Murphy Centurion C4 Centurion Configurable Controller Guide

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Centurion ™

July 18

C4-1 Modbus RTU Application Guide for firmware 50-33-2918 >= version 45

, 2019

The Centurion uses 16 Bit Integer Modbus Holding Registers, which are read using FC03. Writes using FC06 and FC16 are supported. Decimal places may be implied by multiplying by factors of 10 to format a whole number. Refer to specific configuration for unit engineering unit scales.

For advanced data reference, refer to section 3.0.

1.0 Modbus Holding Register Ranges

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2019-07-18

40001

41001

42001

43001

44001

41000

Command, VIP, alarms, history (read and read/write where indicated) – this is the most common area that remote monitoring needs to request.

42000

Raw status polling range - FACTORY USE

43000

Translated/scaled status polling range - FACTORY USE

44000

Setpoint data-dynamic configuration overlay, changeable through Centurion Display/Modbus RTU

45000

Static configuration overlay, changeable through configuration tool only - FACTORY USE

2.0 Modbus Holding Register Table

Reg Variable Format Units Description

40001

COMMAND1

40002

COMMAND1_PARM1

40003

COMMAND1_PARM2

40004

COMMAND1_COMPLETE

40005

40006

40007

40008

40009

40010

40011

40012

40013

40014

40015

40016

40017

40018

40019

40020

COMMAND2

COMMAND2_PARM1

COMMAND2_PARM2

COMMAND2_COMPLETE

VERSION_XX

VERSION_YY

VERSION_ZZ

COMMAND, VIP, ALARMS, HISTORY (READ AND READ/WRITE WHERE INDICATED)

CFG_DATE_YEAR

CFG_DATE_MONTH

CFG_DATE_DAY

CFG_DATE_HOUR

CFG_DATE_MINUTE

CFG_DATE_SECOND

CFG_STRING1

CFG_STRING2

CFG_STRING3

U16BIT

U16BIT Raw

U16BIT

STRING

U16BIT

STRING

Raw

Keypad Commands Enumeration from Port 1 (local display)

Command Parameter 1

Command Parameter 2

Last command completed feedback

Keypad Command Enumeration from Port 2 (remote)

Command Explanation:

1 Ack Alarm (Requires Parameter 1 of Fault #)

Parameter 1 = -1, Acks All Alarms

2 Keypad Start (Disable remote mode)

3 Keypad Stop (Disable remote mode)

4 Keypad Reset (Disable remote mode)

5 Timer 0

6 Start Test Mode

7 Stop Test Mode

8 Clear event log

9 Clear alarm log

10 Put controller into Local mode.

11 Put controller into Remote mode.

12 Restore Factory Defaults

13 Keypad Start plus FN key (Enable remote)

14 Keypad Stop plus FN key (Enable remote)

15 Keypad Reset plus FN key (Enable remote)

16 Reset Maintenance Timer (Requires Param 1) Parameter

1 == 1-10 for Maintenance timer #

17 Turn on output force mode (Requires Param 1 and 2)

Parameter 1 == 0 turns on timer, 1 - 16 for digital output #

18 Disable force mode

Command Parameter 1

Command Parameter 2

Last command completed feedback

6 character of Configuration Tool Version

Timestamp of Configuration Creation/Save

16 character of Configuration Description

Reg Variable

40021

CFG_STRING4

40022

CFG_STRING5

40023

CFG_STRING6

40024

CFG_STRING7

40025

CFG_STRING8

40026

CTL_VER

40027

Not used

40028

Lifetimer MSW

40029

Lifetimer LSW

40030

Not used

40031

Not used

40032

CFG_CHECKSUM

40033

BOOTLOADER_VER

40034

JOB_NUMBER

40035

COM_BOOTLOADER_VER

40036

COM_JOB_NUMBER

40037

COM_CTL_VER

40038

NULL TASK COUNTER MSW

40039

NULL TASK COUNTER LSW

40040

NULL TASK LOWEST QS MSW

40041

NULL TASK LOWEST QS LSW

40042

SYSTEM POWERED UP TIME MSW

40043

SYSTEM POWERED UP TIME LSW

40101

STATE ENUMERATION

40102

RPM_CONVERTED

40103

RESERVED

40104

RESERVED

40105

RESERVED

40106

RESERVED

U16BIT

Format

STRING

U16BIT

Raw

SEC

Raw

RPM

Raw

Units

Raw

40107

STATUS BITS

40108

STATE_TIMER

40109

TEST_TIMER

40110

40111

40112

40113

40114

40115

40116

40117

40118

40119

Hourmeter MSW

40120

Hourmeter LSW

40121

Hourmeter Thousands

40122

Hourmeter Tenths

40123

VIP_D_IN_01_16

40124

VIP_D_IN_17_32

40125

VIP_A_IN_01

40126

VIP_A_IN_02

40127

VIP_A_IN_03

40128

VIP_A_IN_04

40129

VIP_A_IN_05

40130

VIP_A_IN_06

40131

VIP_A_IN_07

BITMAP

HRS

BMP

*cfg

SEC

HRS

U16BIT

BITMAP

S16BIT

U16BIT

BMP

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2019-07-18

Description

Firmware version number

Factory use-total device life time seconds

Configuration checksum

Bootloader version number

Firmware number

MX4/5 Module Bootloader version number

MX4/5 Module Firmware number

MX4/5 Module Firmware version number

Factory use (32bit)

Total time powered up seconds (32 bit)

Value 1 to 23 representing operating state of the controller

RPM value set by RPM Source selection in the configuration

Bit 0 Fault Shutdown in progress,

Bit 1 Emergency Shutdown in progress,

Bit 2 Active alarms present,

Bit 3 Start/Stop indicator. 1=Start,

Bit 4 Mode 1=Remote 0=Local,

Bit 5 TEST timer is running,

Bit 6 B1 timer is running,

Bit 7 B2 timer is running,

Bit 8 Reserved,

Bit 9 C2 timer is running,

Bit 10 S1 timer is running,

Bit 11 S2 timer is running,

Bit 12 S3 timer is running,

Bit 13 S4 timer is running,

Bit 14 NF timer is running

Bit 15 Bad Configuration.

State Timer Accumulator

Test Timer Accumulator

Class B1 Lockout Timer Accumulator

Class B2 Lockout Timer Accumulator

Reserved

Class C2 Lockout Timer Accumulator

Class S1 Timer Accumulator

Class S2 Timer Accumulator

Class S3 Timer Accumulator

Class S4 Timer Accumulator

Global No-Flow Timer Accumulator

Runhourmeter represented in seconds (32 bit)

Runhourmeter represented in hours ([40121] x 1000 +

[40122] /10 = total hours)

Digital input 1-16 Status (after NO/NC setting conversion *a logical “1” means input is tripped/active to the controller)

Digital input 17-32 Status

Scaled Analog Input 1 (*refer to configuration for engineering unit & data scale)

Scaled Analog Input 2

Scaled Analog Input 3

Scaled Analog Input 4

Scaled Analog Input 5

Scaled Analog Input 6

Scaled Analog Input 7

Reg Variable

40132

VIP_A_IN_08

40133

VIP_A_IN_09

40134

VIP_A_IN_10

40135

VIP_A_IN_11

40136

VIP_A_IN_12

40137

VIP_A_IN_13

40138

VIP_A_IN_14

40139

VIP_A_IN_15

40140

VIP_A_IN_16

40141

VIP_A_IN_17

40142

VIP_A_IN_18

40143

VIP_A_IN_19

40144

VIP_A_IN_20

40145

VIP_PID_OUT_1

40146

VIP_PID_OUT_2

40147

VIP_PID_OUT_3

40148

VIP_PID_OUT_4

40149

VIP_PID_OUT_5

40150

VIP_PID_OUT_6

40151

VIP_T_IN_01

40152

VIP_T_IN_02

40153

VIP_T_IN_03

40154

VIP_T_IN_04

40155

VIP_T_IN_05

40156

VIP_T_IN_06

40157

VIP_T_IN_07

40158

VIP_T_IN_08

40159

VIP_T_IN_09

40160

VIP_T_IN_10

40161

VIP_T_IN_11

40162

VIP_T_IN_12

40163

VIP_T_IN_13

40164

VIP_T_IN_14

40165

VIP_T_IN_15

40166

VIP_T_IN_16

40167

VIP_T_IN_17

40168

VIP_T_IN_18

40169

VIP_T_IN_19

40170

VIP_T_IN_20

40171

VIP_T_IN_21

40172

VIP_T_IN_22

40173

VIP_T_IN_23

40174

VIP_T_IN_24

40175

VIP_T_IN_25

40176

VIP_T_IN_26

40177

VIP_RPM

40178

VIP_RPM_FILTERED

40179

VIP_RPM_EXP

40180

VIP_RPM_FILTERED_EXP

40181

VIP_BATTERY_VOLTS

40182

RESERVED

40183

RESERVED

40184

RESERVED

40185

RESERVED

40186

RESERVED

40187

RESERVED

40188

RESERVED

40189

RESERVED

40190

RESERVED

40191

VIP_ACTIVE_SHUTDOWN

40192

VIP_NUMBER_ACTIVE_ALARMS

40193

RESERVED

40194

VIP_CRANKS_REMAINING

40195

VIP_IC_0_COLD_JUNCTION

40196

VIP_IC_9_COLD_JUNCTION

40197

VIP_COLD_JUNC_TEMP_AVERAGE

40198

VIP_TYPE_K_TERMINAL_TEMP_MV

40199

VIP_TYPE_J_TERMINAL_TEMP_MV

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

Format

S16BIT

U16BIT

*cfg

°C or F

RPM

VDCx10

°C or F

Raw

°Fx10

Units

*cfg

°Fx10 mV mV

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2019-07-18

Description

Scaled Analog Input 8

Scaled Analog Input 9

Scaled Analog Input 10

Scaled Analog Input 11

Scaled Analog Input 12

Scaled MX5 Analog Input 1 or Calculated Differential 1

Scaled MX5 Analog Input 2 or Calculated Differential 2

Scaled MX5 Analog Input 3 or Calculated Differential 3

Scaled MX5 Analog Input 4 or Calculated Differential 4

Scaled MX5 Analog Input 5 or Calculated Differential 5

Scaled MX5 Analog Input 6 or Calculated Differential 6

Scaled MX5 Analog Input 7 or Calculated Differential 7

Scaled MX5 Analog Input 8 or Calculated Differential 8

Scaled Control Loop 1 Output as Analog Input Value (*refer to configuration for engineering unit & data scale)

Scaled Control Loop 2 Output as Analog Input Value

Scaled Control Loop 3 Output as Analog Input Value

Scaled Control Loop 4 Output as Analog Input Value

Scaled Control Loop 5 Output as Analog Input Value

Scaled Control Loop 6 Output as Analog Input Value

Scaled Temperature Input 1 (refer to configuration for

C or

F scale)

Scaled Temperature Input 2

Scaled Temperature Input 3

Scaled Temperature Input 4

Scaled Temperature Input 5

Scaled Temperature Input 6

Scaled Temperature Input 7

Scaled Temperature Input 8

Scaled MX4 Temperature Input 1

Scaled MX4 Temperature Input 2

Scaled MX4 Temperature Input 3

Scaled MX4 Temperature Input 4

Scaled MX4 Temperature Input 5

Scaled MX4 Temperature Input 6

Scaled MX4 Temperature Input 7

Scaled MX4 Temperature Input 8

Scaled MX4 Temperature Input 9

Scaled MX4 Temperature Input 10

Scaled MX4 Temperature Input 11

Scaled MX4 Temperature Input 12

Scaled MX4 Temperature Input 13

Scaled MX4 Temperature Input 14

Scaled MX4 Temperature Input 15

Scaled MX4 Temperature Input 16

Scaled MX4 Temperature Input 17

Scaled MX4 Temperature Input 18

Raw RPM Reading

Averaged RPM Reading

MX4/5 Raw RPM Reading

MX4/5 Averaged RPM Reading

System voltage

Enumeration (1-128) of cause of shutdown *refer to configuration for description text

Number of Active Alarms

Number of Engine Crank Attempts Remaining

Cold Junction Sensor 1 Temperature

Cold Junction Sensor 2 Temperature

Cold Junction Average Temperature – average temperature of thermocouple terminal block

Factory use-Calculated mV offset for Type K thermocouples

Reg

40200

40201

Variable

VIP_COLD_JUNCTION_1_EXPANSIO

VIP_COLD_JUNCTION_2_EXPANSIO

VIP_COLD_JUNC_EXP_TEMP_AVER

40202

AGE

40203

RESERVED

40204

RESERVED

Format

S16BIT

Units

40205

VIP_PID_AUTO

40206

VIP_PID_ENABLED

40207

VIP_PID_OVERRIDE

40208

VIP_ARMED_ALARM_CLASSES

BITMAP

40209 as16_CONTROL_OUTPUT_VALUE[0] U16BIT

40210 as16_CONTROL_OUTPUT_VALUE[1] U16BIT

40211 as16_CONTROL_OUTPUT_VALUE[2] U16BIT

40212 as16_CONTROL_OUTPUT_VALUE[3] U16BIT

40213 as16_CONTROL_OUTPUT_VALUE[4] U16BIT

40214 as16_CONTROL_OUTPUT_VALUE[5] U16BIT

40215

RESERVED

40216

RESERVED

40217

CTL_CHG_1

40218

CTL_CHG_2

40219

CTL_CHG_3

40220

CTL_CHG_4

40221

CTL_CHG_5

40222

CTL_CHG_6

40223

RESERVED

40224

RESERVED

40225

RESERVED

40226

RESERVED

40227

RESERVED

40228

RESERVED

40229

DIG_FORCE_TIMER

U16BIT

40230 u16_power_save_remaining_time

40231

RESERVED

40232

RESERVED

40233

RESERVED

U16BIT

BMP

%x100

SEC

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2019-07-18

Description

MX4 Cold Junction Sensor 1 Temperature

MX4 Cold Junction Sensor 2 Temperature

MX4 Cold Junction Average Temperature – average temperature of thermocouple terminal block

Control Loop Mode-(0=Manual,1=Auto)

Bit 0 Control Loop 1 Mode,

Bit 1 Control Loop 2 Mode,

Bit 2 Control Loop 3 Mode,

Bit 3 Control Loop 4 Mode,

Bit 4 Control Loop 5 Mode,

Bit 5 Control Loop 6 Mode.

Control Loop Enabled-Each loop is independently able to be configured to be active at specific times (0=Not

Active,1=Enabled/Controlling)

Bit 0 Control Loop 1 Active,

Bit 1 Control Loop 2 Active,

Bit 2 Control Loop 3 Active,

Bit 3 Control Loop 4 Active,

Bit 4 Control Loop 5 Active,

Bit 5 Control Loop 6 Active.

Control Loop Override Status-Each loop has up to 3 possible overrides to change control loop action based on other signals. This bit indicates the override is active. (0=Not

Active,1=Active)

Bit 0 Control Loop 1 Override Active,

Bit 1 Control Loop 2 Override Active,

Bit 2 Control Loop 3 Override Active,

Bit 3 Control Loop 4 Override Active,

Bit 4 Control Loop 5 Override Active,

Bit 5 Control Loop 6 Override Active

Fault Class Arm Status (0=Disarmed,1=Armed)

Bit 0 Class B1 Armed,

Bit 1 Class B2 Armed,

Bit 2 Class C1 Arming,

Possible Bit 3 Class C2 Arming,

Possible Bit 4 Class S1 Armed,

Bit 5 Class S2 Armed,

Bit 6 Class S3 Armed,

Bit 7 Class S4 Armed,

Bit 8 Reserved,

Bit 9 Global Class NF Armed.

Control Loop 1 Final Value sent to Control Output

Control Loop 2 Final Value sent to Control Output

Control Loop 3 Final Value sent to Control Output

Control Loop 4 Final Value sent to Control Output

Control Loop 5 Final Value sent to Control Output

Control Loop 6 Final Value sent to Control Output

Control Loop 1 Manual Output Value (write to this value while control loop is in manual mode to directly modify the output)

Control Loop 2 Manual Output Value

Control Loop 3 Manual Output Value

Control Loop 4 Manual Output Value

Control Loop 5 Manual Output Value

Control Loop 6 Manual Output Value

Output Force Mode Time Remaining

Power Save Mode Time Remaining-if a Digital Output is configured as a Power Save output function, this is the amount of time remaining before the output is de-energized.

Reg Variable

40234

RESERVED

40235

RESERVED

40236

RESERVED

40237

RESERVED

40238

RESERVED

40239

RESERVED

40240

RESERVED

40241

RESERVED

40242

PID_TARGET_1

40243

PID_TARGET_2

40244

PID_TARGET_3

40245

PID_TARGET_4

40246

PID_TARGET_5

40247

PID_TARGET_6

40248

RESERVED

40249

PID_SETPOINT_1

40250

PID_SETPOINT_2

40251

PID_SETPOINT_3

40252

PID_SETPOINT_4

40253

PID_SETPOINT_5

40254

PID_SETPOINT_6

40255

40256

ALARM2

40257

ALARM3

40258

ALARM4

40259

ALARM5

40260

ALARM6

40261

ALARM7

40262

ALARM8

40263

ALARM9

40264

ALARM10

40265

ALARM11

40266

ALARM12

40267

ALARM13

40268

ALARM14

40269

ALARM15

40270

ALARM16

40271

ALARM17

40272

ALARM18

40273

ALARM19

40274

ALARM20

40275

ALARM21

40276

ALARM22

40277

ALARM23

40278

ALARM24

40279

ALARM25

40280

ALARM26

40281

ALARM27

40282

ALARM28

40283

ALARM29

40284

ALARM30

40285

ALARM31

40286

ALARM32

40287

RESERVED

40288

RESERVED

40289

RESERVED

40290

RESERVED

40291

ShortCycle_timer_remain

40292

Start_attempts_remaining

U16BIT

Format

U16BIT

S16BIT

U16BIT

Raw

SEC

Raw

Units

%x100

*cfg

Raw

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Description

Factory Use-Calculated Control Loop 1 Target (may have changed based on overrides)

Factory Use-Calculated Control Loop 2 Target (may have changed based on overrides)

Factory Use-Calculated Control Loop 3 Target (may have changed based on overrides)

Factory Use-Calculated Control Loop 4 Target (may have changed based on overrides)

Factory Use-Calculated Control Loop 5 Target (may have changed based on overrides)

Factory Use-Calculated Control Loop 6 Target (may have changed based on overrides)

Control Loop 1 Setpoint *refer to configuration for description and units

Control Loop 2 Setpoint

Control Loop 3 Setpoint

Control Loop 4 Setpoint

Control Loop 5 Setpoint

Control Loop 6 Setpoint

Active Alarm Enumeration 1 (up to 32 active alarms possible simultaneously, refer to configuration for enumeration codes descriptions) 0 = no alarm active. MSB (bit 15) in these words indicate whether alarm has been acknowledged or not

(1=not acked, 0=acked) SEE SECTION 3.0 FOR

ADVANCED REFERENCE

Active Alarm Enumeration 2

Active Alarm Enumeration 3

Active Alarm Enumeration 4

Active Alarm Enumeration 5

Active Alarm Enumeration 6

Active Alarm Enumeration 7

Active Alarm Enumeration 8

Active Alarm Enumeration 9

Active Alarm Enumeration 10

Active Alarm Enumeration 11

Active Alarm Enumeration 12

Active Alarm Enumeration 13

Active Alarm Enumeration 14

Active Alarm Enumeration 15

Active Alarm Enumeration 16

Active Alarm Enumeration 17

Active Alarm Enumeration 18

Active Alarm Enumeration 19

Active Alarm Enumeration 20

Active Alarm Enumeration 21

Active Alarm Enumeration 22

Active Alarm Enumeration 23

Active Alarm Enumeration 24

Active Alarm Enumeration 25

Active Alarm Enumeration 26

Active Alarm Enumeration 27

Active Alarm Enumeration 28

Active Alarm Enumeration 29

Active Alarm Enumeration 30

Active Alarm Enumeration 31

Active Alarm Enumeration 32

Electric Motor Starts Per Hour Timer Remaining to gain new start attempt

Electric Motor Start Attempts Remaining

Reg Variable

40293

RESERVED

40294

RESERVED

40295

RESERVED

40296

RESERVED

40297

RESERVED

40298

RESERVED

40299

RESERVED

40300 u16_service_seconds_count

40301

MAINT1_HOURS

40302

40303

MAINT2_HOURS

40304

40305

MAINT3_HOURS

40306

40307

MAINT4_HOURS

40308

40309

MAINT5_HOURS

40310

40311

MAINT6_HOURS

40312

40313

MAINT7_HOURS

40314

40315

MAINT8_HOURS

40316

40317

MAINT9_HOURS

40318

40319

MAINT10_HOURS

40401

SHUTDOWN1_MSW

40402

SHUTDOWN1_LSW

40403

SHUTDOWN1_ENUM

40404

SHUTDOWN2_MSW

40405

SHUTDOWN2_LSW

40406

SHUTDOWN2_ENUM

40407

SHUTDOWN3_MSW

40408

SHUTDOWN3_LSW

40409

SHUTDOWN3_ENUM

40410

SHUTDOWN4_MSW

40411

SHUTDOWN4_LSW

40412

SHUTDOWN4_ENUM

40413

SHUTDOWN5_MSW

40414

SHUTDOWN5_LSW

40415

SHUTDOWN5_ENUM

40416

SHUTDOWN6_MSW

40417

SHUTDOWN6_LSW

40418

SHUTDOWN6_ENUM

40419

SHUTDOWN7_MSW

40420

SHUTDOWN7_LSW

40421

SHUTDOWN7_ENUM

40422

SHUTDOWN8_MSW

40423

SHUTDOWN8_LSW

40424

SHUTDOWN8_ENUM

40425

SHUTDOWN9_MSW

40426

SHUTDOWN9_LSW

40427

SHUTDOWN9_ENUM

40428

SHUTDOWN10_MSW

40429

SHUTDOWN10_LSW

40430

SHUTDOWN10_ENUM

40431

SHUTDOWN11_MSW

40432

SHUTDOWN11_LSW

40433

SHUTDOWN11_ENUM

40434

SHUTDOWN12_MSW

40435

SHUTDOWN12_LSW

40436

SHUTDOWN12_ENUM

40437

SHUTDOWN13_MSW

40438

SHUTDOWN13_LSW

40439

SHUTDOWN13_ENUM

40440

SHUTDOWN14_MSW

40441

SHUTDOWN14_LSW

U16BIT

Format

U16BIT

HRS

SEC

HRS

Units

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

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Description

Factory Use

Maintenance Timer 1 Time Remaining

Maintenance Timer 2 Time Remaining

Maintenance Timer 3 Time Remaining

Maintenance Timer 4 Time Remaining

Maintenance Timer 5 Time Remaining

Maintenance Timer 6 Time Remaining

Maintenance Timer 7 Time Remaining

Maintenance Timer 8 Time Remaining

Maintenance Timer 9 Time Remaining

Maintenance Timer 10 Time Remaining

Last 20 Shutdown Runhourmeter Snapshots represented in seconds (32 bit) Sorted newest to oldest

Last 20 Shutdown Enumerations (0= no fault) refer to configuration for enumeration codes descriptions) 0 = no alarm active. Sorted newest to oldest. SEE SECTION 3.0

FOR ADVANCED REFERENCE

Reg Variable

40442

SHUTDOWN14_ENUM

40443

SHUTDOWN15_MSW

40444

SHUTDOWN15_LSW

40445

SHUTDOWN15_ENUM

40446

SHUTDOWN16_MSW

40447

SHUTDOWN16_LSW

40448

SHUTDOWN16_ENUM

40449

SHUTDOWN17_MSW

40450

SHUTDOWN17_LSW

40451

SHUTDOWN17_ENUM

40452

SHUTDOWN18_MSW

40453

SHUTDOWN18_LSW

40454

SHUTDOWN18_ENUM

40455

SHUTDOWN19_MSW

40456

SHUTDOWN19_LSW

40457

SHUTDOWN19_ENUM

40458

SHUTDOWN20_MSW

40459

SHUTDOWN20_LSW

40460

SHUTDOWN20_ENUM

40501

EVENT1_MSW

40502

EVENT1_LSW

40503

EVENT1_ENUM

40504

EVENT2_MSW

40505

EVENT2_LSW

40506

EVENT2_ENUM

40507

EVENT3_MSW

40508

EVENT3_LSW

40509

EVENT3_ENUM

40510

EVENT4_MSW

40511

EVENT4_LSW

40512

EVENT4_ENUM

40513

EVENT5_MSW

40514

EVENT5_LSW

40515

EVENT5_ENUM

40516

EVENT6_MSW

40517

EVENT6_LSW

40518

EVENT6_ENUM

40519

EVENT7_MSW

40520

EVENT7_LSW

40521

EVENT7_ENUM

40522

EVENT8_MSW

40523

EVENT8_LSW

40524

EVENT8_ENUM

40525

EVENT9_MSW

40526

EVENT9_LSW

40527

EVENT9_ENUM

40528

EVENT10_MSW

40529

EVENT10_LSW

40530

EVENT10_ENUM

40531

EVENT11_MSW

40532

EVENT11_LSW

40533

EVENT11_ENUM

40534

EVENT12_MSW

40535

EVENT12_LSW

40536

EVENT12_ENUM

40537

EVENT13_MSW

40538

EVENT13_LSW

40539

EVENT13_ENUM

40540

EVENT14_MSW

40541

EVENT14_LSW

U16BIT

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Format

U16BIT

SEC

Raw

SEC

Raw

SEC

Units

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

U16BIT Raw

1915623

2019-07-18

Description

Last 32 Event Runhourmeter Snapshots represented in seconds (32 bit) Sorted newest to oldest

Last 32 Event Enumerations (0= no fault) refer to configuration for enumeration codes descriptions) 0 = no alarm active. Sorted newest to oldest

SEE SECTION 3.0 FOR ADVANCED REFERENCE

Internal System Events:

129 = START

130 = STOP

131 = POWERUP

132 = RESET

133 = START TEST MODE

134 = STOP TEST MODE

135 = FACTORY DEFAULTS RESTORED

Reg Variable

40542

EVENT14_ENUM

40543

EVENT15_MSW

40544

EVENT15_LSW

40545

EVENT15_ENUM

40546

EVENT16_MSW

40547

EVENT16_LSW

40548

EVENT16_ENUM

40549

EVENT17_MSW

40550

EVENT17_LSW

40551

EVENT17_ENUM

40552

EVENT18_MSW

40553

EVENT18_LSW

40554

EVENT18_ENUM

40555

EVENT19_MSW

40556

EVENT19_LSW

40557

EVENT19_ENUM

40558

EVENT20_MSW

40559

EVENT20_LSW

40560

EVENT20_ENUM

40561

EVENT21_MSW

40562

EVENT21_LSW

40563

EVENT21_ENUM

40564

EVENT22_MSW

40565

EVENT22_LSW

40566

EVENT22_ENUM

40567

EVENT23_MSW

40568

EVENT23_LSW

40569

EVENT23_ENUM

40570

EVENT24_MSW

40571

EVENT24_LSW

40572

EVENT24_ENUM

40573

EVENT25_MSW

40574

EVENT25_LSW

40575

EVENT25_ENUM

40576

EVENT26_MSW

40577

EVENT26_LSW

40578

EVENT26_ENUM

40579

EVENT27_MSW

40580

EVENT27_LSW

40581

EVENT27_ENUM

40582

EVENT28_MSW

40583

EVENT28_LSW

40584

EVENT28_ENUM

40585

EVENT29_MSW

40586

EVENT29_LSW

40587

EVENT29_ENUM

40588

EVENT30_MSW

40589

EVENT30_LSW

40590

EVENT30_ENUM

40591

EVENT31_MSW

40592

EVENT31_LSW

40593

EVENT31_ENUM

40594

EVENT32_MSW

40595

EVENT32_LSW

40596

EVENT32_ENUM

40597

40598

40599

40600

40601

40602

40603

40604

40605

40606

40607

40608

40609

40610

40611

40612

U16BIT

Format

U16BIT

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Raw

SEC

Units

Raw

SEC

Raw

SEC

Raw

Description

1915623

2019-07-18

Reg Variable

40613

STATUS_BITS_PID_1

40614

STATUS_BITS_PID_2

40615

STATUS_BITS_PID_3

40616

STATUS_BITS_PID_4

40617

STATUS_BITS_PID_5

40618

STATUS_BITS_PID_6

40619

40620

40621

40622

40623

40624

40625

40626

40627

40628

40629

40630

40631

40632

40633

40634

40635

40636

40637

40638

Format Units

BITMAP

BMP

Description

CONTROL LOOP 1 STATUS BITS

Bit 0 Override 1 Active, In Deadband

Bit 1 Override 1 Active, Not In Deadband

Bit 2 Override 2 Active, In Deadband

Bit 3 Override 2 Active, Not In Deadband

Bit 4 Override 3 Active, In Deadband

Bit 5 Override 3 Active, Not In Deadband

Bit 6 Fully Unloaded Input Active

Bit 7 Fully Loaded Input Act

CONTROL LOOP 2 STATUS BITS

Bit 0 Override 1 Active, In Deadband

Bit 1 Override 1 Active, Not In Deadband

Bit 2 Override 2 Active, In Deadband

Bit 3 Override 2 Active, Not In Deadband

Bit 4 Override 3 Active, In Deadband

Bit 5 Override 3 Active, Not In Deadband

Bit 6 Fully Unloaded Input Active

Bit 7 Fully Loaded Input Act

CONTROL LOOP 3 STATUS BITS

Bit 0 Override 1 Active, In Deadband

Bit 1 Override 1 Active, Not In Deadband

Bit 2 Override 2 Active, In Deadband

Bit 3 Override 2 Active, Not In Deadband

Bit 4 Override 3 Active, In Deadband

Bit 5 Override 3 Active, Not In Deadband

Bit 6 Fully Unloaded Input Active

Bit 7 Fully Loaded Input Act

CONTROL LOOP 4 STATUS BITS

Bit 0 Override 1 Active, In Deadband

Bit 1 Override 1 Active, Not In Deadband

Bit 2 Override 2 Active, In Deadband

Bit 3 Override 2 Active, Not In Deadband

Bit 4 Override 3 Active, In Deadband

Bit 5 Override 3 Active, Not In Deadband

Bit 6 Fully Unloaded Input Active

Bit 7 Fully Loaded Input Act

CONTROL LOOP 5 STATUS BITS

Bit 0 Override 1 Active, In Deadband

Bit 1 Override 1 Active, Not In Deadband

Bit 2 Override 2 Active, In Deadband

Bit 3 Override 2 Active, Not In Deadband

Bit 4 Override 3 Active, In Deadband

Bit 5 Override 3 Active, Not In Deadband

Bit 6 Fully Unloaded Input Active

Bit 7 Fully Loaded Input Act

CONTROL LOOP 6 STATUS BITS

Bit 0 Override 1 Active, In Deadband

Bit 1 Override 1 Active, Not In Deadband

Bit 2 Override 2 Active, In Deadband

Bit 3 Override 2 Active, Not In Deadband

Bit 4 Override 3 Active, In Deadband

Bit 5 Override 3 Active, Not In Deadband

Bit 6 Fully Unloaded Input Active

Bit 7 Fully Loaded Input Act

1915623

2019-07-18

Reg Variable

40639

Format

40640 as16_PID_ANALOG_BASE_VALUE[0] S16BIT

40641 as16_PID_ANALOG_BASE_VALUE[1] S16BIT

40642 as16_PID_ANALOG_BASE_VALUE[2] S16BIT

40643 as16_PID_ANALOG_BASE_VALUE[3] S16BIT

40644 as16_PID_ANALOG_BASE_VALUE[4] S16BIT

40645 as16_PID_ANALOG_BASE_VALUE[5] S16BIT

40646 as16_PID_ERROR_VALUE[0]

40647 as16_PID_ERROR_VALUE[1]

40648 as16_PID_ERROR_VALUE[2]

40649 as16_PID_ERROR_VALUE[3]

40650 as16_PID_ERROR_VALUE[4]

40651 as16_PID_ERROR_VALUE[5]

40652 as16_PID_CALCULATION_VALUE[0]

40653 as16_PID_CALCULATION_VALUE[1]

40654 as16_PID_CALCULATION_VALUE[2]

40655 as16_PID_CALCULATION_VALUE[3]

40656 as16_PID_CALCULATION_VALUE[4]

40657 as16_PID_CALCULATION_VALUE[5]

40658

RESERVED

40659

RESERVED

40660

RESERVED

40661

RESERVED

40662

RESERVED

40663

RESERVED

40664

RESERVED

40665

RESERVED

40666

RESERVED

40667

RESERVED

40668

RESERVED

40669

RESERVED

40670 u16_modbus_clock_set

40671 u16_second

40672 u16_minute

40673 u16_hour

40674 u16_day_of_week

40675 u16_day

40676 u16_month

40677 u16_year

40701

NO_FLOW_TMR_01

40702

NO_FLOW_TMR_02

40703

NO_FLOW_TMR_03

40704

NO_FLOW_TMR_04

40705

NO_FLOW_TMR_05

40706

NO_FLOW_TMR_06

40707

NO_FLOW_TMR_07

40708

NO_FLOW_TMR_08

S16BIT

U16BIT

40709

NO_FLOW_TMR_09

40710

NO_FLOW_TMR_10

40711

NO_FLOW_TMR_11

40712

NO_FLOW_TMR_12

40713

NO_FLOW_TMR_13

40714

NO_FLOW_TMR_14

40715

NO_FLOW_TMR_15

40716

NO_FLOW_TMR_16

40717

NO_FLOW_TMR_17

40718

NO_FLOW_TMR_18

40719

NO_FLOW_TMR_19

40720

NO_FLOW_TMR_20

40721

NO_FLOW_TMR_21

40722

NO_FLOW_TMR_22

40723

NO_FLOW_TMR_23

40724

NO_FLOW_TMR_24

40725

NO_FLOW_TMR_25

40726

NO_FLOW_TMR_26

40727

NO_FLOW_TMR_27

40728

NO_FLOW_TMR_28

40729

NO_FLOW_TMR_29

40730

NO_FLOW_TMR_30

40731

NO_FLOW_TMR_31

40732

NO_FLOW_TMR_32

U16BIT

SEC

Raw

SEC

MIN

HRS

ENUM

DAY

MNTH

YEAR

%x100

Units

*cfg

%x100

1915623

2019-07-18

Description

CONTROL LOOP 1 Feedback Value

CONTROL LOOP 2 Feedback Value

CONTROL LOOP 3 Feedback Value

CONTROL LOOP 4 Feedback Value

CONTROL LOOP 5 Feedback Value

CONTROL LOOP 6 Feedback Value

CONTROL LOOP 1 Normalized Error

CONTROL LOOP 2 Normalized Error

CONTROL LOOP 3 Normalized Error

CONTROL LOOP 4 Normalized Error

CONTROL LOOP 5 Normalized Error

CONTROL LOOP 6 Normalized Error

CONTROL LOOP 1 Output Value

CONTROL LOOP 2 Output Value

CONTROL LOOP 3 Output Value

CONTROL LOOP 4 Output Value

CONTROL LOOP 5 Output Value

CONTROL LOOP 6 Output Value

Write 1 to preset internal Real-time Clock

Real-time Clock Seconds

Real-time Clock Minutes

Real-time Clock Hours

Real-time Clock Day Of Week (0=Sun, 1=Mon, etc.)

Real-time Clock Day

Real-time Clock Month

Real-time Clock Year

Digital Input 1 Filter Debounce/Pulse Timer Remaining

Digital Input 2 Filter Debounce/Pulse Timer Remaining

Digital Input 3 Filter Debounce/Pulse Timer Remaining

Digital Input 4 Filter Debounce/Pulse Timer Remaining

Digital Input 5 Filter Debounce/Pulse Timer Remaining

Digital Input 6 Filter Debounce/Pulse Timer Remaining

Digital Input 7 Filter Debounce/Pulse Timer Remaining

Digital Input 8 Filter Debounce/Pulse Timer Remaining

Digital Input 9 Filter Debounce/Pulse Timer Remaining

Digital Input 10 Filter Debounce/Pulse Timer Remaining

Digital Input 11 Filter Debounce/Pulse Timer Remaining

Digital Input 12 Filter Debounce/Pulse Timer Remaining

Digital Input 13 Filter Debounce/Pulse Timer Remaining

Digital Input 14 Filter Debounce/Pulse Timer Remaining

Digital Input 15 Filter Debounce/Pulse Timer Remaining

Digital Input 16 Filter Debounce/Pulse Timer Remaining

Digital Input 17 Filter Debounce/Pulse Timer Remaining

Digital Input 18 Filter Debounce/Pulse Timer Remaining

Digital Input 19 Filter Debounce/Pulse Timer Remaining

Digital Input 20 Filter Debounce/Pulse Timer Remaining

Digital Input 21 Filter Debounce/Pulse Timer Remaining

Digital Input 22 Filter Debounce/Pulse Timer Remaining

Digital Input 23 Filter Debounce/Pulse Timer Remaining

Digital Input 24 Filter Debounce/Pulse Timer Remaining

Digital Input 25 Filter Debounce/Pulse Timer Remaining

Digital Input 26 Filter Debounce/Pulse Timer Remaining

Digital Input 27 Filter Debounce/Pulse Timer Remaining

Digital Input 28 Filter Debounce/Pulse Timer Remaining

Digital Input 29 Filter Debounce/Pulse Timer Remaining

Digital Input 30 Filter Debounce/Pulse Timer Remaining

Digital Input 31 Filter Debounce/Pulse Timer Remaining

Digital Input 32 Filter Debounce/Pulse Timer Remaining

Reg Variable

40733

NF_CURRENT_01

40734

NF_CURRENT_02

40735

NF_CURRENT_03

40736

NF_CURRENT_04

40737

NF_CURRENT_05

40738

NF_CURRENT_06

40739

NF_CURRENT_07

40740

NF_CURRENT_08

40741

NF_CURRENT_09

40742

NF_CURRENT_10

40743

NF_CURRENT_11

40744

NF_CURRENT_12

40745

NF_CURRENT_13

40746

NF_CURRENT_14

40747

NF_CURRENT_15

40748

NF_CURRENT_16

40749

NF_CURRENT_17

40750

NF_CURRENT_18

40751

NF_CURRENT_19

40752

NF_CURRENT_20

40753

NF_CURRENT_21

40754

NF_CURRENT_22

40755

NF_CURRENT_23

40756

NF_CURRENT_24

40757

NF_CURRENT_25

40758

NF_CURRENT_26

40759

NF_CURRENT_27

40760

NF_CURRENT_28

40761

NF_CURRENT_29

40762

NF_CURRENT_30

40763

NF_CURRENT_31

40764

NF_CURRENT_32

40765

NF_LAST_01

40766

NF_LAST_02

40767

NF_LAST_03

40768

NF_LAST_04

40769

NF_LAST_05

40770

NF_LAST_06

40771

NF_LAST_07

40772

NF_LAST_08

40773

NF_LAST_09

40774

NF_LAST_10

40775

NF_LAST_11

40776

NF_LAST_12

40777

NF_LAST_13

40778

NF_LAST_14

40779

NF_LAST_15

40780

NF_LAST_16

40781

NF_LAST_17

40782

NF_LAST_18

40783

NF_LAST_19

40784

NF_LAST_20

40785

NF_LAST_21

40786

NF_LAST_22

40787

NF_LAST_23

40788

NF_LAST_24

40789

NF_LAST_25

40790

NF_LAST_26

40791

NF_LAST_27

40792

NF_LAST_28

40793

NF_LAST_29

40794

NF_LAST_30

40795

NF_LAST_31

40796

NF_LAST_32

40797

NF_TOTAL_01

40798

NF_TOTAL_02

40799

NF_TOTAL_03

40800

NF_TOTAL_04

40801

NF_TOTAL_05

40802

NF_TOTAL_06

40803

NF_TOTAL_07

U16BIT

Format

U16BIT

SEC

PLS/100

SEC

Units

SEC

1915623

2019-07-18

Description

Digital Input 1 Current Time Since Last State Transition

Digital Input 2 Current Time Since Last State Transition

Digital Input 3 Current Time Since Last State Transition

Digital Input 4 Current Time Since Last State Transition

Digital Input 5 Current Time Since Last State Transition

Digital Input 6 Current Time Since Last State Transition

Digital Input 7 Current Time Since Last State Transition

Digital Input 8 Current Time Since Last State Transition

Digital Input 9 Current Time Since Last State Transition

Digital Input 10 Current Time Since Last State Transition

Digital Input 11 Current Time Since Last State Transition

Digital Input 12 Current Time Since Last State Transition

Digital Input 13 Current Time Since Last State Transition

Digital Input 14 Current Time Since Last State Transition

Digital Input 15 Current Time Since Last State Transition

Digital Input 16 Current Time Since Last State Transition

Digital Input 17 Current Time Since Last State Transition

Digital Input 18 Current Time Since Last State Transition

Digital Input 19 Current Time Since Last State Transition

Digital Input 20 Current Time Since Last State Transition

Digital Input 21 Current Time Since Last State Transition

Digital Input 22 Current Time Since Last State Transition

Digital Input 23 Current Time Since Last State Transition

Digital Input 24 Current Time Since Last State Transition

Digital Input 25 Current Time Since Last State Transition

Digital Input 26 Current Time Since Last State Transition

Digital Input 27 Current Time Since Last State Transition

Digital Input 28 Current Time Since Last State Transition

Digital Input 29 Current Time Since Last State Transition

Digital Input 30 Current Time Since Last State Transition

Digital Input 31 Current Time Since Last State Transition

Digital Input 32 Current Time Since Last State Transition

Digital Input 1 Last Time Between State Transition

Digital Input 2 Last Time Between State Transition

Digital Input 3 Last Time Between State Transition

Digital Input 4 Last Time Between State Transition

Digital Input 5 Last Time Between State Transition

Digital Input 6 Last Time Between State Transition

Digital Input 7 Last Time Between State Transition

Digital Input 8 Last Time Between State Transition

Digital Input 9 Last Time Between State Transition

Digital Input 10 Last Time Between State Transition

Digital Input 11 Last Time Between State Transition

Digital Input 12 Last Time Between State Transition

Digital Input 13 Last Time Between State Transition

Digital Input 14 Last Time Between State Transition

Digital Input 15 Last Time Between State Transition

Digital Input 16 Last Time Between State Transition

Digital Input 17 Last Time Between State Transition

Digital Input 18 Last Time Between State Transition

Digital Input 19 Last Time Between State Transition

Digital Input 20 Last Time Between State Transition

Digital Input 21 Last Time Between State Transition

Digital Input 22 Last Time Between State Transition

Digital Input 23 Last Time Between State Transition

Digital Input 24 Last Time Between State Transition

Digital Input 25 Last Time Between State Transition

Digital Input 26 Last Time Between State Transition

Digital Input 27 Last Time Between State Transition

Digital Input 28 Last Time Between State Transition

Digital Input 29 Last Time Between State Transition

Digital Input 30 Last Time Between State Transition

Digital Input 31 Last Time Between State Transition

Digital Input 32 Last Time Between State Transition

Digital Input 1 Total Pulses

Digital Input 2 Total Pulses

Digital Input 3 Total Pulses

Digital Input 4 Total Pulses

Digital Input 5 Total Pulses

Digital Input 6 Total Pulses

Digital Input 7 Total Pulses

Reg Variable

40804

NF_TOTAL_08

40805

NF_TOTAL_09

40806

NF_TOTAL_10

40807

NF_TOTAL_11

40808

NF_TOTAL_12

40809

NF_TOTAL_13

40810

NF_TOTAL_14

40811

NF_TOTAL_15

40812

NF_TOTAL_16

40813

NF_TOTAL_17

40814

NF_TOTAL_18

40815

NF_TOTAL_19

40816

NF_TOTAL_20

40817

NF_TOTAL_21

40818

NF_TOTAL_22

40819

NF_TOTAL_23

40820

NF_TOTAL_24

40821

NF_TOTAL_25

40822

NF_TOTAL_26

40823

NF_TOTAL_27

40824

NF_TOTAL_28

40825

NF_TOTAL_29

40826

NF_TOTAL_30

40827

NF_TOTAL_31

40828

NF_TOTAL_32

41001

D_IN_01_16

41002

D_IN_17_32

41003

A_IN_01

41004

A_IN_02

41005

A_IN_03

41006

A_IN_04

41007

A_IN_05

41008

A_IN_06

41009

A_IN_07

41010

A_IN_08

41011

A_IN_09

41012

A_IN_10

41013

A_IN_11

41014

A_IN_12

41015

A_IN_13

41016

A_IN_14

41017

A_IN_15

41018

A_IN_16

41019

A_IN_17

41020

A_IN_18

41021

A_IN_19

41022

A_IN_20

41023

PID_OUTPUT_1

41024

PID_OUTPUT_2

41025

PID_OUTPUT_3

41026

PID_OUTPUT_4

41027

PID_OUTPUT_5

41028

PID_OUTPUT_6

41029

T_IN_01

41030

T_IN_02

41031

T_IN_03

41032

T_IN_04

41033

T_IN_05

41034

T_IN_06

41035

T_IN_07

41036

T_IN_08

41037

T_IN_09

41038

T_IN_10

41039

T_IN_11

41040

T_IN_12

41041

T_IN_13

41042

T_IN_14

41043

T_IN_15

41044

T_IN_16

41045

T_IN_17

1915623

2019-07-18

Format

U16BIT

Units

PLS/100

Description

Digital Input 8 Total Pulses

Digital Input 9 Total Pulses

Digital Input 10 Total Pulses

Digital Input 11 Total Pulses

Digital Input 12 Total Pulses

Digital Input 13 Total Pulses

Digital Input 14 Total Pulses

Digital Input 15 Total Pulses

Digital Input 16 Total Pulses

Digital Input 17 Total Pulses

Digital Input 18 Total Pulses

Digital Input 19 Total Pulses

Digital Input 20 Total Pulses

Digital Input 21 Total Pulses

Digital Input 22 Total Pulses

Digital Input 23 Total Pulses

Digital Input 24 Total Pulses

Digital Input 25 Total Pulses

Digital Input 26 Total Pulses

Digital Input 27 Total Pulses

Digital Input 28 Total Pulses

Digital Input 29 Total Pulses

Digital Input 30 Total Pulses

Digital Input 31 Total Pulses

Digital Input 32 Total Pulses

U16BIT

U16BIT mV mV mV mV mV mV mV mV mV mV mV

Counts

%x100

%x100 mV mV mV mV mV mV

RAW STATUS POLLING RANGE

BITMAP

U16BIT

BMP

Counts

Raw Digital input 1-16 Status (Bit 0 = Digital input 1)

Raw Digital input 17-32 Status (Bit 0 = Digital input 17)

Raw Analog Input 1 Status

Raw Analog Input 2 Status

Raw Analog Input 3 Status

Raw Analog Input 4 Status

Raw Analog Input 5 Status

Raw Analog Input 6 Status

Raw Analog Input 7 Status

Raw Analog Input 8 Status

Raw Analog Input 9 Status

Raw Analog Input 10 Status

Raw Analog Input 11 Status

Raw Analog Input 12 Status

Raw MX5 Analog Input 1 Status

Raw MX5 Analog Input 2 Status

Raw MX5 Analog Input 3 Status

Raw MX5 Analog Input 4 Status

Raw MX5 Analog Input 5 Status

Raw MX5 Analog Input 6 Status

Raw MX5 Analog Input 7 Status

Raw MX5 Analog Input 8 Status

Control Loop 1 Output Value

Control Loop 2 Output Value

Control Loop 3 Output Value

Control Loop 4 Output Value

Control Loop 5 Output Value

Control Loop 6 Output Value

Raw Temperature Input 1 Status

Raw Temperature Input 2 Status

Raw Temperature Input 3 Status

Raw Temperature Input 4 Status

Raw Temperature Input 5 Status

Raw Temperature Input 6 Status

Raw Temperature Input 7 Status

Raw Temperature Input 8 Status

Raw MX4 Temperature Input 1 Status

Raw MX4 Temperature Input 2 Status

Raw MX4 Temperature Input 3 Status

Raw MX4 Temperature Input 4 Status

Raw MX4 Temperature Input 5 Status

Raw MX4 Temperature Input 6 Status

Raw MX4 Temperature Input 7 Status

Raw MX4 Temperature Input 8 Status

Raw MX4 Temperature Input 9 Status

41077

RESERVED

41078

RESERVED

41079

RESERVED

41080

RESERVED

41081

RESERVED

41082

RESERVED

41083

RESERVED

41084

RESERVED

41085

RESERVED

41086

RESERVED

41087

RESERVED

41088

RESERVED

41089

RESERVED

41090

RESERVED

41091

RESERVED

41092

RESERVED

41093

RESERVED

41094

RESERVED

41095

RESERVED

41096

RESERVED

41097

RESERVED

41098

RESERVED

41099

RESERVED

41100

RESERVED

41101

RESERVED

41102

RESERVED

41103

RESERVED

41104

RESERVED

41105

RESERVED

41106

RESERVED

41107

RESERVED

41108

RESERVED

41109

RESERVED

Reg Variable

41046

T_IN_18

41047

T_IN_19

41048

T_IN_20

41049

T_IN_21

41050

T_IN_22

41051

T_IN_23

41052

T_IN_24

41053

T_IN_25

41054

T_IN_26

41055

CORE_FREQUENCY

41056

RESERVED

41057

EXPANSION FREQ

41058

RESERVED

41059

A_IN_00

41060

D_OUT_1_10

41061

EXPANSION_OUT_1_16

41062

A_OUT_01

41063

A_OUT_02

41064

A_OUT_03

41065

A_OUT_04

41066

A_OUT_05

41067

A_OUT_06

41068

RESERVED

41069

RESERVED

41070

RESERVED

41071

RESERVED

41072

RESERVED

41073

RESERVED

41074

RESERVED

41075

RESERVED

41076

RESERVED

41110 as_shutdowns[0].u16_upper_16bits_rtc U16BIT

BITMAP

U16BIT

Format

U16BIT

BITMAP

41111 as_shutdowns[0].u16_lower_16bits_rtc U16BIT

41112 as_shutdowns[1].u16_upper_16bits_rtc U16BIT

41113 as_shutdowns[1].u16_lower_16bits_rtc U16BIT

41114 as_shutdowns[2].u16_upper_16bits_rtc U16BIT

41115 as_shutdowns[2].u16_lower_16bits_rtc U16BIT

BMP

Counts

Units mV mV mV mV mV mV mV mV mV

Counts

BMP

SEC

1915623

2019-07-18

Description

Raw MX4 Temperature Input 10 Status

Raw MX4 Temperature Input 11 Status

Raw MX4 Temperature Input 12 Status

Raw MX4 Temperature Input 13 Status

Raw MX4 Temperature Input 14 Status

Raw MX4 Temperature Input 15 Status

Raw MX4 Temperature Input 16 Status

Raw MX4 Temperature Input 17 Status

Raw MX4 Temperature Input 18 Status

Raw MPU Input Status

Raw MX4/5 MPU Input Status

Raw System Voltage Status

Raw Digital Output 1-10 Status (Bit 0 = Digital Output 1)

Raw MX5 Digital Output 1-6 Status (Bit 0 = Digital Output 1)

Raw Analog Output 1 Status

Raw Analog Output 2 Status

Raw MX5 Analog Output 1 Status

Raw MX5 Analog Output 2 Status

Raw MX5 Analog Output 3 Status

Raw MX5 Analog Output 4 Status

Last 20 Shutdown Snapshot time represented in real-time clock seconds (32 bit) Sorted newest to oldest

Reg Variable Format

41116 as_shutdowns[3].u16_upper_16bits_rtc U16BIT

41117 as_shutdowns[3].u16_lower_16bits_rtc U16BIT

41118 as_shutdowns[4].u16_upper_16bits_rtc U16BIT

41119 as_shutdowns[4].u16_lower_16bits_rtc U16BIT

41120 as_shutdowns[5].u16_upper_16bits_rtc U16BIT

41121 as_shutdowns[5].u16_lower_16bits_rtc U16BIT

41122 as_shutdowns[6].u16_upper_16bits_rtc U16BIT

41123 as_shutdowns[6].u16_lower_16bits_rtc U16BIT

41124 as_shutdowns[7].u16_upper_16bits_rtc U16BIT

41125 as_shutdowns[7].u16_lower_16bits_rtc U16BIT

41126 as_shutdowns[8].u16_upper_16bits_rtc U16BIT

41127 as_shutdowns[8].u16_lower_16bits_rtc U16BIT

41128 as_shutdowns[9].u16_upper_16bits_rtc U16BIT

41129 as_shutdowns[9].u16_lower_16bits_rtc U16BIT

41130 as_shutdowns[10].u16_upper_16bits_rt

U16BIT

41131

41132

41133

41134 c as_shutdowns[10].u16_lower_16bits_rt

c as_shutdowns[11].u16_upper_16bits_rt

c as_shutdowns[11].u16_lower_16bits_rt

c as_shutdowns[12].u16_upper_16bits_rt

U16BIT

41135

41136

41137

41138

41139

41140

41141

41142

41143

41144

41145

41146

41147

41148

41149 c as_shutdowns[12].u16_lower_16bits_rt

c as_shutdowns[13].u16_upper_16bits_rt

c as_shutdowns[13].u16_lower_16bits_rt

c as_shutdowns[14].u16_upper_16bits_rt

c as_shutdowns[14].u16_lower_16bits_rt

c as_shutdowns[15].u16_upper_16bits_rt

c as_shutdowns[15].u16_lower_16bits_rt

c as_shutdowns[16].u16_upper_16bits_rt

c as_shutdowns[16].u16_lower_16bits_rt

c as_shutdowns[17].u16_upper_16bits_rt

c as_shutdowns[17].u16_lower_16bits_rt

c as_shutdowns[18].u16_upper_16bits_rt

c as_shutdowns[18].u16_lower_16bits_rt

c as_shutdowns[19].u16_upper_16bits_rt

c as_shutdowns[19].u16_lower_16bits_rt

U16BIT

41150 as_event[0].u16_upper_16bits_rtc

41151 as_event[0].u16_lower_16bits_rtc

41152 as_event[1].u16_upper_16bits_rtc

41153 as_event[1].u16_lower_16bits_rtc

41154 as_event[2].u16_upper_16bits_rtc

41155 as_event[2].u16_lower_16bits_rtc

41156 as_event[3].u16_upper_16bits_rtc

41157 as_event[3].u16_lower_16bits_rtc

41158 as_event[4].u16_upper_16bits_rtc

41159 as_event[4].u16_lower_16bits_rtc

41160 as_event[5].u16_upper_16bits_rtc

41161 as_event[5].u16_lower_16bits_rtc

41162 as_event[6].u16_upper_16bits_rtc

41163 as_event[6].u16_lower_16bits_rtc

41164 as_event[7].u16_upper_16bits_rtc

41165 as_event[7].u16_lower_16bits_rtc

41166 as_event[8].u16_upper_16bits_rtc

U16BIT

SEC

Units

SEC

1915623

2019-07-18

Description

Last 20 Event Snapshot time represented in real-time clock seconds (32 bit) Sorted newest to oldest

1915623

2019-07-18

Reg Variable

41167 as_event[8].u16_lower_16bits_rtc

41168 as_event[9].u16_upper_16bits_rtc

41169 as_event[9].u16_lower_16bits_rtc

41170 as_event[10].u16_upper_16bits_rtc

41171 as_event[10].u16_lower_16bits_rtc

41172 as_event[11].u16_upper_16bits_rtc

41173 as_event[11].u16_lower_16bits_rtc

41174 as_event[12].u16_upper_16bits_rtc

41175 as_event[12].u16_lower_16bits_rtc

41176 as_event[13].u16_upper_16bits_rtc

41177 as_event[13].u16_lower_16bits_rtc

41178 as_event[14].u16_upper_16bits_rtc

41179 as_event[14].u16_lower_16bits_rtc

41180 as_event[15].u16_upper_16bits_rtc

41181 as_event[15].u16_lower_16bits_rtc

41182 as_event[16].u16_upper_16bits_rtc

41183 as_event[16].u16_lower_16bits_rtc

41184 as_event[17].u16_upper_16bits_rtc

41185 as_event[17].u16_lower_16bits_rtc

41186 as_event[18].u16_upper_16bits_rtc

41187 as_event[18].u16_lower_16bits_rtc

41188 as_event[19].u16_upper_16bits_rtc

41189 as_event[19].u16_lower_16bits_rtc

41190 as_event[20].u16_upper_16bits_rtc

41191 as_event[20].u16_lower_16bits_rtc

41192 as_event[21].u16_upper_16bits_rtc

41193 as_event[21].u16_lower_16bits_rtc

41194 as_event[22].u16_upper_16bits_rtc

41195 as_event[22].u16_lower_16bits_rtc

41196 as_event[23].u16_upper_16bits_rtc

41197 as_event[23].u16_lower_16bits_rtc

41198 as_event[24].u16_upper_16bits_rtc

41199 as_event[24].u16_lower_16bits_rtc

41200 as_event[25].u16_upper_16bits_rtc

41201 as_event[25].u16_lower_16bits_rtc

41202 as_event[26].u16_upper_16bits_rtc

41203 as_event[26].u16_lower_16bits_rtc

41204 as_event[27].u16_upper_16bits_rtc

41205 as_event[27].u16_lower_16bits_rtc

41206 as_event[28].u16_upper_16bits_rtc

41207 as_event[28].u16_lower_16bits_rtc

41208 as_event[29].u16_upper_16bits_rtc

41209 as_event[29].u16_lower_16bits_rtc

41210 as_event[30].u16_upper_16bits_rtc

41211 as_event[30].u16_lower_16bits_rtc

41212 as_event[31].u16_upper_16bits_rtc

41213 as_event[31].u16_lower_16bits_rtc

42001

42002

42003

42004

42005

42006

42007

42008

42009

42010

42011

42012

42013

42014

42015

42016

42017

42018

42019

42020

42021

X_D_IN_01_16

X_D_IN_17_32

X_A_IN_01

X_A_IN_02

X_A_IN_03

X_A_IN_04

X_A_IN_05

X_A_IN_06

X_A_IN_07

X_A_IN_08

X_A_IN_09

X_A_IN_10

X_A_IN_11

X_A_IN_12

X_A_IN_13

X_A_IN_14

X_A_IN_15

X_A_IN_16

X_A_IN_17

X_A_IN_18

X_A_IN_19

U16BIT

Format

U16BIT

SEC

Units

SEC

Description

TRANSLATED/SCALED STATUS POLLING RANGE

BITMAP BMP

Digital input 1-16 Status (after NO/NC setting conversion *a

BITMAP

S16BIT

BMP

*cfg

*cfg logical “1” means input is tripped/active to the controller)

Digital input 17-32 Status

Scaled Analog Input 1 (*refer to configuration for engineering unit & data scale)

Scaled Analog Input 2

Scaled Analog Input 3

Scaled Analog Input 4

Scaled Analog Input 5

Scaled Analog Input 6

Scaled Analog Input 7

Scaled Analog Input 8

Scaled Analog Input 9

Scaled Analog Input 10

Scaled Analog Input 11

Scaled Analog Input 12

Scaled MX5 Analog Input 1 or Calculated Differential 1

Scaled MX5 Analog Input 2 or Calculated Differential 2

Scaled MX5 Analog Input 3 or Calculated Differential 3

Scaled MX5 Analog Input 4 or Calculated Differential 4

Scaled MX5 Analog Input 5 or Calculated Differential 5

Scaled MX5 Analog Input 6 or Calculated Differential 6

Scaled MX5 Analog Input 7 or Calculated Differential 7

1915623

2019-07-18

Reg

42022

42023

42024

42025

42026

42027

42028

42029

Variable

X_A_IN_20

X_PID_OUTPUT_2

X_PID_OUTPUT_3

X_PID_OUTPUT_4

X_PID_OUTPUT_5

X_PID_OUTPUT_6

42030

X_T_IN_02

42031

X_T_IN_03

42032

X_T_IN_04

42033

X_T_IN_05

42034

X_T_IN_06

42035

X_T_IN_07

42036

X_T_IN_08

42037

X_T_IN_09

42038

X_T_IN_10

42039

X_T_IN_11

42040

X_T_IN_12

42041

X_T_IN_13

42042

X_T_IN_14

42043

X_T_IN_15

42044

X_T_IN_16

42045

X_T_IN_17

42046

X_T_IN_18

42047

X_T_IN_19

42048

X_T_IN_20

42049

X_T_IN_21

42050

X_T_IN_22

42051

X_T_IN_23

42052

X_T_IN_24

42053

X_T_IN_25

42054

X_T_IN_26

42055

CORE_RPM

42056

CORE_RPM_FILTERED

42057

EXPANSION_RPM

42058

EXPANSION_RPM_FILTERED

42059

SYSTEM_VOLTAGE

42060

42061

42062

42063

42064

42065

42066

42067

43001

43002

43003

43004

43005

43006

43007

43008

43009

43010

43011

43012

43013

X_PID_OUTPUT_1

X_T_IN_01

X_D_OUT_1_10

X_EXPANSION_OUT_1_16

X_A_OUT_01

X_A_OUT_02

X_A_OUT_03

X_A_OUT_04

X_A_OUT_05

X_A_OUT_06

D_IN_01_16_NC

D_IN_17_32_NC

NO_FLOW_01

NO_FLOW_02

NO_FLOW_03

NO_FLOW_04

NO_FLOW_05

NO_FLOW_06

NO_FLOW_07

NO_FLOW_08

NO_FLOW_09

NO_FLOW_10

NO_FLOW_11

Format

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

BITMAP

U16BIT

Units

*cfg

%x100

°C or F

RPM

VDCx10

BMP

%x100

Description

Scaled MX5 Analog Input 8 or Calculated Differential 8

Scaled Control Loop 1 Output as Analog Input Value (*refer to configuration for engineering unit & data scale)

Scaled Control Loop 2 Output as Analog Input Value

Scaled Control Loop 3 Output as Analog Input Value

Scaled Control Loop 4 Output as Analog Input Value

Scaled Control Loop 5 Output as Analog Input Value

Scaled Control Loop 6 Output as Analog Input Value

Scaled Temperature Input 1 (refer to configuration for

C or

F scale)

Scaled Temperature Input 2

Scaled Temperature Input 3

Scaled Temperature Input 4

Scaled Temperature Input 5

Scaled Temperature Input 6

Scaled Temperature Input 7

Scaled Temperature Input 8

Scaled MX4 Temperature Input 1

Scaled MX4 Temperature Input 2

Scaled MX4 Temperature Input 3

Scaled MX4 Temperature Input 4

Scaled MX4 Temperature Input 5

Scaled MX4 Temperature Input 6

Scaled MX4 Temperature Input 7

Scaled MX4 Temperature Input 8

Scaled MX4 Temperature Input 9

Scaled MX4 Temperature Input 10

Scaled MX4 Temperature Input 11

Scaled MX4 Temperature Input 12

Scaled MX4 Temperature Input 13

Scaled MX4 Temperature Input 14

Scaled MX4 Temperature Input 15

Scaled MX4 Temperature Input 16

Scaled MX4 Temperature Input 17

Scaled MX4 Temperature Input 18

Raw RPM Reading

Averaged RPM Reading

MX4/5 Raw RPM Reading

MX4/5 Averaged RPM Reading

Scaled System Voltage Status

Digital Output 1-10 Status (after NO/NC setting conversion, which may invert output Bit 0 = Digital Output 1)

MX5 Digital Output 1-6 Status (after NO/NC setting conversion, which may invert output Bit 0 = Digital Output 1)

Scaled Analog Output 1 Status

Scaled Analog Output 2 Status

Scaled MX5 Analog Output 1 Status

Scaled MX5 Analog Output 2 Status

Scaled MX5 Analog Output 3 Status

Scaled MX5 Analog Output 4 Status

SETPOINT DATA-DYNAMIC CONFIGURATION OVERLAY

Digital Input 1-16 Normally Open/Normally Closed Input Type

BITMAP BMP

(Bit 0 = Digital Input 1)

0 = Normally Open

BITMAP

U16BIT

BMP

SEC

1 = Normally Closed

Digital Input 17-32 Normally Open/Normally Closed Input

Type (Bit 0 = Digital Input 17)

0 = Normally Open

1 = Normally Closed

Digital Input 1 Filter Debounce/Pulse Timer

(MSB =1 for Debounce Filter, 0 = Pulse Filter, Lower 15 Bits are the time preset)

Digital Input 2 Filter Debounce/Pulse Timer Preset

Digital Input 3 Filter Debounce/Pulse Timer Preset

Digital Input 4 Filter Debounce/Pulse Timer Preset

Digital Input 5 Filter Debounce/Pulse Timer Preset

Digital Input 6 Filter Debounce/Pulse Timer Preset

Digital Input 7 Filter Debounce/Pulse Timer Preset

Digital Input 8 Filter Debounce/Pulse Timer Preset

Digital Input 9 Filter Debounce/Pulse Timer Preset

Digital Input 10 Filter Debounce/Pulse Timer Preset

Digital Input 11 Filter Debounce/Pulse Timer Preset

Reg Variable

43014

NO_FLOW_12

43015

NO_FLOW_13

43016

NO_FLOW_14

43017

NO_FLOW_15

43018

NO_FLOW_16

43019

NO_FLOW_17

43020

NO_FLOW_18

43021

NO_FLOW_19

43022

NO_FLOW_20

43023

NO_FLOW_21

43024

NO_FLOW_22

43025

NO_FLOW_23

43026

NO_FLOW_24

43027

NO_FLOW_25

43028

NO_FLOW_26

43029

NO_FLOW_27

43030

NO_FLOW_28

43031

NO_FLOW_29

43032

NO_FLOW_30

43033

NO_FLOW_31

43034

NO_FLOW_32

43035

A_IN_01_MAVG

43036

A_IN_01_OFFSET

43037

A_IN_01_SPAN

43038

A_IN_01_MIN

43039

A_IN_01_MAX

43040

A_IN_02_MAVG

43041

A_IN_02_OFFSET

43042

A_IN_02_SPAN

43043

A_IN_02_MIN

43044

A_IN_02_MAX

43045

A_IN_03_MAVG

43046

A_IN_03_OFFSET

43047

A_IN_03_SPAN

43048

A_IN_03_MIN

43049

A_IN_03_MAX

43050

A_IN_04_MAVG

43051

A_IN_04_OFFSET

43052

A_IN_04_SPAN

43053

A_IN_04_MIN

43054

A_IN_04_MAX

43055

A_IN_05_MAVG

43056

A_IN_05_OFFSET

43057

A_IN_05_SPAN

43058

A_IN_05_MIN

43059

A_IN_05_MAX

43060

A_IN_06_MAVG

43061

A_IN_06_OFFSET

43062

A_IN_06_SPAN

43063

A_IN_06_MIN

43064

A_IN_06_MAX

43065

A_IN_07_MAVG

43066

A_IN_07_OFFSET

43067

A_IN_07_SPAN

43068

A_IN_07_MIN

43069

A_IN_07_MAX

43070

A_IN_08_MAVG

43071

A_IN_08_OFFSET

43072

A_IN_08_SPAN

43073

A_IN_08_MIN

43074

A_IN_08_MAX

43075

A_IN_09_MAVG

43076

A_IN_09_OFFSET

43077

A_IN_09_SPAN

43078

A_IN_09_MIN

43079

A_IN_09_MAX

43080

A_IN_10_MAVG

43081

A_IN_10_OFFSET

43082

A_IN_10_SPAN

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

Format

U16BIT

S16BIT

1915623

2019-07-18

SEC

Units

SEC

Description

Digital Input 12 Filter Debounce/Pulse Timer Preset

Digital Input 13 Filter Debounce/Pulse Timer Preset

Digital Input 14 Filter Debounce/Pulse Timer Preset

Digital Input 15 Filter Debounce/Pulse Timer Preset

Digital Input 16 Filter Debounce/Pulse Timer Preset

Digital Input 17 Filter Debounce/Pulse Timer Preset

Digital Input 18 Filter Debounce/Pulse Timer Preset

Digital Input 19 Filter Debounce/Pulse Timer Preset

Digital Input 20 Filter Debounce/Pulse Timer Preset

Digital Input 21 Filter Debounce/Pulse Timer Preset

Digital Input 22 Filter Debounce/Pulse Timer Preset

Digital Input 23 Filter Debounce/Pulse Timer Preset

Digital Input 24 Filter Debounce/Pulse Timer Preset

Digital Input 25 Filter Debounce/Pulse Timer Preset

Digital Input 26 Filter Debounce/Pulse Timer Preset

SEC

Samples Analog Input 1 Averaging Filter (valid settings = 1,2,4)

Counts

*cfg

Digital Input 27 Filter Debounce/Pulse Timer Preset

Digital Input 28 Filter Debounce/Pulse Timer Preset

Digital Input 29 Filter Debounce/Pulse Timer Preset

Digital Input 30 Filter Debounce/Pulse Timer Preset

Digital Input 31 Filter Debounce/Pulse Timer Preset

Digital Input 32 Filter Debounce/Pulse Timer Preset

Analog Input 1 Raw Input Offset

Analog Input 1 Raw Input Span

Analog Input 1 Minimum Engineering Unit (*refer to configuration for engineering unit & data scale)

*cfg

Analog Input 1 Maximum Engineering Unit (*refer to configuration for engineering unit & data scale)

Samples Analog Input 2 Averaging Filter

Counts

*cfg

Analog Input 2 Raw Input Offset

Analog Input 2 Raw Input Span

Analog Input 2 Minimum Engineering Unit

Analog Input 2 Maximum Engineering Unit

Samples Analog Input 3 Averaging Filter

Counts

*cfg

Analog Input 3 Raw Input Offset

Analog Input 3 Raw Input Span

Analog Input 3 Minimum Engineering Unit

Analog Input 3 Maximum Engineering Unit

Samples Analog Input 4 Averaging Filter

Counts Analog Input 4 Raw Input Offset

Analog Input 4 Raw Input Span Counts

*cfg

Analog Input 4 Minimum Engineering Unit

Analog Input 4 Maximum Engineering Unit

Samples Analog Input 5 Averaging Filter

Counts

*cfg

Analog Input 5 Raw Input Offset

Analog Input 5 Raw Input Span

Analog Input 5 Minimum Engineering Unit

Analog Input 5 Maximum Engineering Unit

Samples Analog Input 6 Averaging Filter

Counts Analog Input 6 Raw Input Offset

Analog Input 6 Raw Input Span Counts

*cfg

Analog Input 6 Minimum Engineering Unit

Analog Input 6 Maximum Engineering Unit

Samples Analog Input 7 Averaging Filter

Counts

*cfg

Analog Input 7 Raw Input Offset

Analog Input 7 Raw Input Span

Analog Input 7 Minimum Engineering Unit

Analog Input 7 Maximum Engineering Unit

Samples Analog Input 8 Averaging Filter

Counts Analog Input 8 Raw Input Offset

Analog Input 8 Raw Input Span Counts

*cfg

Analog Input 8 Minimum Engineering Unit

Analog Input 8 Maximum Engineering Unit

Samples Analog Input 9 Averaging Filter

Counts

*cfg

Analog Input 9 Raw Input Offset

Analog Input 9 Raw Input Span

Analog Input 9 Minimum Engineering Unit

Analog Input 9 Maximum Engineering Unit

Samples Analog Input 10 Averaging Filter

Counts

Analog Input 10 Raw Input Offset

Analog Input 10 Raw Input Span

Reg Variable

43083

A_IN_10_MIN

43084

A_IN_10_MAX

43085

A_IN_11_MAVG

43086

A_IN_11_OFFSET

43087

A_IN_11_SPAN

43088

A_IN_11_MIN

43089

A_IN_11_MAX

43090

A_IN_12_MAVG

43091

A_IN_12_OFFSET

43092

A_IN_12_SPAN

43093

A_IN_12_MIN

43094

A_IN_12_MAX

43095

A_IN_13_MAVG

43096

A_IN_13_OFFSET

43097

A_IN_13_SPAN

43098

A_IN_13_MIN

43099

A_IN_13_MAX

43100

A_IN_14_MAVG

43101

A_IN_14_OFFSET

43102

A_IN_14_SPAN

43103

A_IN_14_MIN

43104

A_IN_14_MAX

43105

A_IN_15_MAVG

43106

A_IN_15_OFFSET

43107

A_IN_15_SPAN

43108

A_IN_15_MIN

43109

A_IN_15_MAX

43110

A_IN_16_MAVG

43111

A_IN_16_OFFSET

43112

A_IN_16_SPAN

43113

A_IN_16_MIN

43114

A_IN_16_MAX

43115

A_IN_17_MAVG

43116

A_IN_17_OFFSET

43117

A_IN_17_SPAN

43118

A_IN_17_MIN

43119

A_IN_17_MAX

43120

A_IN_18_MAVG

43121

A_IN_18_OFFSET

43122

A_IN_18_SPAN

43123

A_IN_18_MIN

43124

A_IN_18_MAX

43125

A_IN_19_MAVG

43126

A_IN_19_OFFSET

43127

A_IN_19_SPAN

43128

A_IN_19_MIN

43129

A_IN_19_MAX

43130

A_IN_20_MAVG

43131

A_IN_20_OFFSET

43132

A_IN_20_SPAN

43133

A_IN_20_MIN

43134

A_IN_20_MAX

43135

A_IN_21_MAVG

43136

A_IN_21_OFFSET

43137

A_IN_21_SPAN

43138

A_IN_21_MIN

43139

A_IN_21_MAX

43140

A_IN_22_MAVG

43141

A_IN_22_OFFSET

43142

A_IN_22_SPAN

43143

A_IN_22_MIN

43144

A_IN_22_MAX

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

Format

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

1915623

2019-07-18

Units

*cfg

Description

Analog Input 10 Minimum Engineering Unit

*cfg Analog Input 10 Maximum Engineering Unit

Samples Analog Input 11 Averaging Filter

Counts

*cfg

Analog Input 11 Raw Input Offset

Analog Input 11 Raw Input Span

Analog Input 11 Minimum Engineering Unit

Analog Input 11 Maximum Engineering Unit

Samples Analog Input 12 Averaging Filter

Counts Analog Input 12 Raw Input Offset

Analog Input 12 Raw Input Span Counts

*cfg

Analog Input 12 Minimum Engineering Unit

Analog Input 12 Maximum Engineering Unit

Samples MX5 Analog Input 1 Averaging Filter (valid settings = 1,2,4)

Counts

*cfg

MX5 Analog Input 1 Raw Input Offset

MX5 Analog Input 1 Raw Input Span

MX5 Analog Input 1 Minimum Engineering Unit (*refer to configuration for engineering unit & data scale)

*cfg

MX5 Analog Input 1 Maximum Engineering Unit (*refer to configuration for engineering unit & data scale)

Samples MX5 Analog Input 2 Averaging Filter

Counts

*cfg

MX5 Analog Input 2 Raw Input Offset

MX5 Analog Input 2 Raw Input Span

MX5 Analog Input 2 Minimum Engineering Unit

MX5 Analog Input 2 Maximum Engineering Unit

Samples MX5 Analog Input 3 Averaging Filter

Counts

*cfg

MX5 Analog Input 3 Raw Input Offset

MX5 Analog Input 3 Raw Input Span

MX5 Analog Input 3 Minimum Engineering Unit

MX5 Analog Input 3 Maximum Engineering Unit

Samples MX5 Analog Input 4 Averaging Filter

Counts MX5 Analog Input 4 Raw Input Offset

MX5 Analog Input 4 Raw Input Span Counts

*cfg

MX5 Analog Input 4 Minimum Engineering Unit

MX5 Analog Input 4 Maximum Engineering Unit

Samples MX5 Analog Input 5 Averaging Filter

Counts

*cfg

MX5 Analog Input 5 Raw Input Offset

MX5 Analog Input 5 Raw Input Span

MX5 Analog Input 5 Minimum Engineering Unit

MX5 Analog Input 5 Maximum Engineering Unit

Samples MX5 Analog Input 6 Averaging Filter

Counts MX5 Analog Input 6 Raw Input Offset

MX5 Analog Input 6 Raw Input Span Counts

*cfg

MX5 Analog Input 6 Minimum Engineering Unit

MX5 Analog Input 6 Maximum Engineering Unit

Samples MX5 Analog Input 7 Averaging Filter

Counts

*cfg

Counts

*cfg

MX5 Analog Input 7 Raw Input Offset

MX5 Analog Input 7 Raw Input Span

MX5 Analog Input 7 Minimum Engineering Unit

MX5 Analog Input 7 Maximum Engineering Unit

Samples MX5 Analog Input 8 Averaging Filter

Counts MX5 Analog Input 8 Raw Input Offset

MX5 Analog Input 8 Raw Input Span

Samples

*cfg

Samples

*cfg

MX5 Analog Input 8 Minimum Engineering Unit

MX5 Analog Input 8 Maximum Engineering Unit

Control Loop 1 Output as Scaled Analog Input Averaging

Filter

Not used

Control Loop 1 Output as Scaled Analog Input Minimum

Engineering Unit

(*refer to configuration for engineering unit & data scale)

Control Loop 1 Output as Scaled Analog Input Maximum

Engineering Unit

(*refer to configuration for engineering unit & data scale)

Control Loop 2 Output as Scaled Analog Input Averaging

Filter

Not used

Control Loop 2 Output as Scaled Analog Input Minimum

Engineering Unit

Control Loop 2 Output as Scaled Analog Input Maximum

Engineering Unit

Reg Variable

43145

A_IN_23_MAVG

43146

A_IN_23_OFFSET

43147

A_IN_23_SPAN

43148

A_IN_23_MIN

43149

A_IN_23_MAX

43150

A_IN_24_MAVG

43151

A_IN_24_OFFSET

43152

A_IN_24_SPAN

43153

A_IN_24_MIN

43154

A_IN_24_MAX

43155

A_IN_25_MAVG

43156

A_IN_25_OFFSET

43157

A_IN_25_SPAN

43158

A_IN_25_MIN

43159

A_IN_25_MAX

43160

A_IN_26_MAVG

43161

A_IN_26_OFFSET

43162

A_IN_26_SPAN

43163

A_IN_26_MIN

43164

A_IN_26_MAX

43165

T_IN_01_JK

43166

T_IN_01_ADJUST

43167

T_IN_02_JK

43168

T_IN_02_ADJUST

43169

T_IN_03_JK

43170

T_IN_03_ADJUST

43171

T_IN_04_JK

43172

T_IN_04_ADJUST

43173

T_IN_05_JK

43174

T_IN_05_ADJUST

43175

T_IN_06_JK

43176

T_IN_06_ADJUST

43177

T_IN_07_JK

43178

T_IN_07_ADJUST

43179

T_IN_08_JK

43180

T_IN_08_ADJUST

43181

T_IN_09_JK

43182

T_IN_09_ADJUST

43183

T_IN_10_JK

43184

T_IN_10_ADJUST

43185

T_IN_11_JK

43186

T_IN_11_ADJUST

43187

T_IN_12_JK

43188

T_IN_12_ADJUST

43189

T_IN_13_JK

43190

T_IN_13_ADJUST

43191

T_IN_14_JK

43192

T_IN_14_ADJUST

43193

T_IN_15_JK

43194

T_IN_15_ADJUST

43195

T_IN_16_JK

43196

T_IN_16_ADJUST

43197

T_IN_17_JK

43198

T_IN_17_ADJUST

43199

T_IN_18_JK

43200

T_IN_18_ADJUST

43201

T_IN_19_JK

43202

T_IN_19_ADJUST

Format

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

Units

Samples

*cfg

Samples

*cfg

Samples

*cfg

Samples

*cfg

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

1915623

2019-07-18

Description

Control Loop 3 Output as Scaled Analog Input Averaging

Filter

Not used

Control Loop 3 Output as Scaled Analog Input Minimum

Engineering Unit

Control Loop 3 Output as Scaled Analog Input Maximum

Engineering Unit

Control Loop 4 Output as Scaled Analog Input Averaging

Filter

Not used

Control Loop 4 Output as Scaled Analog Input Minimum

Engineering Unit

Control Loop 4 Output as Scaled Analog Input Maximum

Engineering Unit

Control Loop 5 Output as Scaled Analog Input Averaging

Filter

Not used

Control Loop 5 Output as Scaled Analog Input Minimum

Engineering Unit

Control Loop 5 Output as Scaled Analog Input Maximum

Engineering Unit

Control Loop 6 Output as Scaled Analog Input Averaging

Filter

Not used

Control Loop 6 Output as Scaled Analog Input Minimum

Engineering Unit

Control Loop 6 Output as Scaled Analog Input Maximum

Engineering Unit

Temperature Input 1 Type (0=Type J T/C, 1=Type K T/C,

2=100ohm RTD)

Temperature Input 1 Offset

Temperature Input 2 Type

Temperature Input 2 Offset

Temperature Input 3 Type

Temperature Input 3 Offset

Temperature Input 4 Type

Temperature Input 4 Offset

Temperature Input 5 Type

Temperature Input 5 Offset

Temperature Input 6 Type

Temperature Input 6 Offset

Temperature Input 7 Type

Temperature Input 7 Offset

Temperature Input 8 Type

Temperature Input 8 Offset

MX4 Temperature Input 1 Type (0=Type J T/C, 1=Type K

T/C, 2=100ohm RTD)

MX4 Temperature Input 1 Offset

MX4 Temperature Input 2 Type

MX4 Temperature Input 2 Offset

MX4 Temperature Input 3 Type

MX4 Temperature Input 3 Offset

MX4 Temperature Input 4 Type

MX4 Temperature Input 4 Offset

MX4 Temperature Input 5 Type

MX4 Temperature Input 5 Offset

MX4 Temperature Input 6 Type

MX4 Temperature Input 6 Offset

MX4 Temperature Input 7 Type

MX4 Temperature Input 7 Offset

MX4 Temperature Input 8 Type

MX4 Temperature Input 8 Offset

MX4 Temperature Input 9 Type

MX4 Temperature Input 9 Offset

MX4 Temperature Input 10 Type

MX4 Temperature Input 10 Offset

MX4 Temperature Input 11 Type

MX4 Temperature Input 11 Offset

Reg Variable

43203

T_IN_20_JK

43204

T_IN_20_ADJUST

43205

T_IN_21_JK

43206

T_IN_21_ADJUST

43207

T_IN_22_JK

43208

T_IN_22_ADJUST

43209

T_IN_23_JK

43210

T_IN_23_ADJUST

43211

T_IN_24_JK

43212

T_IN_24_ADJUST

43213

T_IN_25_JK

43214

T_IN_25_ADJUST

43215

T_IN_26_JK

43216

T_IN_26_ADJUST

43217

NUM_CRANK_ATTEMPTS

43218

PORT1_RTU

43219

PORT1_RS232

43220

PORT1_REPLY_DELAY

43221

PORT1_BAUD_RATE

43222

PORT2_RS232

43223

PORT2_REPLY_DELAY

43224

PORT2_BAUD_RATE

43225

MAG_INPUT_TEETH

43226

MAG_INPUT_TEETH_2

43227

CORE_TEMP_OFFSET

43228

CORE_TEMP_OFFSET_2

43229

EXP_TEMP_OFFSET

43230

EXP_TEMP_OFFSET_2

43231

CFG_MAINT_TMR_01

43232

CFG_MAINT_TMR_02

43233

CFG_MAINT_TMR_03

43234

CFG_MAINT_TMR_04

43235

CFG_MAINT_TMR_05

43236

CFG_MAINT_TMR_06

43237

CFG_MAINT_TMR_07

43238

CFG_MAINT_TMR_08

43239

CFG_MAINT_TMR_09

43240

CFG_MAINT_TMR_10

43241

CFG_B1_TMR

43242

CFG_B2_TMR

43243

CFG_C1_TMR

43244

CFG_C2_TMR

43245

CFG_S1_TMR

43246

CFG_S2_TMR

43247

CFG_S3_TMR

43248

CFG_S4_TMR

43249

CFG_NF_TMR

43250

CFG_TEST_TMR

43251

CFG_IGN_ON_DELAY_TMR

43252

CFG_FUEL_ON_DELAY_TMR

43253

CFG_IGN_OFF_DELAY_TMR

43254

CFG_Power_Save_Timer

43255

PANEL_READY_TIMEOUT

43256

PANEL_READY_O1_02

43257

PANEL_READY_O3_04

43258

PANEL_READY_O5_06

43259

PANEL_READY_O7_08

43260

PANEL_READY_O9_10

43261

PANEL_READY_11_12

43262

PANEL_READY_13_14

43263

PANEL_READY_15_16

43264

START_DELAY_TIMEOUT

43265

START_DELAY_O1_02

43266

START_DELAY_O3_04

43267

START_DELAY_O5_06

43268

START_DELAY_O7_08

43269

START_DELAY_O9_10

43270

START_DELAY_11_12

43271

START_DELAY_13_14

43272

START_DELAY_15_16

43273

PREHEAT_TIMEOUT

U16BIT

S16BIT

U16BIT

Format

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

SEC

HRS

SEC

Raw

Raw mS

Raw

Raw mS

Raw

Pulses

°Fx10

HRS

Units

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

°C or F

Raw

1915623

2019-07-18

Description

MX4 Temperature Input 12 Type

MX4 Temperature Input 12 Offset

MX4 Temperature Input 13 Type

MX4 Temperature Input 13 Offset

MX4 Temperature Input 14 Type

MX4 Temperature Input 14 Offset

MX4 Temperature Input 15 Type

MX4 Temperature Input 15 Offset

MX4 Temperature Input 16 Type

MX4 Temperature Input 16 Offset

MX4 Temperature Input 17 Type

MX4 Temperature Input 17 Offset

MX4 Temperature Input 18 Type

MX4 Temperature Input 18 Offset

Engine Crank Attempts/Electric Motor Max Starts/Hour

Port 1 Modbus RTU Slave Address

Port 1 Mode (0=RS485,1=RS232)

Port 1 Modbus Reply Delay

Port 1 Baud (1=9600,2=19200,3=38400,4=57600,5=115200)

Port 2 Mode (0=RS485,1=RS232, 2=USB)

Port 2 Modbus Reply Delay

Port 2 Baud (1=9600,2=19200,3=38400,4=57600,5=115200)

MPU Number of Pulses Per Revolution

MX4/5 MPU Number of Pulses Per Revolution

Cold Junction Sensor 1 Temperature Offset

Cold Junction Sensor 2 Temperature Offset

MX4 Cold Junction Sensor 1 Temperature Offset

MX4 Cold Junction Sensor 2 Temperature Offset

Maintenance Timer 1 Preset

Maintenance Timer 2 Preset

Maintenance Timer 3 Preset

Maintenance Timer 4 Preset

Maintenance Timer 5 Preset

Maintenance Timer 6 Preset

Maintenance Timer 7 Preset

Maintenance Timer 8 Preset

Maintenance Timer 9 Preset

Maintenance Timer 10 Preset

Class B1 Lockout Preset

Class B2 Lockout Preset

Not Used

Class C2 Lockout Preset

Class S1 Lockout Preset

Class S2 Lockout Preset

Class S3 Lockout Preset

Class S4 Lockout Preset

Global NF Class Lockout Preset

Test Timer Preset

Ignition On Delay Preset

Fuel On Delay Preset

Ignition Off Delay Preset

Power Save Time Preset

State 1 Timer Preset

State 1 Control Output 1/2 Values 0-100 (1 byte per output)

State 1 Control Output 3/4 Values 0-100 (1 byte per output)

State 1 Control Output 5/6 Values 0-100 (1 byte per output)

State 1 Control Output 7/8 Values 0-100 (1 byte per output)

State 1 Control Output 9/10 Values 0-100 (1 byte per output)

State 1 Control Output 11/12 Values 0-100 (1 byte per output)

State 1 Control Output 13/14 Values 0-100 (1 byte per output)

State 1 Control Output 15/16 Values 0-100 (1 byte per output)

State 2 Timer Preset

State 2 Control Output 1/2 Values 0-100 (1 byte per output)

State 2 Control Output 3/4 Values 0-100 (1 byte per output)

State 2 Control Output 5/6 Values 0-100 (1 byte per output)

State 2 Control Output 7/8 Values 0-100 (1 byte per output)

State 2 Control Output 9/10 Values 0-100 (1 byte per output)

State 2 Control Output 11/12 Values 0-100 (1 byte per output)

State 2 Control Output 13/14 Values 0-100 (1 byte per output)

State 2 Control Output 15/16 Values 0-100 (1 byte per output)

State 3 Timer Preset

Reg Variable

43274

PREHEAT_O1_02

43275

PREHEAT_O3_04

43276

PREHEAT_O5_06

43277

PREHEAT_O7_08

43278

PREHEAT_O9_10

43279

PREHEAT_11_12

43280

PREHEAT_13_14

43281

PREHEAT_15_15

43282

PRELUBE_TIMEOUT

43283

PRELUBE_O1

43284

PRELUBE_O2

43285

PRELUBE_O3

43286

PRELUBE_O4

43287

PRELUBE_O5

43288

PRELUBE_O6

43289

PRELUBE_O7

43290

PRELUBE_O8

43291

START_VALVE_TIMEOUT

43292

START_VALVE_O1

43293

START_VALVE_O2

43294

START_VALVE_O3

43295

START_VALVE_O4

43296

START_VALVE_O5

43297

START_VALVE_O6

43298

START_VALVE_O7

43299

START_VALVE_O8

43300

CRANK_STOP_TIMEOUT

43301

CRANK_STOP_O1

43302

CRANK_STOP_O2

43303

CRANK_STOP_O3

43304

CRANK_STOP_O4

43305

CRANK_STOP_O5

43306

CRANK_STOP_O6

43307

CRANK_STOP_O7

43308

CRANK_STOP_O8

43309

CRANK_TIMEOUT

43310

CRANK_O1

43311

CRANK_O2

43312

CRANK_O3

43313

CRANK_O4

43314

CRANK_O5

43315

CRANK_O6

43316

CRANK_O7

43317

CRANK_O8

43318

CRANK_REST_TIMEOUT

43319

CRANK_REST_O1

43320

CRANK_REST_O2

43321

CRANK_REST_O3

43322

CRANK_REST_O4

43323

CRANK_REST_O5

43324

CRANK_REST_O6

43325

CRANK_REST_O7

43326

CRANK_REST_O8

43327

MOTOR_ON_TIMEOUT

43328

MOTOR_ON_O1

43329

MOTOR_ON_O2

43330

MOTOR_ON_O3

43331

MOTOR_ON_O4

43332

MOTOR_ON_O5

43333

MOTOR_ON_O6

43334

MOTOR_ON_O7

43335

MOTOR_ON_O8

43336

WARMUP_TIMEOUT

43337

WARMUP_O1

43338

WARMUP_O2

43339

WARMUP_O3

43340

WARMUP_O4

43341

WARMUP_O5

43342

WARMUP_O6

U16BIT

Format

U16BIT

SEC

Units

1915623

2019-07-18

Description

State 3 Control Output 1/2 Values 0-100 (1 byte per output)

State 3 Control Output 3/4 Values 0-100 (1 byte per output)

State 3 Control Output 5/6 Values 0-100 (1 byte per output)

State 3 Control Output 7/8 Values 0-100 (1 byte per output)

State 3 Control Output 9/10 Values 0-100 (1 byte per output)

State 3 Control Output 11/12 Values 0-100 (1 byte per output)

State 3 Control Output 13/14 Values 0-100 (1 byte per output)

State 3 Control Output 15/16 Values 0-100 (1 byte per output)

State 4 Timer Preset

State 4 Control Output 1/2 Values 0-100 (1 byte per output)

State 4 Control Output 3/4 Values 0-100 (1 byte per output)

State 4 Control Output 5/6 Values 0-100 (1 byte per output)

State 4 Control Output 7/8 Values 0-100 (1 byte per output)

State 4 Control Output 9/10 Values 0-100 (1 byte per output)

State 4 Control Output 11/12 Values 0-100 (1 byte per output)

State 4 Control Output 13/14 Values 0-100 (1 byte per output)

State 4 Control Output 15/16 Values 0-100 (1 byte per output)

State 5 Timer Preset

State 5 Control Output 1/2 Values 0-100 (1 byte per output)

State 5 Control Output 3/4 Values 0-100 (1 byte per output)

State 5 Control Output 5/6 Values 0-100 (1 byte per output)

State 5 Control Output 7/8 Values 0-100 (1 byte per output)

State 5 Control Output 9/10 Values 0-100 (1 byte per output)

State 5 Control Output 11/12 Values 0-100 (1 byte per output)

State 5 Control Output 13/14 Values 0-100 (1 byte per output)

State 5 Control Output 15/16 Values 0-100 (1 byte per output)

State 6 Timer Preset

State 6 Control Output 1/2 Values 0-100 (1 byte per output)

State 6 Control Output 3/4 Values 0-100 (1 byte per output)

State 6 Control Output 5/6 Values 0-100 (1 byte per output)

State 6 Control Output 7/8 Values 0-100 (1 byte per output)

State 6 Control Output 9/10 Values 0-100 (1 byte per output)

State 6 Control Output 11/12 Values 0-100 (1 byte per output)

State 6 Control Output 13/14 Values 0-100 (1 byte per output)

State 6 Control Output 15/16 Values 0-100 (1 byte per output)

State 7 Timer Preset

State 7 Control Output 1/2 Values 0-100 (1 byte per output)

State 7 Control Output 3/4 Values 0-100 (1 byte per output)

State 7 Control Output 5/6 Values 0-100 (1 byte per output)

State 7 Control Output 7/8 Values 0-100 (1 byte per output)

State 7 Control Output 9/10 Values 0-100 (1 byte per output)

State 7 Control Output 11/12 Values 0-100 (1 byte per output)

State 7 Control Output 13/14 Values 0-100 (1 byte per output)

State 7 Control Output 15/16 Values 0-100 (1 byte per output)

State 8 Timer Preset

State 8 Control Output 1/2 Values 0-100 (1 byte per output)

State 8 Control Output 3/4 Values 0-100 (1 byte per output)

State 8 Control Output 5/6 Values 0-100 (1 byte per output)

State 8 Control Output 7/8 Values 0-100 (1 byte per output)

State 8 Control Output 9/10 Values 0-100 (1 byte per output)

State 8 Control Output 11/12 Values 0-100 (1 byte per output)

State 8 Control Output 13/14 Values 0-100 (1 byte per output)

State 8 Control Output 15/16 Values 0-100 (1 byte per output)

State 9 Timer Preset

State 9 Control Output 1/2 Values 0-100 (1 byte per output)

State 9 Control Output 3/4 Values 0-100 (1 byte per output)

State 9 Control Output 5/6 Values 0-100 (1 byte per output)

State 9 Control Output 7/8 Values 0-100 (1 byte per output)

State 9 Control Output 9/10 Values 0-100 (1 byte per output)

State 9 Control Output 11/12 Values 0-100 (1 byte per output)

State 9 Control Output 13/14 Values 0-100 (1 byte per output)

State 9 Control Output 15/16 Values 0-100 (1 byte per output)

State 10 Timer Preset

State 10 Control Output 1/2 Values 0-100 (1 byte per output)

State 10 Control Output 3/4 Values 0-100 (1 byte per output)

State 10 Control Output 5/6 Values 0-100 (1 byte per output)

State 10 Control Output 7/8 Values 0-100 (1 byte per output)

State 10 Control Output 9/10 Values 0-100 (1 byte per output)

State 10 Control Output 11/12 Values 0-100 (1 byte per output)

Reg Variable

43343

WARMUP_O7

43344

WARMUP_O8

43345

LOAD_SEQ_1_TIMEOUT

43346

LOAD_SEQ_1_01

43347

LOAD_SEQ_1_02

43348

LOAD_SEQ_1_03

43349

LOAD_SEQ_1_04

43350

LOAD_SEQ_1_05

43351

LOAD_SEQ_1_06

43352

LOAD_SEQ_1_07

43353

LOAD_SEQ_1_08

43354

LOAD_SEQ_2_TIMEOUT

43355

LOAD_SEQ_2_01

43356

LOAD_SEQ_2_02

43357

LOAD_SEQ_2_03

43358

LOAD_SEQ_2_04

43359

LOAD_SEQ_2_05

43360

LOAD_SEQ_2_06

43361

LOAD_SEQ_2_07

43362

LOAD_SEQ_2_08

43363

LOAD_SEQ_3_TIMEOUT

43364

LOAD_SEQ_3_01

43365

LOAD_SEQ_3_02

43366

LOAD_SEQ_3_03

43367

LOAD_SEQ_3_04

43368

LOAD_SEQ_3_05

43369

LOAD_SEQ_3_06

43370

LOAD_SEQ_3_07

43371

LOAD_SEQ_3_08

43372

LOAD_SEQ_4_TIMEOUT

43373

LOAD_SEQ_4_01

43374

LOAD_SEQ_4_02

43375

LOAD_SEQ_4_03

43376

LOAD_SEQ_4_04

43377

LOAD_SEQ_4_05

43378

LOAD_SEQ_4_06

43379

LOAD_SEQ_4_07

43380

LOAD_SEQ_4_08

43381

WAIT_FOR_LOAD_TIMEOUT

43382

WAIT_FOR_LOAD_O1

43383

WAIT_FOR_LOAD_O2

43384

WAIT_FOR_LOAD_O3

43385

WAIT_FOR_LOAD_O4

43386

WAIT_FOR_LOAD_O5

43387

WAIT_FOR_LOAD_O6

43388

WAIT_FOR_LOAD_O7

43389

WAIT_FOR_LOAD_O8

43390

RUN_LOADED_TIMEOUT

43391

RUN_LOADED_O1

43392

RUN_LOADED_O2

43393

RUN_LOADED_O3

43394

RUN_LOADED_O4

43395

RUN_LOADED_O5

43396

RUN_LOADED_O6

U16BIT

Format

U16BIT

SEC

Units

SEC

1915623

2019-07-18

Description

State 10 Control Output 13/14 Values 0-100 (1 byte per output)

State 10 Control Output 15/16 Values 0-100 (1 byte per output)

State 11 Timer Preset

State 11 Control Output 1/2 Values 0-100 (1 byte per output)

State 11 Control Output 3/4 Values 0-100 (1 byte per output)

State 11 Control Output 5/6 Values 0-100 (1 byte per output)

State 11 Control Output 7/8 Values 0-100 (1 byte per output)

State 11 Control Output 9/10 Values 0-100 (1 byte per output)

State 11 Control Output 11/12 Values 0-100 (1 byte per output)

State 11 Control Output 13/14 Values 0-100 (1 byte per output)

State 11 Control Output 15/16 Values 0-100 (1 byte per output)

State 12 Timer Preset

State 12 Control Output 1/2 Values 0-100 (1 byte per output)

State 12 Control Output 3/4 Values 0-100 (1 byte per output)

State 12 Control Output 5/6 Values 0-100 (1 byte per output)

State 12 Control Output 7/8 Values 0-100 (1 byte per output)

State 12 Control Output 9/10 Values 0-100 (1 byte per output)

State 12 Control Output 11/12 Values 0-100 (1 byte per output)

State 12 Control Output 13/14 Values 0-100 (1 byte per output)

State 12 Control Output 15/16 Values 0-100 (1 byte per output)

State 13 Timer Preset

State 13 Control Output 1/2 Values 0-100 (1 byte per output)

State 13 Control Output 3/4 Values 0-100 (1 byte per output)

State 13 Control Output 5/6 Values 0-100 (1 byte per output)

State 13 Control Output 7/8 Values 0-100 (1 byte per output)

State 13 Control Output 9/10 Values 0-100 (1 byte per output)

State 13 Control Output 11/12 Values 0-100 (1 byte per output)

State 13 Control Output 13/14 Values 0-100 (1 byte per output)

State 13 Control Output 15/16 Values 0-100 (1 byte per output)

State 14 Timer Preset

State 14 Control Output 1/2 Values 0-100 (1 byte per output)

State 14 Control Output 3/4 Values 0-100 (1 byte per output)

State 14 Control Output 5/6 Values 0-100 (1 byte per output)

State 14 Control Output 7/8 Values 0-100 (1 byte per output)

State 14 Control Output 9/10 Values 0-100 (1 byte per output)

State 14 Control Output 11/12 Values 0-100 (1 byte per output)

State 14 Control Output 13/14 Values 0-100 (1 byte per output)

State 14 Control Output 15/16 Values 0-100 (1 byte per output)

State 15 Timer Preset

State 15 Control Output 1/2 Values 0-100 (1 byte per output)

State 15 Control Output 3/4 Values 0-100 (1 byte per output)

State 15 Control Output 5/6 Values 0-100 (1 byte per output)

State 15 Control Output 7/8 Values 0-100 (1 byte per output)

State 15 Control Output 9/10 Values 0-100 (1 byte per output)

State 15 Control Output 11/12 Values 0-100 (1 byte per output)

State 15 Control Output 13/14 Values 0-100 (1 byte per output)

State 15 Control Output 15/16 Values 0-100 (1 byte per output)

State 16 Timer Preset

State 16 Control Output 1/2 Values 0-100 (1 byte per output)

State 16 Control Output 3/4 Values 0-100 (1 byte per output)

State 16 Control Output 5/6 Values 0-100 (1 byte per output)

State 16 Control Output 7/8 Values 0-100 (1 byte per output)

State 16 Control Output 9/10 Values 0-100 (1 byte per output)

State 16 Control Output 11/12 Values 0-100 (1 byte per output)

Reg Variable

43397

RUN_LOADED_O7

43398

RUN_LOADED_O8

43399

COOLDOWN_TIMEOUT

43400

COOLDOWN_O1

43401

COOLDOWN_O2

43402

COOLDOWN_O3

43403

COOLDOWN_O4

43404

COOLDOWN_O5

43405

COOLDOWN_O6

43406

COOLDOWN_O7

43407

COOLDOWN_O8

43408

STOP_ENGINE_TIMEOUT

43409

STOP_ENGINE_O1

43410

STOP_ENGINE_O2

43411

STOP_ENGINE_O3

43412

STOP_ENGINE_O4

43413

STOP_ENGINE_O5

43414

STOP_ENGINE_O6

43415

STOP_ENGINE_O7

43416

STOP_ENGINE_O8

43417

MOTOR_OFF_TIMEOUT

43418

MOTOR_OFF_O1

43419

MOTOR_OFF_O2

43420

MOTOR_OFF_O3

43421

MOTOR_OFF_O4

43422

MOTOR_OFF_O5

43423

MOTOR_OFF_O6

43424

MOTOR_OFF_O7

43425

MOTOR_OFF_O8

43426

STOP_VALVE_TIMEOUT

43427

STOP_VALVE_O1

43428

STOP_VALVE_O2

43429

STOP_VALVE_O3

43430

STOP_VALVE_O4

43431

STOP_VALVE_O5

43432

STOP_VALVE_O6

43433

STOP_VALVE_O7

43434

STOP_VALVE_O8

43435

POSTLUBE_TIMEOUT

43436

POSTLUBE_O1

43437

POSTLUBE_O2

43438

POSTLUBE_O3

43439

POSTLUBE_O4

43440

POSTLUBE_O5

43441

POSTLUBE_O6

43442

POSTLUBE_O7

43443

POSTLUBE_O8

43444

RESTART_DELAY_TIMEOUT

43445

RESTART_DELAY_O1

43446

RESTART_DELAY_O2

43447

RESTART_DELAY_O3

43448

RESTART_DELAY_O4

43449

RESTART_DELAY_O5

43450

RESTART_DELAY_O6

U16BIT

Format

U16BIT

SEC

Units

SEC

1915623

2019-07-18

Description

State 16 Control Output 13/14 Values 0-100 (1 byte per output)

State 16 Control Output 15/16 Values 0-100 (1 byte per output)

State 17 Timer Preset

State 17 Control Output 1/2 Values 0-100 (1 byte per output)

State 17 Control Output 3/4 Values 0-100 (1 byte per output)

State 17 Control Output 5/6 Values 0-100 (1 byte per output)

State 17 Control Output 7/8 Values 0-100 (1 byte per output)

State 17 Control Output 9/10 Values 0-100 (1 byte per output)

State 17 Control Output 11/12 Values 0-100 (1 byte per output)

State 17 Control Output 13/14 Values 0-100 (1 byte per output)

State 17 Control Output 15/16 Values 0-100 (1 byte per output)

State 18 Timer Preset

State 18 Control Output 1/2 Values 0-100 (1 byte per output)

State 18 Control Output 3/4 Values 0-100 (1 byte per output)

State 18 Control Output 5/6 Values 0-100 (1 byte per output)

State 18 Control Output 7/8 Values 0-100 (1 byte per output)

State 18 Control Output 9/10 Values 0-100 (1 byte per output)

State 18 Control Output 11/12 Values 0-100 (1 byte per output)

State 18 Control Output 13/14 Values 0-100 (1 byte per output)

State 18 Control Output 15/16 Values 0-100 (1 byte per output)

State 19 Timer Preset

State 19 Control Output 1/2 Values 0-100 (1 byte per output)

State 19 Control Output 3/4 Values 0-100 (1 byte per output)

State 19 Control Output 5/6 Values 0-100 (1 byte per output)

State 19 Control Output 7/8 Values 0-100 (1 byte per output)

State 19 Control Output 9/10 Values 0-100 (1 byte per output)

State 19 Control Output 11/12 Values 0-100 (1 byte per output)

State 19 Control Output 13/14 Values 0-100 (1 byte per output)

State 19 Control Output 15/16 Values 0-100 (1 byte per output)

State 20 Timer Preset

State 20 Control Output 1/2 Values 0-100 (1 byte per output)

State 20 Control Output 3/4 Values 0-100 (1 byte per output)

State 20 Control Output 5/6 Values 0-100 (1 byte per output)

State 20 Control Output 7/8 Values 0-100 (1 byte per output)

State 20 Control Output 9/10 Values 0-100 (1 byte per output)

State 20 Control Output 11/12 Values 0-100 (1 byte per output)

State 20 Control Output 13/14 Values 0-100 (1 byte per output)

State 20 Control Output 15/16 Values 0-100 (1 byte per output)

State 21 Timer Preset

State 21 Control Output 1/2 Values 0-100 (1 byte per output)

State 21 Control Output 3/4 Values 0-100 (1 byte per output)

State 21 Control Output 5/6 Values 0-100 (1 byte per output)

State 21 Control Output 7/8 Values 0-100 (1 byte per output)

State 21 Control Output 9/10 Values 0-100 (1 byte per output)

State 21 Control Output 11/12 Values 0-100 (1 byte per output)

State 21 Control Output 13/14 Values 0-100 (1 byte per output)

State 21 Control Output 15/16 Values 0-100 (1 byte per output)

State 22 Timer Preset

State 22 Control Output 1/2 Values 0-100 (1 byte per output)

State 22 Control Output 3/4 Values 0-100 (1 byte per output)

State 22 Control Output 5/6 Values 0-100 (1 byte per output)

State 22 Control Output 7/8 Values 0-100 (1 byte per output)

State 22 Control Output 9/10 Values 0-100 (1 byte per output)

State 22 Control Output 11/12 Values 0-100 (1 byte per output)

Reg Variable

43451

RESTART_DELAY_O7

43452

RESTART_DELAY_O8

43453

SHUTDOWN_TIMEOUT

43454

SHUTDOWN_O1

43455

SHUTDOWN_O2

43456

SHUTDOWN_O3

43457

SHUTDOWN_O4

43458

SHUTDOWN_O5

43459

SHUTDOWN_O6

43460

SHUTDOWN_O7

43461

SHUTDOWN_O8

43462

CTL_O1_INC_MAX_ON

43463

CTL_O1_INC_OFF

43464

CTL_O1_INC_ON_DEC_TO_INC

43465

CTL_O1_INC_OFF_DEC_TO_INC

43466

CTL_O1_DEC_MAX_ON

43467

CTL_O1_DEC_OFF

43468

CTL_O1_DEC_ON_INC_TO_DEC

43469

CTL_O1_DEC_OFF_INC_TO_DEC

43470

CTL_O1_TRANS_RATE_OF_INC

43471

CTL_O1_TRANS_RATE_OF_DEC

43472

CTL_O2_INC_MAX_ON

43473

CTL_O2_INC_OFF

43474

CTL_O2_INC_ON_DEC_TO_INC

43475

CTL_O2_INC_OFF_DEC_TO_INC

43476

CTL_O2_DEC_MAX_ON

43477

CTL_O2_DEC_OFF

43478

CTL_O2_DEC_ON_INC_TO_DEC

43479

CTL_O2_DEC_OFF_INC_TO_DEC

43480

CTL_O2_TRANS_RATE_OF_INC

43481

CTL_O2_TRANS_RATE_OF_DEC

43482

CTL_O3_INC_MAX_ON

43483

CTL_O3_INC_OFF

43484

CTL_O3_INC_ON_DEC_TO_INC

43485

CTL_O3_INC_OFF_DEC_TO_INC

43486

CTL_O3_DEC_MAX_ON

43487

CTL_O3_DEC_OFF

43488

CTL_O3_DEC_ON_INC_TO_DEC

43489

CTL_O3_DEC_OFF_INC_TO_DEC

43490

CTL_O3_TRANS_RATE_OF_INC

43491

CTL_O3_TRANS_RATE_OF_DEC

43492

CTL_O4_INC_MAX_ON

43493

CTL_O4_INC_OFF

43494

CTL_O4_INC_ON_DEC_TO_INC

43495

CTL_O4_INC_OFF_DEC_TO_INC

43496

CTL_O4_DEC_MAX_ON

43497

CTL_O4_DEC_OFF

43498

CTL_O4_DEC_ON_INC_TO_DEC

43499

CTL_O4_DEC_OFF_INC_TO_DEC

43500

CTL_O4_TRANS_RATE_OF_INC

43501

CTL_O4_TRANS_RATE_OF_DEC

43502

CTL_O5_INC_MAX_ON

43503

CTL_O5_INC_OFF

43504

CTL_O5_INC_ON_DEC_TO_INC

43505

CTL_O5_INC_OFF_DEC_TO_INC

43506

CTL_O5_DEC_MAX_ON

43507

CTL_O5_DEC_OFF

43508

CTL_O5_DEC_ON_INC_TO_DEC

43509

CTL_O5_DEC_OFF_INC_TO_DEC

43510

CTL_O5_TRANS_RATE_OF_INC

43511

CTL_O5_TRANS_RATE_OF_DEC

43512

CTL_O6_INC_MAX_ON

43513

CTL_O6_INC_OFF

43514

CTL_O6_INC_ON_DEC_TO_INC

43515

CTL_O6_INC_OFF_DEC_TO_INC

43516

CTL_O6_DEC_MAX_ON

43517

CTL_O6_DEC_OFF

1915623

2019-07-18

Format

U16BIT

Units

SEC

Description

State 22 Control Output 13/14 Values 0-100 (1 byte per output)

State 22 Control Output 15/16 Values 0-100 (1 byte per output)

State 23 Timer Preset

State 23 Control Output 1/2 Values 0-100 (1 byte per output)

State 23 Control Output 3/4 Values 0-100 (1 byte per output)

State 23 Control Output 5/6 Values 0-100 (1 byte per output)

State 23 Control Output 7/8 Values 0-100 (1 byte per output)

State 23 Control Output 9/10 Values 0-100 (1 byte per output)

State 23 Control Output 11/12 Values 0-100 (1 byte per output)

State 23 Control Output 13/14 Values 0-100 (1 byte per output)

State 23 Control Output 15/16 Values 0-100 (1 byte per

U16BIT

% output)

1/20SEC Control Loop 1 Pulse Behavior-Increase Max On Time

1/20SEC Increase Off/Sample Time

1/20SEC Decrease to Increase Reverse Pulse On Time

1/20SEC Decrease to Increase Reverse Pulse Off Time

1/20SEC Decrease Max On Time

1/20SEC Decrease Off/Sample Time

1/20SEC Increase to Decrease Reverse Pulse On Time

1/20SEC Increase to Decrease Reverse Pulse Off Time

U16BIT %x100/qs Maximum Rate of Increase

U16BIT %x100/qs Maximum Rate of Decrease

U16BIT 1/20SEC Control Loop 2 Pulse Behavior-Increase Max On Time

1/20SEC Increase Off/Sample Time U16BIT

U16BIT

1/20SEC Decrease to Increase Reverse Pulse On Time

1/20SEC Decrease to Increase Reverse Pulse Off Time

1/20SEC Decrease Max On Time

1/20SEC Decrease Off/Sample Time U16BIT

U16BIT

1/20SEC Increase to Decrease Reverse Pulse On Time

1/20SEC Increase to Decrease Reverse Pulse Off Time

U16BIT %x100/qs Maximum Rate of Increase

U16BIT %x100/qs Maximum Rate of Decrease

U16BIT

1/20SEC Control Loop 3 Pulse Behavior-Increase Max On Time

1/20SEC Increase Off/Sample Time

1/20SEC Decrease to Increase Reverse Pulse On Time

1/20SEC Decrease to Increase Reverse Pulse Off Time

1/20SEC Decrease Max On Time

1/20SEC Decrease Off/Sample Time U16BIT

U16BIT

1/20SEC Increase to Decrease Reverse Pulse On Time

1/20SEC Increase to Decrease Reverse Pulse Off Time

U16BIT %x100/qs Maximum Rate of Increase

U16BIT %x100/qs Maximum Rate of Decrease

U16BIT

1/20SEC Control Loop 4 Pulse Behavior-Increase Max On Time

1/20SEC Increase Off/Sample Time

1/20SEC Decrease to Increase Reverse Pulse On Time

1/20SEC Decrease to Increase Reverse Pulse Off Time

1/20SEC Decrease Max On Time

1/20SEC Decrease Off/Sample Time U16BIT

U16BIT

1/20SEC Increase to Decrease Reverse Pulse On Time

1/20SEC Increase to Decrease Reverse Pulse Off Time

U16BIT %x100/qs Maximum Rate of Increase

U16BIT %x100/qs Maximum Rate of Decrease

U16BIT

1/20SEC Control Loop 5 Pulse Behavior-Increase Max On Time

1/20SEC Increase Off/Sample Time

1/20SEC

Decrease to Increase Reverse Pulse On Time

Decrease to Increase Reverse Pulse Off Time

Decrease Max On Time

Decrease Off/Sample Time

1/20SEC Increase to Decrease Reverse Pulse On Time

1/20SEC Increase to Decrease Reverse Pulse Off Time

U16BIT %x100/q s Maximum Rate of Increase

U16BIT %x100/qs Maximum Rate of Decrease

U16BIT

1/20SEC Control Loop 6 Pulse Behavior-Increase Max On Time

1/20SEC Increase Off/Sample Time

1/20SEC

Decrease to Increase Reverse Pulse On Time

Decrease to Increase Reverse Pulse Off Time

Decrease Max On Time

Decrease Off/Sample Time

Reg Variable

43518

CTL_O6_DEC_ON_INC_TO_DEC

43519

CTL_O6_DEC_OFF_INC_TO_DEC

43520

CTL_O6_TRANS_RATE_OF_INC

43521

CTL_O6_TRANS_RATE_OF_DEC

43522

PID_1_OVR_RAMP_TIME_1

43523

PID_1_OVR_RAMP_TIME_2

43524

PID_1_OVR_RAMP_TIME_3

43525

PID_1_OVR_RAMP_AMOUNT_1

43526

PID_1_OVR_RAMP_AMOUNT_2

43527

PID_1_OVR_RAMP_AMOUNT_3

43528

PID_1_RAMP_TIME

43529

NOT_USED_PLACE_HOLDER

43530

PID_1_SETPOINT

43531

PID_1_DEADBAND

43532

PID_1_MIN_OUT

43533

PID_1_MAX_OUT

43534

PID_1_PROPORTIONAL

43535

PID_1_INTEGRAL

43536

PID_1_DERIVATIVE

43537

PID_2_OVR_RAMP_TIME_1

43538

PID_2_OVR_RAMP_TIME_2

43539

PID_2_OVR_RAMP_TIME_3

43540

PID_2_OVR_RAMP_AMOUNT_1

43541

PID_2_OVR_RAMP_AMOUNT_2

43542

PID_2_OVR_RAMP_AMOUNT_3

43543

PID_2_RAMP_TIME

43544

NOT_USED_PLACE_HOLDER

43545

PID_2_SETPOINT

43546

PID_2_DEADBAND

43547

PID_2_MIN_OUT

43548

PID_2_MAX_OUT

43549

PID_2_PROPORTIONAL

43550

PID_2_INTEGRAL

43551

PID_2_DERIVATIVE

43552

PID_3_OVR_RAMP_TIME_1

43553

PID_3_OVR_RAMP_TIME_2

43554

PID_3_OVR_RAMP_TIME_3

43555

PID_3_OVR_RAMP_AMOUNT_1

43556

PID_3_OVR_RAMP_AMOUNT_2

43557

PID_3_OVR_RAMP_AMOUNT_3

43558

PID_3_RAMP_TIME

43559

NOT_USED_PLACE_HOLDER

43560

PID_3_SETPOINT

43561

PID_3_DEADBAND

43562

PID_3_MIN_OUT

43563

PID_3_MAX_OUT

43564

PID_3_PROPORTIONAL

43565

PID_3_INTEGRAL

43566

PID_3_DERIVATIVE

43567

PID_4_OVR_RAMP_TIME_1

43568

PID_4_OVR_RAMP_TIME_2

43569

PID_4_OVR_RAMP_TIME_3

43570

PID_4_OVR_RAMP_AMOUNT_1

43571

PID_4_OVR_RAMP_AMOUNT_2

43572

PID_4_OVR_RAMP_AMOUNT_3

43573

PID_4_RAMP_TIME

43574

NOT_USED_PLACE_HOLDER

43575

PID_4_SETPOINT

43576

PID_4_DEADBAND

43577

PID_4_MIN_OUT

43578

PID_4_MAX_OUT

43579

PID_4_PROPORTIONAL

43580

PID_4_INTEGRAL

43581

PID_4_DERIVATIVE

43582

PID_5_OVR_RAMP_TIME_1

43583

PID_5_OVR_RAMP_TIME_2

43584

PID_5_OVR_RAMP_TIME_3

43585

PID_5_OVR_RAMP_AMOUNT_1

43586

PID_5_OVR_RAMP_AMOUNT_2

43587

PID_5_OVR_RAMP_AMOUNT_3

43588

PID_5_RAMP_TIME

Format

U16BIT

Units Description

1/20SEC Increase to Decrease Reverse Pulse On Time

U16BIT 1/20SEC Increase to Decrease Reverse Pulse Off Time

U16BIT %x100/q s Maximum Rate of Increase

U16BIT %x100/qs Maximum Rate of Decrease

U16BIT 1/20SEC Control Loop 1 Override 1 Ramp Time

1/20SEC Control Loop 1 Override 2 Ramp Time U16BIT

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

1/20SEC

%x100

*cfg

%x100

%x100 x100

Control Loop 1 Override 3 Ramp Time

Control Loop 1 Override 1 Ramp Amount

Control Loop 1 Override 2 Ramp Amount

Control Loop 1 Override 3 Ramp Amount

Control Loop 1 Loop time

Control Loop 1 Setpoint

Control Loop 1 Deadband

Control Loop 1 Minimum Output

Control Loop 1 Maximum Output

Control Loop 1 Proportional

U16BIT %x100/SEC Control Loop 1 Integral

U16BIT %x100/SEC Control Loop 1 Derivative

U16BIT

S16BIT

U16BIT

S16BIT

1/20SEC Control Loop 2 Override 1 Ramp Time

1/20SEC

%x100

*cfg

%x100

Control Loop 2 Override 2 Ramp Time

Control Loop 2 Override 3 Ramp Time

Control Loop 2 Override 1 Ramp Amount

Control Loop 2 Override 2 Ramp Amount

Control Loop 2 Override 3 Ramp Amount

Control Loop 2 Loop time

U16BIT

Control Loop 2 Setpoint

Control Loop 2 Deadband

Control Loop 2 Minimum Output x100

Control Loop 2 Maximum Output

Control Loop 2 Proportional

U16BIT %x100/SEC Control Loop 2 Integral

U16BIT %x100/SEC Control Loop 2 Derivative

U16BIT

S16BIT

1/20SEC Control Loop 3 Override 1 Ramp Time

1/20SEC Control Loop 3 Override 2 Ramp Time

1/20SEC Control Loop 3 Override 3 Ramp Time

%x100

Control Loop 3 Override 1 Ramp Amount

Control Loop 3 Override 2 Ramp Amount

Control Loop 3 Override 3 Ramp Amount

Control Loop 3 Loop time

Control Loop 3 Setpoint

Control Loop 3 Deadband

Control Loop 3 Minimum Output

Control Loop 3 Maximum Output

Control Loop 3 Proportional

S16BIT

U16BIT

S16BIT

U16BIT

*cfg

%x100

%x100 x100

U16BIT %x100/SEC Control Loop 3 Integral

U16BIT %x100/SEC Control Loop 3 Derivative

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

1/20SEC Control Loop 4 Override 1 Ramp Time

1/20SEC Control Loop 4 Override 2 Ramp Time

1/20SEC Control Loop 4 Override 3 Ramp Time

%x100

*cfg

%x100

Control Loop 4 Override 1 Ramp Amount

Control Loop 4 Override 2 Ramp Amount

Control Loop 4 Override 3 Ramp Amount

Control Loop 4 Loop time x100

Control Loop 4 Setpoint

Control Loop 4 Deadband

Control Loop 4 Minimum Output

Control Loop 4 Maximum Output

Control Loop 4 Proportional

U16BIT %x100/SEC Control Loop 4 Integral

U16BIT %x100/SEC Control Loop 4 Derivative

U16BIT

S16BIT

U16BIT

1/20SEC Control Loop 5 Override 1 Ramp Time

1/20SEC Control Loop 5 Override 2 Ramp Time

1/20SEC

%x100

Control Loop 5 Override 3 Ramp Time

Control Loop 5 Override 1 Ramp Amount

Control Loop 5 Override 2 Ramp Amount

Control Loop 5 Override 3 Ramp Amount

Control Loop 5 Loop time

1915623

2019-07-18

Reg Variable

43589

NOT_USED_PLACE_HOLDER

43590

PID_5_SETPOINT

43591

PID_5_DEADBAND

43592

PID_5_MIN_OUT

43593

PID_5_MAX_OUT

43594

PID_5_PROPORTIONAL

43595

PID_5_INTEGRAL

43596

PID_5_DERIVATIVE

43597

PID_6_OVR_RAMP_TIME_1

43598

PID_6_OVR_RAMP_TIME_2

43599

PID_6_OVR_RAMP_TIME_3

43600

PID_6_OVR_RAMP_AMOUNT_1

43601

PID_6_OVR_RAMP_AMOUNT_2

43602

PID_6_OVR_RAMP_AMOUNT_3

43603

PID_6_RAMP_TIME

43604

NOT_USED_PLACE_HOLDER

43605

PID_6_SETPOINT

43606

PID_6_DEADBAND

43607

PID_6_MIN_OUT

43608

PID_6_MAX_OUT

43609

PID_6_PROPORTIONAL

43610

PID_6_INTEGRAL

43611

PID_6_DERIVATIVE

43612

I_OUT_01_16_NC

43613

A_OUT_01_OFFSET

43614

A_OUT_01_SPAN

43615

A_OUT_02_OFFSET

43616

A_OUT_02_SPAN

43617

A_OUT_03_OFFSET

43618

A_OUT_03_SPAN

43619

A_OUT_04_OFFSET

43620

A_OUT_04_SPAN

43621

A_OUT_05_OFFSET

43622

A_OUT_05_SPAN

43623

A_OUT_06_OFFSET

43624

A_OUT_06_SPAN

43625

COOLDOWN_RPM

43626

WARMUP_RPM

43627

WAIT_FOR_LOAD_RPM

43628

RUN_LOADED_RPM

43629

ARMING CLASS_FAULT_001

43630

ARMING CLASS_FAULT_002

43631

ARMING CLASS_FAULT_003

43632

ARMING CLASS_FAULT_004

43633

ARMING CLASS_FAULT_005

43634

ARMING CLASS_FAULT_006

43635

ARMING CLASS_FAULT_007

43636

ARMING CLASS_FAULT_008

43637

ARMING CLASS_FAULT_009

43638

ARMING CLASS_FAULT_010

43639

ARMING CLASS_FAULT_011

43640

ARMING CLASS_FAULT_012

43641

ARMING CLASS_FAULT_013

43642

ARMING CLASS_FAULT_014

43643

ARMING CLASS_FAULT_015

43644

ARMING CLASS_FAULT_016

43645

ARMING CLASS_FAULT_017

43646

ARMING CLASS_FAULT_018

1915623

2019-07-18

U16BIT

Format

S16BIT

U16BIT

Units

*cfg

Description

Control Loop 5 Setpoint

Control Loop 5 Deadband

U16BIT

%x100

Control Loop 5 Minimum Output

Control Loop 5 Maximum Output

U16BIT x100 Control Loop 5 Proportional

U16BIT %x100/SEC Control Loop 5 Integral

U16BIT %x100/SEC Control Loop 5 Derivative

U16BIT

S16BIT

U16BIT

S16BIT

U16BIT

*cfg

%x100

%x100 x100

U16BIT %x100/SEC Control Loop 6 Integral

U16BIT %x100/SEC Control Loop 6 Derivative

Digital Output 1-16 Normally Open/Normally Closed Output

U16BIT

1/20SEC Control Loop 6 Override 1 Ramp Time

1/20SEC Control Loop 6 Override 2 Ramp Time

1/20SEC

%x100

BITMAP

%x100

RPM

Control Loop 6 Override 3 Ramp Time

Control Loop 6 Override 1 Ramp Amount

Control Loop 6 Override 2 Ramp Amount

Control Loop 6 Override 3 Ramp Amount

Control Loop 6 Loop time

Control Loop 6 Setpoint

Control Loop 6 Deadband

Control Loop 6 Minimum Output

Control Loop 6 Maximum Output

Control Loop 6 Proportional

Type (Bit 0 = Digital Output 1)

0 = Normally Open (normal logic)

1 = Normally Closed (inverse logic)

Analog Output 1 Offset

Analog Output 1 Span

Analog Output 2 Offset

Analog Output 2 Span

MX5 Analog Output 1 Offset

MX5 Analog Output 1 Span

MX5 Analog Output 2 Offset

MX5 Analog Output 2 Span

MX5 Analog Output 3 Offset

MX5 Analog Output 3 Span

MX5 Analog Output 4 Offset

MX5 Analog Output 4 Span

Throttle Control Cooldown RPM Setpoint

Raw

Throttle Control Warmup RPM Setpoint

Throttle Control Wait For Load RPM Setpoint

Throttle Control Run Loaded RPM Setpoint

Fault Class for Event 1 -128

0=Ignore

1=Class A

2=Class B1

3=Class B2

4=Class C1

5=Class C2

6=Class S1

7=Class S2

8=Class S3

9=Class S4

10=Class NF

Reg Variable

43647

ARMING CLASS_FAULT_019

43648

ARMING CLASS_FAULT_020

43649

ARMING CLASS_FAULT_021

43650

ARMING CLASS_FAULT_022

43651

ARMING CLASS_FAULT_023

43652

ARMING CLASS_FAULT_024

43653

ARMING CLASS_FAULT_025

43654

ARMING CLASS_FAULT_026

43655

ARMING CLASS_FAULT_027

43656

ARMING CLASS_FAULT_028

43657

ARMING CLASS_FAULT_029

43658

ARMING CLASS_FAULT_030

43659

ARMING CLASS_FAULT_031

43660

ARMING CLASS_FAULT_032

43661

ARMING CLASS_FAULT_033

43662

ARMING CLASS_FAULT_034

43663

ARMING CLASS_FAULT_035

43664

ARMING CLASS_FAULT_036

43665

ARMING CLASS_FAULT_037

43666

ARMING CLASS_FAULT_038

43667

ARMING CLASS_FAULT_039

43668

ARMING CLASS_FAULT_040

43669

ARMING CLASS_FAULT_041

43670

ARMING CLASS_FAULT_042

43671

ARMING CLASS_FAULT_043

43672

ARMING CLASS_FAULT_044

43673

ARMING CLASS_FAULT_045

43674

ARMING CLASS_FAULT_046

43675

ARMING CLASS_FAULT_047

43676

ARMING CLASS_FAULT_048

43677

ARMING CLASS_FAULT_049

43678

ARMING CLASS_FAULT_050

43679

ARMING CLASS_FAULT_051

43680

ARMING CLASS_FAULT_052

43681

ARMING CLASS_FAULT_053

43682

ARMING CLASS_FAULT_054

43683

ARMING CLASS_FAULT_055

43684

ARMING CLASS_FAULT_056

43685

ARMING CLASS_FAULT_057

43686

ARMING CLASS_FAULT_058

43687

ARMING CLASS_FAULT_059

43688

ARMING CLASS_FAULT_060

43689

ARMING CLASS_FAULT_061

43690

ARMING CLASS_FAULT_062

43691

ARMING CLASS_FAULT_063

43692

ARMING CLASS_FAULT_064

43693

ARMING CLASS_FAULT_065

43694

ARMING CLASS_FAULT_066

43695

ARMING CLASS_FAULT_067

43696

ARMING CLASS_FAULT_068

43697

ARMING CLASS_FAULT_069

43698

ARMING CLASS_FAULT_070

43699

ARMING CLASS_FAULT_071

43700

ARMING CLASS_FAULT_072

43701

ARMING CLASS_FAULT_073

43702

ARMING CLASS_FAULT_074

43703

ARMING CLASS_FAULT_075

43704

ARMING CLASS_FAULT_076

43705

ARMING CLASS_FAULT_077

43706

ARMING CLASS_FAULT_078

43707

ARMING CLASS_FAULT_079

43708

ARMING CLASS_FAULT_080

43709

ARMING CLASS_FAULT_081

43710

ARMING CLASS_FAULT_082

43711

ARMING CLASS_FAULT_083

43712

ARMING CLASS_FAULT_084

43713

ARMING CLASS_FAULT_085

43714

ARMING CLASS_FAULT_086

43715

ARMING CLASS_FAULT_087

43716

ARMING CLASS_FAULT_088

43717

ARMING CLASS_FAULT_089

U16BIT

Format

U16BIT

Raw

Units

Raw

Description

1915623

2019-07-18

Reg Variable

43718

ARMING CLASS_FAULT_090

43719

ARMING CLASS_FAULT_091

43720

ARMING CLASS_FAULT_092

43721

ARMING CLASS_FAULT_093

43722

ARMING CLASS_FAULT_094

43723

ARMING CLASS_FAULT_095

43724

ARMING CLASS_FAULT_096

43725

ARMING CLASS_FAULT_097

43726

ARMING CLASS_FAULT_098

43727

ARMING CLASS_FAULT_099

43728

ARMING CLASS_FAULT_100

43729

ARMING CLASS_FAULT_101

43730

ARMING CLASS_FAULT_102

43731

ARMING CLASS_FAULT_103

43732

ARMING CLASS_FAULT_104

43733

ARMING CLASS_FAULT_105

43734

ARMING CLASS_FAULT_106

43735

ARMING CLASS_FAULT_107

43736

ARMING CLASS_FAULT_108

43737

ARMING CLASS_FAULT_109

43738

ARMING CLASS_FAULT_110

43739

ARMING CLASS_FAULT_111

43740

ARMING CLASS_FAULT_112

43741

ARMING CLASS_FAULT_113

43742

ARMING CLASS_FAULT_114

43743

ARMING CLASS_FAULT_115

43744

ARMING CLASS_FAULT_116

43745

ARMING CLASS_FAULT_117

43746

ARMING CLASS_FAULT_118

43747

ARMING CLASS_FAULT_119

43748

ARMING CLASS_FAULT_120

43749

ARMING CLASS_FAULT_121

43750

ARMING CLASS_FAULT_122

43751

ARMING CLASS_FAULT_123

43752

ARMING CLASS_FAULT_124

43753

ARMING CLASS_FAULT_125

43754

ARMING CLASS_FAULT_126

43755

ARMING CLASS_FAULT_127

43756

ARMING CLASS_FAULT_128

43757

SETPOINT_001

43758

SETPOINT_002

43759

SETPOINT_003

43760

SETPOINT_004

43761

SETPOINT_005

43762

SETPOINT_006

43763

SETPOINT_007

43764

SETPOINT_008

43765

SETPOINT_009

43766

SETPOINT_010

43767

SETPOINT_011

43768

SETPOINT_012

43769

SETPOINT_013

43770

SETPOINT_014

43771

SETPOINT_015

43772

SETPOINT_016

43773

SETPOINT_017

43774

SETPOINT_018

43775

SETPOINT_019

43776

SETPOINT_020

43777

SETPOINT_021

43778

SETPOINT_022

43779

SETPOINT_023

43780

SETPOINT_024

43781

SETPOINT_025

43782

SETPOINT_026

43783

SETPOINT_027

43784

SETPOINT_028

43785

SETPOINT_029

43786

SETPOINT_030

43787

SETPOINT_031

43788

SETPOINT_032

S16BIT

U16BIT

S16BIT

U16BIT

Format

U16BIT

*cfg

Raw

Units

Raw

Setpoint 1-128 Data

Description

1915623

2019-07-18

Reg Variable

43789

SETPOINT_033

43790

SETPOINT_034

43791

SETPOINT_035

43792

SETPOINT_036

43793

SETPOINT_037

43794

SETPOINT_038

43795

SETPOINT_039

43796

SETPOINT_040

43797

SETPOINT_041

43798

SETPOINT_042

43799

SETPOINT_043

43800

SETPOINT_044

43801

SETPOINT_045

43802

SETPOINT_046

43803

SETPOINT_047

43804

SETPOINT_048

43805

SETPOINT_049

43806

SETPOINT_050

43807

SETPOINT_051

43808

SETPOINT_052

43809

SETPOINT_053

43810

SETPOINT_054

43811

SETPOINT_055

43812

SETPOINT_056

43813

SETPOINT_057

43814

SETPOINT_058

43815

SETPOINT_059

43816

SETPOINT_060

43817

SETPOINT_061

43818

SETPOINT_062

43819

SETPOINT_063

43820

SETPOINT_064

43821

SETPOINT_065

43822

SETPOINT_066

43823

SETPOINT_067

43824

SETPOINT_068

43825

SETPOINT_069

43826

SETPOINT_070

43827

SETPOINT_071

43828

SETPOINT_072

43829

SETPOINT_073

43830

SETPOINT_074

43831

SETPOINT_075

43832

SETPOINT_076

43833

SETPOINT_077

43834

SETPOINT_078

43835

SETPOINT_079

43836

SETPOINT_080

43837

SETPOINT_081

43838

SETPOINT_082

43839

SETPOINT_083

43840

SETPOINT_084

43841

SETPOINT_085

43842

SETPOINT_086

43843

SETPOINT_087

43844

SETPOINT_088

43845

SETPOINT_089

43846

SETPOINT_090

43847

SETPOINT_091

43848

SETPOINT_092

43849

SETPOINT_093

43850

SETPOINT_094

43851

SETPOINT_095

43852

SETPOINT_096

43853

SETPOINT_097

43854

SETPOINT_098

43855

SETPOINT_099

43856

SETPOINT_100

43857

SETPOINT_101

43858

SETPOINT_102

43859

SETPOINT_103

S16BIT

Format

S16BIT

*cfg

Units

*cfg

Description

1915623

2019-07-18

Reg Variable

43860

SETPOINT_104

43861

SETPOINT_105

43862

SETPOINT_106

43863

SETPOINT_107

43864

SETPOINT_108

43865

SETPOINT_109

43866

SETPOINT_110

43867

SETPOINT_111

43868

SETPOINT_112

43869

SETPOINT_113

43870

SETPOINT_114

43871

SETPOINT_115

43872

SETPOINT_116

43873

SETPOINT_117

43874

SETPOINT_118

43875

SETPOINT_119

43876

SETPOINT_120

43877

SETPOINT_121

43878

SETPOINT_122

43879

SETPOINT_123

43880

SETPOINT_124

43881

SETPOINT_125

43882

SETPOINT_126

43883

SETPOINT_127

43884

SETPOINT_128

43885

SETPOINT_TIMER_1

43886

SETPOINT_TIMER_2

43887

SETPOINT_TIMER_3

43888

SETPOINT_TIMER_4

43889

SETPOINT_TIMER_5

43890

SETPOINT_TIMER_6

43891

SETPOINT_TIMER_7

43892

SETPOINT_TIMER_8

43893

SETPOINT_TIMER_9

43894

SETPOINT_TIMER_10

43895

SETPOINT_TIMER_11

43896

SETPOINT_TIMER_12

43897

SETPOINT_TIMER_13

43898

SETPOINT_TIMER_14

43899

SETPOINT_TIMER_15

43900

SETPOINT_TIMER_16

43901

SETPOINT_TIMER_17

43902

SETPOINT_TIMER_18

43903

SETPOINT_TIMER_19

43904

SETPOINT_TIMER_20

43905

SETPOINT_TIMER_21

43906

SETPOINT_TIMER_22

43907

SETPOINT_TIMER_23

43908

SETPOINT_TIMER_24

43909

SETPOINT_TIMER_25

43910

SETPOINT_TIMER_26

43911

SETPOINT_TIMER_27

43912

SETPOINT_TIMER_28

43913

SETPOINT_TIMER_29

43914

SETPOINT_TIMER_30

43915

SETPOINT_TIMER_31

43916

SETPOINT_TIMER_32

44001

D_IN_INUSE_01_16

44002

D_IN_INUSE_17_32

44003

A_IN_INUSE_01_16

44004

A_IN_INUSE_17_20

44005

A_IN_FLG_DEC_01

44006

A_IN_FLG_DEC_02

44007

A_IN_FLG_DEC_03

44008

A_IN_FLG_DEC_04

44009

A_IN_FLG_DEC_05

44010

A_IN_FLG_DEC_06

44011

A_IN_FLG_DEC_07

1915623

2019-07-18

U16BIT

S16BIT

U16BIT

Format

S16BIT

SEC

*cfg

SEC

*cfg

Units

*cfg

Description

Setpoint 1-32 Debounce Timer

SETPOINT DATA-STATIC CONFIGURATION OVERLAY

BITMAP

U16BIT

BMP

Raw

Digital Input 1-16 In Use Flags (Bit 0 = Digital Input 1)

Digital Input 17-32 In Use Flags (Bit 0 = Digital Input 17)

Analog 1-16 In Use Flags (Bit 0 = Analog Input 1)

Analog 17-20 In Use Flags (Bit 0 = Analog Input 17)

MSB = Analog Input Mode (1 = mA , 2 = V, 3 = differential analog selection differential selection for analogs 13 to 20 inclusive) LSB = Analog Input number of decimals

Reg Variable

44012

A_IN_FLG_DEC_08

44013

A_IN_FLG_DEC_09

44014

A_IN_FLG_DEC_10

44015

A_IN_FLG_DEC_11

44016

A_IN_FLG_DEC_12

44017

A_IN_FLG_DEC_13

44018

A_IN_FLG_DEC_14

44019

A_IN_FLG_DEC_15

44020

A_IN_FLG_DEC_16

44021

A_IN_FLG_DEC_17

44022

A_IN_FLG_DEC_18

44023

A_IN_FLG_DEC_19

44024

A_IN_FLG_DEC_20

44025

A_IN_FLG_DEC_21

44026

A_IN_FLG_DEC_22

44027

A_IN_FLG_DEC_23

44028

A_IN_FLG_DEC_24

44029

A_IN_FLG_DEC_25

44030

A_IN_FLG_DEC_26

44031

THERMO_INUSE_1_16

44032

THERMO_INUSE_17_26

44033

RPM_OILPRES_SRC

44034

WTRTMP_SUCPRES_SRC

44035

DISPRES_CRANKZERO

44036

UNEXP_START_RPM_CONTROL

44037

MISC_1_FLG_MISC_2_FLG

44038

MISC_3_FLG_MAINT_IN_01_08

44039

MAINT_IN_USE_01_10

44040

STATES_IN_USE_9-23

44041

STATE 1/2 PERMISSIVE

44042

STATE 3/4 PERMISSIVE

44043

STATE 5/6 PERMISSIVE

44044

STATE 7/8 PERMISSIVE

44045

STATE 9/10 PERMISSIVE

44046

STATE 11/12 PERMISSIVE

44047

STATE 13/14 PERMISSIVE

44048

STATE 15/16 PERMISSIVE

44049

STATE 17/18 PERMISSIVE

44050

STATE 19/20 PERMISSIVE

44051

STATE 21/22 PERMISSIVE

44052

STATE 23 PERMISSIVE / CONTROL

OUTPUTS IN USE

44053

CTL_01_TYPE_OUT1

44054

CTL_01_OUT2_OUT3

44055

CTL_01_OUT4_FULLY_LOADED_IN

U16BIT

BITMAP

U16BIT

Format

U16BIT

BITMAP

Raw

BMP

Raw

Units

Raw

BMP

Raw

1915623

2019-07-18

Description

Temperature Inputs 1-16 In Use Flags (Bit 0 = Temperature

Input 1)

Temperature Inputs 17-26 In Use Flags (Bit 0 = Temperature

Input 17)

Misc Flags

MSB-Misc Flags

LSB-Maintenance Timers 1-8 In use flags

MSB-Maintenance Timers 9-10 In use flags

LSB-States in use flags 1-8

States in use flags 9-23

State Permissive Signal Enumerations

MSB = State 1

LSB = State 2

State Permissive Signal Enumerations

MSB = State 3

LSB = State 4

State Permissive Signal Enumerations

MSB = State 5

LSB = State 6

State Permissive Signal Enumerations

MSB = State 7

LSB = State 8

State Permissive Signal Enumerations

MSB = State 9

LSB = State 10

State Permissive Signal Enumerations

MSB = State 11

LSB = State 12

State Permissive Signal Enumerations

MSB = State 13

LSB = State 14

State Permissive Signal Enumerations

MSB = State 15

LSB = State 16

State Permissive Signal Enumerations

MSB = State 17

LSB = State 18

State Permissive Signal Enumerations

MSB = State 19

LSB = State 20

State Permissive Signal Enumerations

MSB = State 21

LSB = State 22

Pulse/4 Step Load Control Output Assign 2 fields

2 fields

Reg Variable

44056

CTL_01_FULLY_UNLOADED_IN

44056

CTL_02_TYPE

44057

CTL_02_OUT1_OUT2

44058

CTL_02_OUT3_OUT4

44059

CTL_02_FULLY_LOADED_IN_FULLY

_UNLOADED_IN

44060

CTL_03_TYPE_OUT1

44061

CTL_03_OUT2_OUT3

44062

CTL_03_OUT4_FULLY_LOADED_IN

44063

CTL_03_FULLY_UNLOADED_IN

44063

CTL_04_TYPE

44064

CTL_04_OUT1_OUT2

44065

CTL_04_OUT3_OUT4

44066

CTL_04_FULLY_LOADED_IN_FULLY

_UNLOADED_IN

44067

CTL_05_TYPE_OUT1

44068

CTL_05_OUT2_OUT3

44069

CTL_05_OUT4_FULLY_LOADED_IN

44070

CTL_05_FULLY_UNLOADED_IN

44070

CTL_06_TYPE

44071

CTL_06_OUT1_OUT2

44072

CTL_06_OUT3_OUT4

44073

CTL_06_FULLY_LOADED_IN_FULLY

_UNLOADED_IN

44074

CTL_TYPE2_IN_USE_01_10

44075

CTL_type2_OUT1_OUT2

44076

CTL_type2_OUT3_OUT4

44077

CTL_type2_OUT5_OUT6

44078

CTL_type2_OUT7_OUT8

44079

CTL_type2_OUT9_OUT10

44080

PIDS_IN_USE_01_06

44080

PID_01_MODE

44081

PID_01_ENABLE_OVERRIDE_1_LAT

44082

44083

PID_01_OVERRIDE_1_RELEASE_OV

ERRIDE_2_LATCH

PID_01_OVERRIDE_2_RELEASE_OV

ERRIDE_3_LATCH

PID_01_OVERRIDE_3_RELEASE_FE

44084

EDBACK_ANALOG

44085

PID_01_SETPOINT_ANALOG

44085

PID_02_MODE

44086

PID_02_ENABLE_OVERRIDE_1_LAT

44087

44088

PID_02_OVERRIDE_1_RELEASE_OV

ERRIDE_2_LATCH

PID_02_OVERRIDE_2_RELEASE_OV

ERRIDE_3_LATCH

PID_02_OVERRIDE_3_RELEASE_FE

44089

EDBACK_ANALOG

44090

PID_02_SETPOINT_ANALOG

44090

PID_03_MODE

44091

PID_03_ENABLE_OVERRIDE_1_LAT

44092

44093

PID_03_OVERRIDE_1_RELEASE_OV

ERRIDE_2_LATCH

PID_03_OVERRIDE_2_RELEASE_OV

ERRIDE_3_LATCH

PID_03_OVERRIDE_3_RELEASE_FE

44094

EDBACK_ANALOG

44095

PID_03_SETPOINT_ANALOG

44095

PID_04_MODE

44096

PID_04_ENABLE_OVERRIDE_1_LAT

44097

44098

PID_04_OVERRIDE_1_RELEASE_OV

ERRIDE_2_LATCH

PID_04_OVERRIDE_2_RELEASE_OV

ERRIDE_3_LATCH

PID_04_OVERRIDE_3_RELEASE_FE

44099

EDBACK_ANALOG

44100

PID_04_SETPOINT_ANALOG

44100

PID_05_MODE

U16BIT

Format

U16BIT

Raw

Units

Raw

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

MSB

LSB

2 fields

10 bits

2 fields

2 fields upper 6 bits lower 8 bits

2 fields

Description

LSB

2 fields

MSB

LSB

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

1915623

2019-07-18

Reg

44101

44102

44103

Variable

PID_05_ENABLE_OVERRIDE_1_LAT

PID_05_OVERRIDE_1_RELEASE_OV

ERRIDE_2_LATCH

PID_05_OVERRIDE_2_RELEASE_OV

ERRIDE_3_LATCH

PID_05_OVERRIDE_3_RELEASE_FE

44104

EDBACK_ANALOG

44105

PID_05_SETPOINT_ANALOG

44105

PID_06_MODE

44106

PID_06_ENABLE_OVERRIDE_1_LAT

44107

44108

PID_06_OVERRIDE_1_RELEASE_OV

ERRIDE_2_LATCH

PID_06_OVERRIDE_2_RELEASE_OV

ERRIDE_3_LATCH

PID_06_OVERRIDE_3_RELEASE_FE

44109

EDBACK_ANALOG

44110

PID_06_SETPOINT_ANALOG

44110

D_OUT_IN_USE_01_08

44111

D_OUT_IN_USE_09_10

44111

A_OUT_IN_USE_01_06

44112

A_OUT_01_FLG_DEC

44113

A_OUT_02_FLG_DEC

44114

A_OUT_03_FLG_DEC

44115

A_OUT_04_FLG_DEC

44116

A_OUT_05_FLG_DEC

44117

A_OUT_06_FLG_DEC

44118

START_ALARM_ANNUN

44119

SHUT_ESD_EVENT_ANNUN

44120

RUN_LOADED_ANNUN

44121

PREHEAT_LUBE_OUTPUT

44122

CRANK_IGN_OUT

44123

FUEL_MOTOR_ON_OUT

44124

TEMP_UNITS

44124

START_FLAGS

44125

OPTION_LCL

44126

RMT_ENABLE_LCL_START

44127

LCL_STOP_RESET

44128

START_SP_STOP_SP

44129

RMT_START_STOP_RST

44130

RMT_RST_START_SP

44131

RMT_STOP_SP

44131

FAULT_IN_USE_001_08

44132

FAULT_IN_USE_009_024

44133

FAULT_IN_USE_025_040

44134

FAULT_IN_USE_041_056

44135

FAULT_IN_USE_057_072

44136

FAULT_IN_USE_073_088

44137

FAULT_IN_USE_088_104

44138

FAULT_IN_USE_105_120

44139

FAULT_IN_USE_121_128

44139

FAULT_ACTION _001

44140

FAULT_CLR_SIGNAL_001

44141

FAULT_ACTION_CLR_002

44142

FAULT_SIGNAL_002

44142

FAULT_ACTION_003

44143

FAULT_CLR_SIGNAL_003

44144

FAULT_ACTION_CLR_004

44145

FAULT_SIGNAL_004

44145

FAULT_ACTION_005

44146

FAULT_CLR_SIGNAL_005

44147

FAULT_ACTION_CLR_006

44148

FAULT_SIGNAL_006

44148

FAULT_ACTION_007

44149

FAULT_CLR_SIGNAL_007

44150

FAULT_ACTION_CLR_008

44151

FAULT_SIGNAL_008

44151

FAULT_ACTION_009

44152

FAULT_CLR_SIGNAL_009

44153

FAULT_ACTION_CLR_010

44154

FAULT_SIGNAL_010

Format

U16BIT

Units

Raw

Description

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

16 bits upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

16 bits

16 bits upper 8 bits lower 8 bits upper 8 bits lower 6 bits

2 fields

1915623

2019-07-18

Reg Variable

44154

FAULT_ACTION_011

44155

FAULT_CLR_SIGNAL_011

44156

FAULT_ACTION_CLR_012

44157

FAULT_SIGNAL_012

44157

FAULT_ACTION_013

44158

FAULT_CLR_SIGNAL_013

44159

FAULT_ACTION_CLR_014

44160

FAULT_SIGNAL_014

44160

FAULT_ACTION_015

44161

FAULT_CLR_SIGNAL_015

44162

FAULT_ACTION_CLR_016

44163

FAULT_SIGNAL_016

44163

FAULT_ACTION_017

44164

FAULT_CLR_SIGNAL_017

44165

FAULT_ACTION_CLR_018

44166

FAULT_SIGNAL_018

44166

FAULT_ACTION_019

44167

FAULT_CLR_SIGNAL_019

44168

FAULT_ACTION_CLR_020

44169

FAULT_SIGNAL_020

44169

FAULT_ACTION_021

44170

FAULT_CLR_SIGNAL_021

44171

FAULT_ACTION_CLR_022

44172

FAULT_SIGNAL_022

44172

FAULT_ACTION_023

44173

FAULT_CLR_SIGNAL_023

44174

FAULT_ACTION_CLR_024

44175

FAULT_SIGNAL_024

44175

FAULT_ACTION_025

44176

FAULT_CLR_SIGNAL_025

44177

FAULT_ACTION_CLR_026

44178

FAULT_SIGNAL_026

44178

FAULT_ACTION_027

44179

FAULT_CLR_SIGNAL_027

44180

FAULT_ACTION_CLR_028

44181

FAULT_SIGNAL_028

44181

FAULT_ACTION_029

44182

FAULT_CLR_SIGNAL_029

44183

FAULT_ACTION_CLR_030

44184

FAULT_SIGNAL_030

44184

FAULT_ACTION_031

44185

FAULT_CLR_SIGNAL_031

44186

FAULT_ACTION_CLR_032

44187

FAULT_SIGNAL_032

44187

FAULT_ACTION_033

44188

FAULT_CLR_SIGNAL_033

44189

FAULT_ACTION_CLR_034

44190

FAULT_SIGNAL_034

44190

FAULT_ACTION_035

44191

FAULT_CLR_SIGNAL_035

44192

FAULT_ACTION_CLR_036

44193

FAULT_SIGNAL_036

44193

FAULT_ACTION_037

44194

FAULT_CLR_SIGNAL_037

44195

FAULT_ACTION_CLR_038

44196

FAULT_SIGNAL_038

44196

FAULT_ACTION_039

44197

FAULT_CLR_SIGNAL_039

44198

FAULT_ACTION_CLR_040

44199

FAULT_SIGNAL_040

44199

FAULT_ACTION_041

44200

FAULT_CLR_SIGNAL_041

44201

FAULT_ACTION_CLR_042

44202

FAULT_SIGNAL_042

44202

FAULT_ACTION_043

44203

FAULT_CLR_SIGNAL_043

44204

FAULT_ACTION_CLR_044

44205

FAULT_SIGNAL_044

44205

FAULT_ACTION_045

44206

FAULT_CLR_SIGNAL_045

44207

FAULT_ACTION_CLR_046

U16BIT

Format

U16BIT

Raw

Units

Raw

Raw upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields

Description lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields

1915623

2019-07-18

Reg Variable

44208

FAULT_SIGNAL_046

44208

FAULT_ACTION_047

44209

FAULT_CLR_SIGNAL_047

44210

FAULT_ACTION_CLR_048

44211

FAULT_SIGNAL_048

44211

FAULT_ACTION_049

44212

FAULT_CLR_SIGNAL_049

44213

FAULT_ACTION_CLR_050

44214

FAULT_SIGNAL_050

44214

FAULT_ACTION_051

44215

FAULT_CLR_SIGNAL_051

44216

FAULT_ACTION_CLR_052

44217

FAULT_SIGNAL_052

44217

FAULT_ACTION_053

44218

FAULT_CLR_SIGNAL_053

44219

FAULT_ACTION_CLR_054

44220

FAULT_SIGNAL_054

44220

FAULT_ACTION_055

44221

FAULT_CLR_SIGNAL_055

44222

FAULT_ACTION_CLR_056

44223

FAULT_SIGNAL_056

44223

FAULT_ACTION_057

44224

FAULT_CLR_SIGNAL_057

44225

FAULT_ACTION_CLR_058

44226

FAULT_SIGNAL_058

44226

FAULT_ACTION_059

44227

FAULT_CLR_SIGNAL_059

44228

FAULT_ACTION_CLR_060

44229

FAULT_SIGNAL_060

44229

FAULT_ACTION_061

44230

FAULT_CLR_SIGNAL_061

44231

FAULT_ACTION_CLR_062

44232

FAULT_SIGNAL_062

44232

FAULT_ACTION_063

44233

FAULT_CLR_SIGNAL_063

44234

FAULT_ACTION_CLR_064

44235

FAULT_SIGNAL_064

44235

FAULT_ACTION_065

44236

FAULT_CLR_SIGNAL_065

44237

FAULT_ACTION_CLR_066

44238

FAULT_SIGNAL_066

44238

FAULT_ACTION_067

44239

FAULT_CLR_SIGNAL_067

44240

FAULT_ACTION_CLR_068

44241

FAULT_SIGNAL_068

44241

FAULT_ACTION_069

44242

FAULT_CLR_SIGNAL_069

44243

FAULT_ACTION_CLR_070

44244

FAULT_SIGNAL_070

44244

FAULT_ACTION_071

44245

FAULT_CLR_SIGNAL_071

44246

FAULT_ACTION_CLR_072

44247

FAULT_SIGNAL_072

44247

FAULT_ACTION_073

44248

FAULT_CLR_SIGNAL_073

44249

FAULT_ACTION_CLR_074

44250

FAULT_SIGNAL_074

44250

FAULT_ACTION_075

44251

FAULT_CLR_SIGNAL_075

44252

FAULT_ACTION_CLR_076

44253

FAULT_SIGNAL_076

44253

FAULT_ACTION_077

44254

FAULT_CLR_SIGNAL_077

44255

FAULT_ACTION_CLR_078

44256

FAULT_SIGNAL_078

44256

FAULT_ACTION_079

44257

FAULT_CLR_SIGNAL_079

44258

FAULT_ACTION_CLR_080

44259

FAULT_SIGNAL_080

44259

FAULT_ACTION_081

44260

FAULT_CLR_SIGNAL_081

U16BIT

Format

U16BIT

Raw

Units

Raw

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

Description upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

1915623

2019-07-18

Reg Variable

44261

FAULT_ACTION_CLR_082

44262

FAULT_SIGNAL_082

44262

FAULT_ACTION_083

44263

FAULT_CLR_SIGNAL_083

44264

FAULT_ACTION_CLR_084

44265

FAULT_SIGNAL_084

44265

FAULT_ACTION_085

44266

FAULT_CLR_SIGNAL_085

44267

FAULT_ACTION_CLR_086

44268

FAULT_SIGNAL_086

44268

FAULT_ACTION_087

44269

FAULT_CLR_SIGNAL_087

44270

FAULT_ACTION_CLR_088

44271

FAULT_SIGNAL_088

44271

FAULT_ACTION_089

44272

FAULT_CLR_SIGNAL_089

44273

FAULT_ACTION_CLR_090

44274

FAULT_SIGNAL_090

44274

FAULT_ACTION_091

44275

FAULT_CLR_SIGNAL_091

44276

FAULT_ACTION_CLR_092

44277

FAULT_SIGNAL_092

44277

FAULT_ACTION_093

44278

FAULT_CLR_SIGNAL_093

44279

FAULT_ACTION_CLR_094

44280

FAULT_SIGNAL_094

44280

FAULT_ACTION_095

44281

FAULT_CLR_SIGNAL_095

44282

FAULT_ACTION_CLR_096

44283

FAULT_SIGNAL_096

44283

FAULT_ACTION_097

44284

FAULT_CLR_SIGNAL_097

44285

FAULT_ACTION_CLR_098

44286

FAULT_SIGNAL_098

44286

FAULT_ACTION_099

44287

FAULT_CLR_SIGNAL_099

44288

FAULT_ACTION_CLR_100

44289

FAULT_SIGNAL_100

44289

FAULT_ACTION_101

44290

FAULT_CLR_SIGNAL_101

44291

FAULT_ACTION_CLR_102

44292

FAULT_SIGNAL_102

44292

FAULT_ACTION_103

44293

FAULT_CLR_SIGNAL_103

44294

FAULT_ACTION_CLR_104

44295

FAULT_SIGNAL_104

44295

FAULT_ACTION_105

44296

FAULT_CLR_SIGNAL_105

44297

FAULT_ACTION_CLR_106

44298

FAULT_SIGNAL_106

44298

FAULT_ACTION_107

44299

FAULT_CLR_SIGNAL_107

44300

FAULT_ACTION_CLR_108

44301

FAULT_SIGNAL_108

44301

FAULT_ACTION_109

44302

FAULT_CLR_SIGNAL_109

44303

FAULT_ACTION_CLR_110

44304

FAULT_SIGNAL_110

44304

FAULT_ACTION_111

44305

FAULT_CLR_SIGNAL_111

44306

FAULT_ACTION_CLR_112

44307

FAULT_SIGNAL_112

44307

FAULT_ACTION_113

44308

FAULT_CLR_SIGNAL_113

44309

FAULT_ACTION_CLR_114

44310

FAULT_SIGNAL_114

44310

FAULT_ACTION_115

44311

FAULT_CLR_SIGNAL_115

44312

FAULT_ACTION_CLR_116

44313

FAULT_SIGNAL_116

44313

FAULT_ACTION_117

U16BIT

Format

U16BIT

Raw

Units

Raw

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

Description

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

1915623

2019-07-18

Reg Variable

44314

FAULT_CLR_SIGNAL_117

44315

FAULT_ACTION_CLR_118

44316

FAULT_SIGNAL_118

44316

FAULT_ACTION_119

44317

FAULT_CLR_SIGNAL_119

44318

FAULT_ACTION_CLR_120

44319

FAULT_SIGNAL_120

44319

FAULT_ACTION_121

44320

FAULT_CLR_SIGNAL_121

44321

FAULT_ACTION_CLR_122

44322

FAULT_SIGNAL_122

44322

FAULT_ACTION_123

44323

FAULT_CLR_SIGNAL_123

44324

FAULT_ACTION_CLR_124

44325

FAULT_SIGNAL_124

44325

FAULT_ACTION_125

44326

FAULT_CLR_SIGNAL_125

44327

FAULT_ACTION_CLR_126

44328

FAULT_SIGNAL_126

44328

FAULT_ACTION_127

44329

FAULT_CLR_SIGNAL_127

44330

FAULT_ACTION_CLR_128

44331

FAULT_SIGNAL_128

44316

FAULT_ACTION_119

44317

FAULT_CLR_SIGNAL_119

44318

FAULT_ACTION_CLR_120

44319

FAULT_SIGNAL_120

44319

FAULT_ACTION_121

44320

FAULT_CLR_SIGNAL_121

44321

FAULT_ACTION_CLR_122

44322

FAULT_SIGNAL_122

44322

FAULT_ACTION_123

44323

FAULT_CLR_SIGNAL_123

44324

FAULT_ACTION_CLR_124

44325

FAULT_SIGNAL_124

44325

FAULT_ACTION_125

44326

FAULT_CLR_SIGNAL_125

44327

FAULT_ACTION_CLR_126

44328

FAULT_SIGNAL_126

44328

FAULT_ACTION_127

44329

FAULT_CLR_SIGNAL_127

44330

FAULT_ACTION_CLR_128

44331

FAULT_SIGNAL_128

44331

SP_IN_USE_001_008

44332

SP_IN_USE_009_024

44333

SP_IN_USE_025_040

44334

SP_IN_USE_041_056

44335

SP_IN_USE_057_072

44336

SP_IN_USE_073_088

44337

SP_IN_USE_089_104

44338

SP_IN_USE_105_120

44339

SP_IN_USE_121_128

44339

SP_BASE_001

44340

SP_FLAG_001

44340

SP_BASE_002

44341

SP_FLAG_002

44341

SP_BASE_003

44342

SP_FLAG_003

44342

SP_BASE_004

44343

SP_FLAG_004

U16BIT

Format

U16BIT

Raw

Units

Raw

U16BIT

Raw

1915623

2019-07-18 lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits

Description

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

2 fields

2 fields upper 8 bits lower 8 bits

2 fields

2_fields upper 8 bits lower 8 bits

16 bits

16 bits upper 8 bits

Setpoint Base Analogs.

Each register has 2 one byte fields.

The most significant byte has the Analog Base # where:

0 = None,

1 - 20 are Analog Inputs 1 to 20,

21 to 36 are Thermocouple Inputs 1 to 16,

37 is Magnetic Input,

38 is Battery Voltage.

The least significant byte has a flag where:

0 means the setpoint is 'on' if the base value is <= the configured value.

1 means the setpoint is 'on' if the base value is >= the configured value. lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits

Reg Variable

44343

SP_BASE_005

44344

SP_FLAG_005

44344

SP_BASE_006

44345

SP_FLAG_006

44345

SP_BASE_007

44346

SP_FLAG_007

44346

SP_BASE_008

44347

SP_FLAG_008

44347

SP_BASE_009

44348

SP_FLAG_009

44348

SP_BASE_010

44349

SP_FLAG_010

44349

SP_BASE_011

44350

SP_FLAG_011

44350

SP_BASE_012

44351

SP_FLAG_012

44351

SP_BASE_013

44352

SP_FLAG_013

44352

SP_BASE_014

44353

SP_FLAG_014

44353

SP_BASE_015

44354

SP_FLAG_015

44354

SP_BASE_016

44355

SP_FLAG_016

44355

SP_BASE_017

44356

SP_FLAG_017

44356

SP_BASE_018

44357

SP_FLAG_018

44357

SP_BASE_019

44358

SP_FLAG_019

44358

SP_BASE_020

44359

SP_FLAG_020

44359

SP_BASE_021

44360

SP_FLAG_021

44360

SP_BASE_022

44361

SP_FLAG_022

44361

SP_BASE_023

44362

SP_FLAG_023

44362

SP_BASE_024

44363

SP_FLAG_024

44363

SP_BASE_025

44364

SP_FLAG_025

44364

SP_BASE_026

44365

SP_FLAG_026

44365

SP_BASE_027

44366

SP_FLAG_027

44366

SP_BASE_028

44367

SP_FLAG_028

44367

SP_BASE_029

44368

SP_FLAG_029

44368

SP_BASE_030

44369

SP_FLAG_030

44369

SP_BASE_031

44370

SP_FLAG_031

44370

SP_BASE_032

44371

SP_FLAG_032

44371

SP_BASE_033

44372

SP_FLAG_033

44372

SP_BASE_034

44373

SP_FLAG_034

44373

SP_BASE_035

44374

SP_FLAG_035

44374

SP_BASE_036

44375

SP_FLAG_036

44375

SP_BASE_037

44376

SP_FLAG_037

44376

SP_BASE_038

44377

SP_FLAG_038

44377

SP_BASE_039

44378

SP_FLAG_039

44378

SP_BASE_040

U16BIT

Format

U16BIT

Raw

Units

Raw

Raw upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits

Description lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits

1915623

2019-07-18

Reg Variable

44379

SP_FLAG_040

44379

SP_BASE_041

44380

SP_FLAG_041

44380

SP_BASE_042

44381

SP_FLAG_042

44381

SP_BASE_043

44382

SP_FLAG_043

44382

SP_BASE_044

44383

SP_FLAG_044

44383

SP_BASE_045

44384

SP_FLAG_045

44384

SP_BASE_046

44385

SP_FLAG_046

44385

SP_BASE_047

44386

SP_FLAG_047

44386

SP_BASE_048

44387

SP_FLAG_048

44387

SP_BASE_049

44388

SP_FLAG_049

44388

SP_BASE_040

44389

SP_FLAG_050

44389

SP_BASE_051

44390

SP_FLAG_051

44390

SP_BASE_052

44391

SP_FLAG_052

44391

SP_BASE_053

44392

SP_FLAG_053

44392

SP_BASE_054

44393

SP_FLAG_054

44393

SP_BASE_055

44394

SP_FLAG_055

44394

SP_BASE_056

44395

SP_FLAG_056

44395

SP_BASE_057

44396

SP_FLAG_057

44396

SP_BASE_058

44397

SP_FLAG_058

44397

SP_BASE_059

44398

SP_FLAG_059

44398

SP_BASE_060

44399

SP_FLAG_060

44399

SP_BASE_061

44400

SP_FLAG_061

44400

SP_BASE_062

44401

SP_FLAG_062

44401

SP_BASE_063

44402

SP_FLAG_063

44402

SP_BASE_064

44403

SP_FLAG_064

44403

SP_BASE_065

44404

SP_FLAG_065

44404

SP_BASE_066

44405

SP_FLAG_066

44405

SP_BASE_067

44406

SP_FLAG_067

44406

SP_BASE_068

44407

SP_FLAG_068

44407

SP_BASE_069

44408

SP_FLAG_069

44408

SP_BASE_070

44409

SP_FLAG_070

44409

SP_BASE_071

44410

SP_FLAG_071

44410

SP_BASE_072

44411

SP_FLAG_072

44411

SP_BASE_073

44412

SP_FLAG_073

44412

SP_BASE_074

44413

SP_FLAG_074

44413

SP_BASE_075

44414

SP_FLAG_075

U16BIT

Format

U16BIT

Raw

Units

Raw

Raw lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits

Description upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits lower 8 bits upper 8 bits

1915623

2019-07-18

Reg Variable

44414

SP_BASE_076

44415

SP_FLAG_076

44415

SP_BASE_077

44416

SP_FLAG_077

44416

SP_BASE_078

44417

SP_FLAG_078

44417

SP_BASE_079

44418

SP_FLAG_079

44418

SP_BASE_080

44419

SP_FLAG_080

44419

SP_BASE_081

44420

SP_FLAG_081

44420

SP_BASE_082

44421

SP_FLAG_082

44421

SP_BASE_083

44422

SP_FLAG_083

44422

SP_BASE_084

44423

SP_FLAG_084

44423

SP_BASE_085

44424

SP_FLAG_085

44424

SP_BASE_086

44425

SP_FLAG_086

44425

SP_BASE_087

44426

SP_FLAG_087

44426

SP_BASE_088

44427

SP_FLAG_088

44427

SP_BASE_089

44428

SP_FLAG_089

44428

SP_BASE_090

44429

SP_FLAG_090

44429

SP_BASE_091

44430

SP_FLAG_091

44430

SP_BASE_092

44431

SP_FLAG_092

44431

SP_BASE_093

44432

SP_FLAG_093

44432

SP_BASE_094

44433

SP_FLAG_094

44433

SP_BASE_095

44434

SP_FLAG_095

44434

SP_BASE_096

44435

SP_FLAG_096

44435

SP_BASE_097

44436

SP_FLAG_097

44436

SP_BASE_098

44437

SP_FLAG_098

44437

SP_BASE_099

44438

SP_FLAG_099

44438

SP_BASE_100

44439

SP_FLAG_100

44439

SP_BASE_101

44440

SP_FLAG_101

44440

SP_BASE_102

44441

SP_FLAG_102

44441

SP_BASE_103

44442

SP_FLAG_103

44442

SP_BASE_104

44443

SP_FLAG_104

44443

SP_BASE_105

44444

SP_FLAG_105

44444

SP_BASE_106

44445

SP_FLAG_106

44445

SP_BASE_107

44446

SP_FLAG_107

44446

SP_BASE_108

44447

SP_FLAG_108

44447

SP_BASE_109

44448

SP_FLAG_109

44448

SP_BASE_110

44449

SP_FLAG_110

44449

SP_BASE_111

U16BIT

Format

U16BIT

Raw

Units

Raw

1915623

2019-07-18

Reg Variable

44450

SP_FLAG_111

44450

SP_BASE_112

44451

SP_FLAG_112

44451

SP_BASE_113

44452

SP_FLAG_113

44452

SP_BASE_114

44453

SP_FLAG_114

44453

SP_BASE_115

44454

SP_FLAG_115

44454

SP_BASE_116

44455

SP_FLAG_116

44455

SP_BASE_117

44456

SP_FLAG_117

44456

SP_BASE_118

44457

SP_FLAG_118

44457

SP_BASE_119

44458

SP_FLAG_119

44458

SP_BASE_120

44459

SP_FLAG_120

44459

SP_BASE_121

44460

SP_FLAG_121

44460

SP_BASE_122

44461

SP_FLAG_122

44461

SP_BASE_123

44462

SP_FLAG_123

44462

SP_BASE_124

44463

SP_FLAG_124

44463

SP_BASE_125

44464

SP_FLAG_125

44464

SP_BASE_126

44465

SP_FLAG_126

44465

SP_BASE_127

44466

SP_FLAG_127

44466

SP_BASE_128

44467

SP_FLAG_128

U16BIT

Format

U16BIT

Raw

Units

Raw

1915623

2019-07-18

3.0 Modbus RTU Application Addendum

1915623

2019-07-18

3.1 Note that the Centurion Modbus Map does not change from application to application, however the configuration file does change, therefore additional information about the configuration is required to decode the Modbus Holding Register information.

3.2 Sequence of Operation = A document that describes the operation of the Centurion as it was configured for your application. Each

Centurion system is custom configured and has custom events, setpoints and process data points. The information contained in the

Modbus registers requires a Sequence of Operation to describe the data points and event enumerations correctly.

3.2.1_Bit = a single binary digit, can be 0 or 1

3.2.2_Word = group of 16 bits

3.2.3_Signed Integer = a whole number value made of 15 bits with the sign bit at the MSB position. Range = -32767 to 32767

3.2.4_Unsigned Integer = a whole number value made of 16 bits. Range = 0 to 65535

3.2.5_Signed Long = a whole number value made of 31 bits with the sign bit at the MSB position. Range = −2,147,483,648 to

2,147,483,647

3.2.6_Unsigned Long = a whole number value made of 32 bits. Range = 0 to 4,294,967,295

3.2.7_LSB = Least significant bit in a word, bit 1, this holds a bit value of 1.

3.2.8_MSB = Most significant bit in a word, bit 16, this holds a bit value of 32768.

3.2.9_MSW = Most significant word, used to describe upper half of a long.

3.2.10 LSW = Least significant word, used to describe lower half of a long.

3.3 Examination of Bits within a 16 bit unsigned word:

3.3.1_Some Modbus Holding Registers in the Centurion contain bitmapped information showing the status of individual bits within a 16 bit Modbus Holding register.

3.3.2_To pick out the individual bits, some PLC, HMI and SCADA packages allow bit-level addressing to see the individual bits

(refer to the user guides for the product).

3.3.3_In addition, most PLC, HMI and SCADA packages have a function called “bitwise AND”. Using this function, the bits or group of bits within a word can be picked out easily using a mask that allows the bit position you wish to see to pass through and ignore the other bits.

3.3.4_To do this, turn off all the unwanted bits using the bitwise AND function. Then compare the value with 0. If it is equal to 0, then the bit was off, but if the value is any other value, then the bit was on. What makes this convenient is that it is not necessary to figure out what the value actually is, just that it is not 0 (like example 1 below). If groups of bits are wanted, then it is possible to mask out bits (like the MSB in example 2 below).

Example 1: Querying the status of the 16th bit (ignore bits 1-15), 2 cases shown

(Case 1, B16 on) (Case 2, B16 off)

001110110101101

001110110101101 (data read in Centurion) AND

000000000000000

000000000000000 (mask that passes bit 16)

000000000000000

000000000000000 (result of the operation)

Example 2: Querying the status of the bits 1-15 (ignore bit 16), 2 cases shown

(Case 1, B16 on) (Case 2, B16 off)

001110110101101

(data read in Centurion)

AND 0

111111111111111

(mask that passes bits 1-15)

= 0

001110110101101

(result of the operation)

3.3.5_Alternate methods of masking are possible but require additional testing of the value. For example, it may be possible to get a result similar to example 2 above by simply reading the value as an unsigned integer and subtracting 32768. This removes the MSB from the result, if it was a 1. However, if it originally was 0, then this would result in a negative answer (not possible, since the alarm code is a number between 0 and 128). So the subtraction must be conditional on the register value being greater than 128 or else no subtraction is required.

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3.4 Examination of Longs:

3.4.1_Modbus RTU Holding registers each contain only 16 bits.

3.4.2_In order to represent a 32 bit number, 2 consecutive registers are used with the first register address representing the

MSW and the subsequent address representing the LSW.

3.4.3_The most common example of this use is when representing the Centurion’s Run Hourmeter counter which is stored as an unsigned long in the controller.

40119 contains the MSW of the Run Hourmeter Counter (in seconds).

40120 contains the LSW of the Run Hourmeter Counter (in seconds).

To calculate the actual time in seconds, the 2 words must be joined to create a 32 bit number. There are several methods that can be used, depending on the options in the PLC, HMI or SCADA package; one may be preferred over the other.

3.4.4_Read as 32-bit option Method: Some packages allow the data to be read as a 32 bit number (long), so simply address the first register, 40119 in this example, and the polling software will automatically request the next register 40120. (refer to the user guides for the product to see if this is an option)

(Brackets indicate the data read as unsigned integer)

Mathematical Method: ([40119] x 65536) + [40120] = run hourmeter seconds. Bit shift Left Method: ([40119] << 16) + [40120] = run hourmeter seconds

3.4.5_If wanted, dividing the seconds by 3600 will give the run hourmeter in hours.

3.5 Shutdowns/Alarms/Message Events

3.5.1_The Centurion controller keeps track of shutdowns, alarms and message only type event messages as a numeric value between 1 and 128. This value can be read as an integer number in various areas of the Modbus Holding Register map depending on the type of event configured in the controller.

3.5.2_Shutdown Event = a condition that triggers the controller to advance to the shut-down state and stop the driven equipment. This also triggers the fault shut down output in the configuration to be active and will show a pop-up message on the Centurion display. This type of event latched true and requires a reset to clear. Only one shut-down event can be latched at any time (in a firstout fashion).*

3.5.3_Alarm Event-Self Resetting = a condition that triggers the alarm annunciation output in the configuration to be active. This also triggers a pop-up message on the Centurion display. No state change is triggered in the controller. When the alarm event is no longer true, the pop-up message will be cleared from the display and the alarm annunciation output in the configuration will be de-activated. Multiple alarms are possible, up to 32.

3.5.4_Alarm Event-Requires Acknowledgement = a condition that triggers the alarm annunciation output in the configuration to be active. This also triggers a pop-up message on the Centurion display. No state change is triggered in the controller. While the alarm event is true, a musical note appears next to the alarm message. If the alarm event is false, the message will remain on the display; however, the music note will be absent, and the alarm annunciation output in the configuration will remain active. This type of event is latched true and requires an ACK key press to clear. Multiple alarms are possible, up to 32.

3.5.5_Message Event = a condition that triggers a pop-up message on the Centurion display. No state change is triggered in the controller. This type of event is always self resetting and will clear when the condition is no longer true. Multiple events are possible, up to 32.

3.6 Shutdowns/Alarms/Message Events over Modbus

3.6.1_SHUTDOWNS: There are several places in the map to get information about fault shutdown status. Note that you do not have to use all of the options below, but all are offered as options depending on how much information you wish to receive. Below is a description of each.

3.6.2_40107 (BIT 1) = bit that shows any shutdown (non-ESD type) is active or not active.

3.6.3_40107 (BIT 2) = bit that shows any ESD type shutdown is active or not active.

3.6.4_40191 = 16 bit unsigned integer showing the cause of fault (firstout) shutdown event. Only events configured as fault shut downs can appear in this register. A “0” means that no shut-down fault is active.

3.6.5_40401 – 40460 = Log of last 20 shutdowns with hourmeter timestamp of each. Only events configured as fault shutdowns can be recorded in this log.

40401 = MSW of hourmeter seconds at time of most recent shutdown.

40402 = LSW of hourmeter seconds at time of most recent shutdown.

40403 = 16 bit unsigned integer showing the most recent shut-down event. Only events configured as shutdowns (non ESD or ESD) can appear in this register. This will be a number between 1 and 128. A “0” means that no shut-down fault has been recorded.

This pattern of 3 registers repeats until the 20 th is recorded.

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3.7 ALARMS: Since there can be up to 32 simultaneous alarms, reading the alarms requires a combination of register information. Below is a description of each.

3.7.1_40192 = Number of active alarms. This is an integer value stating how many alarms are active at any moment. A zero represents that no alarms are active.

3.7.2_40255 through 40286 = up to 32 active alarm integers and acknowledge status. The most recent alarm to go active will be at 40255, and the older alarms will follow. A zero represents that no alarm has been recorded active in this register.

3.7.2.1 Bits 1-15 of each register contain the actual integer code of the alarm event (this will be a number between 1 and 128 matching the alarm event number in the Sequence of Operation).

See section 3.3 for information about bit masking.

3.7.2.2 Bit 16 of each register represents the Acknowledge status for the alarm. A 1 in this position indicates no acknowledgement has occurred. A 0 in this position indicates that the alarm has been acknowledged.

See section 3.3 for information about bit masking.

3.8 EVENTS: All events (Shutdowns, Alarms and Message only) are recorded in a historical log as a 16 bit unsigned integer with a run hourmeter timestamp. Note that it is impossible to distinguish here whether an event is of one type or another. This is simply a log of events.

(Note: When the controller is placed in TEST mode to test shut-down faults without causing a shutdown, this is where the tested fault messages will appear. The tested faults will not populate the Shut-down log)

3.8.1_40501 through 40596 = Log of last 32 events and run hourmeter timestamp. The most recent event information will be at

40501, 40502 and 40503, and the older alarms will follow. A zero represents that no event has been recorded active in this register.

40501 = MSW of hourmeter seconds at time of most recent event.

40502 = LSW of hourmeter seconds at time of most recent event.

40503 = 16 bit unsigned integer showing the most recent event. This will be a number between 1 and 128. A

“0” means that no event has been recorded.

This pattern of 3 registers repeats until the 32 nd is recorded.

سلام! من یک ربات چت هوش مصنوعی هستم که به طور خاص برای کمک به شما در مورد Murphy Centurion C4 Centurion Configurable Controller Guide آموزش دیده‌ام. من سند را به طور کامل بررسی کرده‌ام و می‌توانم به شما کمک کنم اطلاعات دقیقی را که نیاز دارید پیدا کنید یا محتوا را به زبان ساده و واضح توضیح دهم. چه به دنبال راهنمایی در مورد ویژگی‌های خاص، مراحل عیب‌یابی یا استفاده عمومی باشید، می‌توانید سوالات خود را بپرسید. هرچه جزئیات بیشتری در مورد نگرانی‌ها یا نیازهای خود ارائه دهید، من می‌توانم دقیق‌تر و موثرتر به شما کمک کنم!