThe Media Player Object is used to play a media file on the HMI screen. The media file is stored on a USB flash drive orSD card connected to the HMI. Click the Preview tab to load the media file and view the file. If the file plays in thePreview tab, it will play in the simulator and the HMI. The media player supports the following formats: avi, flv, mov,mp3, mp4, mpg/mpeg, wav, wmv.Specify the folder on the USB device where the media file(s) reside in the Folder name: field. The root folder is notallowed; and only one level is supported. For example, an entry of “video” specifies the folder “video” on the USBdevice, and is allowed. An entry of “video\files” specifies the folder “files” under the folder “video,” and is notallowed.Note: The Media Player is available only on the X series models.Video InThe Video In Object is used to input and play video on the HMI from an external source. One of two video inputchannels can be selected either in the program or dynamically using a PLC register. The video inputs can beconfigured to accept NTSC or PAL video formats. A control function can be enabled that allows the value in a PLCregister to control the video input.Control Word addressControl Word address + 10 = Stop playing1 = Input Video 1 and display onscreen.2 = Input Video 2 and display onscreen.3 = Input Video 1 but don’t display onscreen (available for capture function).4 = Input Video 2 but don’t display onscreen (available for capture function).0 > 1 transition toggles Pause/Play (register resets to 0 after each transition)Recommended Format and Resolution100% (1:1) 50% (1:2)NTSC 720 x 480 360 x 240PAL 720 x 576 360 x 288A capture function allows capturing video images and storing them as *.jpg files on a USB flash drive or SD card. Thevideo capture is triggered by a PLC or local bit (OFF > ON) and can be configured to capture video once per second fora period of time defined by the Record time. The time Before and time After define the time period (up to 10 secondseach) before and after the trigger during which the video capture takes place. A buffer memory stores 10 seconds ofcaptured video when the capture function is enabled. The capture function continues uninterrupted even if the videois in Pause mode.Note: The Video In Object is available only on the X series models. It is standard on the HMI5150X and optional on theHMI5104XH and HMI5121X.0600-0069-0000 Rev. B
Using EZware-5000 59Bar GraphThe Bar Graph Object is used to display register data in a bar graph display. It can be configured to have alarmindicators using different colors on the bar graph to provide a warning when the value in the register is approaching amaximum or minimum allowable value.Meter DisplayThe Meter Display is used to display register data in an angular position on an analog-style meter. The scale (tickmarks) can be adjusted around the circumference of the meter and the pointer style can be changed. Scale values canbe assigned to the tick marks by assigning a span range (e.g., 0-100).It can be configured to have alarm indicators using different color bars around the inside of the meter to provide awarning when the value in the register is approaching a maximum or minimum allowable value.Trend DisplayThe Trend Display Object is used to display real-time or historical data collected by the Data Sample Object on a linegraph. Up to 20 channels can be displayed on the graph with data collected from consecutive addresses, and withdifferent colors assigned to each channel (pen).The Y-axis scaling is configured on the Channel tab with the Zero and Span fields (this defines the bottom and the topof the Trend Display and should contain the range of values in the data sample). The X-axis scaling is configured onthe General tab with the Distance between data samples section. There are two options: Pixel (number of pixelsbetween samples) and Time (sets the width of the entire Trend Display in seconds).In Real-time mode, data is displayed on the graph as it is generated. In History mode, data is plotted from data logfiles saved in memory. A new data log file is created each day and can be displayed in the Trend Display by changingthe value in the History Control register. When the value in the History Control register is 0, the data for today isdisplayed on the trend. When the value is 1, the data from yesterday is displayed, etc.See Chapter 10 for more information on “Creating Trend Displays and Data Sampling Objects.”History Data DisplayThe History Data Display Object is used to display historical data collected by the Data Sample Object in a tableformat. Up to 16 channels of data can be displayed from consecutive addresses, and can be any mix of data types(e.g., 16-bit unsigned, 16-bit signed, 32-bit float, etc.).Note: The History files section in the Data Sampling Object must have a box checked (e.g., Save to HMI memory) anda Folder name defined in order for the data files to be stored and displayed in the History Data Display.The History Control register is used to select the historical data file to display. When the value in the History Controlregister is 0, the data for today is displayed in the table. When the value is 1, the data from yesterday is displayed,etc.Data Block DisplayThe Data Block Display Object is used to draw line graphs of the data contained in consecutive registers (up to 1024consecutive registers). In addition, up to 12 individual sets of data can be displayed in the Data Block Display. The linegraphs can display data in any supported format, but the data in each graph must be of the same format.The Y-axis scaling is configured on the General tab with the Minimum and Maximum Limit fields (this defines thebottom and the top of the Data Block Display and should contain the range of data values). The X-axis scaling is0600-0069-0000 Rev. B
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Silver Series Operator Interface Te
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iiiTable of ContentsCOPYRIGHT NOTIC
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vChapter 11 - Capturing Alarms and
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2 Silver Series Programming ManualC
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4 Silver Series Programming ManualO
Page 13 and 14: Introduction 7Video InInput and pla
Page 15 and 16: HMI Local Setup 9The X-models (HMI5
Page 17 and 18: HMI Local Setup 1110. Configure you
Page 19 and 20: HMI Local Setup 1315. Click the VNC
Page 21 and 22: HMI Local Setup 153. Click on the V
Page 23 and 24: Connect the HMI to the PLC or Contr
Page 35 and 36: Creating a Sample Project 292. Clic
Page 37 and 38: Creating a Sample Project 315. Sele
Page 39 and 40: Creating a Sample Project 33Now let
Page 43 and 44: Creating a Sample Project 373. In t
Page 45 and 46: Creating a Sample Project 3916. Pas
Page 47 and 48: Creating a Sample Project 413. In t
Page 49 and 50: Creating a Sample Project 4311. Cli
Page 55 and 56: Creating a Sample Project 492. Conn
Page 57 and 58: Simulator Mode 51Off-line simulatio
Page 59 and 60: Using EZware-5000 53Chapter 6 - Usi
Page 61 and 62: Using EZware-5000 55EasyBuilder-500
Page 63: Using EZware-5000 57Numeric InputTh
Page 67 and 68: Using EZware-5000 61XY PlotThe XY P
Page 69 and 70: Using EZware-5000 63Alarm DisplayTh
Page 71 and 72: Using EZware-5000 65Write data to P
Page 73 and 74: Using EZware-5000 67When logging da
Page 75 and 76: Using EZware-5000 69Managing Projec
Page 77 and 78: Using EZware-5000 71Note: It is a g
Page 79 and 80: Using EZware-5000 73Using the Windo
Page 81 and 82: Using EZware-5000 75To zoom in on t
Page 83 and 84: Using EZware-5000 774. Objects cut
Page 85 and 86: Using EZware-5000 79To delete a gra
Page 87 and 88: Using EZware-5000 81Bottom Layer:Pr
Page 89 and 90: Using EZware-5000 83To rotate objec
Page 91 and 92: Using EZware-5000 85To configure De
Page 93 and 94: Using EZware-5000 87To configure th
Page 95 and 96: Using EZware-5000 89To configure Ge
Page 97 and 98: Using EZware-5000 91To configure Sy
Page 99 and 100: Using EZware-5000 93To configure Se
Page 101 and 102: Using EZware-5000 95LW9500,LW9501LW
Page 103 and 104: Using EZware-5000 97To configure th
Page 105 and 106: Using EZware-5000 99Automatically R
Page 107 and 108: Using EZware-5000 1017. Click the E
Page 109 and 110: Using EZware-5000 1032. Display Mil
Page 111 and 112: Using EZware-5000 105Converting Mul
Page 113 and 114: Using EZware-5000 107Options Menu >
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Using EZware-5000 109integer format
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Using EZware-5000 111b. Save file a
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Using EZware-5000 113Off-line Simul
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Using EZware-5000 1155. Click Unins
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Creating Windows 1173. The Open Win
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Creating Windows 1194. Modify the w
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Creating Windows 121Assigning Under
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Creating Windows 1232. Highlight th
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Creating Windows 1252. Click New...
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Creating Windows 1274. Select the f
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Creating Windows 129 Placing a Clos
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Creating Windows 131When Above base
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Creating Windows 133When the HMI in
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Creating Windows 135Using the Fast
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Creating Windows 137The amount of a
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Creating and Using Databases and La
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Using and Creating Keypads 1472. Us
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Using and Creating Keypads 149Editi
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Bar Graphs, Meters, and Trends 151C
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Bar Graphs, Meters, and Trends 1536
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Bar Graphs, Meters, and Trends 157C
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Bar Graphs, Meters, and Trends 163T
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Bar Graphs, Meters, and Trends 165D
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Capturing Alarms and Events 167Chap
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Capturing Alarms and Events 1699. C
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Capturing Alarms and Events 1718. C
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Capturing Alarms and Events 173To c
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Security 175Chapter 12 - SecurityTh
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Security 177Object SecurityMany obj
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Security 179When Interlock is enabl
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Security 181Additional Security Fea
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Security 183XOB PasswordA project (
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Security 185System PasswordsThe Sys
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Security 187Upload Password: The pa
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Security 189Upload (History) Passwo
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