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Woodward easYgen-3000XT Series Manual Download Page 13

4.5.2

Configure Engine Monitor 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 468

█

4.5.2.1

Engine Overspeed (Level 1 & 2) ANSI# 12 

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 468

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4.5.2.2

Engine Underspeed (Level 1 & 2) 

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 470

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4.5.2.3

Engine/Generator Speed Detection 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 471

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4.5.2.4

Engine Start Failure 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 473

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4.5.2.5

Engine Shutdown Malfunction  

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 474

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4.5.2.6

Engine Unintended Stop  

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 475

█

4.5.2.7

Engine Charge Alternator (D+) 

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 476

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4.5.2.8

Cylinder Temperature 

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 477

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4.5.3

Mains 

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 485

█

4.5.3.1

General Mains Monitoring 

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 485

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4.5.3.2

Blocking of Mains Protection 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 486

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4.5.3.3

Mains Operating Ranges 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 487

█

4.5.3.3.1

General Mains Operating Range 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 487

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4.5.3.3.2

Reconnecting Mains Operating Range 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 489

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4.5.3.4

Mains Decoupling 

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 489

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4.5.3.4.1

Setup Grid Code AR-–4105 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 494

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4.5.3.4.2

Setup Grid Code BDEW (medium voltage guideline) 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 498

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4.5.3.5

Mains Overfrequency (Level 1 & 2) ANSI# 81O 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

 499

█

4.5.3.6

Mains Underfrequency (Level 1 & 2) ANSI# 81U 

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 501

█

4.5.3.7

Mains Overvoltage (Level 1 & 2) ANSI# 59 

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 503

█

4.5.3.8

Mains Undervoltage (Level 1 & 2) ANSI# 27 

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 505

█

4.5.3.9

Mains Voltage Increase 

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 507

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4.5.3.10

Mains Time-Dependent Voltage 

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 509

█

4.5.3.10.1 Time Dependent Mains Voltage Monitor 1 

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 511

█

4.5.3.10.2 Time Dependent Mains Voltage Monitor 2 

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 515

█

4.5.3.10.3 Time Dependent Mains Voltage Monitor 3 

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 517

█

4.5.3.10.4 Time dependent voltage monitoring – Decoupling Function 

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 520

█

4.5.3.11

QV Monitoring 

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 520

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4.5.3.12

Change Of Frequency 

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 523

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4.5.3.13

Mains Voltage Phase Rotation 

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 528

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4.5.3.14

Mains Import Power (Level 1 & 2) 

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 530

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13

easYgen-3000XT Series

B37574

Table of Contents

 

Released

Summary of Contents for easYgen-3000XT Series

Page 1: ...Manual easYgen 3000XT Series Genset Control Release 2 12 1 Document ID B37574 Revision N Build 51585 easYgen 3100XT P1 3200XT P1 3200XT P1 LT Released...

Page 2: ...sh Designed in Germany and Poland Woodward GmbH Handwerkstr 29 70565 Stuttgart Germany Telephone 49 0 711 789 54 510 Fax 49 0 711 789 54 101 E mail stgt info woodward com Internet https www woodward c...

Page 3: ...en 3200XT P1 LT genset control plastic housing All screwable terminal connectors are delivered with plug and jack B IPS Installation Procedure Supplement and printed QR Code sticker 2 x C Clamp fasten...

Page 4: ...setup A typical application mode for the control unit is the use for mains parallel operation in a multi genset application In this case the easYgens XT will function as an engine control with generat...

Page 5: ...system control and management talking with other easYgens 3100XT 3200XT and easYgens 3400XT 3500XT For a listing of all available application modes please refer to 6 Application Field 5 easYgen 3000XT...

Page 6: ...tate of Metal Housing Variant 53 2 2 Application Modes Overview 54 2 3 Operation Modes 55 3 Installation 56 3 1 Mount Unit Sheet Metal Housing 56 3 2 Mount Unit Plastic Housing 58 3 2 1 Clamp Fastener...

Page 7: ...L2 L3 92 3 3 6 1 2 Parameter Setting Phase L1 Phase L2 Phase L3 92 3 3 6 2 Mains Current 93 3 3 6 2 1 Parameter Setting Phase L1 Phase L2 Phase L3 94 3 3 6 3 Ground Current 95 3 3 7 Power Measuring 96...

Page 8: ...1 5 6 Genset parameter alignment 140 4 1 5 7 Diagnostic devices 140 4 1 5 8 Setpoints generator 141 4 1 5 9 Setpoints PID1 PID3 143 4 1 5 10 Synchroscope busbar mains 145 4 1 5 11 LogicsManager Condit...

Page 9: ...e Panel Mode 197 4 3 6 1 Configuration screen Remote Panel Mode 197 4 3 6 2 General notes 197 4 3 6 3 RP 3000XT in Full Mode with Password suppression 198 4 3 6 4 RP 3000XT in Full Mode 199 4 3 6 5 RP...

Page 10: ...4 3 1 3 Dead Bus Closing MCB 267 4 4 3 1 4 Open GCB 268 4 4 3 1 5 Open MCB 268 4 4 3 1 6 Transition Modes Breaker Logic 269 4 4 3 2 General Breaker Settings 273 4 4 3 3 Configure Breakers GCB 277 4 4...

Page 11: ...4 4 4 5 2 Configure Load Setpoints 357 4 4 4 5 3 Configure Warm up 361 4 4 4 5 4 Derating And Uprating Of Power 362 4 4 4 5 5 Active Power Frequency Function P f 365 4 4 4 5 6 Photovoltaic PV load red...

Page 12: ...ncy Level 1 2 ANSI 81O 431 4 5 1 4 Generator Current Monitoring 433 4 5 1 4 1 Generator Time Overcurrent Level 1 2 3 ANSI 50 51 433 4 5 1 4 2 Generator Inverse Time Overcurrent ANSI IEC 255 435 4 5 1...

Page 13: ...4 1 Setup Grid Code AR 4105 494 4 5 3 4 2 Setup Grid Code BDEW medium voltage guideline 498 4 5 3 5 Mains Overfrequency Level 1 2 ANSI 81O 499 4 5 3 6 Mains Underfrequency Level 1 2 ANSI 81U 501 4 5...

Page 14: ...monitoring settings 555 4 5 6 2 Free Configurable Alarms 556 4 5 6 3 CAN Interfaces 558 4 5 6 4 CAN Interface 1 558 4 5 6 5 CAN Interface 2 560 4 5 6 6 CAN Interface 2 J1939 Interface 561 4 5 6 7 J193...

Page 15: ...rfaces 600 4 7 1 USB Service Port Interface 600 4 7 2 RS 485 Interface 601 4 7 3 Modbus Protocol 602 4 7 4 CAN Interfaces 605 4 7 4 1 CAN Interface 1 605 4 7 4 1 1 Additional Server SDOs Service Data...

Page 16: ...1 1 Application mode A01 None 680 6 1 2 Application mode A02 GCB open 682 6 1 3 Application mode A03 GCB 684 6 1 4 Application mode A04 GCB MCB 686 6 2 Multiple Genset Applications 689 6 2 1 Configur...

Page 17: ...ies 727 6 3 10 Setup Expansion Modules at CAN 2 728 6 3 11 Phase Angle Compensation 737 6 3 12 Start Stop Logic Mode Off 740 6 3 13 Ripple Control Receiver 743 6 3 14 Neutral Interlocking 747 6 3 15 L...

Page 18: ...Communication Channel 780 6 4 1 5 Transmitting A Power Setpoint 781 6 4 1 5 1 RPDO 781 6 4 1 5 2 Default SDO Communication Channel 783 6 4 1 6 Transmitting Multiple Setpoints 783 6 4 1 7 Remotely Cha...

Page 19: ...4 6 5 2 5 Remotely Clearing The Event History 815 6 5 2 6 Remotely Resetting The Default Values 816 6 5 2 6 1 Modbus 816 6 5 3 Exception Responses 817 6 5 4 Modbus Telegram Mapper Customer Written Dat...

Page 20: ...l Time Clock Battery 856 8 1 6 Display plastic housing variant only 856 8 1 7 Housing 856 8 1 8 Approvals 857 8 2 Environmental Data 857 8 3 Accuracy 858 8 4 Protection ANSI 861 9 Appendix 862 9 1 Cha...

Page 21: ...5 9 2 9 3 4 Free Analog Values 1078 9 2 9 4 Data Identifiers in General 1079 9 3 LogicsManager Reference 1081 9 3 1 LogicsManager Overview 1081 9 3 2 Logical Command Variables 1084 9 3 2 1 Group 01 Gl...

Page 22: ...3 2 28 Group 87 LM Results 2 1112 9 3 2 29 Group 88 LM Results 3 1113 9 3 2 30 Group 90 AnalogManager Internal values 0 1114 9 3 2 31 Group 91 AnalogManager Internal values 1 1114 9 3 2 32 Group 93 A...

Page 23: ...8 Group 82 Results 2 1159 9 4 2 19 Group 90 Internal Values 0 1160 9 4 2 20 Group 91 Internal Values 1 1161 9 4 2 21 Group 93 Analog Outputs 1 1161 9 4 3 Factory Settings 1162 9 5 Status Event And Ala...

Page 24: ...9 5 5 15 External Digital Inputs Monitoring 1191 9 5 5 16 Wire Break Monitoring of internal and external analog inputs 1192 9 5 5 17 Free Configurable Alarms 1193 9 5 5 18 Miscellaneous Monitoring 119...

Page 25: ...d are not indicated in the alarm list M 2021 06 LU NEW Software Revision Release 2 12 0 or higher NEW features functions Configuration The parameter Parameter update rate is now accessible in ToolKit...

Page 26: ...to 12885 The Warm up engine run is now also usable in the operation mode TEST like in the AUTOMATIC mode The GCB dead bus negotiation is now configurable in a way that it can be performed over all seg...

Page 27: ...ready true and if there is no preglow The generator excitation limiter function and indication is disabled if reactive control in the device is disabled In cases the easYgen runs the genset with break...

Page 28: ...nged to match the newest grid code demands VDE AR N 4110 Introduction of special mains limits to maintain the resynchronization of the genset back to mains after a mains failure VDE AR N 4110 See 4 5...

Page 29: ...he following AnalogManager operations are available Rounding of 16Bit Integers in communication protocols 5010 and 5016 AC values which are supported in a 16Bit integer format are rounded The service...

Page 30: ...monitor instead a LogicsManager command variable only 4 5 1 6 2 2 Generator Phase Rotation Introduction of a new monitor in the easYgen For multiple easYgen applications a MCB plausibility alarm can b...

Page 31: ...lly switch the Remote Panel into an Full mode Annunciator mode or Off mode See menu Parameter Configuration Configure HMI Configure Remote Panel Corrections Repairs Issue 19 described in the ERRATA sh...

Page 32: ...unloading of the generator now is executed before opening the GCB If an analog output is configured to a discrete setpoint e g 05 64 the value will be updated now If emergency run is active no mains A...

Page 33: ...Refer to 8 3 Accuracy for details Fuel level monitoring offers two further SPN available via J1939 interface refer to Standard visualization messages and 9 2 7 Protocol 5016 Basic Visualization SPN 96...

Page 34: ...Easygen 3000 communication timeout J1939 E3 communication will not occur even if ECU Device type parameter 15102 is configured to EGS Woodward Issue 14 described in the ERRATA sheet is solved If ECU D...

Page 35: ...f the configuration will not be lost RS485 in full duplex mode Multiple slaves are supported Relay 1 indication in ToolKit is inverted now like in first generation easYgen 3000 Technical Manual Change...

Page 36: ...Minor language issues are fixed AnalogManager The Unit configurations in the Analog inputs were reworked Issue fixed with HMI AnalogManagers to be parametrized but not saved when no Password was inser...

Page 37: ...tion manual 37595 Please check availability at Woodward web site www woodward com General data tables relevant for the easYgen XT series will additionally be found in Excel files Up to date documentat...

Page 38: ...ation that could cause slight injuries if it is not avoided NOTICE This combination of symbol and signal word indicates a possibly dangerous situation that could cause property and environmental damag...

Page 39: ...misuse Willful operation by non authorized persons Unauthorized conversions or non approved technical modifications Use of non approved spare parts The originator is solely liable for the full extent...

Page 40: ...e includes but is not limited to Storage transport and operation outside the specified conditions 1 3 1 Personnel WARNING Hazards due to insufficiently qualified personnel If unqualified personnel per...

Page 41: ...electric shock There is an imminent life threatening hazard from electric shocks from live parts Damage to insulation or to specific components can pose a life threatening hazard Only a qualified elec...

Page 42: ...tion and supply voltage The internal signal self check is aligned in series with the inverse signal Ready for op OFF parameter 12580 Per default factory settings discrete output R01 is energized close...

Page 43: ...ystem that uses an alternator or battery charging device whilst the charging device is still connected causes damage to the control system Make sure the charging device is turned off before disconnect...

Page 44: ...this manual to remove the PCB from the control cabinet follow these precautions Ensure that the device is completely voltage free all connectors have to be disconnected Do not touch any part of the P...

Page 45: ...The ESD electrostatic discharge wrist band keeps the user s body set to ground potential This measure protects sensitive electronic components from damage due to electrostatic discharge Tools Use of t...

Page 46: ...applications are outlined in 2 2 Application Modes Overview Intended use also includes compliance with all instructions and safety notes presented in this manual Any use which exceeds or differs from...

Page 47: ...N when ambient temperature drops below 20 C and the result 86 34 LM Enable heater 11972 of LM 7799 Enable front foil heater is TRUE Even if the device has no front foil heater because it is no LT vari...

Page 48: ...B Button Group MODE C Softbutton Group Operation D Softbutton Group Navigation E Home screen button F Group ALARMS sign and button G LCD Display Screen A Display Change the method of voltage and powe...

Page 49: ...enset and the breakers Single Line Diagram Sometimes used for settings input D Navigation Navigation between system and configuration screens and alarm list 49 easYgen 3000XT Series B37574 2 System Ov...

Page 50: ...isible 8 HOME Button Back to main screen with one click only 9 10 Warning sign illuminated by warning and alarm acknowledge button 14 19 Button Group Modes 14 15 18 19 MODE selectors illuminated 14 ST...

Page 51: ...creen display alternatives are available Generator Generator Mains Generator Busbar Generator Engine The selection of the displayed parameters is depending on softbutton display mode Home Screen Gener...

Page 52: ...d 15 operation mode MANUAL active 18 operation mode AUTOMATIC active 19 operation mode TEST active starts blinking 5 seconds before TEST mode with timer exceeds ALARMS 10 Warning sign triangle Slow bl...

Page 53: ...1 and 2 allow own indications to display engine and auxiliary values for example Find menu Parameter Configure HMI Configure customer screen 1 and Parameter Configure HMI Configure customer screen 2...

Page 54: ...date is still running or Load default settings is initiated 2 2 Application Modes Overview The genset control provides the following basic functions via the application modes listed below For detailed...

Page 55: ...etc Engine start stop Engine generator protection relay output to open GCB GCB operation relay output to close GCB MCB operation relay outputs to open and close MCB Mains failure detection with mains...

Page 56: ...RS485 shielded cabling no more than 25 mm wiring exposed without shield coverage are allowed at terminal plug side 3 1 Mount Unit Sheet Metal Housing Dimensions Fig 7 Sheet metal housing dimensions Mo...

Page 57: ...als top and bottom and connectors located at the sides 2 Mount the unit to the back panel and insert the screws 3 Tighten the screws to a torque according to the quality class of the used screws Tight...

Page 58: ...es if you want to use the clamp fasteners If the holes are drilled into the panel the clamp fasteners cannot be used anymore In order to enhance the protection to IP 66 fasten the unit with the screw...

Page 59: ...aximum permissible corner radius is 4 mm 3 2 1 Clamp Fastener Installation For installation into a door panel with the fastening clamps proceed as follows 1 Cut out the panel according to the dimensio...

Page 60: ...y insert the screws into the clamp inserts 4 Insert the unit into the panel cutout Verify that the unit fits correctly in the cutout If the panel cutout is not big enough enlarge it accordingly 5 Fig...

Page 61: ...Do not exceed the recommended tightening torque of 0 1 Nm 7 Fig 15 Reattach terminals Reattach the wire connection terminal strip Fig 15 and secure them with the side screws 3 2 2 Screw Kit Installat...

Page 62: ...y that the unit fits correctly in the cutout If the panel cutout is not big enough enlarge it accordingly 3 Insert the screws and tighten to 0 6 Nm 5 3 pound inches of torque Tighten the screws with a...

Page 63: ...teral use of these values does not take into account all actual specifications of the control unit as delivered For definite values please refer to chapter 8 1 Technical Data Wire sizes Field wiring s...

Page 64: ...ariants as follows Plastic housing for easYgen 3200XT P1 and easYgen 3200XT P1 LT Sheet metal housing for easYgen 3100XT P1 The max possible conductor cross section of the terminals used is Amax 2 5 m...

Page 65: ...Fig 17 Terminals easYgen 3000XT P1 LT plastic housing 65 easYgen 3000XT Series B37574 3 Installation 3 3 1 Terminal Allocation Released...

Page 66: ...g Use the protective earth PE connector located at the bottom center of the sheet metal housing instead Common terminal for AC measurement voltages Mains generator and busbar voltage measuring termina...

Page 67: ...nal lines like power supply DI DO AI AO MPU Return line has to be close to forward signal line Use cables instead of single wires In case of using single wires please do at least one twist per meter t...

Page 68: ...to Command close MCB if MCB is activated Relay R09 isolated 1 Fixed to Command open MCB if MCB is activated otherwise preconfigured to Mains decoupling Relay R11 1 Preconfigured to Alarm class A or B...

Page 69: ...Fig 20 Label print easYgen 3100XT P1 3200XT P1 LT wiring 69 easYgen 3000XT Series B37574 3 Installation 3 3 2 Wiring Diagram Released...

Page 70: ...should be as short as possible The connection must be performed properly WARNING Permissible differential voltage The maximum permissible differential voltage between terminal 64 B and terminal 61 PE...

Page 71: ...minals A B C Protective earth PE Protective earth PE Power supply 12 24 Vdc 8 to 40 Vdc Fig 21 Power supply wiring Terminal Description A 61 PE protective earth plastic housing ONLY B 63 12 24Vdc 8 to...

Page 72: ...terminal assignment 3 3 5 Voltage Measuring General notes Woodward recommends protecting the voltage measuring inputs with slow acting fuses rated for 2 to 6 A The wide range terminals allow several v...

Page 73: ...nal Generator voltage L1 A 30 Generator voltage L2 B 32 Generator voltage L3 C 34 Generator voltage N D 36 Table 4 Voltage measuring generator terminal assignment 3 3 5 1 1 Parameter Setting 3Ph 4W OD...

Page 74: ...D Measuring inputs Fig 26 Measuring inputs 3Ph 4W OD Terminal assignment Measuring input Phase Terminal Generator voltage L1 A 30 Generator voltage L2 B 32 Generator voltage L3 C 34 Generator voltage...

Page 75: ...2 B1 C1 C2 N N Fig 27 Generator windings 3Ph 4W Measuring inputs Fig 28 Measuring inputs 3Ph 4W Terminal assignment Measuring input Phase Terminal Generator voltage L1 A 30 Generator voltage L2 B 32 G...

Page 76: ...9 Generator windings 3Ph 3W Measuring inputs Fig 30 Measuring inputs 3Ph 3W Terminal assignment Measuring input Phase Terminal Generator voltage L1 A 30 Generator voltage L2 B 32 Generator voltage L3...

Page 77: ...6 A5 A6 B2 B1 C1 C2 N N L3 Fig 31 Generator windings 1Ph 3W Measuring inputs Fig 32 Measuring inputs 1Ph 3W Terminal assignment Measuring input Phase Terminal Generator voltage L1 A 30 Generator volta...

Page 78: ...or phase phase Please note to configure and wire the easYgen consistently 3 3 5 1 5 1 1Ph 2W Phase Neutral Measuring Generator windings L1 A5 A6 N N A1 A2 A A1 A2 B6 B6 A N N L1 Fig 33 Generator windi...

Page 79: ...e other systems like mains and generator are configured as 3ph 3W or 4ph 4W without being the neutral in the middle of the triangle The phase angle for synchronization would be incorrect 3 3 5 1 5 2 1...

Page 80: ...Ph 2W phase phase 3 3 5 2 Mains Voltage General notes The voltage measuring inputs for 120 V and 480 V are using the same terminals 22 to 28 The current voltage range must be selected by the correspon...

Page 81: ...r and mains voltage measuring inputs may be installed Schematic and terminals L1 MCB N B D A C L2 L3 Fig 37 Voltage measuring mains wiring Measuring input Phase Terminal Mains voltage L1 A 22 Mains vo...

Page 82: ...C1 C2 N N Fig 38 Mains windings 3Ph 4W Measuring inputs L1 MCB N B D A C L2 L3 3Ph4W Fig 39 Measuring inputs 3Ph 4W Terminal assignment Measuring input Phase Terminal Mains voltage L1 A 22 Mains volta...

Page 83: ...windings 3Ph 3W Measuring inputs L1 MCB N B D A C L2 L3 3Ph3W Fig 41 Measuring inputs 3Ph 3W Terminal assignment Measuring input Phase Terminal Mains voltage L1 A 22 Mains voltage L2 B 24 Mains volta...

Page 84: ...B2 B1 C1 C2 N N L3 Fig 42 Mains windings 1Ph 3W Measuring inputs L1 MCB B D A C N L3 1Ph3W Fig 43 Measuring inputs 1Ph 3W Terminal assignment Measuring input Phase Terminal Mains voltage L1 A 22 Main...

Page 85: ...ase Please note to configure and wire the easYgen consistently 3 3 5 2 4 1 1Ph 2W Phase Neutral Measuring Mains windings L1 A5 A6 N N A1 A2 A A1 A2 B6 B6 A N N L1 Fig 44 Mains windings 1Ph 2W phase ne...

Page 86: ...phase neutral 3 3 5 2 4 2 1Ph 2W Phase Phase Measuring Mains windings L1 A5 A6 L2 B A1 A2 A A1 A2 B6 B6 A B L2 L1 Fig 46 Mains windings 1Ph 2W phase phase Measuring inputs L1 MCB B D A C 1Ph2W Ph Ph...

Page 87: ...using the same terminals 38 to 40 The current voltage range must be selected by the corresponding settings via HMI and or ToolKit Parameter 1812 Busb1 PT secondary rated volt must be configured to th...

Page 88: ...be performed phase neutral or phase phase Please note to configure and wire the easYgen consistently 3 3 5 3 1 1 1Ph 2W Phase Neutral Measuring Busbar windings L1 A5 A6 N N A1 A2 A A1 A2 B6 B6 A N N...

Page 89: ...1Ph 2W Phase Phase Measuring Busbar windings L1 A5 A6 L2 B A1 A2 A A1 A2 B6 B6 A B L2 L1 Fig 51 Busbar windings 1Ph 2W phase phase Measuring inputs Fig 52 Measuring inputs 1Ph 2W phase phase Terminal...

Page 90: ...current transformer CT is short circuited The current measuring inputs for 1 A and 5 A are using the same terminals 3 to 8 The current range must be selected by the corresponding settings via HMI and...

Page 91: ...current L3 transformer terminal s2 l C 6 Generator current L2 transformer terminal s1 k D 5 Generator current L2 transformer terminal s2 l E 4 Generator current L1 transformer terminal s1 k F 3 Gener...

Page 92: ...4 5 6 7 8 Phase s2 l L1 s1 k L1 s2 l L3 s1 k L3 Phase L1 and L3 applies if the generator voltage measurement is configured to 1Ph 3W 3 3 5 1 Generator Voltage 3 3 6 1 2 Parameter Setting Phase L1 Phas...

Page 93: ...due to missing load Before disconnecting the device ensure that the current transformer CT is short circuited The current measuring inputs for 1 A and 5 A are using the same terminals 1 to 2 The curr...

Page 94: ...2 1 Parameter Setting Phase L1 Phase L2 Phase L3 Schematic and terminals L1 L2 L3 N Mains L1 Phase L1 L1 L2 L3 N Mains L2 Phase L2 L1 L2 L3 N Mains L3 Phase L3 Fig 57 Current measuring mains Phase L1...

Page 95: ...ponding settings via HMI and or ToolKit The mains current input can be configured to measure the mains current or ground current The parameter Mains current input determines if this input will measure...

Page 96: ...ccording to the diagram Fig 59 the following values are displayed Terminal Description A 1 Mains or ground current B 2 C 3 5 7 Generator current D 4 6 8 Parameter Description Sign displayed Generator...

Page 97: ...positive ratio or lagging power factor i e 0 85 lagging In a capacitive circuit the current waveform leads the voltage waveform resulting in usable power real power and unusable power reactive power...

Page 98: ...m the generator s view 90 0 180 90 692 8 VA 300 0 V 1 0 A U L3 E I L3 U L2 E I L2 U L1 E I L1 90 0 180 90 692 8 VA 300 0 V 1 0 A U L3 E I L3 U L2 E I L2 U L1 E I L1 Fig 60 Phasor diagram capacitive lo...

Page 99: ...MPU overview Schematic and terminals Fig 62 MPU input Terminal Description A 79 MPU input inductive switching B 80 MPU input GND 99 easYgen 3000XT Series B37574 3 Installation 3 3 9 Magnetic Pickup Un...

Page 100: ...azards due to improper implementation of emergency stop Discrete input DI 01 Emergency Stop is only a signaling input This input may only be used to signal that an external emergency stop button has b...

Page 101: ...econfigured to Emergency stop 1 68 Discrete Input DI 02 Preconfigured to Start in AUTO 1 69 Discrete Input DI 03 Preconfigured to Low oil pressure 1 70 Discrete Input DI 04 Preconfigured to Coolant te...

Page 102: ...ntacts may be connected to the signal terminal as well as to the ground terminal of the discrete input Schematic and terminal assignment 3 3 11 Relay Outputs LogicsManager General notes CAUTION The re...

Page 103: ...A01 LogicsManager1 A02 A03 Preconfigured to Command close GCB 1 A04 52 51 Relay output R 07 A01 Preconfigured to Mains decoupling 1 A02 Preconfigured to Command open GCB 1 A03 A04 54 53 Relay output...

Page 104: ...disabling such a device high switch off induced voltages may occur which might destroy adjacent electronic devices or result interference voltage pulses which lead to functional faults by capacitive c...

Page 105: ...miting voltage Very suitable for AC voltage Reverse polarity protected Exact dimensioning required 3 3 12 Analog Inputs 0 to 2000 Ohm 0 4 to 20 mA 0 to 1 V It is recommended to use two pole analog sen...

Page 106: ...to 1 V Single pole senders B A Al02 0 4 to 20 mA or 0 to 1 V Two pole senders B A Al01 Resistive VDO or 0 4 to 20 mA or 0 to 1 V Two pole senders referenced to Engine Ground Genset easYgen 61 Fig 70...

Page 107: ...ge biasing Controller configuration can change the multifunction controller bias output signals The analog outputs are galvanically isolated 3 3 13 1 Analog Outputs 20 mA 10 V PWM Controller wiring tw...

Page 108: ...d and follow the instructions of chapter Electrostatic discharge For CAN and RS485 shielded cabling no more than 25 mm wiring exposed without shield coverage are allowed at terminal plug side 3 4 1 In...

Page 109: ...Fig 72 easYgen 3100XT P1 Series 109 easYgen 3000XT Series B37574 3 Installation 3 4 1 Interfaces overview Released...

Page 110: ...elay outputs terminal 5 CAN bus interface connector CAN 1 6 CAN bus interface connector CAN 2 7 RS 485 interface connector RS 485 1 8 ETHERNET interface connector RJ45 LAN 1 9 USB interface connector...

Page 111: ...connected to earth via RC element 1 5 mm2 5 Y Y TxD Y TxD RxD 1 5 mm2 6 Z Z TxD Z TxD RxD 1 5 mm2 Table 24 Pin assignment RS 485 half duplex Y Woodward Controller Z Slave 1 External Master 120 120 TxD...

Page 112: ...via an RC element Therefore they may either be grounded directly recommended or also via an RC element on the opposite connection Woodward Controller 30 MOhm 3 3 nF 2000 V PE External Device PE Fig 7...

Page 113: ...ion the USB interface is read only It can be used for further service tasks from manufacturer s side Connecting it to a PC laptop will display the USB interface available and all files prepared from W...

Page 114: ...0 Ohms Termination Resistor Or Fig 79 CAN bus termination For very critical EMC conditions many noise sources with high noise levels and for high transmission rates we recommend to use the Split termi...

Page 115: ...rd Controller 30 MOhm 3 3 nF 2000 V PE External Device PE Fig 80 Bus shielding internal RC element Troubleshooting If there is no data transmission on the CAN bus check for the following common CAN bu...

Page 116: ...rface 8 see 3 4 1 Interfaces overview 8 7 6 54 3 2 1 Fig 81 RJ 45 connector Ethernet Pin Description 10Base T 100Base T 1 Transmit Data TX TX 2 Transmit Data TX TX 3 Receive Data RX RX 4 Not connected...

Page 117: ...hernet A which means the same Cable length distance The maximum length from connection to connection is 100 m Some third party suppliers offer technology to expand the connection Topology Fig 82 Appli...

Page 118: ...Fig 83 Application Example Multiple Generator operation with a ToolKit access point A 118 easYgen 3000XT Series B37574 3 Installation 3 4 5 Ethernet Interface incl Remote Panel Released...

Page 119: ...access point B Troubleshooting Check first the power supply of the switches Check the IP addressed of the single devices See chapter 4 7 5 Ethernet Interfaces for details 119 easYgen 3000XT Series B37...

Page 120: ...mmunication with some PLCs and for some display restrictions Rounding error Numbers higher than 8388608 come with an rounding error of 0 005 of the number itself Displayed restrictions sample Values o...

Page 121: ...ions The well introduced HMI display softbutton Next Page is continued but in ToolKit named STATUS MENU In ToolKit Next Page is used to go to the next page Some monitoring parameters in HMI display ar...

Page 122: ...Fig 85 Menu structure menu tree easYgen 3100XT P1 3200XT P1 122 easYgen 3000XT Series B37574 4 Configuration Released...

Page 123: ...tion Main screen After power up the control unit displays the main screen HOME screen Fig 86 The main screen can be divided into the following basic sections Fig 86 Main screen shown with default sett...

Page 124: ...e section Fig 86 3 of the screen shows the last alarm message that is occurred and not yet acknowledged For a list of all alarm messages refer to 9 5 5 Alarm Messages Single line diagram 4 The single...

Page 125: ...mode Code req Request a blink code for one error message from the ECU Repeated pressing of this softkey displays all stored error messages J1939 Special Screen Reset Reset the blink code J1939 Specia...

Page 126: ...tual value Mains Power Indicates the mains power actual value Synchroscope Phase Angle Indicates the actual phase angle between busbar and mains or busbar and generator Sequencing Breaker Closed GCB o...

Page 127: ...f indications to display engine and auxiliary values full access via ToolKit name description cannot be changed via HMI Find menu Parameter Configure HMI Configure customer screen 1 and Parameter Conf...

Page 128: ...L3 Generator Mains Generator values as described above and additionally for Mains Voltage Frequency Current Power Power factor Generator Busbar Generator values as described above and additionally fo...

Page 129: ...s parameter selection The values to be displayed at Engines can be selected via AnalogManager definition of the parameters at Parameter Configure HMI Screen configuration Menu texts and symbols cannot...

Page 130: ...via ToolKit HMI allows access to the AnalogManager but not to the text fields Description and Unit Find menu Parameter Configure HMI Configure customer screen 1 AM Customer screen 1 1 AM Customer scre...

Page 131: ...es for screen 1 and screen 2 Screen button Name 14895 14897 Button text displayed at easYgen XT HMI homepage Notes The display allows two rows with five letters each Use WBR for row separator because...

Page 132: ...softkeys and status symbols refer to 4 1 1 Basic Navigation For information on all other menu screens refer to 4 1 5 Specialized Menu Screens 4 1 4 1 Navigation Screens Fig 91 Navigation screen examp...

Page 133: ...of the parameters can be changed Value setting screens samples Configure language clock Configure display Password Configure application 1 Use the following softkeys in a value setting screen to selec...

Page 134: ...e selected hardware range i e 50 of a 0 to 20 mA output refer to 10 mA or alternatively as absolute values depending on selected parameters Discrete inputs outputs The configured logic for the discret...

Page 135: ...em depends on how the measuring is configured in the control unit The following tables illustrate what values are available depending on the configured measurement type The displayed voltages Displaye...

Page 136: ...29 Measuring point mains 1 Depends on setting of parameter 1858 4 1 5 2 Alarm List Fig 95 Alarm List screen All alarm messages which have not been acknowledged and cleared are displayed Each alarm is...

Page 137: ...s A Class B Red color alarm Class C Class D Class E Class F Symbol without indicates that an alarm of Class A Class F is not present Acknowledge the selected alarm message displayed inverted Acknowled...

Page 138: ...ctive genset in sequence is closed GCB of respective genset in sequence is open Own easYgen device number Sequence is running with respect to the settings e g the sequencing timing see table below Gen...

Page 139: ...this device is not participating in load sharing LD start stop Off is displayed here 4 1 5 5 States easYgen Fig 98 States easYgen screen The states of the easYgen devices are displayed The operation m...

Page 140: ...sYgen devices configured differently than the LDSS setting of your current device Symbol Description The easYgen uses the same configuration as your current device The easYgen uses a different configu...

Page 141: ...umber The setpoints may only be adjusted if the respective controller is enabled Frequency and voltage may be adjusted within the configured operating limits Active power may be adjusted between 0 and...

Page 142: ...le setpoint 5618 AM Voltage SP1 V is active Depending on the assigned analog variable 05 57 Internal v setp1 V or 05 65 Discrete v V there are several possibilities for setpoint adjustment in operatio...

Page 143: ...5605 5640 Frequency 5541 5509 5541 ToolKit s setpoint page STATUS MENU Setpoints gives an overview 4 1 5 9 Setpoints PID1 PID3 Fig 103 PID1 3 screen 1 Menu path for configuration Parameter Configurati...

Page 144: ...4 PID1 3 screen 2 Fig 105 PID1 3 visualization screen Menu path for visualization Next Page Setpoints Setpoints PID 1 3 144 easYgen 3000XT Series B37574 4 Configuration 4 1 5 9 Setpoints PID1 PID3 Rel...

Page 145: ...configuration to avoid generator destructive power The 12 o clock position on the top means 0 and the 6 o clock position on the bottom means 180 The actual phase angle is indicated on the bottom of t...

Page 146: ...bles which are located in their respective groups Fig 108 Command variables screen example Symbol Description Select the highlighted command variable group and display the state of the command variabl...

Page 147: ...output becomes TRUE Delay before output becomes FALSE State of the command variable is TRUE State of the command variable is FALSE Command variable selection field Change the command variable group Ti...

Page 148: ...4 1 5 13 Mains decoupling threshold Fig 110 Mains decoupling screen 1 Fig 111 Mains decoupling screen 2 148 easYgen 3000XT Series B37574 4 Configuration 4 1 5 13 Mains decoupling threshold Released...

Page 149: ...mains parallel GCB open no rotation of prime mover generator Stops the TEST mode so mains decoupling is possible if system is mains parallel only Notes TEST mode is deactivated not only by this button...

Page 150: ...Enter Password for details Mains decoupling test is running after the warning is accepted The Mains decoupling test opens the selected breaker for mains decoupling parameter 3110 Fig 115 Security que...

Page 151: ...State is false Table 30 Graphic assignments Section Description Code level 00 Current code level of CAN1 connection TPDO has incorrect mapping parameters State is TRUE false RPDO has incorrect mappin...

Page 152: ...Assignment Missing Receive PDO number active x RPDO x is not received at the moment Missing Receive PDO number latched x RPDO x has not been received Notes CAN 1 monitoring 3150 must be enabled 4 1 5...

Page 153: ...s the name of the current selected file for the external terminals inclusive version If this line shows the file is missing on the device Notes For the different selections of external terminals diffe...

Page 154: ...n Description Text J1939 state Screen title Interface type Text J1939 sequencer file error 0000000 If the value indicated here is not equal 0000000 there is something wrong with the file indicated bel...

Page 155: ...state is displayed Setting can be found under Next Page Diagnostic Interfaces Ethernet In this menu select Ethernet A SNTP Servlink Modbus TCP IP See chapter 7 2 Ethernet Interfaces for configuration...

Page 156: ...Fig 122 Ethernet SNTP example Fig 123 Ethernet Servlink example 156 easYgen 3000XT Series B37574 4 Configuration 4 1 5 17 Ethernet Network Released...

Page 157: ...1 5 18 USB Fig 125 USB interface Current USB state is displayed Setting can be found under Next Page Diagnostic Interfaces USB See chapter Chapter 4 7 1 for configuration 157 easYgen 3000XT Series B37...

Page 158: ...erface for configuration 4 1 5 20 J1939 Special Fig 127 J1939 Special screen example The status of the configured J1939 ECU error messages is displayed here if the unit is configured accordingly Some...

Page 159: ...J1939 Status miscellaneous Fig 128 J1939 Status miscellaneous screen 1 SPN Description 1081 Eng wait to start lamp Engine Wait to Start Lamp Lamp signal which indicates that the engine is too cold to...

Page 160: ...particulate filter regeneration need and urgency Values No Lowest level Moderate level Highest level Missing 3702 DPF Act regen inhibit Diesel Particulate Filter Active Regeneration Inhibited Status...

Page 161: ...n Fig 129 Time indication according to operating condition This screen element on main screen displays time indications according to the operating condition of the easYgen device The time indications...

Page 162: ...ime Refer to parameter 3315 for details Generator stable time Refer to parameter 3415 for details Cool down time Refer to parameter 3316 for details Stop time of engine Refer to parameter 3326 for det...

Page 163: ...gure customer screen 2 Configure display Screen configuration Other configuration is below the sub menu Configuration See following chapters 4 3 1 Configure Language Clock General notes The following...

Page 164: ...lectable languages English The desired language for the unit display text is configured here Available languages are English German Dutch Spanish French Italian Portugese Japanese Chinese Russian Turk...

Page 165: ...between the time zone in which the device is used compared to the absolutely Greenwich Mean Time GMT This information is needed to transfer the general time signal into the local real time clock setti...

Page 166: ...Wednesday Thursday Friday Saturday The weekday for the DST begin date is configured here Notes This parameter is only displayed if Daylight saving time parameter 4591 is set to On 4592 DST begin nth...

Page 167: ...nd time 2 0 to 23 h 0 The real time clock will fall back by one hour when this time is reached on the DST end date Example 0 h 0th hour of the day midnight 23 h 23rd hour of the day 11 pm Notes This p...

Page 168: ...ng time parameter 4591 is set to On 4596 DST end month 2 1 to 12 1 The month for the DST begin date is configured here Example 1 1st month of the year 12 12th month of the year Notes This parameter is...

Page 169: ...ed on the PC The tool will create a basic Excel sheet The user will translate in Excel and then from the edited Excel sheet will create a resource file which can be uploaded on the easYgen using the W...

Page 170: ...nit Unit displayed in row 1 Notes The max number of characters is higher but will not be displayed correctly on HMI display Notes If C or bar is assigned the unit will be converted into F or psi autom...

Page 171: ...7731 7732 7940 7730 2 1 7736 7737 7941 7735 2 2 7741 7742 7942 7740 2 3 7746 7747 7943 7745 2 4 7751 7752 7944 7750 2 5 7756 7757 7945 7755 2 6 7761 7762 7946 7760 2 7 7766 7767 7947 7765 2 8 7771 77...

Page 172: ...ned by customer Table 42 Parameters Customer Screen 1 3 Configuration sample 4 3 2 2 Configure Display Display Configuration ID Parameter CL Setting range Default Description Display brightness 2 0 to...

Page 173: ...ed by LogicsManager 86 34 1 1 1 11972 If this parameter is TRUE and ambient temperature goes below 10 C the display front panel will be heated for seven minutes and wait further 3minutes For informati...

Page 174: ...mains symbols Notes Softbutton for MCB is visible and valid only if this parameter is TRUE General notes The home screen data configuration Generator Engine offers an engine value indication With the...

Page 175: ...een 8897 AM Engine fuel level 2 Determined by AnalogManager 81 27 A1 06 03 Analog input 3 With this AnalogManager the according fuel level source can be configured and scaled The indication is display...

Page 176: ...gning unique passwords to designated personnel Password protection covers direct and remote access through all methods and interfaces of interconnectivity of the device Personal security Configure pas...

Page 177: ...ng Modbus TCP PC running ToolKit servlink connected over Ethernet Netbiter Easy Connect gateway running Servlink TCP ToolKit via internet PLC running Modbus RTU via RS 485 PLC running CANopen PLC runn...

Page 178: ...User Account Entry Hidden entry for more security The currently selected entry number is visible only all other numbers are hidden and a asterisk is displayed instead LOGIN procedure Basic Code Entry...

Page 179: ...ntry comes with more security as requested for internet access It asks for Username and Password Alphanumeric Password To open the related password level both rows entries need the correct alphanumeri...

Page 180: ...this level is not visible The access is dismissed afterwards 3 CL03 CL0003 3 The Commissioning Level Access to well defined parameters and configurations which are usually needed on a commissioning l...

Page 181: ...et formula The secret formula is provided by a higher instance Access Channels Maximum Security Each of these channels have their own independent access level That has the advantage that e g a HMI cha...

Page 182: ...er the password of the Basic Level CL01 can be reset to its default by the Yes No parameter 10434 Code Level User Account Entry Basic Code Entry User Name fix Password default Password default 1 CL01...

Page 183: ...d Password display The operator reads the indicated random number He tells it to a higher instance The higher instance calculates 10414 Code temp commissioning 10416 Random Number x 3 The higher insta...

Page 184: ...igates with ToolKit to the page Parameter Configure system management The operator reads on that page 10416 Random number for password He tells it to a higher instance The higher instance calculates 1...

Page 185: ...Account Entry Basic Code Entry User Name fix Password default Password default 5 CL05 CL0500 0500 Automatic Logout from Password level Fall into level 0 All basic code entry channels deny after 2h The...

Page 186: ...k to the main screen Password handling in ToolKit The ToolKit supports the User Account entry and in case of CANopen connection the Basic Code entry Ethernet Connection The ToolKit password level is v...

Page 187: ...bus using RS 485 connection The easYgen must be a member of a RS 485 network and the password has to be transferred from PLC to the device Set easYgen XT to code level 5 via Modbus RS 485 With factory...

Page 188: ...the 2000 hex value 28C0 hex 2000 hex 48C0 hex Identifier 600 hex Node ID Example Node ID is 1 The following table shows exemplary send data for the device on the CANopen bus Identifier Description Dat...

Page 189: ...rd for CAN interface 2 0 0000 to 9999 random number The password for configuring the control via the CAN interface 2 must be entered here Not visible but can be accessed by interface 10422 Code level...

Page 190: ...ode level Servlink Master 2 0 0 This value displays the code level which is currently enabled for access as Servlink Master 2 7818 IP Servlink Master 3 0 0 This is the IP address of the PC that is con...

Page 191: ...via the front panel via serial RS 485 interface and via the CAN bus ID Parameter CL Setting range Default Description 10415 Password basic 1 1 to 9999 The password for the code level Basic is defined...

Page 192: ...ssword by Woodward support 4 3 4 1 2 Change Reset Alphanumeric Password ID Parameter CL Setting range Default Description Change password basic level 10439 Old password basic level 1 empty Enter here...

Page 193: ...ies for changing the password and executes the password change if the entries are correct The visualization 1048 indicates the successful execution Notes If the parameters 10444 10445 and 1046 are not...

Page 194: ...password Notes The code level to execute the password reset is provided by your Woodward sales support partner No 4 3 5 System Management CAUTION Don t initiate Set factory default settings during co...

Page 195: ...ed are 19 ASCII characters max Blanks and special characters will be replaced 1890 Device name 2 displayable characters of parameter 1889 up to 38 characters but varies on font Pre view of device name...

Page 196: ...Parameter update rate 4 3 7200 s 3 s This parameter defines the time for cyclical saving of changed parameters in the non voluntary memory Only accessible in ToolKit Notes To ensure that parameter ch...

Page 197: ...neral notes General notes If the remote panel interacts with an easYgen different use cases could be desired So the remote panel runs usually without any restrictions if it is connected with an easYge...

Page 198: ...n XT The RP 3000XT represents full the easYgen 3000XT with Password suppression All Operating Mode buttons are indicated and active The MAN Start Stop buttons are indicated and active The Acknowledge...

Page 199: ...XT Password Screen in the RP 3000XT VNC viewer is suppressed All buttons of the password screen in the RP 3000XT are blocked 4 3 6 4 RP 3000XT in Full Mode Fig 137 Remote Panel with non display metal...

Page 200: ...e easYgen 3000XT Data in regards to configuration and parameter are faded out and a disabled screen crossed out Fig 140 is displayed instead All Operating Mode buttons are not visible but the current...

Page 201: ...mes active if the easYgen XT is configured as follows LM RP 3000XT Annunciator mode is TRUE AND LM RP 3000XT Off mode is FALSE Fig 139 RP in Annunciator mode access to menu 201 easYgen 3000XT Series B...

Page 202: ...es active if the easYgen XT is configured as follows LM RP 3000XT Off mode is TRUE 4 3 6 7 Parameters of RP Modes Priority of RP Modes RP Off mode higher than RP Annunciator higher than RP Full mode I...

Page 203: ...XT to Off mode described above 4 4 Configure Application 4 4 1 Configure Engine 4 4 1 1 Configure Engine general ID Parameter CL Setting range Default Description 3321 Start Stop mode logic 2 Diesel o...

Page 204: ...ameter 3307 tED Engine delayed monitoring s parameter 3315 tPOST Auxiliary services postrun s parameter 3301 tCD Cool down time s parameter 3316 tGS Generator stable time s parameter 3415 Refer to Die...

Page 205: ...remains active for 5 seconds so that the remaining gas is able to combust Start stop diagram The formula signs and indices mean tPRE Auxiliary services prerun s parameter 3300 tST Starter time s para...

Page 206: ...999 s 5 s Notes The display indicates Preglow 3347 Preglow mode Diesel engine only 2 This parameter dictates if and under what conditions a diesel engine is preheated Off The diesel engine is never p...

Page 207: ...1 Operations for explanation how to use the AnalogManager Refer to 9 4 2 Data Sources AM for a list of all data sources 4057 Pre excitation D 2 On When the engine is starting up an exciting current is...

Page 208: ...e delay is started Ignition is displayed After the time set here has expired and as long as the speed is higher than the minimum speed for ignition the gas valve is enabled for the time configured in...

Page 209: ...Diesel engine diagrams Fig 142 Start Stop sequence diesel engine 209 easYgen 3000XT Series B37574 4 Configuration 4 4 1 1 Configure Engine general Released...

Page 210: ...Gas engine diagrams Fig 143 Start Stop sequence gas engine failure 210 easYgen 3000XT Series B37574 4 Configuration 4 4 1 1 Configure Engine general Released...

Page 211: ...peed States Firing speed and the speed detection is now managed by LogicsManager equations named Firing speed detection and Speed detection The default setting of them is backward compatible 211 easYg...

Page 212: ...ources In comparison to the easYgen 3000 first generation the firing speed is generated through a LogicsManager equation always and allows all speed source combinations By default this LogicsManager i...

Page 213: ...at 15 Hz So 15 Hz is usually the lowest firing speed limit This corresponds for a 4 pole synchronous generator to 450 rpm at 50Hz The rpm measurement allows lower firing speed limits With a speed sen...

Page 214: ...Firing speed Hz Rated speed rpm Rated frequency Hz Firing speed rpm 5 Hz 1500 rpm 50 Hz 150 rpm Usually both command variables 02 34 and 02 35 are entered in the LogicsManager equation for detecting f...

Page 215: ...mits With a speed sensor the speed can be configured down to 5 Hz Usually both command variables 02 36 and 02 37 are entered in the LogicsManager equation for detecting speed Fig 148 LogicsManager for...

Page 216: ...ent via MPU is disabled Off Ignition speed measured via the generator voltage is detected or Conditions for Ignition speed see LogicsManager equal true Fig 149 Engine firing speed Auxiliary operations...

Page 217: ...Fig 150 Engine auxiliary services timing 217 easYgen 3000XT Series B37574 4 Configuration 4 4 1 2 Engine Start Stop Released...

Page 218: ...ignition speed reaches the configured firing speed and the delayed engine monitoring set by release engine monitoring has expired 4102 Start attempts critical mode 2 1 to 20 10 If a critical operatio...

Page 219: ...inhibit cranking signal has been issued and remains true until this timer has expired 3326 Stop time of engine Engine blocking 2 1 to 99 s 10 s During this time a restart of the engine is blocked This...

Page 220: ...gine plus any possible startup transients A GCB closure may take place after the expiration of this timer Notes The overall time engine monitoring is delayed from firing speed becoming TRUE former ver...

Page 221: ...d or a stop signal is enabled No No cool down will be performed if a start signal is disabled or a stop signal is enabled Notes This parameter only applies to application mode A01 A02 3300 Auxiliary s...

Page 222: ...The discrete output relay R 03 will be not energized Notes For information on the LogicsManager and its default settings see 9 3 1 LogicsManager Overview Please refer to Fig 151 for details 12951 Fir...

Page 223: ...d The state TRUE of this LM inhibits the start command in MANUAL 12999 Release eng mon 2 Determined by LogicsManager 87 70 02 34 Firing speed electr 02 35 Firing speed rpm 03 28 Start Gas tON 0 00 tOF...

Page 224: ...for monitoring With stopping the drive the command has to be removed to avoid wrong alarms during the engine stopping procedure The delayed engine monitoring can be seen with the upcoming Eye symbol...

Page 225: ...120 to 6000 150 750 80 to 2250 150 1500 80 to 4000 150 1800 80 to 4000 150 3000 80 to 4000 150 3600 80 to 4000 200 750 60 to 2250 200 1500 60 to 3000 200 1800 60 to 3000 200 3000 60 to 3000 260 750 5...

Page 226: ...4 Idle Mode General notes When the engine is operated at idle speed undervoltage underfrequency and underspeed monitoring as well as the monitoring of the flexible limits 33 through 40 are not perform...

Page 227: ...sManager Overview 12550 Constant idle run Continuous idle mode 2 Determined by LogicsManager 86 14 0 1 0 10713 As long as the conditions of the LogicsManager have been fulfilled the engine will be con...

Page 228: ...input DI 01 Programmable Preconfigured to Emergency STOP This discrete input is configured as alarm class F and is not delayed by the engine speed Discrete input DI 02 Programmable Preconfigured to S...

Page 229: ...ve function logic The controller utilizes the CB auxiliary B contacts into this discrete input to reflect the state of the MCB This discrete input must be energized to show when the breaker is open an...

Page 230: ...Q control Alarm inputs All discrete inputs which are not assigned to a function can be used as alarm or control inputs These discrete inputs can be freely configured as such 4 4 2 2 Discrete Inputs 4...

Page 231: ...1 has an inverse logic The relay opens all other relays close if the logical output of the LogicsManager becomes TRUE This discrete output is used to ensure that the internal functions of the controll...

Page 232: ...sues the signal for the GCB to close This relay may be configured as an impulse or steady output signal depending on parameter 3414 Impulse If the output is configured as Impulse the discrete output w...

Page 233: ...will be enabled with the start command prior to the engine start because of the prerun time and remains enabled as long as the engine is running It will be disabled after the engine has stopped and t...

Page 234: ...esent during normal operation If an alarm is issued or control operation is performed the input is de energized All reply messages from breakers are evaluated as N C Alarm inputs may also be configure...

Page 235: ...onfigured for Alarm input Emergency Stop DI 02 68 Pre configured for Control input Start request in AUTO DI 03 69 Pre configured for Alarm input Low oil pressure DI 04 70 Pre configured for Alarm inpu...

Page 236: ...tory will store this text message as well Notes This parameter may only be configured using ToolKit 19 characters are best for HMI readability text strings with 20 and more characters but without a bl...

Page 237: ...s enabled Class A Class B Warning alarm classes Class C Class D Class E Class F Shutdown alarm classes Control Signal to issue a control command only If control has been configured there will be no en...

Page 238: ...owing table Relay Application mode No Terminal None A01 GCB open A02 GCB A03 GCB MCB A04 R 01 41 42 LogicsManager pre assigned with Ready for operation OFF CAUTION Only relay R 01 has an inverse logic...

Page 239: ...11870 The Ready for operation relay is energized by default if the power supply exceeds 8 V Once the conditions of the Logics Manager have been fulfilled the relay will be de energized This LogicsMana...

Page 240: ...t of J1939 pressure and temperature values and analog inputs which units are configured as C or bar Exact string mandatory Type in the Unit string carefully For example Temperature works with the exac...

Page 241: ...ponds Volue Input Range x2 x3 x4 10 0 x5 12 0 x6 15 0 x7 18 0 x8 20 0 x9 mA 12 0 13 6 16 0 18 4 20 0 mA 4 to 20 mA 4 0 250 0 300 0 375 0 450 0 500 0 Ohm 0 to 500 Ohm 0 0 1000 1200 1500 1800 2000 Ohm 0...

Page 242: ...s the actual value assigned to each of the nine points along the X axis of the total range of the selected hardware for analog input Example If a 0 to 20 mA input is configured and the X1 coordinate 0...

Page 243: ...value of the analog input has been reached or exceeded this text is displayed in the control unit screen Notes This parameter may only be configured using ToolKit 19 characters are best for HMI reada...

Page 244: ...to 3 The minimum value refers to the value configured as Sender value at display min parameter 1039 1089 or 1139 The maximum value refers to the value configured as Sender value at display max parame...

Page 245: ...an analog input value of 4 mA would correspond with the minimum value configured for the display Notes This parameter is only visible if the parameter Type 1000 1050 1100 is configured to Linear 1040...

Page 246: ...be configured for various types of sensors The configurable ranges apply to the linear analog input 0 2000 Ohm The measuring range of the analog input is 0 to 2000 Ohms 0 20mA The measuring range of...

Page 247: ...analog input 3 x 1000 1033 Analog input 1 displayed only Current scaled value of the AI X 1003 1053 1103 Monitoring wire break 2 The respective analog input can be monitored for wire breaks If this pr...

Page 248: ...stive sender type only Depending on what was configured for the offset value parameter 1046 1096 1146 the displayed value may be shifted This may result in a broken wire being recognized early or late...

Page 249: ...116 Filter time constant 0 4 to 20 mA and 0 to 1 V 2 Off 1 to 5 A low pass filter may be used to reduce the fluctuation of an analog input reading The cut off frequency is defined as usual with 63 e 1...

Page 250: ...e best for display HMI more will override screen border frame Please verify the length on the display for best view 3632 3634 3636 Bargraph minimum 2 21000000 00 to 21000000 00 0 00 The start value fo...

Page 251: ...O 2 ID Value ID Value Selected hardware type For details refer to Table 5201 mA 5215 PWM Minimum hardware level 5208 4 5222 0 00 Maximum hardware level 5209 20 mA 5223 100 00 PWM output level visible...

Page 252: ...x Source value result of th analogmanager 20 Fig 157 Example to setup AO for 0 to 1000 IN becomes OUT 4 to 20 mA Parameter AnalogManager Example 3 with AO 1 ID Selected hardware type For details refer...

Page 253: ...output value 2 20 00 to 100 00 0 00 The value of the configured hardware range which shall correspond with the configured minimum source value must be entered here y axis This specifies the minimum l...

Page 254: ...are level Negative values may be used to change the sign e g for power The entry format of the value depends on the selected data source 5203 5217 Filter time constant CL05 2 Off 1 to 7 A filter time...

Page 255: ...etails A wire break or sender failure is indicated by a dedicated value sent via the CAN bus 4 7 4 1 CAN Interface 1 For an example for the configuration of external analog inputs refer to 6 3 10 Setu...

Page 256: ...28 16238 16248 16528 16268 16278 Bargraph minimum 5861 5874 5887 5900 5913 5926 5939 5952 Bargraph maximum 5862 5875 5888 5901 5914 5927 5940 5953 Parameter external AI 9 AI 10 AI 11 AI 12 AI 13 AI 14...

Page 257: ...minimum 5965 5978 5991 6940 6953 6966 6979 6992 Bargraph maximum 5966 5979 5992 6941 6954 6967 6980 6993 External analog inputs example configuration analog input 1 Please make sure that the selected...

Page 258: ...gen via the CAN bus it is possible to use 4 additional analog outputs The configuration of these external analog outputs is performed similarly to the internal analog outputs Refer to Table 50 for the...

Page 259: ...by AnalogManager 93 21 93 24 AO1 to AO 4 A1 11 03 Speed bias The data source may be selected from the available data sources Notes Refer to 9 4 2 Data Sources AM for a list of all data sources 10238...

Page 260: ...d data source 10241 10251 10261 10271 Source value at maximum level 2 21000000 00 to 21000000 00 10000 00 If the value from the data source reaches the value configured here the output signal will rea...

Page 261: ...rm class 16002 16012 16022 16032 16042 16052 16062 16072 Self acknowledge 16004 16014 16024 16034 16044 16054 16064 16074 Enabled 16003 16013 16023 16033 16043 16053 16063 16073 Table 51 External disc...

Page 262: ...uts If a Woodward IKD 1 or other external expansion board e g Phoenix Contact or WAGO is connected to the easYgen via the CAN bus it is possible to use 32 additional discrete outputs The configuration...

Page 263: ...g inputs may be installed Changing the application mode will not change other configured values in the parameters The application mode parameter is the only one Operation of the circuit breakers The c...

Page 264: ...e generator stable time parameter 3415 have been expired or the LogicsManager function Undelay close GCB parameter 12210 is enabled The generator voltage and frequency are within the configured operat...

Page 265: ...ts an estimated time for security and then closes its breaker If yes the unit compares its own device number with the smallest device number of all others who also intend to close If the own device nu...

Page 266: ...able MCB parameter 12923 signal is present for example discrete input 6 is energized if configured as DI 6 Synchronizing the GCB The MCB is closed The busbar voltage is within the configured operating...

Page 267: ...range 4 5 3 3 Mains Operating Ranges The GCB is open or has been opened for at least the Transfer time GCB MCB parameter 3400 open transition mode only The Enable MCB parameter 12923 signal is present...

Page 268: ...erating mode In the event of an automatic stopping in the AUTOMATIC operating mode the start request has been terminated or a stop request has been initiated In critical mode Sprinkler operation provi...

Page 269: ...odes islanded operation Mains parallel operation In the event of an engine start request the following occurs The GCB is synchronized and closed The generator assumes load and the adjusted real power...

Page 270: ...B is opened The limit for opening the MCB during softloading Unloading mains is 5 active generator rated power without any delay In multiple generator applications the 5 limit is calculated out of the...

Page 271: ...om the CB and the CB open command is 100 ms Breaker logic OPEN TRANSIT The following only applies to application mode A04 Open transition break before make change over logic is enabled via configurati...

Page 272: ...ol down period Emergency power The emergency power operation is terminated following the expiration of the mains settling time The MCB is synchronized and closed putting the system back into a mains p...

Page 273: ...st the GCB is synchronized and the generator power is increased The MCB is then opened Following the disabling of the engine request the MCB is reverse synchronized and the GCB is then opened Emergenc...

Page 274: ...Application mode A03 The control unit will function as a one CB unit The control unit performs full control like synchronizing opening and closing the GCB with generator and engine protection All nece...

Page 275: ...des Breaker Logic 12931 Transition mode 1 2 Determined by LogicsManager 86 93 0 1 1 11922 Once the conditions of the LogicsManager have been fulfilled the transition mode configured in parameter 3412...

Page 276: ...2 i e if both LogicsManager functions parameters 12931 and 12932 are TRUE breaker transition mode 1 parameter 3412 will be used For information on the LogicsManager and its default settings see 9 3 1...

Page 277: ...s The relay discrete output must be energized to open the contact ID Parameter CL Setting range Default Description 3403 GCB open relay 2 N O Normally open The relay command GCB open will be energized...

Page 278: ...he power circuit breaker If this method is utilized it is recommended that isolation relays are used After the connect pulse has been issued and the reply of the power circuit breaker has been receive...

Page 279: ...configured here and the generator voltage is within the operating voltage window parameters 5800 and 5801 the Command GCB close may be issued Notes This value refers to the generator rated voltage par...

Page 280: ...between generator and busbar is below the configured maximum permissible angle Notes This parameter only applies to application modes A03 and A04 This parameter is only displayed if parameter 5729 is...

Page 281: ...sYgen with a label showing the configured phase angle compensation Refer to 6 3 11 Phase Angle Compensation for details 8824 Phase angle GCB 3 180 to 180 0 The phase angle compensation corrects the de...

Page 282: ...once the Engine monitoring delay timer 3315 has expired This permits for an additional delay time before the breaker is closed in order to ensure that none of the engine delayed watchdogs trips It is...

Page 283: ...NUAL is initiated The state TRUE of this LM inhibits the GCB close command in MANUAL Notes This parameter only applies to application modes A03 and A04 For information on the LogicsManager and its def...

Page 284: ...e GCB open time pulse if the automatic switch unblocking GCB is activated Notes This parameter only applies to application modes A03 and A04 12887 Enable GCB 2 Determined by LogicsManager 86 95 1 1 1...

Page 285: ...ains When the synchronizing conditions are reached a close command will be issued The slipping frequency is positive to avoid reverse power Phase matching The frequency controller adjusts the phase an...

Page 286: ...MCB 2 0 02 to 0 49 Hz 0 18 Hz The prerequisite for a connect command being issued for the MCB is that the differential frequency is below the configured differential frequency This value specifies the...

Page 287: ...ing the value configured in parameter 8842 Notes Measured values 181 Ph ang busb1 gen L12 and 184 Ph ang mns busb1 L12 are not changed but the compensated 8842 values are taken for synchronization con...

Page 288: ...red conditions are met Off An MCB close command to a dead busbar is prevented Synchronization is still possible 5715 Closing time MCB 2 40 to 300 ms 80 ms The inherent closing time of the MCB correspo...

Page 289: ...to application mode A04 For information on the LogicsManager and its default settings see 9 3 1 LogicsManager Overview 12975 MCB close in MAN 2 Determined by LogicsManager 87 49 0 1 1 11438 With the r...

Page 290: ...oltage and phase angle the control will issue a breaker close command There are two different functionalities of this option depending on the setting of parameter 3414 GCB close command GCB close comm...

Page 291: ...see 9 3 1 LogicsManager Overview 12906 Syn mode CHECK Synchronization mode CHECK 2 Determined by LogicsManager 86 38 0 1 1 11617 Once the conditions of the LogicsManager have been fulfilled the CHECK...

Page 292: ...figurations like the self executed GCB and MCB close commands The sync Check function has no influence on any frequency or voltage biasing There is no relationship to the Sync Check mode for the inter...

Page 293: ...ntactor of all running generators are closed The Logic ensures that with changing of generators the neutral link is passed over to another running generator Refer to 6 3 14 Neutral Interlocking for mo...

Page 294: ...io are the adjustable and interacting parameters used to match the response of the control loop with the response of the system They correspond to the P proportional I integral and D derivative terms...

Page 295: ...ing and decreasing directions The application of brakes to fall behind the car in the first continuous lane or passing gear to get ahead of the car in the first continuous lane is a derivative action...

Page 296: ...of tuning will get the gain settings close they can be fine tuned from this point 4 4 4 1 Voltage Control ToolKit find settings screen Parameter Configuration Configure application Configure controlle...

Page 297: ...es the gain By increasing the gain the response is increased to permit larger corrections to the variable to be controlled The farther out of tolerance the process is the larger the response action is...

Page 298: ...roller acts like a PI controller what is the valid D part setting for systems with secondary controllers 5650 Deadband 1 0 1 to 9 9 1 0 islanded operation The generator voltage is controlled in such a...

Page 299: ...y increasing the number configured in this parameter the operating time of the relay will be in creased in response to a deviation from the voltage reference By increasing the gain the response is inc...

Page 300: ...er 81 09 A1 05 57 Internal v setp1 V The voltage setpoint 1 source may be selected from the available data sources The internal voltage setpoint 05 57 can be changed manually at the setpoint screen of...

Page 301: ...as exceeded the value configured in this parameter This prevents the easYgen from attempting to control the voltage while the engine is completing its start sequence Notes This value refers to the gen...

Page 302: ...V control 2 Determined by LogicsManager 86 97 1 1 1 11926 This LogicsManager is used to activate generally the voltage biasing to the sub controller If the LogicsManager is false the output will be o...

Page 303: ...r Control PF P characteristic is available see chapter 4 4 4 2 Power Factor Control Beside PF P characteristic Q V characteristic is available too see chapter 4 4 4 2 Power Factor Control Reactive pow...

Page 304: ...e power outcome of the own generator is limited according to the configuration of ID 5792 Or The inductive reactive power income of the own generator is limited according to the configuration of ID 57...

Page 305: ...of tolerance the process is the larger the response action is to return the process to the tolerance band Notes If the gain is configured too high the result is excessive overshoot undershoot of the d...

Page 306: ...onfigured controller acts like a PI controller what is the valid D part setting for systems with secondary controllers 5660 Deadband 1 0 001 to 0 300 0 010 The generator power factor is controlled in...

Page 307: ...only visible if power factor control parameter 5625 is configured to 3pos controller 5667 Cycle time factor 1 1 0 to 20 0 1 0 The cycle time factor adjusts the time between the pulses pause time By i...

Page 308: ...d by AnalogManager 81 11 A1 05 10 Intern PF setp1 The power factor reactive power setpoint 1 source can be selected from the available data sources The internal 05 10 Intern PF setp1 can be changed ma...

Page 309: ...ar setpoint 2 mode Gen PF Mns Export kvar Mns Import kvar Mains PF Gen kvar Determination of the reactive power control argument Modes Gen PF The value entered as PF kvar setpoint is a generator power...

Page 310: ...er factor result of AM 5639 instead of 5638 will be taken into account Notes For information on the LogicsManager and its default settings see 9 3 1 LogicsManager Overview 5622 React pwr ctrl setpoint...

Page 311: ...n of the mains Some network provider prefer therefore a power factor control over real power PF P see chapter 4 4 4 2 3 1 Power factor characteristic PF P for more details Other provider prefer power...

Page 312: ...ccording to the characteristic curve Power factor in relation to the actual Generator power Q V A power factor setpoint is calculated according to the characteristic curve Generator reactive power in...

Page 313: ...inductive lagging generator overexcited and capacitive leading generator underexcited reactive power 5030 Point 4 power 2 0 00 to 150 00 100 00 The value entered into Point 4 power defines the cos phi...

Page 314: ...r factor setpoint 1 parameter 5638 ID Parameter CL Setting range Default Description 5778 Point 1 voltage 45 0 to 150 0 98 0 The value entered into Point 1 Voltage defines the x coordinate of point 1...

Page 315: ...time is used to calculate the power factor characteristic Q V parameter 5786 Notes The delay is realized with a PT 1 filter Therefore the reaction times are optimized for the range 10 s until 60 s wit...

Page 316: ...configured so that it has no influence Fig 164 Setpoint Jump standardized with height 1 and the resulting PT1 setpoint Four reactive power setpoint filters are placed in the easYgen in regards to Gen...

Page 317: ...0 s The PT1 filter for the reactive power characteristic Q V can be configured here The parameter stands for the 3 times tau value of a PT1 element see drawing That means the configured time defines w...

Page 318: ...on the mains voltage deviation from a rated mains voltage value The slope follows the formula Slope QV Qmax Pinst Vmax Vc VQ0 Vc The formula contains a factor which can shift the curve on the voltage...

Page 319: ...determine to stay on a last calculated reactive power So as long the mains voltage deviates not again around a dead band width the last setpoint is kept And finally through a test function the functio...

Page 320: ...ower defines the positive and negative reactive power as well 5825 AM Reference VQ0 AnalogManager 10 02 ONE 10 01 ZERO 0 0 02 01 LM FALSE 02 01 LM FALSE Pass through AnalogManager which provides the s...

Page 321: ...Vc ID10353 Q Pinst reference ID 10347 QV reference kvar ID 10359 Configuration Test possibility for reactive power Q V characteristic For test purposes it is possible to configure a Test mains voltage...

Page 322: ...ring mains faults to stabilize the mains This method determines a reactive power based on the actual power output of the generator The reactive power is controlled in relation to the actual active pow...

Page 323: ...Fig 167 Example of a Q P characteristic with 5 points 323 easYgen 3000XT Series B37574 4 Configuration 4 4 4 2 5 2 Reactive Power Q P Released...

Page 324: ...nst point 7 0 6 5844 Q Pinst point 7 0 05 5845 P Pinst point 8 0 9 5846 Q Pinst point 8 0 33 5847 P Pinst point 9 1 5848 Q Pinst point 9 0 33 5849 P Pinst point 10 1 5 5850 Q Pinst point 10 0 33 1898...

Page 325: ...as the lowest reference voltage at which the reactive power flow is zero Example in drawing V VC 0 96 Q Pbinst 0 00 Point 3 is defined as the highest reference voltage at which the reactive power flow...

Page 326: ...Fig 168 Example of a Q V limit characteristic 326 easYgen 3000XT Series B37574 4 Configuration 4 4 4 2 5 3 Reactive Power Q V limit Released...

Page 327: ...parameter stands for the 3 times tau value of a PT1 element see drawing That means the configured time defines when 95 of the original setpoint jump is reached Note Input 0 0s disables the filter inf...

Page 328: ...at Parameter Configuration Configure application Configure controller Configure load share Chapter 4 4 4 3 7 Parameters The easYgen performs proportional load and or var sharing This means each gener...

Page 329: ...l controllers If the power factor controller setpoint is configured as 0 950 the easYgen will proportionally share the real load with all generators in parallel with the mains while controlling the re...

Page 330: ...The Mains The system is operating as an islanded system for synchronization to be performed the voltage and frequency differentials of the mains and bus must be within the configured windows The bus...

Page 331: ...r load share together with the Active Reactive power load share gains determine if and how a generator performs real power or frequency control when paralleled with other generators in an islanded ope...

Page 332: ...Fig 169 Load sharing diagram 332 easYgen 3000XT Series B37574 4 Configuration 4 4 4 3 6 Load Sharing Released...

Page 333: ...e message was not received within a defined time a loadshare timeout event will be shown in the Event History 5531 Active power load share 2 On Active power load share is enabled When multiple generat...

Page 334: ...parameter replaces the former existing weighting factor of non XT easYgen ID 5630 The default gain 1 25 relates to the 50 value High data volume on communication ports can cause low HMI display opera...

Page 335: ...roup the gensets which supply the same busbar The designer of a busbar system gives all individual bus bars an own number The Segment Number for the easYgen is defined with ID 1723 Each easYgen is con...

Page 336: ...d B are open G1 and G2 G3 and G4 as well as G5 and G6 supply different busbars A different segment number must be selected for G3 and G4 LogicsManager function Segment no 2 act parameter 12929 as well...

Page 337: ...Segment no 4 act 2 Determined by LogicsManager 86 89 Once the conditions of the LogicsManager have been fulfilled this genset is assigned load share segment number 4 0 1 1 Notes For information on the...

Page 338: ...ion R Internal resistance P Range for active power Q range for reactive power 4 4 4 3 9 Droop The isochronous running frequency or voltage controllers keep the desired frequency or voltage set point i...

Page 339: ...is calculated as follows F Set FSet Preal Frated droop factor Prated The voltage controller with activated droop behavior LogicsManager ID 12905 reduces the desired voltage setpoint dependent on the r...

Page 340: ...is needed to hold rated frequency voltage at present load This is a feature in applications where for example the load sharing over communication interface gets lost and the number of generators rema...

Page 341: ...the phase angle is between 0 and 180 a frequency lower signal is issued If the phase angle is between 180 and 360 a frequency raise signal is issued The pulse duration is 100ms If the synchronization...

Page 342: ...over time by shifting the proportioning band Reset automatically changes the output requirements until the process variable and the setpoint are the same This parameter permits the user to adjust how...

Page 343: ...s a control position reference point 5510 Proportional gain 2 0 01 to 100 00 1 00 The proportional coefficient specifies the gain By increasing the gain the response is increased to permit larger corr...

Page 344: ...overshoot or undershoot Essentially this is the brake for the process This portion of the PID loop operates anywhere within the range of the process unlike reset Notes This parameter is only visible i...

Page 345: ...visible if frequency control parameter 5507 is configured to 3pos controller 5551 Time pulse minimum 1 0 01 to 2 00 s 0 05 s A minimum pulse on time must be configured here The shortest possible pulse...

Page 346: ...4 expires the deadband will be multiplied with the factor configured here Notes This parameter is only visible if frequency control parameter 5507 is configured to 3pos controller 5554 Delay expand de...

Page 347: ...en of the display Notes The frequency setpoint may be adjusted within the configured operating limits 4 5 1 1 Generator Operating Ranges Voltage Frequency Busbar 5501 Int freq control setpoint 2 Inter...

Page 348: ...of AM 5519 instead of 5518 will be taken into account Notes For information on the LogicsManager and its default settings see 9 3 1 LogicsManager Overview Remotely switching the setpoint is possible U...

Page 349: ...icsManager 86 25 08 17 Missing members OR 08 06 GCB fail to open 1 If this LogicsManager condition is TRUE the frequency droop is enabled Notes For information on the LogicsManager and its default set...

Page 350: ...vate the 2nd Frequency PID controller parameter set If the LogicsManager output is false the 1st Frequency PID controller parameter set is taken Notes For information on the LogicsManager and its defa...

Page 351: ...in the left sidebar below permanent buttons or on next page or ID Parameter CL Setting range Default Description 5525 Load control 2 PID analog The generator load is controlled using an analog PID con...

Page 352: ...t a steady state This parameter is only visible if load control parameter 5525 is configured to PID analog 5515 Derivative ratio 2 0 01 to 100 00 0 01 The derivative ratio identifies the D part of the...

Page 353: ...r 5562 Gain factor 1 0 1 to 10 0 5 0 The gain factor Kp influences the operating time of the relays By increasing the number configured in this parameter the operating time of the relay will be in cre...

Page 354: ...control setpoint ramp 1 2 0 10 to 100 0 s 3 00 s The different setpoint values are supplied to the controller via this ramp The slope of the ramp is used to alter the rate at which the controller modi...

Page 355: ...ue entered here must be Notes This ramp is also used in islanded operation for loading or unloading an additional genset An excessive oscillation may occur if the ramp is configured too high 11998 3rd...

Page 356: ...ro This min value is also used for the AnalogManager data sources 9 4 2 Data Sources AM 05 19 Used P setp and 05 20 Used P setp ramp 5524 Min generator import export 2 0 to 100 0 If the minimum genera...

Page 357: ...the generator s is not exceeded The generator will always start when an export power operation is enabled Steady The generator shall always supply the value entered for the steady power level All load...

Page 358: ...0 kW The load setpoint 2 is defined in this screen This value is the reference for the load controller when performing parallel operations 5540 AM ActPower SP2 kW 2 Determined by AnalogManager 81 06...

Page 359: ...0 0 kW The load setpoint 3 is defined in this screen This value is the reference for the load controller when performing parallel operations 5606 AM ActPower SP3 kW 2 Determined by AnalogManager 81 07...

Page 360: ...utility The generator will always start when a steady power base load operation is enabled 5998 Int load control setpoint 4 Internal load control setpoint 4 2 0 0 to 99999 9 kW 50 0 kW The load setpo...

Page 361: ...Warm up mode parameter 5533 is configured to Time controlled 5533 Warm up mode 2 Analog val contr The maximum load is limited to the value configured in parameter 5532 until the temperature measured a...

Page 362: ...cteristic Curve J1939 ECU derating Derating driven by ECU to prevent knocking of the engine Refer to 6 3 16 3 J1939 ECU Derating Frequency depending derating Requirement of some grid codes Refer to 4...

Page 363: ...r Derating priority If more than one derating function is configured the one which calculates the lowest setpoint becomes effective 363 easYgen 3000XT Series B37574 4 Configuration 4 4 4 5 4 Derating...

Page 364: ...eter defines the maximal power deviation of the derating function That means it determines also the minimal power while derating is active 100 minus this value is the lowest P value reachable by free...

Page 365: ...ting is active Uprating active is shown in the status message and command variable 05 17 becomes active Event list entry The value of derating is shown in the following menus HMI Next Page Setpoints D...

Page 366: ...to the configured rate If the mains frequency exceeds the f stop value ID 5095 the calculation will be disabled and the active power controller regulates its original active power setpoint Should the...

Page 367: ...alculated Actual power In the moment of up derating start the actual power is stored and from this value the percentage rating is calculated Parameter Derating ID Parameter Setting range Default Descr...

Page 368: ...1 to 100 Hz 40 Hz Depending on the actual mains frequency the generator active power increases with the gradient value in relation to the active power the reference value Configuration Test possibilit...

Page 369: ...5783 OR Mains parallel operation not active MCB and GCB are open OR easYgen is not in AUTOMATIC mode OR The corresponding controller functions are switched Off AnalogManager sources These analog varia...

Page 370: ...as follows PkW 130 kW x 40 Hz x 50 50 Hz 50 20 Hz 100 15 6 kW 10358 Setpoint derating of power indicates 114 4 kW 130 kW 15 6 kW The power derating P is calculated as follows P 65 x 40 Hz x 50 50 Hz...

Page 371: ...ive that means that the measured frequency has reached FStop 4 4 4 5 6 Photovoltaic PV load reduction regulated mode General notes The easYgen offers a function to reduce the power output of photovolt...

Page 372: ...It is indicated also in ToolKit with a gauge The regulation output analog or in steps is treated as follows If the Function is disabled by parameter 8911 the output 10 39 PV load ref is 0 If the Funct...

Page 373: ...V load reference function is enabled If LogicsManager 8928 is true too the PV function with the minimum load setpoint configured by AnalogManager 8914 becomes active 8928 Release PV regulation 2 Deter...

Page 374: ...al gain steady is too small the engine will take too long to settle at a steady state 8919 Derivative ratio 2 0 01 to 10 00 1 00 The derivative ratio identifies the D part of the PID controller By inc...

Page 375: ...trol General notes The easYgen provides three additional freely configurable PID controllers These controllers are intended and optimized for slow processes like temperature control for heating system...

Page 376: ...than the derivative time constant If the integral gain constant is too large the controlled value will continually oscillate If the integral gain constant is too small the controlled value will take...

Page 377: ...ured here This is the time between two consecutive samples The sampling time shall be configured high enough that the actual value can react in case e g a temperature just shifts slowly 5692 5693 5694...

Page 378: ...the LogicsManager functionality i e it is possible to use LogicsManager command variables to raise and lower these setpoints In this case the discrete raise lower function always starts with the rate...

Page 379: ...ager Overview 12903 Discrete V PF 2 Determined by LogicsManager 86 24 0 1 1 Once the conditions of the LogicsManager have been fulfilled the voltage reactive power setpoint will be lowered Notes For i...

Page 380: ...OMATIC operating mode MAN The unit starts in the MANUAL operating mode LLast The unit starts in the last operating mode the control was in prior to being de energized TEST The unit starts in the TEST...

Page 381: ...s For information on the LogicsManager and its default settings see 9 3 1 LogicsManager Overview 12530 Operat mode STOP Activate operating mode STOP 2 Determined by LogicsManager 86 18 0 1 1 10717 Onc...

Page 382: ...logical combination If this logical output becomes TRUE in AUTOMATIC operating mode the generator starts and the GCB will be closed The simultaneous activation of other LogicsManager outputs e g Stop...

Page 383: ...icsManager 86 09 09 02 Discrete input 2 OR 0 OR 04 13 Remote request 10708 Once the conditions of the LogicsManager have been fulfilled the control issues a start request in AUTOMATIC mode Notes For i...

Page 384: ...e GCB cannot be opened before the MCB has been closed Notes For information on the LogicsManager and its default settings see 9 3 1 LogicsManager Overview 4 4 5 3 Operation Mode TEST Fig 177 TEST butt...

Page 385: ...eration mode TEST the engine starts automatically The GCB will be closed according to the configured Breaker transition mode 3411 If mains parallel operation is configured the current active and react...

Page 386: ...TOMATIC mode If the GCB trips the load test is interrupted and the MCB will be closed if the condition matches Release MCB Mains okay similar to the closing in AUTOMATIC mode Closed Transit Open Trans...

Page 387: ...f A critical mode will be interrupted stopped once critical mode operation LogicsManager output becomes FALSE logic 0 and the postrun time has expired During the postrun time all shutdown alarms becom...

Page 388: ...ncy power during critical mode If there is a mains failure during critical mode the Emerg Critical message is displayed on the display screen after the mains fail delay time parameter 2800 has expired...

Page 389: ...ode are no longer existent If the genset was not running before critical mode has been enabled it will be stopped after cool down time parameter 3316 has expired The GCB will take the same state as it...

Page 390: ...ng before critical mode has been enabled it will be stopped after the critical mode postrun time parameter 4102 has expired Emergency power during critical mode If there is a mains failure during crit...

Page 391: ...mains settling delay expires The GCB will be opened without unloading transition mode interchange or parallel All shutdown alarms become active again If the genset was not running before critical mod...

Page 392: ...before critical mode has been enabled it will be stopped after cool down time parameter 3316 has expired Critical mode during islanded operation The busbar is supplied by the generator and emergency...

Page 393: ...as related to the LDSS function 4 4 5 5 1 Generator Load If the Start stop mode parameter 5752 is configured to Generator load load dependent start stop is performed in a way that the next genset will...

Page 394: ...ID Parameter text Note 5757 IOP Dynamic only for islanded operation 5758 MOP Dynamic only for mains parallel operation 5767 MOP Minimum load only for mains parallel operation 5769 MOP Hysteresis only...

Page 395: ...performed in a way that a configured minimum reserve power is maintained in the system This means that there is always enough reserve power for load swings on the busbar regardless of the generator lo...

Page 396: ...l rated power of all gensets on the busbar in the system PGN real active PActualGen 1 PActualGen 2 PActualGen n total actual load of all gensets on the busbar in the system If the required generator l...

Page 397: ...lso the same the genset with the lowest generator number will be started first or stopped last Priority order 1 Priority parameter 5751 2 Efficiency size of engines parameter 5754 3 Service hours para...

Page 398: ...lization is low enough to stop one genset without exceeding the threshold again a genset will be stopped 5753 Dead busbar start mode 2 All All available gensets will be started in case of a dead busba...

Page 399: ...and its default settings see 9 3 1 LogicsManager Overview 12924 LDSS Priority 4 2 Determined by LogicsManager 86 92 0 1 1 11921 Once the conditions of the LogicsManager have been fulfilled the load d...

Page 400: ...es has no influence and can be ignored Staggered The remaining hours until the next service is required are considered when evaluating the engines to be started for gensets with same priority The gens...

Page 401: ...e hours or period of use hours the change of engines can be determined by given time slots The LDSS therefore creates an individual unit s time group for each engine Refer to manual chapter Engine tim...

Page 402: ...hours remaining Generator 3 has 298 maintenance hours remaining The time group for generator 1 is calculated as 262h 64h 4 09 Time group 4 The time group for generator 2 is calculated as 345h 64h 5 39...

Page 403: ...ay Notes This setting causes less generator changes and brings more calmness in the system 5759 Minimum running time 2 0 to 32000 s 180 s If a genset has been started by the LDSS function it continues...

Page 404: ...e power of the generators is less than the value configured in this parameter the next generator will be started Currently available total generator rated real power Currently available total generato...

Page 405: ...Reseve power 2 parameter 5648 is used instead of the IOP Reserve power parameter 5760 Notes For information on the LogicsManager and its default settings see 9 3 1 LogicsManager Overview 5761 IOP Hys...

Page 406: ...start two or more gensets to supply the required load Also refer to the following example Stopping genset The dynamic determines how soon a genset will be stopped It prevents continuous start and sto...

Page 407: ...ted Stopping genset The load on the remaining gensets must not exceed 50 of the range between minimum and maximum generator load parameters 5762 5763 Strong Starting genset A smaller genset is request...

Page 408: ...started High a total generator rated power of 224 0 kW is requested and a 50 kW genset will be started Refer to 9 6 2 Load Dependent Start Stop LDSS Formulas for details about the formulas used for c...

Page 409: ...d 5765 IOP Add on delay at rated load 2 0 to 32000 s 3 s The command to start the next genset in case a genset exceeds rated load will be issued after the delay configured here has expired Notes This...

Page 410: ...e at a specific kW level or higher to ensure a reasonable degree of efficiency Example The mains interchange must reach a level that will permit an 80 kW generator to operate at a minimum load of 40 k...

Page 411: ...2 is configured to Reserve power 12605 MOP Reserve power 2 2 Determined by LogicsManager 86 42 0 1 1 11976 Once the conditions of the LogicsManager have been fulfilled the MOP Reseve power 2 parameter...

Page 412: ...additional load depending on the dynamic It may start two or more gensets to supply the required load Stopping genset The dynamic determines how soon a genset will be stopped It prevents continuous s...

Page 413: ...m and maximum generator load parameters 5762 5763 after the new genset has been started Stopping genset The load on the remaining gensets must not exceed 50 of the range between minimum and maximum ge...

Page 414: ...o 32000 s 3 s The command to start the next genset in case a genset exceeds rated load will be issued after the delay configured here has expired This parameter becomes only effective in case a genset...

Page 415: ...rted and the mains is feeding the load the LDSS PL calculates a mains load with a 5 minute average value This load value is passed to the LDSS function as consumer load So the LDSS can determine the c...

Page 416: ...wer measurement assigned via Analogmanager Fig 181 Internal mode The external ATS control sends information in CANopen RPDO messages The easYgen provides information going to the ATS control 416 easYg...

Page 417: ...TRUE an emergency power operation may be prevented or interrupted from an external source Prerequisites The emergency power function can only be activated for synchronous generators with parameter 280...

Page 418: ...until the mains rotation matches the rotation of the generator set The generator will not start upon a mains rotation field alarm but it will keep on running if it has already started The following pa...

Page 419: ...This parameter is not valid in A13 4101 Break emerg in critical mode Override emergency operations in critical mode 2 0 to 999 s 5 s The emergency power operations are overridden for the configured t...

Page 420: ...eresis 1 The maximum permissible negative deviation of the generator voltage from the generator rated voltage parameter 1766 is configured here This value may be used as a voltage limit switch The con...

Page 421: ...9 99 s 10 00 s If one of the monitored values exceeds the threshold value for the delay time configured here an alarm will be issued 5119 Alarm class 2 Class A Class B Class C Class D Class E Class F...

Page 422: ...erator Voltage Monitoring 4 5 1 2 1 Generator Overvoltage Level 1 2 ANSI 59 General notes Voltage is monitored according to how the parameter Generator voltage measuring parameter 1851 is configured T...

Page 423: ...he threshold value for the delay time configured here an alarm will be issued Notes If the monitored generator voltage falls below the threshold minus the hysteresis before the delay expires the time...

Page 424: ...ed in two steps If this protective function is triggered the display indicates Gen undervoltage 1 or Gen undervoltage 2 and the logical command variable 06 07 or 06 08 will be enabled Refer to 9 1 1 T...

Page 425: ...reset 2051 2057 Alarm class 2 Class A Class B Class C Class D Class E Class F Control 2051 Class B 2057 Class F Each limit may be assigned an independent alarm class that specifies what action should...

Page 426: ...cates Gen volt asymmetry and the logical command variable 06 18 will be enabled Refer to 9 1 1 Triggering Characteristics for the triggering characteristic of this monitoring function This monitoring...

Page 427: ...edge 4 Yes The control unit automatically clears the alarm if the fault condition is no longer detected No The control unit does not automatically reset the alarm when the fault condition is no longer...

Page 428: ...wiring or Mains AC wiring has tripped please check all Phase Phase and Phase Neutral voltages via HMI or Toolkit to get more information and check the AC wiring This Plausibility AC wiring monitoring...

Page 429: ...s If this protective function is triggered the display indicates Gen overfrequency 1 or Gen overfrequency 2 and the logical command variable 06 01 or 06 02 will be enabled Refer to 9 1 1 Triggering Ch...

Page 430: ...t 1901 1907 Alarm class 2 Class A Class B Class C Class D Class E Class F Control 1901 Class B 1907 Class F Each limit may be assigned an independent alarm class that specifies what action should be t...

Page 431: ...g function The diagrams listed there show a frequency trend and the associated pickup times and length of the alarms The parameter limits listed below have identical setting ranges Each parameter may...

Page 432: ...For additional information refer to 9 5 4 Alarm Classes 1952 1958 Self acknowledge 2 4 Yes The control unit automatically clears the alarm if the fault condition is no longer detected No The control u...

Page 433: ...ering characteristic of this monitoring function ID Parameter CL Setting range Default Description 2200 2206 2212 Monitoring 2 On Overcurrent monitoring is carried out according to the following param...

Page 434: ...be taken when the limit is surpassed Notes For additional information refer to 9 5 4 Alarm Classes 2202 2208 2214 Self acknowledge 2 4 4 Yes The control unit automatically clears the alarm if the faul...

Page 435: ...s are available If this protective function is triggered the display indicates Inv time overcurr and the logical command variable 06 22 will be enabled Normal inverse characteristic t 0 14 I IP 0 02 1...

Page 436: ...acteristics Fig 182 Normal inverse characteristic Fig 183 Highly inverse characteristic 436 easYgen 3000XT Series B37574 4 Configuration 4 5 1 4 2 Generator Inverse Time Overcurrent ANSI IEC 255 Relea...

Page 437: ...will be used 4035 Inverse time overcurrent Tp 2 0 01 to 5 00 s 0 06 s Time constant Tp used to calculate the characteristics 4036 Inverse time overcurr Ip 2 10 0 to 300 0 100 0 Current constant IP use...

Page 438: ...tion is no longer detected The alarm must be acknowledged and reset by manually pressing the appropriate buttons or by activating the LogicsManager output External acknowledgment via a discrete input...

Page 439: ...monitoring is switched to Yes The modification factor depends on the measured voltage in percent of rated voltage It is defined by a characteristic which is defined by three parameters ID 2230 2231 2...

Page 440: ...e measuring parameter 1851 and Generator current measuring parameter 1850 are configured The controller monitors if the system is in a mains parallel or an islanded operation When the controller detec...

Page 441: ...Notes If the monitored generator load falls below the threshold minus the hysteresis before the delay expires the time will be reset 2301 2307 Alarm class 2 Class A Class B Class C Class D Class E Cl...

Page 442: ...eration When the controller detects that the system is operating parallel with the mains the Generator Overload IOP refer to 4 5 1 5 1 Generator Overload IOP Level 1 2 ANSI 32 monitoring is disabled I...

Page 443: ...Class B Class C Class D Class E Class F Control 2351 Class B 2357 D Each limit may be assigned an independent alarm class that specifies what action should be taken when the limit is surpassed Notes F...

Page 444: ...nfigured limit of the reduced load or below the configured value of the reverse power an alarm will be issued If this protective function is triggered the display indicates Gen rev red pwr 1 or Gen re...

Page 445: ...00 kW Level 1 limit 3 Level 2 limit 5 Tripping if real power falls below 3 kW Level 1 limit or 5 kW Level 2 limit ID Parameter CL Setting range Default Description 2250 2256 Monitoring 2 On Reverse re...

Page 446: ...Self acknowledge 2 4 Yes The control unit automatically clears the alarm if the fault condition is no longer detected No The control unit does not automatically reset the alarm when the fault conditi...

Page 447: ...e triggering characteristic of this monitoring function This monitoring function is only enabled when Generator voltage measuring parameter 1851 is configured to 3Ph 4W 3Ph 4W OD or 3Ph 3W and Generat...

Page 448: ...The percentage values that are to be monitored for each threshold limit are defined here If this value is reached or exceeded for at least the delay time without interruption the action specified by...

Page 449: ...fault conditions is not performed until engine monitoring is enabled This is determined through the LogicsManager equation Release engine monitoring For xx 1 to 32 96 xx LM Flag xx The monitoring is...

Page 450: ...ssed Notes For additional information refer to 9 5 4 Alarm Classes 5102 Self acknowledge 2 Yes The control unit automatically clears the alarm if the fault condition is no longer detected No The contr...

Page 451: ...alue exceeds the threshold value for the delay time configured here an alarm will be issued Notes If the monitored generator power falls below the threshold minus the hysteresis before the delay expir...

Page 452: ...time exceeding the delay configured in parameter 2923 an alarm will be issued If this protective function is triggered the display indicates Gen act pwr mismatch and the logical command variable 06 2...

Page 453: ...and reset by manually pressing the appropriate buttons or by activating the LogicsManager output External acknowledgment via a discrete input or via an interface 4 5 1 5 7 Engine Generator Unloading M...

Page 454: ...time even if 3120 is configured to OFF 3121 Alarm class 2 Class A Class B Class C Class D Class E Class F Control Class B Each limit may be assigned an independent alarm class that specifies what act...

Page 455: ...rator current Fig 186 shows an example of a leading and a lagging power factor limit and the power factor range for which the lagging power factor monitoring issues an alarm If this protective functio...

Page 456: ...y expires the time will be reset 2326 2332 Alarm class 2 Class A Class B Class C Class D Class E Class F Control 2326 Class B 2332 Class B Each limit may be assigned an independent alarm class that sp...

Page 457: ...r excitation with a warning and a shutdown alarm level Both alarms are definite time alarms Refer to 6 3 1 Generator Excitation Protection for a detailed description of this monitoring function The po...

Page 458: ...negative or a lagging PF value positive for at least the delay time parameters 2380 or 2386 without interruption the action specified by the alarm class is initiated 2380 2386 Delay 2 0 02 to 99 99 s...

Page 459: ...continuously enabled 87 70 LM Eng mon Monitoring for fault conditions is not performed until engine monitoring is enabled This is determined through the LogicsManager equation Release engine monitori...

Page 460: ...zone is determined by the location where the generator current transformer are physically installed Test 1 Short circuit one of the three generator current transformers while the generator is at full...

Page 461: ...e ground fault current may be calculated using the following formula IL1rated IL2rated IL3rated IL1measured IL2measured IL3measured 1 73 IS 7 A 7 A 7 A 7A 6 5 A 6 A 1 73 0 866 A Results of a calculati...

Page 462: ...Generator rated current parameter 1754 if the ground current is measured directly The ground fault threshold must not exceed the mains ground current measuring range approx 1 5 Irated 8 1 Technical Da...

Page 463: ...an interface 3253 3259 Enabled 4 Always Monitoring for this fault condition is continuously enabled 87 70 LM Eng mon Monitoring for fault conditions is not performed until engine monitoring is enabled...

Page 464: ...ss is of class C D E or F shutdown alarm Correct phase rotation of the phase voltages ensures that damage will not occur during a breaker closure to either the mains or the generator The voltage phase...

Page 465: ...action should be taken when the limit is surpassed Notes For additional information refer to 9 5 4 Alarm Classes 3952 Self acknowledge 4 Yes The control unit automatically clears the alarm if the faul...

Page 466: ...observing the power output of the generator in a special moment refer to release pole slip In this moment when the power changes from positive to negative and back to positive one pole slip event is...

Page 467: ...dditional the generator current limit for detecting pole slip events On Current limit is additional used for pole slip detection Off Off Current limit is not used 2427 Generator current limit 2 50 to...

Page 468: ...slip events in ToolKit ID2425 LogicsManager The device provides the LM command variable 06 36 Pole slip 10674 AnalogManager The device provides the AM variable 01 86 Number of pole slips 9765 4 5 2 Co...

Page 469: ...old minus the hysteresis before the delay expires the time will be reset 2101 2107 Alarm class 2 Class A Class B Class C Class D Class E Class F Control 2101 Class B 2107 Class F Each limit may be ass...

Page 470: ...riggering characteristic of this monitoring function ID Parameter CL Setting range Default Description 2150 2156 Monitoring 2 On Underspeed monitoring is carried out according to the following paramet...

Page 471: ...bled 2 4 Always Monitoring for this fault condition is continuously enabled 87 70 LM Eng mon Monitoring for fault conditions is not performed until engine monitoring is enabled This is determined thro...

Page 472: ...bled and the frequency is outside of the configured limit an alarm will be issued ID Parameter CL Setting range Default Description 2450 Monitoring 2 On Monitoring of the speed frequency LogicsManager...

Page 473: ...longer detected The alarm must be acknowledged and reset by manually pressing the appropriate buttons or by activating the LogicsManager output External acknowledgment via a discrete input or via an i...

Page 474: ...ult condition is no longer detected No The control unit does not automatically reset the alarm when the fault condition is no longer detected The alarm must be acknowledged and reset by manually press...

Page 475: ...pecifies what action should be taken when the limit is surpassed Notes For additional information refer to 9 5 4 Alarm Classes 2502 Self acknowledge 4 Yes The control unit automatically clears the ala...

Page 476: ...knowledgment via a discrete input or via an interface 4 5 2 7 Engine Charge Alternator D General notes The charge alternator monitoring issues an alarm if the voltage measured at the auxiliary excitat...

Page 477: ...tomatically reset the alarm when the fault condition is no longer detected The alarm must be acknowledged and reset by manually pressing the appropriate buttons or by activating the LogicsManager outp...

Page 478: ...eratures are available V engine with two banks Fig 190 Cylinder Temperature Monitoring The monitor is configurable for Overrun Underrun or Both Two monitoring levels per temperature measurement The bo...

Page 479: ...s The monitoring mode can be Off Overrun Underrun or Overrun and Underrun The mode is valid for all banks The monitoring generally is released by a LogicsManager equation Each monitoring level level 1...

Page 480: ...k Analog Variables The easYgen provides AnalogManager variables 11 56 Cyl temp bank 1 C 11 57 Cyl temp bank 2 C The hysteresis for the temperature limit is 2 C The hysteresis for the power limit is 1...

Page 481: ...ption 15158 Release cyl temp 2 Determined by LogicsManager 87 71 0 1 1 tON 0 00 tOFF 0 00 11460 True The temperature deviation monitoring is released False The temperature deviation monitoring is bloc...

Page 482: ...the fault condition is no longer detected No The control unit does not automatically reset the alarm when the fault condition is no longer detected The alarm must be acknowledged and reset by manually...

Page 483: ...range Default Description 8890 Delay 2 0000 9999 s Time between exceeds limits and is activated 2 s 8888 Alarm class 2 Class A Class B Class C Class D Class E Class F Control Each limit may be assigne...

Page 484: ...that has the following meanings 00 OK 01 Overrun 10 Underrun 11 Error missing These two bits are carried by parameters ID 3352 3354 for the cylinders of bank 1 and ID 3355 3357 for the cylinders of ba...

Page 485: ...d phase neutral voltage will be monitored and all subsequent parameters concerning voltage monitoring mains are referred to this value VL L VL N This setting is only effective if Mains voltage measuri...

Page 486: ...st by this function Following functions are blocked Mains decoupling Mains over frequency 1 2 Mains under frequency 1 2 Mains over voltage 1 2 Mains under voltage 1 2 Mains voltage increase 10 minutes...

Page 487: ...ll be considered as being out of the operating limits as soon as it falls below 45 Hz and will be considered as being within the operating limits again as soon as it exceeds 47 5 Hz 45 Hz 2 5 Hz ID Pa...

Page 488: ...he mains frequency has exceeded the limit configured in parameter 5812 the frequency must fall below the limit and the value configured here to be considered as being within the operating limits again...

Page 489: ...21 Upper frequency limit 2 66 7 to 150 0 100 2 The maximum permissible positive deviation of the mains voltage from the mains rated voltage after mains decoupling 5822 Lower frequency limit 2 66 7 to...

Page 490: ...unit may be configured to decouple from the mains when commanded by an external device Once the conditions of the LogicsManager have been fulfilled an external mains failure is issued Notes For inform...

Page 491: ...be opened 15160 Mains decoupl MCB 2 Determined by LogicsManager 87 73 0 1 1 FALSE If the decoupling is triggered the GCB will be opened TRUE If the decoupling is triggered the MCB will be opened Only...

Page 492: ...d On The mains overvoltage 1 trip is linked to the mains decoupling function with all its consequences Off The mains overvoltage 1 trip is ignored in the mains decoupling function Notes It is recommen...

Page 493: ...ences Off The mains undervoltage 1 trip is ignored in the mains decoupling function Notes It is recommended to configure the operating limits parameter 5810 to 5817 within the monitoring limits 8808 M...

Page 494: ...05 demands a Single failure proof of the mains decoupling function That means that the decoupling of the generator from the mains must be always ensured even if a single element in the system fails So...

Page 495: ...onitoring according VDE AR N 4105 per default is Off It can be enabled via ToolKit Configure monitoring Mains Other monitoring Setup VDE AR N 4105 or via Menu see screen Fig 193 Fig 193 Select mains d...

Page 496: ...This is the frequency measurement tolerance for all participating 4105 partners relating to the system rated frequency measurement refer to ID 1750 This is a part within the 4105 diagnostic Monitorin...

Page 497: ...2 3006 Monitoring 3010 Limit 3011 Delay Mains voltage increase 8806 Monitoring 8808 Mains decoupling volt incr 8807 Limit Change of frequency 3058 Change of frequency 3054 Phase shift Limit 1 phase 3...

Page 498: ...Class C Class D Class E Class F Control Class C The alarm class specifies what action should be taken if the measurement difference frequency 1836 or voltage 1828 between the communication devices s...

Page 499: ...e BDEW guideline Frequency Depending Derating Of Power Refer to 4 4 4 5 5 Active Power Frequency Function P f for details Reactive Power Control alternatively Power Factor Control Refer to 4 4 4 2 Pow...

Page 500: ...frequency must fall below the limit and the value configured here to reset the alarm Notes This value refers to the System rated frequency parameter 1750 2855 2861 Delay 2 0 00 to 99 99 s 0 06 s If t...

Page 501: ...neral notes There are two underfrequency alarm levels available in the control Both alarms are definite time alarms and are illustrated in the figure below The figure diagrams a frequency trend and th...

Page 502: ...the monitored mains frequency value falls below the threshold value for the delay time configured here an alarm will be issued Notes If the monitored mains frequency exceeds the threshold plus the hys...

Page 503: ...e below The figure diagrams a frequency trend and the associated pickup times and length of the alarms Monitoring of the voltage is done in two steps If this protective function is triggered the displ...

Page 504: ...e will be reset 2951 2957 Alarm class 2 Class A Class B Class C Class D Class E Class F Control 2951 Class A 2957 Class B Each limit may be assigned an independent alarm class that specifies what acti...

Page 505: ...d depending on parameter Mains voltage measuring parameter 1853 There are two undervoltage alarm levels available in the control Both alarms are definite time alarms and are illustrated in the figure...

Page 506: ...parameter 1768 3005 3011 Delay 1 0 00 to 99 99 s 3005 1 50 s 3011 0 06 s If the monitored mains voltage falls below the threshold value for the delay time configured here an alarm will be issued Notes...

Page 507: ...ignored in the mains decoupling function Notes It is recommended to configure the operating limits parameter 5810 to 5817 within the monitoring limits 4 5 3 9 Mains Voltage Increase General notes Vol...

Page 508: ...ge voltage over 10 minutes is higher the action specified by the alarm class is initiated Notes This value refers to the Mains rated voltage parameter 1768 8849 AND characteristics 2 On If the 10 minu...

Page 509: ...mple 96 01 LM Flag 1 96 02 LM Flag 2 96 32 LM Flag 32 8808 Mains decoupling volt incr 2 On Voltage increase monitoring does cause a decoupling Off Voltage increase monitoring does not cause a decoupli...

Page 510: ...90 0 Initial threshold 80 0 Fallback time 1 00 s General settings for Mains decoupling and Monitoring Voltage 1 3 Find parameters Find parameters in two menus Configuration Configure monitoring Mains...

Page 511: ...g function is supporting a dynamic stabilization of mains To maintain the VDE AR N 4105 and VDE AR N 4110 grid code 2019 up to 3 FRT Fault Ride Through curves can be defined The voltage is monitored d...

Page 512: ...the voltage value values have crossed the fallback threshold The monitor trips the LogicsManager command variable 10877 07 28 Time dep voltage 1 FRT Monitoring Characteristic The monitoring type infl...

Page 513: ...phase Uses all three phases symmetric condition for triggering the alarm If 1771 Mains voltage monitoring is configured to All the alarm will be triggered if all phases L L or all phases L N are out o...

Page 514: ...allback time 2 0 00 to 320 00 s 1 00 s The time dependent voltage monitoring fallback time is configured here If the measured voltage falls below exceeds the configured Fallback threshold parameter 49...

Page 515: ...It is an additional independent FRT monitoring It serves a LogicsManager command variable to trip a relay or to incorporate the monitoring into the mains decoupling function of the device The alarm cl...

Page 516: ...ts and the voltage threshold will change in time according to the configured threshold curve points If the measured voltage 2 falls below exceeds this curve the monitoring function triggers and the co...

Page 517: ...Dependent Mains Voltage Monitor 3 The Time dependent voltage monitoring 3 is an additional independent FRT monitoring which behaves like the Time dependent voltage monitoring 1 described in the previo...

Page 518: ...L L or at least one phases L N is out of range and will be reset if all phases of L L and all phases of L N are in range 2 phase Uses the two lowest highest phases for triggering the alarm If 1771 Ma...

Page 519: ...ameter 9147 the monitoring sequence will be reset Notes This parameter should always be configured to a value higher lower than the Init threshold parameter 9148 for proper operation The parameter Poi...

Page 520: ...by FRT monitoring On Time dependent voltage monitoring does cause a decoupling Off Time dependent voltage monitoring does not cause a decoupling Table 69 Time Dependent Voltage Monitoring 1 Alarm fla...

Page 521: ...UE and the corresponding alarm message QV monitoring 2 is indicated If parameter Mains decoupling by QV parameter 3296 is configured to On the decoupling function is assigned to Delay step 1 parameter...

Page 522: ...ing function is TRUE Notes This value refers to the Gen rated react power kvar parameter 1758 3283 Delay step 1 2 0 10 to 99 99 s 0 50 s If the QV monitoring conditions are met for the delay time conf...

Page 523: ...function is ignored in the mains decoupling function 4 5 3 12 Change Of Frequency Phase shift A vector phase shift is defined as the sudden variation of the voltage curve which may be caused by a majo...

Page 524: ...d variable 07 14 is enabled The prerequisite for phase vector shift monitoring is that the generator is operating in a mains parallel operation the MCB and GCB are both closed df dt ROCOF df dt rate o...

Page 525: ...hase vector shift occurs in all three phases the three phase threshold value parameter 3055 is taken into consideration Single phase monitoring is very sensitive and may lead to nuisance tripping if t...

Page 526: ...87 70 LM Eng mon Monitoring for fault conditions is not performed until engine monitoring is enabled This is determined through the LogicsManager equation Release engine monitoring For xx 1 to 32 96 x...

Page 527: ...s no longer detected The alarm must be acknowledged and reset by manually pressing the appropriate buttons or by activating the LogicsManager output External acknowledgment via a discrete input or via...

Page 528: ...is false in case of a incorrect rotation field Correct phase rotation of the phase voltages ensures that damage will not occur during a breaker closure to either the mains or the generator The voltage...

Page 529: ...e rotation alarm may lead to a genset shutdown due to an alarm of class C or higher For additional information refer to 9 5 4 Alarm Classes 3972 Self acknowledge 2 Yes The control unit automatically c...

Page 530: ...it Off Monitoring is disabled for Level 1 limit and or Level 2 limit 3215 3216 Monitoring at 2 Overrun The monitored value must exceed the limit to be considered as out of limits Underrun The monitore...

Page 531: ...lasses 3202 3208 Self acknowledge 2 3202 Yes The control unit automatically clears the alarm if the fault condition is no longer detected 3208 No The control unit does not automatically reset the alar...

Page 532: ...itored value must fall below the limit to be considered as out of limits 3229 3237 Limit 2 0 to 150 00 3229 80 00 3237 100 00 If this threshold value has been exceeded or fallen below depending on the...

Page 533: ...wledged and reset by manually pressing the appropriate buttons or by activating the LogicsManager output External acknowledgment via a discrete input or via an interface 3228 3236 Enabled 2 Always Mon...

Page 534: ...933 Delay 2 3 to 9999 s 30 s If the monitored active power mismatch exceeds the threshold value configured in parameter 2935 for the delay time configured here an alarm will be issued Notes If the mon...

Page 535: ...be a lagging or leading power factor limit There are two lagging power factor alarm levels available in the control This monitoring function may be used for monitoring or controlling the power factor...

Page 536: ...hin the limits configured in parameter 2978 or 2983 minus the value configured here to reset the alarm 2979 2984 Delay 2 0 02 to 99 99 s 2979 30 00 s 2984 1 00 s If the monitored generator power facto...

Page 537: ...lag xx is TRUE Example 96 01 LM Flag 1 96 02 LM Flag 2 96 32 LM Flag 32 4 5 3 18 Mains Leading Power Factor Level 1 2 General notes The power factor is monitored for becoming more leading i e capaciti...

Page 538: ...17 level 1 or 07 18 level 2 are enabled and the action specified by the alarm class is initiated 3039 3040 Hysteresis 2 0 000 to 0 999 0 020 Reset Delay 80 ms The monitored power factor must return wi...

Page 539: ...nabled This is determined through the LogicsManager equation Release engine monitoring For xx 1 to 32 96 xx LM Flag xx The monitoring is executed if the LogicsManager Flag xx is TRUE Example 96 01 LM...

Page 540: ...ff Monitoring is disabled 2601 GCB alarm class 2 Class A Class B Class C Class D Class E Class F Control Class B Each limit may be assigned an independent alarm class that specifies what action should...

Page 541: ...s If the conditions are fullfilled for the time configured here an alarm will be issued The message GCB failure 50BF is issued and the logical command variable 08 46 will be enabled 1932 Alarm class...

Page 542: ...n 3060 Monitoring 2 On Monitoring of the GCB synchronization is carried out according to the following parameters Off Monitoring is disabled 3063 Delay 2 3 to 999 s 60 s If it was not possible to sync...

Page 543: ...ms A breaker reclose alarm and a breaker open alarm Breaker reclose alarm If the control unit initiates a close of the breaker and the breaker fails to close after the configured number of attempts th...

Page 544: ...Fault at opening the MCB This alarm class has the following influence to the function of the unit This fault is processed according to the action described within the alarm classes As long as the rep...

Page 545: ...was not possible to synchronize the MCB within the time configured here an alarm will be issued The message MCB syn timeout is issued and the logical command variable 08 31 will be enabled 3071 Alarm...

Page 546: ...and the breaker reply indicates open the action specified by the alarm class is initiated 1936 Delay 2 3 to 999 s 60 s If the conditions are fulfilled for the time configured here an alarm will be iss...

Page 547: ...CL Setting range Default Description 1941 Monitoring 2 Off Monitoring is disabled On Monitoring of the MCB plausibility is carried out according to the following parameters 1942 Delay 2 0 02 to 99 90...

Page 548: ...re enabled parameter 5148 The monitor checks if the feedback behaves according to the NC command With a configurable delay time the alarm is activated with a general alarm text Open failure or closure...

Page 549: ...20 It is not possible to monitor temperature values in Degree Fahrenheit and pressure values in psi Although parameters 3631 or 3630 are configured to a value display in F or psi flexible limit monito...

Page 550: ...ers depends on the numbers of Bytes for each character Please verify the length on the display for best view 4200 Monitoring 2 On Monitoring of the limit x is carried out according to the following pa...

Page 551: ...e will be reset Beginning For flexible limit 25 32 only sample refers to flexible limit 25 6646 Fallback time 2 00 02 to 99999 99 s 1 00 s If the monitored value exceeds or falls below the threshold v...

Page 552: ...Data Sources AM for a list of all data sources Parameter IDs Flexible limit Descrip tion Monitor ing Monitor ed analog value Monitor ing at Limit Hyster esis Delay Alarm class Self acknow ledge Enabl...

Page 553: ...76 6180 6186 6184 6185 6188 6187 6181 6182 6183 6647 27 7284 6190 6196 6194 6195 6108 6197 6191 6192 6193 6648 28 7292 6200 6206 6204 6205 6208 6207 6201 6202 6203 6649 29 7300 6210 6216 6214 6215 621...

Page 554: ...limits must be used to monitor analog inputs like oil pressure or coolant temperature for example We recommend to change the flexible limit description accordingly The table below gives some configur...

Page 555: ...Manager has to become TRUE twice The first time is for acknowledging the horn the second for all alarm messages The On delay time is the minimum time the input signals have to be 1 The Off delay time...

Page 556: ...elay the unload if an shutdown alarm of alarm class C or E occurs The time gained gives another generator the chance to participate in the load sharing network The time configured here delays the trig...

Page 557: ...acknowledged and reset by manually pressing the appropriate buttons or by activating the LogicsManager output External acknowledgment via a discrete input or via an interface 8123 Enabled 2 Always Mo...

Page 558: ...3 8184 8185 8250 16 6699 8186 8187 8188 8189 8251 Table 73 Free alarms parameter IDs 4 5 6 3 CAN Interfaces CAN Interface 1 See 4 5 6 4 CAN Interface 1 CAN Interface 2 See 4 5 6 5 CAN Interface 2 4 5...

Page 559: ...tomatically clears the alarm if the fault condition is no longer detected No The control unit does not automatically reset the alarm when the fault condition is no longer detected The alarm must be ac...

Page 560: ...unction is triggered the display indicates CANopen interface 2 and the logical command variable 08 19 will be enabled If you are not using the exact amount of external I O modules you have defined the...

Page 561: ...ropriate buttons or by activating the LogicsManager output External acknowledgment via a discrete input or via an interface 16189 Enabled 2 Always Monitoring for this fault condition is continuously e...

Page 562: ...specifies what action should be taken when the limit is surpassed Notes For additional information refer to 9 5 4 Alarm Classes 15174 Self acknowledge 2 Yes The control unit automatically clears the a...

Page 563: ...Class D Class E Class F Control Class B Each limit may be assigned to an independent alarm class that specifies what action should be taken when the limit is surpassed Notes For additional information...

Page 564: ...e from device 2 within this delay time the action specified by the alarm class is initiated The delay timer is re initialized if any message from the device 2 is received 15185 Alarm class 2 Class A C...

Page 565: ...ing to the following parameters Off Monitoring is disabled 15190 Address 2 0 to 255 1 This device address is monitored 15194 Delay 2 0 02 to 999 00 s 1 00 s The delay is configured with this parameter...

Page 566: ...anager Flag xx is TRUE Example 96 01 LM Flag 1 96 02 LM Flag 2 96 32 LM Flag 32 Table 77 J1939 Monitoring Device 3 4 5 6 7 J1939 Interface Red Stop Alarm General notes This monitor monitors whether a...

Page 567: ...by manually pressing the appropriate buttons or by activating the LogicsManager output External acknowledgment via a discrete input or via an interface 15118 Enabled 2 Always Monitoring for this faul...

Page 568: ...limit is surpassed Notes For additional information refer to 9 5 4 Alarm Classes 15122 Self acknowledge 2 Yes The control unit automatically clears the alarm if the fault condition is no longer detec...

Page 569: ...s 2 s The protection lamp delay is configured with this parameter If the ECU sends the Protection Lamp On message the action specified by the alarm class is initiated after the delay configured here...

Page 570: ...tion is caused by this bit e g warning shutdown If this protective function is triggered the display indicates Emission lamp DM1 and the logical command variable 03 45 will be enabled ID Parameter CL...

Page 571: ...ermined through the LogicsManager equation Release engine monitoring For xx 1 to 32 96 xx LM Flag xx The monitoring is executed if the LogicsManager Flag xx is TRUE Example 96 01 LM Flag 1 96 02 LM Fl...

Page 572: ...al allowed number of messages is received the device closes all Ethernet ports to give the own device more calculation time After about 100ms the Ethernet ports are opened again to recheck the UDP mes...

Page 573: ...lease engine monitoring For xx 1 to 32 96 xx LM Flag xx The monitoring is executed if the LogicsManager Flag xx is TRUE Example 96 01 LM Flag 1 96 02 LM Flag 2 96 32 LM Flag 32 4 5 6 13 Battery Overvo...

Page 574: ...F Control Class B Each limit may be assigned an independent alarm class that specifies what action should be taken when the limit is surpassed Notes For additional information refer to 9 5 4 Alarm Cla...

Page 575: ...llowing parameters Both values may be configured independent from each other prerequisite Level 1 Level 2 Off Monitoring is disabled for Level 1 limit and or Level 2 limit 3504 3510 Limit 2 8 0 to 42...

Page 576: ...e input or via an interface 3503 3509 Enabled 2 4 Always Monitoring for this fault condition is continuously enabled 87 70 LM Eng mon Monitoring for fault conditions is not performed until engine moni...

Page 577: ...ndition is no longer detected No The control unit does not automatically reset the alarm when the fault condition is no longer detected The alarm must be acknowledged and reset by manually pressing th...

Page 578: ...Max generator load 5770 MOP Min generator load 5771 MOP Dynamic 5758 MOP Add on delay 5772 MOP Add on delay at rated load 5773 MOP Add off delay 5774 LDSS sort priority always 5777 Transfer rate LS f...

Page 579: ...monitoring For xx 1 to 32 96 xx LM Flag xx The monitoring is executed if the LogicsManager Flag xx is TRUE Example 96 01 LM Flag 1 96 02 LM Flag 2 96 32 LM Flag 32 4077 Self acknowledge 2 0 02 to 999...

Page 580: ...061 Alarm class 2 Class A Class B Class C Class D Class E Class F Control Class B This function may be assigned an independent alarm class that specifies what action should be taken when this function...

Page 581: ...n is no longer detected No The control unit does not automatically reset the alarm when the fault condition is no longer detected The alarm must be acknowledged and reset by manually pressing the appr...

Page 582: ...e intentionally NOT available in easYgen 3100XT 3200XT Check 11 The easYgen checks the plausibility of generator and busbar if GCB is closed and the engine runs without run up synchronization but the...

Page 583: ...ating the LogicsManager output External acknowledgment via a discrete input or via an interface Table 80 Operating Range Failure settings 4 5 6 20 Load Share Interface Redundancy is Lost General Besid...

Page 584: ...ing is disabled 5018 Alarm class 2 Class A Class B Class C Class D Class E Class F Control Class B Each limit may be assigned an independent alarm class that specifies what action should be taken when...

Page 585: ...to the mains the mains voltage measuring inputs must be connected Dependencies S Q P 1 PF cos Fig 200 AC power triangle PF Power Factor P Active Power kW S Apparent power kVA Q Reactive Power kvar Th...

Page 586: ...gured for measuring phase neutral voltages if 1Ph 2W measuring is selected Notes For information on measuring principles refer to 3 3 5 1 Generator Voltage Never configure the busbar measurement for p...

Page 587: ...slanded and mains parallel operation is supported Asynchron The unit provides the special function of the asynchronous generator with The speed is regulated with the speed signal from the MPU or J1939...

Page 588: ...on the potential transformer primary The generator rated voltage is used as a reference figure for all generator voltage related functions which use a percentage value like generator voltage monitori...

Page 589: ...d system The protection depends on the setting of parameter 1770 Measurement display and protection are adjusted according to the rules for single phase systems Monitoring refers to the following volt...

Page 590: ...s parameter is configured to 1Ph 3W the generator and mains rated voltages parameters 1766 and 1768 must be entered as Line Line Delta and the busbar 1 rated voltage parameter 1781 must be entered as...

Page 591: ...not require potential transformers i e the measured voltage is 480 V or less then the measured voltage will be entered into this parameter 1800 Gen PT secondary rated volt Generator potential transfo...

Page 592: ...sion e g if a model with a second busbar measurement is introduced ID Parameter CL Setting range Default Description 1781 Busbar 1 rated voltage 2 50 to 650000 V 400 V This value refers to the rated v...

Page 593: ...entered into this parameter If the application does not require potential transformers i e the measured voltage is 480 V or less then the measured voltage will be entered into this parameter 4 6 4 Mai...

Page 594: ...ulation Measurement display and protection are adjusted according to the rules for WYE connected systems Monitoring refers to the following voltages VL12 VL23 and VL31 parameter 1771 configured to Pha...

Page 595: ...771 configured to All Notes If this parameter is configured to 1Ph 3W the generator and mains rated voltages parameters 1766 and 1768 must be entered as Line Line Delta and the busbar 1 rated voltage...

Page 596: ...lications may require the use of potential transformers to facilitate measuring the mains voltages The rating of the secondary side of the potential transformer must be entered into this parameter If...

Page 597: ...the external mains reactive power measurement So there is to differentiate between two cases Case 1 External mains reactive power measurement parameter 2969 is disabled The mains power factor is assum...

Page 598: ...on Power at 100 analog value 0 01kW 10 00 kW 0 1kW 100 0 kW 1kW 1000 kW 0 01MW 10 00 MW 0 1MW 100 0 MW 4 6 4 3 External Mains Reactive Power ID Parameter CL Setting range Default Description 2969 Exte...

Page 599: ...mains active power is requested via interface No The mains reactive power is internally measured 5794 AM Ext mains RPower 2 Determined by AnalogManager 81 20 A1 06 02 Analog input 2 Typically an anal...

Page 600: ...the easYgen XT is connected to a PC via USB port the device appears as an USB drive The drive contains e g the technical manual appropriate configuration files and the virtual COM port driver to conn...

Page 601: ...baud rate 3171 Parity 2 No Even Odd The used parity of the interface is set here 3172 Stop bits 2 One Two The number of stop bits is set here 3173 Full halfduplex mode 2 Fullduplex Fullduplex mode is...

Page 602: ...range from protocol number 65100 to 65199 Use Woodward TelegramMapper PC software to create your own Data Telegrams refer to 6 5 4 Modbus Telegram Mapper Customer Written Data Protocols Notes Another...

Page 603: ...x 2 1 to 0 0 This setting adjusts the format of the 16 bit current values in the data telegram Notes Valid for data telegram 5010 only Refer to Power measurement example for examples 3219 Modbus mast...

Page 604: ...19 N A 5 105 198500 W 105 W 1 N A Table 82 Power measurement example Voltage measurement example How to use Voltage exponent 3182 Voltage measurement The measurement range is 0 480 V Momentary measur...

Page 605: ...eed that every request will be answered We recommend to repeat a request which is not answered within reasonable time COB ID of SYNC TIME messages Parameters 9100 and 9101 use synchronization and time...

Page 606: ...same baud rate 1894 Align device no with Node ID 2 No Yes If this parameter is configured to Yes the parameter Node ID CAN bus 1 8950 will be overwritten with the value of the Device number 1702 and i...

Page 607: ...d be assigned a low Node ID No other device on the CAN bus except the easYgens may operate as Master On The unit is the CANopen Master and automatically changes into operational mode and transmits dat...

Page 608: ...10 ms step 9101 COB ID TIME Message 2 1 to FFFFFFFF hex 100 hex This parameter defines whether the unit generates the TIME message or not Complies with CANopen specification object 1012 hex subindex 0...

Page 609: ...tifier Node ID from the unit in order to send remote signals i e remote start stop shutdown or acknowledge to the unit The additional SDO channel will be made available by configuring this Node ID to...

Page 610: ...ject 2 RPDO Message Object 3 Object 1 Object 4 Fig 202 RPDO mapping principle Parameters 9300 9310 9320 12805 12806 use communication parameters that adhere to the following structure RPDO Objects can...

Page 611: ...2 0 to 65500 ms 2000 ms This parameter configures the time from which this PDO is marked as not existing The time configured here will be rounded up to the next 5 ms step Received messages are process...

Page 612: ...their index The sub index is always 1 The length is determined automatically Notes Complies with CANopen specification object 1600 hex for RPDO 1 1601 hex for RPDO 2 1602 hex for RPDO 3 1603 hex for R...

Page 613: ...he mapped application variables These entries describe the PDO contents by their index The sub index is always 1 The length is determined automatically Notes Complies with CANopen specification object...

Page 614: ...CANopen Transmit PDO The data length will be taken from the data byte column see 9 2 Data Protocols 1 2 UNSIGNED16 or SIGNED16 3 4 UNSIGNED16 or SIGNED16 5 6 UNSIGNED16 or SIGNED16 1 2 3 4 UNSIGNED32...

Page 615: ...DO is transferred synchronously and cyclically The transmission type indicating the number of SYNC messages which are necessary to trigger PDO transmissions Transmit PDOs are always triggered by the f...

Page 616: ...d address of the COB ID SYNC message parameter 9100 Notes Complies with CANopen specification object 1800 hex for TPDO 1 1801 hex for TPDO 2 1802 hex for TPDO 3 1803 hex for TPDO 4 and 1804 hex for TP...

Page 617: ...mitted with the corresponding PDO Notes Complies with CANopen specification object 1A00 hex for TPDO 1 1A01 hex for TPDO 2 1A02 hex for TPDO 3 1A03 hex for TPDO 4 and 1A04 hex for TPDO 5 subindex 0 96...

Page 618: ...01 hex for TPDO 2 1A02 hex for TPDO 3 1A03 hex for TPDO 4 and 1A04 hex for TPDO 5 subindex 3 9608 9618 9628 9638 12798 4 Mapped Object 2 0 to 65535 0 This parameter contains the information about the...

Page 619: ...og Inputs for reference Six Node IDs can be selected to be used with different combinations of external terminals Node ID parameters 9930 9935 A number of well defined combinations is available for Wo...

Page 620: ...17 24 IKD4 DI DO 25 32 P16D 1 Phoenix 16 x DI DO P16DIDO DI DO 1 16 W16D 1 WAGO 16 x DI DO W16DIDO DI DO 1 16 P32D 1 Phoenix 32 x DI DO P32DIDO DI DO 1 32 W32D 1 WAGO 32 x DI DO W32DIDO DI DO 1 32 P16...

Page 621: ...Node ID ID 9934 6th Node ID ID 9935 DI DO AI AO Combinations of the expansion modules IKD and or Phoenix 1IKD_ P 16AI 4AO 1 IKD 8 x DI DO 1 Phoenix 16 x AI 4 x AO IKD1 DI DO 1 8 P16AI4AO AI 1 16 AO 1...

Page 622: ...16AI4AO AI 1 16 AO 1 4 P 32D 16AI 4AO 1 Phoenix 32 x DI DO 16 x AI 4 x AO P32DIDO DI DO 1 32 P16AI4AO AI 1 16 AO 1 4 W 32D 16AI 4AO 1 WAGO 32 x DI DO 16 x AI 4 x AO W32DIDO DI DO 1 32 W16AI4AO AI 1 16...

Page 623: ...O IKD1 DI DO 1 8 IKD2 DI DO 9 16 IKD3 DI DO 17 24 W16AI4AO AI 1 16 AO 1 4 4IKD_ W 16AI 4AO 4 IKD 32 x DI DO 1 Wago 16 x AI 4 x AO IKD1 DI DO 1 8 IKD2 DI DO 9 16 IKD3 DI DO 17 24 IKD4 DI DO 25 32 W16AI...

Page 624: ...change in number or kind of Wago modules ID Parameter CL Setting range Default Description 9940 This device 2 Node ID 1 126 Node ID 7 The Node ID for the control unit this device is configured here 99...

Page 625: ...AI4AO 4IKD_ P16AI4AO P16D_16AI4AO P16D16AI4AO P32D16AI4AO 2P16D_16AI4AO P32D_16AI4AO W16AI4AO 1IKD_W16AI4AO 2IKD_W16AI4AO 3IKD_W16AI4AO 4IKD_W16AI4AO W16D W32D W16D16AI4AO W32D16AI4AO 15318 Sequencer...

Page 626: ...devices are used the mode of the terminal must be configured via the PC software WAGO I O Check These configuration cannot be done via the easYgen parameters Be aware that the easYgen parameters for...

Page 627: ...by name or for even more flexibility via an ECU file then the name of the preferred ECU file must be entered into parameter 15167 ECU file name Please ask your local Woodward partner for further infor...

Page 628: ...ured for all J1939 ECUs which cannot be selected here e g Deutz EMR3 EMR4 John Deere Daimler Perkins Iveco Caterpillar Liebherr etc Standard C is like Standard but with counter and checksum at TSC1 Pl...

Page 629: ...ording to the SAE J1939 standard and some ADEC specific data are considered EGS Woodward The Woodward EGS ECU E3 series E6 series or PG are enabled J1939 data according to the SAE J1939 standard and s...

Page 630: ...1939 standard and some ADEC specific data are considered HATZ EDC17 The BOSCH ECU HATZ EDC17 is enabled If VGA Preglow is active then LogicsManager Variable 03 17 becomes TRUE if Maintenance becomes a...

Page 631: ...GS Woodward 234 MFR EDC7 MAN 253 EEM SISU N A Cummins 220 ADEC ECU8 ECU9 MTU 234 Hatz EDC17 3 Standard Please refer to 7 5 J1939 Protocol and to the manual of your J1939 ECU manufacturer Details may b...

Page 632: ...des of DM2 which no longer apply are cleared 15133 Reset act DTCs DM11 2 Yes No If this parameter is set to Yes a DM11 message Acknowledge active faults is sent After that this parameter is reset auto...

Page 633: ...selected device type parameter 15102 it contains a specific selection of commands Available messages are speed deviation and droop for ECUs as well as engine start stop enable idle mode rated speed sw...

Page 634: ...uld be symmetrical in the ECU We recommend to have the same speed offset configured in the ECU and in this parameter here A different setting will result in an additional controller gain How to test t...

Page 635: ...ioning Islanded operation Disable the frequency controller and change parameter 5508 for the initial state between 0 and 100 the engine should change the speed as follows 0 rated speed speed deviation...

Page 636: ...isabled in the easYgen This parameter is only visible if ECU remote controlled parameter 15127 is configured to On 4843 ECU Application 2 Continuous Prepared for MTU 3B mode Emergency Prepared for MTU...

Page 637: ...used for ADEC ECU 9 Rapid Engine Start SPN 3542 If the easYgen is transmitting a start command and the result of 86 31 LM ECU seq B_IN_1 is False the ECU9 will start with Normal Engine Start True the...

Page 638: ...y information to the ECU Right now it is only used for EMS2 Volvo Disable fuel If the result of 86 32 LM ECU seq B_IN_2 is False Command Disable fuel is not active True Command Disable fuel is active...

Page 639: ...now it is not used mtu ECU9 Alternate Droop Accelerator 1 Select If the result of AM 81 22 is 0 the ECU9 is running with Normal droop has a value 1 13 the ECU9 is running with an alternative droop is...

Page 640: ...The transfer rate defines the time delay between two fast CAN messages In case of CAN systems with a high bus load e g long distance between the units with low baud rate a shorter transfer rate higher...

Page 641: ...the IP Addresses He takes care about IP Address the subnet mask and when needed the gateway IP Address ID Parameter CL Setting range Default Description 7488 and 7489 Time needed to detect connection...

Page 642: ...vice host part is the individual part of the network address for a dedicated device The device part is the result of the binary AND connection of the IP address and the inverted subnet mask Example de...

Page 643: ...sYgen XT system the address range is free configurable For better troubleshooting use the default Ethernet address range and configure the single IP addresses according to their device numbers Device...

Page 644: ...The Set IP address parameter must be set to ON for enabling Notes Device part bits are not allowed to be either all 00 2 or all 11 2 broadcast 7412 Set IP address 2 Off Set IP Address Ethernet port A...

Page 645: ...hernet is enabled Internal clock mode The SNTP client mechanism is disabled The own real time clock determines clock and date HEX values The addresses and subnet masks are known as hex values but are...

Page 646: ...to the ASA standard are used in LogicsManager screens No Symbols according to the IEC standard are used in LogicsManager screens Refer to 9 3 3 Logical Symbols for a table of symbols according to the...

Page 647: ...12268 Table 89 Flag parameter IDs 25 to 32 ID Parameter CL Setting range Default Description yyyyy Flag x 2 Determined by LogicsManager XX XX 0 1 1 nnnnn The flags may be used as auxiliary flags for...

Page 648: ...e the RTC time 23 59 59 is reached It is very important to consider that when testing the function For a complete test of the configuration it is recommended to let the RTC pass the configured time ev...

Page 649: ...59th second of the minute Active time setpoint ID Parameter CL Setting range Default Description 1663 Active day 2 Day 1 to 31 1 Enter the day of the active switch point here The active time setpoint...

Page 650: ...f the active weekdays 1670 Monday active 2 Yes The switch point is enabled every Monday No The switch point is disabled every Monday 1671 Tuesday active 2 Yes The switch point is enabled every Tuesday...

Page 651: ...1 direct configurable constant C1 in conjunction with up to 2 Boolean information L1 L2 The AM processes the inputs listed above depending on the selected Type The result is always provided in form o...

Page 652: ...9 2 AnalogManager Constants for details 3 Prepare each digital input by selecting source parameter and logical function 4 Enter with Apply Press Apply button to send current settings to device 5 Use a...

Page 653: ...input values between 9 9999e9 and 9 9999e9 Other values will be handled correctly by the device but display will be cropped L1 Boolean Logic input 1 coming from selected digital parameter L2 Boolean...

Page 654: ...D 9672 9676 9680 9684 9688 9692 9696 9700 Description ID 9673 9677 9681 9685 9689 9683 9697 9701 Table 91 Internal Values parameter IDs 9 to 16 Default values Factory settings of the internal values c...

Page 655: ...ach character Please verify the length on the display for best view The analog and logic results can be used via command variables 91 01 AM Internal value 1 91 16 AM Internal value 16 and 91 01 AM Int...

Page 656: ...e 0 L1 Boolean input 1 Number 02 01 Name LM FALSE Value 0 L2 Boolean input 2 Number 02 01 Name LM FALSE Value 0 O1 Operator 1 NOT input will be inverted O2 Operator 2 NOT input will be inverted Type O...

Page 657: ...28 Name Time dependent voltage Value Result of LM 07 28 L2 Boolean input 2 Number 09 07 Name Discrete input 7 Value Result of LM 09 07 O1 Operator 1 L1 passed O2 Operator 2 L2 passed Type Operation t...

Page 658: ...2 0 and you select Type Divide you would ask the AnalogManager to divide by zero AnalogManager Operation Type Bitmap Function Output Pass through Analog Result A1 Boolean Result L1 Constant Analog Res...

Page 659: ...A1 A2 Boolean Result goes TRUE if A1 A2 for the duration of C1 time s otherwise FALSE C1 Time Delay to switch on s L2 Reset Time Delay Absolute value of C1 is taken as time s no negative time Notes T...

Page 660: ...UE if Analog Result 0 Notes Icon shows switch positions L1 L2 as FALSE Common use could be to switch between A1 and A2 Set L2 TRUE use L1 to switch Maximum Analog Result MAX A1 A2 Boolean Result goes...

Page 661: ...lue of A1 Boolean Result FALSE A1 Value which is to filter A2 not used C1 is filter time time constant in s L1 switches the filter If L1 goes TRUE the filter function is enabled otherwise the filter f...

Page 662: ...alog Result the new result is A1 Boolean Result goes TRUE if Analog Result C1 A1 Tracked Value A2 not used C1 Limit L2 Resets Analog Result to A2 with rising edge Mintrack Analog Result If A1 Analog R...

Page 663: ...atched so changes can be done during delay cycle Toggle Analog Result Remaining time to switch Boolean Result Boolean Result Toggles with ON time A1 ms and OFF time A2 s A1 Delay On time ms no negativ...

Page 664: ...15561 15562 15563 15564 15565 15566 AM AM 13 09 AM 13 10 AM 13 11 AM 13 12 AM 13 13 AM 13 14 AM 13 15 AM 13 16 Table 93 AM Constant IDs 9 to 16 Constant s name The AM inputs selectable for A1 or A2 co...

Page 665: ...energy preset 2 000000 00 to 999999 00 MWh 0 MWh This parameter defines the number of MWh of the counter The number entered here will overwrite the current displayed value after confirming with param...

Page 666: ...er of starts preset 2 0 to 65535 0 This parameter defines the number of times the control unit registers a start of the generator set The number entered here will overwrite the current displayed value...

Page 667: ...nel refer to 2 1 Display And Status Indicators or by configuring the parameter Reset maintenance period hrs to Yes parameter 2562 the maintenance counter is reset to the configured value Notes To disa...

Page 668: ...o Yes the maintenance days counter is reset to the configured value Once the counter has been reset the control unit changes this parameter to No Notes When using a specific code level in parameter 25...

Page 669: ...eter 2573 If your current code level does not match this parameter is not visible 2573 Code level set operation hours 5 0 to 5 2 This parameter defines which codelevel is necessary to set the operatio...

Page 670: ...ID Parameter CL Setting range Default Description 2 period of use hours parameter 2579 670 easYgen 3000XT Series B37574 4 Configuration 4 10 2 Service Reset Values Released...

Page 671: ...g version or the LEDs of the metal housing version Using the USB Service Port With power ON and a PC laptop connected via USB service port it can happen that the USB window that pops up doesn t show a...

Page 672: ...tate of the genset control Power cycling Warning LED is twinkling in a high frequency afterwards the standard process of Power ON is executed LEDs are twinkling LEDs are illuminated according to the s...

Page 673: ...ine cool down period before the engine is stopped For emergency stop functionality use an EMERGENCY STOP discrete input programmed as an F class alarm If the operating mode STOP is selected while the...

Page 674: ...5 2 2 Operating Mode MANUAL General usage In the MANUAL operating mode mode button MAN illuminated both the engine circuit breaker and the power circuit breaker can be operated via the push buttons al...

Page 675: ...lar arrow and the eye symbol appear Failure No change in the display until the start failure message appears To stop the engine 1 Press the button 0 right below the MAN button Success The engine stops...

Page 676: ...Operating Mode AUTOMATIC General usage In the AUTOMATIC operating mode AUTO all engine GCB and or MCB functions are operated via an interface or automatically by the control unit i e a mains failure...

Page 677: ...configured to On The configured mains failure limits are reached The configured delay times have expired No shut down alarm is present for explanation of the alarm classes refer to 9 5 4 Alarm Classe...

Page 678: ...tton TEST is illuminated The illumination of the button becomes twinkling a short time before TEST run is over For a more detailed description of the start stop sequence of the engine and the associat...

Page 679: ...on HOME once to return to the start screen 2 Press softkey 6 once to access the Parameter screen 3 Press softkey 3 once to access the Configure language clock screen 4 Press softkey 7 once to edit the...

Page 680: ...wise you have to take care that the changes you did before do not disturb sample settings Application Modes For application modes overview see chapter 2 2 Application Modes Overview 6 1 Basic Applicat...

Page 681: ...Reply MCB mains parallel DI 8 Reply GCB normally closed break contact If the easYgen is intended to be operated in parallel with the mains the mains voltage measuring inputs must be connected If an e...

Page 682: ...4 4 5 2 Operation Mode AUTO Automatic Run for details 6 1 2 Application mode A02 GCB open This application mode A02 may be used for islanded operation applications In this case the easYgen will funct...

Page 683: ...hares the load with other gensets or performs active load control The following feedback signals and commands are used in this application mode and fixed to the respective discrete inputs and outputs...

Page 684: ...req in AUTO is not fulfilled FALSE OR A shut down alarm occurs Being parallel to mains or to other generator the generator power will be reduced before Refer to 4 4 5 2 Operation Mode AUTO Automatic R...

Page 685: ...hares the load with other gensets or performs active load control The following feedback signals and commands are used in this application mode and fixed to the respective discrete inputs and outputs...

Page 686: ...closed and the MCB is closed the GCB will not be closed but an operating range failure occurs Engine stops if The LogicsManager 86 09 LM Start req in AUTO is not fulfilled FALSE OR A shut down alarm...

Page 687: ...ncy shares the load with other gensets or performs active load control The following feedback signals and commands are used in this application mode and fixed to the respective discrete inputs and out...

Page 688: ...to the current active breaker transition mode the GCB and MCB will be operated Refer to 4 4 5 2 Operation Mode AUTO Automatic Run for details Auto mains failure operation AMF in AUTOMATIC basic functi...

Page 689: ...ltage 3Ph Dis Analog Inputs Engine Start Stop GCB Control Current 3Ph MPU ECU Voltage 3Ph MCB Control Dis Analog Inputs Engine Start Stop GCB Control Current 3Ph MPU ECU Voltage 3Ph Engine Start Stop...

Page 690: ...on the front panel or using ToolKit navigate to menu PARAMETER Configuration Configure application Configure operation modes Load dependent start stop General LDSS settings 2 Configure the parameters...

Page 691: ...ng another generator shall be reduced to 10 seconds if a generator at the busbar is operating above its rated load accelerated start of the next generator The delay for removing a generator from the b...

Page 692: ...accelerated start of the next generator The delay for removing a generator from the busbar shall be 180 seconds 1 Either on the front panel or using ToolKit navigate to menu PARAMETER Configuration C...

Page 693: ...ce is issued 6 2 1 3 Configuring Emergency Operation Configure emergency operation to be initiated if the mains fails for at least 3 seconds or the MCB cannot be closed 1 Configure the parameters list...

Page 694: ...System Update General notes The Communication Management gives an overview of all devices on the load share bus in the system with regard to their different interfaces Ethernet and CAN See screen Fig...

Page 695: ...ice for maintenance Short before the delay timer ends the System Update function saves the actual constellation of recognized devices During the delay time the LogicsManager flag 04 65 System update a...

Page 696: ...meter Configure monitoring Multi unit functions NOTICE Please ensure if you are using the LogicsManager 7801 System update or the parameter 13356 System update that the signal goes false after executi...

Page 697: ...s checked for members and its states Updated results become new status No Check and update is disabled 9925 Monitored easYgen Latest result of members count Result of members count driven by system up...

Page 698: ...d the Syst upd button to activate the System Update order see Table 100 While the System Update is active the Event indication will show System update Because of space restrictions on the display the...

Page 699: ...e shown An active System Update Alarm is also shown by the Syst update Layer1 LED It is possible that several system status messages are active at same time So the indication is prioritized Unit not r...

Page 700: ...gnized Not installed twinkling twinkling This only applies to the own device There is no other device recognized according to the latest system update Therefore this unit is suspected to have an inter...

Page 701: ...ing Member Alarm BLACK Not installed This device is neither recognized nor registered through the latest system update order RED BLACK twinkling Unit not recognized Not installed twinkling twinkling T...

Page 702: ...f configured If that has happened this issue can be solved by a system update order But do not forget to make a system check via the diagnostic screens 2 You have now 30 seconds time to remove the dev...

Page 703: ...ibed protection the power factor monitoring parameters 4 5 1 6 1 1 Generator Lagging Power Factor Level 1 2 or 4 5 1 6 1 1 Generator Lagging Power Factor Level 1 2 have to be configured as shown below...

Page 704: ...Kit navigate to menu Configure measurement 2 Configure the parameter listed in Table 101 ID Parameter Value Comment 1752 Gen rated active power kW 2000 Generator rated power of 2 MW Table 101 Paramete...

Page 705: ...alog input is 0 00 3637 Bargraph maximum 2000 00e3 The end value for the bargraph display of the analog input is 2000 00e3 2000000 3 Configure the following parameters using ToolKit They facilitate a...

Page 706: ...import power value 5521 Int load control setpoint 2 1000 0 kW The internal power setpoint 1 is configured to 1 MW 12919 12998 12269 Setp 2 load Setp 3 load Setp 4 load FALSE LogicsManagers are not en...

Page 707: ...viewed from the main screen by selecting Next Page Measured values Analog inputs outputs 6 3 3 Creating Self Toggling Pulsing Relays This function is set up with the LogicsManager This is a simple ex...

Page 708: ...y outputs are energized in turns when discrete input 9 is energized At first discrete output 11 will be energized then discrete output 12 will be energized then discrete output 11 and so on This logic...

Page 709: ...he LogicsManager function Relay 12 as shown in Fig 227 3 Fig 228 LogicsManager function Flag 2 Configure the LogicsManager function Flag 2 as shown in Fig 228 4 Fig 229 LogicsManager function Flag 3 C...

Page 710: ...n through the various display screens A detailed description of the individual parameters may be found in 4 4 5 2 Operation Mode AUTO Automatic Run Be sure to enter the password for code level 2 or hi...

Page 711: ...TOMATIC operating mode the control does not return to STOP operating mode If the alarm is cleared after Acknowledgment a restart is initiated It is also possible to configure a discrete input for cont...

Page 712: ...ves to the operation mode TEST In cases the dedicated TEST operation mode shall be not taken the following procedure can be taken to execute an TEST run in the operation mode AUTOMATIC Test with load...

Page 713: ...tart w o load is displayed during the test without load If the mains fails during test without load and the emergency mode is enabled the unit will take over the load The unit will open the MCB and cl...

Page 714: ...Flag 2 Configure the LogicsManager function Flag 2 parameter 10701 as shown in Fig 235 Flag 2 becomes TRUE as soon as the configured active day and active time is reached 3 Fig 236 LogicsManager funct...

Page 715: ...guration Configure application Configure operation modes Operation mode AUTO 2 Open the LogicsManager 12120 for entry Start req in AUTO 3 Fig 237 LogicsManager function Start req in AUTO Configure the...

Page 716: ...re the LogicsManager functions via Modbus All interfaces access the same bits The command variable 04 13 Remote request remains enabled in the easYgen until a new command is sent or the power supply f...

Page 717: ...following methods Bit Enabling via Modbus Protocol and RS 485 Interface Bit Enabling via CANopen Protocol and CAN Interface 1 Bit enabling via Modbus protocol and RS 485 interface The parameter Modbu...

Page 718: ...ating several expansion boards including the IKD 1 However it is also possible to connect an IKD 1 to CAN bus 1 Refer to the 4 7 4 1 3 Transmit PDO x Process Data Object and 4 7 4 1 2 Receive PDO x Pr...

Page 719: ...adcasted transmission type 255 9604 Event timer 20 ms The event timer is configured to 20 ms 8962 Selected Data Protocol 65000 Data protocol 65000 is selected Table 103 TPDO1 configuration Fig 240 TPD...

Page 720: ...onfigure RPDO1 as shown below ID Parameter Value Comment 9300 COB ID 201 hex 513 dec The COB ID is configured to 201 hex or 513 dec 9121 Event timer 2000 ms The event timer is configured to 2000 ms 89...

Page 721: ...et it to one of the four different connection modes The IKD Configuration Tool replaces the LeoPC configuration tool Installation prerequisites The following items are necessary before installing the...

Page 722: ...ation Tool ConfigIKD 3 Select the COM port IKD 1 is connected to the PC laptop 4 Press button Connect to connect to the IKD 1 5 Select CAN baud rate 6 Press one of the four preconfigured mode buttons...

Page 723: ...d connected 4 Status field yellow background Shows messages about the status of the connection 5 IKD on Node ID X Each of these four buttons has two functionalities 1 After connecting if the IKD 1 is...

Page 724: ...easYgen on the front panel as shown in Transmit PDO Fig 246 TPDO configuration for 2nd IKD 1 example ToolKit Set up TPDO2 for the easYgen in ToolKit as shown in Transmit PDO 724 easYgen 3000XT Series...

Page 725: ...PWM Duty Cycle For A CAT ADEM Controller If a PWM signal shall be used with a CAT ADEM speed controller the duty cycle must be limited between 10 and 85 For this the following settings must be made t...

Page 726: ...imum output value is 10 5209 Maximum hardware level 85 00 The minimum output value is 85 5210 PWM output level 10 00 V The PWM output level is configured to 10 V Table 105 PWM duty cycle configuration...

Page 727: ...Earth terminal 61 is not connected on the sheet metal housing Use the protective earth PE connector located at the bottom center of the sheet metal housing instead 6 3 9 Connecting Analog Inputs In Se...

Page 728: ...e used and the scaling of the analog types Refer to chapters 4 4 2 4 Analog Inputs for reference The other part is located at the CAN2 interface pages and defines the Node IDs and the types of externa...

Page 729: ...1 0003 750 460 0003 T 849 C Overrun T 200 C Underrun Pt DIN R0 Sender type R0 1000 Ni 100 750 461 0004 T 250 C Overrun T 60 C Underrun Ni DIN R0 Sender type R0 100 Ni 1000 TK6180 750 461 0005 T 250 C...

Page 730: ...refer to Configurable WAGO devices 0 4 20 mA 750 496 4 20 mA Underrun 0 20 mA no detection TYPE Linear or table Sender type 4 20 mA or 0 20 mA Use Wago I O CHECK to configure the different channels De...

Page 731: ...device RTD 750 451 via the Wago I O Check with the following process image The following types are not supported Ni1000 high resolution Ni1000 TK5000 Pt1000 EN 60751 high resolution and 1200 Ohms Typ...

Page 732: ...15320 There is a maximum of three bus couplers on the CAN bus for PHOENIX modules but for the moment only one bus coupler on the CAN bus for WAGO modules So WAGO devices must use one and the same CAN...

Page 733: ...min 0 00 max 85 00 Configuration process help The following flow charts step by step guide you through the configuration of external CANopen devices Configuration is the same for Phoenix WAGO The flow...

Page 734: ...Fig 254 Configure expansion boards part 2 734 easYgen 3000XT Series B37574 6 Application Field 6 3 10 Setup Expansion Modules at CAN 2 Released...

Page 735: ...Fig 255 Configure expansion boards part 3 735 easYgen 3000XT Series B37574 6 Application Field 6 3 10 Setup Expansion Modules at CAN 2 Released...

Page 736: ...Fig 256 Configure expansion boards part 4 736 easYgen 3000XT Series B37574 6 Application Field 6 3 10 Setup Expansion Modules at CAN 2 Released...

Page 737: ...rroneous synchronization settings can destroy the generator with destructive power Ensure the parameters are configured correctly Incorrect wiring of the system cannot be compensated for with this par...

Page 738: ...and Phase angle MCB parameter 8842 This parameters compensate the phase angle deviation which can be caused by transformers i e a delta to wye transformer located within the electrical system Example...

Page 739: ...r group Yd11 The easYgen busbar voltage is connected to the low voltage side Because of the transformer the phase angles between mains and busbar differs due the closed MCB The synchronization functio...

Page 740: ...ALSE the operational mode will be left To operate the easYgen in this configuration correctly the following needs to be done The easYgen requires an external feedback that the drive system will be sta...

Page 741: ...uld be configured as follows The external start stop device gives an feedback to the easYgen via discrete input DI 02 09 02 Discrete input 2 that the drive system will be started or already is started...

Page 742: ...ge controller is triggered if the generator reaches the Start value parameter 5616 and after the expired Start delay parameter 5617 time The voltage controller is switched off if the engine speed gene...

Page 743: ...lowing The closing synchronization of the GCB is triggered when LogicsManager Start req in AUTO parameter 12120 becomes TRUE The opening including power down ramping of the GCB is triggered when Logic...

Page 744: ...d for the duration of the reduction The reduction of the feed in power must be established within a certain time frame depending on national regulations Derating of power The power reduction is realiz...

Page 745: ...displayed at the maximum of the input range 1039 Sender value at display min 0 000 The sender value at minimum display is 0 Ohms 1040 Sender value at display max 500 000 The sender value at maximum di...

Page 746: ...1 Defines 06 01 Analog input 1 as the analog source which controls the derating function Select Pass through 15142 J1939 derating Off The derate command via ECU is ignored 3 Fig 266 LogicsManager func...

Page 747: ...one neutral of the running generators in the same segment are bridged to earth The Logic ensures that with changing of generators or a lacking neutral breaker the neutral link is passed over to anoth...

Page 748: ...control closes principally after each successful start firing speed reached the NC The genset control proceeds with closing the GCB if the NC has been closed successfully If the NC closure was not suc...

Page 749: ...eedback The discrete input 12 DI 12 is used as feedback of the Neutral contactor and cannot be configured onto another discrete input If the input is energized the neutral contactor is recognized as c...

Page 750: ...ettings Maybe there are other circumstances which shall determine the neutral interlocking priority Two LogicsManager variables give further information 03 39 Close neutral cont 17 09 N cont reply mis...

Page 751: ...6 3 15 1 Introduction Please read the 4 4 5 5 6 LDSS with predicted load first before you continue The chapter here shall give you additional information to dedicated application 751 easYgen 3000XT Se...

Page 752: ...We recommend to ask Woodward for a dedicated application note with configuration examples if you want go for the external mode For parameter refer to 4 4 5 5 6 LDSS with predicted load The easYgen in...

Page 753: ...start stop is TRUE The parameter 9066 Predicted load source is configured as Internal The LM 15026 LDSS with predicted load is TRUE The AnalogManager 9059 AM Consumer load kW passes the mains active p...

Page 754: ...lation which is passed to the LDSS In that moment the LM 12120 Start req in AUTO becomes TRUE the last result of the 5 minute average calculation will be kept So following procedure is started The con...

Page 755: ...by the real busbar load Thus the 5 minute average value is still tracked with the consumer load The procedure is stopped from that moment on the LM 12120 Start req in AUTO becomes FALSE The generators...

Page 756: ...it ATS Parameter 3440 Min Generator power is set to the maximum expected load Fig 276 LM 12936 Bypass min Pgen becomes active if 04 69 Inhibit ATS is false That is the case if there is enough generato...

Page 757: ...ntrols We recommend to ask Woodward for a dedicated application note with configuration examples if you want go for the external mode The external mode contains up to 5 independent 5 minute average va...

Page 758: ...r of the ATS e g DTCSs before the nominal power on bus matches the predicted load plus the active reserve power the easYgens activate an inhibit signal For this reason every easYgen must have a relay...

Page 759: ...e generator load measurement easYgen is passed to the LDSS So the LDSS is now working like in the original mode The configuration ID5752 Start stop mode is considered again So the start stop argue cou...

Page 760: ...11513 GGB closed 11577 33 14 CAN1 RPDO2 1 14 14 11514 MCB closed 11578 33 15 CAN1 RPDO2 1 15 15 11515 Mains OK 11579 33 16 CAN1 RPDO2 1 16 16 11516 ATS Start signal 11580 ATS3 RPDO 3 Word 1 is mapped...

Page 761: ...ower 5 0 1kW 6 3 15 3 3 Internally provided analog variables These values can be assigned to the analog variables of the Customer screens for visualization 10 73 Average load 1 kW 5 min average of 21...

Page 762: ...ry information RPDO2 Word2 3376 21 06 CAN1 RPDO2 2 Real power 0 1kW RPDO Summary RPDO configuration to get data from ATS 3 Receive PDO Database Index AnalogManager variable Comment RPDO3 Word1 3379 21...

Page 763: ...g If parameter 15149 Direct Derating 15149 is enabled the output value of the AnalogManager 15147 AM Derating source determines the derating directly This derating value is also provided as AnalogMana...

Page 764: ...in islanded operation too The available rated power from an engine can be reduced derated or increased uprated with an analog value without adjusting a parameter value With this function the engine ca...

Page 765: ...ure increases and so exceeds the value Start derating at the reduction becomes active the unit starts to derate the current active power setpoint The rate of reduction slope is determined by the value...

Page 766: ...value Start derating at the reduction becomes not active and remains on 0 If the water temperature increases and so exceeds the value Start derating at the reduction becomes active the unit starts to...

Page 767: ...setpoint If the temperature is 90 C or higher the maximum reduction value of 40 becomes active The current power of 95 will be reduced by 40 to 60 95 x 0 6 57 0 57 This engine will run now with 200 k...

Page 768: ...fluence of load share in the first moment the derating is stronger than required by the ECU 6 3 17 Examples timer configuration Example 1 Each day a function shall be activated from 8 12am to 6 48pm 1...

Page 769: ...cations 6 4 1 Remote Control 6 4 1 1 Remote Start Stop Shutdown And Acknowledgment Refer to 6 3 5 Performing Remote Start Stop And Acknowledgment for detailed information The easYgen may start stop sh...

Page 770: ...er the master function Configure CAN interface 1 1 Either on the front panel or using ToolKit navigate to menu Configure CAN interface Configure CAN interface 1 2 Configure the parameter listed below...

Page 771: ...ond rising edge resets the alarm 201 Remote Shutdown 00 02 6 4 1 1 2 Default SDO Communication Channel Another possibility for a remote start stop Acknowledgment is to send the request via default SDO...

Page 772: ...configured accordingly Node ID 2 is used in the following example Configure the Node ID 1 Either on the front panel or using ToolKit navigate to menu Configure CAN interface Configure CAN interface 1...

Page 773: ...ront panel or using ToolKit navigate to menu Configure CAN interface 1 Additional Server SDOs 2 Configure the parameters listed below ID Parameter Value Comment 12801 2 Node ID 127 dec 7F hex SDO comm...

Page 774: ...t a frequency setpoint via CANopen are detailed below These are Transmitting a frequency setpoint via RPDO and Transmitting a frequency setpoint via default SDO communication channel The advantages an...

Page 775: ...e in the range of 181 hex to 57F hex With this setting the Receive PDO is set to the address for which the device is listening on the bus The Number of Mapped Objects is 1 since 1 mapped object is use...

Page 776: ...oint value via the CANopen protocol Prerequisite for the use of a voltage setpoint via an interface is the configuration of the voltage setpoint sources with AnalogManager AM Voltage SP1 V 5618 or Ana...

Page 777: ...ter Value Comment 9300 COB ID 00000321 hex COB ID set to 00000321 9910 Number of Mapped Objects 1 One mapped object is configured 9911 1 Mapped Object 00510 The 1st mapped object is set to control par...

Page 778: ...ternally 510 dec 1FE hex 1FE hex 2000 hex 21FE hex Please note that high and low bytes are exchanged in the sent value ID hex Description Data hex 601 Remote V setpoint 23 FE 21 01 9C 01 00 00 The dat...

Page 779: ...g over the master function Configure CAN interface 1 1 Either on the front panel or using ToolKit navigate to menu Configure CAN interface Configure CAN interface 1 2 Configure the parameter listed be...

Page 780: ...is transmitted in line 3 1000 dec 03E8 hex E8 03 according to the CANopen protocol ID hex Description Data hex 321 Remote PF Ld 085 AE FC 321 Remote PF LG 090 84 03 321 Remote PF 1 00 E8 03 6 4 1 4 2...

Page 781: ...nt 3 5796 or parameter Load setpoint 4 5999 Two different methods to transmit a power setpoint via CANopen are detailed below These are Transmitting a power setpoint via RPDO and Transmitting a power...

Page 782: ...e range of 181 hex to 57F hex With this setting the Receive PDO is set to the address for which the device is listening on the bus The Number of Mapped Objects is 1 since 1 mapped object is used The r...

Page 783: ...arameter 507 to achieve the required control The table above shows exemplary send data for the device on the CANopen bus in line 2 6 4 1 6 Transmitting Multiple Setpoints A single RPDO can transmit mu...

Page 784: ...ints are transmitted Frequency 50 6 Hz 5060 dec 13C4 hex C4 13 according to the CANopen protocol Power 1000 kW 10000 dec 2710 hex 10 27 according to the CANopen protocol Power factor 0 9 lagging 900 d...

Page 785: ...urce in the respective controller For example use data source 05 53 Interface f setp Hz instead of 05 51 Internal f setp1 Hz in AnalogManager AM Frequency SP1 Hz 5518 to transmit a frequency setpoint...

Page 786: ...Objects is 1 since 1 mapped object is used The request on the bus is sent with the control parameter 504 of the device as mapped object 1 CANopen message The following table shows exemplary send data...

Page 787: ...ng A Remote Control Bit It is possible to transmit a remote control bit via the CANopen protocol Such a remote control bit can be sent by a PLC to remotely control the easYgen if this remote control b...

Page 788: ...g a power setpoint is to send the value via default SDO communication channel The device listens to the CAN ID 600 hex Node ID internally to perform the desired control the reply is on CAN ID 580 hex...

Page 789: ...rameter 9602 9612 9622 9632 or 12793 of a TPDO The unit is requested to send its data by sending a Sync Message The number of required Sync Messages is determined by the setting of the Transmission Ty...

Page 790: ...ted green i e correctly connected Are all modules detected i e no blinking expansion module CAN interface 1 guidance level diagnosis Error Possible diagnosis No data is sent by the Woodward controller...

Page 791: ...the Modbus protocol The required procedure is detailed in the following steps Please find remote control parameter 505 described at Remote control word 3 It works similar like 503 described below The...

Page 792: ...ger command variable 03 40 Remote Shutdown Status With this function the engine is immediately shut down without auxiliary service and cool down This works independent from beaker conditions The follo...

Page 793: ...odbus write register shutdown command By double clicking the address a Write Register command may be issued Fig 286 shows how bit 9 is set using the ModScan32 Software Sample for Free alarm 1 This rem...

Page 794: ...it is necessary to use the interface setpoints instead of the internal setpoints For example use data source 05 56 Interface P setp kW in AnalogManager AM ActPower SP1 kW 5539 to transmit a load setp...

Page 795: ...point 710 to 1000 to 710 INTEGER 16 05 12 Interface PF sp 509 Frequency Setpoint 0 to 7000 1 100 Hz UNSIGNED 16 05 53 Interface f setp Hz 510 Voltage Setpoint 50 to 650000 V UNSIGNED 32 05 59 Interfac...

Page 796: ...ig 292 Preset Multiple Registers dialog 1 Select OK and enter the desired values 3 Fig 293 Preset Multiple Registers dialog 2 Select Update to confirm the entered values The dialog closes and the valu...

Page 797: ...6 5 1 2 set the parameter address as shown in Fig 295 Example 3 Frequency interface setpoint The frequency setpoint value must be written to object 21FD hex i e parameter 509 A frequency value of 50...

Page 798: ...of parameter 504 9 2 9 Additional Data Identifier are carrying the settings and are available in CAN bus and Modbus protocols Each bit may be used as input of the according setpoint switching LogicsMa...

Page 799: ...tch to each available load setpoint Example Fig 298 Remotely switch Setp 2 load The active power setpoint 2 is to be enabled Therefore LM 12919 is prepared using 04 40 see beside The switching signal...

Page 800: ...it 4 would be set to enable the voltage setpoint 2 Additionally alternatively to remotely changing the control setpoints it is possible to use remote setpoints values defined via interface instead of...

Page 801: ...rred interface The new entered value must comply with the parameter setting range when changing the parameter setting Example 1 Addressing the generator rated voltage ID Parameter Setting range Data t...

Page 802: ...ameter setting must be configured 1 Fig 305 Modscan32 at address 41852 Set the configuration to address parameter 1851 as shown in Fig 305 The parameter is configured to 3Ph 4W 6 5 2 2 Configuration O...

Page 803: ...nd the message via Modbus Describe the LogicsManager equation as command chain in hex code step 2 The LogicsManager screens below show parts of the command chain How to generate hex code words is desc...

Page 804: ...but in the reverse order of double byte words i e low byte before high byte The command variable prefix e g 04 13 is the number of the command variable not it s ID Refer to 9 3 2 Logical Command Varia...

Page 805: ...gn 2 Operator 2 Sign 3 not used not used not used Table 118 Data words 2 and 3 details of the logic equations Please find the hex code equivalents on the table below Signs Operators NOT 0 AND 0 1 NAND...

Page 806: ...mmand 1 Command 2 Command 3 low byte high byte low byte high byte Sign 1 Ope rator 1 Sign 2 Ope rator 2 Sign 3 0x00 0x00 0x00 low byte high byte low byte high byte low byte high byte Table 120 7 words...

Page 807: ...ger via Modbus for the following basic remote control functions Change to AUTOMATIC mode 12510 Operat mode AUTO Remote request start stop 12120 Start req in AUTO Remote acknowledge 12490 Ext acknowled...

Page 808: ...g 311 using the ModScan32 software Word 0 Word 1 Word 2 Word 3 Word 4 Word 5 Word 6 Delay ON Delay OFF Logic equation 1 Logic equation 2 Command 1 Command 2 Command 3 Sign 1 Op 1 Sign 2 Op 2 Sign 3 0...

Page 809: ...ave to be configured with the LogicsManager 03 40 can handle Remote shutdown only 04 13 Remote request 04 14 Remote acknowledge 03 40 Remote Shutdown 6 5 2 3 4 Configuration Of LogicsManager Function...

Page 810: ...g 313 Modscan32 at address 12121 Copy the complete message of 7 words to address 12121 ff 12120 1 in one step This is shown in Fig 313 using the ModScan32 software Word 0 Word 1 Word 2 Word 3 Word 4 W...

Page 811: ...can be configured in a way that an external acknowledgment is performed as soon as the remote acknowledge signal is enabled Refer to 6 3 5 Performing Remote Start Stop And Acknowledgment for a detaile...

Page 812: ...ex 00FC hex 0000 hex low byte high byte low byte high byte as is as is low byte high byte low byte high byte low byte high byte 0000 hex 0000 hex 1212 hex 3000 hex 0B02 hex FC00 hex 0000 hex Table 124...

Page 813: ...1 in one step This is shown in Fig 317 using the ModScan32 software Word 0 Word 1 Word 2 Word 3 Word 4 Word 5 Word 6 Delay ON Delay OFF Logic equation 1 Logic equation 2 Command 1 Command 2 Command 3...

Page 814: ...ailed in the following steps ID Parameter Setting range Data type 522 Reset alarm list 0 to 65535 UNSIGNED 16 The parameter ID of the alarm to be acknowledged must be written to object 220A hex i e pa...

Page 815: ...r to clear the event history bit 0 of object 26AA hex i e parameter 1706 must be enabled Remotely clearing event history Modbus address 40000 Par ID 1 41707 Modbus length 1 UNSIGNED 16 Fig 320 Modscan...

Page 816: ...410418 Modbus length 1 UNSIGNED 16 Fig 322 Modscan32 at address 410418 1 Use the display options to set the value format to decimal 2 Double click the address to issue a Write Register command Fig 32...

Page 817: ...e a Write Register command Fig 325 Write register resetting the default values Fig 325 shows how the parameter is enabled using the ModScan32 Software The value must be set to 1 to enable the paramete...

Page 818: ...customer specific protocol 6 5 4 2 Configuration Woodward offers the TelegramMapper PC software for free and enables easYgen XT to import make accessible and proceed customer specific Modbus protocols...

Page 819: ...nostic Modbus Telegram Mapper The easYgen provides an information whether the Modbus TelegramMapper mapping file could be successful parsed and interpreted Navigate to STATUS MENU Interfaces Ethernet...

Page 820: ...asterMapper PC software to configure the Modbus Master behavior for free and enables the device to import make accessible and proceed customer specific settings The ModbusMasterMapper software can be...

Page 821: ...to chapter Modbus Modbus master 6 5 5 3 Status diagnostic Modbus master Toolkit is providing a screen for some Modbus master diagnostics Fig 327 Status Modbus File name 16613 This field shows the Desc...

Page 822: ...s parameter activates a debug mode when a number is entered higher than 0 This function enables the user to test the connections to different devices separately Valid values are 0 Debug mode off defau...

Page 823: ...can happen when the slave is inherently slow or when the mapping was set up in a way that too many requests were scheduled in the scheduled rate time One Modbus read or write command to one slave wil...

Page 824: ...nal Server SDOs CAN interface 1 is also used for load sharing Fig 328 CAN interface 1 7 1 2 CAN Interface 2 Engine level The CAN interface 2 supports the CANopen and J1939 protocol simultaneously It s...

Page 825: ...Ethernet Interfaces General notes The Ethernet network provides a fast communication capability to different devices like remote panel PLC or SCADA systems The common protocol Modbus TCP is there for...

Page 826: ...unit remotely Fig 331 RS 485 interface 7 3 2 USB interface USB 2 0 slave Service port The USB interface follows the USB 2 0 standard but is as a service port reserved for ToolKit and special Woodward...

Page 827: ...ncluded in the byte 1 up to byte 4 mains voltage 1 2 In byte 6 up to byte 6 the value of parameter 147 is included mains frequency Byte 7 includes internal definitions and can be ignored Data format U...

Page 828: ...b 1 1 Please note that the bit sequence starts on the left with the least significant byte Example The value 266 FEF6 hex of type SIGNED16 is transmitted in two octets first F6 hex and then FE hex Oc...

Page 829: ...refer to 7 5 2 Supported J1939 ECUs Remote Control Messages for details 7 5 1 Displayed Messages Visualization Visualization messages like Engine Coolant Temperature of a device for example an ECU are...

Page 830: ...kPa 15205 101 65263 101 Crankcase Pressure2 1 kPa 250 to 251 kPa 15220 102 65270 102 Intake Manifold 1 Pressure1 1 kPa 0 to 500 kPa 15214 105 65270 105 Intake Manifold 1 Temp1 1 C 40 to 210 C 15215 1...

Page 831: ...10 C 15236 1132 65189 1132 Intake Manifold 3 Temp2 1 C 40 to 210 C 15237 1133 65189 1133 Intake Manifold 4 Temp2 1 C 40 to 210 C 15238 1134 65262 1134 Intercooler Therm Opening2 0 1 0 to 100 15239 113...

Page 832: ...1 C 273 to 1735 C 15271 1167 65180 1167 Main Bearing 11 Temp3 0 1 C 273 to 1735 C 15272 1172 65178 1172 Turbo1 Compr Intake Temp4 0 1 C 273 to 1735 C 15273 1173 65178 1173 Turbo2 Compr Intake Temp4 0...

Page 833: ...3226 61455 3226 Aftertreatm 1 NOx outlet4 0 05 ppm 200 to 3012 75 ppm 15911 3251 64946 3251 DPF Differential press 4 0 1 kPa 0 to 6425 5 kPa 15550 3380 64934 3380 Excitation volt 5 0 05 V 1606 00 to 1...

Page 834: ...16 4990 64789 4990 Charger 1 state5 enumeration 15913 4991 64789 4991 Charger 1 power line5 enumeration 15914 4992 64789 4992 Charger 1 output volt 4 0 05 V 0 to 3212 75 V 15915 4993 64789 4993 Charge...

Page 835: ...orresponding Analog Logic Variables DLN2 15300 Low engine oil level 15301 High engine oil level 15302 Low oil pressure 15303 High engine coolant temp Power Lost Due to High Temp LM 03 17 9 3 2 3 Group...

Page 836: ...s 2 Special Volvo EMS 2 messages release 2 10 1 or higher These values are located at screen J1939 Special Volvo message Value Corresponding Analog Logic Variables VP 71 VP Engine industry 15859 Resto...

Page 837: ...cted with the SAM via CAN The SAM communicates with the ADEC using an own bus Deutz EMR2 Volvo EDC4 EMR2 Deutz 3 0 Version 1 Deutz EMR3 Deutz EMR4 EDC 17 Standard 3 0 N A Volvo EMS2 Volvo EMS1 Volvo E...

Page 838: ...he manufacturer Please consider this when ordering the ECU 1 Woodward EGS E3 E6 PG series 2 Scania S6 S8 3 Deutz EMR2 EMR3 Volvo EDC4 4 Volvo EMS2 5 Volvo EMS1 EDC3 6 MTU ADEC ECU7 7 MAN MFR EDC7 8 St...

Page 839: ...bit will be reset if Idle mode is no longer active LogicsManager command variable 04 15 Idle run active is FALSE 50 60 Hz switch Yes Yes No Yes2 No Yes No1 No No Yes Yes No The J1939 information for 5...

Page 840: ...imler Perkins Iveco Caterpillar Liebherr etc we recommend to configure the Device type parameter 15102 to the setting Standard Visualization via J1939 is working with every J1939 ECU Concerning remote...

Page 841: ...Switch active if LM 86 49 LM Force regener is TRUE 61441 F001 EBC1 Electronic Brake Controller 1 970 Engine Auxiliary Shutdown Switch 100 61470 F01E GC2 Generator Control 2 3938 Generator Governing Bi...

Page 842: ...e correct address Normally the Engine control address parameter 15103 is 0 and the J1939 own address parameter 15106 is often 234 or 3 7 6 Modbus Protocol Modbus is a serial communications protocol pu...

Page 843: ...following website https www win tech com html modscan32 htm Address range The controller Modbus Slave module distinguishes between visualization data and configuration remote control data The differe...

Page 844: ...According to the Modbus addressing range the visualization protocol can be reached on addresses starting at 450001 On this address range it is possible to do block reads from 1 up to 128 Modbus regist...

Page 845: ...be calculated depending on the parameter ID as illustrated below Parameter ID 10 000 Parameter ID 10 000 Modbus address 40000 Par ID 1 400000 Par ID 1 Table 130 Address calculation Block reads in thi...

Page 846: ...cated master and slave function Each easYgen decides for itself how it has to behave The benefit is that there is no master control which may cause a complete loss of this functionality in case it fai...

Page 847: ...nality requires that the relevant LDSS parameters are all configured identically at all participating units For additional information refer to 4 5 6 16 Multi Unit Parameter Alignment Multi unit missi...

Page 848: ...hether all data has to be sent on the CAN bus when planning the CAN bus It is also possible to send visualization data via RS 485 for example Measures to reduce the bus load If you need to reduce the...

Page 849: ...o 0 30 s 0 10 s 9999 Load share timeout factor 2 to 20 2 9920 Load share CAN ID 2xx Hex 3xx Hex 4xx Hex 5xx Hex 5xx Hex 7 7 2 Load Share via UDP Broadcast Messages Ethernet Load Share UDP Load share a...

Page 850: ...escription Description product name 6 Details Technical data 7 S N Date of production year month 8 REV Item revision number 9 Approval Approvals 10 Environment Separate collection symbol Battery insid...

Page 851: ...esistance per path 2 M Maximum power consumption per path 0 05 W Linear measuring range 1 25 Vrated Measuring frequency 50 60 Hz 30 0 to 85 0 Hz Currents With External CT For correct measuring with ex...

Page 852: ...ply Negative potential grounded or positive potential grounded or ungrounded 8 1 3 Inputs Outputs Discrete inputs DI xx Discrete inputs Galvanically isolated Input range Vcont dig input Rated voltage...

Page 853: ...ed bias Galvanically isolated Resolution min 12 bit Configurable as bipolar 20 mA 10 VDC PWM output 10 VDC 500 Hz duty cycle Shunt resistor max 500 Galvanically isolation to PE min 100 VAC Analog outp...

Page 854: ...100 Vpp Refer to Fig 336 Proximity Probe Leakage Current 100 A Response time max unloaded engine acceleration 1000 rpm per second Minimum rated rpm 100 rpm Fig 336 MPU characteristic 8 1 4 Interfaces...

Page 855: ...us interface Galvanically isolated Only one MAC ID is required Insulation voltage continuously 100 VAC Insulation test voltage 1 s 1700 VDC Version Ethernet 10 100Base T TX Ethernet plug socket RJ45 s...

Page 856: ...ambient for LT variants only 8 1 7 Housing Housing type Type Plastic Sheet metal easYpack Custom Dimensions W H D 282 216 96 3 mm 250 227 50 mm Front cutout W H 249 1 1 183 1 0 mm Weight approx 1880...

Page 857: ...R Type approval American Bureau of Shipping ABS 8 2 Environmental Data Vibration Frequency range sine sweep 5 Hz to 100 Hz Acceleration 4 G Standards IEC 60068 2 6 Fc Lloyd s Register Vibration Test2...

Page 858: ...61000 6 4 2007 A1 2011 Electromagnetic compatibility EMC Generic standards Emission standard for industrial environments EN 61326 1 2013 Electrical equipment for measurement control and laboratory use...

Page 859: ...2 to 2 Gvar 1 of 69 277 V x 1 5 A 2 3 Measuring starts with detecting the zero passage of current voltage Power factor Actual value power factor L1 lagging 0 000 to 1 000 to leading 0 000 1 1 of 1 3...

Page 860: ...1 A and 5 A ranges 4 Some senders like the VDO senders are operating in the working range 0 to 200 Ohms For sure the 0 5 accuracy cannot be directly assigned to these senders Therefore the accuracy p...

Page 861: ...overcurrent 50 Time overcurrent IEC 255 compliant 51 51 V Ground fault measured ground current 50G Power factor 55 Rotation field Engine Overspeed underspeed 12 14 Speed frequency mismatch D auxiliar...

Page 862: ...eristics Time dependent overshoot monitoring This triggering characteristic is used for time dependent overcurrent monitoring Fig 337 Three level time dependent overshoot monitoring 862 easYgen 3000XT...

Page 863: ...s used for generator mains and battery overvoltage generator and mains overfrequency overload IOP and MOP and engine overspeed monitoring Fig 338 Two level overshoot monitoring 863 easYgen 3000XT Seri...

Page 864: ...eristic is used for generator mains and battery undervoltage generator and mains underfrequency and engine underspeed monitoring Fig 339 Two level undershoot monitoring 864 easYgen 3000XT Series B3757...

Page 865: ...onitoring This triggering characteristic is used for generator reversed reduced load monitoring Fig 340 Two level reversed reduced load monitoring 865 easYgen 3000XT Series B37574 9 Appendix 9 1 1 Tri...

Page 866: ...d monitoring This triggering characteristic is used for generator unbalanced load monitoring Fig 341 Two level unbalanced load monitoring 866 easYgen 3000XT Series B37574 9 Appendix 9 1 1 Triggering C...

Page 867: ...Inputs Characteristics Since VDO sensors are available in different types the index numbers of the characteristic curve tables are listed 1 Always order VDO sensors with the correct characteristic cur...

Page 868: ...cteristics diagram VDO 0 to 5 bar Index III P bar 0 0 5 1 1 5 2 2 5 3 3 5 4 4 5 5 P psi 0 7 25 14 50 21 76 29 00 36 26 43 51 50 76 58 02 65 27 72 52 R Ohm 11 29 47 65 82 100 117 134 151 167 184 868 ea...

Page 869: ...bar Index IV P bar 0 0 5 1 1 5 2 3 4 5 6 7 8 8 5 9 10 P psi 0 7 25 14 50 21 76 29 00 43 51 58 02 72 52 87 02 101 53 116 03 123 28 130 53 145 04 R Ohm 10 21 31 42 52 71 90 107 124 140 156 163 170 184 8...

Page 870: ...nput Temperature 40 to 120 C 104 to 248 F Index 92 027 004 Fig 345 Characteristics diagram VDO 40 to 120 C detail Index 92 027 004 870 easYgen 3000XT Series B37574 9 Appendix 9 1 2 2 VDO Input Tempera...

Page 871: ...60 65 Temp F 59 68 77 86 95 104 113 122 131 140 149 R Ohm 850 1 677 0 543 5 439 3 356 6 291 5 239 6 197 3 161 5 134 0 114 0 continued with further points Temp C 70 75 80 85 90 95 100 105 110 115 120...

Page 872: ...to 302 F Index 92 027 006 Fig 347 Characteristics diagram VDO 50 to 150 C detail Index 92 027 006 Fig 348 Characteristics diagram VDO 0 to 120 C full range Index 92 027 006 872 easYgen 3000XT Series...

Page 873: ...105 Temp F 131 140 149 158 167 176 185 194 203 212 221 R Ohm 266 19 221 17 184 72 155 29 131 38 112 08 96 40 82 96 71 44 61 92 54 01 Temp C 110 115 120 125 130 135 140 145 150 Temp F 230 239 248 257 2...

Page 874: ...9 157 3 166 6 175 8 188 6 194 1 212 0 Temp C 350 400 450 500 550 600 650 700 750 800 850 Temp F 662 752 842 932 1022 1112 1202 1292 1382 1472 1562 R Ohm 229 7 247 0 264 1 280 9 297 4 313 6 329 5 345...

Page 875: ...urrently defined full set of data for each protocol Please ignore data your device does not support The following data protocols are implemented to be used CANopen Modbus 5003 Basic Visualization supp...

Page 876: ...rnal Discrete I O 17 to 24 65003 External Discrete I O 25 to 32 Modbus 5010 Basic Visualization supported for easYgen 3000 series compatibility 5016 Basic Visualization based on 5010 Protocol tables P...

Page 877: ...ge V 10 All 50022 7 3 6 int32 207 Av Mains Current A 1000 All 50024 8 1 2 int16 10111 Analog input 1 configurable All 50025 8 3 6 int32 185 Av Gen Current A 1000 All 50027 9 1 2 int16 10112 Analog inp...

Page 878: ...e days exceeded latched Mask 0004h All 05 08 LM Start fail detected latched Mask 0008h All 08 10 LM General CAN J1939 fault latched Mask 0010h All 08 08 LM MCB fail to open latched Mask 0020h All 08 0...

Page 879: ...0002h All 05 14 Amber warning lamp latched Mask 0001h All 50067 22 3 4 int16 Internal 50068 22 5 6 int16 Internal 50069 23 1 2 uint16 10286 BITLIST 08 53 LS interf redundancy latched Mask 8000h EG3500...

Page 880: ...Generator under voltage 2 latched Mask 0100h All 06 09 Generator over current 1 latched Mask 0080h All 06 10 Generator over current 2 latched Mask 0040h All 06 11 Generator over current 3 latched Mas...

Page 881: ...ll 50078 26 1 2 uint16 10135 BITLIST 07 06 Mains over frequency 1 latched Mask 8000h All 07 07 Mains over frequency 2 latched Mask 4000h All 07 08 Mains under frequency 1 latched Mask 2000h All 07 09...

Page 882: ...ring step 2 tripped Mask 0001h All 50082 27 3 6 int32 115 Gen voltage L2 N V 10 All 50084 28 1 2 uint16 10132 BITLIST 09 01 Discrete input 1 latched Mask 8000h All 09 02 Discrete input 2 latched Mask...

Page 883: ...Mask 0001h 50088 29 3 6 int32 116 Gen voltage L3 N V 10 All 50090 30 1 2 uint16 16377 BITLIST 12 16 External discrete input 16 latched Mask 8000h All 12 15 External discrete input 15 latched Mask 400...

Page 884: ...4 latched Mask 0008h All 15 03 Flexible limit 3 latched Mask 0004h All 15 02 Flexible limit 2 latched Mask 0002h All 15 01 Flexible limit 1 latched Mask 0001h All 50094 31 3 6 int32 121 Mains voltage...

Page 885: ...Mask 0008h All 15 35 Flexible limit 35 latched Mask 0004h All 15 34 Flexible limit 34 latched Mask 0002h All 15 33 Flexible limit 33 latched Mask 0001h All 50100 33 3 6 int32 122 Mains voltage L2 N V...

Page 886: ...A latched Mask 0001h All 50106 35 3 6 int32 123 Mains voltage L3 N V 10 All 50108 36 1 2 uint16 10137 BITLIST Internal Mask 0001h 10 01 Analog input 1 wire break Mask 0002h All 10 02 Analog input 2 w...

Page 887: ...input 11 wire break Mask 0400h All 25 12 Ext analog input 12 wire break Mask 0800h All 25 13 Ext analog input 13 wire break Mask 1000h All 25 14 Ext analog input 14 wire break Mask 2000h All 25 15 Ext...

Page 888: ...rnal Mask 0010h Internal Mask 0008h Internal Mask 0004h 13 34 Transistor output 2 Mask 0002h EG3500XT P2 13 33 Transistor output 1 Mask 0001h EG3500XT P2 50113 37 5 6 uint16 8005 BITLIST 98 16 LM Exte...

Page 889: ...2558 Hours until next maintenance h 100 All 50127 42 3 6 int32 2568 Gen hours of operation h 1 All 50129 43 1 2 int16 5541 Setpoint frequency Hz 100 All 50130 43 3 6 int32 5542 Setpoint active power...

Page 890: ...All 03 27 Stop solenoid is active Mask 0020h All 03 24 Excitation enabled Run up Synchronization Mask 0010h All The genset runs mains parallel Mask 0008h All 03 33 Free PID Controller 1 Lower Command...

Page 891: ...EG3500XT P1 EG3500XT P2 04 25 Open command GGB is active Mask 1000h EG3500XT P1 EG3500XT P2 04 26 Close command GGB is active Mask 0800h EG3500XT P1 EG3500XT P2 Dead busbar closure requ for GCB MCB o...

Page 892: ...nacknowledged 12 32 External discrete input 32 latched Mask 8000h All 12 31 External discrete input 31 latched Mask 4000h All 12 30 External discrete input 30 latched Mask 2000h All 12 29 External dis...

Page 893: ...nal Analog input 6 configurable All 50148 49 3 4 int16 10176 External Analog input 7 configurable All 50149 49 5 6 int16 10177 External Analog input 8 configurable All 50150 50 1 2 int16 10178 Externa...

Page 894: ...Mask 0100h All 08 44 Syst update LSx Mask 0080h EG3500XT P1 EG3500XT P2 08 43 Syst update easYgen Mask 0040h All 06 32 Gen AC Wiring Mask 0020h All 06 33 Busbar1 AC Wiring Mask 0010h EG3500XT P2 Inter...

Page 895: ...arine Phaseangle MNS BUS okay Mask 0004h Marine Phaseangle GEN BUS okay Mask 0002h Marine 03 38 Inhibit cranking Mask 0001h All 50169 56 3 6 int32 218 Active real power in system in own segment kW 1 A...

Page 896: ...h All Low Pressure Mask 0200h All NOT Low Pressure Mask 0100h All High Engine Oil Level Mask 00F0h J1939 Message not available Mask 0080h All Sensor fault Mask 0040h All High Level Mask 0020h All NOT...

Page 897: ...nt32 15412 SPN All 50197 65 5 6 uint16 BITLIST 15413 FMI Mask FF00h All 15414 OC Mask 00FFh All 6 Active Diagnostic Trouble Code DM1 50198 66 1 4 uint32 15415 SPN All 50200 66 5 6 uint16 BITLIST 15416...

Page 898: ...N All 50218 72 5 6 uint16 BITLIST 15454 FMI Mask FF00h All 15455 OC Mask 00FFh All 3 Previously Active Diagnostic Trouble Code DM2 50219 73 1 4 uint32 15456 SPN low 16 bits of 19 bits of SPN All 50221...

Page 899: ...agnostic Trouble Code DM2 50237 79 1 4 uint32 15474 SPN All 50239 79 5 6 uint16 BITLIST 15475 FMI Mask FF00h All 15476 OC Mask 00FFh All 10 Previously Active Diagnostic Trouble Code DM2 50240 80 1 4 u...

Page 900: ...l Mask 0080h Internal Mask 0040h On Mask 0020h All Off Mask 0010h All Protect Lamp Internal Mask 0008h Internal Mask 0004h On Mask 0002h All Off Mask 0001h All 50245 81 5 6 int16 15314 Aftertreatment...

Page 901: ...l j1939 EFL P1 Value for Error indicator FFFEh Value for Not available FFFFh 10 All 50258 86 1 2 int16 15207 Throttle position j1939 EEC2 Value for Error indicator FFFEh Value for Not available FFFFh...

Page 902: ...Unit Scale Model 0 1 2 uint16 Telegram ID always 5004 0 3 4 int16 10100 Pickup speed rpm 1 All 0 5 6 int16 Internal All 1 1 2 int16 160 Gen powerfactor 1000 All 1 3 6 int32 170 Av Gen Wye Voltage V 1...

Page 903: ...ion GGB latched Mask 2000h EG3500XT P1 EG3500XT P2 05 11 Charge fail D functionality latched Mask 1000h All Operating range failure 12 latched Mask 0800h All 08 45 CPU overload R1 trip latched Mask 04...

Page 904: ...36 Total gen reactive power var 1 All 10 5 6 uint16 10138 BITLIST Alarms Gen 1 latched unacknowledged 06 16 Generator unbalanced load 1 latched Mask 8000h All 06 17 Generator unbalanced load 2 latched...

Page 905: ...GCB Mask 2000h All 04 64 Key activation Mask 1000h All A manual START has been requested Mask 0800h All A manual STOP has been requested Mask 0400h All 04 10 Cooldown is active Mask 0200h All 03 01 A...

Page 906: ...ID Controller 3 Lower Command Mask 0200h All 03 32 Free PID Controller 3 Raise Command Mask 0100h All 03 35 Free PID Controller 2 Lower Command Mask 0080h All 03 34 Free PID Controller 2 Raise Command...

Page 907: ...ronisation GGB procedure is active Mask 2000h EG3500XT P1 EG3500XT P2 04 25 Open command GGB is active Mask 1000h EG3500XT P1 EG3500XT P2 04 26 Close command GGB is active Mask 0800h EG3500XT P1 EG350...

Page 908: ...16 10135 BITLIST Alarms Mains latched unacknowledged 07 06 Mains over frequency 1 latched Mask 8000h All 07 07 Mains over frequency 2 latched Mask 4000h All 07 08 Mains under frequency 1 latched Mask...

Page 909: ...ins Time dep Voltage 2 FRT latched Mask 0004h All 07 29 Mains QV Monitoring step 1 latched Mask 0002h All 07 30 Mains QV Monitoring step 2 latched Mask 0001h All 7 5 6 int16 Internal 8 1 4 int32 118 M...

Page 910: ...dbus Address 50001 All 50012 int16 160 Generator power factor 1000 All 50013 int16 248 Generator voltage L1 L2 V format defined by index 3182 Modbus Address 50002 All 50014 int16 249 Generator voltage...

Page 911: ...50024 int16 279 Busbar 1 Voltage L2 L3 V format defined by index 3182 Modbus Address 50002 EG3500XT P2 50025 int16 280 Busbar 1 Voltage L3 L1 V format defined by index 3182 Modbus Address 50002 EG3500...

Page 912: ...V format defined by index 3182 Modbus Address 50002 All 50039 int16 265 Mains voltage L3 N V format defined by index 3182 Modbus Address 50002 All 50040 int16 266 Mains current L1 A format defined by...

Page 913: ...10115 Analog input 3 configurable All 50059 int16 10117 Analog input 4 configurable EG3500XT P2 50060 int16 10151 Analog input 5 configurable EG3500XT P2 50061 int16 10152 Analog input 6 configurable...

Page 914: ...l Analog input 16 configurable All 50090 int16 10245 External Analog Output 1 configurable All 50091 int16 10255 External Analog Output 2 configurable All 50092 int16 10265 External Analog Output 3 co...

Page 915: ...ng Mask 1000h All 04 09 Emergency mode is currently active Mask 0800h All 03 40 Remote Shutdown ID503 Bit9 Mask 0400h All 03 33 Free PID Controller 3 Lower Command Mask 0200h All 03 32 Free PID Contro...

Page 916: ...24 Synchronisation GGB procedure is active Mask 2000h EG3500XT P1 EG3500XT P2 04 25 Open command GGB is active Mask 1000h EG3500XT P1 EG3500XT P2 04 26 Close command GGB is active Mask 0800h EG3500XT...

Page 917: ...ameter set 1 7 selection Bit 1 Mask 0001h Rental 50107 int16 Internal Topic Discrete Outputs 50108 int16 10107 BITLIST Relay Outputs 1 13 01 Relay Output 1 Self test relay Mask 8000h All 13 02 Relay O...

Page 918: ...External DO 15 Mask 4000h All 98 14 LM External DO 14 Mask 2000h All 98 13 LM External DO 13 Mask 1000h All 98 12 LM External DO 12 Mask 0800h All 98 11 LM External DO 11 Mask 0400h All 98 10 LM Exte...

Page 919: ...XT P1 EG3500XT P2 28 03 Command 3 to LSx OR Mask 2000h EG3500XT P1 EG3500XT P2 28 04 Command 4 to LSx OR Mask 1000h EG3500XT P1 EG3500XT P2 28 05 Command 5 to LSx OR Mask 0800h EG3500XT P1 EG3500XT P2...

Page 920: ...latched Mask 8000h All 08 31 Timeout Synchronisation MCB latched Mask 4000h All 08 32 Timeout Synchronisation GGB latched Mask 2000h EG3500XT P1 EG3500XT P2 05 11 Charge fail D functionality latched M...

Page 921: ...1 EG3500XT P2 08 35 GGB fail to open latched Mask 4000h EG3500XT P1 EG3500XT P2 08 27 Missing easYgen Mask 2000h All 08 28 Missing LS5 Mask 1000h EG3500XT P1 EG3500XT P2 05 18 Cylinder temperature lev...

Page 922: ...4000h All 05 03 Engine under speed 1 latched Mask 2000h All 05 04 Engine under speed 2 latched Mask 1000h All 05 05 Unintended stop detected latched Mask 0800h All 05 07 Speed detection alarm latched...

Page 923: ...ged Internal Mask 8000h Internal Mask 4000h Internal Mask 2000h Internal Mask 1000h Internal Mask 0800h Internal Mask 0400h Internal Mask 0200h Internal Mask 0100h Internal Mask 0080h Internal Mask 00...

Page 924: ...hed Mask 1000h All 06 05 Generator over voltage 1 latched Mask 0800h All 06 06 Generator over voltage 2 latched Mask 0400h All 06 07 Generator under voltage 1 latched Mask 0200h All 06 08 Generator un...

Page 925: ...06 21 Gen Phase Rotation mismatch Latched Mask 0400h All 06 29 Gen active power mismatch Latched Mask 0200h All 06 30 Generator unloading mismatch Latched Mask 0100h All 06 22 Inverse time over curre...

Page 926: ...ll 07 10 Mains over voltage 1 latched Mask 0800h All 07 11 Mains over voltage 2 latched Mask 0400h All 07 12 Mains under voltage 1 latched Mask 0200h All 07 13 Mains under voltage 2 latched Mask 0100h...

Page 927: ...0h All 07 18 Mains PF lagging 2 latched Mask 0400h All 07 19 Mains PF leading 1 latched Mask 0200h All 07 20 Mains PF leading 2 latched Mask 0100h All 07 15 Mains df dt latched Mask 0080h All 07 16 Ma...

Page 928: ...put 5 latched Mask 0800h All 09 06 Discrete input 6 latched Mask 0400h All 09 07 Discrete input 7 latched Mask 0200h All 09 08 Discrete input 8 latched Mask 0100h All 09 09 Discrete input 9 latched Ma...

Page 929: ...0200h All 12 09 External discrete input 9 latched Mask 0100h All 12 08 External discrete input 8 latched Mask 0080h All 12 07 External discrete input 7 latched Mask 0040h All 12 06 External discrete i...

Page 930: ...tched Mask 0100h All 12 24 External discrete input 24 latched Mask 0080h All 12 23 External discrete input 23 latched Mask 0040h All 12 22 External discrete input 22 latched Mask 0020h All 12 21 Exter...

Page 931: ...XT P2 09 20 Discrete input 20 latched Mask 0100h EG3500XT P2 09 21 Discrete input 21 latched Mask 0080h EG3500XT P2 09 22 Discrete input 22 latched Mask 0040h EG3500XT P2 09 23 Discrete input 23 latch...

Page 932: ...ched Mask 0100h All 15 08 Flexible limit 8 latched Mask 0080h All 15 07 Flexible limit 7 latched Mask 0040h All 15 06 Flexible limit 6 latched Mask 0020h All 15 05 Flexible limit 5 latched Mask 0010h...

Page 933: ...23 Flexible limit 23 latched Mask 0040h All 15 22 Flexible limit 22 latched Mask 0020h All 15 21 Flexible limit 21 latched Mask 0010h All 15 20 Flexible limit 20 latched Mask 0008h All 15 19 Flexible...

Page 934: ...Mask 0008h All 15 35 Flexible limit 35 latched Mask 0004h All 15 34 Flexible limit 34 latched Mask 0002h All 15 33 Flexible limit 33 latched Mask 0001h All 50155 int16 4179 Alarms Flexible thresholds...

Page 935: ...nalog input 9 wire break Mask 0200h EG3500XT P2 10 10 Analog input 10 wire break Mask 0400h EG3500XT P2 Internal Mask 0800h Internal Mask 1000h Internal Mask 2000h Internal Mask 4000h Internal Mask 80...

Page 936: ...5 13 Ext analog input 13 wire break Mask 1000h All 25 14 Ext analog input 14 wire break Mask 2000h All 25 15 Ext analog input 15 wire break Mask 4000h All 25 16 Ext analog input 16 wire break Mask 800...

Page 937: ...d Mask 0010h All 08 22 Busbar v f not ok latched Mask 0008h All 08 21 Feedback GCB mismatch latched Mask 0004h MARINE 17 02 Reactive load share mismatch latched Mask 0002h All 17 01 Active load share...

Page 938: ...175 int16 15406 SPN of 3 entry low 16 bits of 19 bits of SPN All 50176 uint16 BITLIST 15407 FMI Mask FF00h All 15408 OC Mask 00FFh All 4 Active Diagnostic Trouble Code DM1 50177 int16 15409 SPN of 4 e...

Page 939: ...ask 00FFh All 10 Active Diagnostic Trouble Code DM1 50189 int16 15428 SPN of 10 entry low 16 bits of 19 bits of SPN All 50190 uint16 BITLIST 15429 FMI Mask FF00h All 15430 OC Mask 00FFh All Subtopic D...

Page 940: ...Warning Lamp Mask 0020h All Off Amber Warning Lamp Mask 0010h All Internal Mask 0008h Internal Mask 0004h On Protect Lamp Mask 0002h All Off Protect Lamp Mask 0001h All Subtopic Especially Failure Cod...

Page 941: ...e Mask 0008h All Sensor fault Mask 0004h All Low Level Mask 0002h All NOT Low Level Mask 0001h All 50198 int16 Internal 50199 int16 Internal 50200 int16 Internal Subtopic Values 50201 int16 15308 Engi...

Page 942: ...30 int16 15230 Auxiliary Temperature 2 SPN442 C 1 All 50231 int16 15209 Actual engine torque SPN 513 1 All 50232 int16 15231 Alternator Bear 1 Temperature SPN1122 C 1 All 50233 int16 15232 Alternator...

Page 943: ...n Bearing 3 Temperatures SPN1159 C 10 All 50266 int16 15265 Main Bearing 4 Temperatures SPN1160 C 10 All 50267 int16 15266 Main Bearing 5 Temperatures SPN1161 C 10 All 50268 int16 15267 Main Bearing 6...

Page 944: ...ure SPN1803 C 1 All 50298 int16 15297 Right Exhaust Gas Temperature SPN2433 C 10 All 50299 int16 15298 Left Exhaust Gas Temperature SPN2434 C 10 All 50300 int16 15310 Turbo 1 Compr Outlet Temperature...

Page 945: ...32 108 Gen voltage L1 L2 V 10 All 50348 int32 109 Gen voltage L2 L3 V 10 All 50350 int32 110 Gen voltage L3 L1 V 10 All 50352 int32 114 Gen voltage L1 N V 10 All 50354 int32 115 Gen voltage L2 N V 10...

Page 946: ...N V 10 All Topic AC System values 50412 int32 217 Reserve real power in system valid if LDSS is on kW 1 All 50414 int32 218 Real power in system vaild if LDSS is on kW 1 All 50416 int32 219 Nominal re...

Page 947: ...EG3500XT P1 EG3500XT P2 50458 int32 269 Active power LSx Active mains power in own segment W 1 EG3500XT P1 EG3500XT P2 50460 int32 270 Reactive power LSx Reactive mains power in own segment var 1 EG35...

Page 948: ...erator under voltage 2 latched Mask 0100h All 06 09 Generator over current 1 latched Mask 0080h All 06 10 Generator over current 2 latched Mask 0040h All 06 11 Generator over current 3 latched Mask 00...

Page 949: ...l 06 22 Inverse time over current Latched Mask 0080h All 06 31 Operating Range failed latched Mask 0040h All 06 23 Generator overload MOP 1 latched Mask 0020h All 06 24 Generator overload MOP 2 latche...

Page 950: ...h All Internal Mask 0002h Internal Mask 0001h 2 3 4 uint16 10135 BITLIST Alarms Mains latched unacknowledged 07 06 Mains over frequency 1 latched Mask 8000h All 07 07 Mains over frequency 2 latched Ma...

Page 951: ...16 10278 BITLIST Alarms Mains 1 latched unacknowledged 07 21 Mains import power 1 latched Mask 8000h All 07 22 Mains import power 2 latched Mask 4000h All 07 23 Mains export power 1 latched Mask 2000h...

Page 952: ...Engine Over speed 2 latched Mask 4000h All 05 03 Engine under speed 1 latched Mask 2000h All 05 04 Engine under speed 2 latched Mask 1000h All 05 05 Unintended stop detected latched Mask 0800h All 05...

Page 953: ...rnal Mask 0004h Internal Mask 0002h Internal Mask 0001h 5 1 2 uint16 4169 BITLIST Alarms 2 active GCB sync Timeout Mask 8000h All MCB sync Timeout Mask 4000h All GGB sync Timeout Mask 2000h EG3500XT P...

Page 954: ...ll 08 27 Missing easYgen latched Mask 0008h All 08 48 MCB plausibility latched Mask 0004h All 05 13 Red stop lamp latched Mask 0002h All 05 14 Amber warning lamp latched Mask 0001h All 5 5 6 uint16 10...

Page 955: ...4105 Mask 0010h All Busbar monitoring Mask 0008h All Plausibility GCB feedback Mask 0004h MARINE Reactive load sharing mismatch Mask 0002h All Active load sharing mismatch Mask 0001h All 6 3 4 uint16...

Page 956: ...m flexible limit 9 Mask 0100h All Alarm flexible limit 8 Mask 0080h All Alarm flexible limit 7 Mask 0040h All Alarm flexible limit 6 Mask 0020h All Alarm flexible limit 5 Mask 0010h All Alarm flexible...

Page 957: ...Alarm flexible limit 23 Mask 0040h All Alarm flexible limit 22 Mask 0020h All Alarm flexible limit 21 Mask 0010h All Alarm flexible limit 20 Mask 0008h All Alarm flexible limit 19 Mask 0004h All Alarm...

Page 958: ...le limit 39 Mask 0040h All Alarm flexible limit 38 Mask 0020h All Alarm flexible limit 37 Mask 0010h All Alarm flexible limit 36 Mask 0008h All Alarm flexible limit 35 Mask 0004h All Alarm flexible li...

Page 959: ...larm 3 same as Mux 6 Mask 0004h All Free alarm 2 same as Mux 6 Mask 0002h All Free alarm 1 same as Mux 6 Mask 0001h All 10 3 4 uint16 10282 BITLIST Free Alarms latched unacknowledged 16 16 Free alarm...

Page 960: ...0h All Battery over voltage 2 Mask 0008h All Battery under voltage 2 Mask 0004h All Battery over voltage 1 Mask 0002h All Battery under voltage 1 Mask 0001h All 11 3 4 uint16 10136 Alarms Analog Input...

Page 961: ...nternal Mask 0800h Internal Mask 1000h Internal Mask 2000h Internal Mask 4000h Internal Mask 8000h 12 3 4 uint16 10137 Alarms Analog Inputs Wire Break latched unacknowledged Internal Mask 0001h 10 01...

Page 962: ...l Inputs 1 latched unacknowledged 09 01 Discrete input 1 latched Mask 8000h All 09 02 Discrete input 2 latched Mask 4000h All 09 03 Discrete input 3 latched Mask 2000h All 09 04 Discrete input 4 latch...

Page 963: ...00XT P2 09 14 Discrete input 14 latched Mask 4000h EG3500XT P2 09 15 Discrete input 15 latched Mask 2000h EG3500XT P2 09 16 Discrete input 16 latched Mask 1000h EG3500XT P2 09 17 Discrete input 17 lat...

Page 964: ...discrete input 14 latched Mask 2000h All 12 13 External discrete input 13 latched Mask 1000h All 12 12 External discrete input 12 latched Mask 0800h All 12 11 External discrete input 11 latched Mask 0...

Page 965: ...29 latched Mask 1000h All 12 28 External discrete input 28 latched Mask 0800h All 12 27 External discrete input 27 latched Mask 0400h All 12 26 External discrete input 26 latched Mask 0200h All 12 25...

Page 966: ...nput 3 wire break Mask 0004h All 25 04 Ext analog input 4 wire break Mask 0008h All 25 05 Ext analog input 5 wire break Mask 0010h All 25 06 Ext analog input 6 wire break Mask 0020h All 25 07 Ext anal...

Page 967: ...int16 209 Busbar Frequency Hz 100 All 50016 5 3 6 int32 216 Average Busbar Delta Voltage V 10 All 50018 6 1 2 uint16 4085 BITLIST 96 01 Internal Flag 1 Mask 0001h All 96 02 Internal Flag 2 Mask 0002h...

Page 968: ...rable EG3500XT P2 50043 14 3 6 int32 134 Mains current L1 A 1000 All 50045 15 1 2 int16 10154 Analog input 8 configurable EG3500XT P2 50046 15 3 6 int32 231 Busbar Voltage L1 N V 1000 EG3500XT P2 5004...

Page 969: ...ask 0800h All 05 04 LM Engine under speed 2 latched Mask 1000h All 05 03 LM Engine under speed 1 latched Mask 2000h All 05 02 LM Engine Over speed 2 latched Mask 4000h All 05 01 LM Engine Over speed 1...

Page 970: ...Mask 0400h EG3000 Max starts per time Mask 0200h K36 17 09 Neutral interl reply mismatch latched Mask 0100h All 17 08 Decoupling GCB MCB latched Mask 0080h All 17 07 Measurement difference 4105 latche...

Page 971: ...k 0002h All 06 34 Busbar phase rotation mismatch Mask 0001h EG3500XT P2 50073 24 3 6 int32 108 Gen voltage L1 L2 V 1 50075 25 1 2 int16 10138 BITLIST 06 16 Generator unbalanced load 1 latched Mask 800...

Page 972: ...h All 07 25 Mains decoupling latched Mask 0040h All 07 32 Mains AC Wiring Mask 0020h All Internal Mask 0010h Internal Mask 0008h 07 05 Mains Phase rotation mismatch latched Mask 0004h All Internal Mas...

Page 973: ...All 09 09 Discrete input 9 latched Mask 0080h All 09 10 Discrete input 10 latched Mask 0040h All 09 11 Discrete input 11 latched Mask 0020h All 09 12 Discrete input 12 latched Mask 0010h All Internal...

Page 974: ...latched Mask 0100h All 12 08 External discrete input 8 latched Mask 0080h All 12 07 External discrete input 7 latched Mask 0040h All 12 06 External discrete input 6 latched Mask 0020h All 12 05 Exter...

Page 975: ...Mask 0800h All 15 27 Flexible limit 27 latched Mask 0400h All 15 26 Flexible limit 26 latched Mask 0200h All 15 25 Flexible limit 25 latched Mask 0100h All 15 24 Flexible limit 24 latched Mask 0080h...

Page 976: ...All Internal Mask 0400h All Internal Mask 0200h All Internal Mask 0100h All Internal Mask 0080h All Internal Mask 0040h All Internal Mask 0020h Internal Mask 0010h All 08 02 Battery over voltage 2 lat...

Page 977: ...07 Analog input 7 wire break Mask 0080h EG3500XT P2 10 08 Analog input 8 wire break Mask 0100h EG3500XT P2 10 09 Analog input 9 wire break Mask 0200h EG3500XT P2 10 10 Analog input 10 wire break Mask...

Page 978: ...tput 4 Mask 1000h All 13 05 Relay Output 5 Mask 0800h All 13 06 Relay Output 6 Mask 0400h All 13 07 Relay Output 7 Mask 0200h All 13 08 Relay Output 8 Mask 0100h All 13 09 Relay Output 9 Mask 0080h Al...

Page 979: ...nal DO 10 Mask 0200h All 98 09 LM External DO 9 Mask 0100h All 98 08 LM External DO 8 Mask 0080h All 98 07 LM External DO 7 Mask 0040h All 98 06 LM External DO 6 Mask 0020h All 98 05 LM External DO 5...

Page 980: ...sk 2000h All 04 64 Key activation Mask 1000h All A manual START has been requested Mask 0800h All A manual STOP has been requested Mask 0400h All 04 10 Cooldown is active Mask 0200h All 03 01 Auxiliar...

Page 981: ...Power lower Mask 4000h All 03 22 3 Pos Controller Volt ReactPow raise Mask 2000h All 03 23 3 Pos Controller Volt ReactPow lower Mask 1000h All 04 06 GCB is closed Mask 0800h All 04 07 MCB is closed M...

Page 982: ...all stop Mask 0020h All LDSS The Engine shall stop if possible Mask 0010h All LDSS Minimum Running Time is active Mask 0008h All 04 43 The LDSS function is active Mask 0004h All 04 60 Critical mode po...

Page 983: ...2 External discrete input 22 latched Mask 0020h All 12 21 External discrete input 21 latched Mask 0010h All 12 20 External discrete input 20 latched Mask 0008h All 12 19 External discrete input 19 lat...

Page 984: ...6 10180 External Analog input 11 configurable All 50153 51 1 2 int16 10181 External Analog input 12 configurable All 50154 51 3 4 int16 10182 External Analog input 13 configurable All 50155 51 5 6 int...

Page 985: ...ernal Mask 0002h Load share diagnostic Own Unit is suspected Mask 0001h All 50166 55 3 6 uint32 219 Nominal active power in system in own segment 1 All 50168 56 1 2 int16 4157 BITLIST 28 01 Command 1...

Page 986: ...0 All 50176 58 5 6 int16 240 System total real power 100 All 50177 59 1 2 Internal 50178 59 3 4 int16 241 System reserve active power 100 All 50179 59 5 6 int16 15311 Engine Derate Request 1 All 50180...

Page 987: ...h All 96 31 LM Internal Flag 31 Mask 4000h All 96 30 LM Internal Flag 30 Mask 2000h All 96 29 LM Internal Flag 29 Mask 1000h All 96 28 LM Internal Flag 28 Mask 0800h All 96 27 LM Internal Flag 27 Mask...

Page 988: ...658 Free AnalogManager Value 5 All 50196 65 3 4 int16 9662 Free AnalogManager Value 6 All 50197 65 5 6 int16 9666 Free AnalogManager Value 7 All 50198 66 1 2 int16 9670 Free AnalogManager Value 8 All...

Page 989: ...evice number of missing LSx 33 48 Mask FFFFh EG3500XT P1 EG3500XT P2 LSx Device Nr 48 Mask 8000h LSx Device Nr 47 Mask 4000h LSx Device Nr 46 Mask 2000h LSx Device Nr 45 Mask 1000h LSx Device Nr 44 Ma...

Page 990: ...e alarm 15 latched Mask 4000h All 16 14 Free alarm 14 latched Mask 2000h All 16 13 Free alarm 13 latched Mask 1000h All 16 12 Free alarm 12 latched Mask 0800h All 16 11 Free alarm 11 latched Mask 0400...

Page 991: ...or negative reactive energy Mvarh 100 All 50221 73 5 6 int16 Internal 50222 74 1 4 int32 05 70 Active power set point ramped kW 1 All 50224 74 5 6 int16 Internal 50225 75 1 4 int32 05 92 Reactive powe...

Page 992: ...defined by index 3182 Modbus Address 50002 All 50014 int16 249 Generator voltage L2 L3 V format defined by index 3182 Modbus Address 50002 All 50015 int16 250 Generator voltage L3 L1 V format defined...

Page 993: ...tage L3 L1 V format defined by index 3182 Modbus Address 50002 EG3500XT P2 50026 int16 281 Busbar Voltage L1 N V format defined by index 3182 Modbus Address 50002 EG3500XT P2 50027 int16 282 Busbar Vo...

Page 994: ...Mains voltage L2 N V format defined by index 3182 Modbus Address 50002 All 50039 int16 265 Mains voltage L3 N V format defined by index 3182 Modbus Address 50002 All 50040 int16 266 Mains current L1 A...

Page 995: ...7 int16 10112 Analog input 2 configurable All 50058 int16 10115 Analog input 3 configurable All 50059 int16 10117 Analog input 4 configurable EG3500XT P2 50060 int16 10151 Analog input 5 configurable...

Page 996: ...84 External Analog input 15 configurable All 50089 int16 10185 External Analog input 16 configurable All 50090 int16 10245 External Analog Output 1 configurable All 50091 int16 10255 External Analog O...

Page 997: ...ITLIST ControlBits2 03 02 Starter Crank is active Mask 8000h All 03 28 Operating Magnet Gasrelay is active Mask 4000h All 03 04 Preglow or Ignition is active Mask 2000h All 04 11 Mains settling Mask 1...

Page 998: ...30 Power limited prerun Mask 0001h All 50105 uint16 4156 BITLIST ControlBits4 04 16 GGB is closed Mask 8000h EG3500XT P1 EG3500XT P2 04 17 GGB is released Mask 4000h EG3500XT P1 EG3500XT P2 04 24 Syn...

Page 999: ...e Mask 0008h All Parameter set 1 7 selection Bit 3 Mask 0004h Rental Parameter set 1 7 selection Bit 2 Mask 0002h Rental Parameter set 1 7 selection Bit 1 Mask 0001h Rental 50107 uint16 4084 BITLIST C...

Page 1000: ...elay Outputs 2 13 13 Relay Output 13 Mask 8000h EG3500XT P2 13 14 Relay Output 14 Mask 4000h EG3500XT P2 13 15 Relay Output 15 Mask 2000h EG3500XT P2 13 16 Relay Output 16 Mask 1000h EG3500XT P2 13 17...

Page 1001: ...External DO 31 Mask 4000h All 98 30 LM External DO 30 Mask 2000h All 98 29 LM External DO 29 Mask 1000h All 98 28 LM External DO 28 Mask 0800h All 98 27 LM External DO 27 Mask 0400h All 98 26 LM Exte...

Page 1002: ...Phaseangle MNS BUS okay Mask 0004h Marine Phaseangle GEN BUS okay Mask 0002h Marine 03 38 Inhibit cranking Mask 0001h All 50113 int16 Internal Topic Alarm Management Subtopic General 50114 uint16 101...

Page 1003: ...eter Alignment LDSS Mask 0010h All 08 17 Missing members Mask 0008h All 08 48 MCB plausibility Mask 0004h All 05 13 ECU red lamp alarm latched Mask 0002h All 05 14 ECU yellow amber lamp alarm latched...

Page 1004: ...p Mask 0100h All 08 44 Syst update LS5 Mask 0080h EG3500XT P1 EG3500XT P2 08 43 Syst update easYgen Mask 0040h All 06 32 Gen AC Wiring Mask 0020h All 06 33 Busbar1 AC Wiring Mask 0010h EG3500XT P2 08...

Page 1005: ...1 latched Mask 2000h All 05 04 Engine under speed 2 latched Mask 1000h All 05 05 Unintended stop detected latched Mask 0800h All 05 07 Speed detection alarm latched Mask 0400h All 05 06 Shutdown malfu...

Page 1006: ...2 uint16 10136 BITLIST Alarms AI 1 latched unacknowledged Internal Mask 8000h Internal Mask 4000h Internal Mask 2000h Internal Mask 1000h Internal Mask 0800h Internal Mask 0400h Internal Mask 0200h In...

Page 1007: ...0h All 06 06 Generator over voltage 2 latched Mask 0400h All 06 07 Generator under voltage 1 latched Mask 0200h All 06 08 Generator under voltage 2 latched Mask 0100h All 06 09 Generator over current...

Page 1008: ...ismatch Latched Mask 0400h All 06 29 Gen active power mismatch Latched Mask 0200h All 06 30 Generator unloading mismatch Latched Mask 0100h All 06 22 Inverse time over current Latched Mask 0080h All 0...

Page 1009: ...07 10 Mains over voltage 1 latched Mask 0800h All 07 11 Mains over voltage 2 latched Mask 0400h All 07 12 Mains under voltage 1 latched Mask 0200h All 07 13 Mains under voltage 2 latched Mask 0100h A...

Page 1010: ...ched Mask 0080h All 07 16 Mains active power mismatch latched Mask 0040h All 07 28 Mains Time dep Voltage 1 FRT latched Mask 0020h All 07 33 Mains Time dep Voltage 3 FRT latched Mask 0010h All 07 27 M...

Page 1011: ...ynchr wait on excitation 0 1 12 13 internal Mask 0F00h All Reactive load control state 2 Static 3 Isochronous 4 Reactive load control 0 1 5 6 7 8 9 11 internal Mask 00F0h All Real load control state 2...

Page 1012: ...sk 2000h All Discrete input 4 Mask 1000h All Discrete input 5 Mask 0800h All Discrete input 6 Mask 0400h All Discrete input 7 Mask 0200h All Discrete input 8 Mask 0100h All Discrete input 9 Mask 0080h...

Page 1013: ...1 Mask 0400h All External discrete input 10 Mask 0200h All External discrete input 9 Mask 0100h All External discrete input 8 Mask 0080h All External discrete input 7 Mask 0040h All External discrete...

Page 1014: ...xternal discrete input 23 Mask 0040h All External discrete input 22 Mask 0020h All External discrete input 21 Mask 0010h All External discrete input 20 Mask 0008h All External discrete input 19 Mask 0...

Page 1015: ...ernal Mask 0010h Internal Mask 0008h Internal Mask 0004h Internal Mask 0002h Internal Mask 0001h 50146 int16 Internal 50147 int16 Internal 50148 int16 Internal 50149 int16 Internal Subtopic Flexible T...

Page 1016: ...0020h All Flexible limit 5 Mask 0010h All Flexible limit 4 Mask 0008h All Flexible limit 3 Mask 0004h All Flexible limit 2 Mask 0002h All Flexible limit 1 Mask 0001h All 50152 uint16 10280 BITLIST Al...

Page 1017: ...ask 0010h All Flexible limit 20 Mask 0008h All Flexible limit 19 Mask 0004h All Flexible limit 18 Mask 0002h All Flexible limit 17 Mask 0001h All 50154 uint16 10281 BITLIST Alarms Flex Thresholds 33 4...

Page 1018: ...alogue Values Wirebreak 50159 uint16 10137 BITLIST Alarms AI Wire Break latched Internal Mask 0001h 10 01 Analog input 1 wire break Mask 0002h All 10 02 Analog input 2 wire break Mask 0004h All 10 03...

Page 1019: ...1 wire break Mask 0001h All 25 02 Ext analog input 2 wire break Mask 0002h All 25 03 Ext analog input 3 wire break Mask 0004h All 25 04 Ext analog input 4 wire break Mask 0008h All 25 05 Ext analog i...

Page 1020: ...0163 Internal 50164 Internal Subtopic Other Alarms 50165 uint16 10286 BITLIST Other Alarms 1 latched unacknowledged 08 53 LS interface redundancy latched Mask 8000h EG3500XT P1 EG3500XT P2 Internal Ma...

Page 1021: ...ctive load sharing mismatch latched Mask 0001h All 50167 uint16 4085 BITLIST Internal Flags 1 16 96 16 LM Internal Flag 16 Mask 8000h All 96 15 LM Internal Flag 15 Mask 4000h All 96 14 LM Internal Fla...

Page 1022: ...m 16 latched Mask 8000h All 16 15 Free alarm 15 latched Mask 4000h All 16 14 Free alarm 14 latched Mask 2000h All 16 13 Free alarm 13 latched Mask 1000h All 16 12 Free alarm 12 latched Mask 0800h All...

Page 1023: ...nostic Trouble Code DM1 50171 int16 15400 SPN of 1 entry low 16 bits of 19 bits of SPN All 50172 uint16 BITLIST 15401 FMI Mask FF00h All 15402 OC Mask 00FFh All 2 Active Diagnostic Trouble Code DM1 50...

Page 1024: ...nostic Trouble Code DM1 50185 int16 15422 SPN of 8 entry low 16 bits of 19 bits of SPN All 50186 uint16 15423 BITLIST FMI Mask FF00h All 15424 OC Mask 00FFh All 9 Active Diagnostic Trouble Code DM1 50...

Page 1025: ...4000h On Malfunction Lamp Mask 2000h All Off Malfunction Lamp Mask 1000h All Internal Mask 0800h Internal Mask 0400h On Red Stop Lamp Mask 0200h All Off Red Stop Lamp Mask 0100h All Internal Mask 008...

Page 1026: ...rature Mask 1000h All Engine Oil Pressure Mask 0F00h J1939 Message not available Mask 0800h All Sensor fault Mask 0400h All Low Pressure Mask 0200h All NOT Low Pressure Mask 0100h All High Engine Oil...

Page 1027: ...5219 Fuel Filter Differential Pressure SPN95 kPa 1 All 50220 int16 15220 Crankcase Pressure SPN101 kPa 1 All 50221 int16 15221 Turbo Air Inlet Pressure SPN106 kPa 1 All 50222 int16 15222 Air Filter 1...

Page 1028: ...tures SPN1148 C 10 All 50255 int16 15254 Exhaust Gas Port 13 Temperatures SPN1149 C 10 All 50256 int16 15255 Exhaust Gas Port 14 Temperatures SPN1150 C 10 All 50257 int16 15256 Exhaust Gas Port 15 Tem...

Page 1029: ...Temperature SPN 1186 C 10 All 50289 int16 15288 Turbo 4 Turbine Outlet Temperature SPN1187 C 10 All 50290 int16 15289 Engine Aux Coolant Pressure SPN1203 kPa 1 All 50291 int16 15290 Pre filter Oil Pre...

Page 1030: ...EIO activation Volvo EMS2 1 All 50315 int16 15853 Accumulated EIO time Volvo EMS2 h 1 All 50316 int16 15854 Time left EIO operation Volvo EMS2 h 1 All 50317 int16 15695 HC Evaporation Status Scania S8...

Page 1031: ...F 1 Soot load 1 All 50319 int16 12019 SPN 3720 DPF 1 Ash load 1 All 50320 int16 12044 SPN 5466 DPF 1 Soot Load Regeneration Threshold 100 All 50321 int16 SPN 3711 DPF Active Regeneration Inhibited Due...

Page 1032: ...Regeneration Status 0 not active 1 active 2 regeneration needed automatically initiated active regeneration imminent 3 not available Mask 0018h All 15504 SPN 3697 DPF Lamp Command 0 Off 1 On solid 2 r...

Page 1033: ...nent System Lockout 0 not inhibited 1 inhibited 2 reserved for SAE assignment 3 not available Mask 00C0h All SPN 3714 DPF Active Regeneration Inhibited Due to Temporary System Lockout 0 not inhibited...

Page 1034: ...Cleaning Lamp Command 0 Off 1 On solid 2 reserved for SAE assignment 3 reserved for SAE assignment 4 On fast blink 1 HZ 5 reserved for SAE assignment 6 reserved for SAE assignment 7 not available Mask...

Page 1035: ...le 50324 int16 Internal Mask 8000h All SPN 4991 Charger 1 power line state 0 Disconnected 1 Connected 2 Error 3 Not Available Mask 6000h All SPN 4990 Charger 1 state 0 Idling 1 Charging 2 Stand by 3 1...

Page 1036: ...sk 0007h All 50325 int16 15398 DPF Regeneration Countdown Timer Scania S8 min 1 All 50326 int16 15697 HC Evaporation Progress Countdown Timer Scania S8 min 1 All 50327 int16 15846 HC Evaporation Actio...

Page 1037: ...Internal 50362 int16 Internal 50363 int16 Internal 50364 int16 Internal 50365 int16 Internal 50366 int16 Internal 50367 int16 Internal 50368 int16 Internal 50369 int16 Internal Topic Miscellenous 5037...

Page 1038: ...Mask FF00h EG3500XT P1 EG3500XT P2 Number of LS5 currently communicating Mask 00FFh EG3500XT P1 EG3500XT P2 50388 uint16 4098 BITLIST Device number of missing LS 5 33 48 Mask FFFFh EG3500XT P1 EG3500X...

Page 1039: ...le busbar1 generator L1 L2 10 All 50390 int16 184 Phase angle mains busbar1 L1 L2 10 All 50391 int16 4641 Delta voltage busbar1 generator 10 All 50392 int16 4640 Delta frequency busbar1 generator Hz 1...

Page 1040: ...08 Gen voltage L1 L2 V 10 All 50436 int32 109 Gen voltage L2 L3 V 10 All 50438 int32 110 Gen voltage L3 L1 V 10 All 50440 int32 114 Gen voltage L1 N V 10 All 50442 int32 115 Gen voltage L2 N V 10 All...

Page 1041: ...System values 50500 int32 217 Reserve real power in system valid if LDSS is on kW 1 All 50502 int32 218 Real power in system vaild if LDSS is on kW 1 All 50504 int32 219 Nominal real power in system v...

Page 1042: ...EG3500XT P2 50548 int32 270 Reactive power LSx Reactive mains power in own segment var 1 EG3500XT P1 EG3500XT P2 50550 int32 Internal 50552 int32 Internal 50554 int32 Internal 50556 int32 Internal 50...

Page 1043: ...l 0 1 2 uint16 Protocol ID always 5017 Subtopic Generator 0 3 4 uint16 4161 BITLIST Alarms Generator active Gen overfreq 1 Mask 8000h All Gen overfreq 2 Mask 4000h All Gen underfreq 1 Mask 2000h All G...

Page 1044: ...16 4163 BITLIST Alarms Generator 1 active reserved Unbal load 1 Mask 8000h All Unbal load 2 Mask 4000h All Gen Asymmetry Mask 2000h All Ground fault 1 Mask 1000h All Ground fault 2 Mask 0800h All Gen...

Page 1045: ...larm classes latched unacknowledged 01 11 New Alarm triggered Mask 8000h All internal Mask 4000h internal Mask 2000h internal Mask 1000h internal Mask 0800h internal Mask 0400h internal Mask 0200h int...

Page 1046: ...sk 0400h All 07 12 Mains under voltage 1 latched Mask 0200h All 07 13 Mains under voltage 2 latched Mask 0100h All 07 14 Mains Phase shift latched Mask 0080h All 07 25 Mains decoupling latched Mask 00...

Page 1047: ...d Mask 0200h All 07 20 Mains PF leading 2 latched Mask 0100h All 07 15 Mains df dt latched Mask 0080h All 07 16 Mains active power mismatch latched Mask 0040h All 07 28 Mains Time dep Voltage FRT latc...

Page 1048: ...ll 08 06 GCB fail to open latched Mask 0080h All 08 07 MCB fail to close latched Mask 0040h All 08 08 MCB fail to open latched Mask 0020h All 08 10 General CAN J1939 fault latched Mask 0010h All 05 08...

Page 1049: ...ssion alarm Mask 0040h All CANopen error at CAN Interface 2 Mask 0020h All Parameter Alignment Mask 0010h All Missing easYgen Mask 0008h All MCB plausibility Mask 0004h All Red stop lamp DM1 Mask 0002...

Page 1050: ...All 08 28 Missing LSx Mask 1000h EG3500XT P1 EG3500XT P2 05 18 Cylinder temperature level 1 Mask 0800h All 05 19 Cylinder temperature level 2 Mask 0400h All 05 20 Cylinder temperature wire break Mask...

Page 1051: ...6 03 Free alarm 3 latched Mask 1000h All 16 02 Free alarm 2 latched Mask 0800h All 16 01 Free alarm 1 latched Mask 0400h All 05 21 Max starts per time Mask 0200h K36 17 09 Neutral contactor reply mism...

Page 1052: ...15 15 Flexible limit 15 latched Mask 4000h All 15 14 Flexible limit 14 latched Mask 2000h All 15 13 Flexible limit 13 latched Mask 1000h All 15 12 Flexible limit 12 latched Mask 0800h All 15 11 Flexib...

Page 1053: ...imit 31 latched Mask 4000h All 15 30 Flexible limit 30 latched Mask 2000h All 15 29 Flexible limit 29 latched Mask 1000h All 15 28 Flexible limit 28 latched Mask 0800h All 15 27 Flexible limit 27 latc...

Page 1054: ...l Mask 2000h All Internal Mask 1000h All Internal Mask 0800h All Internal Mask 0400h All Internal Mask 0200h All Internal Mask 0100h All 15 40 Flexible limit 40 latched Mask 0080h All 15 39 Flexible l...

Page 1055: ...All 16 11 Free alarm 11 latched Mask 0400h All 16 10 Free alarm 10 latched Mask 0200h All 16 09 Free alarm 9 latched Mask 0100h All 16 08 Free alarm 8 latched Mask 0080h All 16 07 Free alarm 7 latche...

Page 1056: ...ernal Mask 0040h All Internal Mask 0020h All 05 11 Failure Charging Alternator D Mask 0010h All 08 02 Battery over voltage 2 latched Mask 0008h All 08 04 Battery under voltage 2 latched Mask 0004h All...

Page 1057: ...T P2 10 06 Analog input 6 wire break Mask 0040h EG3500XT P2 10 07 Analog input 7 wire break Mask 0080h EG3500XT P2 10 08 Analog input 8 wire break Mask 0100h EG3500XT P2 10 09 Analog input 9 wire brea...

Page 1058: ...9 Discrete input 9 latched Mask 0080h All 09 10 Discrete input 10 latched Mask 0040h All 09 11 Discrete input 11 latched Mask 0020h All 09 12 Discrete input 12 latched Mask 0010h All Internal Mask 000...

Page 1059: ...P2 09 22 Discrete input 22 latched Mask 0040h EG3500XT P2 09 23 Discrete input 23 latched Mask 0020h EG3500XT P2 Internal Mask 0010h Internal Mask 0008h Internal Mask 0004h Internal Mask 0002h Intern...

Page 1060: ...rete input 6 latched Mask 0020h All 12 05 External discrete input 5 latched Mask 0010h All 12 04 External discrete input 4 latched Mask 0008h All 12 03 External discrete input 3 latched Mask 0004h All...

Page 1061: ...010h All 12 20 External discrete input 20 latched Mask 0008h All 12 19 External discrete input 19 latched Mask 0004h All 12 18 External discrete input 18 latched Mask 0002h All 12 17 External discrete...

Page 1062: ...ask 0400h All 25 12 Ext analog input 12 wire break Mask 0800h All 25 13 Ext analog input 13 wire break Mask 1000h All 25 14 Ext analog input 14 wire break Mask 2000h All 25 15 Ext analog input 15 wire...

Page 1063: ...00h All Internal Bit Mask 0080h Internal Bit Mask 0040h Internal Bit Mask 0020h CAN J1939 device 3 timeout Bit Mask 0010h All CAN J1939 device 2 timeout Bit Mask 0008h All CAN J1939 device 1 timeout B...

Page 1064: ...and fire walls Take care for sufficient protection of Ethernet communication Remote control word 1 Object 21F7h Parameter 503 This object is required for remote control The data type is UNSIGNED16 Th...

Page 1065: ...t controls the LogicsManager input command variable 04 14 The remote acknowledge bit must be set and reset twice to acknowledge an alarm completely The first rising edge disables the horn and the seco...

Page 1066: ...Bit 9 1 Bit 8 1 Bit 7 1 Request active power setpoint 2 this bit activates the LogicsManager command variable 04 40 Remote power setpoint 2 and is dedicated for switching from active power setpoint 1...

Page 1067: ...le 04 57 Bit 12 1 ID 544 Remote control bit 13 command variable 04 56 Bit 11 1 ID 545 Remote control bit 12 command variable 04 55 Bit 10 1 ID 546 Remote control bit 11 command variable 04 54 Bit 9 1...

Page 1068: ...o transmit the power factor setpoint for power factor control The data type is INTEGER16 The valid range for this value is 710 to 1000 to 710 Example PF cosphi c0 71 capacitive 710 FD3Ah PF cosphi 1 0...

Page 1069: ...3 Interf kvar sp kvar via the AnalogManager No password is required to write this value This object is required to transmit the reactive power setpoint for the kvar control The data type is signed INT...

Page 1070: ...arameter 5768 MOP Reserve power 5649 MOP Reserve power 2 and LM 120605 MOP Reserve power 2 are not overwritten by this write command The last change either via interface or via the parameter selected...

Page 1071: ...bject is required to receive the state of the external discrete inputs 17 to 32 e g of a Phoenix expansion card The data type is UNSIGNED16 Bit 15 External discrete input 32 DIex32 Bit 14 External dis...

Page 1072: ...rs running CANopen External DO control 1 to 16 Object 3F45h Parameter 8005 This object is required to control the external outputs relays 1 to 16 e g of a Phoenix expansion card The data type is UNSIG...

Page 1073: ...4 Rex24 Bit 6 External discrete output 23 Rex23 Bit 5 External discrete output 22 Rex22 Bit 4 External discrete output 21 Rex21 Bit 3 External discrete output 20 Rex20 Bit 2 External discrete output 1...

Page 1074: ...for other functions Refer to 6 3 15 LDSS with predicted load Analog variable Receive PDO Index 21 01 CAN1 RPDO1 1 RPDO1 Word1 signed short 3371 21 02 CAN1 RPDO1 2 RPDO1 Word2 signed short 3372 21 03...

Page 1075: ...2 04 CAN1 RPDO1 1 4 32 05 CAN1 RPDO1 1 5 32 06 CAN1 RPDO1 1 6 32 07 CAN1 RPDO1 1 7 32 08 CAN1 RPDO1 1 8 32 09 CAN1 RPDO1 1 9 32 10 CAN1 RPDO1 1 10 32 11 CAN1 RPDO1 1 11 32 12 CAN1 RPDO1 1 12 32 13 CAN...

Page 1076: ...34 15 CAN1 RPDO3 1 15 34 16 CAN1 RPDO3 1 16 35 01 CAN1 RPDO4 1 1 3383 35 02 CAN1 RPDO4 1 2 35 03 CAN1 RPDO4 1 3 35 04 CAN1 RPDO4 1 4 35 05 CAN1 RPDO4 1 5 35 06 CAN1 RPDO4 1 6 35 07 CAN1 RPDO4 1 7 35...

Page 1077: ...LogicsManager Command Variables Fig 352 Naming of the Command Variables The figure below shows an example of how CAN 1 RPDOs can be configured for interconnectivity The 4 data words received at COB I...

Page 1078: ...RPDO1 1 1 Group 32 32 16 CAN1 RPDO1 1 16 33 01 CAN1 RPDO2 1 1 Group 33 33 16 CAN1 RPDO2 1 16 36 01 CAN1 RPDO5 1 1 Group 36 36 16 CAN1 RPDO5 1 16 32 02 CAN1 RPDO1 1 2 32 03 CAN1 RPDO1 1 3 32 04 CAN1 R...

Page 1079: ...document shows usually in the column Parameter ID the identifier for a single use Please check the type Usually it is a signed INT16 Short variable but depending on the function it can also be a sign...

Page 1080: ...of parameter is only accepted if the correct code level was passed for the according interface channel Fig 356 ToolKit page with configuration data The access on AnalogManager variables is provided as...

Page 1081: ...that it requires the closing of a discrete input or a preset time of day Depending on the application mode of the unit the number of available relays that may be programmed with the LogicsManager wil...

Page 1082: ...gical true or false if the command is not needed Setting the sign to the NOT state changes the output of the command variable from true to false or vice versa Operator A logical device such as AND or...

Page 1083: ...Programming example ToolKit Relay R2 shall energize whenever Discrete input DI 02 is energized AND the control does NOT have a fault that is Alarm class C AND does NOT have a fault that is Alarm clas...

Page 1084: ...es TRUE as long as at least one alarm of the alarm classes A B C D E F is active or latched 01 08 Warning alarm TRUE as long as at least one alarm of the alarm classes A B is active or latched 01 09 S...

Page 1085: ...erating range This command variable is derived from the easYgen mains measuremend not from the LS5 02 11 Mains volt freq ok TRUE as long as the mains voltage and frequency are within the operating ran...

Page 1086: ...ck gen busb Synchronize Check Relay Generator Busbar ANSI 25 TRUE if all of the following ranges matches voltage frequency phase angle acceleration range lead angle 02 32 Sync Check mns busb Synchroni...

Page 1087: ...on of the Generator Stable Time until the fuel relay is de energized Breaker actions are not permitted anymore 03 13 Blinking lamp ECU TRUE as soon as the ECU activates the diagnosis light only for Sc...

Page 1088: ...l cont TRUE if neutral contactor close command is active 03 40 Remote Shutdown TRUE if remote shutdown ID 503 Bit 9 is acitve 03 41 Aux excit 12V act TRUE if auxilliary excitation D 12 V is active 03...

Page 1089: ...ity State of 15858 SCR inducement reason Incorrect reagent quality 03 84 SCR Absence dosing State of 15858 SCR inducement reason Absence of reagent dosing 03 85 SCR Tampering State of 15858 SCR induce...

Page 1090: ...hron GCB active TRUE if the GCB shall be synchronized 04 19 Opening GCB relay act TRUE if the GCB open relay is energized 04 20 Closing GCB active TRUE if the GCB close relay is energized 04 21 Syn MC...

Page 1091: ...bit 6 is activated Control word 505 04 50 RemoteControl Bit 7 TRUE if remote control bit 7 is activated Control word 505 04 51 RemoteControl Bit 8 TRUE if remote control bit 8 is activated Control wo...

Page 1092: ...ited to 0 of rated 04 75 PV load ref 30 TRUE if the PV inverter shall be limited to 30 of rated 04 76 PV load ref 60 TRUE if the PV inverter shall be limited to 60 of rated 04 77 PV load ref 100 TRUE...

Page 1093: ...tor under voltage threshold 2 06 09 Gen overcurrent 1 Generator over current threshold 1 06 10 Gen overcurrent 2 Generator over current threshold 2 06 11 Gen overcurrent 3 Generator over current thres...

Page 1094: ...ns over frequency threshold 2 07 08 Mains underfreq 1 Mains under frequency threshold 1 07 09 Mains underfreq 2 Mains under frequency threshold 2 07 10 Mains overvoltage 1 Mains over voltage threshold...

Page 1095: ...08 03 Bat undervoltage 1 Battery under voltage threshold 1 08 04 Bat undervoltage 2 Battery under voltage threshold 2 08 05 GCB fail to close GCB close not successful 08 06 GCB fail to open GCB open n...

Page 1096: ...broadcast storm 08 70 CAN EthA redundancy Load share interface redundancy CAN1 Ethernet A lost 08 71 PV disconnect PV disconnect level under run 08 72 Modbus dev 1 timeout Modbus Master communication...

Page 1097: ...11 04 Active day TRUE if configured day in month is active 11 05 Active hour TRUE if configured hour is active 11 06 Active minute TRUE if configured minute is active 11 07 Active second TRUE if conf...

Page 1098: ...discrete input 17 12 18 External DI 18 External discrete input 18 12 19 External DI 19 External discrete input 19 12 20 External DI 20 External discrete input 20 12 21 External DI 21 External discrete...

Page 1099: ...14 06 SCR Inducement level4 14 07 SCR Inducement level5 14 08 SCR Inducem override Temporary Override of Inducement 14 09 SCR Dormant Dormant sleep mode 14 09 14 18 SPN 4332 Aftertreatment 1 SCR Syst...

Page 1100: ...s 14 33 HC run engine warm State of ID 15696 HC Evaporation Required Action HC run engine warm 14 34 HC increased idle State of ID 15696 HC Evaporation Required Action Increased idle and heavy exhaust...

Page 1101: ...9 Flexible limit 29 15 30 Flexible limit 30 15 31 Flexible limit 31 15 32 Flexible limit 32 15 33 Flexible limit 33 15 34 Flexible limit 34 15 35 Flexible limit 35 15 36 Flexible limit 36 15 37 Flexib...

Page 1102: ...ember 4105 17 06 Para alignment 4105 Parameter alignment VDE 4105 17 07 Meas difference 4105 Meas difference VDE 4105 17 08 Decoupling GCB MCB Tripping according to parameter 3110 17 09 N cont reply m...

Page 1103: ...2 08 CAN1 RPDO1 1 8 CAN1 RPDO1 Word1 Bit8 32 09 CAN1 RPDO1 1 9 CAN1 RPDO1 Word1 Bit9 32 10 CAN1 RPDO1 1 10 CAN1 RPDO1 Word1 Bit10 32 11 CAN1 RPDO1 1 11 CAN1 RPDO1 Word1 Bit11 32 12 CAN1 RPDO1 1 12 CAN...

Page 1104: ...1 RPDO3 Word1 Bit2 34 03 CAN1 RPDO3 1 3 CAN1 RPDO3 Word1 Bit3 34 04 CAN1 RPDO3 1 4 CAN1 RPDO3 Word1 Bit4 34 05 CAN1 RPDO3 1 5 CAN1 RPDO3 Word1 Bit5 34 06 CAN1 RPDO3 1 6 CAN1 RPDO3 Word1 Bit6 34 07 CAN...

Page 1105: ...3 2 23 Group 36 CAN1 Receive PDO5 Bits of CAN RPDO5 WORD 1 ID 3387 HMI Text Note 36 01 CAN1 RPDO5 1 1 CAN1 RPDO5 Word1 Bit1 36 02 CAN1 RPDO5 1 2 CAN1 RPDO5 Word1 Bit2 36 03 CAN1 RPDO5 1 3 CAN1 RPDO5...

Page 1106: ...g 16 54 17 Mapped LM flag 17 Modbus Master mapped flag 17 54 18 Mapped LM flag 18 Modbus Master mapped flag 18 54 19 Mapped LM flag 19 Modbus Master mapped flag 19 54 20 Mapped LM flag 20 Modbus Maste...

Page 1107: ...flag 53 54 54 Mapped LM flag 54 Modbus Master mapped flag 54 54 55 Mapped LM flag 55 Modbus Master mapped flag 55 54 56 Mapped LM flag 56 Modbus Master mapped flag 56 54 57 Mapped LM flag 57 Modbus Ma...

Page 1108: ...4 91 Mapped LM flag 91 Modbus Master mapped flag 91 54 92 Mapped LM flag 92 Modbus Master mapped flag 92 54 93 Mapped LM flag 93 Modbus Master mapped flag 93 54 94 Mapped LM flag 94 Modbus Master mapp...

Page 1109: ...AM Engine speed 81 25 AM Engine oil press AM Engine oil pressure 81 26 AM Engine hours AM Engine hours 81 27 AM Engine fuel level AM Engine fuel level 81 28 AM Engine batt volt AM Engine battery volta...

Page 1110: ...limit 24 AM Monitored flexible limit 24 82 25 AM Flexible limit 25 AM Monitored flexible limit 25 82 26 AM Flexible limit 26 AM Monitored flexible limit 26 82 27 AM Flexible limit 27 AM Monitored fle...

Page 1111: ...active 86 27 LM Ext mns decoupl LM Mains failure by external device is requested 86 28 LM Critical mode LM Critical mode is requested 86 29 LM Operat mode TEST LM External Set mode Test 86 30 LM Lock...

Page 1112: ...de 2 LM Breaker Transition Mode Alternative 2 86 95 LM Enable GCB LM Enable GCB 86 96 LM Release f control LM Release Frequency control 86 97 LM Release V control LM Release Voltage control 86 98 LM P...

Page 1113: ...V load regulation 9 3 2 29 Group 88 LM Results 3 TRUE if the result of the corresponding LogicsManager equation is true HMI Text Note 88 01 LM Free alarm 1 LM Free alarm 1 active 88 02 LM Free alarm 2...

Page 1114: ...AM Cust screen 2 3 AM Customer screen 2 row 3 90 54 AM Cust screen 2 4 AM Customer screen 2 row 4 90 55 AM Cust screen 2 5 AM Customer screen 2 row 5 90 56 AM Cust screen 2 6 AM Customer screen 2 row...

Page 1115: ...Internal flags 1 TRUE if the result of the corresponding LogicsManager equation is true HMI Text Note 96 01 LM Flag 1 LM Internal flag 1 96 02 LM Flag 2 LM Internal flag 2 96 03 LM Flag 3 LM Internal...

Page 1116: ...96 32 LM Flag 32 LM Internal flag 32 9 3 2 34 Group 98 LM External DOs 1 TRUE if the result of the corresponding LogicsManager equation is true HMI Text Note 98 01 LM External DO 1 98 02 LM External D...

Page 1117: ...te 99 01 LM Ready for op OFF LM Relay 1 ready for operation This flag has negative logic if the LM flag is true the relay is not energized 99 02 LM Relay 2 99 03 LM Relay 3 99 04 LM Relay 4 99 05 LM R...

Page 1118: ...5 6 AND OR NAND NOR NXOR XOR AND OR NAND NOR NXOR XOR x1 x2 y x1 x2 y x1 x2 y x1 x2 y x1 x2 y x1 x2 y 0 0 0 0 0 0 0 0 1 0 0 1 0 0 1 0 0 0 0 1 0 0 1 1 0 1 1 0 1 0 0 1 0 0 1 1 1 0 0 1 0 1 1 0 1 1 0 0 1...

Page 1119: ...03 LM Flag 3 Internal flag 3 10702 96 04 LM Flag 4 Internal flag 4 10703 96 05 LM Flag 5 Internal flag 5 10704 96 06 LM Flag 6 Internal flag 6 10705 96 07 LM Flag 7 Internal flag 7 10706 96 08 LM Flag...

Page 1120: ...10709 86 11 LM Inhibit emerg run Blocking or interruption of an emergency power operating in AUTOMATIC operating mode parameter 12200 10710 86 12 LM Undelay close GCB Immediately closing of the GCB af...

Page 1121: ...8 LM Critical mode Activation of critical mode operation parameter 12220 11607 86 29 LM Operat mode TEST Activation of the TEST operating mode parameter 12271 12272 86 30 LM Lock keypad 1 Activation o...

Page 1122: ...ter 12919 11911 86 83 LM Setp 2 voltage Activates the voltage setpoint 2 parameter 12920 11912 86 84 LM Setp 2 pwr factor Activates the power factor setpoint 2 parameter 12921 11913 86 85 LM Enable MC...

Page 1123: ...ID1 control parameter 5580 11406 87 18 LM PID2 ctrl release Release PID2 control parameter 5593 11407 87 19 LM PID3 ctrl release Release PID3 control parameter 5679 11408 Reserved Reserved Reserved Re...

Page 1124: ...60 87 72 LM Disable mns mon Disables mains monitoring parameter 15159 11461 87 73 LM Mains decoupl MCB Enables mains decoupling via MCB parameter 15160 11462 87 74 LM Inh dead bus GCB Inhibit dead bus...

Page 1125: ...Free alarm 15 Select source of free alarm 15 parameter 8182 11564 88 16 LM Free alarm 16 Select source of free alarm 16 parameter 8186 11565 Priority hierarchy of the logical outputs The following tab...

Page 1126: ...tput 4 will be activated 11873 99 05 LM Relay 5 If this logical output becomes true the relay output 5 will be activated 11874 99 06 LM Relay 6 If this logical output becomes true the relay output 6 w...

Page 1127: ...on ID External DO 1 If this logical output becomes true the external relay output 1 will be activated 11892 External DO 2 If this logical output becomes true the external relay output 2 will be activa...

Page 1128: ...tput becomes true the external relay output 20 will be activated 11393 External DO 21 If this logical output becomes true the external relay output 21 will be activated 11394 External DO 22 If this lo...

Page 1129: ...sManager Command close GCB R 07 51 52 LogicsManager Command open GCB R 08 53 54 LogicsManager Command close MCB R 09 55 56 LogicsManager Command open MCB R 10 57 60 LogicsManager pre assigned with Aux...

Page 1130: ...1 LM FALSE And True And True 8928 Release PV regulation False And True And True 11978 2nd load control setpoint ramp False And 02 02 LM TRUE And 02 02 LM TRUE 11986 LS interface Ethernet A 02 01 LM FA...

Page 1131: ...etp 4 load False And True And True 12270 Flag 5 02 01 LM FALSE And True And True 12271 Operat mode TEST False And True And True 12280 Flag 6 02 01 LM FALSE And True And True 12290 Flag 7 02 01 LM FALS...

Page 1132: ...And True And True 12490 Ext acknowledge 09 05 Discrete input 5 And True Or 04 14 Remote acknowledge 12510 Operat mode AUTO False And True And True 12520 Operat mode MAN False And True And True 12530 O...

Page 1133: ...Setp 2 voltage False And True And True 12921 Setp 2 pwr factor False And True And True 12922 Ext mns decoupl False And True And True 12923 Enable MCB 09 06 Discrete input 6 And Not 08 07 MCB fail to...

Page 1134: ...89 Speed detection 02 36 Speed electr Or 02 37 Speed rpm And True 12990 2nd Frequency PID False And True And True 12998 Setp 3 load False And True And True 12999 Release eng mon 02 34 Firing speed ele...

Page 1135: ...rgizes if the internal condition Horn is TRUE 99 03 Relay 3 R03 Starter freely configurable dependent on Logics Command Variable 03 02 Relay energizes if the internal condition Starter is TRUE 99 04 R...

Page 1136: ...9 Relay 9 R09 Mains decoupling freely configurable Command open MCB dependent on application mode and Logics Command Variable 07 25 In application mode A01 A02 A03 A05 A07 A08 A09 A10 and A11 to A13 p...

Page 1137: ...is connected Prepared for Deactivated by default 98 xx External discrete output y Free external expansion card if connected xx 01 to 16 y 17 to 32 FALSE Control of the external relay y if this is conn...

Page 1138: ...umber and a sub number Some values are percentage values and relate to reference values AnalogManager Variables Groups 1 to 79 make available even more than the already arranged analog variables out o...

Page 1139: ...N 01 05 Gen volt L L Generator voltage delta average 01 06 Gen volt L1 L2 Generator voltage L1 L2 01 07 Gen volt L2 L3 Generator voltage L2 L3 01 08 Gen volt L3 L1 Generator voltage L3 L1 01 09 Gen f...

Page 1140: ...volt L2 N V Generator voltage L2 N 01 54 Gen volt L3 N V Generator voltage L3 N 01 55 Gen volt L L V Generator voltage delta average 01 56 Gen volt L1 L2 V Generator voltage L1 L2 01 57 Gen volt L2 L...

Page 1141: ...nerator apparent power L3 N 01 86 Number of pole slips Actual number of pole slip events for the analog manager 9 4 2 2 Group 02 Mains values The percentage value is related on the following values ma...

Page 1142: ...26 Mns act pwr L2 Mains power 2 N 02 27 Mns act pwr L3 Mains power 3 N 02 28 Mns react pwr Total mains reactive power 02 29 Mns react pwr L1 Mains reactive power 1 N 02 30 Mns react pwr L2 Mains react...

Page 1143: ...ctor 3 02 74 Mains act power W Total mains active power 02 75 Mns act pwr L1 W Mains active power 1 N 02 76 Mns act pwr L2 W Mains active power 2 N 02 77 Mns act pwr L3 W Mains active power 3 N 02 78...

Page 1144: ...usbar 1 Phase L1 9 4 2 4 Group 05 Controller setpoints The percentage value is related on the following values generator rated voltage system rated frequency generator rated current power factor 1 gen...

Page 1145: ...er setpoint 3 05 31 Int kvar setp1 Internal kvar setpoint 1 05 32 Int kvar setp2 Internal kvar setpoint 2 05 33 Interf kvar sp Interface kvar setpoint 05 34 Internal P setp4 Internal power setpoint 4...

Page 1146: ...1 setpoint Internal PID 1 setpoint 05 76 Int PID2 setpoint Internal PID 2 setpoint 05 77 Int PID3 setpoint Internal PID 3 setpoint 05 80 Internal P setp3 kW Internal power setpoint 3 05 81 Int kvar se...

Page 1147: ...Pressure 109 Coolant Pressure 07 15 110 Eng Coolant Temp 110 Engine Coolant Temperature 07 16 111 Coolant Level 111 Coolant Level 07 17 127 Transm Oil Press 127 Transmission Oil Pressure 07 18 157 Inj...

Page 1148: ...Port 9 Temperature 07 51 1146 Exh Gas P 10 T 1146 Exhaust Gas Port 10 Temperature 07 52 1147 Exh Gas P 11 T 1147 Exhaust Gas Port 11 Temperature 07 53 1148 Exh Gas P 12 T 1148 Exhaust Gas Port 12 Temp...

Page 1149: ...1185 Turbo2 Outl Temp 1185 Turbocharger 2 Outlet Temperature 07 87 1186 Turbo3 Outl Temp 1186 Turbocharger 3 Outlet Temperature 07 88 1187 Turbo4 Outl Temp 1187 Turbocharger 4 Outlet Temperature 07 89...

Page 1150: ...Exhaust Gas Temperature average Bank 2 09 06 ECU seq A_OUT_1 ECU sequencer analog output 1 09 07 ECU seq A_OUT_2 ECU sequencer analog output 2 09 08 1761 Aft1Exh Tank1Lev 1761 Aftertreatment 1 Diesel...

Page 1151: ...erator Excitation Field Voltage 09 31 3381 Excitation curr SPN 3381 Generator Excitation Field Current 09 32 3216 At1 Intake NOx SPN 3216 Aftertreatment 1 Intake NOx ppm 09 33 3226 At1 Outlet NOx SPN...

Page 1152: ...65 React power LSx var Reactive power LSx Reactive mains power in own segment 10 66 Syst react pwr var Total reactive power in system var 10 70 LSx freq L L Hz LSx frequency L L Mains frequency of the...

Page 1153: ...s Cooldown time 11 60 Preglow time s Preglow time 11 61 Eng monit delay s Engine monitoring delay time 11 62 Auxil serv prerun s Auxiliary services prerun time 11 63 Auxil serv postr s Auxiliary serv...

Page 1154: ...ext Note 21 01 CAN1 RPDO1 1 CAN1 RPDO1 1 value index 3371 signed short 21 02 CAN1 RPDO1 2 CAN1 RPDO1 2 value index 3372 signed short 21 03 CAN1 RPDO1 3 CAN1 RPDO1 3 value index 3373 signed short 21 04...

Page 1155: ...ndex 588 signed short 24 03 Free analog value 3 Free analog value 3 value index 589 signed short 24 04 Free analog value 4 Free analog value 4 value index 590 signed short 24 05 Free analog value 5 Fr...

Page 1156: ...alue 29 54 30 Mapped AM value 30 54 31 Mapped AM value 31 54 32 Mapped AM value 32 54 33 Mapped AM value 33 54 34 Mapped AM value 34 54 35 Mapped AM value 35 54 36 Mapped AM value 36 54 37 Mapped AM v...

Page 1157: ...alue 67 54 68 Mapped AM value 68 54 69 Mapped AM value 69 54 70 Mapped AM value 70 54 71 Mapped AM value 71 54 72 Mapped AM value 72 54 73 Mapped AM value 73 54 74 Mapped AM value 74 54 75 Mapped AM v...

Page 1158: ...er SP3 kW Active power setpoint 3 source kW 81 08 AM ActPower SP4 kW Active power setpoint 4 source kW 81 09 AM Voltage SP1 V Voltage setpoint 1 source V 81 10 AM Voltage SP2 V Voltage setpoint 2 sour...

Page 1159: ...rce Flexible Limit 4 data source 82 05 AM FlexLim 5 source Flexible Limit 5 data source 82 06 AM FlexLim 6 source Flexible Limit 6 data source 82 07 AM FlexLim 7 source Flexible Limit 7 data source 82...

Page 1160: ...38 source Flexible Limit 38 data source 82 39 AM FlexLim 39 source Flexible Limit 39 data source 82 40 AM FlexLim 40 source Flexible Limit 40 data source 9 4 2 19 Group 90 Internal Values 0 Analog ou...

Page 1161: ...M Internal value 10 Internal value 10 91 11 AM Internal value 11 Internal value 11 91 12 AM Internal value 12 Internal value 12 91 13 AM Internal value 13 Internal value 13 91 14 AM Internal value 14...

Page 1162: ...Unary1 Operators Unary2 5519 AM Frequency SP2 Hz Analog1 A1 05 52 Internal f setp2 Hz Analog2 A2 10 01 ZERO Constant1 C1 0 Function Type Type Pass through Logic1 L1 02 01 LM FALSE Logic2 L2 02 01 LM...

Page 1163: ...rnal P setp2 kW Analog2 A2 10 01 ZERO Constant1 C1 0 Function Type Type Pass through Logic1 L1 02 01 LM FALSE Logic2 L2 02 01 LM FALSE Operators Operators Unary1 Operators Unary2 5606 AM ActPower SP3...

Page 1164: ...1 C1 0 Function Type Type Pass through Logic1 L1 02 01 LM FALSE Logic2 L2 02 01 LM FALSE Operators Operators Unary1 Operators Unary2 5639 AM PF kvar SP2 kvar Analog1 A1 05 11 Intern PF setp2 Analog2 A...

Page 1165: ...s through Logic1 L1 02 01 LM FALSE Logic2 L2 02 01 LM FALSE Operators Operators Unary1 Operators Unary2 5577 AM PID1 setpoint Analog1 A1 05 75 Int PID1 setpoint Analog2 A2 10 01 ZERO Constant1 C1 0 Fu...

Page 1166: ...E Operators Operators Unary1 Operators Unary2 5676 AM PID3 setpoint Analog1 A1 05 77 Int PID3 setpoint Analog2 A2 10 01 ZERO Constant1 C1 0 Function Type Type Pass through Logic1 L1 02 01 LM FALSE Log...

Page 1167: ...2 Analog1 A1 11 02 Voltage bias Analog2 A2 10 01 ZERO Constant1 C1 0 Function Type Type Pass through Logic1 L1 02 01 LM FALSE Logic2 L2 02 01 LM FALSE Operators Operators Unary1 Operators Unary2 10237...

Page 1168: ...alog2 A2 10 01 ZERO Constant1 C1 0 Function Type Type Pass through Logic1 L1 02 01 LM FALSE Logic2 L2 02 01 LM FALSE Operators Operators Unary1 Operators Unary2 15162 AM ECU seq A_IN_1 Analog1 A1 10 0...

Page 1169: ...1 A1 10 01 ZERO Analog2 A2 10 01 ZERO Constant1 C1 0 Function Type Type Pass through Logic1 L1 02 01 LM FALSE Logic2 L2 02 01 LM FALSE Operators Operators Unary1 Operators Unary2 5780 AM Ext mains act...

Page 1170: ...02 01 LM FALSE Operators Operators Unary1 Operators Unary2 7690 7695 7700 7705 7710 7715 7720 7725 7730 7735 7740 7745 7750 7755 7760 7765 7770 7775 AM Customer screen 1 1 AM Customer screen 1 2 AM C...

Page 1171: ...ators Unary2 8895 AM Engine hours Analog1 A1 11 55 Eng oper hours h Analog2 A2 10 02 ONE Constant1 C1 0 Function Type Type Pass through Logic1 L1 02 01 LM FALSE Logic2 L2 02 01 LM FALSE Operators Oper...

Page 1172: ...tant1 C1 0 001 Function Type Type Multiply type C Logic1 L1 02 01 LM FALSE Logic2 L2 02 01 LM FALSE Operators Operators Unary1 Operators Unary2 Table 137 Factory settings AnalogManager 9 5 Status Even...

Page 1173: ...ion is active After the engine has stopped auxiliary operations are enabled These operations ensure that required equipment which is necessary for the operation of the engine continues to run i e elec...

Page 1174: ...cy power operation conditions no longer exist If the mains return the mains settling timer becomes active first Run up Synchron 13271 Run up Synchronization The run up synchronization mode is active D...

Page 1175: ...chronization MCB 13260 The MCB will be synchronized The control tries to synchronize the MCB Mains settling 13205 Mains settling time is active When the control unit detects that the mains fault is no...

Page 1176: ...refer to 5 Operation Resetting event history Make sure to have set the appropriate code level to reset the event history If you have not entered the correct password for the required code level the pa...

Page 1177: ...MCB 14720 Control commands MCB open Close command MCB 14721 Control commands MCB close Start Gas 14734 Operating Magnet Diesel or Gas valve gas application activated y textvar name LgaStartStop is TRU...

Page 1178: ...es Yes Soft unloading Immediately Yes Shutdown Alarm With this alarm the GCB is opened immediately and the engine is stopped Alarm text flashing LED Alarm Relay centralized alarm horn GCB open Engine...

Page 1179: ...5 1 J1939 alarms Message text ID Meaning J1939 13708 Most J1939 standard visualization values can trigger a dedicated alarm For a list refer to chapter 7 5 J1939 Protocol 9 5 5 2 No alarm Message tex...

Page 1180: ...eded the limit value 3 for the generator overcurrent Inv time overcurr 4038 Generator inverse time overcurrent The generator current has exceeded the limit based on the inverse time overcurrent settin...

Page 1181: ...otating field mismatch The generator rotating field does not correspond with the configured direction Gen PF lagging 1 2337 Generator overexcited limit value 1 The power factor limit 1 has been exceed...

Page 1182: ...Mains overvoltage 2 2963 Mains overvoltage limit value 2 The mains voltage has exceeded the limit value 2 for mains overvoltage Mains undervoltage 1 3012 Mains undervoltage limit value 1 The mains vol...

Page 1183: ...s inductive Mains PF leading 1 3035 Mains power factor leading exceeded limit value 1 The power factor limit 1 has fallen below at the mains interchange point towards capacitive Mains PF leading 2 303...

Page 1184: ...the generator frequency ascertained by the generator voltage measurement and the engine speed measured by the MPU has exceeded the configured limit Eng stop malfunct 2504 Engine cannot be stopped The...

Page 1185: ...ing speed is reached AND GCB is open AND Generator is not okay AND Idle monitoring is expired Oper range failed 2 2666 Check 2 The easYgen wants close the GCB but the busbar is not within the generato...

Page 1186: ...active Oper range failed 7 2671 Check 7 The easYgen wants close the GGB in the Open Transition Mode but the generator minimum power is not reached GGB shall be closed in breaker mode open transition A...

Page 1187: ...ion time exceeded The easYgen has failed to synchronize the MCB within the configured synchronization time MCB failure 50BF 10670 MCB failure 50BF There is a mains current measured even the MCB reply...

Page 1188: ...ng lamp signal There is a warning failure detected in the ECU J1939 Emission lamp 10663 J1939 Emission lamp ECU has an Emission Malfunction alarm J1939 Protect lamp 10662 J1939 Protect lamp ECU has a...

Page 1189: ...stic screen of the layer 1 9 5 5 13 Flexible Limits Monitoring Message text ID Meaning 40 flexible limits This text may be assigned customer defined The Indication here is the default text Flexible li...

Page 1190: ...14 Digital Inputs Monitoring Message text ID Meaning Discrete input 1 12 energized de energized The actual state of the monitored discrete input is energized de energized depending on the configuratio...

Page 1191: ...16366 Ext Discrete input 7 16367 Ext Discrete input 8 16368 Ext Discrete input 9 16369 Ext Discrete input 10 16370 Ext Discrete input 11 16371 Ext Discrete input 12 16372 Ext Discrete input 13 16373...

Page 1192: ...he default text Wb Analog input 1 10014 Wb Analog input 2 10015 Wb Analog input 3 10060 Wb External Analog input 1 10221 Wb External Analog input 2 10222 Wb External Analog input 3 10223 Wb External A...

Page 1193: ...us Monitoring Message text ID Meaning Bat overvoltage 1 10007 Battery overvoltage limit value 1 The battery voltage has exceeded the limit value 1 for battery overvoltage Bat overvoltage 2 10008 Batte...

Page 1194: ...799 A CPU overload has occured With the CPU overload the self test relais R1 was tripped Meas difference 4105 5141 Measurement difference 4105 The own 4105 relevant mains measurement is different to t...

Page 1195: ...rallel operation LDSS mode Reserve Power Task Formula Islanded Operation Changing the Engine Combination to Increase Rated Power PGNreal active Preserve islanded Prated active Changing the Engine Comb...

Page 1196: ...d PGN real active Pmin load parallel Stopping the Last Engine Combination load close to minimum load PMN setpoint PMN real PGN real active PMOPminimum Physteresis MOP LDSS dynamic Dynamic characterist...

Page 1197: ...Dead bus closure DI Discrete Input DO Discrete Relay Output DEF Diesel exhaust fluid DPF Diesel Particulate Filter ECU Engine Control Unit EG Name of device easYgen EIO Emergency inducement override E...

Page 1198: ...relays not preferred for new design MOP Mains Operation in Parallel MPU Magnetic Pickup Unit MS Mobile systems N C Normally Closed break contact N O Normally Open make contact NC Neutral Contactor NOx...

Page 1199: ...CAN S N Serial Number SNTP Simple Network Time Protocol SP Setpoint SPN Suspect Parameter Number J1939 V Voltage va Unit of apparent power S Often also as kva var Unit of reactive power Q Often also a...

Page 1200: ...CAN J1939 Interface 561 Monitoring 558 560 Contact person 40 Critical Mode 386 Cust Buttons customize 53 Customer Service 40 D Data Identifiers 1079 Droop 338 E Engine Overspeed 468 Shutdown Malfunct...

Page 1201: ...on 277 Synchronization 542 GCB 50BF 541 Generator Ground Fault 459 Inverse Time Overcurrent 435 Lagging Power Factor 455 Overfrequency 429 Overvoltage 422 Phase Rotation 464 Pole Slip Monitoring 466 R...

Page 1202: ...ad Control 350 Load Dependent Start Stop 393 Load Share Control 328 Localization Tool for customized language 169 M MCB 543 Application 285 MOP 410 Mains Blocking protection 486 Change Of Frequency 52...

Page 1203: ...Parallel Operation 410 Measurement Parameters 585 Modbus Master 820 Modbus Protocol 602 Telegram Mapper 818 O Operating Range Failure 581 P PID Control 375 PV Photovoltaic Configuration 371 Monitorin...

Page 1204: ...8 System Update 694 Diagnostic Screens 696 Monitoring 580 T Temperature Cylinder Temperature 477 Toolkit 162 U Use 45 V VDE AR N 4105 494 Voltage Control 296 W Warranty 40 1204 easYgen 3000XT Series B...

Page 1205: ...Woodward GmbH Handwerkstra e 29 70565 Stuttgart Germany Phone Fax stgt info woodward com 49 0 711 789 54 510 49 0 711 789 54 101 Released...

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