Emerson 7951 - Manual

Emerson 7951

Emerson 7951 – Manual, read for free online in PDF format. We hope this helps you resolve any issues you may have. If you have further questions, please contact us through the contact form.

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Table of Contents:

  • Page 2 – IMPORTANT NOTICE
  • Page 3 – Static precautions; CAUTION; at; Safety information; only; WARNING; all; Battery-backed Memory notice; It is essential that the
  • Page 4 – CONTENTS; About this manual; Micro Motion; What you can connect to a; Installing the system
  • Page 9 – this; What this manual tells you
  • Page 11 – started; What this chapter tells you; OPTIONAL
  • Page 12 – About this example; overall screen; Klippon
  • Page 15 – Figure; End of Worked Example 1
  • Page 17 – MENU
  • Page 18 – Figure 2.8: Prime Specific Gravity display; End of Worked Example 2
  • Page 21 – Figure 2.11: Line temperature data display; End of Worked Example 3
  • Page 23 – End of Worked Example 4
  • Page 24 – Example 5: 7951 with a PRT-type temperature transmitter
  • Page 25 – End of Worked Example 5
  • Page 27 – the; Note
  • Page 28 – Physical description of the
  • Page 29 – installations; Transducers and transmitters; Figure 3.2: Typical installation for A Gas Signal Converter system; Checking your software version; S O F T W A R E V E R S IO N N U M B E R
  • Page 31 – What you can connect to a
  • Page 33 – Page 5.1; What this chapter tells you; Hazardous and non-hazardous environments; galvanic isolators; procedure
  • Page 35 – Page 5.3; Analogue Input DP-switches; SW1 switches; Turbine Voltage Selection switches; volts dc
  • Page 37 – Page 5.5; If the clamp is to be fixed permanently:; Figure 4.5: Mounting arrangements for more than one instrument
  • Page 38 – Step 5: Making the external connections; Klippon connector; Earth Stud
  • Page 39 – Page 5.7; OK; chassis earthing (through studs and earth leads)
  • Page 40 – Step 7: Connecting the power supply
  • Page 41 – The keyboard, display and indicators; What this chapter tells you; The layout of the front panel
  • Page 42 – What the display shows; ENTER; Using the buttons to move around the menus; BACK
  • Page 43 – Using the buttons to view stored data
  • Page 44 – Using the buttons to edit information
  • Page 46 – Date and time editing
  • Page 47 – Security Indicator
  • Page 48 – Summary of button functions
  • Page 51 – What this chapter tells you
  • Page 52 – Display Line 1; pages
  • Page 53 – parameter screens; parameter screen; Figure 7.4: A typical software parameter screen
  • Page 54 – operators; Figure 7.5: Menus common to all software versions; viewing; editing
  • Page 56 – How alarms are received and stored
  • Page 57 – What the Alarm Status Display tells you
  • Page 58 – Acceptance indication; Other entries indication; Description of the alarm; Clearing all entries in the Historical Alarm Log; CLR
  • Page 61 – facilities; What this chapter tells you
  • Page 62 – Fallback values and modes
  • Page 63 – Units which the 795x can display
  • Page 65 – Configuring your instrument by using wizards; What this chapter tells you; Figure 10.1: How to get to the wizards menu
  • Page 66 – Figure 10.2: Key to wizard map conventions
  • Page 67 – Wizard
  • Page 69 – Units Wizard Selection Map; Units wizard
  • Page 70 – Density 1 application wizard; “Density 1” Wizard Map - Part 1 of 2
  • Page 71 – Temperature & VOS Correction Sequences; “Density 1” Wizard Map - Part 2 of 2
  • Page 72 – Density 2 application wizard; “Density 2” Wizard Map - Part 1 of 2
  • Page 73 – “Density 2” Wizard Map - Part 2 of 2
  • Page 74 – “SG1” Application Wizard Map
  • Page 75 – “SG2” Application Wizard Map
  • Page 76 – “SG1&2” Application Wizard Map
  • Page 77 – Line density wizard; “Line density” Wizard Map - Part 1 of 3
  • Page 78 – Sequence : Line density ‘B’ measurement
  • Page 79 – Sequence : Line density ‘B’ measurement using PTZ1 method; Route 1; “Line density” Wizard Map - Part 3 of 3
  • Page 80 – “Base density” Wizard Map - Part 1 of 2
  • Page 81 – Sequence : Base density ‘B’ measurement using the PTZ1 method; “Base density” Wizard Map - Part 2 of 2
  • Page 82 – Specific gravity wizard
  • Page 83 – Sequence : Specific gravity ‘B’ measurement from an analogue input; SG B mA Src; Input channel; Analogue input
  • Page 84 – “Temperature” Wizard Map - Part 1 of 2
  • Page 85 – “Temperature” Wizard Map - Part 2 of 2
  • Page 86 – “Pressure” Wizard Map - Part 1 of 2
  • Page 87 – Sequence : Atmospheric pressure from an analogue input; “Pressure” Wizard Map - Part 2 of 2
  • Page 88 – “Transmitter” Wizard Map - Part 1 of 3
  • Page 89 – Sequence : Live N2 from an analogue input; “Transmitter” Wizard Map - Part 2 of 3
  • Page 90 – Sequence : Live energy value from an analogue input; “Transmitter” Wizard Map - Part 3 of 3
  • Page 91 – Special Calculation wizard; Setup wizard; “Multi-view” Wizard Map
  • Page 92 – Analogue outputs wizard; mA; “Analogue outputs” Wizard Map
  • Page 93 – “Alarms” Wizard Map
  • Page 97 – Configuring by using the menus; Before you start
  • Page 98 – Recommended sequence for configuration; Item to be configured
  • Page 101 – Configuring analogue inputs; Figure 11.2 Menu structure for configuring analogue inputs; Configuring transducer details; Figure 11.3 Menu structure for configuring transducer details
  • Page 102 – Configuring transmitter detail; Figure 11.4 Calculating line temperature
  • Page 103 – Figure 11.5 Calculating densitometer temperature
  • Page 105 – Figure 11.8 Menu structure for configuring transmitter detail
  • Page 106 – Configuring flowmeter details; Figure 11.9 Calculating orifice mass and volume flow rate
  • Page 107 – Figure 11.10 Calculating turbine mass and volume flow rate
  • Page 108 – Figure 11.11 Calculating prime specific gravity
  • Page 109 – Figure 11.12 Menu structure for configuring flowmeter details
  • Page 110 – Configuring flow rate; Figure 11.13 Calculating turbine mass and volume flow rate
  • Page 111 – Figure 11.14 Calculating standard volume rate
  • Page 112 – Configuring totalisers; Figure 11.16 Totalisation calculations
  • Page 113 – Figure 11.17 Menu structure for configuring totalisers
  • Page 114 – Configuring line density; Figure 11.18 Calculating line density
  • Page 115 – Figure 11.19 Calculating AGA8 density compressibility
  • Page 116 – Figure 11.21 Calculating Nx-19 compressibility
  • Page 117 – Figure 11.22 Calculating linear interpolation compressibility; KDe; Figure 11.23 Calculating density referral
  • Page 118 – Figure 11.24 Menu structure for configuring line density
  • Page 119 – Configuring base density
  • Page 120 – Figure 11.26 Calculating base density
  • Page 121 – Figure 11.27 Menu structure for configuring base density
  • Page 122 – Configuring specific gravity; Figure 11.28 Calculating specific gravity
  • Page 123 – Figure 11.29 Calculating specific gravity
  • Page 124 – Figure 11.30 Menu structure for configuring specific gravity
  • Page 125 – Cm; Figure 11.32 Calculating energy flow rate
  • Page 126 – Figure 11.33 Menu structure for configuring energy
  • Page 127 – Configuring custom applications; User calculation Type 1; User calculation Type 2; Figure 11.34 Calculating custom applications
  • Page 128 – Configuring mA outputs; Figure 11.37 Menu structure for configuring mA outputs
  • Page 129 – Configuring other parameters; Figure 11.38 Menu structure for configuring other parameters
  • Page 130 – What the “Other parameters” option does
  • Page 131 – Passwords and security; Access levels
  • Page 132 – Setting or changing a password; Figure 11.40 Where to enter passwords
  • Page 133 – Configuring Multiview; Menu level 2; Figure 11.41 Menu structure for configuring Multiview; How to get into Multiview; Figure 11.42 A typical Multiview display
  • Page 134 – Configuring Multiview
  • Page 135 – Molecular Weight of Gas Calculation
  • Page 137 – Routine operation; What this chapter tells you
  • Page 138 – Main Menu
  • Page 139 – Level 3 menus; Menu structure: Temperature, pressure and energy
  • Page 140 – Menu structure: Raw gas data and custom application
  • Page 141 – Menu structure: Health check Part 1
  • Page 142 – Menu structure: Health check Part 2
  • Page 143 – Level 2 menus; Menu structure: Password, time, software version and unit ID
  • Page 144 – Security and passwords
  • Page 145 – Changing the units which are displayed; Unit ID
  • Page 146 – The two types of report; Current report; How to define a list of locations for reports; Figure 12.2 Defining lists and printing reports
  • Page 147 – How to print a report
  • Page 149 – Routine maintenance and fault finding; Cleaning the instrument
  • Page 153 – Removal and replacement of parts; Disconnect the power supply before making any; Front Panel Assembly; Figure 14.1: Removing the Front Panel Assembly
  • Page 154 – Figure 14.2: Removing the Switch Panel Assembly; Processor Board; Figure 14.3: Removing the Processor Board and Power Supply Board
  • Page 155 – Power supply board; Figure 14.4: Where to find the fuse on the Power Supply Board
  • Page 156 – Do not undo; Figure 14.5: Where to find the back-up battery on the Processor Board
  • Page 157 – Rear Panel Assembly; Figure 14.6: Removing the Rear Panel Assembly
  • Page 158 – Figure 14.7: Removal of the Mother Board and Connector Board
  • Page 159 – Page 15.1; Assembly drawing and parts list; What the drawing and parts list tell you
  • Page 160 – Figure 15.1: Diagram for identifying and ordering spares
  • Page 161 – Page 15.3; Part number
  • Page 163 – Page A.1; Appendix A Glossary
  • Page 165 – Page A.3
  • Page 167 – Page A.5
  • Page 169 – Page A.7
  • Page 171 – Page B.1; Appendix B Blank wiring schedule
  • Page 173 – Page B.3; External connections; iring schedule; Ba
  • Page 175 – Appendix C Technical data for the 7951; C.1 What this Appendix contains; Ordering
  • Page 176 – External
  • Page 177 – C.4 Maximum number of external connections; Maximum number
  • Page 178 – Specification
  • Page 179 – Inputs; Analog
  • Page 180 – Outputs
  • Page 181 – Pulse; Communications; Serial Communications
  • Page 182 – Hardware facilities; Microprocessor; Keyboard interface
  • Page 183 – Alarm annunciation; Power Supplies; Input
  • Page 184 – Rear
  • Page 185 – Pin PL1
  • Page 186 – Earthing; Group 1
  • Page 189 – Link
  • Page 190 – Earthing requirements for group 2 connections only
  • Page 191 – Page D.1; Appendix D Units and conversion factors
  • Page 193 – Appendix E Data tables; Density/temperature relationship of crude oil
  • Page 194 – °C Ohms °C Ohms °C Ohms °C Ohms °C Ohms
  • Page 195 – Velocity of Sound in Liquids; Liquid
  • Page 197 – E.2. Equations used to derive data tables; Density/temperature relationship; Product
  • Page 198 – Velocity of sound in liquids
  • Page 199 – Appendix F Calculations and theory; F.1 The VOS effect on density measurements; Specific gravity method
  • Page 202 – pure gas
  • Page 204 – Operating Manual
Loading the manual

Micro Motion

®

7951 Signal Converter

Operating Manual

HB511020, Rev. A
November 2007

7951 Signal Converter

(

With gas software 1020)

Micro Motion

®

7951

Klippon Connector Model

D-Type Connector Model

Introduction:

The Micro Motion

®

7951 Signal Converter can be

used for dual-channel/stream gas applications.

Software Version

:

1020 – Gas Applications.

Models Covered:

7951MAA0*****

Models Covered:

7951MAB0*****

"Loading the manual" means you need to wait until the file loads and becomes available for online reading. Some manuals are very large, and the time they take to appear depends on your internet speed.

Summary

Page 2 - IMPORTANT NOTICE

Copyright © 1997 - 2007 Micro Motion, Inc. pursues a policy of continuous development and product improvement. The information contained in this document is, therefore, subject to change without notice. To the best of our knowledge, the information contained in this document is accurate. However, Mi...

Page 3 - Static precautions; CAUTION; at; Safety information; only; WARNING; all; Battery-backed Memory notice; It is essential that the

Static precautions Some parts of the instrument (such as circuit boards) may be damaged by static electricity. Therefore, when carrying out any work which involves the risk of static damage to the instrument, the instructions show the following notice: CAUTION While carrying out this procedure, you ...

Page 4 - CONTENTS; About this manual; Micro Motion; What you can connect to a; Installing the system

CONTENTS 1. About this manual 1.1 1.1 What this manual tells you 1.1 1.2 Who should use this manual 1.1 1.3 Software versions covered by this manual 1.1 2. Getting started 2.1 2.1 What this chapter tells you 2.1 2.2 What the examples show you 2.1 2.3 If you need help… 2.1 2.4 Example 1: 7951 with a ...

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