MAPA MODBUS LUFKIN RPC V8.0

L UFKIN WELL MANAGE MANA GER R MODBUS MODBUS MAP MA P DH GAUGE APPLICATION

DATE:

12/6/2013

VERSION: REVISION: FIRMWARE VERSION:

8.00 8.00

LWM Modbus Map - RPC Version 8.00

Lufkin Automation

Revision History Revision 0.01 0.02 0.03 0.04

Date 5/7/01 5/8/01 5/23/01 6/5/01

0.05

7/12/01

0.06 1.00

7/18/01 7/24/01

2.00

8/13/01

2.01 2.02

8/14/01 8/14/01

2.03

8/20/01

2.04

8/27/01

Description Created Released Modified for initial release 00 00005-00008 Added to the map for laptop/host calibration support 32520 42165-42166 Corrected Gauge Off Time Register. ( Changed from 1 Register to 2 41433-41434 Registers 32501 Added Well State Numbers 00010 Changed To Reserved ( DST is in Reg 4XXXX ) 42198-42199 Corrected Typographical Error 4220 422000-42 4220 201 1 Corr Correc ecte ted d Typo Typogr grap aphi hica call Erro Error r 4220 422066-42 4220 207 7 Corr Correc ecte ted d Typo Typogr grap aphi hica call Erro Error r 31971-31986 3/19/2007 42221-42222 Corrected the bit numbers on this register Removed recover from loss of programming and clear loss of 00 0 0003-00004 programming 0001 000111-00 0001 012 2 Remo Remove ved d log logic ic expr expres essi sion on flags flags 11151-11156 6.08 R1 3003 300399-30 3004 040 0 Corr Correc ecte ted d anal analog og inpu inputt raw raw read readin ing g size size 3035 303599-30 3036 360 0 Corr Correc ecte ted d anal analog og oupu ouputt raw raw read readin ing g size size 3120 312033-31 3150 502 2 Remo Remove ved d alarm alarm log log info inform rmati ation on 31503 31503-31 -31682 682 Remov Removed ed comm common on stamp stamp event, event, last last occu occurre rrence nce 3182 318233-31 3184 847 7 Remo Remove ved d log logic ic expr expres essi sion on resu results lts 32501 Removed do downtime hi high fl fluid le level we well st state 32574 Removed yesterday's low RPM 32580 Removed yesterday's low power 4144 414444-41 4178 781 1 Remo Remove ved d logic logic expre express ssio ion n config configur urat atio ion n Changed this document to an Microsoft Excel File Type 30603 30603-31 -31202 202 Correc Corrected ted the size size of of these these Event Event Log Log and and Event Event Time Time 32669-36624 Corrected the header organization for the pump card buffers 40018 40018-40 -40020 020 Added Added the the enab enable/d le/disa isable ble regist register er for for the analog analog inputs inputs 1006 100655-10 1032 320 0 Adde Added d Ana Analo log g Inpu Inputt Alar Alarm m Secti Section on 3043 30433 3-30 -30452 452 Chan Chang ged To To Res Reserv erved 3057 30573 3-30 -30602 602 Chan Chang ged To To Res Reserv erved 32669-34704 Added description of card order in Card Buffers 42496 42496-42 -42499 499 Revers Reversed ed the the order order of of the pum pumpo pomet meter er and and rodo rodomet meter er regis registers ters 32605 Changed description to x10 from x100 32606 Changed description to x10 from x100 4200 420099-42 4200 001 1 Reve Revers rsed ed the the ord order er of of thes thesee two two regi regist ster erss 42071 Added th the co constant di differential pr pressure re register 42062 Changed th the re resolution of of or orifice di diameter re register

Page 2 of 107 Revision History


Lufkin Automation

Revision History Revision 0.01 0.02 0.03 0.04

Date 5/7/01 5/8/01 5/23/01 6/5/01

0.05

7/12/01

0.06 1.00

7/18/01 7/24/01

2.00

8/13/01

2.01 2.02

8/14/01 8/14/01

2.03

8/20/01

2.04

8/27/01

Description Created Released Modified for initial release 00 00005-00008 Added to the map for laptop/host calibration support 32520 42165-42166 Corrected Gauge Off Time Register. ( Changed from 1 Register to 2 41433-41434 Registers 32501 Added Well State Numbers 00010 Changed To Reserved ( DST is in Reg 4XXXX ) 42198-42199 Corrected Typographical Error 4220 422000-42 4220 201 1 Corr Correc ecte ted d Typo Typogr grap aphi hica call Erro Error r 4220 422066-42 4220 207 7 Corr Correc ecte ted d Typo Typogr grap aphi hica call Erro Error r 31971-31986 3/19/2007 42221-42222 Corrected the bit numbers on this register Removed recover from loss of programming and clear loss of 00 0 0003-00004 programming 0001 000111-00 0001 012 2 Remo Remove ved d log logic ic expr expres essi sion on flags flags 11151-11156 6.08 R1 3003 300399-30 3004 040 0 Corr Correc ecte ted d anal analog og inpu inputt raw raw read readin ing g size size 3035 303599-30 3036 360 0 Corr Correc ecte ted d anal analog og oupu ouputt raw raw read readin ing g size size 3120 312033-31 3150 502 2 Remo Remove ved d alarm alarm log log info inform rmati ation on 31503 31503-31 -31682 682 Remov Removed ed comm common on stamp stamp event, event, last last occu occurre rrence nce 3182 318233-31 3184 847 7 Remo Remove ved d log logic ic expr expres essi sion on resu results lts 32501 Removed do downtime hi high fl fluid le level we well st state 32574 Removed yesterday's low RPM 32580 Removed yesterday's low power 4144 414444-41 4178 781 1 Remo Remove ved d logic logic expre express ssio ion n config configur urat atio ion n Changed this document to an Microsoft Excel File Type 30603 30603-31 -31202 202 Correc Corrected ted the size size of of these these Event Event Log Log and and Event Event Time Time 32669-36624 Corrected the header organization for the pump card buffers 40018 40018-40 -40020 020 Added Added the the enab enable/d le/disa isable ble regist register er for for the analog analog inputs inputs 1006 100655-10 1032 320 0 Adde Added d Ana Analo log g Inpu Inputt Alar Alarm m Secti Section on 3043 30433 3-30 -30452 452 Chan Chang ged To To Res Reserv erved 3057 30573 3-30 -30602 602 Chan Chang ged To To Res Reserv erved 32669-34704 Added description of card order in Card Buffers 42496 42496-42 -42499 499 Revers Reversed ed the the order order of of the pum pumpo pomet meter er and and rodo rodomet meter er regis registers ters 32605 Changed description to x10 from x100 32606 Changed description to x10 from x100 4200 420099-42 4200 001 1 Reve Revers rsed ed the the ord order er of of thes thesee two two regi regist ster erss 42071 Added th the co constant di differential pr pressure re register 42062 Changed th the re resolution of of or orifice di diameter re register


LWM Modbus Map - RPC Version 8.00 2.05

2.06 2.07

2.08

2.09

2.10

2.11 2.12

9/25/01 110 111 32582 32583 38365 38365-38 -38441 441 3666 366655-36 3672 724 4 38410 38410 - 3844 38441 1 4251 425188-42 4251 519 9 42178 42346 42348 42349 45001-47429 10/4/01 10001 - 10003 10/22/01 43 43250 100 110-111 3844 384422-39 3980 801 1 3980 398011-39 3999 999 9 31603 10001 10001 - 1006 10064 4 103 10321-1 21-10 0384 384 32501 32501 32614 42209 11/26/01 31823-31847 32607 3260 326088-32 3260 609 9 42190 42191 42211 42212 42213 42351 42154 42353 42355 1/2/02 Campo Boscan 32501 42276 2/15/02 42179 42213 4221742217-422 42221 21 4300 430011-45 4500 000 0 2/18/02 30 3 0603 4/3/02 201 1038 103855-10 1039 392 2 32522 43001 43001-45 -45000 000

Lufkin Automation


Added Load Valve Check Buffer 1 Command Function Added Load Valve Check Buffer 2 Command Function Added Record Peak Polished Rod HP Added Yesterday's Peak Polished Rod HP HP HISTOR HISTORICA ICAL L BUFFE BUFFERS RS - Regis Register ter Addr Address ess of this this Sectio Section n Chang Changed ed Adde Added d 60 60 Day Day Pea Peak k Polis Polishe hed d Rod Rod HP HP Buff Buffer er Added Added Auto Auto Dow Downtim ntimee Buffer Buffer and and Time Timesta stamp mp Adde Added d VFD VFD Peak Peak and and Min Min Wor Worki king ng Spee Speed d Added Pump Depth Added Refrence Polished Rod HP Timestamp Added Reference Polished Rod HP Added Maximum Allowed Polished Rod HP Added Valve Check Buffer Added alarm registers Added Fill Base Added Global Off Command Function Redefined th these de definitions Adde Added d Rese Reserv rved ed Sect Sectio ion n Adde Added d Spe Specia ciall App Applic licati ation on Regi Regist ster erss Changed Event Log Descriptions Added Added Dynam Dynamic ic and and Latche Latched d Alarm Alarmss Adde Added d Dig Digit ital al Sta Statu tuss Removed Counter Balance Check State Removed Downtime Power On Delay State Added Description of Pump Fillage Changed Description Added Description for Logic Expression Error Codes Changed Size of this reserved section Adde Added d Pump Pump Cycl Cyclee Regi Regist ster erss Added IPA Control Enable/Disable Added IPA Control Reference Added HOA Switch Enable/Disable Added HOA Switch On Digital In Added HOA Switch Off Digital In Added Linear Pump Distance Between Sprockets Changed Description of Load Gain Register Added Linear Pump Sprocket Radius Added Linear Pump Malfunction Digital Out Channel Added the Campo Boscan Special Ap Application Registers Added Main Board Diagnostic State Added Pumping Unit ID Added Generated Position Phase Synch Changed Description to HOA Auto Digital In Added Added Violati Violation on Enabl Enable/D e/Disa isable ble Struc Strucutu utures res for for all opera operatio tion n modes modes Adde Added d Pump Pumpin ing g Unit Unit Data Databa base se Inf Infor orma matio tion n Added Event Numbers 25,26,27 Changed Digital Output start address to 00225 Adde Added d Logi Logicc Expr Expres essi sion on Resu Results lts Added VFD Run Scaled Remov Removed ed Pumpin Pumping g Unit Unit Databa Database se Infor Informat mation ion

LWM Modbus Map - RPC Version 8.00 2.13 2.14 2.15 2.16 4.01

4.02

Lufkin Automation

4/9/02 4XXXX 4/15/02 4/16/02 4/17/02 5/22/02

41431 42217-42221 42276 30603 42219 42356 6/10/02 112-143 144-175 30033-30352 30603

4.03

7/15/02

4.04 4.05

7/16/02 9/6/02

4.06

10/9/02

4.07 4.08

10/30/02 2/6/03

4.09

3/11/03

38442-38801 38802-38921 41233-41424 41175-41424 32669-36624 38005 30453-30602 32669-36624 40983-41182 10393-10556 32629 42170 42358-42495 40983-41182 00481-00545 10457-10520 10521-10584 10585-10594 10595-10604 30453-30602 31203-31502 32017-32142 40983-41182 42073 45003-47432 47430-49899 10385-10612

Corrected the size of the Analog Output Configuration Section thus correcting the addressing for the following 4XXXX registers Removed day of week ( Not supported ) Added Descriptions to all violation enable/disable structures Change Pumping Unit ID To Counter Balance Phase Angle Added Event Numbers 22,23 Added Logic Expression Enable/Disable to Timed Mode Changed Output Ratio Calcualation Added Coils to load 24 hour analog input historical buffers Added Coils to load 60 day analog input historical buffers Added Current 8 Minute Average to Analog Input Status Structures Removed Event Numbers 30,31,32,35,39 Added Event Numbers 43,44,45 Added a 180 floating point buffer to be loaded with special coils Added a 60 floating point buffer to be loaded with special coils Added support for the Alarm Registers Moved Accumulator Config Section to 40983 Added Shutdown Causes to Dynagraph Card Headers Corrected Adress in Load Buffer Header Added support for Accumulator Status Changed Card Buffer to Generic Buffer ( See Generic Buffer Desc ) Added support for Accumulator Configuration Added Register Alarm Alarm and Alert Section Added Tubing Movement Register Added Intrinsic Barrier Support Enable/Disable Register Added Tubing Movement Configuration Corrected the location of reserved registers in Accumulator Config Added Support for Modbus Master Added Digital Dynamic Alarms Added Digital Latched Alarms Added Modbus Master Communications Failure Dynamic Alarms Added Modbus Master Communications Failure Latched Alarms Added Support for 2 more Accumulators Added Description for Alarm Log Added Data Section for Modbus Master Added Support for 2 more Accumulators Added Differential Pressure Zero Cutoff Corrected Register Address Range from Valve Check Buffer Added Modbus Master Support Registers Corrected Coil Address in this range.



4.11 4.12 4.13 4.14

Lufkin Automation

11/6/03 00545-00560 Added Load Alarm Tracking History Coils 00571-00580 Added Load Register Log 1440 Coils 01000-01002 Added Clear Log Coils 10032 Added Active Dynamic Alarm Coil 10064 Added Active Latched Alarm Coil 10603-10644 Added Well State Alarms 31503 Added New Event Counter to Alarm Log 32142-32161 Added Programmable Calculation Results 32342-32389 Added Alarm Tracking Status 32607 Added Accumulated Runtime Minutes Register 41171-41202 Added Well State Alarm Configuration 41203-41222 Added Alarm Tracking Configuration 41788-41790 Added Support for Separate Downtime Logic Expression 41818-41823 Separated Transmission Parameters For Laptop, Radio, Expansion 43104-44403 Added Notepad Configuration 44504-44623 Added Register Log Configuration 44674-44863 Added Register Calculation Configuration 49869 Added Modbus Master Poll Rate Register Added Register Description Section To Map Description 2/19/04 10602 Corrected Addresses in this range 3/1/04 Logic Exp. Added Description to Logic Expression Action Registers 3/1/04 192 - 193 Added Load Notepad Coil 4/26/05 10 Added Reinitialize PIP Calculation 10009 - 10016 Added Cryout and VFD dynamic alarms 10037 - 10041 Added VFD latch alarms 38922-38952 Added VFD WF2 Status registers 39703-39800 Added PIP/SWT Resisters 42183 Added SWT % Water Cut 42187 Added SWT Leakage Adjustment 42214 Added External Malfunction Digital Input Channel 42215 Added Clear Alarm Digital Input Channel 42360 Added Descriptions for Tubing Sizes 42370-42495 Added PIP/SWT Configuration Registers 42520 - 42590 Added VFD Rod Float Mitigator Support 44883 - 44885 Added Active Alarm Action 49553-49688 Added Cryout Configuration Registers 44996-45001 Added Crank Sensor Installation Adjustment Register Descript Corrected Structure for Modbus Register Type



5.00

Lufkin Automation

8/5/05 Register Descript DI Configuration: Configuration 3 11 Added Initiate Reference Revolution Calibration 12 Added Abort Reference Revolution Calibration 13 Liner Loading Operation Terminate 10042 Malfunction Lockout detected 10657-10672 Added Coil Tracking Status 30453 Corrected from Float to Word 31743 Added Shutdown ID 131: Malfunction Lockout 32522 Added Ref Rev Calibration Status 32523-32524 Added Ref Rev Calibration Timestamp 32632 Liner Loading Prevention State 32633 Last Liner Loading Operation 32635 Nest Scheduled Liner Loading Operation 42252 Lockout feature Enable/disable 42253 Lockout allowable period hours 42254 Lockout allowable period minutes 42361 Liner Loading Option 42362 Liner Loading Timer Interval 42363 Liner Loading Operation Period 42364 Liner Loading Valve Control DO Channel 42365 Liner Loading Input:AI Analog Input Channel 42366 Liner Loading Input : AI Threshold limit 42367 Liner Loading Input: AI delay 42368 Liner Loading Valve Control Override 49713 Added Modbus Master Device Type 44994 Moved Switch Mounting Error Angle From 45000 to 44994 2/17/06 194 Added Coil to Load Last 24 Hour VFD Run Speed Data 201-207 Added Coils to Support SWT/PIP Historical Data Retrieval 650-652 Added Coils to Support VFD Commands 700-715 Added EFM Search Coils 31893-31951 Added EFM Status Registers 42078-42089 Added Additional AGA Configuration Registers to support Custody Transfer 44404-44423 Added Custody Transfer Historical Data Request Criteria 41241 & 41262 Corrected Description to be x100 ms



6/6/06

5.03 5.04 5.06

7/5/06 8/17/06 10/3/06

5.07 5.11

11/15/06 1/12/07 3/19/07

5.14 5.16

4/16/07 5/2/07

Lufkin Automation

10689 Added Host Logged In Flag 31951-31958 Extended EFM Status Registers 32527 Added Load/Position Transducer Status 38934-38936 Extended VFD Status Registers 40650-40651 Updated Analog Output Configuration 42090-42094 Extended AGA Configuration 42389 Added Tubing Head Pressure Source 42552-42553 Added HOA On Speed and Motor Overload Protection Level 42591 Added Enhanced Fixed Torque RFM Enable/Disable 42090-42094 Added descriptions to new AGA Configuration Registers 32527 Converted to Reserved 208 & 209 Added new PIP data coils 10705 Added Invalid Gas Mixture 32525 Added Strokes Per Minute 39729 Added PIP Average Since GOT 39730 Added Yesterday's Average PIP 42592 Added Alarm on Parameter Differences Enable/Disable 32563 Corrected Description to be x100 32564 Corrected Description to be x10 42267 Changed Name to Power Cutoff Mode Configuration 42276 Corrected Description of Register to be a signed x100 register 42536 Changed description to reflect x10 register 42541 Changed description to reflect x10 register 42542 Changed description to reflect x10 register 42548 Changed description to reflect x10 register 42384 Changed description to reflect x10 register 42180 Added Crank Start Detect 42255 Added Start Window 42400 Added PIP Control Override 42401 Added PIP Setpoint 42402 Added Num Consec Low PIP Strokes Allowed 42403 Added Consider Formation Producing Pressure 42404 Added Formation Depth 42640 Added AS1 DBR Installed 42641 Added AS1 RTC Enable/Disable Generic Buffer Corrected coils used to load register log historical data Notepad Added instructions to Notepad section 42095-42096 Added Contract Hour for EFM Applicatoin 31987-31996 Added Meter Run Name for EFM Application 31977-32001 Added Meter Run ID for EFM Application 42097 Fixed buffer size in map from 56 to 54 No changes to map



6/21/07

5.24 R1

12/10/08

5.26 R1 5.28 R1

1/15/09 5/15/09

5.28 R2 6.00

7/16/09 03/16/10

Lufkin Automation

30603 Added AGA 8 Task Re-Executed to Event Log (8) Added Custody Transfer Task Re-Executed to Event Log (9) Added Return to Normal Control to Event Log (20) Added Switch to Failure Control to Event Log (35) Added Enter Programming Fault State to Event Log (88) 31743-31822 Added Shutdown Event ID's 132,133, 134 32516 Corrected Description 650-652 Added coils for VSD Support 201-209 Added coils for Historical SWT/PIP Support 30453-30602 Corrected description for User Defined Accumulator Corrected description for Previous User Defined Accumulator 40001-40640 Corected Channel Configuration Register Description 40641-40790 Corected Channel Configuration Register Description 41444-41800 Added Motor Control Description for Logic Expression Actions 32636 Added Today's Average Strokes Per Minute 32637 Added Yesterday's Average Strokes Per Minute 1160-1161 Added coils for VSD Historical Support 1150-1151 Added coils for Pump Efficiency History 32501 Added Downtime Logic Expression Well States Added Mslfunction Logic Expression Well States Added Malfunction Lockout Well State Added Downtime PIP Control Override Well State 32627 Corrected Register Description Generic Buffer Added Description for VFD History 32640 Added Average Gross Pump Efficiency 32642 Added Yesterday's Average Gross Pump Efficiency 32644 Added Average Net Pump Efficiency 32646 Added Yesterday's Average Net Pump Efficiency 44444 Added Display Unit Configuration 42484 Added User Defined Tubing Outer Diameter 42486 Added User Defined Tubing Inner Diameter 42596 Added VFD Drive Fault Bypass Digital 10017 Added Invalid Tubing Size Alarm No Changes Made 42181 Added No Crank Timeout 800-801 Added Coils for Loading Malfunction Cards 30603-31202 Added events to event log 10721 Added VSD Authorization Alarm 42747-42750 Added Linear Pumping Unit Cornering Support 42751 Added Reserved Section 42817 Added Reseverd Section 48000 Added Reserved Section 48600 Added Generic Buffer 48933 Added Debug Pump Load 49133 Added Debug Pump Position 49333 Added Debug Fill Base 49334 Added Debug Tubing Gradient 49336 Added Debug Tubing Head Pressure 49338 Added Debug Pump Depth 49340 Added Debug Last Rod Diameter 49342 Added Debug Consider Unachored 49343 Added Debug Tubing Size 49344 Added Debug Tubing Anchor Depth 49345 Added Debug Shallow Well 49346 Added PIP Version



Lufkin Automation

49347 49348 49350 49352 49354

6.02 6.04 6.06 6.08 6.08 R1

5/5/10 5/25/10 6/28/10 7/30/10 8/17/10

6.10 6.12

8/19/10 3/2/11

6.14 6.14 R1 6.14 R2

3/30/11 5/11/11 8/24/11

6.14 R5

9/14/11

6.16 6.16 R1

1/30/12 8/29/12

7.00

8/29/12

Added Newton vs. Bisection Added Fluid Load Filter Window Added Liquid Filter Window Added Gas Filter Window Added Debug Memory --No changes made --No changes made --No changes made --No changes made 41819 Corrected Description 41821 Corrected Description 41823 Corrected Description --No changes made 10018 Added VFD Drive Bypass Switch Engaged 10019 Added VFD ABB IGBT Fans Not Configured 10020 Added VFD ABB IGBT Fans Conflict 10021 Adjusted Reserve Value 10043 Added VFD Drive BypassSwitchEngaged 10044 Added VFD ABB IGBT Fans Not Configured 10045 Added VFD ABB IGBT Fans Config Conflict 10046 Adjusted Reserve Value 38937 Added IGBT Temp 38938 Added Control Board Temp 38939 Added Output RPM 38940 Added Line Side Fault 38941 Adjusted Reserve Value 42597 Added VFD Drive Bypass Switch Enabled Disabled 42598 Added VFD Drive Bypass Switch Input Digital 42599 Added VFD IGBT Fans Enabled Disabled 42600 Added VFD IGBT Fans Output Digital 42601 Added VFD IGBT Fans Temp Threshold 42602 Added VFD IGBT Fans Min Run Time 42603 Adjusted Reserve Value --No changes made 32618 Corrected Description 40018 Added High Alarm Hold to Analog Input Config 40019 Added Low Alarm Hold to Analog Input Config --Added a column for signed variables (S) for 3/4XXXX 30355 Changed to Daily Average Output 30357 Changed to Current Average Output --Well Test / PIP 'Advanced' mode now requires a Sec. Auth. Module 32501 Updated description to include Linear Pump External Fault Malf 42262 Added Belt Slippage Control Mode 42783 Added Linear Pump External Fault Status DI Port 10021 Changed Reserved value 10031 Added Comm Parameter Change Failed 30016 Added Special Application Version Mask 30017 Added Secondary Comm Module Firmware Version 30018 Added Secondary Comm Module FW Checksum 30020 Added Board Revision 30021 Added Ethernet MAC Address 30024 Changed Reserved value 41824 Added Radio Port Comm Mode Option 41825 - 41834 Added Ethernet Parameters 41835 Added Ethernet Module Enable



Lufkin Automation

41846 42554 42555 42556 42557

7.02 7.04 7.06 7.06 R1 7.08 8.00

9/7/12 10/1/12 10/8/12 11/20/12 6/18/13 12/6/13

Changed Reserved value Added Inverter Duty Motor Flag Added Max Current Setting Added Motor Power Loss Enable/Disable Changed Reserved value --No changes made 42555 Removed Max Current Setting 42556 Removed Motor Power Loss Enable/Disable --No changes made 32017 Corrected Note regarding corresponding address registers 42603 Added Consecutive Critical Faults Allowed 289 - 308 Added coils to support for DH Gauge Historicals 10030 Added in Dynamic Alarm when DH Gauge has negative values 10036 Added in Latched Alarm when 3 consec cycles of pumpoff/restart 31743 Added new Downtime Low Pressure description 32501 Added new Well State #66 DT/Low DH Pressure Setpoint and #67 DT/Secondary Pumpoff 39763-39800 Added support for DH Gauge 42195 Added two new Control Modes 42205 Added one new Downtime Mode 42482 Added DH Gauge Pressure Low Level Setpoint 42483 Added DH Gauge Pressure Recovery Target 42523 VFD Secondary Pump Fillage Enable/Disable 42638 Secondary Pump Fillage Control Setpoint 49713 Added additional Zenith device types



Lufkin Automation

Legend Symbol F L A S

Description The register is a FLOAT variable type The register is a LONG variable type The register is an analog signal The register is a signed variable

Page 11 of 107 Legend


Page 12 of 107 00000 Registers

Lufkin Automation

00000 Registers Common Command Functions

00001 - 00100

Note: Use Function Code 01 to Read these bits. Code 05/15 to Write these bits REGISTER 1 2 3 4 5 6 7 8 9 10 11 12 13

# Coils 1 1 1 1 1 1 1 1 1 1 1 1 1

NAME RESET_MAL CLEAR Reserved Reserved Basic Calibration Horseshoe Calibration Calibration Accepted User Terminated Reset To Default ReInitPip InitiateRefRevCalibration AbortRefRevCalibration Terminate Liner Loading

DESCRIPTION Reset Malfunctions Clear Alarms Flag Reserved Reserved Basic Calibration Calibration using horseshoe Calibration Accepted Calibration Terminated by user 3/19/2007 Reinitialize Pump Intake Pressure Initiate Reference Revolution Calibration Abort Reference Revolution Calibration 6.08 R1 Liner Loading Option( 4XXXX) is set to TIMER

Clear Logic Expression Functions

00017 - 00025

Note: Use Function Code 01 to Read these bits. Code 05/15 to Write these bits REGISTER # Coils 17 1 18 1 19 1 20 1 21 1 22 1 23 1 24 1 25 1

NAME Clear Logic Exp 1 Clear Logic Exp 2 Clear Logic Exp 3 Clear Logic Exp 4 Clear Logic Exp 5 Clear Logic Exp 6 Clear Logic Exp 7 Clear Logic Exp 8 Clear All Logic Exp

DESCRIPTION Clear Logic Expression 1 Result Clear Logic Expression 2 Result Clear Logic Expression 3 Result Clear Logic Expression 4 Result Clear Logic Expression 5 Result Clear Logic Expression 6 Result Clear Logic Expression 7 Result Clear Logic Expression 8 Result Clear All Logic Expression Results



Lufkin Automation

Motor Control Command Functions

00100-00102

Note: Use Function Code 01 to Read these bits. Code 05/15 to Write these bits REGISTER # Coils 100 1 101 1 102 1

NAME Global Off Stop Motor Host Start Motor Host

Application Specific Command Functions

DESCRIPTION Global Off Host Stop Motor Host Start Motor

00103-00200

Load Card Buffers Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits If the controller is configured for downhole control, when loading cards with coils 103-109 the surface and pump card buffers will both be loaded. 103 1 Load Stored Load Stored Cards into 5 Card Buffers 104 1 Load Shutdown 1 Load Shutdown Cards Set 1 Into 5 Card Buffers 105 1 Load Shutdown 2 Load Shutdown Cards Set 2 Into 5 Card Buffers 106 1 Load Standard Load Standard Card into Single Card Buffer 107 1 Load Start Load Start Card into Single Card Buffer 108 1 Load Pump Up Load Pump Up Card into Single Card Buffer 109 1 Load Last Stroke Load Last Stroke into Single Card Buffer Load Valve Check Buffers Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits The forcing of coils 110-111 invoke the storing of valve check buffers into the register range of 4500147429 110 1 Load Ref VC Load Reference Valve Check 111 1 Load Working VC Load Working Valve Check


Lufkin Automation

Load Analog Input 24 Hour History Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits There is a historical buffer for each analog input that holds a 24-hour 8 minute average.( Totalling 180 Floating Point Scaled Values) The forcing of a coil in the range of 112-143 invokes the requested buffer to be loaded into the register range of 38442-38801 112 1 Analog Input 1 Load 24 Hour Analog Input History 113 1 Analog Input 2 Load 24 Hour Analog Input History 114 1 Analog Input 3 Load 24 Hour Analog Input History 115 1 Analog Input 4 Load 24 Hour Analog Input History 116 1 Analog Input 5 Load 24 Hour Analog Input History 117 1 Analog Input 6 Load 24 Hour Analog Input History 118 1 Analog Input 7 Load 24 Hour Analog Input History 119 1 Analog Input 8 Load 24 Hour Analog Input History 120 1 Analog Input 9 Load 24 Hour Analog Input History 121 1 Analog Input 10 Load 24 Hour Analog Input History 122 1 Analog Input 11 Load 24 Hour Analog Input History 123 1 Analog Input 12 Load 24 Hour Analog Input History 124 1 Analog Input 13 Load 24 Hour Analog Input History 125 1 Analog Input 14 Load 24 Hour Analog Input History 126 1 Analog Input 15 Load 24 Hour Analog Input History 127 1 Analog Input 16 Load 24 Hour Analog Input History 128 1 Analog Input 17 Load 24 Hour Analog Input History 129 1 Analog Input 18 Load 24 Hour Analog Input History 130 1 Analog Input 19 Load 24 Hour Analog Input History 131 1 Analog Input 20 Load 24 Hour Analog Input History 132 1 Analog Input 21 Load 24 Hour Analog Input History 133 1 Analog Input 22 Load 24 Hour Analog Input History 134 1 Analog Input 23 Load 24 Hour Analog Input History 135 1 Analog Input 24 Load 24 Hour Analog Input History 136 1 Analog Input 25 Load 24 Hour Analog Input History 137 1 Analog Input 26 Load 24 Hour Analog Input History 138 1 Analog Input 27 Load 24 Hour Analog Input History 139 1 Analog Input 28 Load 24 Hour Analog Input History 140 1 Analog Input 29 Load 24 Hour Analog Input History 141 1 Analog Input 30 Load 24 Hour Analog Input History 142 1 Analog Input 31 Load 24 Hour Analog Input History 143 1 Analog Input 32 Load 24 Hour Analog Input History



Lufkin Automation

Load Analog Input 60 Day History Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits There is a 60 floating point historical buffer for each analog input that holds 60 days of daily average of that inputs recorded at gauge off time. The forcing of a coil in the range of 144-175 invokes the requested buffer to be loaded into the register range of 38802-38921. 144 1 Analog Input 1 Load 60 Day Analog Input History 145 1 Analog Input 2 Load 60 Day Analog Input History 146 1 Analog Input 3 Load 60 Day Analog Input History 147 1 Analog Input 4 Load 60 Day Analog Input History 148 1 Analog Input 5 Load 60 Day Analog Input History 149 1 Analog Input 6 Load 60 Day Analog Input History 150 1 Analog Input 7 Load 60 Day Analog Input History 151 1 Analog Input 8 Load 60 Day Analog Input History 152 1 Analog Input 9 Load 60 Day Analog Input History 153 1 Analog Input 10 Load 60 Day Analog Input History 154 1 Analog Input 11 Load 60 Day Analog Input History 155 1 Analog Input 12 Load 60 Day Analog Input History 156 1 Analog Input 13 Load 60 Day Analog Input History 157 1 Analog Input 14 Load 60 Day Analog Input History 158 1 Analog Input 15 Load 60 Day Analog Input History 159 1 Analog Input 16 Load 60 Day Analog Input History 160 1 Analog Input 17 Load 60 Day Analog Input History 161 1 Analog Input 18 Load 60 Day Analog Input History 162 1 Analog Input 19 Load 60 Day Analog Input History 163 1 Analog Input 20 Load 60 Day Analog Input History 164 1 Analog Input 21 Load 60 Day Analog Input History 165 1 Analog Input 22 Load 60 Day Analog Input History 166 1 Analog Input 23 Load 60 Day Analog Input History 167 1 Analog Input 24 Load 60 Day Analog Input History 168 1 Analog Input 25 Load 60 Day Analog Input History 169 1 Analog Input 26 Load 60 Day Analog Input History 170 1 Analog Input 27 Load 60 Day Analog Input History 171 1 Analog Input 28 Load 60 Day Analog Input History 172 1 Analog Input 29 Load 60 Day Analog Input History 173 1 Analog Input 30 Load 60 Day Analog Input History 174 1 Analog Input 31 Load 60 Day Analog Input History 175 1 Analog Input 32 Load 60 Day Analog Input History


LWM Modbus Map - RPC Version 8.00 Load Accumulator 1440 Buffer 176 1 Accumulator 1 177 1 Accumulator 2 178 1 Accumulator 3 179 1 Accumulator 4 180 1 Accumulator 5 181 1 Accumulator 6 182 1 Accumulator 7 183 1 Accumulator 8 Read Function Code: 01 Write Function Code: 05

Lufkin Automation

Load 1440 Accumulator Buffer Load 1440 Accumulator Buffer Load 1440 Accumulator Buffer Load 1440 Accumulator Buffer Load 1440 Accumulator Buffer Load 1440 Accumulator Buffer Load 1440 Accumulator Buffer Load 1440 Accumulator Buffer

Buffer Description: Internally there is a 1440 buffer of floating point values for each accumulator. This buffer contains the last 1440 average rate values calculated at the user defined interval. Buffer Size: 1440 Double Word values ( x100 ) ( 2880 16-bit registers ) Action: Forcing a coil in the range of 176-183 will populate the Generic Buffer ( starting at register 32669 ) with the values from the buffer corresponding to the coil.

Load Accumulator 60 Day Buffer 184 1 Accumulator 1 185 1 Accumulator 2 186 1 Accumulator 3 187 1 Accumulator 4 188 1 Accumulator 5 189 1 Accumulator 6 190 1 Accumulator 7 191 1 Accumulator 8 Read Function Code: 01 Write Function Code: 05

Load 60 Day Accumulator Buffer Load 60 Day Accumulator Buffer Load 60 Day Accumulator Buffer Load 60 Day Accumulator Buffer Load 60 Day Accumulator Buffer Load 60 Day Accumulator Buffer Load 60 Day Accumulator Buffer Load 60 Day Accumulator Buffer

Buffer Description: Internally there is a 60 data point buffer of long values for each accumulator. This buffer contains the daily total accumulation of an accumulator stored at gauge off time. Buffer Size: 60 32-bit integer values (x100) (120 16-bit registers) Action: Forcing a coil in the range of 184-191 loads the corresponding 60 day accumulator buffer into the Generic Buffer ( starting register of 32669 ).




Lufkin Automation

Notepad Support Coils

00192-00193

Note: Use Function Code 01 to Read these bits. Code 05/15 to Write these bits REGISTER # Coils NAME 192 1 Save Notepad 193 1 Load Notepad

DESCRIPTION

VFD Historical Data Support Coils

00194

Note: Use Function Code 01 to Read these bits. Code 05/15 to Write these bits REGISTER # Coils NAME 194 1 Load VFD 1440 Speed

DESCRIPTION

SWT/PIP Historical Support Coils

00201-00209

Note: Use Function Code 01 to Read these bits. Code 05/15 to Write these bits REGISTER # Coils 201 1 202 1 203 1 204 1 205 1 206 1 207 1 208 1 209 1

NAME DESCRIPTION Load 60 Day SWT Fluid Load 60 Day SWT Water Load 60 Day SWT Oil Load 60 Day SWT Gas Load 60 Day SWT All Load 60 Day PIP Peak Load 60 Day PIP Min Load 2880 Avg PIP Load 60 Day Avg PIP

Digital Outputs

00225-00288

Note: Use Function Code 01 to Read these bits. Code 05/15 to Write these bits REGISTER # Coils NAME 225 64 DO1-DO64

DESCRIPTION Physical Digital Outputs 1-64

DH Gauge Historical Support Coils Note: Use Function Code 01 to Read these bits. Code 05/15 to Write these bits REGISTER # Coils NAME DESCRIPTION 289 1 Load 60 Day Avg DH Gauge Intake Pressure 290 1 Load 60 Day Avg DH Gauge Tubing Pressure

00289-00308

LWM Modbus Map - RPC Version 8.00 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Lufkin Automation

Load 60 Day Peak DH Gauge Intake Pressure Load 60 Day Min DH Gauge Intake Pressure Load 60 Day Peak DH Gauge Tubing Pressure Load 60 Day Min DH Gauge Tubing Pressure Load 60 Day Peak DH Gauge Intake Temp Load 60 Day Min DH Gauge Intake Temp Load 60 Day Peak DH Gauge Tubing Temp Load 60 Day Min DH Gauge Tubing Temp Load 60 Day Peak DH Gauge Vibration X Load 60 Day Min DH Gauge Vibration X Load 60 Day Peak DH Gauge Vibration Z Load 60 Day Min DH Gauge Vibration Z Load 60 Day Peak DH Gauge Tool Current Load 60 Day Min DH Gauge Tool Current Load 60 Day Peak DH Gauge Tool Voltage Load 60 Day Min DH Gauge Tool Voltage Load 2880 DH Gauge Intake Pressure Load 2280 DH Gauge Tubing Pressure




Lufkin Automation

Reserved

00309-00480

Note: Use Function Code 01 to Read these bits. Code 05/15 to Write these bits REGISTER # Coils NAME 309 172 Reserved

DESCRIPTION Reserved

Modbus Master Save Comm Config

00481-00496

Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits REGISTER # Coils 481 1 482 1 483 1 484 1 485 1 486 1 487 1 488 1 489 1 490 1 491 6

NAME Save_Comm_Config_1 Save_Comm_Config_2 Save_Comm_Config_3 Save_Comm_Config_4 Save_Comm_Config_5 Save_Comm_Config_6 Save_Comm_Config_7 Save_Comm_Config_8 Save_Comm_Config_9 Save_Comm_Config_10 Reserved

DESCRIPTION Save Modbus Master Comm Config 1 Save Modbus Master Comm Config 2 Save Modbus Master Comm Config 3 Save Modbus Master Comm Config 4 Save Modbus Master Comm Config 5 Save Modbus Master Comm Config 6 Save Modbus Master Comm Config 7 Save Modbus Master Comm Config 8 Save Modbus Master Comm Config 9 Save Modbus Master Comm Config 10 Reserved

Modbus Master Save Comm Config

00497-00512


NAME Save_Reg_Addresses_1 Save_Reg_Addresses_2 Save_Reg_Addresses_3 Save_Reg_Addresses_4 Save_Reg_Addresses_5 Save_Reg_Addresses_6 Save_Reg_Addresses_7 Save_Reg_Addresses_8 Save_Reg_Addresses_9 Save_Reg_Addresses_10 Reserved

DESCRIPTION Save Register Addresses 1 Save Register Addresses 2 Save Register Addresses 3 Save Register Addresses 4 Save Register Addresses 5 Save Register Addresses 6 Save Register Addresses 7 Save Register Addresses 8 Save Register Addresses 9 Save Register Addresses 10 Reserved



Lufkin Automation

Modbus Master Load Data

00513-00528


NAME Load_Data_1 Load_Data_2 Load_Data_3 Load_Data_4 Load_Data_5 Load_Data_6 Load_Data_7 Load_Data_8 Load_Data_9 Load_Data_10 Reserved

DESCRIPTION Load Data 1 Load Data 2 Load Data 3 Load Data 4 Load Data 5 Load Data 6 Load Data 7 Load Data 8 Load Data 9 Load Data 10 Reserved

Modbus Master Write Data To Slave

00529-00545


NAME DESCRIPTION Write_Data_To_Slave_1 Write Data To Slave Device Write_Data_To_Slave_2 Write Data To Slave Device Write_Data_To_Slave_3 Write Data To Slave Device Write_Data_To_Slave_4 Write Data To Slave Device Write_Data_To_Slave_5 Write Data To Slave Device Write_Data_To_Slave_6 Write Data To Slave Device Write_Data_To_Slave_7 Write Data To Slave Device Write_Data_To_Slave_8 Write Data To Slave Device Write_Data_To_Slave_9 Write Data To Slave Device Write_Data_To_Slave_10 Write Data To Slave Device Reserved Reserved

1 2 3 4 5 6 7 8 9 10



Lufkin Automation

Load Alarm Tracking 60 Day History

00545-00570

Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits Note: Set these coils to load the alarm tracking history into the generic buffer beginning at 32669. A description of these buffers is in the Generic Buffer Description of this document. 545 546 547 548 549 550 551 552 553 554 555 556 557 558 559 560 561

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 10

Load Alarm Track 1 Hist Load Alarm Track 2 Hist Load Alarm Track 3 Hist Load Alarm Track 4 Hist Load Alarm Track 5 Hist Load Alarm Track 6 Hist Load Alarm Track 7 Hist Load Alarm Track 8 Hist Load Alarm Track 9 Hist Load Alarm Track 10 Hist Load Alarm Track 11 Hist Load Alarm Track 12 Hist Load Alarm Track 13 Hist Load Alarm Track 14 Hist Load Alarm Track 15 Hist Load Alarm Track 16 Hist Reserved

Load Alarm Track 1 60 Day History Load Alarm Track 2 60 Day History Load Alarm Track 3 60 Day History Load Alarm Track 4 60 Day History Load Alarm Track 5 60 Day History Load Alarm Track 6 60 Day History Load Alarm Track 7 60 Day History Load Alarm Track 8 60 Day History Load Alarm Track 9 60 Day History Load Alarm Track 10 60 Day History Load Alarm Track 11 60 Day History Load Alarm Track 12 60 Day History Load Alarm Track 13 60 Day History Load Alarm Track 14 60 Day History Load Alarm Track 15 60 Day History Load Alarm Track 16 60 Day History Reserved

Load Register Log 1440 Buffers

00571-00580

Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits REGISTER # Coils 571 1 572 1 573 1 574 1 575 1 576 1 577 1 578 1 579 1 580 1

NAME Load Reg Log 1 Buffer Load Reg Log 2 Buffer Load Reg Log 3 Buffer Load Reg Log 4 Buffer Load Reg Log 5 Buffer Load Reg Log 6 Buffer Load Reg Log 7 Buffer Load Reg Log 8 Buffer Load Reg Log 9 Buffer Load Reg Log 10 Buffer

DESCRIPTION Load Register Log 1 1440 Buffer Load Register Log 2 1440 Buffer Load Register Log 3 1440 Buffer Load Register Log 4 1440 Buffer Load Register Log 5 1440 Buffer Load Register Log 6 1440 Buffer Load Register Log 7 1440 Buffer Load Register Log 8 1440 Buffer Load Register Log 9 1440 Buffer Load Register Log 10 1440 Buffer



Lufkin Automation

Reserved

00581-00649

Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits REGISTER # Coils NAME 581 69 Reserved


VFD Commands

00650-00652

Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits REGISTER # Coils 650 1 651 1 652 1

Description VFD Write Generic Register VFD Copy Parameters To Drive From the Controller VFD Copy Parameters To the Controller From Drive

Reserved Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits REGISTER # Coils Description 653 347 Reserved

653



Lufkin Automation

EFM HISTORICAL DATA RETRIEVAL COILS

Retrieve By Date

700-703

Note: Use Function Code 05 to Write these bits REGISTER 700 701 702 703

# Coils 1 1 1 1

Description Retrieve Daily Record Retrieve Hourly Records Retrieve Alarm Log Entries Retrieve Event Log Entries

Retrieve By Record/Sequence Number

704-707


# Coils 1 1 1 1


Retrieve By Date Range

708-711


# Coils 1 1 1 1


Retrieve By Record Number Range Note: Use Function Code 05 to Write these bits REGISTER 712 713 714 715

# Coils 1 1 1 1


712-715


Load Malfunction Cards


Lufkin Automation

800-801

Note: Use Function Code 05 to Write these bits If the controller is configured for downhole control, when loading cards with coils 103-109 the surface and pump card buffers will both be loaded. REGISTER # Coils Description 800 1 Load Malfunction Cards 1-5 Into 5 Card Buffers 801 1 Load Malfunction Cards 6-10 Into 5 Card Buffers



Lufkin Automation

Clear Log Commands

01000-01002

Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits REGISTER # Coils 1000 1 1001 1 1002 1

NAME Clear Alarm Log Clear Shutdown Event Log Clear New Event Counter

DESCRIPTION Clear Alarm Log Clear Shutdown Event Log Clear New Event Log Entry Counter ( Reg 31503 )

Load Pump Efficiency History

01150-01151

Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits in order to load the historical data into the buffer beginning at register 32669 REGISTER # Coils NAME DESCRIPTION 1150 1 Load 60 Day Average Gross Pump Efficiency 1151 1 Load 60 Day Average Net Pump Efficiency

Load VSD Historical Support Data

01160-01161

Note: Use Function Code 01 to Read these bits. Code 05 to Write these bits in order to load the historical data into the buffer beginning at register 32669 REGISTER # Coils NAME DESCRIPTION 1160 1 Load 60 Day Average SPM 1161 1 Load 60 Day Stroke Total


Lufkin Automation


10000 Registers Dynamic Alarms

10001-10032

Note: Use Function Code 02 to Read these bits. REGISTER 10001 10002 10003 10004 10005 10006 10007

# Coils 1 1 1 1 1 1 1

NAME No RPM No Crank Belt Slippage Peak Polished Rod HP VFD Peak Load Limit VFD Min Load Limit Invalid HOA Digital

DESCRIPTION No RPM Flag No Crank Belt Slippage Peak Polished Rod HP VFD Peak Load Limit VFD Min Load Limit A Digital Selected for HOA use is not properly configured The digital selected for malfunction use with a linear pump is not properly configured

10008

1

Invalid Linear Pump Digital

10009

1

Cryout Alarm

10010

1

VFD Comm Error

10011 10012

1 1

VFD Drive Fault Error VFD Drive Fault Bypass

10013 10014

1 1

VFD Drive Parameter Difference VFD Keypad Control

10015 10016

1 1

VFD Switch Off VFD Pressure Switch Engaged

10017 10018 10019 10020 10021 10030 10031 10032

1 1 1 1 9 1 1 1

Invalid Tubing Size VFD Drive Bypass Switch Engaged VFD ABB IGBT Fans Not Configured VFD ABB IGBT Fans Conflict Reserved Reserved DH Gauge Negative Value Comm Parameter Change Failed Active Dynamic Alarm(s) If set, then a dynamic alarm in the 1XXXX range is active

6.08 R1

Latched Alarms

10033 - 10064

Note: Use Function Code 02 to Read these bits. REGISTER 10033 10034 10035 10036 10037 10038 10039 10040 10041

# Coils 1 1 1 1 1 1 1 1 1

NAME Change In Programming Reset To Defaults Change Password Change to 3 consec cycles of WellState VFD Drive Fault Error VFD Drive Fault Bypass VFD Keypad Control VFD Switch Off VFD Pressure Switch Engaged

DESCRIPTION Change in Programming Reset To Defaults Change Password

LWM Modbus Map - RPC Version 8.00 10042 10043 10044 10045 10046 10064

1 1 1 1 18 1

Lufkin Automation


malfunction lockout detected Malfunction Lockout VFD Drive BypassSwitchEngaged VFD ABB IGBT Fans Not Configured VFD ABB IGBT Fans Config Conflict Reserved Reserved Active Latched Alarm If set, then a latched alarm in the 1XXXX range is active


Lufkin Automation

Analog Input Alarms & Alerts


10065-10320

Each Alarm Section is formatted the same as below. ( Each set contains 32 bits )

EXAMPLE: EXAMPLE

EXAMPLE_ALARM_SET

Example Set of Alarms, following Alarms will follow the same format

ANALOG_INPUT_ 1 ANALOG_INPUT_ 2

Example Alarm for Analog Input 1 Example Alarm for Analog Input 2



ANALOG_INPUT_ 5 ANALOG_INPUT_ 6 ANALOG_INPUT_ 7



Example Alarm for Analog Input 7 Example Alarm for Analog Input 8 Example Alarm for Analog Input 9





















Note: Use Function Code 02 to Read these bits. REGISTER # Coils 10065 32 10097 32 10129 32 10161 32 10193 32 10225 32 10257 32 10289 32

NAME ANALOG_ACT_LOW_ALARM_SET ANALOG_LOW_ALARM_OCC_SET ANALOG_ACT_LOW_ALERT_SET ANALOG_LOW_ALERT_OCC_SET ANALOG_ACT_HI_ALARM_SET ANALOG_HI_ALARM_OCC_SET ANALOG_ACT_HI_ALERT_SET ANALOG_HI_ALERT_OCC_SET

DESCRIPTION Analog Input Active Low Alarms Analog Input Latched Low Alarms Analog Input Active Low Alerts Analog Input Latched Low Alert Analog Input Active High Alarms Analog Input Latched High Alarms Analog Input Active High Alerts Analog Input Latched High Alerts


Lufkin Automation

Digital Status

10321- 10384

Note: Use Function Code 02 to Read these bits. REGISTER # Coils 10321 1 10322 1 10323 1 10324 1 10325 1 10326 1 10327 1 10328 1 10329 1 10330 1 10331 1 10332 1 10333 1 10334 1 10335 1 10336 1 10337 1 10338 1 10339 1 10340 1 10341 1 10342 1 10343 1 10344 1 10345 1 10346 1 10347 1 10348 1 10349 1 10350 1 10351 1 10352 1 10353 1 10354 1 10355 1 10356 1 10357 1 10358 1 10359 1 10360 1 10361 1 10362 1 10363 1


NAME Digital 1 Status Digital 2 Status Digital 3 Status Digital 4 Status Digital 5 Status Digital 6 Status Digital 7 Status Digital 8 Status Digital 9 Status Digital 10 Status Digital 11 Status Digital 12 Status Digital 13 Status Digital 14 Status Digital 15 Status Digital 16 Status Digital 17 Status Digital 18 Status Digital 19 Status Digital 20 Status Digital 21 Status Digital 22 Status Digital 23 Status Digital 24 Status Digital 25 Status Digital 26 Status Digital 27 Status Digital 28 Status Digital 29 Status Digital 30 Status Digital 31 Status Digital 32 Status Digital 33 Status Digital 34 Status Digital 35 Status Digital 36 Status Digital 37 Status Digital 38 Status Digital 39 Status Digital 40 Status Digital 41 Status Digital 42 Status Digital 43 Status

DESCRIPTION Digital 1 Status Digital 2 Status Digital 3 Status Digital 4 Status Digital 5 Status Digital 6 Status Digital 7 Status Digital 8 Status Digital 9 Status Digital 10 Status Digital 11 Status Digital 12 Status Digital 13 Status Digital 14 Status Digital 15 Status Digital 16 Status Digital 17 Status Digital 18 Status Digital 19 Status Digital 20 Status Digital 21 Status Digital 22 Status Digital 23 Status Digital 24 Status Digital 25 Status Digital 26 Status Digital 27 Status Digital 28 Status Digital 29 Status Digital 30 Status Digital 31 Status Digital 32 Status Digital 33 Status Digital 34 Status Digital 35 Status Digital 36 Status Digital 37 Status Digital 38 Status Digital 39 Status Digital 40 Status Digital 41 Status Digital 42 Status Digital 43 Status

LWM Modbus Map - RPC Version 8.00 10364 10365 10366 10367 10368 10369 10370 10371 10372 10373 10374 10375 10376 10377 10378 10379 10380 10381 10382 10383 10384

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Digital 44 Status Digital 45 Status Digital 46 Status Digital 47 Status Digital 48 Status Digital 49 Status Digital 50 Status Digital 51 Status Digital 52 Status Digital 53 Status Digital 54 Status Digital 55 Status Digital 56 Status Digital 57 Status Digital 58 Status Digital 59 Status Digital 60 Status Digital 61 Status Digital 62 Status Digital 63 Status Digital 64 Status

Lufkin Automation

Digital 44 Status Digital 45 Status Digital 46 Status Digital 47 Status Digital 48 Status Digital 49 Status Digital 50 Status Digital 51 Status Digital 52 Status Digital 53 Status Digital 54 Status Digital 55 Status Digital 56 Status Digital 57 Status Digital 58 Status Digital 59 Status Digital 60 Status Digital 61 Status Digital 62 Status Digital 63 Status Digital 64 Status




Lufkin Automation

Logic Expression Results

10385-10392

Note: Use Function Code 02 to Read these bits. REGISTER # Coils 10385 1 10386 1 10387 1 10388 1 10389 1 10390 1 10391 1 10392 1 10393 8

NAME LOGIC_EXPRESSION_RESULT_1 LOGIC_EXPRESSION_RESULT_2 LOGIC_EXPRESSION_RESULT_3 LOGIC_EXPRESSION_RESULT_4 LOGIC_EXPRESSION_RESULT_5 LOGIC_EXPRESSION_RESULT_6 LOGIC_EXPRESSION_RESULT_7 LOGIC_EXPRESSION_RESULT_8 Reserved

DESCRIPTION Logic Expression Logic Expression Logic Expression Logic Expression Logic Expression Logic Expression Logic Expression Logic Expression Reserved

1 2 3 4 5 6 7 8

Result Result Result Result Result Result Result Result

Alarm Register Alarms & Alerts

10401-10464

Each Alarm Section is formatted the same as below. ( Each set contains 32 bits )

EXAMPLE: EXAMPLE

EXAMPLE_ALARM_SET

Example Set of Alarms, following Alarms will follow the same format

ALARM_REGISTER_ 1 ALARM_REGISTER_ 2 ALARM_REGISTER_ 3

Example Alarm for Alarm Register 1 Example Alarm for Alarm Register 2 Example Alarm for Alarm Register 3

ALARM_REGISTER_ 4 ALARM_REGISTER_ 5

Example Alarm for Alarm Register 4 Example Alarm for Alarm Register 5

ALARM_REGISTER_ 6 ALARM_REGISTER_ 7

Example Alarm for Alarm Register 6 Example Alarm for Alarm Register 7

ALARM_REGISTER_ 8

Example Alarm for Alarm Register 8

Note: Use Function Code 02 to Read these bits. REGISTER # Coils 10401 8 10409 8 10417 8 10425 8 10433 8 10441 8 10449 8 10457 8

NAME DESCRIPTION ALRM_REG_LOW_ALARM_SET Alarm Register Active Low Alarms ALRM_REG_LOW_ALARM_OCC_SEAlarm Register Latched Low Alarms ALRM_REG_ACT_LOW_ALERT_SE Alarm Register Active Low Alerts ALRM_REG_LOW_ALERT_OCC_SE Alarm Register Latched Low Alert ALRM_REG_ACT_HI_ALARM_SET Alarm Register Active High Alarms ALRM_REG_HI_ALARM_OCC_SET Alarm Register Latched High Alarms ALRM_REG_ACT_HI_ALERT_SET Alarm Register Active High Alerts ALRM_REG_HI_ALERT_OCC_SET Alarm Register Latched High Alerts


Lufkin Automation

Digital Dynamic Alarms

10465-10528

Note: Use Function Code 02 to Read these bits. REGISTER # Coils 10465 1 10466 1 10467 1 10468 1 10469 1 10470 1 10471 1 10472 1 10473 1 10474 1 10475 1 10476 1 10477 1 10478 1 10479 1 10480 1 10481 1 10482 1 10483 1 10484 1 10485 1 10486 1 10487 1 10488 1 10489 1 10490 1 10491 1 10492 1 10493 1 10494 1 10495 1 10496 1 10497 1 10498 1 10499 1 10500 1

NAME Digital 1 Dynamic Alarm Digital 2 Dynamic Alarm Digital 3 Dynamic Alarm Digital 4 Dynamic Alarm Digital 5 Dynamic Alarm Digital 6 Dynamic Alarm Digital 7 Dynamic Alarm Digital 8 Dynamic Alarm Digital 9 Dynamic Alarm Digital 10 Dynamic Alarm Digital 11 Dynamic Alarm Digital 12 Dynamic Alarm Digital 13 Dynamic Alarm Digital 14 Dynamic Alarm Digital 15 Dynamic Alarm Digital 16 Dynamic Alarm Digital 17 Dynamic Alarm Digital 18 Dynamic Alarm Digital 19 Dynamic Alarm Digital 20 Dynamic Alarm Digital 21 Dynamic Alarm Digital 22 Dynamic Alarm Digital 23 Dynamic Alarm Digital 24 Dynamic Alarm Digital 25 Dynamic Alarm Digital 26 Dynamic Alarm Digital 27 Dynamic Alarm Digital 28 Dynamic Alarm Digital 29 Dynamic Alarm Digital 30 Dynamic Alarm Digital 31 Dynamic Alarm Digital 32 Dynamic Alarm Digital 33 Dynamic Alarm Digital 34 Dynamic Alarm Digital 35 Dynamic Alarm Digital 36 Dynamic Alarm


DESCRIPTION Digital 1 Dynamic Alarm Digital 2 Dynamic Alarm Digital 3 Dynamic Alarm Digital 4 Dynamic Alarm Digital 5 Dynamic Alarm Digital 6 Dynamic Alarm Digital 7 Dynamic Alarm Digital 8 Dynamic Alarm Digital 9 Dynamic Alarm Digital 10 Dynamic Alarm Digital 11 Dynamic Alarm Digital 12 Dynamic Alarm Digital 13 Dynamic Alarm Digital 14 Dynamic Alarm Digital 15 Dynamic Alarm Digital 16 Dynamic Alarm Digital 17 Dynamic Alarm Digital 18 Dynamic Alarm Digital 19 Dynamic Alarm Digital 20 Dynamic Alarm Digital 21 Dynamic Alarm Digital 22 Dynamic Alarm Digital 23 Dynamic Alarm Digital 24 Dynamic Alarm Digital 25 Dynamic Alarm Digital 26 Dynamic Alarm Digital 27 Dynamic Alarm Digital 28 Dynamic Alarm Digital 29 Dynamic Alarm Digital 30 Dynamic Alarm Digital 31 Dynamic Alarm Digital 32 Dynamic Alarm Digital 33 Dynamic Alarm Digital 34 Dynamic Alarm Digital 35 Dynamic Alarm Digital 36 Dynamic Alarm

LWM Modbus Map - RPC Version 8.00 10501 10502 10503 10504 10505 10506 10507 10508 10509 10510 10511 10512 10513 10514 10515 10516 10517 10518 10519 10520 10521 10522 10523 10524 10525 10526 10527 10528

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Digital 37 Dynamic Alarm Digital 38 Dynamic Alarm Digital 39 Dynamic Alarm Digital 40 Dynamic Alarm Digital 41 Dynamic Alarm Digital 42 Dynamic Alarm Digital 43 Dynamic Alarm Digital 44 Dynamic Alarm Digital 45 Dynamic Alarm Digital 46 Dynamic Alarm Digital 47 Dynamic Alarm Digital 48 Dynamic Alarm Digital 49 Dynamic Alarm Digital 50 Dynamic Alarm Digital 51 Dynamic Alarm Digital 52 Dynamic Alarm Digital 53 Dynamic Alarm Digital 54 Dynamic Alarm Digital 55 Dynamic Alarm Digital 56 Dynamic Alarm Digital 57 Dynamic Alarm Digital 58 Dynamic Alarm Digital 59 Dynamic Alarm Digital 60 Dynamic Alarm Digital 61 Dynamic Alarm Digital 62 Dynamic Alarm Digital 63 Dynamic Alarm Digital 64 Dynamic Alarm

Lufkin Automation

Digital 37 Dynamic Alarm Digital 38 Dynamic Alarm Digital 39 Dynamic Alarm Digital 40 Dynamic Alarm Digital 41 Dynamic Alarm Digital 42 Dynamic Alarm Digital 43 Dynamic Alarm Digital 44 Dynamic Alarm Digital 45 Dynamic Alarm Digital 46 Dynamic Alarm Digital 47 Dynamic Alarm Digital 48 Dynamic Alarm Digital 49 Dynamic Alarm Digital 50 Dynamic Alarm Digital 51 Dynamic Alarm Digital 52 Dynamic Alarm Digital 53 Dynamic Alarm Digital 54 Dynamic Alarm Digital 55 Dynamic Alarm Digital 56 Dynamic Alarm Digital 57 Dynamic Alarm Digital 58 Dynamic Alarm Digital 59 Dynamic Alarm Digital 60 Dynamic Alarm Digital 61 Dynamic Alarm Digital 62 Dynamic Alarm Digital 63 Dynamic Alarm Digital 64 Dynamic Alarm



Lufkin Automation

Digital Latched Alarms

10529-10592

Note: Use Function Code 02 to Read these bits. REGISTER # Coils 10529 1 10530 1 10531 1 10532 1 10533 1 10534 1 10535 1 10536 1 10537 1 10538 1 10539 1 10540 1 10541 1 10542 1 10543 1 10544 1 10545 1 10546 1 10547 1 10548 1 10549 1 10550 1 10551 1 10552 1 10553 1 10554 1 10555 1 10556 1 10557 1 10558 1 10559 1 10560 1 10561 1

NAME Digital 1 Latched Alarm Digital 2 Latched Alarm Digital 3 Latched Alarm Digital 4 Latched Alarm Digital 5 Latched Alarm Digital 6 Latched Alarm Digital 7 Latched Alarm Digital 8 Latched Alarm Digital 9 Latched Alarm Digital 10 Latched Alarm Digital 11 Latched Alarm Digital 12 Latched Alarm Digital 13 Latched Alarm Digital 14 Latched Alarm Digital 15 Latched Alarm Digital 16 Latched Alarm Digital 17 Latched Alarm Digital 18 Latched Alarm Digital 19 Latched Alarm Digital 20 Latched Alarm Digital 21 Latched Alarm Digital 22 Latched Alarm Digital 23 Latched Alarm Digital 24 Latched Alarm Digital 25 Latched Alarm Digital 26 Latched Alarm Digital 27 Latched Alarm Digital 28 Latched Alarm Digital 29 Latched Alarm Digital 30 Latched Alarm Digital 31 Latched Alarm Digital 32 Latched Alarm Digital 33 Latched Alarm


DESCRIPTION Digital 1 Latched Alarm Digital 2 Latched Alarm Digital 3 Latched Alarm Digital 4 Latched Alarm Digital 5 Latched Alarm Digital 6 Latched Alarm Digital 7 Latched Alarm Digital 8 Latched Alarm Digital 9 Latched Alarm Digital 10 Latched Alarm Digital 11 Latched Alarm Digital 12 Latched Alarm Digital 13 Latched Alarm Digital 14 Latched Alarm Digital 15 Latched Alarm Digital 16 Latched Alarm Digital 17 Latched Alarm Digital 18 Latched Alarm Digital 19 Latched Alarm Digital 20 Latched Alarm Digital 21 Latched Alarm Digital 22 Latched Alarm Digital 23 Latched Alarm Digital 24 Latched Alarm Digital 25 Latched Alarm Digital 26 Latched Alarm Digital 27 Latched Alarm Digital 28 Latched Alarm Digital 29 Latched Alarm Digital 30 Latched Alarm Digital 31 Latched Alarm Digital 32 Latched Alarm Digital 33 Latched Alarm

LWM Modbus Map - RPC Version 8.00 10562 10563 10564 10565 10566 10567 10568 10569 10570 10571 10572 10573 10574 10575 10576 10577 10578 10579 10580 10581 10582 10583 10584 10585 10586 10587 10588 10589 10590 10591 10592

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

Digital 34 Latched Alarm Digital 35 Latched Alarm Digital 36 Latched Alarm Digital 37 Latched Alarm Digital 38 Latched Alarm Digital 39 Latched Alarm Digital 40 Latched Alarm Digital 41 Latched Alarm Digital 42 Latched Alarm Digital 43 Latched Alarm Digital 44 Latched Alarm Digital 45 Latched Alarm Digital 46 Latched Alarm Digital 47 Latched Alarm Digital 48 Latched Alarm Digital 49 Latched Alarm Digital 50 Latched Alarm Digital 51 Latched Alarm Digital 52 Latched Alarm Digital 53 Latched Alarm Digital 54 Latched Alarm Digital 55 Latched Alarm Digital 56 Latched Alarm Digital 57 Latched Alarm Digital 58 Latched Alarm Digital 59 Latched Alarm Digital 60 Latched Alarm Digital 61 Latched Alarm Digital 62 Latched Alarm Digital 63 Latched Alarm Digital 64 Latched Alarm

Lufkin Automation

Digital 34 Latched Alarm Digital 35 Latched Alarm Digital 36 Latched Alarm Digital 37 Latched Alarm Digital 38 Latched Alarm Digital 39 Latched Alarm Digital 40 Latched Alarm Digital 41 Latched Alarm Digital 42 Latched Alarm Digital 43 Latched Alarm Digital 44 Latched Alarm Digital 45 Latched Alarm Digital 46 Latched Alarm Digital 47 Latched Alarm Digital 48 Latched Alarm Digital 49 Latched Alarm Digital 50 Latched Alarm Digital 51 Latched Alarm Digital 52 Latched Alarm Digital 53 Latched Alarm Digital 54 Latched Alarm Digital 55 Latched Alarm Digital 56 Latched Alarm Digital 57 Latched Alarm Digital 58 Latched Alarm Digital 59 Latched Alarm Digital 60 Latched Alarm Digital 61 Latched Alarm Digital 62 Latched Alarm Digital 63 Latched Alarm Digital 64 Latched Alarm



Lufkin Automation

Modbus Master Communications Fail Dynamic Alarms


10593-10602

Note: Use Function Code 02 to Read these bits. REGISTER # Coils NAME 10593 1 10594 1 10595 1 10596 1 10597 1 10598 1 10599 1 10600 1 10601 1 10602 1 10603 6 Reserved

Modbus Master Communications Fail Latched Alarms

DESCRIPTION Modbus Master 1 Comm Fail Dynamic Alarm Modbus Master 2 Comm Fail Dynamic Alarm Modbus Master 3 Comm Fail Dynamic Alarm Modbus Master 4 Comm Fail Dynamic Alarm Modbus Master 5 Comm Fail Dynamic Alarm Modbus Master 6 Comm Fail Dynamic Alarm Modbus Master 7 Comm Fail Dynamic Alarm Modbus Master 8 Comm Fail Dynamic Alarm Modbus Master 9 Comm Fail Dynamic Alarm Modbus Master 10 Comm Fail Dynamic Alarm Reserved

10603-10612

Note: Use Function Code 02 to Read these bits. REGISTER # Coils NAME 10609 1 10610 1 10611 1 10612 1 10613 1 10614 1 10615 1 10616 1 10617 1 10618 1 10619 6 Reserved

DESCRIPTION Modbus Master 1 Comm Fail Latched Alarm Modbus Master 2 Comm Fail Latched Alarm Modbus Master 3 Comm Fail Latched Alarm Modbus Master 4 Comm Fail Latched Alarm Modbus Master 5 Comm Fail Latched Alarm Modbus Master 6 Comm Fail Latched Alarm Modbus Master 7 Comm Fail Latched Alarm Modbus Master 8 Comm Fail Latched Alarm Modbus Master 9 Comm Fail Latched Alarm Modbus Master 10 Comm Fail Latched Alarm Reserved


Lufkin Automation

Well State Alarms Dynamic


10625 -10640

Note: Use Function Code 02 to Read these bits. REGISTER # Coils NAME 10625 1 10626 1 10627 1 10628 1 10629 1 10630 1 10631 1 10632 1 10633 1 10634 1 10635 1 10636 1 10637 1 10638 1 10639 1 10640 1

DESCRIPTION Well State Alarm 1 Dynamic Well State Alarm 2 Dynamic Well State Alarm 3 Dynamic Well State Alarm 4 Dynamic Well State Alarm 5 Dynamic Well State Alarm 6 Dynamic Well State Alarm 7 Dynamic Well State Alarm 8 Dynamic Well State Alarm 9 Dynamic Well State Alarm 10 Dynamic Well State Alarm 11 Dynamic Well State Alarm 12 Dynamic Well State Alarm 13 Dynamic Well State Alarm 14 Dynamic Well State Alarm 15 Dynamic Well State Alarm 16 Dynamic

Well State Alarms Latched

10641-10656


DESCRIPTION Well State Alarm 1 Latched Well State Alarm 2 Latched Well State Alarm 3 Latched Well State Alarm 4 Latched Well State Alarm 5 Latched Well State Alarm 6 Latched Well State Alarm 7 Latched Well State Alarm 8 Latched Well State Alarm 9 Latched Well State Alarm 10 Latched Well State Alarm 11 Latched Well State Alarm 12 Latched Well State Alarm 13 Latched Well State Alarm 14 Latched Well State Alarm 15 Latched Well State Alarm 16 Latched


Lufkin Automation

Coil Tracking Status


10657-10672


DESCRIPTION Coil Track 1 Status Coil Track 2 Status Coil Track 3 Status Coil Track 4 Status Coil Track 5 Status Coil Track 6 Status Coil Track 7 Status Coil Track 8 Status Coil Track 9 Status Coil Track 10 Status Coil Track 11 Status Coil Track 12 Status Coil Track 13 Status Coil Track 14 Status Coil Track 15 Status Coil Track 16 Status

Reserved

10673-10688

Note: Use Function Code 02 to Read these bits. REGISTER # Coils NAME 10673 16

DESCRIPTION

Custody Transfer

10689-10705

Note: Use Function Code 02 to Read these bits. REGISTER # Coils 10689 1 10690 15 10705 1

NAME Host Logged In Reserved Invalid Gas Mixture

DESCRIPTION


Lufkin Automation

Authorization Alarms

10721

Note: Use Function Code 02 to Read these bits. REGISTER # Coils NAME 10721 1 VSD Unauthorized


DESCRIPTION



Lufkin Automation

30000 Registers Controller Information

30001 - 30022

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 30001 1 Firmware Version 30002 30003 30005 30006 30008 30009 30011 30012 30016 30017 30018 30020 30021

1 2 1 2 1 2 1 4 1 1 2 1 3

X X X

Reserved

16

DESCRIPTION High Byte: Reserved Low Byte: Firmware Version

Firmware Build Firmware Checksum Bootstrap Version Bootstrap Checksum Low Level Version Low Level Checksum CPLD Version Serial Number Special Application Version Mask Ethernet Module Version Ethernet Module Checksum LWM Main Board Revision Ethernet MAC Address

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 30024 9 Reserved

# Registers

8 Byte Serial Number

30024 - 30032

# Registers DESCRIPTION

9


Analog Input Status

30033 - 30352

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 30033 10

30043 30053 30063 30073 30083 30093 30103 30113 30123 30133 30143 30153 30163 30173 30183 30193 30203 30213 30223 30233 30243 30253 30263 30273 30283 30293 30303 30313 30323 30333 30343

10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10


Lufkin Automation

# Registers 320 DESCRIPTION

Reg

#

F L A S

30033

2

X

X Current Scaled Reading Analog 1

30035

2

X

X Current Scaled Daily Average Analog 1

30037

2

X

X Reserved

30039

2

30041

2

AI2 Status AI3 Status AI4 Status AI5 Status AI6 Status AI7 Status AI8 Status AI9 Status AI10 Status AI11 Status AI12 Status AI13 Status AI14 Status AI15 Status AI16 Status AI17 Status AI18 Status AI19 Status AI20 Status AI21 Status AI22 Status AI23 Status AI24 Status AI25 Status AI26 Status AI27 Status AI28 Status AI29 Status AI30 Status AI31 Status AI32 Status

X X

Description

Current Raw Reading Analog 1 X Current Scaled 8 Minute Average


Analog Output Status

30353 - 30452

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 30353 10

10 10 10 10 10 10 10 20

#

F L A S

Description

30353

2

X

X Current Scaled Output Analog 1

30355

2

X

X Daily Average Output

30357

2

X

X Current Average Output

30359

2

30361

2

X

Current Raw Output Analog 1 Reserved AO1

AO2 Status AO3 Status AO4 Status AO5 Status AO6 Status AO7 Status AO8 Status Reserved

Reserved

Accumulator Status

30453 - 30602

Use Function Code 04 to Read this Data Register # Regs F L A S NAME ACC1 Status 30453 15 #

F L A S

Description

30453

1

Number of Pulses in last second

30454

2

X

X User Interval Rate

30456

2

X

X Current Rate Total Accumulator - Total accumulation since commission or user reset

30458

2

30460

2

30462

1

30463

2

30465

1

30466

2

X

15 15 15 15 15 15 15 15 15


Reg

30468 30483 30498 30513 30528 30543 30558 30573 30588


Reg

30363 30373 30383 30393 30403 30413 30423 30433


Lufkin Automation

ACC2 Status ACC3 Status ACC4 Status ACC5 Status ACC6 Status ACC7 Status ACC8 Status ACC9 Status ACC10 Status

X

Today's Accumulator - Reset at Gauge Off Reserved

X

User Defined Accumulator (x100) Reserved

X

Previous User Defined Accumulator (x100)


Event Log


Lufkin Automation

30603 - 31202

# Registers 600

Use Function Code 04 to Read this Data *NOTE: The range of event numbers between 80 and 90 are for engineering purposes, and changes are expected in this range. Register # Regs F L A S NAME DESCRIPTION EVENT NUMBER 30603 200 X EVENT LOG 1 - Loss Of Programming 2 - Controller Initial Run 3 - Reset Push Button 4 - Reset Power On 5 - Reset Exception 6 - Reset Flash Upgrade 7 - Reset Timeout 8 - AGA 8 Task Re-Executed 9 - Custody Transfer Task Re-Executed 10 - Analog Diagnostic Performed 11 - Digital Diagnostic Performed 12 - Accumulator Diagnostic Performed 13 - Radio Diagnostic Performed 14 - Keypad Diagnostic Performed 15 - Main Board IO Diagnostic Completed 16 - Main Board IO Diagnostic Aborted 17 - Load Board Test Failed 18 - Auto Gain Recalibrated 19 - Manual Gain Recalibrated 20 - Return to Normal Control 21 - Firmware Upgrade 22 - Laptop Parameter Upload Pass 23 - Laptop Parameter Upload Fail 24 - Pumping Unit Parameter Changed 25 - Calendar Date Changed 26 - Calendar Time Changed 27 - Gauge Off Time Changed 28 - Invalid Digital Out For Linear Pump 29 - Invalid Digital For HOA 30 - Clear All Alram HMI/HOST 31 - RTU Address Change by HMI 32 - RTU Address Change by Host 33 - Reset To Defaults Via HMI 34 - Reset To Defaults Via Host 35 - Switch to Failure Control 36 - Password Changed 37 - Reset To Defaults Clear Demo 38 - Enable Demo Mode 39 - Reserved 40 - Copy Backup To Working 41 - Corrupted Working Memory 42 - Corrupted Backup Memory 43 - DST: Check Date and Time 44 - DST: Spring Forward 45 - DST: Fall Back 46 - Comm Task Blocked 47 - HMI Task Blocked 48 - FKEY Task Blocked 49 - WS Task Blocked



Lufkin Automation

50 - FUNCKEY Task Re-Executed 51 - DIG_MBRD Task Re-Executed 52 - COM Task Re-Executed 53 - RTC Task Re-Executed 54 - IO Task Re-Executed 55 - HMI Task Re-Executed 56 - LE Task Re-Executed 57 - PCH Task Re-Executed 58 - WS Task Re-Executed 59 - HOST_CALIB Task Re-Executed 60 - CMC Task Re-Executed 61 - DAQ Task Re-Executed 62 - BSC Task Re-Executed 63 - PROJ_IPA Task Re-Executed 64 - VFD Task Re-Executed 65 - WD Task Re-Executed 66 - INIT Task Re-Executed 67 - Reserved 68 - MCC Task Re-Executed 69 - Valve Check Task Re-Executed 70 - POSN DLT Task Re-Executed 71 - DHC Task Re-Executed 72 - HIST Task Re-Executed 73 - GOT Task Re-Executed 74 - EL Task Re-Executed 75 - ALMMGT Task Re-Executed 76 - AGA Task Re-Executed 77 - Diagnostic MBIO Task Re-Executed 78 - MB Maser Task Re-Executed 79 - Reserved 80 - Downhole Calculation Did Not Run 81 - Early Crank Pulse 82 - AGA Divide By Zero 83 - Analog In Above Max 84 - Analog In Below Min 85 - Total Gas Production Reset 86 - Recalibrate Reset Timeout 87 - Missed Crank Pulse 88 - Enter Programming Fault State 89 - Reserved for debug 90 - Reserved for debug 91 - Reserved for debug 92 - Reserved for debug 93 - Reserved for debug 94 - Fluid Load Calculation Error 95 - Flow constant spike 96 - Reserved for debug 97 - Reserved for debug 98 - Reserved for debug 99 - Reserved for debug 100 - Reserved for debug 101 - Reserved for debug 102 - Reserved for debug

30803

400

X

X EVENT TIME

DATE/ TIMESTAMP



Lufkin Automation

Alarm Log

31203 - 31504

# Registers 302

Use Function Code 04 to Read this Data Register # Regs F L A S NAME DESCRIPTION 31203 300 X Alarm Log Alarm Log The Alarm Log is an array of the following structure. There are 100 elements in the array. Reg

#

31203

1

31204

2

F L A S

Description Alarm ID

X

X Timestamp

The Alarm ID can be decoded as follows… The Alarm ID contains two pieces of information. The first piece of information is the state of the alarm. If the Alarm ID is greater than 10000, then the alarm state was s et at this time. If the Alarm ID is less than 10000, then the alarm state was cleared at this time. The second piece of information is the ID of the alarm event. If the Alarm ID is greater than 10000, then the Alarm ID corresponds to an alarm flag in the 1XXXX range

If the Alarm ID is less than 10000, then add 10000 to the Alarm ID and the resulting value corresponds to an alarm flag in the 1XXXX range. Example… If there is Alarm ID of 10001, then this alarm tells us that a Belt Slippage alarm occurred at the corresponding timestamp.

Likewise if the Alarm ID is 00001, this alarm tells us that a Belt Slippage alarm state was cleared at the time of the corresponding timestamp. 31503 31504

1 1

New Event Counter Reserved

Common Stamp Event Use Function Code 04 to Read this Data Register # Regs F L A S NAME 31505 178 X Reserved

New Event Counter Reserved

31505 - 31682

# Registers 178 DESCRIPTION Reserved


App Specific Time Stamp


Lufkin Automation

31683 - 31742

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 31683 2 X X AC POWER ON 31685 2 X X AC POWER OFF 31687 2 X X TIME_STAMP_UNABLE_TO_RUN 31689 2 X X TIME_STAMP_UNABLE_TO_STOP 31691 2 X X TIME_STAMP_UNABLE_SENSE_POSITION 31693 2 X X TIME_STAMP_UNABLE_SENSE_LOAD 31695 2 X X TIME_STAMP_UNABLE_SENSE_RPM 31697 2 X X TIME_STAMP_UNABLE_SENSE_CRANK 31699 2 X X TIME_STAMP_CHANGE_TO_HOST 31701 2 X X TIME_STAMP_CHANGE_TO_NORMAL 31703 2 X X TIME_STAMP_CHANGE_TO_TIMED 31705 2 X X TIME_STAMP_PEAK_LOAD_VIOLATION 31707 2 X X TIME_STAMP_MIN_LOAD_VIOLATION 31709 2 X X TIME_STAMP_PEAK_TORQUE_VIOLATION 31711 2 X X TIME_STAMP_LOW_RPM_VIOLATION 31713 2 X X TIME_STAMP_MALF_SETPT_VIOLATION 31715 2 X X TIME_STAMP_LOW_FLUID_LOAD 31717 2 X X TIME_STAMP_PUMP_OFF_VIOLATION 31719 2 X X TIME_STAMP_LAST_PUMP_START 31721 2 X X TIME_STAMP_LAST_PUMP_STOP 31723 2 X X TIME_STAMP_HOA_CHANGE 31725 2 X X TIME_STAMP_RESET_MALF 31727 16 Reserved

# Registers DESCRIPTION AC Power On AC Power Off Unable To Run Unable To Stop Unable To Sense Position Unable To Sense Load Unable To Sense RPM Unable To Sense Crank Change To Host Mode Change To Normal Mode Change To Timed Mode Peak Load Violation Minimum Load Violation Peak Torque Violation Low RPM Violation Malfunction Setpoint Violation Low Fluid Load Violation Pump Off Violation Last Pump Start Last Pump Stop HOA Change Reset Malfunctions Reserved

60



Lufkin Automation

Shutdown Event Log Use Function Code 04 to Read this Data Register # Regs F L A S NAME 31743 20 X X Shutdown Event Log ID Number

31743 - 31822

# Registers

80

DESCRIPTION ID Numbers for the last 20 shutdown events 101 - Last Pump Start 102 - Operator Stop - HMI 103 - Operator Stop - Host 104 - Downtime Peak Load 105 - Downtime Minimum Load 106 - Downtime Low RPM 107 - Downtime No RPM 108 - Downtime No Crank 109 - Downtime Malfunction SP 110 - Downtime Pump Off SP 111 - Downtime Pump Fillage 112 - Downtime Low Fluid Load 113 - Downtime Peak Torque 114 - Downtime Cut Off Power 115 - Downtime Logic Expression 116 - Malfunction Peak Load 117 - Malfunction Min Load 118 - Malfunction Low RPM 119 - Malfunction No RPM 120 - Malfunction No Crank 121 - Malfunction Malfunction Setpoint 122 - Malfunction Low Fluid Load 123 - Malfunction Peak Torque 124 - Downtime HOA Off 125 - Malfunction Logic Expression 126 - Downtime IPA Cutoff 127 - Downtime Timed Mode 128 - Downtime Host Mode 129 - Downtime Peak Energy Management 130 - Downtime Global Off

31763 31803

40 20

X X Shutdown Event Log Timestamp Reserved

131 - Malfunction Lockout 132 - Downtime Drive Fault 133 - Malfunction Drive Fault 134 - Downtime PIP Control Override 135 - Malfunction Linear Pump Ext Fault 136 - Downtime Low Pressure Timestamps for the last 20 shutdown events Reserved


Logic Expression Syntax Status Use Function Code 04 to Read this Data Register # Regs F L A S NAME 31823 8 X Logic Expression Error Registers 31831 17 Reserved Logic Expression Errors are as follows: 00 - None 01 - End Of Expression Not Defined 02 - Multiple terminating characters 03 - First character not an output 04 - Wrong equal sign location 05 - Wrong mainboard digital channel 06 - Wrong digital channel 07 - Wrong analog channel 08 - Wrong accumulator channel 09 - Wrong analog alarm 10 - Wrong accumulator alarm 11 - Mismatching parenthesis 12 - Start with or 13 - Start with and 14 - Start with not 15 - Start with close parenthesis 16 - End with or 17 - End with and 18 - End with open parenthesis 19 - Illegal space 20 - Or out of order 21 - And out of order 22 - Open parenthesis out of order 23 - Close parenthesis out of order 24 - Not out of order 25 - Input out of order 26 - Analog not configured 27 - Analog alarms not enabled 28 - Digital not configured out 29 - Invalid main board number 30 - Accumulator not configured 31 - Digital not configured


Lufkin Automation

31823 - 31847


Reserved

25


Common Packed Status

31848 - 31892


EFM Status Registers


Lufkin Automation

# Registers

45

# Registers

66

DESCRIPTION

31893-31958

Use Function Code 04 to Read this Data Register # Regs 31893 2 31895 2 31897 2 31899 2

31901 31903 31905 31907 31908 31910 31911 31913 31914 31916 31918 31920 31922 31924 31926 31928 31930 31932 31934 31936 31938 31940 31942 31944 31946 31948 31949 31951 31953 31955 31957

2 2 2 1 2 1 2 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 1 2 2 2 2 2

F L A S NAME X Status Update Timestamp X X X Hourly Flow Rate X X Daily Flow Rate X X Today's Volume

X X X X X X X X X X X X X X X X X X X X X X X X X X X

X Today's Energy X Total Volume X Differential Pressure Differential Pressure Status X Static Pressure Static Pressure Status X Temperature Temperature Status X Reynold's Number XY X Ftb X Fgr X Fc X Zb X Zs X Square Root Extension X Fn X Fpb X Ftf X Beta Ratio X Fsl X Zf X Fpv X Relative Density X Fb Fpv Type X Orifice Flow Constant X Flow Rate X Pressure Factor X Flowing Temp Factor X Compressibility Factor

DESCRIPTION

Current Hourly Flow Rate MCF/H Current Daily Flow Rate MCF/D Total Volume Accumulated Since Contract Time Todays Energy ( MMBTU ) Total Volume Accumulated Since Reset Current Differential Pressure ( in H2O ) Differential Pressure Status Register Current Static Pressure ( psia ) Static Pressure Status Register Current Temperature ( degrees F ) Temperature Status Register

Flow Rate at Flowing Conditions Pressure Factor as Floating Point Flowing Temp Factor as Floating Point Compressibility Factor as Floating Point


Reserved

31959 - 31970


AGA Status Registers

31971 - 31986


12

# Registers

16

DESCRIPTION Gas Flow Rate MCF/D as Floating Point Yesterday's Gas Production MCF Today’s Production MCF as Floating Point Accumulated Gas Production MCF as Floating Point

31987-32001

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 31987 X Meter Run Name 10 X 31997 X Meter Run ID 5 X

Reserved

# Registers DESCRIPTION Reserved

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 31971 2 X X Gas Flow Rate 31973 2 X X Yesterday's Gas Production 31975 2 X X Today’s Gas Production 2 X X 31977 Total Gas Production 31979 2 X X Differential Pressure 31981 2 X X Static Pressure 31983 2 X X Flowing Temp 31985 2 X X Supercompressibility

EFM Meter Run Name and ID


Lufkin Automation

# Registers

15

DESCRIPTION Meter Run Name (20 ascii characters) Meter Run ID (10 ascii characters)

32002 - 32006


5



Lufkin Automation

Modbus Master Comm Stats

32007-32016

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 32007 10 Modbus Master Device Comm Stats Reg

#

32007

8

32015

2

F L A S X X

# Registers

10

DESCRIPTION Description

Reserved X Timestamp

Note: This section gives the communications stats for 1device. This section is loaded when a coil in the range of 513-522 is set.

Modbus Master Device Data

32017 - 32141

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 32017 125 Modbus Master Device Comm Stats Reg 32017

# 125


F L A S Description X

Modbus Master Device Data

Note: This section holds the latest data from one slave device. This section is loaded when a coil in the range of 513-522 is set. The data in the array corresponds to the register addresses in the range of 49725 - 49849. This range is also loaded when a coil in the range of 513-522 is set. The first register of data ( reg 32017 ) is the value of the register number held in 49725.

Programmable Calculation Results

32142 - 32161

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 32142 2 X X Programmable Calculation 1 Result 32144 2 X X Programmable Calculation 2 Result 32146 2 X X Programmable Calculation 3 Result 32148 2 X X Programmable Calculation 4 Result 32150 2 X X Programmable Calculation 5 Result 32152 2 X X Programmable Calculation 6 Result 32154 2 X X Programmable Calculation 7 Result 32156 2 X X Programmable Calculation 8 Result 32158 2 X X Programmable Calculation 9 Result 32160 2 X X Programmable Calculation 10 Result

# Registers DESCRIPTION Programmable Calculation 1 Result Programmable Calculation 2 Result Programmable Calculation 3 Result Programmable Calculation 4 Result Programmable Calculation 5 Result Programmable Calculation 6 Result Programmable Calculation 7 Result Programmable Calculation 8Result Programmable Calculation 9 Result Programmable Calculation 10 Result

20



Lufkin Automation

Reserved

32162-32341



Alarm Tracking Status

32342-32389

# Registers

48

Use Function Code 04 to Read this Data *NOTE: The following following sections must be loaded before they are read. This can be accomplished with the command functions functions in the 0XXXX range. (Registers 545 - 560 ) Register # Regs F L A S NAME 32342 3 Alarm Track 1 Status

DESCRIPTION

Each Status is defined as… Reg #

#

F L A S

Description

32342

1

Num Hours Active for the day

32343

1

High Byte - Minutes Active for the day

32344

1

Number of Occurences Occurences for the day

Low Byte - Seconds Active for the day

32345 32348 32351 32354 32357 32360 32363 32366 32369 32372 32375 32378 32381 32384 32387

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

Alarm Track 2 Status Alarm Track 3 Status Alarm Track 4 Status Alarm Track 5 Status Alarm Track 6 Status Alarm Track 7 Status Alarm Track 8 Status Alarm Track 9 Status Alarm Track 10 Status Alarm Track 11 Status Alarm Track 12 Status Alarm Track 13 Status Alarm Track 14 Status Alarm Track 15 Status Alarm Track 16 Status

Reserved Use Function Code 04 to Read this Data Register # Regs F L A S NAME 32390 111 Reserved

Alarm Track 2 Status Alarm Track 3 Status Alarm Track 4 Status Alarm Track 5 Status Alarm Track 6 Status Alarm Track 7 Status Alarm Track 8 Status Alarm Track 9 Status Alarm Track 10 Status Alarm Track 11 Status Alarm Track 12 Status Alarm Track 13 Status Alarm Track 14 Status Alarm Track 15 Status Alarm Track 16 Status

32390 - 32500



POC Status Registers Use Function Code 04 to Read this Data Register # Regs F L A S NAME 32501 1 Well State


Lufkin Automation

32501 - 32527

# Registers DESCRIPTION Controller’s Controller’s Current State 0 - Invalid State 1 - Loss of Configuration 2 - Initialization State 3 - Power On Delay State 4 - Start Alert State 5 - Starting State 6 - Minimum Pump Strokes State 7 - Pumping Normal State 8 - Pumping Host State 9 - Pumping Timed Mode State 10 - Pumping HOA State 11 - Unable To Run State 12 - Pumping Bad Load State 13 - Pumping Bad Position State 14 - Stopping State 15 - Stopped State 16 - Unable To Stop State 17 - Load Recalibration State 18 - Load Not Calibrated State 19 - Programming Fault State 20-26 Reserved 27 - Valve Check State 28 - Main Board Diagnostic State 29 - Bottom Of Stroke Calibration State 30 - Reserved 31 - Downtime Pumpoff Setpoint State 32 - Downtime Malfunction State 33 - Downtime Peak Load State 34 - Downtime Minimum Load State 35 - Downtime HOA Off State 36 - Downtime Host Mode State 37 - Downtime Timed Mode State 38 - Downtime Pumping Bad Position State 39 - Downtime Pumping Bad Load State 40 - Downtime Low RPM State 41 - Downtime Global Off State 42 - Downtime Lost Power State 43 - Reserved 44 - Downtime Logic Expression State 45 - Reserved 46 - Downtime Low Fluid Load State 47 - Downtime Peak Torque State 48 - Downtime Low Power State 49 - Downtime NO RPM State 50 - Downtime No Crank State 51 - Downtime Peak Energy Management Management State 52 - Downtime Operator Stop 53 - Downtime IPA Cutoff 54 - Downtime Drive Fault 55 - Downtime PIP Control Override

27



Lufkin Automation

56 - Reserved 57 - Reserved 58 - Downtime Logic Expression 1 59 - Downtime Logic Expressoin 2 60 - Downtime Logic Expression 3 61 - Downtime Logic Expression 4 62 - Downtime Logic Expression 5 63 - Downtime Logic Expression 6 64 - Downtime Logic Expression 7 65 - Downtime Logic Expression 8 66 - Downtime Low DH Pressure Setpoint State 67 - Downtime Secondary Pumpoff 68 - Reserved 69 - Reserved 70 - Malfunction Peak Load State 71 - Malfunction Min Load State 72 - Malfunction Malfunction Setpoint State 73 - Malfunction Low RPM State 74 - Malfunction Logic Expression State 75 - Malfunction No RPM State 76 - Malfunction No Crank State 77 - Malfunction Peak Torque State 78 - Malfunction Lockout 79 - Malfunction Low Fluid Load State 80 - Malfunction Drive Fault 81 - Reserved 82 - Reserved 83 - Malfunction Logic Expression 1 84 - Malfunction Logic Expression 2 85 - Malfunction Logic Expression 3 86 - Malfunction Logic Expression 4 87 - Malfunction Logic Expression 5 88 - Malfunction Logic Expression 6 89 - Malfunction Logic Expression 7 90 - Malfunction Logic Expression 8 91 - Malfunction Linear Pump External Fault

32502 32503

1 1

Elapsed Time Hour Elapsed Time Min and Sec

32504 32505

1 1

X Auto Downtime Present Value X Auto Downtime State

32506 32507

1 1

32508 32509 32510 32511 32513

1 1 1 2 2

Stroke Period Failure Control Mode

X X

Current Load Current Position Current RPM X Current Torque X Current HP

Elapsed Time (Hours) in current state High Byte: Elapsed Time(Minutes) Time(Minutes) in Low Byte: Elapsed Time(Seconds) in current Auto Downtime Downtime Present Value ( Minutes ) Status of the Auto Downtime mode: 0 - Manual 1 - 1st DT 2 - Execute 3 - Maximum Run 4 - Suspend 5 - Done 6 - Invalid Number of seconds seconds per stroke x100 x100 Failure Control Mode 0 – No Failure Control 1 – Motor Power Control Current Scaled Load Current Scaled Position x100 Current Motor RPM Current Torque Current HP

LWM Modbus Map - RPC Version 8.00 32515 32516 32518 32520

1 2 2 1

X X


Lufkin Automation

Minimum Stroke Counter Rodometer Pumpometer Laptop/Host Calibration State

Number of Strokes in the Minimum Pump Number of Strokes since Commission Number of Strokes since Commission Laptop/Host Calibration State 0 - Hibernate 1 - In Progress 2 - Calibration Terminated by User 3 - Calibration Terminated Load static 4 - Reserved 5 - Calibration Terminated Calibration Timeout 6 - Calibration Request Denied executing prior 7 - Calibration Request Denied Load Transducer 8 - Calibration Request Denied Pump Well state 9 - Calibration Completed

32521 32522

1 1

VFD Run Scaled Reference Revolution Calibration Status

x 10 0 - Waiting for Calibration cmd start 1-Calibration initialization 2-waiting for Pumping HOA/Host 3-Calibration In-progress 4-Calibration Terminating 5-Calibration Aborted 6-Calibration Incomplete 7-Calibration Completed 8-Error - Not RPM Crank Pos Xducer 9-calibration Timeout

32523 32525 32526 32527

2 1 1 1

X

X Ref Rev Calibration Completed timestamp Strokes Per Minute Reserved Reserved

Julian Calendar in Seconds 0 when well stopped


Lufkin Automation

Consecutive Violations Use Function Code 04 to Read this Data Register # Regs F L A S NAME Consecutive Low RPM 32528 1 Consecutive Malf Setpoint 32529 1 Consecutive Peak Load 32530 1 Consecutive Min Load 32531 1 Consecutive Peak Torque 32532 1 Consecutive Logic Expressions 32533 1 Consecutive No RPM 32534 1 Consecutive No Crank 32535 1 32536 1 Reserved Consecutive Fluid Load 32537 1 32538 9 Reserved

32528 - 32546


# Registers

19

DESCRIPTION Number of Consecutive Low RPM Violations Number of Consecutive Malfunction Setpoint Violations Number of Consecutive Peak Load Violations Number of Consecutive Min Load Violations

Number of Consecutive Peak Torque Violations Number of Consecutive Logic Expression Violations Number of Consecutive No RPM Violations Number of Consecutive No Crank Violations Reserved Number of Consecutive Fluid Load Violations Reserved


Lufkin Automation

Cumulative Violations Use Function Code 04 to Read this Data Register # Regs F L A S NAME Cumulative Low RPM 32547 1 32548 Cumulative Malf Setpoint 1 32549 Cumulative Peak Load 1 32550 Cumulative Min Load 1 32551 Cumulative Peak Torque 1 32552 Cumulative Logic Expression 1 32553 Cumulative No RPM 1 32554 Cumulative No Crank 1 1 32555 Reserved 32556 Cumulative Fluid Load 1 3 32557 Reserved 32560 Peak Load Since GOT 1 32561 Min Load Since GOT 1 32562 Low RPM Since GOT 1 32563 Peak Torque Since GOT 1 32564 Peak PRHP Since GOT 1 2 32565 Reserved

32547 - 32566


# Registers

20

DESCRIPTION Number of Cumulative Low RPM Violations

Number of Cumulative Malf Setpoint Violations since commission or Reset Number of Cumulative Peak Load Violations since commission or Reset Malfunction Number of Cumulative Min Load Violations since commission or Reset Malfunction Number of Cumulative Peak Torque Violations since commission or Reset Number of Cumulative Logic Expression Violations since commission or Reset Number of Cumulative No RPM Violations since commission or Reset Malfunction Number of Cumulative No Crank Violations since commission or Reset Malfunction Reserved Number of Cumulative Fluid Load Violations since commission or Reset Reserved Peak Load value since the last Gauge Off Time Minimum Load value since the last Gauge Off Time Lowest RPM value since the last Gauge Off Time Peak Torque value since the last Gauge Off Time x100 Peak PRHP value since the last Gauge Off Time x10 Reserved


Lufkin Automation

Historical Peak And Min Data

32567 - 32602

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 32567 1 Record Peak Load 32568 1 Yesterday Peak Load 32569 32570 32571

1 1 1

Last Stroke Peak Load Record Min Load Yesterday Min Load

32572 32573 32574 32575 32576 32577 32578 32579 32580 32581 32582 32583 32584

1 1 1 1 1 1 1 1 1 1 1 1 19

Last Stroke Min Load Record Low RPM Reserved Last Stroke Low RPM Record Peak Torque Yesterday Peak Torque Last Stroke Peak Torque Record Low Power (Motor Power ) Reserved Last Stroke Low Power ( Motor Power ) Record Peak Polished Rod HP Yesterday's Peak Polished Rod HP Reserved

Inferred Production

32603-32607

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 32603 2 X X Total SWT Fluid Production 32605 1 Yesterday SWT Fluid Production 32606 1 Current SWT Fluid Production 32607 1 Accumulated Runtime Minutes

Percent Run Time

32611

1

Current Percent Run

# Registers

36

DESCRIPTION Scaled Peak Load Since C ommission Scaled Yesterday Peak Load. Updated at Gauge Off Time Scaled Last Stroke Peak Load. Scaled Min Load Since Commission Scaled Yesterday Min Load. Updated at Gauge Off Time Scaled Last Stroke Min Load. Scaled Low RPM since Commission Reserved Scaled Last Stroke Low RPM. Scaled Peak Torque Since Commission Scaled Yesterday Peak Torque. Updated at Scaled Last Stroke Peak Torque. Scaled Low Power since Commission Reserved Scaled Last Stroke Low Power. ( x10 ) Since Commission ( x10 ) Since Gauge Off Reserved

# Registers

5

DESCRIPTION Scaled x100 since Commission. Scaled x10 for Yesterday. Updated at Scaled x10 since Gauge Off Rollover counter of runtime in minutes. (counter rolls over at 35565)

32608 - 32611

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 32608 1 Yesterday Cycle Counter 32609 1 Current Cycle Counter 32610 1 Yesterday Percent Run


# Registers DESCRIPTION Number of Pump Cycles Yesterday Number of Pump Cycles since Gauge Off Yesterday Percent Runtime Updated at Gauge Off Percent Runtime Since Gauge Off

4


Pump Card Status Registers

32612 - 32668

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 32612 1 NREVS 32613 1 Fluid Load 32614 1 Pump Fillage 32615 1 X Pump Card Peak Load 32616 1 X Pump Card Min Load 32617 1 Net Stroke 32618 1 Gross Stroke 32619 2 X X Polished Rod HP 32621 2 X X Pump HP 32623 2 X X Max Torque Upstroke 32625 2 X X Max Torque Downstroke 32627 2 X X Average Downstroke Pseudo Motor Power 32629 2 X X Tubing Movement 32631 1 Liner Loading Prevention State

32632 32634 32636 32637 32638 32639 32640 32642 32644 32646 32648

2 2 1 1 1 1 2 2 2 2 21

X X

X X X X


Lufkin Automation

X Last Liner Loading Pevention Next Scheduled Liner Loading Prevention X Today's Average Strokes Per Minute Yesterday's Average Strokes Per Minute Today's Total Strokes Yesterday's Total Strokes X Average Gross Pump Efficiency X Yesterday's Average Gross Pump Efficiency X Average Net Pump Efficiency X Yesterday's Average Net Pump Efficiency Reserved

# Registers DESCRIPTION # Of Motor Revolutions Per Stroke

x 100

x100+A1

0=Liner Loading Period-POC Disabled 1=Liner Loading Idle - Well DT 2=Liner Loading Idle - Well Run 3=Transitional State 4= Exception: Malf State 5=Exception: Not Normal Oper 6=Exception: Calibration State 7=Exception: Pumpoff Ctrl Disabled 8=Exception: SAM Not Operational 9=Exception: Liner Loading Disabled Available only if Liner Loading Option (4XXXX) is set to TIMER Since Gauge Off (x100) x100 Since Gauge Off

20



Lufkin Automation

MODBUS Card Buffers

32669 - 36624

Use Function Code 04 to Read this Data Use coil range 103-109, 176-191, & 289-308 to load data into this buffer Register # Regs F L A S NAME MODBUS 5 Card Surface Buffer 1 32669 407 Reg

#

# Registers 3696

DESCRIPTION

F L A S X

Description

32669

2

X Time Stamp

32671

1

32672

1

32673

1

X

Maximum Load Minimum Load

32674

1

X

Stroke Length (multiply by 100)

32675

1

32676

400

High Byte: Shutdown Event ID Low Byte: Number of Points

Stroke Period (multiply by 100) X

Surface Load Position struct (200 struct array at 2 words each) Position Load

33076 33483 33890 34297 34704

407 407 407 407 209

MODBUS 5 Card Surface Buffer 2 MODBUS 5 Card Surface Buffer 3 MODBUS 5 Card Surface Buffer 4 MODBUS 5 Card Surface Buffer 5 MODBUS 5 Card Pump Buffer 1 Reg

#

F L A S X

Description

34704

2

34706

1

X Time Stamp X Maximum Load

34707

1

X Minimum Load

34708

1

34709

1

Gross Stroke

34710

1

Net Stroke

34711

1

34712

1

34713

200

High Byte: Shutdown Event ID Low Byte: Number of Points

Pump Fillage Fluid Load X

Pump Load Position struct (100 struct array at 2 words each) Position X

34913 35122 35331 35540 35749 36156

209 209 209 209 407 209

Load

MODBUS 5 Card Pump Buffer 2 MODBUS 5 Card Pump Buffer 3 MODBUS 5 Card Pump Buffer 4 MODBUS 5 Card Pump Buffer 5 MODBUS Single Card Surface Buffer MODBUS Single Card Pump Buffer

(same struct as the surface buffer above) (same struct as the pump buffer above)


Historical Buffers

36365 - 38441

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 36365 60 X IPA History 36425 60 X Percent Runtime History

36485

60

X

Peak Load History

36545

60

X

Min Load History

36605

60

X

Peak Torque History

36665 36725 36785

60 60 720

X

Peak Polished Rod Horsepower Reserved On/Off Cycle

X

Bit 7

Bits 6 - 0

1 - On

Percent Runtime At That Minute

0 - Off

37505 37525 37885 38005

38410 38412

20 360 120 405

2 30

X Last 20 Runtimes X X 24 Hour Gas Flow Rate X X 60 Day Volume Flow 400 Load Buffer

X X

X


Lufkin Automation

Reg

#

38005

2

38007

2

38009

1

38010

400

F L A S

# Registers 2077 DESCRIPTION 60 Days Daily Inferred Production. Updated 60 Days Daily Percent Runtime. Updated at each Gage Off Time With the First Register Being the Most Recent 60 Days Daily Peak Load. Updated at each Gage Off Time With the First Register Being the Most Recent 60 Days Daily Min Load. Updated at each Gage Off Time With the First Register Being the Most Recent 60 Days Daily Peak Torque. Updated at each Gage Off Time With the First Register Being the Most Recent 60 Days Peak Polished Rod HP Reserved 1440 Minutes of On/Off Cycle and Corresponding Runtime The Most Significant Bit of Each Byte Contains 1 – On 0 – Off. The Remaining 7 Bits Contain the Percent Runtime in that Minute. First Register is the Most Significant Last 20 Runtimes ( in Minutes ) 180 8 Minute Gas Flow Rate Averages as 60 Day History of Gas Production The Last 400 Load Samples Description

X Buffer Loaded Timestamp Reserved

X

The Index of the Latest Sample X

400 Samples in a Circular Buffer

X Auto Downtime Buffer Timestamp Auto Downtime Data X Reg

#

F L A S

Name

Description

1

Downtime

Downtime ( Minutes )

1

Runtime

Runtime ( Minutes )


Generic Floating Point Buffers

38442-38921

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 38442 360 X X X 180 Floating Point Buffer 38802 120 X X X 60 Floating Point Buffer

VFD Values

38922 - 38952

Reg

Reserved

30 1

# Registers 480 DESCRIPTION 180 Floating Point Buffer 60 Floating Point Buffer

Use Function Code 04 to Read this Data Register # Regs F L A S NAME VFD Status

38922 38952


Lufkin Automation

# Registers

31

DESCRIPTION

#

F L A

Description

38922

1

Output Frequency

38923

1

Output Voltage

38924

1

Output Current

38925

1

Drive Load

38926

1

DC Bus Voltage

38927

1

Output Torque

38928

1

Status Word 1

38929

1

Status Word 3

38930

1

Digital Input Status

38931

1

Digital Output Status

38932

1

Elapsed MWH

38933

1

Elapsed MWH Format

38934

1

Output Power

38935

1

Drive Rated Current

38936

1

Trip Code

38937

1

IGBT Temp

38938

1

Control Board Temp

38939

1

Output RPM

38940

1

Line Side Fault

38941

11

Reserved

VFD Read Value

38953-39702

# Registers 750

Use Function Code 04 to Read this Data Register # Regs F L A S NAME DESCRIPTION 38953 750 Reserved Reserved Note: See description of Generic Buffer at end of this document. There is a tab below for these descriptions.


PIP and SWT Registers


Lufkin Automation

39703 - 39800

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 39703 2 X X Current PIP 39705 1 Current PIP Status 39706 2 X X Current GLR Filtered 39708 1 Current Fluid Load Filtered 39709 1 X Up Stroke Fluid Load 39710 1 X Down Stroke Fluid Load 39711 2 X X Scaled Pump B uoyancy 39713 2 X X Average Tubing Gradient 39715 2 X X Oil Shrinkage Factor 39717 2 X X Pump Volume Efficiency Net Stroke 39719 2 X X Pump Volume Efficiency Gross Stroke 39721 8 X PIP Reserved 39729 1 PIP Average Since GOT 39730 1 Yesterday's Average PIP 39731 1 Peak PIP Since GOT 39732 1 Yesterday's Peak PIP Record Peak PIP 39733 1 Minimum PIP since GOT 39734 1 39735 1 Yesterday's Minimum PIP 39736 1 Record Minimum PIP 39737 2 X X Copy of Total Inferred Production 39739 1 SWT Fluid Projected 39740 1 SWT Oil Projected 39741 1 SWT Water Projected SWT Gas Projected 39742 1 SWT Fluid Instantaneous 39743 1 39744 1 SWT Oil Instantaneous 39745 1 SWT Water Instantaneous 39746 1 SWT Gas Instantaneous 39747 1 Copy of SWT Fluid Yesterday 39748 1 SWT Oil Yesterday SWT Water Yesterday 39749 1 SWT Gas Yesterday 39750 1 Copy of SWT Fluid since GOT 39751 1 39752 1 SWT Oil since GOT 39753 1 SWT Water since GOT 39754 1 SWT Gas since GOT 39755 8 Reserved DH Gauge Model 39763 1 DH Gauge Status 39764 1 DH Gauge Annulus Intake Pressure 39765 2 X DH Gauge Annulus Intake Pressure Avg since GOT 39767 1 39768 1 Yesterday's DH Gauge Annulus Intake Press Avg 39769 1 Today Peak DH Gauge Intake Pressure 39770 1 Today Min DH Gauge Intake Pressure 39771 2 X DH Gauge Tubing Pressure DH Gauge Tubing Pressure Avg since GOT 39773 1 Yesterday's DH Gauge Tubing Pressure Avg 39774 1 Today Peak DH Gauge Tubing Pressure 39775 1 Today Min DH Gauge Tubing Pressure 39776 1 39777 2 X DH Gauge Annulus Intake Temperature 39779 1 Today Peak DH Gauge Intake Temperature 39780 1 Today Min DH Gauge Intake Temperature

# Registers

60

DESCRIPTION

0- Good 1-Not Converge 2-Neg PIP 3-Div 0

scaled from previous day scaled since last commission multiply by 100 fluid * 10 oil * 10 water * 10 gas * 10 fluid * 10 oil * 10 water * 10 gas * 10 fluid * 10 oil * 10 water * 10 gas * 10 fluid since gauge off time * 10 oil since gauge off time * 10 water since gauge off time * 10 gas since gauge off time * 10 Reserved 1 - Zenith C2 2 - Zenith C5 3 - Zenith C6 0 - Good Not available on C5 DH Gauge model *10 *10 *10 *10 Not available on C2 DH Gauge model *10 *10 *10 *10 Not available on C5 DH Gauge model *10 *10

LWM Modbus Map - RPC Version 8.00 39781 39783 39784 39785 39787 39788 39789 39791 39792 39793 39795 39796 39797 39799 39800

2 1 1 2 1 1 2 1 1 2 1 1 2 1 1

X

X

X

X

X


Lufkin Automation

DH Gauge Tubing Temperature Today Peak DH Gauge Tubing Temperature Today Min DH Gauge Tubing Temperature DH Gauge Vibration Vz Today Peak DH Gauge Vz Vibration Today Min DH Gauge Vz Vibration DH Gauge Vibration Vx Today Peak DH Gauge Vx Vibration Today Min DH Gauge Vx Vibration DH Gauge Tool Current Ct Today Peak DH Gauge Tool Current Today Min DH Gauge Tool Current DH Gauge Tool Voltage Vt Today Peak DH Gauge Tool Voltage Today Min DH Gauge Tool Voltage

Special Application Registers Note: See Special Application Sections ( Campo Boscan ) Register # Regs F L A S NAME 39801 7 Campo Boscan Registers 39808 192 Special Application Registers

Not available on C2 DH Gauge model *10 *10 *10 *10 *10 *10 Only available on C2 DH Gauge model *10 *10 *10 *10

39801-39999


Special Application Registers



Lufkin Automation

40000 Registers 40001 - 40640

Analog Inputs Config

# Registers 640

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION AI1 Config Analog Input 1 Configuration Registers 40001 20 Register # F L A S Name 40001 1 CONFIG 40002 1 UNITS 40003 2 X X FMAX 40005 2 X X FMIN 40007 2 X X LOW_ALARM_STPT 40009 2 X X LOW_ALERT_STPT 40011 2 X X HIGH_ALARM_STPT 40013 2 X X HIGH_ALERT_STPT 40015 1 LOW_DELAY 40016 1 HIGH_DELAY 40017 1 RANGE

Description Analog Input Channel 1 Config Register Analog Input Channel 1 Units Analog Input Channel 1 engineering value @ full scale Analog Input Channel 1 engineering value @ min scale Analog Input Channel 1 Low Alarm Setpoint Analog Input Channel 1 Low Alert Setpoint Analog Input Channel 1 High Alarm Setpoint Analog Input Channel 1 High Alert Setpoint Delay Analog Input Channel 1 Low Setpoint Delay Analog Input Channel 1 High Setpoint Delay Range 0 - 0 to 5 V 1 - 1 to 5 V 2 - 0 to 20 mA 3 - 4 to 20 mA

40018

1 LOW_ALARM_HOLD

40019

1

40020

1

HIGH_ALARM_HOLD ENABLE_ALARMS

Analog Input Low Dynamic Alarm Hold Time (s) Analog Input High Dynamic Alarm Hold Time (s) Enable Alarms 0 - Disabled 1 - Enabled

40021 40041 40061 40081 40101 40121 40141 40161 40181 40201 40221 40241 40261

20 20 20 20 20 20 20 20 20 20 20 20 20

AI2 Config AI3 Config AI4 Config AI5 Config AI6 Config AI7 Config AI8 Config AI9 Config AI10 Config AI11 Config AI12 Config AI13 Config AI14 Config

LWM Modbus Map - RPC Version 8.00 40281 40301 40321 40341 40361 40381 40401 40421 40441 40461 40481 40501 40521 40541 40561 40581 40601 40621

20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20

Lufkin Automation

AI15 Config AI16 Config AI17 Config AI18 Config AI19 Config AI20 Config AI21 Config AI22 Config AI23 Config AI24 Config AI25 Config AI26 Config AI27 Config AI28 Config AI29 Config AI 30 Config AI31 Config AI32 Config

NOTE: Analog Analog input description description register register describes the physical physical board and point number number of the input. input. It is formatted as follows. Bits 0-7 Reserved 8-11 Board Number 12-15 Point Number




Lufkin Automation

40641 - 40790

Analog Output Config

# Registers 150

Note: Use Function Function Code Code 03 to Read this this Data. Use Function Code 6/16 to Write this Data Register # Re Regs F L A S NAME DESCRIPTION AO1 Config Analog Output 1 Configuration 40641 15 Reg 40641

# F L A S Name 1 CONFIG

Description Analog Output Channel 1 Config Register

40642 40643

1 2

X

UNITS X FM FMAX

40645

2

X

X FM FMIN

40647

2

X

X OVERRIDE_VAL

Analog Output Channel 1Units Analog Output Channel 1 engineering value @ full scale Analog Output Channel 1 engineering value @ min scale Analog Output Channel 1 override value

40649 40650

1 1

OVERRIDE_STATE Logging Rate

40651 40652

1 1

Averaging Rate Range

0 - Inactive

1-Active

0 - 0-5V 1 - 1-5V 2 - 0-20mA 3 - 4-20mA 4 - 0-10V 5 - 1 - 10V

40653

40656 40671 40686 40701 40716 40731 40746 40761

15 15 15 15 15 15 15 30

3

Reserved

Reserved

AO2 Config AO3 Config AO4 Config AO5 Config AO6 Config AO7 Config AO8 Config Reserved

NOTE: Analog Analog output output description register register describes the physical board and and point number number of the input. It is formatted formatted as follows. Bits 0-7 Reserved 8-11 Board Number 12-15 Point Number



Lufkin Automation

40791 - 40982

Digital Config

# Registers 192

Note: Use Function Function Code Code 03 to Read this this Data. Use Function Code 6/16 to Write this Data Register # Re Regs F L A S NAME DESCRIPTION DI1 Config Digital Input 1 Config 40791 3

40794 40797 40800 40803 40806 40809 40812 40815 40818 40821 40824 40827 40830 40833 40836 40839 40842 40845 40848 40851 40854 40857 40860 40863 40866 40869 40872

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

Reg 40791

# 1

F L A S Na Name CONFIG 1

40792

1

CONFIG 2

40793

1

CONFIG 3

DI2 Config DI3 Config DI4 Config DI5 Config DI6 Config DI7 Config DI8 Config DI9 Config DI10 Config DI11 Config DI12 Config DI13 Config DI14 Config DI15 Config DI16 Config DI17 Config DI18 Config DI19 Config DI20 Config DI21 Config DI22 Config DI23 Config DI24 Config DI25 Config DI26 Config DI27 Config DI28 Config

Description High Byte - Board Num Low Byte - Point Num High Byte - State Change Delay Low Byte - Type ( 0-Input, 1-Output ) High Byte - Alarm Disable-0/Enable-1 Low Byte-Alarm State 0-Closed/1-Open

LWM Modbus Map - RPC Version 8.00 40875 40878 40881 40884 40887 40890 40893 40896 40899 40902 40905 40908 40911 40914 40917 40920 40923 40926 40929 40932 40935 40938 40941 40944 40947 40950 40953 40956 40959 40962 40965 40968 40971 40974 40977 40980

3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3

Lufkin Automation

DI29 Config DI30 Config DI31 Config DI32 Config DI33 Config DI34 Config DI35 Config DI36 Config DI37 Config DI38 Config DI39 Config DI40 Config DI41 Config DI42 Config DI43 Config DI44 Config DI45 Config DI46 Config DI47 Config DI48 Config DI49 Config DI50 Config DI51 Config DI52 Config DI53 Config DI54 Config DI55 Config DI56 Config DI57 Config DI58 Config DI59 Config DI60 Config DI61 Config DI62 Config DI63 Config DI64 Config



Lufkin Automation

Accumulator Config

40983-41170


# Registers 188

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION Accumulator 1 Config Accumulator 1 Configuration 40983 6 Reg 40983 40984 40985 40987 40988

40989 40995 41001 41007 41013 41019 41025 41031 41037 41043

6 6 6 6 6 6 6 6 6 128

# 1 1 2 1 1

F L A S Name Description Register Units X Pulses per unit measure User Defined Interval User Defined Accumulator

Accumulator 2 Config Accumulator 3 Config Accumulator 4 Config Accumulator 5 Config Accumulator 6 Config Accumulator 7 Config Accumulator 8 Config Accumulator 9 Config Accumulator 10 Config Reserved

Description Description Register Units K-Factor User Defined Interval ( minutes ) User Defined Accumulator Length (Days )

Reserved

NOTE: Analog input description register describes the physical board and point number of the input. It is formatted as follows. Bits 0-7 Reserved 8-11 Board Number 12-15 Point Number



Lufkin Automation

41171-41202

Well State Alarm Configuration

# Registers

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION Well State Alarm 1 Configuration Well State Alarm 1 Configuration 41171 2 Reg 41171 41172

41173 41175 41177 41179 41181 41183 41185 41187 41189 41191 41193 41195 41197 41199 41201

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

# F L A S Name 1 Well State 1 1 Well State 2

Well State Alarm 2 Configuration Well State Alarm 3 Configuration Well State Alarm 4 Configuration Well State Alarm 5 Configuration Well State Alarm 6 Configuration Well State Alarm 7 Configuration Well State Alarm 8 Configuration Well State Alarm 9 Configuration Well State Alarm 10 Configuration Well State Alarm 11 Configuration Well State Alarm 12 Configuration Well State Alarm 13 Configuration Well State Alarm 14 Configuration Well State Alarm 15 Configuration Well State Alarm 16 Configuration

Description First Well state to generate alarm Second well state to generate alarm

Well State Alarm 2 Configuration Well State Alarm 3 Configuration Well State Alarm 4 Configuration Well State Alarm 5 Configuration Well State Alarm 6 Configuration Well State Alarm 7 Configuration Well State Alarm 8 Configuration Well State Alarm 9 Configuration Well State Alarm 10 Configuration Well State Alarm 11 Configuration Well State Alarm 12 Configuration Well State Alarm 13 Configuration Well State Alarm 14 Configuration Well State Alarm 15 Configuration Well State Alarm 16 Configuration

32



Lufkin Automation

Alarm Tracking Configuration

41203-41222

# Registers

20

# Registers

10

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION Alarm Tracking 1 Input Coil Coil Number to Track 41203 1 41204 1 Alarm Tracking 2 Input Coil Coil Number to Track 41205 1 Alarm Tracking 3 Input Coil Coil Number to Track 41206 1 Alarm Tracking 4 Input Coil Coil Number to Track 41207 1 Alarm Tracking 5 Input Coil Coil Number to Track 41208 1 Alarm Tracking 6 Input Coil Coil Number to Track 41209 1 Alarm Tracking 7 Input Coil Coil Number to Track 41210 1 Alarm Tracking 8 Input Coil Coil Number to Track 41211 1 Alarm Tracking 9 Input Coil Coil Number to Track 41212 1 Alarm Tracking 10 Input Coil Coil Number to Track 41213 1 Alarm Tracking 11 Input Coil Coil Number to Track 41214 1 Alarm Tracking 12 Input Coil Coil Number to Track 41215 1 Alarm Tracking 13 Input Coil Coil Number to Track 41216 1 Alarm Tracking 14 Input Coil Coil Number to Track 41217 1 Alarm Tracking 15 Input Coil Coil Number to Track 41218 1 Alarm Tracking 16 Input Coil Coil Number to Track 41219 1 0 - Normal Alarm Tracking Operation Mode

41220

1

Alarm Tracking Enable/Disable

41221

2

Reserved

Reserved

41223-41232

Reserved Register # Regs F L A 41223 10

1 - First Occurrence 2 - Cascading 0 - Disabled 1 - Enabled

NAME Reserved




Lufkin Automation

41233-41424

Alarm Register Configuration

# Registers 192

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION Alarm Register 1 Config Alarm Register 1 Configuration 41233 24 Reg 41233 41234

# F L A S Name 1 REGISTER ADDRESS 1 REGISTER TYPE

Description Address of Alarm Register Data Type of Alarm Register 0- UWORD

( 16-bit unsigned )

1- FLOAT 2- LONG

41235 41236

1 1

HIGH ALARM DO HIGH ALARM ACT

( 32-bit unsigned )

Digital Out Channel for High Alarm Action For High Alarm 0- Dynamic 1- Latched 2 - Timer 3 - Pulse

41237 41239 41241

2 2 1

41242

1

41243

1

41244

1

X X

High Alert Limit High Alarm Limit Delay For Action on High Alarm (x100 ms) HI ALRM DO TIMER ON Timer Mode: Period DO stays on ( x100 ms) HI ALRM DO TIMER Timer Mode: Period DO stays off (x OFF 100 ms ) HI ALRM PULSE Pulse Mode: High alarm pulse override OVERRIDE SWITCH switch

X HIGH ALERT LIMIT X HIGH ALARM LIMIT HIGH ALARM DELAY

0 - Hibernate 1 - Execute a pulse

41245

1

41246 41247

1 1

HI ALRM PULSE OVERRIDE PERIOD LOW ALARM DO LOW ALARM ACT

Pulse Mode: pulse energized period x100 ms ) Digital Out Channel for Low Alarm Action For Low Alarm

(

0- Dynamic 1- Latched 2 - Timer 3 - Pulse

41248 41250 41252

2 2 1

41253

1

41254

1

41255

1

X X

X LOW ALERT LIMIT X LOW ALARM LIMIT LOW ALARM DELAY

Low Alert Limit Low Alarm Limit Delay For Action on Low Alarm (x100ms) LOW ALRM DO TIMER Timer Mode: Period DO stays on ( ON x100 ms) LOW ALRM DO TIMER Timer Mode: Period DO stays off (x OFF 100 ms ) LOW ALRM PULSE Pulse Mode: Low alarm pulse override OVERRIDE switch 0 - Hibernate 1 - Execute a pulse

41256

1

LOW ALRM PULSE OVERRIDE PERIOD

Pulse Mode: pulse energized period x100 ms )

(

LWM Modbus Map - RPC Version 8.00 41257 41281 41305 41329 41353 41377 41401

24 24 24 24 24 24 24


Lufkin Automation

Alarm Register 2 Configuration Alarm Register 3 Configuration Alarm Register 4 Configuration Alarm Register 5 Configuration Alarm Register 6 Configuration Alarm Register 7 Configuration Alarm Register 8 Configuration

Alarm Register 2 Configuration Alarm Register 3 Configuration Alarm Register 4 Configuration Alarm Register 5 Configuration Alarm Register 6 Configuration Alarm Register 7 Configuration Alarm Register 8 Configuration

41425 - 41443

Calendar Set

# Registers

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 41425 1 YEAR 41426 1 MONTH 41427 1 DAY 41428 1 HOUR 41429 1 MINUTE 41430 1 SECOND 41431 1 RESERVED Reserved 41432 1 DAYLIGHT SAVING TIME 0 - Disabled 1 - Enabled GAUGE OFF TIME 41433 2 Reg 41433 41434

41435

1

# F L A S 1 1

Peak Energy Mgmt Control

Name Hour Minute

Description Hour Value of the Gauge Off Time Minute Value of the Gauge Off Time

Peak Energy Management Control 0 - Disable 1 - Enable

PEM_SUSPEND_HR 41436

1

41437

1

41438

1

41439 41440

1 1

PEM_SUSPEND_MIN PEM_RESUME_HR PEM_RESUME_MIN PEM_DAY_MGMT 0 - Disable

Peak Energy Management Suspend Time (Hour) Peak Energy Management Suspend Time (Minutes) Peak Energy Management Resume Time (Hour) Peak Energy Management Resume Time (Minutes) Peak Energy Management Days In Use

1 - Enable

Bit

41441

3

0

-

Monday

1 2 3 4 5 6

-

Tuesday Wednesday Thursday Friday Saturday Sunday

Reserved

Reserved

19



Lufkin Automation

41444 - 41800

Logic Expression Registers

# Registers 357

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 41444 40 X Logic Expression 1 Command Table 41484 40 X Logic Expression 2 Command Table 41524 40 X Logic Expression 3 Command Table 41564 40 X Logic Expression 4 Command Table 41604 40 X Logic Expression 5 Command Table 41644 40 X Logic Expression 6 Command Table 41684 40 X Logic Expression 7 Command Table 41724 40 X Logic Expression 8 Command Table 41764 1 Logic Expression 1 Action * See Note Below 41765 1 Logic Expression 2 Action * See Note Below 41766 1 Logic Expression 3 Action * See Note Below 41767 1 Logic Expression 4 Action * See Note Below 41768 1 Logic Expression 5 Action * See Note Below 41769 1 Logic Expression 6 Action * See Note Below 41770 1 Logic Expression 7 Action * See Note Below 41771 1 Logic Expression 8 Action * See Note Below 41772 1 Logic Expression 1 Malfunction / Timer 41773 1 Logic Expression 2 Malfunction / Timer 41774 1 Logic Expression 3 Malfunction / Timer 41775 1 Logic Expression 4 Malfunction / Timer 41776 1 Logic Expression 5 Malfunction / Timer 41777 1 Logic Expression 6 Malfunction / Timer 41778 1 Logic Expression 7 Malfunction / Timer 41779 1 Logic Expression 8 Malfunction / Timer 41780 1 Logic Expression 1 Delay 41781 1 Logic Expression 2 Delay 41782 1 Logic Expression 3 Delay 41783 1 Logic Expression 4 Delay 41784 1 Logic Expression 5 Delay 41785 1 Logic Expression 6 Delay 41786 1 Logic Expression 7 Delay 41787 1 Logic Expression 8 Delay 41788 1 0 - Normal Logic Expression Downtime Mode 1 - Separate Downtime for Logic Expression. Register 41789-41790 is used as downtime for Logic Expression.

41789

2

Downtime Period for Logic Expression Reg 41789 41790

41791

10

Reserved

# F L A S 1 1

Name Hour Minute

Used when Register 41788 is equal to 1 Description Downtime Period Hours Downtime Period Minutes

Reserved

NOTE: Logic Expression Actions are as follows unless the Expression is controlling the motor. Normal Control 0 - No Action 1 - Flag 2 - Dynamic 3 - Latch 4 - Timer

Motor Control 0 - No Action 1 - Stop 2 - Malfunction 3 - Start



Lufkin Automation

Common Control Registers

41801 - 42000

# Registers

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 41801 1 RTU ADDRESS Rtu Address 41802 1 RADIO_BAUD_RATE * See Note Below 41803 1 RADIO_RTS_CTS 0 - Disable RTS/CTS 1 - Enable RTS/CTS 41804 1 RADIO_KEY_UP Key Up Delay 41805 1 RADIO_KEY_DOWN Key Down Delay 41806 1 RADIO_KEY_DELAY Delay before keying radio 41807 1 RADIO_DCD Enable/Disable Radio DCD Requirement 41808 1 LAPTOP_BAUD_RATE See Note Below 41809 1 LAPTOP_RTS_CTS 0 - Disable RTS/CTS 1 - Enable RTS/CTS 41810 1 EXPANSION COM MODE Expansion Communication Mode 41811 1 EXPANSION COM BAUD RATE See Note Below 41812 1 EXPANSION COM RTS_CTS Enable/Disable RTS/CTS 41813 1 EXPANSION COM KEY DOWN DELAY 41814 1 EXPANSION COM KEY UP DELAY 41815 1 EXPANSION COM KEY UP BEFORE RTS Inner character gap for detecting end of 41816 1 LAPTOP CHARACTER GAP TIMEOUT message ( millisecond x 10 ) Inner character gap for detecting end of 41817 1 RADIO CHARACTER GAP TIMEOUT message ( millisecond x 10 ) 0 - None 41818 1 LAPTOP TRANSMISSION PARITY 41819

1

LAPTOP TRANSMISSION STOP BIT

41820

1

RADIO TRANSMISSION PARITY

41821

1

RADIO TRANSMISSION STOP BIT

41822

1

EXPANSION COM TRANSMISSION PARITY

41823

1

EXPANSION COM TRANSMISSION STOP BIT

41824 41825 41826 41827 41829 41831 41833 41835 41836

1 1 1 2 2 2 2 1 165

Baud Rate Designation

Not used (Reserve for Future Use) Ethernet Communication Protocol Ethernet Port Number Ethernet IP Address Ethernet Default Gateway Ethernet Subnet Mask Not used (Reserve for Future Use) Ethernet Module Enable Reserved 0 - 300 1 - 1200 2 - 2400 3 - 4800 4 - 9600 5 -19200 6 - 38400 7 - 57600 8 -115200

1 - Even 0 - 1 Stop Bit 1 - 2 Stop Bits 2 - 1.5 Stop Bits 0 - None 1 - Even 0 - 1 Stop Bit 1 - 2 Stop Bits 2 - 1.5 Stop Bits 0 - None 1 - Even 0 - 1 Stop Bit 1 - 2 Stop Bits 2 - 1.5 Stop Bits

Reserved 0 - MBTCP 1 - MB Over TCP

Reserved Reserved

24



Lufkin Automation

42001 - 42150

AGA Configuration

# Registers 150

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 0 - Disable 42001 1 Enable AGA 1 - Enable AGA Config 42002 1 42003 1 Differential Pressure Channel 0 - User Defined 1 - 32 Analog Channel

42004

1

Flowing Temp Channel

0 - User Defined 1 - 32 Analog Channel

42005

1

Flowing Pressure Channel

Flowing Pressure Channel 0 - User Defined 1 - 32 Analog Channel

42006 42008

2 1

X

X Heating Value Specific Gravity

42009 42011 42013

2 2 1

X X

X User Flowing Press X User Flowing Temp Base Temperature

42014

1

Base Pressure

42015

1

Ref Temp Spec Grav

42016

1

Ref Press Spec Grav

42017 42018 42019

1 1 1

Ref Temp Combustion Ref Temp Heating Value Ref Press Heating Value

42020 42022 42024 42026 42028 42030 42032 42034 42036 42038 42040 42042 42044 42046 42048 42050 42052 42054 42056

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

X X X X X X X X X X X X X X X X X X X

X Methane Mole Fraction X N2 Mole Fraction X CO2 Mole Fraction X Ethane Mole Fraction X Propane Mole Fraction X H20 Mole Fraction X H2S Mole Fraction X Hydrogen Mole Fraction X CO Mole Fraction X Oxygen Mole Fraction X I-Butane Mole Fraction X N-Butane Mole Fraction X I-Pentane Mole Fraction X N-Pentane Mole Fraction X Hexane Mole Fraction X Heptane Mole Fraction X Octane Mole Fraction X Nonane Mole Fraction X Decane Mole Fraction

Heating Value as floating point Gas Specific Gravity Stored as x100 ( i.e. 0.78 stored as 78 ) User Entered Flowing Pressure User Entered Flowing Temperature Base Temperature as x100 ( i.e. 60.70 stored as 6070 ) Base Pressure stored as x100 ( i.e. 14.73 stored as 1473 ) Reference Temp for Specific Gravity stored as x100 Reference Pressure for Specific Gravity as x100 Reference Temp for Combustion as x100 Reference Temp for Heating Value as x100 Reference Pressure for Heating Value as x100 Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point Mole Fraction as floating point

LWM Modbus Map - RPC Version 8.00 42058 42060 42062 42063 42064 42065 42067 42069 42070

2 2 1 1 1 2 2 1 1

X X

X Helium Mole Fraction X Argon Mole Fraction Orifice Diameter Pipe Diameter Measurement Temp X Viscosity X Isentropic Exponent Calibration Factor Adj Pressure

42071 42073 42075 42076 42078

2 2 1 2 1

X X

42079

1

Differential Pressure Slave Device Number

42080

1

Flowing Temperature Slave Device Number

42081 42083 42084 42086

2 1 2 2

X X

X Constant Differential Pressure X Differential Pressure Zero Cutoff AGA Control X AGA Control Threshold Flowing Pressure Slave Device Number

X

X X X

42088 42089 42090 42091 42093 42094 42095

1 1 1 2 1 1 2

X

X Energy Content Fpv Calculation Mode X Full Well Stream Factor Low Flow Cutoff Delay X Pipe Diameter Format Gas Specific Gravity Format Flow Meter Type Turbine Meter Constant Turbine Meter Accumulator Gas Mixture Format Contract Time Reg 42095 42096

42097

54


Lufkin Automation

Reserved

# F L A S 1 1

Mole Fraction as floating point Mole Fraction as floating point Orifice Diameter stored as x1000 Pipe Diameter stored as x100 Pipe and Orifice Measurement Temp Viscosity stored as floating point Isentropic Exponent as floating point AGA Calibration Factor Atmospheric Adjustment pressure stored as x100 Constant Differential Pressure Differential Pressure Zero Cutoff (Enable / Disable) Slave Device Number of Flowing Pressure Transmitter ( 1 - 10 ) Slave Device Number of Differential Pressure Transmitter ( 1 - 10 ) Slave Device Number of Flowing Temperature Transmitter ( 1 - 10 ) Energy Content 0 - NX-19 1 - AGA-8 Detailed Number of seconds delay before declaring no flow condition 0 - x100 1 - x1000 0 - x100 1 - x10000 0 - Orifice Plate 1 - Turbine Meter Turbine Meter Constant as Floating Point Accumulator # of Turbine Meter Input 0 - Mole Fraction 1 - Mole Percent

Name Hour Minute

Description Hour Value of the Contract Time Minute Value of the Contract Time

Reserved



Lufkin Automation

Load Transducer Config

42151 - 42173

# Registers

23

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42151 1 Load Transducer Type Load Transducer Type 0 - Non Calibrated 1 - Calibrated 50 K 2 - Calibrated 30 K 3 - Horse Shoe 4 - Other

42152 42153

1 1

Load Transducer Input Swing Load Maximum Weight

42154

1

Load Transducer Gain

Scaled in mV x1000 Calibrated Load Transducer Max Weight Scaled Load Transducer Gain 0-1 1-2 2-4 3-8 4 - 16 5 - 32 6 - 64

42155

1

Load Transducer Polarity

42156 42157

1 1

Start Load Threshold Load Threshold

42158

1

42159

1

Load at Standing Valve Scaled

42160

1

Load at Standing Valve Raw

42161

1

Load Max Calibration Scaled

42162

1

Load Min Calibration Scaled

42163

1

Load Max Calibration Raw

42164

1

Load Min Calibration Raw

42165 42166 42167 42168 42170

1 1 1 2 1

Remote Calibration Load Max Remote Calibration Load Min Threshold Adjust Register Load Gain Register Intrinsic Safety Barrier Support

42171

3

Reserved

X Load Zero Offset

0 - Bipolar 1 - Unipolar Scaled Load Threshold for Start Raw Load Threshold for Dynamic/Static Load Raw Counts to Adjust Load Reading to Recalibrate Load Transducer User Entered Scaled Standing Valve Load. Used for Calibration User Entered Raw Standing Valve Load. Used for Calibration Max Scaled Load. Used for Non Calibrated Load Transducer Min Scaled Load. Used for Non Calibrated Load Transducer Max Raw Load. Used for Non Calibrated Load Transducer Min Raw Load. Used for Non Calibrated Load Transducer Scaled Load. Used for Remote Calibration Scaled Load. Used for Remote Calibration

0 - Disabled 1 - Enabled

Reserved



Lufkin Automation

Position Transducer Config

42174 - 42185

# Registers

12

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION Position Transducer Type 42174 1 Position Transducer Type 0 - Analog Position Transducer 1 - Digital Position Transducer Beam Pump 2 - Digital Position Transducer Linear Pump 3 - RPM Based Position Transducer - Beam 4 - RPM Based Position Transducer - Linear 5 - 2 Digital Position Transducer Linear

42175

1

Position Lag Compensation

42176 42177 42178

1 1 1

Position Threshold Raw Stroke Length Pump Depth

42179

1

Generated Position Phase Synch

42180 42181 42182

1 1 4

Crank Start Detect No Crank Timeout Reserved

Position Lag Compensation 0 - no lag compensation 1 - 180 ms 2 - 200 ms 3 - 220 ms 4 - 240 ms 5 - 260 ms Stroke Length x100 Pump Depth Phase Synch - Used with Position Transducer Type Digital Beam & Linear Pumping Units The number of motor revs, combined with Start Up Rev, that are allowed to pass before declaring a No Crank violation. Default 90 seconds Reserved

42186 - 42194

Inferred Production

# Registers

9

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42186 1 Reserved 42187 1 SWT Leakage Adjustment X 10 42188 1 Pump Diameter Pump Diameter x100 42189 1 SWT K Factor X 100 0 - Disable 42190 1 SWT Control Enable/Disable 1 - Enable

42191 42192

1 1

SWT Control Reference Reserved

See Note Below

42193

1

SWT Percent Water Cut

x 100

42194

1

Reserved

Note:

If SWT Control is Enabled and the c urrent SWT is greater than SWT Control Reference Register, then the controller will automatically invoke a DT/SWT Cutoff State. The controller will remain in the state until the next Gauge Off Time. At which point in time the controller will restart the pumping unit.



Lufkin Automation

42195 - 42216

Control Registers

# Registers

22

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION Control Mode 42195 1 Control Mode 0 - Surface 1 - Downhole 2 - Motor 3 - VFD - Surface 4 - VFD - Downhole 5 - DH Pressure 6 - VFD Pressure

42196

1

Operation Mode

Operation Mode

0 - Normal Mode 1 - Timed Mode 2 - Host Mode

42197

1

Host Switch

Host Switch

0 - Host Off 1 - Host On

42198

2

Time Mode On Reg 42198 42199

42200

2

1 1 1 1

Name Hour Minute

Time Mode Off Reg 42200 42201

42202 42203 42204 42205

# F L A S 1 1

Time Mode On Hours: Minutes

# F L A S 1 1

Description Time On Hours Time On Minutes

Time Mode Off Hours: Minutes Name Hour Minute

Power On Delay Start Alert Minimum Pump Strokes Downtime Mode

Description Time Off Hours Time Off Minutes

Power On Delay in Seconds Start Alert in Seconds Number of Strokes in Minimum Pump State Downtime Mode 0 - Manual Downtime 1 - Auto Downtime

2 - Pump Intake Pressure 42206

2

Downtime Period Reg 42206 42207

# F L A S 1 1

Name Hour Minute

42208 42209 42210

1 1 1

Auto Downtime Steps Auto Downtime Run To Completion System of Measurement

42211 42212 42213 42214 42215 42216

1 1 1 1 1 1

HOA Switch Enable/Disable HOA Switch On Digital In HOA Switch Auto Digital In External Reset Malfunction Digital In External Clear Alarm Digital In Reserved

Description Downtime Period Hours Downtime Period Minutes

Auto Downtime Steps Auto Downtime Run To Completion Unit of Measurement 0 - English system unit 1 - Metric system unit 0 - Disable 1-Enable Define feature's DI c hannel Define feature's DI c hannel Define feature's DI c hannel Define feature's DI c hannel Reserved



Lufkin Automation

42217 - 42259

Violation Configuration

# Registers

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A NAME DESCRIPTION Violation Enable/Disable Config Host Mode Host Mode 42217 2

42219

42221

42223 42224 42225 42226 42227 42228 42229 42230 42231 42232 42233 42234

2

2

1 1 1 1 1 1 1 1 1 1 1 1

0-Disable

1 - Enable

Bit

Function

0 - 15

Reserved

16

Peak Load

17

Min Load

18 - 20

Reserved

21

No RPM

22

No Crank

23

Belt Slippage

24 - 31

Reserved

Timed Mode

Timed Mode 0-Disable

1 - Enable

Bit

Function

0 - 15 16 17 18 19 20 21 22

Reserved Peak Load Min Load Logic Expression Peak Torque Low Motor RPM No RPM No Crank e p pa ge

24 - 31

Reserved

Normal Mode

Same structure as 42217 0-Disable

1 - Enable

Bit

Function

0 - 15 16 17 18 19 20 21 22 23 24 25 26 27

Reserved Peak Load Min Load Logic Expression Peak Torque Low Motor RPM No RPM No Crank Belt Slippage Malfunction Setpoint Pumpoff Setpoint Low Fluid Load Pump Fillage Setpoint

28

Peak Power

29 - 31

Reserved

Low RPM Limit Consecutive Low RPM Allowed Low RPM Start Delay Peak Load Limit Consecutive Peak Load Allowed Minimum Load Limit Consecutive Min Load Allowed No RPM Limit Consecutive No RPM Allowed No RPM Start Delay Peak Torque Limit Consecutive Peak Torque Allowed

43

LWM Modbus Map - RPC Version 8.00 42235 42236 42237 42238 42239 42240 42241 42242 42243 42244 42245 42246 42247 42248 42252 42253 42254 42255 42256

1 1 1 1 1 1 1 1 1 1 1 1 1 4 1 1 1 1 4


Lufkin Automation

Peak Torque Start Delay Power Cutoff Reserved Reference Fluid Load Consecutive Fluid Load Allowed Consecutive No Crank Allowed Load Pumpoff Setpoint Position Pumpoff Setpoint Consecutive Pumpoff Strokes Allowed Load Malfunction Setpoint Position Malfunction Setpoint Consecutive Malfunction Strokes Allowed Consecutive Malfunction Violations Allowed Reserved Enable/Disable Lockout Lockout Period Allowable hours Lockout Period Allowable minutes Start Window Reserved

Belt Slippage Configuration

Reserved Reference Fluid Load Number of Consecutive Fluid Load Scaled Scaled x100 Scaled Scaled x100

Reserved

Reserved

42260-42262

# Registers

3

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42260 1 Belt Slippage Percent Belt Slippage Percent Reference 42261 1 Reference Revolutions Reference Revolutions (NREV) 42262 1 Belt Slippage Control Mode 0-Alert Only, 1-Run Min Speed

Downhole Configuration

42263-42273

# Registers

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42263 1 Fill Base Fill Base 42264 2 X X Reference Pump Fillage Pump Fillage Control Setpoint 42266 1 Startup Revolutions Reference Startup Revolutions 42267 1 Power Cut Off Mode Configuration Power Cut Off Configuration 0 - Manual 1 - Auto

42268 42270 42271 42272

2 1 1 2

X

X

X Damping Factor Stuffing Box Friction Tubing Head Pressure X Tubing Gradient

Damping Factor Tubing Head Pressure Tubing Gradient

11



Lufkin Automation

User Defined Pumping Unit Dimensions

42274-42288

# Registers

15

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42274 1 Pumping Unit Type Pumping Unit Type 0 - Conventional 1 - Mark II 2 - Air Balance

42275

1

Crank Rotation

Crank Rotation 0 - Clockwise 1 - Counter Clockwise

42276 42277 42279 42281 42283 42285 42287

1 2 2 2 2 2 2

X X X X X X

X Counter Balance Phase Angle X R Dimension X K Dimension X C Dimension X P Dimension X A Dimension X I Dimension

Rod Taper Information

signed x100

42289-42337

# Registers

49

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A NAME DESCRIPTION 42289 1 Num Tapers Number of Rod Tapers ( Max 6 ) 42290 6 X Rod Types Rod Types 0 - Steel 1 - Fiberglass

42296 42302 42314 42326

6 12 12 12

X X X

X Taper Intervals X X Taper Diameter X X Taper Weight X X Taper Modulus

Motor Power Configuration

6 Rod Taper Intervals 6 Rod Taper Diameters 6 Rod Taper Weights 6 Rod Taper Moduli

42338-42345

# Registers

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42338 1 Motor Type Motor Type 0 - Nema - D 1 - UHS

42339 42340 42341 42342 42344

1 1 1 2 2

X X

Full Load HP Full Load RPM Synch Speed X Max Reduced Torque X Q Factor

Full Load Horsepower Full Load RPM Synch Speed Max Reduced Torque Q Factor

8



Lufkin Automation

Polished Rod Horsepower Config

42346-42350

# Registers

5

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42346 2 X X Reference Polished Rod HP Timestamp Reference Polished Rod HP Timestamp 42348 1 Reference Polished Rod HP Reference Polished Rod HP (x 10 ) 42349 1 Peak Polished Rod HP Allowed Peak Allowed Polished Rod HP ( x10 ) 42350 1 Reserved Reserved

Linear Pump Configuration

42351-42357

# Registers

7

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42351 2 X X Linear Pump Distance Between Sprockets 42353 2 X X Linear Pump Sprocket Radius

42355 42356

1 2

X

Linear Pump Malfunction Digital Out Channel Used for torque calculation for RPM/Crank X Output Ratio Output Ratio = Distance Between Sprockets PI x Sprocket Radius

+1

For all others the value is 1.0

Tubing Movement Configuration

42358-42360

# Registers

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 0 - Disabled 42358 1 Unanchored Tubing Movement Support 1 - Enabled

42359 42360

1 1

Tubing Anchor Depth Tubing Size

0 - 1 1/2 inches 1 - 2 1/16 inches 2 - 2 3/8 inches 3 - 2 7/8 inches 4 - 3 1/2 inches 5-4

inches

6 - 4 1/2 inches 7-5

inches

8 - 5 1/2 inches

12



Lufkin Automation

Liner Loading Configuration

42361-42369

# Registers

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 0-Disabled 1 - Timer 2 - Input:AI 42361 1 Liner Loading Option Range 1 720 hrs 42362 1 Liner Loading Timer Interval Range 1 - 42300 minutes 42363 1 Liner Loading Operation Period Range 0 - 64. 0 means not used 42364 1 Liner Loading Valve Control DO Channel Range 0 - 32. 0 means not used 42365 1 Liner Loading Input:AI Analog Input Channel Range 0 - 65535 42366 1 Liner Loading Input : AI Threshold limit Range 0 - 65535 seconds 42367 1 Liner Loading Input: AI delay 0 - Disable 1- Open 2 - Closed . Used if 42368 1 Liner Loading Valve Control Override Liner Loading Option is not Disabled

42369

1

Reserved

Reserved

9



Lufkin Automation

42370 - 42495

PIP Calculations

# Registers

30

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42370 14

42384 42385 42386 42387 42388 42389 42390 42400 42401 42402 42403 42404 42405 42482 42483 42484 42486 42488

1 1 1 1 1 1 10 1 1 1 1 1 77 1 1 2 2 8

X X

Reg 42370

# F L A S 2 X X Bubble Point Pressure

42372 42374 42376 42378 42380 42382

2 2 2 2 2 2

X X X X X X

X Formation Volume Factor X Solution GOR X Oil API X SG Water X Pump Temperature X SG Gas

X Casing Head Pressure Fluid Load Detection X Fluid Load Adjustment SWT PIP Option Is Well Shallow ? Tubing Head Pressure Source Reserved PIP Control Override Enabled PIP Setpoint Num Consecutive Low PIP Strokes Allowed Consider Formation Producing Pressure Formation Depth Reserved DH Gauge Pressure Low Level DH Gauge Pressure Recovery Target X User Defined Tubing Outer Diameter X User Defined Tubing Inner Diameter Reserved

Rod / Pump Counters

Description

Signed Reg multiply by 10 0 -Basic 1-Advanced Signed Reg (+) add (-) subtract 0-Basic 1-Advanced 0-No 1- yes 0-Constant, 1-Analog Input Reserved 0 - Disable / 1 - Enable PSI x 10 0 - No / 1 - Yes feet Reserved

Reserved

42496 - 42499

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42496 2 X Rodometer Rodometer 42498 2 X Pumpometer Pumpometer

# Registers

4



Lufkin Automation

42500 - 43003

VFD Configuration

# Registers 604

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 42500 1 VFD Speed Output Analog Out Channel For VFD Output 1- AO1 2- AO2

42501 42502 42503

1 1 1

VFD Dead Band VFD Check Event VFD Speed Unit

VFD +/- dead band of pump off setpoint Speed Change Stroke Delay Speed Scaled Unit: 0 – Generic 1 – Percent 2 – Hz 3 – RPM 4 – SPM 5 – mA 6-V

42504 42505 42506 42507

1 1 1 1

VFD Min Scaling VFD Max Scaling VFD Start UP Speed VFD Speed Increase

Min Speed Scaled Max Speed Scaled VFD Startup Speed, Percent of Full Scale VFD Speed Increase, Percent of Full Scale

42508

1

VFD Speed Decrease

VFD Speed Decrease, Percent of Full Scale

42509

1

VFD Host Mode High Speed

42510

1

VFD Host Mode Low Speed

42511 42512 42513

1 1 1

VFD Timed Mode High Speed VFD Timed Mode Low Speed VFD Host/Timed Mode Low Speed Control

VFD speed at Host Mode High. Percent of Full Scale VFD speed at Host Mode Low. Percent of Full Scale VFD speed at Timed Mode High. Percent of VFD speed at Timed Mode Low. Percent of Host/Timed Mode Low Speed control: 0 – Run To Low Speed 1 – Shut Off Motor

42514

1

VFD Protection/DT Control

Down Time State Control: 0 – Run To Low Speed 1 – Shut Off Motor

42515 42516 42517 42518 42519 42520 42521 42522 42523 42524 42525 42526 42527 42528 42529

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

VFD Peak Load Limiting VFD Min Load Limiting VFD Speed Constant VFD Max Working Speed VFD Min Working Speed VFD Drive Type VFD Stroke State Detection Option VFD Up Down Speed Enable/Disable VFD Secondary Pump Fillage Enable/Disable X VFD Downstroke Speed Change Percent SL VFD RFM Flag Enabled/Disabled Rod Float Load Threshold VFD Torque Limit Percent Threshold VFD Max Counter Balance VFD Drive Fault Input Type

Peak Load Limiting , Scaled Value. Minimum Load Limiting , Scaled Value. VFD Speed Override Value VFD Max Working Speed VFD Min Working Speed 0-WF2 1-DVC 2-Others 0-single DO 1-double DO 0-Disabled 1-Enabled 0-Disabled 1-Enabled x100 0-Disabled 1-Enabled Used by RFM. Below this value start RFM

0-Disabled 1- Comm 2-Pseudo DI3

LWM Modbus Map - RPC Version 8.00 42530 42531 42532 42533 42534 42535 42536

42566

42591 42592 42593 42596 42597 42598 42599 42600 42601 42602 42603 42604

1 1 1 1 1 1 30

25

1 1 3 1 1 1 1 1 1 1 1 34


Lufkin Automation

VFD Drive Fault Delay Time VFD Drive Fault Consecutive Allowed VFD Force Drive Bypass Enabled/Disabled VFD Memory Address VFD Write Value VFD Mem RW CMD LWM Config

0-Disabled 1=Enabled VFD Address use by 42534 & 42535 Write single reg value to VFD Read VFD single reg value

Reg 42536 42537 42538 42539 42540

# F L A S Name Description 1 Motor Nominal Current x10 1 Motor Nominal Voltage 1 Motor Nominal Frequency 1 Peak Torque Limit 1 Downstroke Fixed Torque Limit

42541 42542 42543 42544 42545 42546 42547 42548 42549 42550 42551

1 1 1 1 1 1 1 1 1 1 1

42552 42553 42554 42555

1 1 1 11

Acceleration Time x10 Deceleration Time x10 Current Limit Reset Drive Parameters Control Word 1 Start Current Limit Start Torque Limit Torque Limit Min Speed x10 RFM Type Rod Float Preset Speed X VFD Up Down Speed Percent HOA On Speed Commanded Pumping Hand Speed Motor Overload Protection Level 10-100% Inverter Duty Motor Flag Reserved Reserved

VFD Comm Parameters Reg 42566 42567 42568 42569 42570

# F L A 1 1 1 1 1

Name RTU Address Baud Rate Num Data Bits Num Stop Bits Parity

42571 42572

1 1

Delay Before Key Up Key Up Time

42573 42574 42575 42576 42577 42578 42579 42580

1 1 1 1 1 1 1 11

Key Down Time Timeout Num Consec. Comm Fails Allowed RTS Enabled Inner Character TO Num Retries Device Type Reserved Reserved

Enhanced Fixed Torque RFM Enable/Disable Alarm on Parameter Differences Enable/Disable Reserved VFD Drive Fault Bypass Digital VFD Drive Bypass Switch Enabled Disabled VFD Drive Bypass Switch Input Digital VFD IGBT Fans Enabled Disabled VFD IGBT Fans Output Digital VFD IGBT Fans Temp Threshold VFD IGBT Fans Min Run Time Consecutive Critical Faults Allowed Reserved

Description

0 - Disabled / 1 - Enabled

LWM Modbus Map - RPC Version 8.00 42638 42640 42641 42642

2 1 1 105

X

Lufkin Automation

X Secondary Reference Pump Fillage AS1 Dynamic Braking Resistance Installed AS1 Regenerative Torque Control Enable / Dis Reserved

Secondary Pump Fillage Control Setpoint 0 - No / 1 - Yes 0 - Disabled / 1 - Enabled



42747

Linear Pumping Unit Cornering Support Register # Regs F L A S NAME 42747 1 Linear Pumping Unit Cornering Enabled 42748 1 Cornering Deceleration Starting P osition 42749 1 Cornering Acceleration Starting Position 42750 1 Cornering Pumping Speed 42751 32 Reserved 42783 1 Linear Pump External Fault Status DI Port 42784 36 Reserved 42820 182 Reserved

Default Timeout Screen


Lufkin Automation

# Registers 255 DESCRIPTION 0 - Disabled 1 - Enabled % of Stroke Length ( 0 - 100%) % of Stroke Length ( 0 - 100%) Hz

43002

Register # Regs F L A S NAME 43002 1 Default Timeout Screen

# Registers

1

DESCRIPTION 0 - Main Status Screen 1 - RT Card Screen 2 - Main Menu

Reserved

43003-43103

Register # Regs F L A S NAME 43003 101 Reserved

Notepad


43104-44403

# Registers 1300

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Note: Coil number 193 must be set to load the data.

Note: After this section of the register map is populated, coil number 192 must be set to store the data. Notepad Description - The notepad is an array of ASCII character values that can be displayed on the screen of the controller. Allowable Characters A-Z 0-9 . _ Space Register # Regs F L A S NAME DESCRIPTION 43104 1272 X Notepad Notepad 44376 28 Reserved Reserved



Lufkin Automation

Custody Transfer Historical Data Request Criteria Retrieve By Date

44404-44407

Register # Regs F L A S NAME 44404 1 Month 44405 1 Day 44406 1 Year 44407 2 Reserved

Retrieve By Record Number

44404-44407

Register # Regs F L A S NAME 44409 1 Record Number 44410 4 Reserved

Retrieve By Date Range

44404-44407

44404-44407

Register # Regs F L A S NAME 44444 60 Display Unit Configuration

5

# Registers

5

# Registers

5

DESCRIPTION Beginning Record Number End Record Number Reserved

44404-44443


Display Unit Configuration

# Registers

DESCRIPTION Beginning Timestamp End Timestamp Reserved

Register # Regs F L A S NAME 44419 1 Beginning Record Number 44420 1 End Record Number 44421 3 Reserved

Reserved

5

DESCRIPTION Record Number Reserved

Register # Regs F L A S NAME 44414 2 Beginning Timestamp 44416 2 End Timestamp 44418 1 Reserved

Retrieve By Record Number Range

# Registers DESCRIPTION Month Day Year Reserved

# Registers

20

# Registers

60


44444-44503 DESCRIPTION See Appendix



Lufkin Automation

44504-44623

Register Log Configuration Register # Regs F L A S NAME 44504 12 Register Log 1 Configuration

# Registers 120 DESCRIPTION Register Log 1 Configuration

Reg 44504 44513 44514

# F LAS Name 9 Register Description 1 Logging Rate 1 Sample or Average

44515

1

Description *See Register Description Section Logging Rate in Minutes 0 - Average 1 - Sample

Enable / Disable

0 - Disabled 1 - Enabled

44516 44528 44540 44552 44564 44576 44588 44600 44612

12 12 12 12 12 12 12 12 12

Register Log 2 Configuration Register Log 3 Configuration Register Log 4 Configuration Register Log 5Configuration Register Log 6 Configuration Register Log 7 Configuration Register Log 8 Configuration Register Log 9 Configuration Register Log 10 Configuration

Reserved Register # Regs F L A S NAME 44624 50 Reserved

Register Register Register Register Register Register Register Register Register

Log 2 Configuration Log 3 Configuration Log 4 Configuration Log 5 Configuration Log 6 Configuration Log 7 Configuration Log 8 Configuration Log 9 Configuration Log 10 Configuration

44624-44673

# Registers DESCRIPTION Reserved

50



Lufkin Automation

Register Calculation Configuration

44674-44863

Register # Regs F L A S NAME 44674 19 Register Calculation 1 Configuration Reg 44674 44683 44692

# F LAS Name 9 Register Description 9 Register Description 1 Operator

# Registers 190 DESCRIPTION Register Calculation 1 Configuration Description *See Register Description Section *See Register Description Section 0 - Addition 1 - Subtraction 2 - Multiplication 3 - Division 4 - Comparison

44693 44712 44731 44750 44769 44788 44807 44826 44845

19 19 19 19 19 19 19 19 19

Register Calculation 2 Configuration Register Calculation 3 Configuration Register Calculation 4 Configuration Register Calculation 5 Configuration Register Calculation 6 Configuration Register Calculation 7 Configuration Register Calculation 8 Configuration Register Calculation 9 Configuration Register Calculation 10 Configuration

Reserved

44864-44882


Alarms

# Registers

19


44883-44995

Register # Regs F L A S NAME 44883 1 Active Alarm Action 44884 1 AAA Digital Output Dynamic Alarm 44885 1 AAA Digital Output Latched Alarm 44886 108 Reserved

Crank Switch Position

Register Calculation 2 Configuration Register Calculation 3 Configuration Register Calculation 4 Configuration Register Calculation 5 Configuration Register Calculation 6 Configuration Register Calculation 7 Configuration Register Calculation 8 Configuration Register Calculation 9 Configuration Register Calculation 10 Configuration

44996-45002

Register # Regs F L A S NAME 44994 2 X X Switch Mounting Error Angle 44996 1 Crank Switch Position 44997 2 X X Phase Angle 44999 1 Switch Mounting Error Adj. Direction 45000 3 Reserved

# Registers 111 DESCRIPTION 0-Disabled 1-Enabled Define Feature's DO Channel Define Feature's DO Channel Reserved

# Registers

7

DESCRIPTION For Add'l Correction if needed 0-Crank At Top 1-Crank At Bottom Auto update based on 44996 or Manual edit 0-Towards Rotation 1-Against Rotation Reserved



Lufkin Automation

45003-47432

Valve Check Buffer

# Registers 2430

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data NOTE: The section below must be loaded before it is read. This can be accomplished with the command functions in the 0XXXX range (Registers 110 - 111). Load and Position Samples are taken every 200 ms Register # Regs F L A S NAME DESCRIPTION 45003 30 Valve Check Header Valve Check Header Reg 45003 45005 45006 45007 45008 45009 45010 45011 45012 45013 45014 45015 45016 45017 45018 45019 45020 45021 45022 45023 45024

45033 46233

1200 1200

X X

# F LAS Name Description 2 X X Timestamp Timestamp 1 Index Index 1 Standing Valve Value Standing Valve Value 1 Standing Valve Index Standing Valve Index 1 Travelling Valve Value Travelling Valve Value 1 Travelling Valve Index Travelling Valve Index 1 Fluid Load Fluid Load 1 Counterbalance Value Counterbalance Value 1 Counterbalance Index Counterbalance Index 1 Counterbalance Position Counterbalance Position 1 Counterbalance Stroke DCounterbalance Stroke Direction 1 Residual Friction Value Residual Friction Value 1 Residual Friction Index Residual Friction Index 1 Leakage Mark 1 Value Leakage Mark 1 Value 1 Leakage Mark 1 Index Leakage Mark 1 Index 1 Leakage Mark 2 Value Leakage Mark 2 Value 1 Leakage Mark 2 Index Leakage Mark 2 Index 1 Leakage Mark 3 Value Leakage Mark 3 Value 1 Leakage Mark 3 Index Leakage Mark 3 Index 1 X Calculated Leakage Calculated Leakage 9 Reserved Reserved

Valve Check Load Buffer Valve Check Position Buffer

Debug and Reserved Register # Regs 47433 567 48000 600 48600 333 48933 200 49133 200 49333 1 49334 2 49336 2 49338 2 49340 2 49342 1 49343 1 49344 1 49345 1 49346 1 49347 1 49348 2 49350 2 49352 2 49354 199

F L A S NAME Reserved for debug Generic Buffer Reserved X X Debug Pump Load X X Debug Pump Position Debug Fill Base X X Debug Tubing Gradient X X Debug Tubing Head Pressure X X Debug Pump Depth X X Debug Last Rod Diameter Debug Consider Unachored Debug Tubing Size Debug Tubing Anchor Depth Debug Shallow Well PIP Version Newton Vs Bisection X X Fluid Load Filter Window X X Liquid Filter Window X X Gas Filter Window Debug Memory

Valve Check Load Buffer Valve Check Position Buffer

47433-49552

# Registers 2120 DESCRIPTION Note: Please don't write



Lufkin Automation

49553-49556

Cryout Base Driver Configuration Register # Regs F L A S NAME 49553 4 Cryout Base Driver Configuration Reg 49553 49554 49555 49556

# Registers

4

DESCRIPTION Cryout Configuration

# F LAS Name 1 Enable / Disable 1 Number of Retries 1 Retry Interval 1 Sleep Interval

Description 0 - Disabled, 1 - Enabled Number of Retries Number of Seconds between retries High Byte - Number of Hours

Low Byte - Number of Mins

49557-49688

Cryout Base Driver Configuration Register # Regs F L A S NAME 49557 7 Cryout Condition 1 Configuration Reg 49557 49558

# F L A S Name 1 Type 1 Address/Well State 1

49559

1

Well State 2

49560 49561

1 3

Enable/Disable Reserved

# Registers 132 DESCRIPTION Cryout Condition 1 Configuration Description 0 - Coil, 1 - Well State If Type is Coil this is the Address, else if type is Well State this is the first Well State If Type is Well State this is the second Well State, otherwise ignore 0 - Disabled, 1 - Enabled Reserved

49564 49571 49578 49585 49592 49599 49606 49613 49620 49627 49634 49641 49648 49655 49662

7 7 7 7 7 7 7 7 7 7 7 7 7 7 7

Cryout Condition 2 Configuration Cryout Condition 3 Configuration Cryout Condition 4 Configuration Cryout Condition 5 Configuration Cryout Condition 6 Configuration Cryout Condition 7 Configuration Cryout Condition 8 Configuration Cryout Condition 9 Configuration Cryout Condition 10 Configuration Cryout Condition 11 Configuration Cryout Condition 12 Configuration Cryout Condition 13 Configuration Cryout Condition 14 Configuration Cryout Condition 15 Configuration Cryout Condition 16 Configuration

Cryout Cryout Cryout Cryout Cryout Cryout Cryout Cryout Cryout Cryout Cryout Cryout Cryout Cryout Cryout

Condition Condition Condition Condition Condition Condition Condition Condition Condition Condition Condition Condition Condition Condition Condition

49669

20

Reserved

Reserved

2 Configuration 3 Configuration 4 Configuration 5 Configuration 6 Configuration 7 Configuration 8 Configuration 9 Configuration 10 Configuration 11 Configuration 12 Configuration 13 Configuration 14 Configuration 15 Configuration 16 Configuration


Modbus Master Poll Rate


Lufkin Automation

49689

# Registers

1

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 49689 1 Modbus Master Poll Rate Modbus Master Poll Rate ( seconds )

Modbus Master Device Enable

49690-49699

# Registers

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 49690 1 Modbus Master Device 1 Enabled Modbus Master Device 1 Enabled 49691 1 Modbus Master Device 2 Enabled Modbus Master Device 2 Enabled 49692 1 Modbus Master Device 3 Enabled Modbus Master Device 3 Enabled 49693 1 Modbus Master Device 4 Enabled Modbus Master Device 4 Enabled 49694 1 Modbus Master Device 5 Enabled Modbus Master Device 5 Enabled 49695 1 Modbus Master Device 6 Enabled Modbus Master Device 6 Enabled 49696 1 Modbus Master Device 7 Enabled Modbus Master Device 7 Enabled 49697 1 Modbus Master Device 8 Enabled Modbus Master Device 8 Enabled 49698 1 Modbus Master Device 9 Enabled Modbus Master Device 9 Enabled 49699 1 Modbus Master Device 10 Enabled Modbus Master Device 10 Enabled

10


Modbus Master Communications


Lufkin Automation

49700-49724

# Registers

25

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 49700 1 RTU Address RTU Address Of Slave Device 49701 1 Baud Rate Baud at which to Communicate with device 49702 1 Num Data Bits 49703 1 Num Stop Bits 49704 1 Parity 49705 1 Delay Before Key Up 49706 1 Key Up Time 49707 1 Key Down Time 49708 1 Timeout 49709 1 Number of Consecutive Failures Allowed 49710 3 Reserved 0 - Modbus Slave 1 - Siemens LS 1000 2 Rosemount 3095 3 - CM 4102 4 - Zenith 49713 1 Device Type C2 5 - Zenith C5 6 - Zenith C6 49714 11 Reserved Reserved NOTE:

NOTE:

The host can configure the communication parameters for the modbus slave devices by writing to the above registers. Once the registers are written, the host system must set the appropriate coil to signal storing of the c onfiguration data for the desired slave device. This coil range is 481-490. This section of registers is also populated when a Load Modbus Master Data coil is set. It then holds the data specific to the slave device from which data is requested.

Modbus Master Register List

49725-49849

# Registers 125

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION 49725 125 X Register Address Register Address to read from device NOTE:

NOTE:

The host can configure up the reading of up to 125 registers per slave device by writing register addresses to the above registers. Once the registers are written the host must set the appropriate coil to signal the storing of configuration data for the desired slave device. The coil range is 497-506 This section of registers is also populated when a Load Modbus Master Data coil is set. It then holds the data specific to the slave device from which data is requested.



Lufkin Automation

Modbus Master Write Structures

49850-49899

# Registers

50

Note: Use Function Code 03 to Read this Data. Use Function Code 6/16 to Write this Data Register # Regs F L A S NAME DESCRIPTION Write Structure 1 Modbus Master Write Structure 49850 2 Reg 49850 49851

# F LAS Name 1 Register Address 1 Register Value

Description Register Address To Write Value to write to address above

49852 2 Write Structure 2 Modbus Master Write Structure 2 49854 2 Write Structure 3 Modbus Master Write Structure 3 49856 2 Write Structure 4 Modbus Master Write Structure 4 49858 2 Write Structure 5 Modbus Master Write Structure 5 49860 2 Write Structure 6 Modbus Master Write Structure 6 49862 2 Write Structure 7 Modbus Master Write Structure 7 49864 2 Write Structure 8 Modbus Master Write Structure 8 49866 2 Write Structure 9 Modbus Master Write Structure 9 49868 2 Write Structure 10 Modbus Master Write Structure 10 49870 2 Write Structure 11 Modbus Master Write Structure 11 49872 2 Write Structure 12 Modbus Master Write Structure 12 49874 2 Write Structure 13 Modbus Master Write Structure 13 49876 2 Write Structure 14 Modbus Master Write Structure 14 49878 2 Write Structure 15 Modbus Master Write Structure 15 49880 2 Write Structure 16 Modbus Master Write Structure 16 49882 2 Write Structure 17 Modbus Master Write Structure 17 49884 2 Write Structure 18 Modbus Master Write Structure 18 49886 2 Write Structure 19 Modbus Master Write Structure 19 49888 2 Write Structure 20 Modbus Master Write Structure 20 49890 2 Write Structure 21 Modbus Master Write Structure 21 49892 2 Write Structure 22 Modbus Master Write Structure 22 49894 2 Write Structure 23 Modbus Master Write Structure 23 49896 2 Write Structure 24 Modbus Master Write Structure 24 49898 2 Write Structure 25 Modbus Master Write Structure 25 NOTE: The host can write up to 25 registers to a slave device. This is accomplished by writing the above registers with addresses and data. Once the registers are written the host must set the appropriate coil to signal the write to the desired slave device. This coil range is 529-538

Reserved Register # Regs F L A S NAME 49900 100 Reserved

49900-49999



Lufkin Automation

Page 100 of 107 Campo Boscan Special Application Registers

Campo Boscan Special Application Registers Campo Boscan Registers

39801-39807

# Registers

Use Function Code 04 to Read this Data Register # Regs F L A S NAME 39801 2 X X Timestamp 39803 1 Analysis Completed Counter 39804 1 Accumulated KW Power Consumption 39805 1 Accumulated Compressor Runtime

39806

1

Lube High State

DESCRIPTION Last Analysis Completed Timestamp Analysis Completed Counter Accumulated KW Power Consumption Accumulated Compressor Runtime ( in Minutes ) Lube High State 0 - High 1 - Normal

39807

1

Lube Low State

Lube Low State 0 - Low 1 - Normal

#

7


Page 101 of 107 Dynograph Cards

Lufkin Automation

Dynograph Cards

32669 - 36624

# Registers 3696

Use Function Code 04 to Read this Data *NOTE: The following sections must be loaded before they are read. This can be accomplished with the command functions in the 0XXXX range. (Registers 103 - 109) If the controller is configured for downhole control, then the cards in the pump card buffer will correspond with the cards Register # Regs F L A NAME DESCRIPTION 32669 2035 X 5 Surface Card Buffer 5 Card Buffer Stored Cards - Top Card is Most Recent Shutdown Cards - Top Card is Least Recent Each Card is Organized As: # F L A Name Header

1

Scaled Max Load

Seconds Since Jan 1, 1970 Low Byte - Number of Points *High Byte - Shutdown Cause Scaled Max Load Of Card ( lbs. )

1 1

Scaled Min Load Stroke Length

Scaled Min Load Of Card ( lbs. ) Stroke Length x 100 ( Inches )

1 1

Stroke Period X 200 Point Pairs** Position x 100

1

Scaled Load

2 1

X

Card

34704

1045

Description

TimeStamp Num Points/Shutdown Cause

X 5 Pump Card Buffer

Stroke Period x 100 ( seconds ) Scaled Position x 100 ( in. ) Scaled Load ( lbs. )

5 Card Buffer Stored Cards - Top Card is Most Recent Shutdown Cards - Top Card is Least Recent

Each Card is Organized As: Header

# F L A Name

Description

2 1

TimeStamp Scaled Max Load

Seconds Since Jan 1, 1970 Scaled Max Load Of Card ( lbs. )

1 1

Scaled Min Load Num Points/Shutdown Cause

1

Gross Stroke

Scaled Min Load Of Card ( lbs. ) Low Byte - Number of Points *High Byte - Shutdown Cause x 100 ( in. )

1 1 1

Net Stroke Pump Fillage Fluid Load

1

X 100 Point Pairs* Position x 100

1

Scaled Load

Card

X

Shutdown Cause is only available for the Shutdown Card Group. Shutdown Causes are 102 - Operator Stop - HMI 103 - Operator Stop - Host 104 - Downtime Peak Load 105 - Downtime Minimum Load 106 - Downtime Low RPM 107 - Downtime No RPM 108 - Downtime No Crank

Net Stroke Length x100 ( in. ) x 100 ( % ) Fluid Load ( lbs. ) Scaled Position x 100 ( in. ) Scaled Load ( lbs. )

117 118 119 120 121 122 123

-

Malfunction Min Load Malfunction Low RPM Malfunction No RPM Malfunction No Crank Malfunction Malfunction Setpoint Malfunction Low Fluid Load Malfunction Peak Torque

LWM Modbus Map - RPC Version 8.00 109 110 111 112 113 114 115 116 35749

407

-

Downtime Malfunction SP Downtime Pump Off SP Downtime Pump Fillage Downtime Low Fluid Load Downtime Peak Torque Downtime Cut Off Power Downtime Logic Expression Malfunction Peak Load

1

Scaled Max Load

1 1

Scaled Min Load Stroke Length

1 1

Stroke Period X 200 Point Pairs** Position x 100

1

Scaled Load

Card

209

- Downtime HOA Off - Malfunction Logic Expression - Downtime IPA Cutoff - Downtime Timed Mode - Downtime Host Mode - Downtime Peak Energy Management - Downtime Global Off

Description Seconds Since Jan 1, 1970 Num Points Scaled Max Load Of Card ( lbs. ) Scaled Min Load Of Card ( lbs. ) Stroke Length x 100 ( in. ) Stroke Period x 100 ( sec. ) Scaled Position x 100 ( in. ) Scaled Load ( lbs. )

Single Pump Card Buffer Each Card is Organized As: # F L A Name Header 2 X TimeStamp

Description Seconds Since Jan 1, 1970 Scaled Max Load Of Card ( lbs. )

1 1 1

Scaled Max Load Scaled Min Load Num Points

1

Gross Stroke

Scaled Min Load Of Card ( lbs. ) Num Points x100 ( in. )

1 1

Net Stroke Pump Fillage

Net Stroke Length x 100 ( in. ) x 100 ( % )

1 1

Fluid Load X 100 Point Pairs** Position x 100

1

Scaled Load

Card

**Note:

124 125 126 127 128 129 130

Single Surface Card Buffer Each Card is Organized As: # F L A Name Header 2 X TimeStamp 1 Num Points

36156


Lufkin Automation

Fluid Load ( lbs. ) Scaled Position x 100 ( in. ) Scaled Load ( lbs. )

Card data is in reverse chronological order. Therefore it begins at bottom of stroke and procedes through the downstroke to the top of stroke then through the upstroke and returns to bottom of stroke.



Lufkin Automation

Alarm Tracking 60 Day Buffer

32669 - 36624

# Registers

180

Use Function Code 04 to Read this Data *NOTE: The following sections must be loaded before they are read. This can be accomplished with the command functions in the 0XXXX range. (Registers 545 - 560 ) The 60 Day Alarm Tracking buffer consists of 60 structures that are defined as follows Register # Regs F L A NAME DESCRIPTION 3 60 Day Alarm Tracking Buffer Structure Each Entry is defined as…

32669

180

# F L A Name 1 Hours

Description Num Hours Active for the day

1

Minutes/Seconds

High Byte - Minutes Active for the day Low Byte - Seconds Active for the day

1

Number of Occurences

Number of Occurences for the day

X 60 Day Alarm Tracking Buffer

Register Log 1440 Buffer

32669 - 36624

60 Day Alarm Tracking Buffer

# Registers 2880

Use Function Code 04 to Read this Data *NOTE: The following sections must be loaded before they are read. This can be accomplished with the command functions in the 0XXXX range. (Registers 571 - 580 ) *NOTE: The Register Log 1440 Buffer consists of 1440 floating point values Register # Regs F L A NAME DESCRIPTION 32669 2880 X X Register Log 1440 Buffer Register Log 1440 Buffer

VFD Speed History

32669 - 36624

# Registers 2880

Use Function Code 04 to Read this Data *NOTE: The following sections must be loaded before they are read. This can be accomplished with the command functions in the 0XXXX range. (Coil 194 ) *NOTE: The Register Log 1440 Buffer consists of 1440 floating point values Register # Regs F L A NAME DESCRIPTION 32669 1440 X 1440 VFD Speed History 1440 VFD Speed History


Page 104 of 107 Register Descriptions

Lufkin Automation

Register Descriptions None # Regs F 1 8

L

A NAME Category Description Structure Reg

DESCRIPTION 0

# F LA Name 8 Reserved

Description Reserved

Analog Input # Regs F 1 8

L


DESCRIPTION 1

# F LA Name 1 Analog Input Number 1 Scaled or Raw

Description Analog Input Number

6

Reserved

6.08 R1

0 - Scaled 1 - Raw

Reserved

Accumulator Input # Regs F 1 8

L


DESCRIPTION 2

# F LA Name 1 Accumulator Number 1 Scaled or Raw

Description Accumulator Number

6

Reserved

0 - Scaled 1 - Raw

Reserved



Lufkin Automation

Modbus Register Data # Regs F 1 8

L


DESCRIPTION 3

# F LA Name 1 Register Type

Description 0 - 16 Bit Integer 1 - 32 Bit Integer 2 - 32 Bit Floating Point Value 3 - Coil

1 6

Register Number Reserved

Register Number Reserved

Modbus Register Data # Regs F 1 8

L


DESCRIPTION 4

# F LA Name 1 Slave Number 1 Register Type

Description Slave Number 0 - 16 Bit Integer 1 - 32 Bit Integer 2 - 32 Bit Floating Point Value 3 - Coil

1 5

Register Index Reserved

Register Index Reserved

AGA Data # Regs F 1 8

L


DESCRIPTION 5

# F LA Name 1 AGA Data Value

Description 0 - Flow Rate 1 - Differential Pressure 2 - Static Pressure 3 - Flow Temperature 4 - Supercompressibility

7

Reserved

Reserved



Lufkin Automation

Constant Value # Regs F 1 8

L


# F LA Name 2 X Constant Value 6 Reserved

DESCRIPTION 6 Description Constant Value

Reserved

Programmable Calculation # Regs F 1 8

L


# F LA Name 1 X Equation Number 7 Reserved

DESCRIPTION 7 Description Equation Number

Reserved

MAPA MODBUS LUFKIN RPC V8.0

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