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Baker Hughes Panametrics moisture.IQ User Manual

Multi-channel moisture and oxygen analyzer
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Summary of Contents for Baker Hughes Panametrics moisture.IQ

  • Page 1 moisture.IQ Multi-channel moisture and oxygen analyzer User’s manual...
  • Page 3 moisture.IQ Multi-channel moisture and oxygen analyzer User’s manual 910-298 rev. E September 2017...
  • Page 4 [no content intended for this page]...

  • Page 5: Table Of Contents

    Contents Product registration ................. . ix Services .
  • Page 6 1.10 Establishing a gas flow through the oxygen cell ..........16 1.11 Connecting an auxiliary device .
  • Page 7 Chapter 5. Using the configuration menu ..........31 Configuring the probes .
  • Page 8 Chapter 8. Troubleshooting ............51 Screen messages .

  • Page 9: Product Registration

    Product registration Typographical conventions Thank you for purchasing your moisture.IQ from Note: These paragraphs provide information that provides a Panametrics. Please register your product at https://info. deeper understanding of the situation, but is not essential to bakerhughes.com/New-Product-Registration-LP.html the proper completion of the instructions. product support such as the latest software/firmware IMPORTANT: These paragraphs provide information that...

  • Page 10: Auxiliary Equipment

    Auxiliary equipment Environmental compliance Local safety standards RoHS The user must make sure that he operates all auxiliary The moisture.IQ fully complies with RoHS regulations equipment in accordance with local codes, standards, (directive 2011/65/EU). regulations, or laws applicable to safety. Waste Electrical and Electronic Equipment (WEEE) directive Working area Panametrics is an active participant in Europe’s Waste...

  • Page 11: Chapter 1. Installation

    Chapter 1. Installation Introduction Users typically install the moisture.IQ as part of a complex process system, which includes components such as filters, pumps, and pressure regulators. In such an environment, probes and other parts of the system may be subjected to environmental hazards, such as high temperature, pressure extremes, corrosive elements and mechanical vibrations.

  • Page 12: Choosing An Installation Site

    Choosing an installation site You should have discussed environmental and • Locate the electronics unit away from high installation factors with a Panametrics applications temperatures, strong electrical transients, mechanical engineer or field sales person by the time you receive vibrations, corrosive atmospheres, and any other the meter.

  • Page 13: Moisture Probe Considerations

    Moisture probe considerations 1.5.3 Static or dynamic use The M-series and moisture image series probes consist of an aluminum oxide sensor mounted on a connector The sensor performs equally well in still air or where head. Standard probe mounts include a protective considerable flow occurs.

  • Page 14: Sample System Guidelines

    Sample system guidelines 1.6.2 Oxygen sample systems A sample system is required for oxygen measurement and, although not mandatory, is highly recommended for Oxygen sample systems are required and can be moisture measurement. The purpose of a sample system ordered from Panametrics for bench or wall mounting. is to condition or control a sample stream to within the You can also build your own sample system by using the specifications of a probe.

  • Page 15: Mounting The Hygrometer System

    Mounting the hygrometer system Mounting the hygrometer system consists of mounting the electronics unit, the probes, and the sample systems. 1.7.1 Mounting the electronics unit 1.7.2 Mounting a sample system Use the outline and dimension drawings in the certification Panametrics sample systems are normally fastened to and safety statements at the end of this manual to mount a metal plate that has four mounting holes.

  • Page 16: Installing The Probes

    Installing the probes After you mount the sample system, you must insert the moisture probes into the sample cells. In addition, you must check, prepare, and connect any installed oxygen cells to the gas line. 1.8.1 Moisture probes Probe Panametrics moisture image series (MIS) and M-series Inlet moisture probes have 3/4 inch-16 straight threads, with an O-ring seal, to the secure probes into the sample system or...

  • Page 17: Adapting An Existing Tf-Series Probe Cable

    1.8.2 Adapting an existing TF-series 1.8.3 Adapting an existing M-series probe cable probe cable If an existing moisture measurement system uses a M-series moisture probe, the cable for that probe may If an existing moisture measurement system uses a be adapted for use with an MISP2 probe. To retrofit the TF-series moisture probe, the cable for that probe may existing system, refer to figure 6 below and complete be adapted for use with an MISP2 probe.

  • Page 18: Delta F Oxygen Cell

    1.8.5 Delta F oxygen cell Although the moisture.IQ accepts other oxygen devices as auxiliary inputs, it is designed to accept oxygen inputs directly from the Delta F oxygen cell. There are three steps Electrolyte level for installing the Delta F oxygen cell: 1.

  • Page 19: Making Electrical Connections

    Making electrical connections To open a weatherproof moisture.IQ unit, use a WARNING! large, flat-bladed screwdriver to turn the latch on To ensure the safe operation of this unit, you the enclosure cover. must install and operate the moisture.IQ as To open an explosion-proof moisture.IQ unit, remove described in this user’s manual.

  • Page 20: Using The Lever To Make Wiring Connections

    1.9.1 Using the lever to make 1.9.2 Connecting the input power wiring connections To connect the input power, simply plug the power cable into the receptacle next to the ON/OFF switch at the lower Use the included levers to assist with wiring the cables to the left corner of the back panel (see figure 8 on page 15).

  • Page 21: Connecting Moisture Probes

    1.9.3 Connecting moisture probes The moisture.IQ uses M-series and moisture image series M-SERIES probes to measure moisture. If you need to connect a different probe type, please contact our technical support department. If you ordered one or more M-series probes with the moisture.IQ, Panametrics has entered the necessary probe setup data on a pre-assigned channel.
  • Page 22 1.9.3.2 Moisture image series probes (MISP and MISP2) Connect the moisture image series probes (MISP) to the You can connect the moisture image series probe to moisture.IQ using the cable provided. You can locate a any channel. However, if you are also using other sensors moisture image series probe up to 915 m (3000 ft) from such as M-series probes, be sure to connect the moisture the electronics unit.

  • Page 23: Connecting The Delta F Oxygen Cell

    1.9.4 Connecting the Delta F oxygen cell The Delta F oxygen cell is available in a general-purpose Instructions for connecting each type of oxygen cell are model with standard or VCR® fittings. The oxygen cell can described in the following sections. If you are installing the also be mounted in a weatherproof enclosure (R4) for oxygen cell in an intrinsically safe area, refer to the following outdoor applications or an explosion-proof enclosure (R7)
  • Page 24 1.9.4.1 Standard Delta F oxygen cells 1.9.4.2 Weatherproof Delta F oxygen cells Figure 20 below shows a standard Delta F oxygen cell The weatherproof oxygen cell has a set of sensing and and identifies the sensing and secondary electrodes. secondary electrodes that are wired to a terminal strip in Make oxygen cell connections from the electrodes on the the weatherproof enclosure.
  • Page 25 1.9.4.3 Explosion-proof Delta F oxygen cells Figure 21 below shows the explosion-proof oxygen cell. The oxygen cell has a set of sensing and a set of secondary electrodes that are wired to a terminal strip in the explosion-proof enclosure. Connect the explosion-proof oxygen cell using a four-wire shielded cable.

  • Page 26: Establishing A Gas Flow Through The Oxygen Cell

    1.10 Establishing a gas flow through the oxygen cell 1. Close the flow control valve and adjust the upstream CAUTION! pressure as required. Panametrics recommends a Establish a gas sample flow through the pressure of about 2 to 10 psig pressure upstream Delta F oxygen cell before you power up from the flow control valve, depending on what type the system or damage may occur to the...

  • Page 27: Connecting An Auxiliary Device

    1.11 Connecting an auxiliary device ANALOG OUT AUX IN moisture.IQ can power an auxiliary device (such as a loop power transmitter) in which the connection is External power mode +24V to Aux 1 or 2. For external power devices with output directly connected to the auxiliary device, you can use aux 1 or 2 with respect to RTN (pin 5).

  • Page 28: Connecting Alarms

    1.13 Connecting alarms Note: Customers must provide their own cables for Table 6: Pin designations for relay contacts connecting alarm relays. Acceptable cables range from 12 to 24 AWG. Description Fault Alarm A Alarm B The moisture.IQ has two high/low alarm relays per channel.

  • Page 29: Chapter 2. Operation

    Chapter 2. Operation Powering up 2.2 Measurement display components After completing the installation of your system, as described in chapter 1. “Installation” on page 1, The measurement display screen shown in figure 27 power up the moisture.IQ with the ON/OFF switch above is a touch screen which includes the following items: located at the lower left corner of the back panel.

  • Page 30: The Data Element Editor

    2.4 The data element editor Note: The current selection for the toggled items is The display of any of the 36 data measurements available from the main screen may be individually configured by highlighted in blue. tapping on the desired measurement display. This will As with all of the moisture.IQ programming screens, tap open a data element editor screen similar to that shown the check button...

  • Page 31: Shutting Down The System

    2.7 Shutting down the system To shut down the moisture.IQ, complete the following steps: 1. Tap the settings menu button on the right side of the touch screen. 2. Tap the shut down button in the service section of the touch screen.

  • Page 32: Chapter 3. Using The Settings Menu

    Chapter 3. Using the settings menu Introduction 3.2 Display settings After completing the installation of your moisture.IQ system The display settings menu (see figure 34 below) allows you (see chapter 1) and powering up the system (see chapter 2), to configure the measurement screen. you must configure the moisture.IQ before reliable data can •...

  • Page 33: System Settings

    3.3 System settings 3.4 File manager The system settings menu (see figure 35 below) allows The file manager menu (see figure 36 below) enables you you to configure the global moisture.IQ settings. to view and manage any files stored in the moisture.IQ memory or in a connected USB drive.

  • Page 34: Screen Alignment (Weatherproof And Explosion-Proof)

    3.5 Screen alignment 3.6 Screen configuration (weatherproof and (weatherproof and explosion-proof) explosion-proof) The screen alignment feature is enabled for weatherproof The screen configuration feature is enabled for explosion- and explosion-proof versions of the moisture.IQ. This proof and weatherproof versions of the moisture.IQ. This feature allows the user to calibrate the LCD screen to feature allows the user to increase or decrease the touch their touch and angles of usage to optimize touch...

  • Page 35: Notifications Setup

    3.7 Notifications setup 3.8 Fault alarm setup The notifications setup menu (see figure 39 below) The fault alarm setup menu (see figure 40 below) allows allows you to specify how often the moisture.IQ will you to specify how the moisture.IQ dedicated fault alarm display calibration reminders.

  • Page 36: Module Setup

    3.9 Module setup 3.10 Service menu options The module setup menu (see figure 41 below) is primarily This menu includes the three options described below. a read-only screen. It provides detailed information on the currently installed sensor modules. 3.10.1 Software update When an external USB drive containing a moisture.IQ •...

  • Page 37: Chapter 4. Using The Outputs, Alarms And Logger Menus

    Chapter 4. Using the outputs, alarms and logger menus Setting up the outputs 4.1.1 Configuring an output 4.1.2 Testing the selected output Note: An active output is indicated by a “play” symbol, Make sure the output device is connected to the moisture.IQ and the alarm selected for editing is highlighted in yellow.

  • Page 38: Trimming The Selected Output

    4.1.3 Trimming the selected output 4.1.4 Setting the output range error response The measured value of the outputs can vary from the A range error can occur when a measured value is within programmed value due to the effects of load resistance. the capacity of the analyzer, but it exceeds the calibration The output selection option provides a trimming feature range of the probe.

  • Page 39: Setting Up The Alarms

    4.2 Setting up the alarms 4.2.1 Configuring an alarm over range errors. The moisture.IQ indicates range errors with an over range Note: An active alarm is indicated by a “play” symbol, and or under range message. The error condition applies to the alarm selected for editing is highlighted in yellow.

  • Page 40: Setting Up And Running Logs

    4.3 Setting up and running logs • The clone log button is used to create a new log based To set up and run logs, refer to the menu map in figure 77 on page 110 and tap the logger button on the main touch on the settings of a high-lighted existing log.

  • Page 41: Chapter 5. Using The Configuration Menu

    Chapter 5. Using the configuration menu Configuring the probes 5.1.1 The probe configuration screen After establishing the meter settings, you must configure and calibrate the attached probes. Although the probes Tap the probe config button to open the probe configuration are physically connected to the back of the electronics screen (see figure 53 below).
  • Page 42 Table 8: Available measurement modes and units Selected Displayed Displayed measurement Unit description measurement units mode mode % = Percent oxygen (default) Oxygen PPM = Parts per million Oxygen Oxygen PPB = Parts per billion Oxygen µ = Microamps (diagnostic mode) Oxygen µ...
  • Page 43 Table 8: Available measurement modes and units Selected Displayed Displayed measurement Unit description measurement units mode mode °C = Degrees Celsius (default) Temperature °C °F = Degrees Fahrenheit Temperature °F Temperature Kelvin = Kelvin Temperature °R = Degrees Rankine Temperature °R kPa(a) = KiloPascal absolute (default) Pressure...

  • Page 44: Configuring Delta F Oxygen Sensor Probes

    5.1.2 Configuring Delta F oxygen sensor probes 5.1.3 Calibrating individual channels There are 13 selections available for the Delta F oxygen 1. From the main screen, tap configuration, then probe sensor probes. These are highlighted by the box in the probe config, then reference values to access the channel configuration window shown in figure 54 below.

  • Page 45: Setting The Probe Auto-Cal Schedule

    5.1.4 Setting the probe auto-cal schedule To set the frequency with which the probe auto-cal function is run, proceed as follows: 1. From the probe configuration screen, tap auto-cal setup button to access the set auto-cal interval screen for the desired probe (see figure 57 below). 2.

  • Page 46: Calibrating The Probes

    5.2 Calibrating the probes For newly-purchased moisture.IQ systems, GE has already To enter your calibration data, refer to the menu map in entered the required calibration data for all purchased figure 78 on page 111 and complete the following steps: moisture and oxygen sensors.

  • Page 47: Tagging The Inputs

    5.3 Tagging the inputs The moisture.IQ enables users to assign tags to customize the display of the input parameters. The instrument accepts a separate 9-character label for each input. To tag inputs, complete the following steps: 1. From the configuration menu screen, tap the tagging button to open the Tag setup screen.

  • Page 48: Entering User Information

    5.4 Entering user information Refer to the menu map in figure 78 on page 111 and to figure The buttons in figure 61 above permit the inclusion of 52 on page 59 (the configuration menu screen) to enter the standard mathematical functions, lookup data from following types of user information: predefined user tables (see “entering user-defined tables”...

  • Page 49: Entering User-Defined Tables

    5.4.2 Entering user-defined tables 5.4.3 Entering user constants To support user-defined functions, the moisture.IQ allows up User-defined constants can be substituted for dewpoint to six user-defined tables (designated as table a through (°C), temperature (°C) and pressure (Pa) measurements table f) of non-linear or empirical data. Up to 10 x-y pairs in all meter calculations.

  • Page 50: Entering Saturation Constants

    5.4.4 Entering saturation constants Henry’s Law is applicable to ppmw moisture measurements in all organic liquids. It states that, “at a constant temperature, the amount of a given gas that dissolves in a given type and volume of liquid is directly proportional to the partial pressure of that gas in equilibrium with that liquid.”...

  • Page 51: Chapter 6. Setting Up Communications

    Chapter 6. Setting up communications Setting up moisture.IQ 5. Tap the parity button and select either even, odd or none from the drop-down list. communications 6. Tap the stop bits button and select either 1 or 2 from the drop-down list. The comms section of the configuration menu is used to set up all communications for the moisture.IQ (see figure 79 on 7.

  • Page 52: Connecting To An Ethernet Lan

    6.4 Connecting to an Ethernet LAN 6.4.1 Configuring the Ethernet The moisture.IQ Ethernet port supports the 10base-T and 100base-TX twisted-pair Ethernet standards. An RJ-45 TCP/IP connection female modular connector is provided on the moisture.IQ The moisture.IQ can either be configured with a static rear panel for connection to the LAN.

  • Page 53: Capabilities Of The Ethernet Connection

    6.4.2 Capabilities of the Ethernet connection 6.4.2.1 The admin account IMPORTANT: The admin account allows complete configuration of The web server opens port 80 when it is enabled. the Ethernet option. This account should be used only by experienced network administrators. Misuse of the admin account could prevent connection to the moisture.IQ, IMPORTANT: enable unauthorized access to the moisture.IQ or possibly...

  • Page 54: Configuring A Vnc Connection

    6.4.2.2 The operator account The operator account is provided to for day-to-day The default login credentials for the operator account are: management of the moisture.IQ. By default, the operator • User name: operator has all the same privileges as the admin, but cannot create •...

  • Page 55: Configuring The Web Server

    6.6 Configuring the web server 6.7 User management operations The user management option allows you to set up and IMPORTANT: control access to the moisture.IQ for web server and The web server opens port 80 when it is enabled. VNC users (see previous sections). Tap the button for the designated communication option to enter parameters.

  • Page 56: Setting Up A Remote Connection To A Pc

    6.8 Setting up a remote connection to a PC As a practical example of using the communications features described in the previous sections, the procedure for connecting the moisture.IQ to a remote PC via a local area Network (LAN) is described below. 1.

  • Page 57: Chapter 7. Maintenance

    Chapter 7. Maintenance 7.1.2 Replenishing the electrolyte WARNING! Once the oxygen cell receives the initial charge of Do not attempt maintenance of the electrolyte, you should monitor the level regularly. moisture.IQ beyond the instructions in this DO NOT let the fluid level drop below the MIN level section.

  • Page 58: Calibrating The Delta F Oxygen Cell

    7.3 Calibrating the Delta F oxygen cell 7.3.2 Checking the oxygen cell calibration You should calibrate the Delta F oxygen cell when you initially receive it. After that, calibrate the oxygen cell once Note: If your range of measurement is significantly below the a month for the first three months, and then as needed.

  • Page 59: Delta F Oxygen Cell Background Gas Correction Factors

    7.4 Delta F oxygen cell background gas correction factors The factory calibration procedure for Delta F oxygen cell uses nitrogen as the reference background gas. The moisture.IQ will measure oxygen incorrectly if the transport rate of oxygen through the cell diffusion barrier is based on a different background gas.

  • Page 60: Entering The Background Gas Correction Factor

    7.4.2 Entering the background gas correction factor To change the background gas correction factor, 1. Select the appropriate correction factor from complete the following steps: table 10 below. Note: The default setting for the correction factor is 1.00. 2. Program the correction factor as described in “entering user constants”...

  • Page 61: Chapter 8. Troubleshooting

    Chapter 8. Troubleshooting The moisture.IQ is designed to be maintenance and trouble This chapter covers the following topics: free; however, because of process conditions and other • Screen messages (see “screen messages” below) factors, minor problems may occur. Some of the most •...
  • Page 62 Table 11: Screen messages and the possible causes Screen message Possible cause System response Action User function attempted illegal fp ( ): Math error operation, such as the square root Error message. Check logic of user function. of –2. User function has missing operand f ( ): Missing # Error message.

  • Page 63: Common Problems

    8.2 Common problems If the moisture.IQ measurement readings seem strange or do not make sense, there may be a problem with the probe or the process system. Table 12 below contains some of the most common measurement problems. Table 12: Troubleshooting guide for common problems Symptom Possible cause System response...
  • Page 64 Table 12: Troubleshooting guide for common problems Symptom Possible cause System response Action Probe is saturated. liquid Clean the sensor and the sensor shield water present on sensor as described in document 916-064, basic surface and/or across hygrometry principles Then reinstall sensor. electrical connections.

  • Page 65: Chapter 9. Specifications

    Chapter 9. Specifications Electronics Intrinsic safety • Bench mount: 440 x 133 x 357 mm (17.4 x 5.2 x 14.1 in.); All non-auxiliary inputs are intrinsically safe through internal 10.4 kg (22.9 lb) isolation and energy-limiting circuitry. • Panel mount: Inputs 542 x 201 x 357 mm (21.4 x 8.0 x 14.1 in.);...

  • Page 66: Temperature Measurement

    9.3 Temperature measurement 9.4 Pressure measurement Type Type Optional thermistor built into moisture probe • Optional transducer built into moisture image series moisture probes Calibration ranges (dew/frost point) • Standard external pressure transmitter -30 to +70°C (–22 to +158°F) Full-scale ranges available Accuracy •...

  • Page 67: Output Specifications

    9.7 Output specifications 9.8 Input specifications Analog Capability Six per 3-CH module, two per 1-CH module Note: Each module can be configured as one or three channels. Internally isolated 1 to 6 channels moisture 12 bit (0.025% resolution) 1 to 6 channels temperature Standard switch-selectable outputs 1 to 6 channels pressure •...

  • Page 68: Probe Specifications

    9.9 Probe specifications Moisture image series probe (MISP or MISP2) M series probe Type Type Aluminum oxide moisture sensor probe and Aluminum oxide moisture sensor probe (patented) electronics module Impedance range Calibration 50 kΩ to 2 MΩ at 77 Hz Each sensor is individually computer calibrated (depending on vapor pressure of water) against known moisture concentrations, traceable to...

  • Page 69: Hazardous Area Classification

    Delta F oxygen cell Hazardous area classification • BAS01ATEX1098X Type II 1G Ex ia IIC T5 Ga = –4°F to +122°F (–20°C to +50°C) • Non-depleting coulometric electrolytic oxygen sensing cell • US/CAN Class I, Division 1, Groups A, B, C, D, T4 Available cells European compliance •...

  • Page 70: Appendix A. Menu Maps

    Appendix A. Menu maps A.1 The settings menu map MAIN MENU Settings Settings Display Settings System Settings File Manager Screen Alignment** Outputs [**explosion-proof & weatherproof only] Alarms Configuration Defaults Transfer Logger Data View File Type Transfer Options Copy Help* Backlight Timeout Brightness Sort By File Information...

  • Page 71: The Outputs, Alarms And Logger Menu Map

    A.2 The outputs, alarms and logger menu map MAIN MENU Settings Output Selection Outputs Test Alarms Channel [1-6] Trim Configuration Output [A, B] Range Error Logger Help* Measurement Selection [*shown on all screens] Mode Unit Type Span Zero Alarm Selection Channel [1-6] Test Alarm [A, B]...

  • Page 72: The Configuration > Probe And User Menu Maps

    A.3 The configuration > probe and user menu maps MAIN MENU Comms Settings [see next menu map] Outputs Probe Probe Alarms Probe Config Tags Calibration Configuration Logger Sensor Type** Auto-Cal Setup Channel Help* Reference Values Mode [*shown on Text Box [**for 6 channels x 6 modes] all screens] Serial Number...

  • Page 73: The Configuration > Comms Menu Map

    A.4 The configuration > comms menu map MAIN MENU Settings Probe Outputs [see previous menu map] User [see previous menu map] Alarms Configuration Comms Logger Help* [*shown on all screens] Serial Port Modbus TCP/IP Web Server User Management Mode Baud Rate User Word Size Parity...

  • Page 74: Appendix B. Wiring Diagrams

    Appendix B. Wiring diagrams Terminal Blocks Figure 80: moisture.IQ wiring — terminal blocks and rear view (dwg. 702-1542B, SH 1)

  • Page 75: Rear View Channel Configurations

    B.2 Rear View Channel Configurations Figure 81: moisture.IQ Wiring — rear view channel configuration (dwg. 702-1542B, SH 2)
  • Page 76 B.3 Rear View Channel Configurations AC Power Unit Figure 82: moisture.IQ wiring — power wiring (dwg. 702-1542B, SH 3)

  • Page 77: Power Wiring

    COPYRIGHT 2020. ALL RIGHTS RESERVED 702-1542 CONFIDENTIAL AND PROPRIETARY INFORMATION. THIS DRAWING CONTAINS CONFIDENTIAL AND PROPRIETARY INFORMATION OF BAKER HUGHES CO. AND MAY NOT BE VIEWED OR DISCLOSED TO OTHERS EXCEPT WITH THE GENERATED USING SHEET 4 OF 4 DRAWING NOT TO SCALE...

  • Page 78: Appendix C. Updating The Moisture.iq Firmware

    Appendix C. Updating the moisture.IQ firmware C.1 Updating the chassis firmware 1. Power on the moisture.IQ. 4. From the main screen, tap the settings button (see figure 86 below). 2. Load the updated firmware into the UPDATE folder on the USB flash drive.
  • Page 79 6. The moisture.IQ prompts you to confirm you want to 8. After the software update is complete, the meter update the software (see figure 88 below). Tap the prompts you to restart the meter (see figure 90 below). yes button. Tap the restart button to reboot the moisture.IQ.

  • Page 80: Updating The Moisture.iq Module Firmware

    C.2 Updating the moisture.IQ module firmware 1. Load the updated firmware into the UPDATE folder on the 4. In the setup section, tap the module button USB flash drive. (see figure 94 below). 2. Plug the USB flash drive (with the software update) into 5.
  • Page 81 6. Tap the update firmware button, and the moisture.IQ 8. After the update is complete (see figure 98 below), prompts you to confirm that you want to update the meter prompts you to exit. Tap the exit button. the module firmware (see figure 96 below). 9.

  • Page 82: Appendix D. Modbus Register Map

    Appendix D. Modbus register map Note: The modbus register map in Table 13 below has some fields in gray boxes. These are currently not supported and will return a value of –1.0. Table 13: Modbus register map Modbus Qty. of Function Parameter Type...
  • Page 83 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Units 2204 32-bit Read holding (0x03) Measurement/unit integer code 0 = off, others see tab Type 2206 32-bit Read holding (0x03) 1 = 4-20 mA, integer 2 = 0-20 mA, 3 = 0-2 volts...
  • Page 84 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Zero 2328 32-bit Read holding (0x03) float Span 2330 32-bit Read holding (0x03) float Channel 4 / Output 2412 32-bit Read holding (0x03) When TEST MODE output A (percent of...
  • Page 85 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Channel 5 / Output 2532 32-bit Read holding (0x03) When TEST MODE output B (percent of float enabled, force output scale) to value State 2522 32-bit...
  • Page 86 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers State 3102 32-bit Read holding (0x04) 0 = Disabled, integer 1 = Enabled Units 3104 32-bit Read holding (0x03) Measurement/unit integer code 0 = off, others see tab Type 3106...
  • Page 87 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Upper setpoint 3230 32-bit Read holding (0x03), float Write multiple (0x10) Channel 3 / Status 3300 32-bit Read input (0x04) 1 = Energized alarm A integer 0 = De-energized...
  • Page 88 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Units 3424 32-bit Read holding (0x03) Measurement/unit integer code 0 = off, others see tab Type 3426 32-bit Read holding (0x03) 1 = Setpoint, integer 2 = In band, 3 = Out band...
  • Page 89 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Upper setpoint 3610 32-bit Read holding (0x03), float Write multiple (0x10) Channel 6 / Status 3620 32-bit Read input (0x04) 1 = Energized alarm B integer 0 = De-energized...
  • Page 90 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Hygro – 5120 32-bit Read input (0x04) Lbs/MMSCF float (natural gas) Hygro – PPMv 5122 32-bit Read input (0x04) (natural gas) float Hygro –...
  • Page 91 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Pressure – FP 5166 32-bit Read input (0x04) float Oxygen – PPM 5170 32-bit Read input (0x04) float Oxygen – PPB 5172 32-bit Read input (0x04) float...
  • Page 92 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Hygro – PPMv 5222 32-bit Read input (0x04) (natural gas) float Hygro – 5224 32-bit Read input (0x04) g/m^3 float Hygro – 5226 32-bit Read input (0x04)
  • Page 93 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Oxygen – PPM 5270 32-bit Read input (0x04) float Oxygen – PPB 5272 32-bit Read input (0x04) float Oxygen – 5274 32-bit Read input (0x04) percent float...
  • Page 94 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Hygro – 5324 32-bit Read input (0x04) g/m^3 float Hygro – 5326 32-bit Read input (0x04) mg/m^3 float Hygro – 5328 32-bit Read input (0x04) vapor pressure float...
  • Page 95 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Oxygen – 5374 32-bit Read input (0x04) percent float Oxygen – µA 5376 32-bit Read input (0x04) float Aux A 5380 32-bit Read input (0x04) float Aux A scaled...
  • Page 96 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Hygro – 5428 32-bit Read input (0x04) vapor pressure float (kPa) Hygro – 5430 32-bit Read input (0x04) vapor pressure float (mm Hg) Hygro –...
  • Page 97 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Oxygen – µA 5476 32-bit Read input (0x04) float Aux a 5480 32-bit Read input (0x04) float Aux a scaled 5482 32-bit Read input (0x04) float Aux b...
  • Page 98 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Hygro – 5530 32-bit Read input (0x04) vapor pressure float (mm Hg) Hygro – MH / FH 5532 32-bit Read input (0x04) float Temperature 5534...
  • Page 99 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Aux a scaled 5582 32-bit Read input (0x04) float Aux b 5584 32-bit Read input (0x04) float Aux b scaled 5586 32-bit Read input (0x04) float User function 1...
  • Page 100 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Temperature 5634 32-bit Read input (0x04) – °C float Temperature 5636 32-bit Read input (0x04) – °F float Temperature – 5638 32-bit Read input (0x04) Kelvin float...
  • Page 101 Table 13: Modbus register map Modbus Qty. of Function Parameter Type Access Modbus request Notes parameter address registers Aux b scaled 5686 32-bit Read input (0x04) float User function 1 5690 32-bit Read input (0x04) float User function 2 5692 32-bit Read input (0x04) float...

  • Page 102: Appendix E. Certification And Safety Statements

    Appendix E. Certification and safety statements Installation...
  • Page 110 Appendix Menu ............59 Probes .
  • Page 111 Installation site, choosing ........2 Main menu .
  • Page 112 Specifications ..........106 Safety Auxiliary equipment .
  • Page 113 Tables, User ..........71 TCP/IP connection, configuring .

  • Page 114: Customer Support Centers

    Tel: +1 978 437 1000 hughes.com E-mail: Panatechsupport@baker- hughes.com Panametrics, a Baker Hughes Business, provides solutions in the toughest applications and environments for moisture, oxygen, liquid and gas flow measurement. Experts in flare management, Panametrics technology also reduces flare emissions and optimizes performance.