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Ametek AMEVision User Manual

Ametek AMEVision User Manual

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USER MANUAL
AMEVision Display User Interface
9000-185-VE Manual Views Rev A
PN 9000-165-VE, Rev P

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  • Page 1 USER MANUAL AMEVision Display User Interface 9000-185-VE Manual Views Rev A PN 9000-165-VE, Rev P...
  • Page 2 AMETEK Process Instruments assumes no responsibility or liability for any errors or inaccuracies that may appear in this document. AMETEK Process Instruments is not responsible for any infringement of patents or other rights of third parties that may result from the use of this document. The content of this document is furnished for informational purposes only, is subject to change without notice, and does not represent a commitment or guaranty by AMETEK Process Instruments.

  • Page 3: Table Of Contents

    OVERVIEW AND INSTALLATION ..................1-1 Display and Keypad ..........................1-1 Wiring ................................1-2 General Wiring and Conduit Requirements ................1-2 AMEVision Host Display Mains Supply Connections ............1-3 EMC Grounding, Shielding, and Noise Protection ............1-4 EMC Grounding Method ...................... 1-4 Transient and RFI interference .................... 1-5 CONTROLLER/INTERFACE ....................2-1...
  • Page 4 File Name Format for Uploaded Files ..............3-16 Reset Age Utility ........................3-17 About ............................... 3-18 About Host ............................. 3-18 About Sensor ..........................3-18 Alarm and Status Definitions ....................3-19 ® PN 9000-165-VE, Rev P iv | Thermox AMEVision Display User Interface...
  • Page 5 Ne faites pas fonctionner avec les défaillances suspectes ........... 6-4 Mise à la terre CEM (EMC), blindage et protection contre le bruit ......6-4 APPENDIX A – AMEVISION MODBUS INFORMATION ............A-1 WDG-V AMEVision Modbus Map ..................... A-2 EventMask #1 Bit definitions...................... A-3 WDG-5 Command Definitions ....................

  • Page 6: Safety Notes

    Instrument grounding is mandatory. Performance specifications and safety protection are void if instrument is operated from an improperly grounded power source. Verify ground continuity of all equipment before applying power. ® PN 9000-165-VE, Rev P vi | Thermox AMEVision Display User Interface...

  • Page 7: Personnel And Equipment Safety Information

    Personnel and Equipment Safety Information This section describes important safety information to avoid personal injury and dam- age to the equipment while installing, operating, maintaining, or servicing the equip- ment. All safety regulations, standards, and procedures at the analyzer location must be followed.
  • Page 8 If you suspect there is damage to this product, have it inspected by qualified service personnel. Protect From Daylight and Light from Luminaires Do not install the AMEVision in direct sunlight or light from luminaires as pro- longed exposure to these can degrade the sealing properties of the keypad and LCD protective screen.

  • Page 9: Important Notice To Users

    Important Notice to Users The AMEVision Display User Interface is suitable for the following locations: - Class I, Zone 2, Group IIC - Class I, Zone 22, Group IIB - Class I, Division 2, Group A, B, C, D - Class II, Division 2, Group E, F, G No operator serviceable components inside any components of the AMEVision.

  • Page 10: Warning Labels

    The maximum ambient temperature for the unit is 55 °C (131 °F) The AMEVision Display User Interface is a complex piece of equipment that should only be serviced by a qualified service technician with expertise in instrument technol- ogy and electrical systems. AMETEK recommends that all equipment requiring service be sent back to the factory.

  • Page 11: Environmental Information (Weee)

    Environmental Information (WEEE) This AMETEK product contains materials that can be reclaimed and recycled. In some cases the product may contain materials known to be hazardous to the environ- ment or human health. In order to prevent the release of harmful substances into the environment and to conserve our natural resources, AMETEK recommends that you arrange to recycle this product when it reaches its “end of life.
  • Page 12 This page intentionally left blank. ® PN 9000-165-VE, Rev P xii | Thermox AMEVision Display User Interface...

  • Page 13: Overview And Installation

    WDG-V Analyzer. Display and Keypad The AMEVision consists of a 4.2" color, 1/4 VGA display and a 19-key keypad. It features a web interface, Modbus, trend Data Logging/charting, USB ports for firmware downloads and parameter/trend data uploads. The host can monitor up to four sensors simultaneously.

  • Page 14: Wiring

    Use the conduit entry point closest to the connections you are making. Do not add any additional conduit entry holes. • You may use 1" conduit with a 3/4" adapter at the entry to the AMEVision Host Display for signal and sensor wiring. 1-2 | Thermox ®...

  • Page 15: Amevision Host Display Mains Supply Connections

    AMEVision Host Display Mains Supply Connections The AMEVision Host Display can operate using between 85–250 volts AC, 47–63 Hz. There is no power switch or circuit breaker on the control unit, and it must be protected by installing it on a circuit-protected line, maximum 15 amperes, with a switch or circuit breaker in close proximity to the control unit and within easy reach of an operator.

  • Page 16: Emc Grounding, Shielding, And Noise Protection

    Max. Length 1 inch Capacitor Conduit Nut GROUND STUD METHOD Cable Shield(s) Conduit Housing Max. Length 2 inches Capacitor Conduit Nut Figure 1-2. Direct shield grounding Washer methods. Ring Terminal 1-4 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 17: Transient And Rfi Interference

    Transient and RFI interference This section describes transient and RFI interference precautions: • Although there are transient and noise protectors on all control unit I/O connections (communications, current outputs, sensor, etc.), this protec- tion is intended to act as a last line of defense against unwanted transient and RFI interference.
  • Page 18 Figure 1-3. AMEVision mounting and dimensions. 1-6 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 19: Controller/Interface

    Controller/Interface The AMEVision Display User Interface provides the capability to easily config- ure, calibrate, and monitor up to four (4) WDG-V Analyzers. A two-wire Modbus RTU interface connects the AMEVision to each WDG-V Analyzer. The AMEVision provides the following communication interfaces: Modbus RTU, web interface (TCP/IP), and USB flash drive capabilities for uploading/downloading data and firmware upgrades.

  • Page 20: Home Screen

    4. Time and Date 5. Sensor (Analyzer) Name 6. Last Calibration Date and Time 7. Status Bar – displays analyzer status including Alarms and Warnings 2-2 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...
  • Page 21 The sensor you have selected on the HOME screen is the only sensor whose functions and process will display on the AMEVision menus. To configure or view additional sensor setups, you must first select that analyzer on the HOME screen using the Left/Right arrows.

  • Page 22: Configuration Menu

    Sensor Name Configuration Name sensor and connected sensors in a multiple- analyzer configuration. Selecting Menu Options Press ENTER/MENU on the AMEVision keypad. Setting Menu Options To accept changes you have made press ENTER/MENU. Exiting Menu Options Press CANCEL on the AMEVision keypad.

  • Page 23: System Passcode

    System Passcode By default, the system passcode is disabled. This menu allows you to create a new passcode or to disable the passcode requirement. If you create and enter a passcode, you will be required to enter that passcode on a lock screen every time you exit the HOME screen and before accessing any of the menu options.

  • Page 24: Sensor (Analyzer) Name Configuration

    ‘2’ press the ‘2’ key four times (e.g., ‘A-B-C-2. ’ ) Maximum number of characters is 10. 4. Navigate to ACCEPT and press ENTER/MENU after each name to accept the name of that sensor. 2-6 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 25: System Time

    System Time Figure 2-5. System Time screen. 1. From the Main Menu screen, press ENTER/MENU to access the Configu- ration Menu. 2. Press the Left or Right arrows to locate the System Time menu and press ENTER/MENU. 3. Enter the information for your analyzer using a 24-hour time format (i.e., noon is 12:00 and 1 PM is 13:00).

  • Page 26: Communication

    Modbus. Press the Left and Right arrows to navigate between the two. TCP/IP (Web Interface) Setup Figure 2-6.1. TCP/IP (Web Interface) Configuration screen. Modbus Communication Setup Figure 2-6.2. Modbus Configuration screen. 2-8 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 27: Sensor Configuration

    Sensor Configuration Select Sensor Options Figure 2-7.1. Select Sensor Options screen. 1. From the Main Menu screen, press ENTER/MENU to access the Configu- ration Menu. 2. Press the Left or Right arrows to locate the Sensor Configuration menu and press ENTER/MENU. 3.

  • Page 28: Process Pressure

    ‘X’ in the check box. The sensor you have selected on the HOME screen is the only sensor whose functions and process will be displayed on the AMEVision menus. To view additional sensor setups, you must first select that sensor on the HOME screen.

  • Page 29: Analog Output

    Analog Output You can direct process readings to any of the three analog output ports. The sensor you have selected on the HOME screen is the only sensor whose functions and process will displayed on this menu. To config- ure or view any additional sensor, you must select that sensor on the HOME screen first.
  • Page 30 ENTER/MENU to view the drop down menu and use the arrow keys to make your selection. 4. Enter values using the numeric keypad on the AMEVision enclosure. Use the period for a decimal point. 5. When you have entered the information for each function, navigate to ACCEPT and press ENTER/MENU after each output has been configured to accept the values.

  • Page 31: Alarm Configuration

    Alarm Configuration Figure 2-10.1. Process Alarm Configuration screen. Figure 2-10.2. Function drop down box for alarm configuration. 1. From the Main Menu screen, press ENTER/MENU to access the Configu- ration Menu. 2. Press the Left or Right arrows to locate the Alarm Configuration menu and press ENTER/MENU.

  • Page 32: Alarms: Process, Service, Fault And Data Valid

    Figure 2-11. Fault alarm configuration screen. If you set the Alarm Fault by selecting the check box, it will cause all process alarms (Warnings) to trip the Service alarm. 2-14 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 33: Calibration

    Flow Calibration Used with flow sensor only Types of Calibration AMEVision allows you to perform manual, automatic, or remote calibrations. Automatic and remote calibrations require a factory-provided remote calibra- tion unit (RCU) that automatically switches the calibration gases for you; manual calibrations are performed without an RCU, and gases are switched manually.

  • Page 34: Setting Calibration Gas Values

    ENTER/MENU. 3. Enter the values for the gases available for the sensor you have designated on the HOME screen. 4. Press ENTER/MENU to accept the values you entered. 2-16 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 35: Start Calibration Menu

    Start Calibration Menu Select Gas to be Calibrated All, Oxygen, Combustibles, Methane Recovery Duration Define a time period for the system to recover from reading calibration gas values to reading process gases. Calibration Gas Values Enter the calibration gas values to match the span and zero calibration gas cylinders you will use to calibrate or verify your system.

  • Page 36: Calibrate The Analyzer

    As a default, any gas values that you entered in the Cal Gas Values menu will automatically be entered on this screen. You can edit these values and they will be changed in the Cal Gas Values menu as well. 2-18 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...
  • Page 37 7. When you have entered all of the values, press ENTER/MENU to START the calibration. 8. Inject the Oxygen Span Gas You are prompted to inject the O span gas into the calibration gas inlet port on the sensor (tubing must be free of oil and dirt). Press ENTER/ MENU when you have applied the span gas.
  • Page 38 GREEN check mark will be displayed. If it is not, a large RED ‘X’ is displayed. Figure 2-14.1. Calibration Results screen, Successful calibration. Figure 2-14.2. Calibration Results screen, Failed calibration. 2-20 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 39: Perform An Automatic Calibration

    Perform an Automatic Calibration The functions for automatic calibration will only be visible if you have an RCU and have configured your sensor for Automatic Calibration in the Sensor Configuration menu. There are two ways to perform an automatic calibration: •...
  • Page 40 When you have completed this screen, select ACCEPT and press ENTER/ MENU to continue. The automatic calibration has now been set and the system will carry out the calibration per the schedule entered. 2-22 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 41: Auto Cal Using The Calibration Start Menu

    Auto Cal Using the Calibration Start Menu 1. From the Main Menu screen, press ENTER/MENU to access the Calibra- tion Menu. 2. Press the Left or Right arrows to locate the Start Calibration menu and press ENTER/MENU. 3. Navigate to the drop down list and press ENTER/MENU. Select “Automatic.

  • Page 42: Perform A Remote Calibration

    8. When you are satisfied with your values, press ENTER/MENU to start the remote calibration. The screen displays the Gas Value, Cal Gas, and Status (Ready/Wait). To abort the calibration, select the ABORT button and press ENTER/MENU. 2-24 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...
  • Page 43 9. You will be prompted to “Inject the Zero Gas. ” Press ENTER/MENU and the RCU will apply the gas. 10. Calibration gas values and status are displayed. Press ENTER/MENU to accept the values. The status line at the bottom of the screen indicates which gas is being calibrated.

  • Page 44: Flow Calibration

    7. You are prompted to inject the Cal gas. Be sure to use aspirator air or zero gas. Press ENTER/MENU to continue and access the Flow Sensor Span Calibration screen. 2-26 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...
  • Page 45 8. Press ENTER/MENU to start the span calibration. The analyzer counts down to zero (‘0’) and when the span calibration has been completed, the analyzer will display a results page that will show a RED X if the calibration has failed or a Green check mark if it has passed. Recovery timer counts down to zero (‘0’).
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  • Page 47: Alarms And Warnings

    Alarms and Warnings Alarms Use this menu to view alarms that are currently active and also to view a his- tory of alarms. Alarm parameters are set during the configuration process under the Alarm Configuration menu. From the Main Menu screen, press ENTER/MENU to access the Menus.

  • Page 48: Diagnostics

    ENTER/MENU. There are seven Diagnostic menus: • Sensor Diagnostics • Control Diagnostics • Inject Gas • Trend Logging • Cell Diagnostics • Combustible Detector • CH4 Detector 3-2 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 49: Sensor Diagnostics

    Sensor Diagnostics 1. Press the Left or Right arrow to locate the Sensor Diagnostics menu, then press ENTER/MENU to view the Sensor Diagnostics Screen 1. The follow- ing information is displayed. Cell Temperature degrees Celsius Box Temperature degrees Celsius Cell HDC Box HDC On Time days, hours...

  • Page 50: Control Diagnostics

    Figure 3-1. Set Analog Value screen (Diagnostics Mode). Making a change to any of these fields will turn on the Diagnostics Mode. Press CANCEL to exit Diagnostics Mode. 3-4 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...
  • Page 51 3. Press the Right arrow to move to the Relays screen. This screen displays the Set Values and Actual Values for the five Outputs and allows you to Open or Close the output relay. Figure 3-2. Set Relay Values screen (Diagnostics Mode).

  • Page 52: Inject Gas

    3. Press ENTER/MENU to end the test and return to the Inject Gas screen. It will also turn Diagnostics Mode Off. 4. Press CANCEL to exit from the menu. 3-6 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 53: Trend Logging

    Trend Logging Plotting Data Using the Candlestick Format When plotting the data for trend logging, the AMEVision software uses a “candlestick” method to format the trending. This method allows more data to be plotted than there is space available on your display giving you more in- sight into how your analyzer is operating.
  • Page 54 4. Select ACCEPT and press ENTER/MENU to start plotting data. Figure 3-6.2. Trend data plot in candlestick format. 5. The data is plotted on the screen. 6. Press CANCEL to exit the screen. 3-8 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 55: Cell Diagnostics

    Cell Diagnostics This menu displays the information you need to determine the health of the cell and to determine if and when it needs to be replaced. 1. Press the Left or Right arrows to locate the Cell Diagnostics menu and press ENTER/MENU.

  • Page 56: 4 Detector

    2. Methane Detector diagnostics are displayed as in the chart below. Detector Age in days Sensitivity cnts/% Actual Voltage volts Reference Voltage volts 3. Press CANCEL to exit this screen. 3-10 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 57: Utility

    Utility Utility Menu 1. From the Main Menu screen, press ENTER/MENU to access the menus. 2. Press the Left or Right arrows to locate the Utility menu and press ENTER/ MENU. There are five utility menus, each described in the following pages: Detect Sensor Utility The Detect Sensor screen lists the currently connected sensors, and provides the ability to scan the network in search of sensors.

  • Page 58: Parameter Management Utility

    Firmware upgrades are carried out using a USB flash drive. It is neces- sary to plug the USB flash drive into the USB port inside the AMEVision enclosure to download the software. 1. Press the Left or Right arrows to locate the Firmware Upgrade menu and press ENTER/MENU.
  • Page 59 4. You will be prompted to “Insert the USB drive” containing the option’s firmware. This requires that you open the AMEVision enclosure door and physically connect the USB drive. 5. Using a standard 7/16" wrench loosen and remove the nut of the left side of the AMEVision enclosure and open the AMEVision enclosure door.

  • Page 60: Usb Transfer Utility

    Use this menu to upload data to a USB flash drive for use on a computer. Uploads are carried out using a USB flash drive. It is necessary to plug the USB flash drive into the USB port inside the AMEVision enclosure to upload the data.

  • Page 61: File Name Format For Uploaded Files

    “Failed.” You will be asked if the USB was plugged in. Check the USB drive to make sure it is connected and try again. If you continue to fail to upload the Sensor parameters, contact AMETEK customer service. 6. Press CANCEL to exit the menu. Alarms and Warnings...

  • Page 62: Transfer Trend Data

    1. Using a standard 7/16" wrench, loosen and remove the nut on the left side of the AMEVision enclosure to open the AMEVision enclosure door. 2. Locate the plug-in port for the USB flash drive and plug the drive into the port on the AMEVision enclosure.

  • Page 63: Reset Age Utility

    Reset Age Utility This menu allows you to reset the age of the Cell, the Combustibles Detector, and the CH Detector. This should only be done when the device you have selected has changed. 1. Press the Left or Right arrows to locate the Reset Age menu and press ENTER/MENU.

  • Page 64: About

    1. Select About Sensor and press ENTER/MENU. The information screen for the Sensor displays. - Sensor Serial Number - Sensor Hardware Revision - Sensor Firmware Revision 2. Press CANCEL to exit the menu. 3-18 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 65: Alarm And Status Definitions

    Alarm and Status Definitions ALARM DESCRIPTION TYPE NOTES Cell T/C Failure T/C is not connected or is open Alarm A critical over temperature condition has oc- Unit must be reset Cell Temperature Control Alarm curred to clear Cell Over Temp Cell temperature is 4 degrees above the setpoint Only after warm-up Cell Under Temp...
  • Page 66 The last flow sensor calibration failed Warning Warning Oxygen Calibration Required Calibration is required Combustible Calibration Warning Calibration is required Required Methane Calibration Warning Calibration is required Required 3-20 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 67: Replacement Parts

    Aftermarket Excellence and Long-Term Commitment to Safety and Quality Safety is a core value at AMETEK Process Instruments and is our primary consideration in every decision. We believe all accidents, injuries, and occupa- tional illnesses are preventable. We adhere to the highest design and safety...

  • Page 68: Requesting Technical Support

    Before returning equipment for repair, please obtain a Return Material Authori- zation. To do this, follow the link below or click the Return Authorization link on our main Customer Support page. Complete the form and click Submit. https://www.ametekpi.com/customersupport/return-authorization 4-2 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 69: Amevision Hmi Host Spare Parts

    AMEVision HMI Host Spare Parts When ordering parts, provide the serial number of your analyzer to ensure proper parts are ordered. Description AMETEK Part No. Assembly, LCD HOST Interface PCB and Guard 7000-330-SE* Overlay, Keypad, HOST Interface 7000-351-KE HOST Power Supply, AC/DC, 12V, 40W, Switchmode...
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  • Page 71: Optional Blowback Configuration

    Optional Blowback Configuration The Blowback Configuration screen can be accessed from the Configuration menu on the AMEVision controller. For this menu to appear, Blowback must first be enabled on the Sensor Configuration screen. Figure 5-1. Blowback Configuration screen. The WDG-V allows you to choose from four Blowback trigger types: •...

  • Page 72: Manual Blowback Trigger

    Initiate Blowback screen. Blowback History To view the previous five (5) Blowback events and flow readings, go to Diag- nostics Menu g Blowback History Figure 5-3. Blowback History screen. 5-2 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 73: French Warnings/Français Adverstissements

    French Warnings/Français Adverstissements NOTES SUR LA SECURITE LES AVERTISSEMENTS, LES PRÉCAUTIONS ET LES NOTES CONTENUS DANS CE MANUEL ATTIRENT L’ATTENTION SUR DES INSTRUCTIONS CRITIQUES COMME SUIT: Une procédure de fonctionnement qui n’est pas strictement suivie peut engendrer une blessure de personne ou une contamination de l’environnement.

  • Page 74: Mise À La Terre

    WDG-V. Ne pas retirer le capot d’un analyseur WDG-V. Se référer à du personnel qualifié pour la maintenance. Les instructions suivantes s’appliquent à l’unité d’affichage hôte AMEVision : L’alimentation électrique, les entrées et sorties (E/S) doivent être en accord avec les méthodes de câblage en zone Class I, Class II Division 2 (se référer au...

  • Page 75: Sommaire De Sécurité Générale

    ENCE AMETEK 1000-652-VE. La température ambiante maximum ce cet analyseur est de 55 °C (131°F). L’afficheur hôte AMEVision est un élément complexe de l’analyseur qui doit être maintenu par un technicien qualifié avant une expertise en technologie de l’instrument et en systèmes électriques. AMETEK recommande que tout équipement nécessitant une maintenance soit renvoyé...

  • Page 76: Mettez À La Terre L'analyseur

    Dans un but de compatibilité électromagnétique, en aucune circon- stance vous ne devez laisser l’écran d’un câble déconnecté en une ou deux extrémités (unité de contrôle ou de terrain ou autre appareil). 6-4 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 77: Appendix A - Amevision Modbus Information

    Appendix A – AMEVision Modbus Information The AMEVision supports Holding Registers. Holding Registers start at 0X40000. For example, the Modbus map defines Oxygen at Register 3. The “Real” modbus address to a modbus master is 0X40003. AMEVision Modbus Information PN 9000-165-VE, Rev P...

  • Page 78: Wdg-V Amevision Modbus Map

    WDG-V AMEVision Modbus Map A-2 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 79: Eventmask #1 Bit Definitions

    EventMask #1 Bit definitions AMEVision Modbus Information PN 9000-165-VE, Rev P...

  • Page 80: Wdg-5 Command Definitions

    WDG-5 Command Definitions A-4 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 81: Status Mask Bit Definitions

    Status Mask Bit definitions AMEVision Modbus Information PN 9000-165-VE, Rev P...

  • Page 82: Process Alarm Bit Definitions

    Process Alarm Bit Definitions A-6 | Thermox ® AMEVision Display User Interface PN 9000-165-VE, Rev P...

  • Page 83: Eventmask #2 Bit Definitions

    EventMask #2 Bit definitions AMEVision Modbus Information PN 9000-165-VE, Rev P...
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  • Page 85 AMETEK Process Instruments delivers worldwide sales and service support through a network of direct and factory-trained global distribution channels. AMETEK Service Assistance Program plans offer coverage up to 24 hours a day, 365 days of the year. As worldwide experts in the manufacture of process analyzers and instrumentation, we have supplied solutions to industry since 1962, providing the widest range of analysis technology available.

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