Cameron Scanner 3100 Manual Download Page 115

Page: 115 / 198

Section 2—16-Bit Modbus Protocol

Introduction

The communications protocol for the Scanner 3100 is in accordance with Modicon, Inc. RTU Mode Modbus as de-

scribed in

Modicon Modbus Protocol Reference Guide

, PI-MBUS-300 Rev. J, June 1996. All registers are implemented

as 4X or holding registers. Reading of registers is implemented via function code 03H (Read Holding Registers). Writing

to registers is implemented via function code 10H (Preset Multiple Registers). The instrument provides Enron Modbus

compliant downloads for interval, daily and event records. For details on Enron Modbus, refer to

Specifications and Re-

quirements for an Electronic Flow Measurement Remote Terminal Unit for Enron Corp

., Dec. 5, 1994.

Scanner 3100 Modbus Maps

Scanner 3100 protocol is supported by three pre-defined register maps and a Cameron software application (ScanMap)

for customizing maps to suit individual host requirements.
• Two Modbus maps are preloaded in the Scanner 3100:

– A 32-bit Enron Modbus map includes registers for the Scanner 3100 and up to 20 slave devices. These registers

are described in

Section 1—32-Bit Modbus Protocol (Default), page 7

. This map is also stored in ScanMap

software (see

Table 2.1

– A 16-bit Modbus map includes registers for the Scanner 3100 and up to 20 slave devices, and presents values in

a 16-bit standard Modbus format. These registers are described in this section. This map is also stored in Scan-

Map software (see

Table 2.1

• A third Modbus map—a version of the 32-bit Enron Modbus map without slave device registers (“base unit” map)—

is available for download from Cameron’s ScanMap software. See

Table 2.1

for the template name. See

ScanMap

Download

below for download from Cameron’s ScanMap software. See

Table 2.1—Predefined Modbus Maps

for the

template name. See

ScanMap Download

below for download instructions.

Table 2.1—Predefined Modbus Maps

Pre-Defined

Modbus Map

Scanner

3100 Reg-

isters

Enron

History &

Events

Slave De-

vice Regis-

ters

Preloaded

in Scanner

3100

ScanMap Template Name

32-Bit Enron Modbus



S3100_MAP_TEMPLATE_

ENRON_DEFAULT

16-Bit Modbus



—



S3100_MAP_TEMPLATE_

MODBUS

Modified 32-Bit

Enron Modbus



—

S3100_MAP_TEMPLATE_

ENRON_BASE_UNIT

User-Defined Maps (ScanMap Software)

ScanMap software allows a user to create a custom Modbus register map by modifying the contents of a pre-defined map

or using a blank template and selecting individual registers. ScanMap includes databases for all three of the pre-defined

Modbus maps described above. Each can be used as-is, or modified with user-specified registers and units.
See

Table 2.1

for the names of available register map templates.

ScanMap Download

To download ScanMap and/or the ScanMap User Manual, visit Cameron’s Measurement website at

http:\\www.cameron.

slb.com\flowcomputers

, select

CAMERON Flow Computer Scanner 3100

, and click the link for the ScanMap install or

manual.

115

Scanner 3100 Modbus Protocol

Section 2

Summary of Contents for Scanner 3100

Page 1: ...Scanner 3100 Modbus Protocol Manual Manual No 50280809 Rev 04 ...

Page 2: ...n instru ment response which is not planned Technical Support Contact Information TEL 1 844 226 6327 EMAIL ms services cameron slb com WEB http www cameron slb com Mark of Schlumberger Other company product and service names are the properties of their respective owners Copyright 2018 Schlumberger Limited All rights reserved Manual No 50280809 Rev 04 January 2018 ...

Page 3: ...ion Integers 34 Slave 1 Holding Integers 35 Slave 2 Holding Integers 35 Slave 3 Holding Integers 35 Slave 4 Holding Integers 35 Slave 5 Holding Integers 35 Slave 6 Holding Integers 35 Slave 7 Holding Integers 36 Slave 8 Holding Integers 36 Slave 9 Holding Integers 36 Slave 10 Holding Integers 36 Slave 11 Holding Integers 36 Slave 12 Holding Integers 36 Slave 13 Holding Integers 37 Slave 14 Holding...

Page 4: ...ration Floating Points 80 Slave 3 Configuration Floating Points 80 Slave 4 Configuration Floating Points 80 Slave 5 Configuration Floating Points 81 Slave 6 Configuration Floating Points 81 Slave 7 Configuration Floating Points 82 Slave 8 Configuration Floating Points 82 Slave 9 Configuration Floating Points 83 Slave 10 Configuration Floating Points 83 Slave 11 Configuration Floating Points 84 Sla...

Page 5: ...ration Floating Points 138 Scanner Logic HMI User Fields 139 Scanner Logic HMI PID Fields 141 Flow Run 1 Holding Integers 143 Flow Run 2 Holding Integers 143 Flow Direction 144 Fluid Information Methods 144 IF97 Region Override 146 Flow Information Methods 146 Flow Installation Parameters 147 Flow Run 1 Holding Floating Points 148 Flow Run 2 Holding Floating Points 154 Gas Stream 1 Holding Floatin...

Page 6: ... Integers 177 Slave 17 Holding Integers 177 Slave 18 Holding Integers 177 Slave 19 Holding Integers 177 Slave 20 Holding Integers 177 Slave 1 Holding Floating Points 179 Slave 2 Holding Floating Points 179 Slave 3 Holding Floating Points 180 Slave 4 Holding Floating Points 180 Slave 5 Holding Floating Points 181 Slave 6 Holding Floating Points 182 Slave 7 Holding Floating Points 182 Slave 8 Holdin...

Page 7: ...dard Modbus format These registers are described in Section 2 16 Bit Modbus Protocol This map is also stored in the ScanMap software see Table 1 1 below A third Modbus map a version of the 32 bit Enron Modbus map without slave device registers base unit map is available for download from Cameron s ScanMap software See S3100_MAP_TEMPLATE_ ENRON_BASE_UNIT in Table 1 1 See ScanMap Download below for ...

Page 8: ...ked ASCII PA type contains four bytes that are four unsigned characters Generally multiple Packed ASCII types are arranged consecutively for implementing strings For example the Model Number is a string of 16 unsigned characters that is implemented as four Packed ASCII registers Here is an example of a model number from the 32 bit in ternal Enron Modbus map that contains the string S3100 G1 Regist...

Page 9: ... 32 Bit Slave 10 Holding Integers 6691 32 Bit Slave 11 Holding Integers 6701 32 Bit Slave 12 Holding Integers 6711 32 Bit Slave 13 Holding Integers 6721 32 Bit Slave 14 Holding Integers 6731 32 Bit Slave 15 Holding Integers 6741 32 Bit Slave 16 Holding Integers 6751 32 Bit Slave 17 Holding Integers 6761 32 Bit Slave 18 Holding Integers 6771 32 Bit Slave 19 Holding Integers 6781 32 Bit Slave 20 Hol...

Page 10: ... 9426 32 Bit Slave 19 Holding Floating Points 9451 32 Bit Slave 20 Holding Floating Points 9476 32 Bit Slave 1 Configuration Floating Points 9501 32 Bit Slave 2 Configuration Floating Points 9526 32 Bit Slave 3 Configuration Floating Points 9551 32 Bit Slave 4 Configuration Floating Points 9576 32 Bit Slave 5 Configuration Floating Points 9601 32 Bit Slave 6 Configuration Floating Points 9626 32 B...

Page 11: ... RW 75 004B Command Register Command Register INT32 RW 76 004C Command Register Response Code INT32 RW Important The argument code must be written before the register code If is shown write 0 Important Administration rights are required to write command registers Code Description Arg 1 Arg 2 Arg 3 Arg 4 Config Lock If Config Lock Yes an active configuration lock in the Scanner prevents changes to ...

Page 12: ...next display group 0 Advance to Next Display Group 1 32 Set Display Group No 500000 Change the state of continuous triggering for Triggered Archive if Triggered Archive is in manual mode The trigger interval is fixed at one second 0 Stop triggering 1 Start triggering No 500001 Sets archive trigger once if triggered archive is in manual mode No 500002 Releases a triggered archive from a latched sta...

Page 13: ...ace should be used to configure the calibration type New factors must be written per the Linear Calibration Factor procedure below before sending this command 1 Flow Run 1 2 Flow Run 2 Yes 600302 Stores the current Input K Factor Calibration Map Data as a new calibration Web interface should be used to configure the calibration type New factors must be written per the Linear Calibration Factor pro...

Page 14: ... a 0 75 override convert 0 75 to a 32 bit floating point 0x3F400000 write the value to Argument 2 and write command No 601002 Programs the operating mode for a PID Controller to automatic and sets an override value The target analog output must be in PID mode for this command to take effect 1 Analog Output 1 2 Analog Output 2 Setpoint 32 bit floating point value in the user selected unit for the m...

Page 15: ... below to Argument 2 and write command To confirm the change is accepted by the slave device read register 5056 0 None 1 Device Name 2 Archive Configuration 3 Flow Run Configuration 4 Flow Run Maintenance 5 Gas Composition 6 Cone Calibration 7 Turbine Input 1 Configuration 8 Turbine Input 1 K Factor Calibration 9 Turbine Input 2 Configuration 10 Turbine Input 2 K Factor Calibration 11 Diff Pressur...

Page 16: ...de of 33337777 Yes 800000 Restarts all or selected Scanner Logic tasks 0 All 1 Task 1 2 Task 2 3 Task 3 4 Task 4 No 800001 Aborts all Scanner Logic tasks and enters abort state Emergency stop No 800008 Clears the unacknowledged Scanner Logic alarms register Does not unlatch DIO No Changing a Linear Calibration Factor To update the linear calibration factor write the register in following order 1 W...

Page 17: ...ial Number S 3 String 4 RO 118 0076 System MVT Serial Number S 4 String 4 RO 119 0077 System Archive Contract Hour INT32 RW Model Number The Model Number is a read only parameter set by the factory stored in two 32 bit registers and used to identify a Scan ner 3100 device See Packed ASCII page 8 for details about decoding packed ASCII values Firmware Version Firmware version numbers are read only ...

Page 18: ...quest ER RO 715 02CB Slave Archive 5 Access Daily Request ER RO 716 02CC Slave Archive 5 Access Interval Request ER RO 717 02CD Slave Archive 6 Access Daily Request ER RO 718 02CE Slave Archive 6 Access Interval Request ER RO 719 02CF Slave Archive 7 Access Daily Request ER RO 720 02D0 Slave Archive 7 Access Interval Request ER RO 721 02D1 Slave Archive 8 Access Daily Request ER RO 722 02D2 Slave ...

Page 19: ...heck Status INT32 RO 5002 138A Alarm Status Alarm High INT32 RO 5003 138B Alarm Status Alarm Low INT32 RO 5004 138C Alarm Status Alarm High Or Low INT32 RO 5005 138D Alarm Status Unacknowledged INT32 RO 5006 138E Alarm Status Daily Alarm INT32 RO 5007 138F Alarm Status Interval Alarm INT32 RO 5008 1390 Alarm Status Triggered Alarm INT32 RO 5009 1391 Alarm Status Previous Daily INT32 RO 5010 1392 A...

Page 20: ...13B1 Slave Device 9 Status Device Com Status INT32 RO 5042 13B2 Slave Device 10 Status Device Com Status INT32 RO 5043 13B3 Slave Device 11 Status Device Com Status INT32 RO 5044 13B4 Slave Device 12 Status Device Com Status INT32 RO 5045 13B5 Slave Device 13 Status Device Com Status INT32 RO 5046 13B6 Slave Device 14 Status Device Com Status INT32 RO 5047 13B7 Slave Device 15 Status Device Com St...

Page 21: ...m 12 12 Alarm 13 13 Alarm 14 14 Alarm 15 15 Alarm 16 16 Alarm 17 17 Alarm 18 18 Alarm 19 19 Alarm 20 20 Alarm 21 21 Alarm 22 22 Alarm 23 23 Alarm 24 24 Alarm 25 25 Alarm 26 26 Alarm 27 27 Alarm 28 28 Alarm 29 29 Alarm 30 30 Alarm 31 31 Alarm 32 Input Status Definitions Bit Position Status When Bit 1 0 Input Disabled 1 High 2 High High 3 Low 21 Scanner 3100 Modbus Protocol Section 1 ...

Page 22: ...span Alarm records are created when the device goes into and out of alarm condition For example an alarm is created when a damped input is greater than the upper end of the transducer range The alarm will not clear until the damped value is less than 0 5 of span below the upper limit of the transducer range A damped value is altered by field calibration but has not been altered by the low input cu...

Page 23: ...ential Pressure is Input Fail 20 Square Root of Differential Pressure Category Mismatch 21 Uncorrected Accumulation Input Invalid 22 Uncorrected Accumulation Input Fail 23 Uncorrected Accumulation is Category Mismatch 24 Gas Fraction Input Input Fail 25 Oil Fraction Input Input Fail 26 27 28 Flow Calculation 29 Fluid Calculation 30 Flowing 31 Calculation Change Fluid Status Definitions Bit Positio...

Page 24: ...sure Range Error 26 Thermal Expansion Range Error 27 Density Range Error 28 29 30 Non Fatal Convergence Error 31 Configuration Error Flow Status Definitions Bit Position Flow Status When Bit 1 0 Square Root Differential Pressure Incorrect 1 Stability Warning 2 D Material Invalid 3 D Alpha Override Invalid 4 D Corrected Diameter Invalid 5 d Material Invalid 6 d Alpha Override Invalid 7 d Corrected ...

Page 25: ...ange Fail 7 Molecule Entry 3 Range Fail 8 Molecule Entry 4 Range Fail 9 Molecule Entry 5 Range Fail 10 Molecule Entry 6 Range Fail 11 Molecule Entry 7 Range Fail 12 Molecule Entry 8 Range Fail 13 Molecule Entry 9 Range Fail 14 Molecule Entry 10 Range Fail 15 Molecule Entry 11 Range Fail 16 Molecule Entry 12 Range Fail 17 Molecule Entry 13 Range Fail 18 Molecule Entry 14 Range Fail 19 Molecule Entr...

Page 26: ...ide 15 Calculation Error 16 Automatic Period Tracking 17 Process Value Tag Category Change Error 18 Process Value Fail 19 Process Value Disabled 20 Process Value Tolerance 21 Process Value Deadband 22 Setpoint Value Tag Category Change Error 23 Setpoint Value Fail 24 Setpoint Value Disabled 25 28 29 Tolerance Lock 30 Maintenance 31 Fail Slave Device Comm Status Definitions 8 7 6 5 4 3 2 1 0 ACT OP...

Page 27: ... RO 5206 1456 Digital Input Previous Interval Digital Inputs INT32 RO 5207 1457 Digital Input Previous Triggered Value INT32 RO 5208 1458 Digital Input Digital Input 1 INT32 RO 5209 1459 Digital Input Digital Input 2 INT32 RO 5210 145A Digital Input Digital Input 3 INT32 RO 5211 145B Digital Input Digital Input 4 INT32 RO 5212 145C Digital Input Digital Input 5 INT32 RO 5213 145D Digital Input Dig...

Page 28: ...ital Input Output mode is configured as Programmed Controlled Output State via serial port Value Output Status 0 Disabled Any other integer Enabled Write a value to the desired Digital Output Holding Pulses register to set the output state Read the corresponding Hold ing Output register to validate the digital output status Flow Run 1 Holding Integers Register Decimal Register Hex Description Data...

Page 29: ... Run 2 HFlow Installation Parameters INT32 RO 5410 1522 Flow Run 2 HFlow Meter Tube Material INT32 RO 5411 1523 Flow Run 2 HFlow Orifice Material INT32 RO 5412 1524 Flow Run 2 HFlow Tap Type INT32 RO 5413 1525 Flow Run 2 HFlow Tap Location INT32 RO Flow Direction Bit Position Description 0 Accumulating flow from positive differential pressure or positive uncorrected accumulation 1 Accumulating flo...

Page 30: ...les Source 0 Internal GPA table used 1 Value SPC Secondary Phase Conditions 0 Configured Secondary Phase Densities at Base Conditions 1 Configured Secondary Phase Densities at Flowing Conditions Value SR2 SR0 SGERG Reference Conditions 0 US AGA American Gas Association 1 GPA Gas Processors Association 2 Canada Nova TCPL 3 France Japan 4 UK Australia Ireland 5 Russia 6 Brazil 7 Belgium Austria Denm...

Page 31: ...deal Gas Isentropic Exponent Polling Prausnitz 1 Equation of State Specific Calculation of Isentropic Exponent Fluid Information Override Definitions Bit Position Description 0 Flowing Mass Density 1 Flowing Viscosity 2 Mass Combustion Heating Value 3 Gross Volume Combustion Heating Value 4 Isentropic Exponent 5 Combustion Reference Temperature 6 Generic Gas 7 Liquid API Alpha 8 Gas Fraction Live ...

Page 32: ...ifice 17 20 Value FM4 FM0 Flow Rate Method for Accumulation Producer Type 0 Volume Pulse Accumulation AGA 7 2006 1 Mass Pulse Accumulation Value PT2 PT0 Producer Type 0 Differential 1 Accumulation 2 Value MC3 MC0 Multiphase Correction Algorithm 0 No correction 1 User entered Correction Factor 2 Chisholm Steven Orifice Meter 3 Chisholm Steven Cone Meter Flow Information Override Definitions Bit Pos...

Page 33: ...M B36 B134 B135 8 Inconel X Annealed 9 Pure Nickel 10 Hastelloy C 22 11 Titanium 20 C to 100 C Value AUS Expansion Coefficient Source 0 Coefficients are based on SI Tables 1 Coefficients are based on US Customary Tables Value WPH Weep Hole Installed 0 No weep hole 1 Weep hole installed Value TT1 TT0 Tap Type 0 Corner 1 Flange 2 D and D2 Value TLO Static Tap Location 0 Upstream 1 Downstream Value T...

Page 34: ... Output 2 PID Configure Override Enable INT32 RW Flow Run 1 Configuration Integers Register Decimal Register Hex Description Data Type Units Access 5701 1645 Flow Run 1 Config Flow Direction INT32 RW 5702 1646 Flow Run 1 CFlow Meter Tube Material INT32 RW 5703 1647 Flow Run 1 CFlow Orifice Material INT32 RW 5704 1648 Flow Run 1 CFlow Tap Type INT32 RW 5705 1649 Flow Run 1 CFlow Tap Location INT32 ...

Page 35: ...ing Input Status INT32 RO 6623 19DF Slave Device 3 Holding Calc Status INT32 RO Slave 4 Holding Integers Register Decimal Register Hex Description Data Type Units Access 6631 19E0 Slave Device 4 Holding Alarms INT32 RO 6632 19E1 Slave Device 4 Holding Input Status INT32 RO 6633 19E2 Slave Device 4 Holding Calc Status INT32 RO Slave 5 Holding Integers Register Decimal Register Hex Description Data ...

Page 36: ...put Status INT32 RO 6683 1A1B Slave Device 9 Holding Calc Status INT32 RO Slave 10 Holding Integers Register Decimal Register Hex Description Data Type Units Access 6691 1A23 Slave Device 10 Holding Alarms INT32 RO 6692 1A24 Slave Device 10 Holding Input Status INT32 RO 6693 1A25 Slave Device 10 Holding Calc Status INT32 RO Slave 11 Holding Integers Register Decimal Register Hex Description Data T...

Page 37: ...ng Input Status INT32 RO 6743 1A57 Slave Device 15 Holding Calc Status INT32 RO Slave 16 Holding Integers Register Decimal Register Hex Description Data Type Units Access 6751 1A5F Slave Device 16 Holding Alarms INT32 RO 6752 1A60 Slave Device 16 Holding Input Status INT32 RO 6753 1A61 Slave Device 16 Holding Calc Status INT32 RO Slave 17 Holding Integers Register Decimal Register Hex Description ...

Page 38: ...of 1 indicates an alarm condition Also contained in the device status map are diagnostic registers The bits in these registers provide system status for inputs under range above range or failed calculation status for confirming whether the flow run is working properly and details regarding the health of the MVT Bit Definitions Alarms and Diagnostics Bit Flow Run Alarm Status Diagnostic 1 Bits 16 3...

Page 39: ...h Upper Range Limit 500 of span Archive Status Register Decimal Register Hex Description Data Type Units Access 7001 1B59 Enron Event and Alarm Counter FP RO 7002 1B5A FA1 Counters Record Index Daily Enron Counter FP RO 7003 1B5B FA1 Counters Record Index Interval Enron Counter FP RO 7004 1B5C FA2 Counters Record Index Daily Enron Counter FP RO 7005 1B5D FA2 Counters Record Index Interval Enron Co...

Page 40: ...7033 1B79 SA14 Counters Record Index Daily Enron Counter FP RO 7034 1B7A SA14 Counters Record Index Interval Enron Counter FP RO 7035 1B7B SA15 Counters Record Index Daily Enron Counter FP RO 7036 1B7C SA15 Counters Record Index Interval Enron Counter FP RO 7037 1B7D SA16 Counters Record Index Daily Enron Counter FP RO 7038 1B7E SA16 Counters Record Index Interval Enron Counter FP RO 7039 1B7F SA1...

Page 41: ...YY RO 7072 1BA0 SA4 Status Record Index Daily Newest Time FP HHMMSS RO 7073 1BA1 SA4 Status Record Index Interval Newest Date FP MMDDYY RO 7074 1BA2 SA4 Status Record Index Interval Newest Time FP HHMMSS RO 7075 1BA3 SA5 Status Record Index Daily Newest Date FP MMDDYY RO 7076 1BA4 SA5 Status Record Index Daily Newest Time FP HHMMSS RO 7077 1BA5 SA5 Status Record Index Interval Newest Date FP MMDDY...

Page 42: ...s Record Index Daily Newest Date FP MMDDYY RO 7112 1BC8 SA14 Status Record Index Daily Newest Time FP HHMMSS RO 7113 1BC9 SA14 Status Record Index Interval Newest Date FP MMDDYY RO 7114 1BCA SA14 Status Record Index Interval Newest Time FP HHMMSS RO 7115 1BCB SA15 Status Record Index Daily Newest Date FP MMDDYY RO 7116 1BCC SA15 Status Record Index Daily Newest Time FP HHMMSS RO 7117 1BCD SA15 Sta...

Page 43: ...Of Change FP RO 7209 1C29 Analog 3 Holding Instantaneous Reading FP RO 7210 1C2A Analog 3 Holding Rate Of Change FP RO 7211 1C2B Analog 4 Holding Instantaneous Reading FP RO 7212 1C2C Analog 4 Holding Rate Of Change FP RO 7213 1C2D Pulse Input 1 Holding Daily Run Time FP s RO 7214 1C2E Pulse Input 1 Holding Interval Run Time FP s RO 7215 1C2F Pulse Input 1 Holding Previous Daily Run Time FP s RO 7...

Page 44: ...Active K Factor FP pulses gal RO 7245 1C4D Pulse Input 2 Holding Frequency FP Hz RO 7246 1C4E Pulse Input 2 Holding Active K Factor FP pulses gal RO 7247 1C4F Pulse Input 3 Holding Frequency FP Hz RO 7248 1C50 Pulse Input 3 Holding Active K Factor FP pulses gal RO 7249 1C51 Analog Output 1 Holding Output FP mA RW 7250 1C52 Analog Output 1 PID Holding Process Value Value FP RO 7251 1C53 Analog Outp...

Page 45: ... 1 PID Configuration Setpoint Tolerance FP RW 7276 1C6C Digital Valve 1 PID Configuration Setpoint Dead Band FP RW 7277 1C6D Digital Valve 1 Pressure Override Setpoint Tolerance FP RW 7278 1C6E Digital Valve 1 Pressure Override Setpoint Dead Band FP RW Flow Run 1 Holding Floating Points Register Decimal Register Hex Description Data Type Units Access 7401 1CE9 FR1 HAccum Daily Run Time FP s RO 740...

Page 46: ...al Total FP lbm RO 7430 1D06 FR1 HAccum Gas Mass Previous Triggered Total FP lbm RO 7431 1D07 FR1 HAccum Gas Energy Grand Total FP Btu RO 7432 1D08 FR1 HAccum Gas Energy Flow Rate FP Btu day RO 7433 1D09 FR1 HAccum Gas Energy Daily Total FP Btu RO 7434 1D0A FR1 HAccum Gas Energy Interval Total FP Btu RO 7435 1D0B FR1 HAccum Gas Energy Triggered Total FP Btu RO 7436 1D0C FR1 HAccum Gas Energy Previ...

Page 47: ...Volume Grand Total FP bbl RO 7464 1D28 FR1 HAccum Liquid Water Volume Flow Rate FP bbl day RO 7465 1D29 FR1 HAccum Liquid Water Volume Daily Total FP bbl RO 7466 1D2A FR1 HAccum Liquid Water Volume Interval Total FP bbl RO 7467 1D2B FR1 HAccum Liquid Water Volume Triggered Total FP bbl RO 7468 1D2C FR1 HAccum Liquid Water Volume Previous Daily Total FP bbl RO 7469 1D2D FR1 HAccum Liquid Water Volu...

Page 48: ...Molar Combustion Heating Value 25 C FP MMBtu lb mol RO 7501 1D4D FR1 HFluid Molar Combustion Heating Value FP MMBtu lb mol RO 7502 1D4E FR1 HFluid Mass Combustion Heating Value FP MMBtu lbm RO 7503 1D4F FR1 HFluid Gross Volume Combustion Heating Value FP MMBtu ft RO 7504 1D50 FR1 HFluid User Mass Combustion Heating Value FP MMBtu lbm RO 7505 1D51 FR1 HFluid User Gross Volume Combustion Heating Val...

Page 49: ... FP lbm ft RO 7539 1D73 FR1 HFluid Liquid Water Flowing Density FP lbm ft RO 7540 1D74 FR1 HFluid Liquid Composite Flowing Density FP lbm ft RO 7541 1D75 FR1 HFlow Reference Orifice Diameter FP inch RO 7542 1D76 FR1 HFlow Reference Meter Tube Inside Diameter FP inch RO 7543 1D77 FR1 HFlow Reference Orifice Temperature FP F RO 7544 1D78 FR1 HFlow Reference Meter Tube Temperature FP F RO 7545 1D79 F...

Page 50: ...tor FP RO 7575 1D97 FR1 HFlow Gas Mass Flow Rate Flow Weighted FP lbm day RO 7576 1D98 FR1 HFlow Gas Volume Flow Rate Flow Weighted FP MCF day RO 7577 1D99 FR1 HFlow Gas Energy Flow Rate Flow Weighted FP Btu day RO 7578 1D9A FR1 HFlow Liquid Oil Mass Flow Rate Flow Weighted FP lbm day RO 7579 1D9B FR1 HFlow Liquid Oil Volume Flow Rate Flow Weighted FP bbl day RO 7580 1D9C FR1 HFlow Liquid Oil Net ...

Page 51: ... Rate FP MCF day RO 7617 1DC1 FR2 HAccum Gas Volume Daily Total FP MCF RO 7618 1DC2 FR2 HAccum Gas Volume Interval Total FP MCF RO 7619 1DC3 FR2 HAccum Gas Volume Triggered Total FP MCF RO 7620 1DC4 FR2 HAccum Gas Volume Previous Daily Total FP MCF RO 7621 1DC5 FR2 HAccum Gas Volume Previous Interval Total FP MCF RO 7622 1DC6 FR2 HAccum Gas Volume Previous Triggered Total FP MCF RO 7623 1DC7 FR2 H...

Page 52: ... RO 7652 1DE4 FR2 HAccum Liquid Oil Net Volume Previous Daily Total FP bbl RO 7653 1DE5 FR2 HAccum Liquid Oil Net Volume Previous Interval Total FP bbl RO 7654 1DE6 FR2 HAccum Liquid Oil Net Volume Previous Triggered Total FP bbl RO 7655 1DE7 FR2 HAccum Liquid Oil Mass Grand Total FP lbm RO 7656 1DE8 FR2 HAccum Liquid Oil Mass Flow Rate FP lbm day RO 7657 1DE9 FR2 HAccum Liquid Oil Mass Daily Tota...

Page 53: ...e FP psia RO 7687 1E07 FR2 HFluid Gas Base Density FP lbm ft RO 7688 1E08 FR2 HFluid Gas Base Viscosity FP lbm ft s RO 7689 1E09 FR2 HFluid Gas Base Molar Density FP kg mol m RO 7690 1E0A FR2 HFluid Gas Base Compressibility Factor FP RO 7691 1E0B FR2 HFluid Flowing Temperature FP F RO 7692 1E0C FR2 HFluid Flowing Pressure Absolute FP psia RO 7693 1E0D FR2 HFluid Gas Flowing Density FP lbm ft RO 76...

Page 54: ... Liquid Base Viscosity FP lbm ft s RO 7726 1E2E FR2 HFluid Liquid Flowing Viscosity FP lbm ft s RO 7727 1E2F FR2 HFluid Liquid Alpha FP 1 F RO 7728 1E30 FR2 HFluid Liquid Equilibrium Vapor Pressure FP psia RO 7729 1E31 FR2 HFluid Correction For Temperature On Liquid FP RO 7730 1E32 FR2 HFluid Correction For Pressure On Liquid FP RO 7731 1E33 FR2 HFluid Composite Correction On Liquid FP RO 7732 1E3...

Page 55: ...63 1E53 FR2 HFlow Reynolds Number Pipe FP RO 7764 1E54 FR2 HFlow Expansion Factor FP RO 7765 1E55 FR2 HFlow Velocity Of Approach Factor FP RO 7766 1E56 FR2 HFlow Flow Extension FP RO 7767 1E57 FR2 HFlow Gas Apparent Mass Flow Rate Flow Weighted FP lbm day RO 7768 1E58 FR2 HFlow Gas Densimetric Froude Number FP RO 7769 1E59 FR2 HFlow Liquid Apparent Mass Flow Rate Flow Weighted FP lbm day RO 7770 1...

Page 56: ...de FP RO 7804 1E7C Gas Stream 1 Holding Mixture Ethane FP RO 7805 1E7D Gas Stream 1 Holding Mixture Propane FP RO 7806 1E7E Gas Stream 1 Holding Mixture Water FP RO 7807 1E7F Gas Stream 1 Holding Mixture Hydrogen Sulfide FP RO 7808 1E80 Gas Stream 1 Holding Mixture Hydrogen FP RO 7809 1E81 Gas Stream 1 Holding Mixture Carbon Monoxide FP RO 7810 1E82 Gas Stream 1 Holding Mixture Oxygen FP RO 7811 1...

Page 57: ...ing Mixture Carbon Monoxide FP RO 7910 1EE6 Gas Stream 2 Holding Mixture Oxygen FP RO 7911 1EE7 Gas Stream 2 Holding Mixture Isobutane FP RO 7912 1EE8 Gas Stream 2 Holding Mixture Butane FP RO 7913 1EE9 Gas Stream 2 Holding Mixture Isopentane FP RO 7914 1EEA Gas Stream 2 Holding Mixture NPentane FP RO 7915 1EEB Gas Stream 2 Holding Mixture Hexane FP RO 7916 1EEC Gas Stream 2 Holding Mixture Heptan...

Page 58: ...012 1F4C System Measurements CPU Voltage FP V RO 8013 1F4D System Measurements Analog Voltage FP V RO 8014 1F4E System Measurements Clock Battery Voltage FP V RO Scanner Logic HMI User Fields Register Decimal Register Hex Description Data Type Units Access 8051 1F73 Holding R 1 What is R FP RW 8052 1F74 Holding R 2 FP RW 8053 1F75 Holding R 3 FP RW 8054 1F76 Holding R 4 FP RW 8055 1F77 Holding R 5...

Page 59: ...R 36 FP RW 8087 1F97 Holding R 37 FP RW 8088 1F98 Holding R 38 FP RW 8089 1F99 Holding R 39 FP RW 8090 1F9A Holding R 40 FP RW 8091 1F9B Holding R 41 FP RW 8092 1F9C Holding R 42 FP RW 8093 1F9D Holding R 43 FP RW 8094 1F9E Holding R 44 FP RW 8095 1F9F Holding R 45 FP RW 8096 1FA0 Holding R 46 FP RW 8097 1FA1 Holding R 47 FP RW 8098 1FA2 Holding R 48 FP RW 8099 1FA3 Holding R 49 FP RW 8100 1FA4 Ho...

Page 60: ...rride Value FP RW 8136 1FC8 Holding AC1 Fail Value FP RW 8137 1FC9 Holding AC1 Kp FP RW 8138 1FCA Holding AC1 Ki FP RW 8139 1FCB Holding AC1 Kd FP RW 8140 1FCC Holding AC1 Is Constraint Override FP RW 8141 1FCD Holding AC1 Constraint Range High FP RW 8142 1FCE Holding AC1 Constraint Range Low FP RW 8143 1FCF Holding AC1 Constraint Setpoint FP RW 8144 1FD0 Holding AC1 Constraint Dead Band FP RW 814...

Page 61: ...Range Low FP RW 8174 1FEE Holding AC1 Setpoint FP RW 8175 1FEF Holding AC1 Setpoint Tolerance FP RW 8176 1FF0 Holding AC1 Setpoint Dead Band FP RW 8177 1FF1 Holding AC1 Override Value FP RW 8178 1FF2 Holding AC1 Fail Value FP RW 8179 1FF3 Holding AC1 Kp FP RW 8180 1FF4 Holding AC1 Ki FP RW 8181 1FF5 Holding AC1 Kd FP RW 8182 1FF6 Holding AC1 Is Constraint Override FP RW 8183 1FF7 Holding AC1 Const...

Page 62: ...n Kp FP RW 8218 201A Analog Output 1 PID Configuration Ki FP RW 8219 201B Analog Output 1 PID Configuration Kd FP RW 8220 201C Analog Output 1 Pressure Override Configuration Kp FP RW 8221 201D Analog Output 1 Pressure Override Configuration Ki FP RW 8222 201E Analog Output 1 Pressure Override Configuration Kd FP RW 8223 201F Analog Output 2 PID Configuration Static Pressure Value FP varies with c...

Page 63: ...Decimal Register Hex Description Data Type Units Access 8401 20D1 Flow Run 2 CFluid Atmospheric Pressure FP psia RW 8402 20D2 Flow Run 2 CFluid Gross Carbon Dioxide FP RW 8403 20D3 Flow Run 2 CFluid Gross Nitrogen FP RW 8404 20D4 Flow Run 2 CFluid Gross Carbon Monoxide FP RW 8405 20D5 Flow Run 2 CFluid Gross Hydrogen FP RW 8406 20D6 Flow Run 2 CFluid Gross Specific Gravity FP RW 8407 20D7 Flow Run...

Page 64: ...fig Mixture Heptane FP RW 8517 2145 Gas Stream 1 Config Mixture Octane FP RW 8518 2146 Gas Stream 1 Config Mixture Nonane FP RW 8519 2147 Gas Stream 1 Config Mixture Decane FP RW 8520 2148 Gas Stream 1 Config Mixture Helium FP RW 8521 2149 Gas Stream 1 Config Mixture Argon FP RW 8522 214A Gas Stream 1 Config Mixture Neopentane FP RW 8523 214B Gas Stream 1 Config Mixture Isohexane FP RW 8524 214C G...

Page 65: ...E Gas Stream 2 Config Mixture Neopentane FP RW 8623 21AF Gas Stream 2 Config Mixture Isohexane FP RW 8624 21B0 Gas Stream 2 Config Mixture Methylpentane 3 FP RW 8625 21B1 Gas Stream 2 Config Mixture Neohexane FP RW 8626 21B2 Gas Stream 2 Config Mixture Biisopropyl FP RW 8627 21B3 Gas Stream 2 Config Mixture Ethylene FP RW 8628 21B4 Gas Stream 2 Config Mixture Propylene FP RW 8629 21B5 Gas Stream 2...

Page 66: ...S RO 9028 2344 Slave Device 2 Holding Flow Run Volume Daily Total FP MCF RO 9029 2345 Slave Device 2 Holding Flow Run Volume Flow Rate FP MCF day RO 9030 2346 Slave Device 2 Holding Flow Run Mass Daily Total FP lbm RO 9031 2347 Slave Device 2 Holding Flow Run Mass Flow Rate FP lbm day RO 9032 2348 Slave Device 2 Holding Flow Run Energy Daily Total FP Btu RO 9033 2349 Slave Device 2 Holding Flow Ru...

Page 67: ...FP bbl day RO 9063 2367 Slave Device 3 Holding Static Pressure Instantaneous Reading FP psig RO 9064 2368 Slave Device 3 Holding Differential Pressure Instantaneous Reading FP H2O 68 F RO 9065 2369 Slave Device 3 Holding RTD Instantaneous Reading FP F RO 9066 236A Slave Device 3 Holding Analog Input 1 Instantaneous Reading FP V RO 9067 236B Slave Device 3 Holding Analog Input 2 Instantaneous Readi...

Page 68: ...S RO 9103 238F Slave Device 5 Holding Flow Run Volume Daily Total FP MCF RO 9104 2390 Slave Device 5 Holding Flow Run Volume Flow Rate FP MCF day RO 9105 2391 Slave Device 5 Holding Flow Run Mass Daily Total FP lbm RO 9106 2392 Slave Device 5 Holding Flow Run Mass Flow Rate FP lbm day RO 9107 2393 Slave Device 5 Holding Flow Run Energy Daily Total FP Btu RO 9108 2394 Slave Device 5 Holding Flow Ru...

Page 69: ...FP bbl day RO 9138 23B2 Slave Device 6 Holding Static Pressure Instantaneous Reading FP psig RO 9139 23B3 Slave Device 6 Holding Differential Pressure Instantaneous Reading FP H2O 68 F RO 9140 23B4 Slave Device 6 Holding RTD Instantaneous Reading FP F RO 9141 23B5 Slave Device 6 Holding Analog Input 1 Instantaneous Reading FP V RO 9142 23B6 Slave Device 6 Holding Analog Input 2 Instantaneous Readi...

Page 70: ...S RO 9178 23DA Slave Device 8 Holding Flow Run Volume Daily Total FP MCF RO 9179 23DB Slave Device 8 Holding Flow Run Volume Flow Rate FP MCF day RO 9180 23DC Slave Device 8 Holding Flow Run Mass Daily Total FP lbm RO 9181 23DD Slave Device 8 Holding Flow Run Mass Flow Rate FP lbm day RO 9182 23DE Slave Device 8 Holding Flow Run Energy Daily Total FP Btu RO 9183 23DF Slave Device 8 Holding Flow Ru...

Page 71: ...e 9 Holding T2 Volume Flow Rate FP bbl day RO 9213 23FD Slave Device 9 Holding Static Pressure Instantaneous Reading FP psig RO 9214 23FE Slave Device 9 Holding Differential Pressure Instantaneous Reading FP H2O 68 F RO 9215 23FF Slave Device 9 Holding RTD Instantaneous Reading FP F RO 9216 2400 Slave Device 9 Holding Analog Input 1 Instantaneous Reading FP V RO 9217 2401 Slave Device 9 Holding An...

Page 72: ...s 9251 2423 Slave Device 11 Holding Update Date FP MMDDYY RO 9252 2424 Slave Device 11 Holding Update Time FP HHMMSS RO 9253 2425 Slave Device 11 Holding Flow Run Volume Daily Total FP MCF RO 9254 2426 Slave Device 11 Holding Flow Run Volume Flow Rate FP MCF day RO 9255 2427 Slave Device 11 Holding Flow Run Mass Daily Total FP lbm RO 9256 2428 Slave Device 11 Holding Flow Run Mass Flow Rate FP lbm...

Page 73: ...ow Run Energy Flow Rate FP Btu day RO 9284 2444 Slave Device 12 Holding T1 Volume Daily Total FP bbl RO 9285 2445 Slave Device 12 Holding T1 Volume Flow Rate FP bbl day RO 9286 2446 Slave Device 12 Holding T2 Volume Daily Total FP bbl RO 9287 2447 Slave Device 12 Holding T2 Volume Flow Rate FP bbl day RO 9288 2448 Slave Device 12 Holding Static Pressure Instantaneous Reading FP psig RO 9289 2449 S...

Page 74: ...2O 68 F RO 9315 2463 Slave Device 13 Holding RTD Instantaneous Reading FP F RO 9316 2464 Slave Device 13 Holding Analog Input 1 Instantaneous Reading FP V RO 9317 2465 Slave Device 13 Holding Analog Input 2 Instantaneous Reading FP V RO Slave 14 Holding Floating Points Register Decimal Register Hex Description Data Type Units Access 9326 246E Slave Device 14 Holding Update Date FP MMDDYY RO 9327 2...

Page 75: ...P MCF RO 9354 248A Slave Device 15 Holding Flow Run Volume Flow Rate FP MCF day RO 9355 248B Slave Device 15 Holding Flow Run Mass Daily Total FP lbm RO 9356 248C Slave Device 15 Holding Flow Run Mass Flow Rate FP lbm day RO 9357 248D Slave Device 15 Holding Flow Run Energy Daily Total FP Btu RO 9358 248E Slave Device 15 Holding Flow Run Energy Flow Rate FP Btu day RO 9359 248F Slave Device 15 Hol...

Page 76: ...vice 16 Holding T2 Volume Flow Rate FP bbl day RO 9388 24AC Slave Device 16 Holding Static Pressure Instantaneous Reading FP psig RO 9389 24AD Slave Device 16 Holding Differential Pressure Instantaneous Reading FP H2O 68 F RO 9390 24AE Slave Device 16 Holding RTD Instantaneous Reading FP F RO 9391 24AF Slave Device 16 Holding Analog Input 1 Instantaneous Reading FP V RO 9392 24B0 Slave Device 16 H...

Page 77: ...s 9426 24D2 Slave Device 18 Holding Update Date FP MMDDYY RO 9427 24D3 Slave Device 18 Holding Update Time FP HHMMSS RO 9428 24D4 Slave Device 18 Holding Flow Run Volume Daily Total FP MCF RO 9429 24D5 Slave Device 18 Holding Flow Run Volume Flow Rate FP MCF day RO 9430 24D6 Slave Device 18 Holding Flow Run Mass Daily Total FP lbm RO 9431 24D7 Slave Device 18 Holding Flow Run Mass Flow Rate FP lbm...

Page 78: ...ow Run Energy Flow Rate FP Btu day RO 9459 24F3 Slave Device 19 Holding T1 Volume Daily Total FP bbl RO 9460 24F4 Slave Device 19 Holding T1 Volume Flow Rate FP bbl day RO 9461 24F5 Slave Device 19 Holding T2 Volume Daily Total FP bbl RO 9462 24F6 Slave Device 19 Holding T2 Volume Flow Rate FP bbl day RO 9463 24F7 Slave Device 19 Holding Static Pressure Instantaneous Reading FP psig RO 9464 24F8 S...

Page 79: ...1 2513 Slave Device 20 Holding Analog Input 1 Instantaneous Reading FP V RO 9492 2514 Slave Device 20 Holding Analog Input 2 Instantaneous Reading FP V RO Slave 1 Configuration Floating Points Register Decimal Register Hex Description Data Type Units Access 9501 251D Slave Device 1 Flow Run Config Atmospheric Pressure FP psia RW 9502 251E Slave Device 1 Flow Run Config Carbon Dioxide FP RW 9503 25...

Page 80: ...egister Decimal Register Hex Description Data Type Units Access 9551 254F Slave Device 3 Flow Run Config Atmospheric Pressure FP psia RW 9552 2550 Slave Device 3 Flow Run Config Carbon Dioxide FP RW 9553 2551 Slave Device 3 Flow Run Config Nitrogen FP RW 9554 2552 Slave Device 3 Flow Run Config Specific Gravity FP RW 9555 2553 Slave Device 3 Flow Run Config Heating Value FP MMBtu ft RW 9556 2554 S...

Page 81: ... Device 5 Flow Run Config Nitrogen FP RW 9604 2584 Slave Device 5 Flow Run Config Specific Gravity FP RW 9605 2585 Slave Device 5 Flow Run Config Heating Value FP MMBtu ft RW 9606 2586 Slave Device 5 Flow Run Config Oil Density FP lbm ft RW 9607 2587 Slave Device 5 Flow Run Config Gas Fraction FP RW 9608 2588 Slave Device 5 Flow Run Config Plate Diameter FP inch RW 9609 2589 Slave Device 5 Flow Ru...

Page 82: ...ave Device 7 Flow Run Config Gas Fraction FP RW 9658 25BA Slave Device 7 Flow Run Config Plate Diameter FP inch RW 9659 25BB Slave Device 7 Flow Run Config Pipe Diameter FP inch RW 9660 25BC Slave Device 7 Flow Run Config Cone Beta FP RW 9661 25BD Slave Device 7 Flow Run Config Nominal Value FP RW 9662 25BE Slave Device 7 TFM Config T1 Nominal Factor FP pulses gal RW 9663 25BF Slave Device 7 TFM C...

Page 83: ...RW 9711 25EF Slave Device 9 Flow Run Config Nominal Value FP RW 9712 25F0 Slave Device 9 TFM Config T1 Nominal Factor FP pulses gal RW 9713 25F1 Slave Device 9 TFM Config T2 Nominal Factor FP pulses gal RW Slave 10 Configuration Floating Points Register Decimal Register Hex Description Data Type Units Access 9726 25FE Slave Device 10 Flow Run Config Atmospheric Pressure FP psia RW 9727 25FF Slave ...

Page 84: ...egister Decimal Register Hex Description Data Type Units Access 9776 2630 Slave Device 12 Flow Run Config Atmospheric Pressure FP psia RW 9777 2631 Slave Device 12 Flow Run Config Carbon Dioxide FP RW 9778 2632 Slave Device 12 Flow Run Config Nitrogen FP RW 9779 2633 Slave Device 12 Flow Run Config Specific Gravity FP RW 9780 2634 Slave Device 12 Flow Run Config Heating Value FP MMBtu ft RW 9781 2...

Page 85: ...evice 14 Flow Run Config Nitrogen FP RW 9829 2665 Slave Device 14 Flow Run Config Specific Gravity FP RW 9830 2666 Slave Device 14 Flow Run Config Heating Value FP MMBtu ft RW 9831 2667 Slave Device 14 Flow Run Config Oil Density FP lbm ft RW 9832 2668 Slave Device 14 Flow Run Config Gas Fraction FP RW 9833 2669 Slave Device 14 Flow Run Config Plate Diameter FP inch RW 9834 266A Slave Device 14 Fl...

Page 86: ...e Device 16 Flow Run Config Gas Fraction FP RW 9883 269B Slave Device 16 Flow Run Config Plate Diameter FP inch RW 9884 269C Slave Device 16 Flow Run Config Pipe Diameter FP inch RW 9885 269D Slave Device 16 Flow Run Config Cone Beta FP RW 9886 269E Slave Device 16 Flow Run Config Nominal Value FP RW 9887 269F Slave Device 16 TFM Config T1 Nominal Factor FP pulses gal RW 9888 26A0 Slave Device 16 ...

Page 87: ...eta FP RW 9936 26D0 Slave Device 18 Flow Run Config Nominal Value FP RW 9937 26D1 Slave Device 18 TFM Config T1 Nominal Factor FP pulses gal RW 9938 26D2 Slave Device 18 TFM Config T2 Nominal Factor FP pulses gal RW Slave 19 Configuration Floating Points Register Decimal Register Hex Description Data Type Units Access 9951 26DF Slave Device 19 Flow Run Config Atmospheric Pressure FP psia RW 9952 2...

Page 88: ...es are set at the factory and stored in the IEEE 754 single precision floating point format in two 32 bit registers Only the integer portion of the floating point value is used to represent the date or time The first register defines the date in MMDDYY format The second register defines the time in HHMMSS format Parameter Tag ID Current Time Date m32_RM_MC_CurrentTime_Date Current Time Time m32_RM...

Page 89: ...t the smaller record widths see the Scanner 3100 Web Interface manual Enron Interval Daily Record Format The interval and daily record contents are user configurable The following table shows some of the critical parameters included in the Scanner 3100 Enron Modbus record format To view the complete list of parameters refer to the Scanner 3100 Web Interface Manual If desired the response time for ...

Page 90: ...was defaulted Value INA Input Alarms 0 No input alarms reported 1 Input block s reported a hardware out of range alarm Value FRA Flow Run Alarms 0 No flow run alarms reported 1 Flow run alarms reported Value UEV User Events 0 No user events occurred 1 User events were stored Value TRI Triggered Record 0 Periodic timer resulted in record storage 1 Triggered event resulted in record storage Value ES...

Page 91: ...i Alarm 12 Hi Hi Alarm 13 Unassigned 14 Alarm Set Reset 1 Set 0 Reset 15 Log Capacity Scanner 3100 Log Type Device Capacity Enron Capacity Interval Logs 24576 to 6144 1024 Daily Logs 2048 512 Event Logs 98304 4096 Varies with configuration of log record size Log Capacity Slave Device Log Type Device Capacity Enron Capacity Interval Logs 12288 1024 Daily Logs 1024 512 As Found As Left Value Types V...

Page 92: ... 640 0x0042 66 User ID Unused FTP Upload Boot Image Binary Uploaded 0x0280 640 0x0060 96 Unused Unused Web Image Binary Uploaded 0x0280 640 0x0061 97 Unused Unused Protocol Map Uploaded 0x0280 640 0x0062 98 Unused Unused 0x0280 640 0x0063 99 Unused Unused 0x0280 640 0x0064 100 Unused Unused Device Configuration Uploaded 0x0280 640 0x0065 101 Unused Unused Configuration Lock Lock Disabled 0x0280 64...

Page 93: ...y Config 3 0x0280 640 0x0462 1122 Unused Unused Query Config 4 0x0280 640 0x0463 1123 Unused Unused Query Config 5 0x0280 640 0x0464 1124 Unused Unused Modbus Master 5 Query Config 1 0x0280 640 0x0480 1152 Unused Unused Query Config 2 0x0280 640 0x0481 1153 Unused Unused Query Config 3 0x0280 640 0x0482 1154 Unused Unused Query Config 4 0x0280 640 0x0483 1155 Unused Unused Query Config 5 0x0280 64...

Page 94: ...e Fail 0x8280 33408 0x8045 32837 Unused Object Index Molecule 6 Range Fail 0x8280 33408 0x8046 32838 Unused Object Index Molecule 7 Range Fail 0x8280 33408 0x8047 32839 Unused Object Index Molecule 8 Range Fail 0x8280 33408 0x8048 32840 Unused Object Index Molecule 9 Range Fail 0x8280 33408 0x8049 32841 Unused Object Index Molecule 10 Range Fail 0x8280 33408 0x804A 32842 Unused Object Index Molecu...

Page 95: ... Molecule 8 Range Reset 0x0280 640 0x8068 32872 Unused Object Index Molecule 9 Range Reset 0x0280 640 0x8069 32873 Unused Object Index Molecule 10 Range Reset 0x0280 640 0x806A 32874 Unused Object Index Molecule 11 Range Reset 0x0280 640 0x806B 32875 Unused Object Index Molecule 12 Range Reset 0x0280 640 0x806C 32876 Unused Object Index Molecule 13 Range Reset 0x0280 640 0x806D 32877 Unused Object...

Page 96: ...8 0x8155 33109 Unused Object Index UA Input Missmatch Set 0x8280 33408 0x8157 33111 Unused Object Index BS7W Input Invalid Set 0x8280 33408 0x815A 33114 Unused Object Index Density Input Invalid Set 0x8280 33408 0x815B 33115 Unused Object Index Flow Run Reset Alarm Fail Alarm Reset 0x0280 640 0x8165 33125 Unused Object Index Static Pressure Input Invalid Reset 0x0280 640 0x8169 33129 Unused Object...

Page 97: ...Invalid Set 0x8280 33408 0x818A 33162 Unused Object Index Meter Type Invalid Set 0x8280 33408 0x818B 33163 Unused Object Index Meter Reference Diameter Invalid Set 0x8280 33408 0x818C 33164 Unused Object Index Orifice Reference Diameter Invalid Set 0x8280 33408 0x818D 33165 Unused Object Index Orifice Greater Than Meter Diameter Set 0x8280 33408 0x818E 33166 Unused Object Index Fluid Type Incorrec...

Page 98: ...ct Index Meter Type Invalid Reset 0x0280 640 0x81AB 33195 Unused Object Index Meter Reference Diameter Invalid Reset 0x0280 640 0x81AC 33196 Unused Object Index Orifice Reference Diameter Invalid Reset 0x0280 640 0x81AD 33197 Unused Object Index Orifice Greater Than Meter Diameter Reset 0x0280 640 0x81AE 33198 Unused Object Index Fluid Type Incorrect for Flow Calculation Set 0x8280 33408 0x81AF 33...

Page 99: ...Value Incorrect Reset 0x0280 640 0x81F6 33270 Unused Object Index Temperature Range Error Reset 0x0280 640 0x81F8 33272 Unused Object Index Pressure Range Error Reset 0x0280 640 0x81F9 33273 Unused Object Index Thermal Expansion Range Error Reset 0x0280 640 0x81FA 33274 Unused Object Index Density Range Error Reset 0x0280 640 0x81FB 33275 Unused Object Index Non Fatal Convergance Fail Reset 0x0280...

Page 100: ...280 640 0x8429 33833 Unused Unused Pulse Input 3 Calibration Saved 0x0280 640 0x842A 33834 Unused Unused Input Calibration Recall Differential Pressure Calibration Recalled 0x0280 640 0x8440 33856 Unused Unused Static Pressure Calibration Recalled 0x0280 640 0x8441 33857 Unused Unused RTD1 Calibration Recalled 0x0280 640 0x8442 33858 Unused Unused RTD2 Calibration Recalled 0x0280 640 0x8443 33859 ...

Page 101: ...897 Unused Unused Pulse Input 3 Verification Saved 0x0280 640 0x846A 33898 Unused Unused Input Verification Recall Differential Pressure Verification Recalled 0x0280 640 0x8480 33920 Unused Unused Static Pressure Verification Recalled 0x0280 640 0x8481 33921 Unused Unused RTD1 Verification Recalled 0x0280 640 0x8482 33922 Unused Unused RTD2 Verification Recalled 0x0280 640 0x8483 33923 Unused Unus...

Page 102: ...Saved 0x0280 640 0x84C1 33985 Unused Unused Flow Run Calibration Recall Flow Run 1 Cone Calibration Recalled 0x0280 640 0x84E0 34016 Unused Unused Flow Run 2 Cone Calibration Recalled 0x0280 640 0x84E1 34017 Unused Unused Analog Out Calibration Save Analog Output 1 Calibration Saved 0x0280 640 0x8500 34048 Unused Unused Analog Output 2 Calibration Saved 0x0280 640 0x8501 34049 Unused Unused Analog...

Page 103: ...ager Failed 0x0280 640 0x884C 34892 Unused Unused RTOS Protocol Manager Failed 0x0280 640 0x884D 34893 Unused Unused RTOS Flow Computer Manager Failed 0x0280 640 0x884E 34894 Unused Unused RTOS Network Manager Failed 0x0280 640 0x884F 34895 Unused Unused RTOS Archive Manager Failed 0x0280 640 0x8850 34896 Unused Unused RTOS Conversion Manager Failed 0x0280 640 0x8851 34897 Unused Unused RTOS Displ...

Page 104: ...ave Event Archives 0x0280 640 0x88D4 35028 Unused Unused Triggered Archive 0x0280 640 0x88D5 35029 Unused Unused Device Configuration 0x0280 640 0x88CD 35021 Unused Unused Active CPU Core1 Firmware 0x0280 640 0x88C9 35017 Unused Unused Firmware Erase Bootloader Firmware 0x0280 640 0x88FB 35067 Unused Unused Restore CPU Core 1 Firmware 0x0280 640 0x88E1 35041 Unused Unused Restore CPU Core 2 Firmwa...

Page 105: ... Protocol Map 0x0280 640 0x890E 35086 Unused Unused 0x0280 640 0x890F 35087 Unused Unused 0x0280 640 0x8910 35088 Unused Unused Local Flow Archives 0x0280 640 0x8911 35089 Unused Unused Local Event Archives 0x0280 640 0x8913 35091 Unused Unused Slave Flow Archives 0x0280 640 0x8912 35090 Unused Unused Slave Event Archives 0x0280 640 0x8914 35092 Unused Unused Triggered Archive 0x0280 640 0x8915 35...

Page 106: ...t 0x0280 640 0x897C 35196 Unused Unused Unknown Reset 0x0280 640 0x897D 35197 Unused Unused Peripheral Area Fetch Reset 0x0280 640 0x897E 35198 Unused Unused Power Management Reset 0x0280 640 0x897F 35199 Unused Unused Input Peripheral Validated and Launched 0x0280 640 0x8980 35200 Unused Unused Boot Loader Failure 0x0280 640 0x8981 35201 Unused Unused Boot Loader Incompatible 0x0280 640 0x8982 35...

Page 107: ...ow Computer Manager Restart Failed 0x0280 640 0x89D3 35283 Unused Unused Network Manager Restart Failed 0x0280 640 0x89D4 35284 Unused Unused Archive Manager Restart Failed 0x0280 640 0x89D5 35285 Unused Unused Conversion Manager Restart Failed 0x0280 640 0x89D6 35286 Unused Unused Display Manager Restart Failed 0x0280 640 0x89D7 35287 Unused Unused Firmware State Boot Loader Launch 0x0280 640 0x8...

Page 108: ...Unused Power Management Reset 0x0280 640 0x8A1F 35359 Unused Unused Data Acquisition Alarms Event Event Name Enron Change Flags System Com mand Code As Found As Left Factory Calibration MVT Calibration Invalid 0x0280 640 0x8C00 35840 Unused Unused RTD Calibration Invalid 0x0280 640 0x8C01 35841 Unused Unused Analog Input Calibration Invalid 0x0280 640 0x8C02 35842 Unused Unused Pulse Input Calibra...

Page 109: ...0x8D61 36193 Unused Unused Dual Pulse Phase Error Set 0x8280 33408 0x8D62 36194 Unused Unused Dual Pulse Simul Intfnce Set 0x8280 33408 0x8D63 36195 Unused Unused Pulse Sequence Error Set 0x8280 33408 0x8D64 36196 Unused Unused Pulse Input 1 Bent Rotor Blade Detect Set 0x8280 33408 0x8D68 36200 Unused Unused Pulse Input 1 Missing Rotor Blade Detect Set 0x8280 33408 0x8D69 36201 Unused Unused Pulse...

Page 110: ...977 Unused Unused Failed to Connect 0x0280 640 0x9842 38978 Unused Unused Client Restarted for Retry 0x0280 640 0x9843 38979 Unused Unused DHCP Negotiation Time Connection Time Percent 0x0280 640 0x9860 39008 Float Unused DIO Alarms Event Event Name Enron Change Flags System Com mand Code As Found As Left Digital I O DIO Special Function Unlatch DIO1 0x0280 640 0x9C20 39968 Unused Object Index Unl...

Page 111: ...ove Limit Reset 0x0280 640 0x9C80 40064 Float Object Index Below Limit Set 0x0280 640 0x9C81 40065 Float Object Index DIO Upper Limit Below Limit Reset 0x0280 640 0x9CA0 40096 Float Object Index Above Limit Set 0x0280 640 0x9CA1 40097 Float Object Index DIO Window Limit Inside Window Reset 0x0280 640 0x9CC0 40128 Float Object Index Outside Window Set 0x0280 640 0x9CC1 40129 Float Object Index DIO ...

Page 112: ...088 Unused Unused Alarm 10 Set 0x8280 33408 0xA469 42089 Unused Unused Alarm 11 Set 0x8280 33408 0xA46A 42090 Unused Unused Alarm 12 Set 0x8280 33408 0xA46B 42091 Unused Unused Alarm 13 Set 0x8280 33408 0xA46C 42092 Unused Unused Alarm 14 Set 0x8280 33408 0xA46D 42093 Unused Unused Alarm 15 Set 0x8280 33408 0xA46E 42094 Unused Unused Alarm 16 Set 0x8280 33408 0xA46F 42095 Unused Unused Alarm 17 Se...

Page 113: ...sed Unused Alarm 20 Reset 0x0280 640 0xA493 42131 Unused Unused Alarm 21 Reset 0x0280 640 0xA494 42132 Unused Unused Alarm 22 Reset 0x0280 640 0xA495 42133 Unused Unused Alarm 23 Reset 0x0280 640 0xA496 42134 Unused Unused Alarm 24 Reset 0x0280 640 0xA497 42135 Unused Unused Alarm 25 Reset 0x0280 640 0xA498 42136 Unused Unused Alarm 26 Reset 0x0280 640 0xA499 42137 Unused Unused Alarm 27 Reset 0x0...

Page 114: ...Scanner Logic 0x0280 640 0xA50B 42251 Unused Unused Digital Output 1 Not Controlled by Scanner Logic 0x0280 640 0xA50C 42252 Unused Unused Digital Output 2 Not Controlled by Scanner Logic 0x0280 640 0xA50D 42253 Unused Unused Digital Output 3 Not Controlled by Scanner Logic 0x0280 640 0xA50E 42254 Unused Unused Digital Output 4 Not Controlled by Scanner Logic 0x0280 640 0xA50F 42255 Unused Unused ...

Page 115: ...rs are described in this section This map is also stored in Scan Map software see Table 2 1 A third Modbus map a version of the 32 bit Enron Modbus map without slave device registers base unit map is available for download from Cameron s ScanMap software See Table 2 1 for the template name See ScanMap Download below for download from Cameron s ScanMap software See Table 2 1 Predefined Modbus Maps ...

Page 116: ...ively for implementing strings For example the Model Number is a string of 16 unsigned characters that is implemented as four Packed ASCII registers Here is an example of a model number from the 16 bit in ternal Modbus map that contains the string S3100 G1 Register Hexadecimal ASCII Characters 1009 53 33 31 30 S310 1011 30 2d 47 31 0 G1 1013 00 00 00 00 UNUSED 1015 00 00 00 00 UNUSED Unused charac...

Page 117: ...nfiguration Floating Points 7001 16 Bit Slave 2 Configuration Floating Points 7051 16 Bit Slave 3 Configuration Floating Points 7101 16 Bit Slave 4 Configuration Floating Points 7151 16 Bit Slave 5 Configuration Floating Points 7201 16 Bit Slave 6 Configuration Floating Points 7251 16 Bit Slave 7 Configuration Floating Points 7301 16 Bit Slave 8 Configuration Floating Points 7351 16 Bit Slave 9 Co...

Page 118: ...ve 1 Holding Floating Points 9001 16 Bit Slave 2 Holding Floating Points 9051 16 Bit Slave 3 Holding Floating Points 9101 16 Bit Slave 4 Holding Floating Points 9151 16 Bit Slave 5 Holding Floating Points 9201 16 Bit Slave 6 Holding Floating Points 9251 16 Bit Slave 7 Holding Floating Points 9301 16 Bit Slave 8 Holding Floating Points 9351 16 Bit Slave 9 Holding Floating Points 9401 16 Bit Slave 1...

Page 119: ...gister 100100 Clears the triggered archive pointers and indices 0 All 1 Trigger Archive 1 No 100104 Sets the slave device archive pointers on the Scanner 3100 0 All 1 Slave Archive 1 2 Slave Archive 2 continues through Slave Archive 20 0 Force Sync stop downloads 1 Force Reload of all records Yes 100333 Resets the device software reset No 120000 Sets the internal real time clock RealDate 0xYYYYMMD...

Page 120: ...iggered registers to the previous triggered registers No 500100 Creates archive partial records No 500300 Clears the unacknowledged device alarms Does not unlatch DIO No 500500 Bit mask uses bits to identify which DIO blocks to clear Bit Mask XXXX XXXX XX65 4321 0 Do Not Unlatch DIO 1 Unlatch DIO No 500600 Enables wireless manager No 500601 Disables wireless manager No 500700 Gets the Wireless Mes...

Page 121: ...ctors must be written per the Linear Calibration Factor procedure below before sending this command 1 Pulse Input 1 2 Pulse Input 2 3 Pulse Input 3 Yes 601000 Programs the operating mode for a PID controller The analog output must be in PID mode for this command to take effect 1 Analog Output 1 2 Analog Output 2 0 Automatic 1 Manual Override No 601001 Changes the operating mode for a PID Controlle...

Page 122: ... override value The target analog output must be in PID mode for this command to take effect 1 Analog Output 1 2 Analog Output 2 Setpoint 32 bit floating point value in the user selected unit for the measurement category of the control variable For example To apply a 123 45 set point convert 123 45 to a 32 bit floating point 0x42f6e666 write the value to Argument 2 and write command No 122 Section...

Page 123: ... below to Argument 2 and write command To confirm the change is accepted by the slave device read register 1611 0 None 1 Device Name 2 Archive Configuration 3 Flow Run Configuration 4 Flow Run Maintenance 5 Gas Composition 6 Cone Calibration 7 Turbine Input 1 Configuration 8 Turbine Input 1 K Factor Calibration 9 Turbine Input 2 Configuration 10 Turbine Input 2 K Factor Calibration 11 Diff Pressur...

Page 124: ...selected Scanner Logic tasks 0 All 1 4 Task 1 to Task 4 No 800001 Aborts all Scanner Logic tasks and enters abort state Emergency Stop No 800008 Clears the unacknowledged Scanner Logic alarms register Does not unlatch DIO No Changing a Linear Calibration Factor To update the linear calibration factor write the register in following order 1 Write the Nominal Factor value for the desired calibration...

Page 125: ...035 040B System MVT Serial Number S 4 String 4 RO 1037 040D System Archive Contract Hour INT32 RW Model Number The Model Number is a read only parameter set by the factory stored in four 16 bit registers and used to identify a Scan ner 3100 device See Packed ASCII page 116 for details about decoding packed ASCII values Firmware Version The Firmware Version numbers are read only values set by the f...

Page 126: ...age FP V RO 1125 0465 System Measurements Analog Voltage FP V RO 1127 0467 System Measurements Clock Battery Voltage FP V RO Real Time This block of four 16 bit registers two registers for date MMDDYY and two registers for time HHMMSS is used to set the instrument s internal clock To set the time write all registers in a single message See Command Registers page 119 for a list of commands Date and...

Page 127: ...t 3 Holding Status INT32 RO 1545 0609 Flow Run 1 HAccum Flow Run Status INT32 RO 1547 060B Flow Run 1 HFluid Status INT32 RO 1549 060D Flow Run 1 HFlow Status INT32 RO 1551 060F Flow Run 2 HAccum Flow Run Status INT32 RO 1553 0611 Flow Run 2 HFluid Status INT32 RO 1555 0613 Flow Run 2 HFlow Status INT32 RO 1557 0615 Gas Stream 1 Holding Status INT32 RO 1559 0617 Gas Stream 2 Holding Status INT32 R...

Page 128: ...Slave Configured INT32 RO 1607 0647 Slave Device Status Slave Connected INT32 RO 1609 0649 Slave Device Status Slave Config Sync INT32 RO 1611 064B Slave Device Status Slave Accept Sync INT32 RO 1613 064D Slave Device Status Slaves Reporting User Alarms INT32 RO 1615 064F Slave Device Status Configured Slaves Lost INT32 RO 1617 0651 Slave Device Status Slaves Reporting Errors INT32 RO Alarm Status...

Page 129: ...nsducer range by 0 5 of span Low Low Below transducer range by 20 of span High Above transducer range by any amount High High Above transducer range by 20 of span Alarm records are created when the device goes into and out of alarm condition For example an alarm is created when a damped input is greater than the upper end of the transducer range The alarm will not clear until the damped value is l...

Page 130: ...valid 13 Process Temperature is Input Fail 14 Process Temperature is Category Mismatch 15 Differential Pressure Input Invalid 16 Differential Pressure Input Fail 17 Differential Pressure is Category Mismatch 18 Square Root of Differential Pressure Input Invalid 19 Square Root of Differential Pressure is Input Fail 20 Square Root of Differential Pressure Category Mismatch 21 Uncorrected Accumulatio...

Page 131: ...ient Incorrect 15 Enthalphy Incorrect 16 Molar Heating Value Incorrect 17 Mass Heating Value Incorrect 18 Volume Heating Value Incorrect 19 Phase Is Liquid 20 Liquid Oil Density Incorrect 21 Liquid Water Density Incorrect 22 BS W Value Incorrect 23 24 Temperature Range Error 25 Pressure Range Error 26 Thermal Expansion Range Error 27 Density Range Error 28 29 30 Non Fatal Convergence Error 31 Conf...

Page 132: ...hen Bit 1 16 Molecule Entry 12 Range Fail 0 Overridden flow run uses static composition 17 Molecule Entry 13 Range Fail 1 Gas Chromatograph Alarm 18 Molecule Entry 14 Range Fail 2 Static Due to Fail 19 Molecule Entry 15 Range Fail 3 20 Molecule Entry 16 Range Fail 4 21 Fractional Sum Test 1 Fail 5 Molecule Entry 1 Range Fail 22 Fractional Sum Test 2 Fail 6 Molecule Entry 2 Range Fail 23 Fractional...

Page 133: ...de 15 Calculation Error 16 Automatic Period Tracking 17 Process Value Tag Category Change Error 18 Process Value Fail 19 Process Value Disabled 20 Process Value Tolerance 21 Process Value Deadband 22 Setpoint Value Tag Category Change Error 23 Setpoint Value Fail 24 Setpoint Value Disabled 25 28 29 Tolerance Lock 30 Maintenance 31 Fail Slave Device Comm Status Definitions 8 7 6 5 4 3 2 1 0 ACT OPR...

Page 134: ...T32 RW 2009 07D9 Flow Run 1 CFlow Tap Location INT32 RW Flow Run 2 Configuration Integers Register Decimal Register Hex Description Data Type Units Access 2101 0835 Flow Run 2 Config Flow Direction INT32 RW 2103 0837 Flow Run 2 CFlow Meter Tube Material INT32 RW 2105 0839 Flow Run 2 CFlow Orifice Material INT32 RW 2107 083B Flow Run 2 CFlow Tap Type INT32 RW 2109 083D Flow Run 2 CFlow Tap Location...

Page 135: ...ecimal Register Hex Description Data Type Units Access 2301 08FD Flow Run 2 CFluid Atmospheric Pressure FP psia RW 2303 08FF Flow Run 2 CFluid Gross Carbon Dioxide FP RW 2305 0901 Flow Run 2 CFluid Gross Nitrogen FP RW 2307 0903 Flow Run 2 CFluid Gross Carbon Monoxide FP RW 2309 0905 Flow Run 2 CFluid Gross Hydrogen FP RW 2311 0907 Flow Run 2 CFluid Gross Specific Gravity FP RW 2313 0909 Flow Run ...

Page 136: ...fig Mixture Heptane FP RW 2433 0981 Gas Stream 1 Config Mixture Octane FP RW 2435 0983 Gas Stream 1 Config Mixture Nonane FP RW 2437 0985 Gas Stream 1 Config Mixture Decane FP RW 2439 0987 Gas Stream 1 Config Mixture Helium FP RW 2441 0989 Gas Stream 1 Config Mixture Argon FP RW 2443 098B Gas Stream 1 Config Mixture Neopentane FP RW 2445 098D Gas Stream 1 Config Mixture Isohexane FP RW 2447 098F G...

Page 137: ...xture Neopentane FP RW 2545 09F1 Gas Stream 2 Config Mixture Isohexane FP RW 2547 09F3 Gas Stream 2 Config Mixture Methylpentane 3 FP RW 2549 09F5 Gas Stream 2 Config Mixture Neohexane FP RW 2551 09F7 Gas Stream 2 Config Mixture Biisopropyl FP RW 2553 09F9 Gas Stream 2 Config Mixture Ethylene FP RW 2555 09FB Gas Stream 2 Config Mixture Propylene FP RW 2557 09FD Gas Stream 2 Config Mixture Methyl A...

Page 138: ...ulses gal RW 2725 0AA5 Pulse Input 2 Calibration Nominal Factor FP pulses gal RW 2727 0AA7 Pulse Input 3 Calibration Nominal Factor FP pulses gal RW 2729 0AA9 Analog Output 1 PID Config Static Pressure Value FP varies with configuration RW 2731 0AAB Analog Output 1 PID Config Override Value FP varies with configuration RW 2733 0AAD Analog Output 1 PID Config Kp FP RW 2735 0AAF Analog Output 1 PID ...

Page 139: ...alue FP RW 2781 0ADD Digital Valve 1 PID Configuration Kp FP RW 2783 0ADF Digital Valve 1 PID Configuration Ki FP RW 2785 0AE1 Digital Valve 1 PID Configuration Kd FP RW 2787 0AE3 Digital Valve 1 Pressure Override Configuration Kp FP RW 2789 0AE5 Digital Valve 1 Pressure Override Configuration Ki FP RW 2791 0AE7 Digital Valve 1 Pressure Override Configuration Kd FP RW 2793 0AE9 Digital Valve 1 PID...

Page 140: ... 23 FP RW 3047 0BE7 Holding R 24 FP RW 3049 0BE9 Holding R 25 FP RW 3051 0BEB Holding R 26 FP RW 3053 0BED Holding R 27 FP RW 3055 0BEF Holding R 28 FP RW 3057 0BF1 Holding R 29 FP RW 3059 0BF3 Holding R 30 FP RW 3061 0BF5 Holding R 31 FP RW 3063 0BF7 Holding R 32 FP RW 3065 0BF9 Holding R 33 FP RW 3067 0BFB Holding R 34 FP RW 3069 0BFD Holding R 35 FP RW 3071 0BFF Holding R 36 FP RW 3073 0C01 Hol...

Page 141: ...r Decimal Register Hex Description Data Type Units Access 3201 0C81 Holding Reserved FP RW 3203 0C83 Holding AC1 Output FP RW 3205 0C85 Holding AC1 Error FP RW 3207 0C87 Holding AC1 Is Auto Mode FP RW 3209 0C89 Holding AC1 Range High FP RW 3211 0C8B Holding AC1 Range Low FP RW 3213 0C8D Holding AC1 Setpoint FP RW 3215 0C8F Holding AC1 Setpoint Tolerance FP RW 3217 0C91 Holding AC1 Setpoint Dead Ba...

Page 142: ...lding AC1 Is Constraint Override FP RW 3273 0CC9 Holding AC1 Constraint Range High FP RW 3275 0CCB Holding AC1 Constraint Range Low FP RW 3277 0CCD Holding AC1 Constraint Setpoint FP RW 3279 0CCF Holding AC1 Constraint Dead Band FP RW 3281 0CD1 Holding AC1 Constraint Kp FP RW 3283 0CD3 Holding AC1 Constraint Ki FP RW 3285 0CD5 Holding AC1 Constraint Kd FP RW 3287 0CD7 Holding AC1 Output FP RW 3289...

Page 143: ... INT32 RO 5017 1399 Flow Run 1 HFlow Installation Parameters INT32 RO 5019 139B Flow Run 1 HFlow Meter Tube Material INT32 RO 5021 139D Flow Run 1 HFlow Orifice Material INT32 RO 5023 139F Flow Run 1 HFlow Tap Type INT32 RO 5025 13A1 Flow Run 1 HFlow Tap Location INT32 RO Flow Run 2 Holding Integers Register Decimal Register Hex Description Data Type Units Access 5101 13ED Flow Run 2 Config Calcul...

Page 144: ...E00 Value F02 F00 Fluid Type 0 Gas Mixture 1 Gas Gross 2 Fluid Pure Substance 3 Liquid Hydrocarbon Mixture 4 Liquid Gross 5 Liquid Composite Value E04 E00 Equation of State Fluid Type Gas Mixture 0 1 2 AGA 8 Gas Detailed 1994 3 Gerg 08 Gas 4 8 Fluid Type Gas Gross 0 GCN 1 9 Fluid Type Liquid Hydrocarbon Mixture 0 1 Gerg 08 Liquid Fluid Type Liquid Gross 0 API MPMS Chapter 11 1 API MPMS Chapter 11 ...

Page 145: ...ts API MPMS Ch 11 1 2004 Table 6C 4 Value DS1 DS0 Liquid Density Source 0 Absolute Density 1 Specific Gravity 2 API Gravity Value LV2 LV0 Liquid Volume Correction Method 0 None 1 BS W Base Conditions 2 BS W Live Flowing Conditions 3 BS W Calculated Flowing Conditions 4 BS W User Flowing Conditions 5 BS W Live Base Conditions Value HC2 HC0 Heating Calculation Method 0 Old AGA Report No 5 per AGA 3 ...

Page 146: ...020000 3 Critical Range 0x00030000 4 Saturation Line 0x00040000 5 High temperature Superheated Steam 0x00050000 Flow Information Methods 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 MC3 MC2 MC1 MC0 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 PT2 PT1 PT0 FM4 FM3 FM2 FM1 FM0 Value FM4 FM0 Flow Rate Method for Differential Producer Type 0 Classical Venturi 1 Cone Spoolpiece 2 Cone Wafer 3 5 6 Orifice NE...

Page 147: ...2 21 20 19 18 17 16 MT4 MT3 MT2 MT1 MT0 TOR TLO TT1 TT0 EXT AUS 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 WPH dM3 dM2 dM1 dM0 DM3 DM2 DM1 DM0 Value dM3 dM0 Plate d Metal Type DM3 DM0 Pipe D Metal Type 0 Zero Thermal Expansion 1 Generic Carbon Steel 2 Generic 300 Series Stainless Steel 3 304 304H Stainless Steel ASTM A312 304 4 316 316H Stainless Steel ASTM A312 316 5 Monel and Related Nickel Alloys 6 ...

Page 148: ...s RO 5207 1457 Flow Run 1 HAccum Previous Daily Run Time FP s RO 5209 1459 Flow Run 1 HAccum Previous Interval Run Time FP s RO 5211 145B Flow Run 1 HAccum Previous Triggered Run Time FP s RO 5213 145D Flow Run 1 HAccum Gas Apparent Mass Grand Total FP lbm RO 5215 145F Flow Run 1 HAccum Gas Apparent Mass Flow Rate FP lbm day RO 5217 1461 Flow Run 1 HAccum Gas Apparent Mass Daily Total FP lbm RO 52...

Page 149: ...m Gas Mass Previous Triggered Total FP lbm RO 5261 148D Flow Run 1 HAccum Gas Energy Grand Total FP Btu RO 5263 148F Flow Run 1 HAccum Gas Energy Flow Rate FP Btu day RO 5265 1491 Flow Run 1 HAccum Gas Energy Daily Total FP Btu RO 5267 1493 Flow Run 1 HAccum Gas Energy Interval Total FP Btu RO 5269 1495 Flow Run 1 HAccum Gas Energy Triggered Total FP Btu RO 5271 1497 Flow Run 1 HAccum Gas Energy P...

Page 150: ... Oil Mass Interval Total FP lbm RO 5317 14C5 Flow Run 1 HAccum Liquid Oil Mass Triggered Total FP lbm RO 5319 14C7 Flow Run 1 HAccum Liquid Oil Mass Previous Daily Total FP lbm RO 5321 14C9 Flow Run 1 HAccum Liquid Oil Mass Previous Interval Total FP lbm RO 5323 14CB Flow Run 1 HAccum Liquid Oil Mass Previous Triggered Total FP lbm RO 5325 14CD Flow Run 1 HAccum Liquid Water Volume Grand Total FP ...

Page 151: ...se Density FP lbm ft RO 5375 14FF Flow Run 1 HFluid Gas Base Viscosity FP lbm ft s RO 5377 1501 Flow Run 1 HFluid Gas Base Molar Density FP kg mol m RO 5379 1503 Flow Run 1 HFluid Gas Base Compressibility Factor FP RO 5381 1505 Flow Run 1 HFluid Flowing Temperature FP F RO 5383 1507 Flow Run 1 HFluid Flowing Pressure Absolute FP psia RO 5385 1509 Flow Run 1 HFluid Gas Flowing Density FP lbm ft RO ...

Page 152: ...nent FP RO 5439 153F Flow Run 1 HFluid Gross Carbon Dioxide FP RO 5441 1541 Flow Run 1 HFluid Gross Nitrogen FP RO 5443 1543 Flow Run 1 HFluid Gross Carbon Monoxide FP RO 5445 1545 Flow Run 1 HFluid Gross Hydrogen FP RO 5447 1547 Flow Run 1 HFluid Gross Specific Gravity FP RO 5449 1549 Flow Run 1 HFluid Liquid Base Viscosity FP lbm ft s RO 5451 154B Flow Run 1 HFluid Liquid Flowing Viscosity FP lb...

Page 153: ...ing Meter Factor FP RO 5507 1583 Flow Run 1 HFlow Annubar C1 Coefficient FP RO 5509 1585 Flow Run 1 HFlow Annubar C2 Coefficient FP RO 5511 1587 Flow Run 1 HFlow Wedge Calibration Factor FP RO 5513 1589 Flow Run 1 HFlow Flowing Differential Pressure FP H2O 68F RO 5515 158B Flow Run 1 HFlow Flowing Temperature FP F RO 5517 158D Flow Run 1 HFlow Flowing Upstream Pressure FP psia RO 5519 158F Flow Ru...

Page 154: ...d Gas Specific Gravity FP RO 5567 15BF Flow Run 1 HFluid Liquid Oil Base API Gravity FP RO 5569 15C1 Flow Run 1 HFluid Liquid Oil Base Specific Gravity FP RO 5571 15C3 Flow Run 1 HFluid Liquid Oil Flowing API Gravity FP RO 5573 15C5 Flow Run 1 HFluid Liquid Oil Flowing Specific Gravity FP RO 5575 15C7 Flow Run 1 HFluid Liquid Composite Flowing API Gravity FP RO 5577 15C9 Flow Run 1 HFluid Liquid C...

Page 155: ...MCF RO 5643 160B Flow Run 2 HAccum Gas Volume Previous Polling Total FP MCF RO 5645 160D Flow Run 2 HAccum Gas Mass Grand Total FP lbm RO 5647 160F Flow Run 2 HAccum Gas Mass Flow Rate FP lbm day RO 5649 1611 Flow Run 2 HAccum Gas Mass Daily Total FP lbm RO 5651 1613 Flow Run 2 HAccum Gas Mass Interval Total FP lbm RO 5653 1615 Flow Run 2 HAccum Gas Mass Polling Total FP lbm RO 5655 1617 Flow Run ...

Page 156: ...01 1645 Flow Run 2 HAccum Liquid Oil Net Volume Polling Total FP bbl RO 5703 1647 Flow Run 2 HAccum Liquid Oil Net Volume Previous Daily Total FP bbl RO 5705 1649 Flow Run 2 HAccum Liquid Oil Net Volume Previous Interval Total FP bbl RO 5707 164B Flow Run 2 HAccum Liquid Oil Net Volume Previous Polling Total FP bbl RO 5709 164D Flow Run 2 HAccum Liquid Oil Mass Grand Total FP lbm RO 5711 164F Flow...

Page 157: ...red Total FP lbm RO 5757 167D Flow Run 2 HFluid Pseudocritical Pressure FP psia RO 5759 167F Flow Run 2 HFluid Pseudocritical Temperature FP F RO 5761 1681 Flow Run 2 HFluid Pitzer Acentric Factor FP RO 5763 1683 Flow Run 2 HFluid Ideal Absolute Viscosity FP lbm ft s RO 5765 1685 Flow Run 2 HFluid Molar Mass FP kg kg mol RO 5767 1687 Flow Run 2 HFluid Fuel H to C Ratio FP RO 5769 1689 Flow Run 2 H...

Page 158: ...21 16BD Flow Run 2 HFluid Methane Number Linear FP RO 5823 16BF Flow Run 2 HFluid Methane Number CARB FP RO 5825 16C1 Flow Run 2 HFluid Heat Of Vaporization Of Water FP Btu RO 5827 16C3 Flow Run 2 HFluid Enthalpy Change Of Vapor Water FP Btu RO 5829 16C5 Flow Run 2 HFluid Enthalpy Change Of Liquid Water FP Btu RO 5831 16C7 Flow Run 2 HFluid Isentropic Exponent FP RO 5833 16C9 Flow Run 2 HFluid Jou...

Page 159: ...ure FP F RO 5889 1701 Flow Run 2 HFlow Orifice Alpha FP 1 F RO 5891 1703 Flow Run 2 HFlow Meter Tube Alpha FP 1 F RO 5893 1705 Flow Run 2 HFlow Flowing Orifice Diameter FP inch RO 5895 1707 Flow Run 2 HFlow Flowing Meter Tube Inside Diameter FP inch RO 5897 1709 Flow Run 2 HFlow Flowing Weep Hole Diameter FP inch RO 5899 170B Flow Run 2 HFlow Weep Hole Adjustment Factor FP RO 5901 170D Flow Run 2 ...

Page 160: ...ed FP MCF day RO 5953 1741 Flow Run 2 HFlow Gas Energy Flow Rate Flow Weighted FP Btu day RO 5955 1743 Flow Run 2 HFlow Liquid Oil Mass Flow Rate Flow Weighted FP lbm day RO 5957 1745 Flow Run 2 HFlow Liquid Oil Volume Flow Rate Flow Weighted FP bbl day RO 5959 1747 Flow Run 2 HFlow Liquid Oil Net Volume Flow Rate Flow Weighted FP bbl day RO 5961 1749 Flow Run 2 HFlow Liquid Water Mass Flow Rate F...

Page 161: ...ng Mixture Heptane FP RO 6033 1791 Gas Stream 1 Holding Mixture Octane FP RO 6035 1793 Gas Stream 1 Holding Mixture Nonane FP RO 6037 1795 Gas Stream 1 Holding Mixture Decane FP RO 6039 1797 Gas Stream 1 Holding Mixture Helium FP RO 6041 1799 Gas Stream 1 Holding Mixture Argon FP RO 6043 179B Gas Stream 1 Holding Mixture Neopentane FP RO 6045 179D Gas Stream 1 Holding Mixture Isohexane FP RO 6047 ...

Page 162: ...g Mixture Neopentane FP RO 6145 1801 Gas Stream 2 Holding Mixture Isohexane FP RO 6147 1803 Gas Stream 2 Holding Mixture Methylpentane 3 FP RO 6149 1805 Gas Stream 2 Holding Mixture Neohexane FP RO 6151 1807 Gas Stream 2 Holding Mixture Biisopropyl FP RO 6153 1809 Gas Stream 2 Holding Mixture Ethylene FP RO 6155 180B Gas Stream 2 Holding Mixture Propylene FP RO 6157 180D Gas Stream 2 Holding Mixtu...

Page 163: ...ID Holding Override Enable INT32 RO Digital Output Status Digital Output Holding Output Digital Output Holding Output registers report the state of the corresponding digital output when Digital Input Output mode is configured as one of the following settings Alarm Selected device alarms Conditional Value above setpoint value below setpoint or value out of setpoint range Programmed Time of day outp...

Page 164: ...me FP s RO 6337 18C1 Pulse Input 2 Holding Previous Daily Run Time FP s RO 6339 18C3 Pulse Input 2 Holding Previous Interval Run Time FP s RO 6341 18C5 Pulse Input 3 Holding Daily Run Time FP s RO 6343 18C7 Pulse Input 3 Holding Interval Run Time FP s RO 6345 18C9 Pulse Input 3 Holding Previous Daily Run Time FP s RO 6347 18CB Pulse Input 3 Holding Previous Interval Run Time FP s RO 6349 18CD Puls...

Page 165: ...Output 2 PID Holding Process Value Value FP RO 6411 190B Analog Output 2 PID Holding Static Pressure Value FP RO 6413 190D Analog Output 2 PID Holding Test Value FP RO 6415 190F Analog Output 2 PID Holding Output FP RO Slave 1 Configuration Floating Points Register Decimal Register Hex Description Data Type Units Access 7001 1B59 Slave Device 1 Flow Run Config Atmospheric Pressure FP psia RW 7003 ...

Page 166: ... Description Data Type Units Access 7101 1BBD Slave Device 3 Flow Run Config Atmospheric Pressure FP psia RW 7103 1BBF Slave Device 3 Flow Run Config Carbon Dioxide FP RW 7105 1BC1 Slave Device 3 Flow Run Config Nitrogen FP RW 7107 1BC3 Slave Device 3 Flow Run Config Specific Gravity FP RW 7109 1BC5 Slave Device 3 Flow Run Config Heating Value FP MMBtu ft RW 7111 1BC7 Slave Device 3 Flow Run Confi...

Page 167: ...vice 5 Flow Run Config Specific Gravity FP RW 7209 1C29 Slave Device 5 Flow Run Config Heating Value FP MMBtu ft RW 7211 1C2B Slave Device 5 Flow Run Config Oil Density FP lbm ft RW 7213 1C2D Slave Device 5 Flow Run Config Gas Fraction FP RW 7215 1C2F Slave Device 5 Flow Run Config Plate Diameter FP inch RW 7217 1C31 Slave Device 5 Flow Run Config Pipe Diameter FP inch RW 7219 1C33 Slave Device 5 ...

Page 168: ...ve Device 7 Flow Run Config Plate Diameter FP inch RW 7317 1C95 Slave Device 7 Flow Run Config Pipe Diameter FP inch RW 7319 1C97 Slave Device 7 Flow Run Config Cone Beta FP RW 7321 1C99 Slave Device 7 Flow Run Config Nominal Value FP RW 7323 1C9B Slave Device 7 TFM Config T1 Nominal Factor FP pulses gal RW 7325 1C9D Slave Device 7 TFM Config T2 Nominal Factor FP pulses gal RW Slave 8 Configuratio...

Page 169: ...ow Run Config Nominal Value FP RW 7423 1CFF Slave Device 9 TFM Config T1 Nominal Factor FP pulses gal RW 7425 1D01 Slave Device 9 TFM Config T2 Nominal Factor FP pulses gal RW Slave 10 Configuration Floating Points Register Decimal Register Hex Description Data Type Units Access 7451 1D1B Slave Device 10 Flow Run Config Atmospheric Pressure FP psia RW 7453 1D1D Slave Device 10 Flow Run Config Carb...

Page 170: ...gister Decimal Register Hex Description Data Type Units Access 7551 1D7F Slave Device 12 Flow Run Config Atmospheric Pressure FP psia RW 7553 1D81 Slave Device 12 Flow Run Config Carbon Dioxide FP RW 7555 1D83 Slave Device 12 Flow Run Config Nitrogen FP RW 7557 1D85 Slave Device 12 Flow Run Config Specific Gravity FP RW 7559 1D87 Slave Device 12 Flow Run Config Heating Value FP MMBtu ft RW 7561 1D...

Page 171: ...vice 14 Flow Run Config Nitrogen FP RW 7657 1DE9 Slave Device 14 Flow Run Config Specific Gravity FP RW 7659 1DEB Slave Device 14 Flow Run Config Heating Value FP MMBtu ft RW 7661 1DED Slave Device 14 Flow Run Config Oil Density FP lbm ft RW 7663 1DEF Slave Device 14 Flow Run Config Gas Fraction FP RW 7665 1DF1 Slave Device 14 Flow Run Config Plate Diameter FP inch RW 7667 1DF3 Slave Device 14 Flo...

Page 172: ... Device 16 Flow Run Config Gas Fraction FP RW 7765 1E55 Slave Device 16 Flow Run Config Plate Diameter FP inch RW 7767 1E57 Slave Device 16 Flow Run Config Pipe Diameter FP inch RW 7769 1E59 Slave Device 16 Flow Run Config Cone Beta FP RW 7771 1E5B Slave Device 16 Flow Run Config Nominal Value FP RW 7773 1E5D Slave Device 16 TFM Config T1 Nominal Factor FP pulses gal RW 7775 1E5F Slave Device 16 T...

Page 173: ...ta FP RW 7871 1EBF Slave Device 18 Flow Run Config Nominal Value FP RW 7873 1EC1 Slave Device 18 TFM Config T1 Nominal Factor FP pulses gal RW 7875 1EC3 Slave Device 18 TFM Config T2 Nominal Factor FP pulses gal RW Slave 19 Configuration Floating Points Register Decimal Register Hex Description Data Type Units Access 7901 1EDD Slave Device 19 Flow Run Config Atmospheric Pressure FP psia RW 7903 1E...

Page 174: ...vice 20 Flow Run Config Nominal Value FP RW 7973 1F25 Slave Device 20 TFM Config T1 Nominal Factor FP pulses gal RW 7975 1F27 Slave Device 20 TFM Config T2 Nominal Factor FP pulses gal RW Slave 1 Holding Integers Register Decimal Register Hex Description Data Type Units Access 8001 1F41 Slave Device 1 Holding Alarms INT32 RO 8003 1F43 Slave Device 1 Holding Input Status INT32 RO 8005 1F45 Slave De...

Page 175: ...ing Input Status INT32 RO 8255 203F Slave Device 6 Holding Calc Status INT32 RO Slave 7 Holding Integers Register Decimal Register Hex Description Data Type Units Access 8301 206D Slave Device 7 Holding Alarms INT32 RO 8303 206F Slave Device 7 Holding Input Status INT32 RO 8305 2071 Slave Device 7 Holding Calc Status INT32 RO Slave 8 Holding Integers Register Decimal Register Hex Description Data ...

Page 176: ...ng Input Status INT32 RO 8555 216B Slave Device 12 Holding Calc Status INT32 RO Slave 13 Holding Integers Register Decimal Register Hex Description Data Type Units Access 8601 2199 Slave Device 13 Holding Alarms INT32 RO 8603 219B Slave Device 13 Holding Input Status INT32 RO 8605 219D Slave Device 13 Holding Calc Status INT32 RO Slave 14 Holding Integers Register Decimal Register Hex Description ...

Page 177: ...Slave Device 19 Holding Calc Status INT32 RO Slave 20 Holding Integers Register Decimal Register Hex Description Data Type Units Access 8951 22F7 Slave Device 20 Holding Alarms INT32 RO 8953 22F9 Slave Device 20 Holding Input Status INT32 RO 8955 22FB Slave Device 20 Holding Calc Status INT32 RO Slave Device Status The slave device status includes alarm status and diagnostic information such as in...

Page 178: ...17 FRA2 High Analog Input 1 Override MVT Factory Parameter CRC fail 16 FRA1 High Analog Input 2 Override MVT Not Present 15 FRA16 Low FR1 High 14 FRA15 Low T1 High 13 FRA14 Low T2 High 12 FRA13 Low Static Pressure High 11 FRA12 Low Differential Pressure High 10 FRA11 Low PT High 9 FRA10 Low Analog Input 1 High 8 FRA9 Low Analog Input 2 High 7 FRA8 Low FR1 Low 6 FRA7 Low T1 Low 5 FRA6 Low Static Pr...

Page 179: ...s Reading FP H2O 68 F RO 9029 2345 SD1 Holding RTD Instantaneous Reading FP F RO 9031 2347 SD1 Holding Analog Input 1 Instantaneous Reading FP V RO 9033 2349 SD1 Holding Analog Input 2 Instantaneous Reading FP V RO Slave 2 Holding Floating Points Register Decimal Register Hex Description Data Type Units Access 9051 235B SD2 Holding Update Date FP MMDDYY RO 9053 235D SD2 Holding Update Time FP HHMM...

Page 180: ...rgy Flow Rate FP Btu day RO 9117 239D SD3 Holding T1 Volume Daily Total FP bbl RO 9119 239F SD3 Holding T1 Volume Flow Rate FP bbl day RO 9121 23A1 SD3 Holding T2 Volume Daily Total FP bbl RO 9123 23A3 SD3 Holding T2 Volume Flow Rate FP bbl day RO 9125 23A5 SD3 Holding Static Pressure Instantaneous Reading FP psig RO 9127 23A7 SD3 Holding Differential Pressure Instantaneous Reading FP H2O 68 F RO ...

Page 181: ...3F1 SD5 Holding Update Date FP MMDDYY RO 9203 23F3 SD5 Holding Update Time FP HHMMSS RO 9205 23F5 SD5 Holding Flow Run Volume Daily Total FP MCF RO 9207 23F7 SD5 Holding Flow Run Volume Flow Rate FP MCF day RO 9209 23F9 SD5 Holding Flow Run Mass Daily Total FP lbm RO 9211 23FB SD5 Holding Flow Run Mass Flow Rate FP lbm day RO 9213 23FD SD5 Holding Flow Run Energy Daily Total FP Btu RO 9215 23FF SD...

Page 182: ...s Reading FP H2O 68 F RO 9279 243F SD6 Holding RTD Instantaneous Reading FP F RO 9281 2441 SD6 Holding Analog Input 1 Instantaneous Reading FP V RO 9283 2443 SD6 Holding Analog Input 2 Instantaneous Reading FP V RO Slave 7 Holding Floating Points Register Decimal Register Hex Description Data Type Units Access 9301 2455 SD7 Holding Update Date FP MMDDYY RO 9303 2457 SD7 Holding Update Time FP HHMM...

Page 183: ...rgy Flow Rate FP Btu day RO 9367 2497 SD8 Holding T1 Volume Daily Total FP bbl RO 9369 2499 SD8 Holding T1 Volume Flow Rate FP bbl day RO 9371 249B SD8 Holding T2 Volume Daily Total FP bbl RO 9373 249D SD8 Holding T2 Volume Flow Rate FP bbl day RO 9375 249F SD8 Holding Static Pressure Instantaneous Reading FP psig RO 9377 24A1 SD8 Holding Differential Pressure Instantaneous Reading FP H2O 68 F RO ...

Page 184: ... Holding Update Date FP MMDDYY RO 9453 24ED SD10 Holding Update Time FP HHMMSS RO 9455 24EF SD10 Holding Flow Run Volume Daily Total FP MCF RO 9457 24F1 SD10 Holding Flow Run Volume Flow Rate FP MCF day RO 9459 24F3 SD10 Holding Flow Run Mass Daily Total FP lbm RO 9461 24F5 SD10 Holding Flow Run Mass Flow Rate FP lbm day RO 9463 24F7 SD10 Holding Flow Run Energy Daily Total FP Btu RO 9465 24F9 SD1...

Page 185: ... Reading FP H2O 68 F RO 9529 2539 SD11 Holding RTD Instantaneous Reading FP F RO 9531 253B SD11 Holding Analog Input 1 Instantaneous Reading FP V RO 9533 253D SD11 Holding Analog Input 2 Instantaneous Reading FP V RO Slave 12 Holding Floating Points Register Decimal Register Hex Description Data Type Units Access 9551 254F SD12 Holding Update Date FP MMDDYY RO 9553 2551 SD12 Holding Update Time FP...

Page 186: ...y Flow Rate FP Btu day RO 9617 2591 SD13 Holding T1 Volume Daily Total FP bbl RO 9619 2593 SD13 Holding T1 Volume Flow Rate FP bbl day RO 9621 2595 SD13 Holding T2 Volume Daily Total FP bbl RO 9623 2597 SD13 Holding T2 Volume Flow Rate FP bbl day RO 9625 2599 SD13 Holding Static Pressure Instantaneous Reading FP psig RO 9627 259B SD13 Holding Differential Pressure Instantaneous Reading FP H2O 68 F...

Page 187: ... SD15 Holding Update Date FP MMDDYY RO 9703 25E7 SD15 Holding Update Time FP HHMMSS RO 9705 25E9 SD15 Holding Flow Run Volume Daily Total FP MCF RO 9707 25EB SD15 Holding Flow Run Volume Flow Rate FP MCF day RO 9709 25ED SD15 Holding Flow Run Mass Daily Total FP lbm RO 9711 25EF SD15 Holding Flow Run Mass Flow Rate FP lbm day RO 9713 25F1 SD15 Holding Flow Run Energy Daily Total FP Btu RO 9715 25F...

Page 188: ... Reading FP H2O 68 F RO 9779 2633 SD16 Holding RTD Instantaneous Reading FP F RO 9781 2635 SD16 Holding Analog Input 1 Instantaneous Reading FP V RO 9783 2637 SD16 Holding Analog Input 2 Instantaneous Reading FP V RO Slave 17 Holding Floating Points Register Decimal Register Hex Description Data Type Units Access 9801 2649 SD17 Holding Update Date FP MMDDYY RO 9803 264B SD17 Holding Update Time FP...

Page 189: ...y Flow Rate FP Btu day RO 9867 268B SD18 Holding T1 Volume Daily Total FP bbl RO 9869 268D SD18 Holding T1 Volume Flow Rate FP bbl day RO 9871 268F SD18 Holding T2 Volume Daily Total FP bbl RO 9873 2691 SD18 Holding T2 Volume Flow Rate FP bbl day RO 9875 2693 SD18 Holding Static Pressure Instantaneous Reading FP psig RO 9877 2695 SD18 Holding Differential Pressure Instantaneous Reading FP H2O 68 F...

Page 190: ... SD20 Holding Update Date FP MMDDYY RO 9953 26E1 SD20 Holding Update Time FP HHMMSS RO 9955 26E3 SD20 Holding Flow Run Volume Daily Total FP MCF RO 9957 26E5 SD20 Holding Flow Run Volume Flow Rate FP MCF day RO 9959 26E7 SD20 Holding Flow Run Mass Daily Total FP lbm RO 9961 26E9 SD20 Holding Flow Run Mass Flow Rate FP lbm day RO 9963 26EB SD20 Holding Flow Run Energy Daily Total FP Btu RO 9965 26E...

Page 191: ...ment with each newly created log When the maximum number of records is reached the pointer resets to 1 and starts incre menting again Device Status The Scanner 3100 provides 32 user configurable alarms that can be assigned to a wide variety of system device and flow parameters These selections includes alarm status and diagnostic information such as input status and calculation status Alarms can b...

Page 192: ...This page is left blank intentionally 192 Section 2 Scanner 3100 Modbus Protocol ...

Page 193: ...100m 0 01000 Pressure Differential Static Pa Base 1 kPa 0 001000 MPa 0 000001000 psi 0 0001450377377302 Hg 0 0002961338811115 H2O 68F 0 0040218626654587 ftH2O 68F 0 0003348833301503 mmH2O 68F 0 1021553117026510 atm 0 0000098692326672 bar 0 00001000 mbar 0 01000 H2O 60F 0 0040185999618031 H2O 39 167F 0 0040147368291026 mmH2O 60F 0 0075006168270400 mmHg 0 0075006168270400 kg cm2 0 0000101971621298 T...

Page 194: ...0 001000 inch 39 3700787401575000 ft 3 2808398950131200 yard 1 0936132983377100 mile 0 0006213711922373 Frequency Hz Base 1 kHz 0 001000 MHz 0 000001000 Resistance Ohm Base 1 kOhm 0 001000 MOhm 0 000001000 Current A Base 1 mA 1000 000 Voltage V Base 1 mV 1000 000 Fraction no units Base 1 100 000 Time s Base 1 ms 1000 000 mins 0 0166666666666667 hours 0 0002777777777778 days 0 0000115740740741 week...

Page 195: ...0 000 lbm ft s 0 6719689751395100 Percent Base 1 No units 0 01000 Power W Base 1 mW 1000 000 kW 0 001000 Charge Ah Base 1 mAh 1000 000 C 3600 000 Mole Mass kg mol 1 lb mol 2 2046226218487800 g mol 1000 000 Relative Density Specific Gravity ADen Base 1 RDL 0 00100098497 RDG 0 81605177231 A 3 Scanner 3100 Modbus Protocol Appendix A ...

Page 196: ...This page is left blank intentionally A 4 Appendix A Scanner 3100 Modbus Protocol ...

Page 197: ... s exclusive remedy in any case of action whether in contract tort breach of warranty or otherwise arising out of the sale or use of any products software supplies or materials is expressly limited to the replacement of such products software supplies or materials on their return to Seller or at Seller s option to the allowance to the customer of credit for the cost of such items In no event shall...

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