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EMKO EAOM-210 FLJ User Manual Download Page 101

 
 

 

EAOM-210 FLJ.eng / ver 0.0 

Pages 101 / 132 

Power & Energy:

 

 

 

 
In this window the values listed below can be observed: 

Generator active power P1 (kW) 
Generator active power P2 (kW) 
Generator active power P3 (kW) 
Generator total active power (kW) 
Generator active energy (kWh) 
Generator power factor PF1 
Generator power factor PF2 
Generator power factor PF3 
Generator reactive power Q1 (kVAr) 
Generator reactive power Q2 (kVAr) 
Generator reactive power Q3 (kVAr) 
Generator total reactive power (kVAr) 
Generator reactive energy (kVArh) 
Generator apparent power S1 (kVA) 
Generator apparent power S2 (kVA) 
Generator apparent power S3 (kVA) 
Generator total apparent power (kVA) 

 
 
 
 
 

Summary of Contents for EAOM-210 FLJ

Page 1: ...J eng ver 0 0 Pages 1 132 EAOM 210 FLJ AUTOMATIC TRANSFER SWITCHING UNIT FOR DIESEL GAS GENERATORS WITH J1939 FOR ECUs User Manual EMKO ELEKTRONIK A S Demirtas Org San Bolg Karanfil Sk No 6 TR 16369 B...

Page 2: ...5 Programmable function definitions 35 3 6 Pc Interface 94 3 6 1 Technical Specifications 94 3 6 2 RS 232 Serial Interface Programming The Device Over PC or Modem 94 3 6 2 1 Cable Connection Between R...

Page 3: ...ual Start 124 5 4 Manual Stop 124 5 5 Auto Operation 124 5 6 Test Operation 125 5 6 1 Exercise Function 125 Section 6 Fault Finding 126 6 1 General 126 6 2 Error Messages 126 Table 6 1 Fault finding 1...

Page 4: ...unit enables continuous communication with build in ethernet and dial up modem facility EAOM 210FLJ PC software offers remote control visualisation and maintenance management multiple Gen Sets from a...

Page 5: ...AOM 210 FLJ features a 128x64 Dot matrix LCD display including Mains volts L1 N L2 N L3 N Mains volts L1 L2 L2 L3 L3 L1 Mains phase phase average volt Mains phase neutral average volt Mains Hz Generat...

Page 6: ...sport via J1939 Error messages if available Event Logs Working modes Program parameters The unit is extensively programmable through the front panel with password protection on two levels Operational...

Page 7: ...Unit Configuration The unit can be programmed using the buttons and display on the front panel or EAOM 210 FLJ software Refer to Section 3 Definition Of Front Panel And Programming for details 2 2 Mec...

Page 8: ...BATTERY SOLENOID START BATTERY VOLTAGE 8 32 V ICOM IL2 IL3 IEA LOAD IL1 HORN OUT OR CONF OUT 1 HIGH TEMP OR CONF INPUT 2 BATTERY IT CAN BE USED AS A DIGITAL INPUT BY SELECTING FROM THE PROGRAM PARAME...

Page 9: ...work on this equipment This equipment contains internal circuits with voltage dangerous to human life There is severe danger for human life in the case of unauthorized intervention Keep the power off...

Page 10: ...Output 4 BATTERY Horn or Configurable Output 1 Start Solenoid BATTERY E Stop Configurable Input 1 Configurable Input 2 Configurable Input 3 Low Oil Pres Or Configurable Input 4 High Temp Or Configurab...

Page 11: ...e connectors can be unplugged from the rear of the unit to facilitate connection Screened cable must be used for connecting the Magnetic Pickup ensuring that the screen is grounded at one end ONLY 3 T...

Page 12: ...16 Configurable input 6 1 Switch to BATTERY 17 High temperature or configurable input 5 1 Switch to 0 volt 18 Low oil pressure or configurable input 4 1 Switch to 0 volt 19 Configurable input 3 1 Swi...

Page 13: ...ondary for Earth current 2 5 Connect to secondary of Earth current monitoring CT 42 CT Secondary for Earth current 2 5 Connect to secondary of Earth current monitoring CT 43 CT Secondary for load L3 2...

Page 14: ...lected as Low Oil Pressure It is possible to configure input to be a normally closed signal or a normally open signal See Digital Configurable Input 4 Page Section for options available 19 Configurabl...

Page 15: ...om Pin 32 See Configurable Output 1 Page Section for options available 35 Battery supply input Supplies to Pin 36 37 38 36 Configurable relay output 2 DC supply from Pin 35 See Configurable Output 2 P...

Page 16: ...for use in CanBus applications CAN L 2 Low J1939 Use only screened 120 impedance cable approved specifically for use in CanBus applications Volvo EDC4 Fitted to Volvo Penta engine types TD520 TAD520...

Page 17: ...ector Notes Fuel Output 1 10 15 33 34 Powers up ECU and enables the injectors Start crank Output Connects directly to engine starter solenoid CAN H 31 High J1939 Use only screened 120 impedance cable...

Page 18: ...indicates that Generator Voltage is within limits and is ready to take over the load 6 The green LED indicates that the engine has started and is running 7 In the MAN AUTO and TEST modes the green LE...

Page 19: ...g the engine when the unit is in the Manual Mode 22 The STOP button is used for stopping the engine when the unit is in the Manual Mode 23 The LAMP TEST button illuminates all LED indicators 24 This b...

Page 20: ...parameters by entering operator or technician password This selection is done with increment and decrement buttons Enter password with increment and decrement buttons Press the Enter button to confirm...

Page 21: ...VELS Page Operator and technician can access to this page GENERATOR CURRENT POWER LEVELS Page By pressing ENTER button user can access to all parameters in related page OPERATOR SECTION GEN FREQ LEVEL...

Page 22: ...ect the unit will drop out of program mode Operator and technician can access to this page MAINS LEVELS Page PROG OPERATOR SECTION PROG OPERATOR SECTION PASSWORD 161 PROG OPERATOR SECTION MAINS LEVELS...

Page 23: ...button is pressed related page can be accessed OPERATOR SECTION MAINS LEVELS PAGE PROG If Prog button is pressed again operation screen is shown Continue to press increment and decrement buttons to ch...

Page 24: ...word with increment and decrement buttons Note1 If Enter button is pressed and the technician password is zero Password screen is ignored TECHNICIAN SECTION GEN CUR POW ACT PAGE PROG Note2 When Passwo...

Page 25: ...NICIAN SECTION GEN SPED SETING PAGE PROG Technician can access to the former page by pressing decrement button Operator can not access to this page Technician can access to the following page by press...

Page 26: ...essing increment button TECHNICIAN SECTION PAGE DIG CNF INPUT 2 PROG Technician can access to the former page by pressing decrement button Operator can not access to this page Technician can access to...

Page 27: ...y pressing increment button TECHNICIAN SECTION EXP PAGE CNF INPUT 3 PROG Technician can access to the former page by pressing decrement button Operator can not access to this page Technician can acces...

Page 28: ...g page by pressing increment button TECHNICIAN SECTION CONFIG OUTPUT 1 PAGE PROG Technician can access to the former page by pressing decrement button Operator can not access to this page Technician c...

Page 29: ...age by pressing increment button TECHNICIAN SECTION EXP CONFG OUT 3 PAGE PROG Technician can access to the former page by pressing decrement button Operator can not access to this page Technician can...

Page 30: ...owing page by pressing increment button TECHNICIAN SECTION START TIMERS PAGE PROG Technician can access to the former page by pressing decrement button Operator can not access to this page Technician...

Page 31: ...essing decrement button Operator can not access to this page Technician can access to the following page by pressing increment button TECHNICIAN SECTION COMMUNICATION PAGE PROG Technician can access t...

Page 32: ...not access to this page Technician can access to the following page by pressing increment button TECHNICIAN SECTION PASSWORD PAGE PROG Operator can not access to this page Press prog button to exit f...

Page 33: ...s the Enter button TECHNICIAN SECTION PASSWORD 0 PROG Enter password with increment and decrement buttons Note1 If Enter button is pressed and the technician password is zero Password screen is ignore...

Page 34: ...d decrement buttons to change the page Operation Screen CT Primary Earth Fault parameter TECHNICIAN SECTION GEN CUR POW ACT PAGE EARTH FAULT CT PRIM Vac 100 PROG TECHNICIAN SECTION GEN CUR POW ACT PAG...

Page 35: ...oltage Pre Alarm VAC dis 60 600 420 GEN OVER V PR A RET Generator Over Voltage Pre Alarm Return VAC 60 600 400 GEN OVER VO SHUTDWN Generator Over Voltage Shutdown VAC 60 600 440 The unit uses these pa...

Page 36: ...ing Opt Pickup En Dis Flywheel dis 0 1000 DIS AC SYSTEM Ac System 0 1phase 2wire 1 3phase 4wire 2 3phase 4wire Series Delta 3 1phase 3wire 0 3 1 FAST LOAD FEAT ENAB Fast Loading Feature En Dis ENAB DI...

Page 37: ...s supply Should the supply go out side of limits the module will initiate its automatic mains failure sequence LOOK MAINS FAILURE FOR MAINS CONTACTOR EN DIS Disable In the event of a mains failure the...

Page 38: ...ver 0 0 Pages 38 132 Example Start stop diagram for Diesel Engine The formula signs and indices mean TPT Preheating time s TCT Engagement time s TRT Interval between 2 start attempts s TDT Engine dela...

Page 39: ...39 132 Start request Pre heat Starter Fuel relay Engine monitoring ON Rated speed RPM t s Starting Unsuccessful Successful Stopping t PT 2s 1 min RPM t s t s t s t s t s t RT t CT t CT t DT Crank dis...

Page 40: ...lve delay is started After the expiry of the set time as long as the number of revolutions is higher than the minimum ignition speed the gas valve is set When the necessary engine shutdown process gas...

Page 41: ...arter Gas valve Engine monitoring ON Minimum ignition speed Rated speed RPM t s t s t s Starting Stopping Minimum ignition speed will not be reached 1 min RPM 5 s Unsuccessful Successful t s t s t s t...

Page 42: ...is the number of times the module will attempt to start the generator Should the generator start the module will not attempt further starts If the generator does not start after the final attempt the...

Page 43: ...t assumes that the engine has started and the unit stop cranking CRANK DISCONNECT ON MAGNETIC PICKUP If the generator speed over than 500 Rpm the unit assumes that the engine has started and the unit...

Page 44: ...IL PRESSURE INPUT TYPE This section is used to configure the Oil Pressure sender input d S The Oil Pressure input will not be monitored 1 digital closed for low oil pressure The Oil pressure input is...

Page 45: ...0 99 9 10 0 TEMP SENDER 0 Temperature Sender 0 R 0 650 360 TEMPERATURE 0 Temperature 0 C 0 300 34 TEMP SENDER 1 Temperature Sender 1 R 0 650 145 TEMPERATURE 1 Temperature 1 C 0 300 54 TEMP SENDER 2 Te...

Page 46: ...e Note all participants on the CAN bus must use the same Baud rate DEVICE TYPE The J1939 interface of this unit can be operated with different ECUs This parameter determines the operating mode of the...

Page 47: ...2 Warning Alarm Only No Shutdown 3 Electrical Trip Alarm Off Load Generator Followed By Shutdown After Cooling 4 Shutdown Alarm And Shutdown dis 0 4 dis CAN FAULT ACTIV Can Fault Activation 0 Active...

Page 48: ...List 0 Remote Start 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Off Button 6 Simulate Auto Button 7 Simulate Test Button 8...

Page 49: ...List 0 Remote Start 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Off Button 6 Simulate Auto Button 7 Simulate Test Button 8...

Page 50: ...List 0 Remote Start 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Off Button 6 Simulate Auto Button 7 Simulate Test Button 8...

Page 51: ...mote Start 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Off Button 6 Simulate Auto Button 7 Simulate Test Button 8 Simulate...

Page 52: ...mote Start 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Off Button 6 Simulate Auto Button 7 Simulate Test Button 8 Simulate...

Page 53: ...List 0 Remote Start 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Off Button 6 Simulate Auto Button 7 Simulate Test Button 8...

Page 54: ...ve From Safety On 2 Always Active 0 2 2 SELECT FROM LIST If Select From List 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Of...

Page 55: ...ve From Safety On 2 Always Active 0 2 2 SELECT FROM LIST If Select From List 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Of...

Page 56: ...ve From Safety On 2 Always Active 0 2 2 SELECT FROM LIST If Select From List 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Of...

Page 57: ...ve From Safety On 2 Always Active 0 2 2 SELECT FROM LIST If Select From List 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Of...

Page 58: ...ve From Safety On 2 Always Active 0 2 2 SELECT FROM LIST If Select From List 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Of...

Page 59: ...ve From Safety On 2 Always Active 0 2 2 SELECT FROM LIST If Select From List 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Of...

Page 60: ...ve From Safety On 2 Always Active 0 2 2 SELECT FROM LIST If Select From List 1 Auxiliary Mains Fail 2 Simulate Lamp Test Button 3 Simulate Horn Reset Button 4 Simulate Alarm Reset Button 5 Simulate Of...

Page 61: ...t Maintenance Alarm 20 Transfer To Generator Open Mains 21 Transfer To Mains Open Generator 1 21 2 INPUT TIME DELAY Input active delay SEC 0 250 5 CONFIGURABLE INPUTS SELECTIONS 0 REMOTE START STOP In...

Page 62: ...ATE START BUTTON This input mimic s the operation of the Start button and is used to provide a remotely located start push button 10 SIMULATE STOP BUTTON This input mimic s the operation of the Stop b...

Page 63: ...generator This function can be used to give an AND function so that a generator will only be called to start if the mains fails and another condition exists whish requires the generator to run If the...

Page 64: ...input is active when the unit is in test mode load is transferred to the generator to do the test on load If the input is not active test is done without load 24 GENERATOR IS SUPPLYING THE LOAD IN OF...

Page 65: ...OR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENERATOR...

Page 66: ...OR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENERATOR...

Page 67: ...OR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENERATOR...

Page 68: ...OR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENERATOR...

Page 69: ...NERATOR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENE...

Page 70: ...NERATOR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENE...

Page 71: ...NERATOR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENE...

Page 72: ...NERATOR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENE...

Page 73: ...NERATOR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENE...

Page 74: ...NERATOR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENE...

Page 75: ...NERATOR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENE...

Page 76: ...NERATOR CLOSED AUXILIARY 42 GENERATOR FAILED TO CLOSE 43 GENERATOR FAILED TO OPEN 44 GENERATOR HIGH FREQUENCY PRE ALARM 45 GENERATOR HIGH FREQUENCY SHUTDOWN 46 GENERATOR HIGH VOLTAGE PRE ALARM 47 GENE...

Page 77: ...y low voltage alarm has occurred 7 CALLING FOR SCHEDULED RUN This output indicates that a scheduled run has been called for If the module is in the auto and mains okey the module will change mode to t...

Page 78: ...ut 4 is active 21 DIGITAL INPUT5 ACTIVE This output indicates that digital input 5 is active 22 DIGITAL INPUT6 ACTIVE This output indicates that digital input 6 is active 23 EXPNSION CONFIGURABLE INPU...

Page 79: ...ircuitry 38 GAS ENGINE IGNITION OUTPUT With the engaging of the starter the ignition delay is started If the minimum ignition speed is reached after expiry of this time the configurable relay output i...

Page 80: ...his output indicates that a generator low voltage shutdown has occurred 53 RESERVED 54 GENERATOR STOPPING This output source indicates that the engine has been instructed to stop but has not come to r...

Page 81: ...eeded the frequency limit setting 65 MAINS HIGH VOLTAGE This output indicates that the module has sensed that the incoming AC mains supply voltage has exceeded the voltage limit setting 66 MAINS LOAD...

Page 82: ...rms to become active 80 REMOTE START PRESENT This output indicates that a digital input that has been configured as remote start is active This output could be used to pass the remote start signal on...

Page 83: ...ardwired connection 95 WAITING FOR GENERATOR This output indicates that the engine has been instructed to start but has not yet become available Once the generator becomes available this output will b...

Page 84: ...hout triggering an alarm Once the timer has expired all alarm conditions are monitored again If configured to use fast loading should all the monitored conditions such as oil pressure come to expected...

Page 85: ...e movement when this timer expires a Fail To Stop alarm signal is generated BREAKERS PAGE BREAKERS page HARDW BREAKER SELCT Hardware Breaker Selection 0 2 0 GEN CLOS BREK C TYP Gen Close Breaker Conta...

Page 86: ...REAKER CLOSE PULSE TIME TRANSFER TIME Example If Hardware Breaker Selection parameter is selected as 1 For closing Gen Shalter Gen Closed Out NO Gen Closed Out NC For opening Gen Shalter Closed Gen Sh...

Page 87: ...ng Gen Shalter Gen Open Out NO Gen Open Out NC t s t s For opening Gen Shalter Closed Opened Example 2 If Hardware Breaker Selection parameter is selected as 2 user configured Gen Close Breaker Relay...

Page 88: ...For closing Gen Shalter Gen Open Out NO Gen Open Out NC t s t s For opening Gen Shalter Closed Opened Breaker open pulse time Breaker open pulse time Breaker close pulse time Breaker close pulse time...

Page 89: ...is initiated Should the Mains Closed Auxiliary input become in active the timer the mains open timer is cancelled If the timer expires and the Mains closed auxiliary has not become in active the modul...

Page 90: ...DIS ENGIN RUN HOUR LSB Engine Running Hour Lsb 0 255 0 ENGINE RUNNING HOUR Engine Running Hour 0 255 0 ENGIN RUN HOUR MSB Engine Running Hour Msb 0 14 0 COMMUNICATION PAGE COMMUNICATION page SLAVE AD...

Page 91: ...r speed error 17 Under speed error 18 Over speed prealarm 19 Under speed prealarm 20 Multiple engage fail 21 Speed loss error 22 Generator stop error 23 Level error 24 Battery low error 25 Battery hig...

Page 92: ...r work start time on Sunday Hour min 0 0 23 59 0 0 EXER WORKING PERIOD Generator exercise working time on related day min dis 0 99 DIS EXER WR DAY OF WEEK Generator exercise working day of week 1 7 1...

Page 93: ...s every Sunday started at 12 20 o clock If it is enabled Please enter the day of the week for Exercise Function Example EXER WORKING PERIOD dis 0 The exercise function is disabled 10 The exercise func...

Page 94: ...in D connector male RX TX GND 3 6 3 Installation Instruction 3 6 3 1 Minimum system requirements Processor 486 66MHz Operating Systems Windows95 98 Windows NT Ram 16 Mbyte Monitor 14 SVGA 640x480 reso...

Page 95: ...ation software Press the START icon Then select Programs EAOM 210 FLJ PC SW Folder EAOM 210 FLJ V00 00 Then click on EAOM 210 FLJ configuration software The below screen is shown Click Connect in Comm...

Page 96: ...to determine how the connection will be established RS 232 communication port or Ethernet module Dial up or GSM modem The RS 232 selection is made with the Connect from Serial port check box When the...

Page 97: ...FLJ unit s parameters and status information can be reached over PC easily Operator and Technician parameters can be viewed It also allows download to device the Serial Phone Numbers and Modem Comman...

Page 98: ...dow Menu Toolbar Toolbar on off Language This menu allows the user to choose language English or Turkish Program Menu This menu allows load from EAOM 210 FLJ unit to PC or from PC to EAOM 210 FLJ unit...

Page 99: ...ent Values In this window the values listed below can be observed Mains volts L1 N L2 N L3 N Mains volts L1 L2 L2 L3 L3 L1 Mains Hz Generator volts L1 N L2 N L3 N Generator volts L1 L2 L2 L3 L3 L1 Gen...

Page 100: ...ure Temperature Level Load current IL1 IL2 IL3 In this window you can also observe the output status alarm status and change mode start stop failure reset etc For the monitoring the J1939 ECU messages...

Page 101: ...power kW Generator active energy kWh Generator power factor PF1 Generator power factor PF2 Generator power factor PF3 Generator reactive power Q1 kVAr Generator reactive power Q2 kVAr Generator react...

Page 102: ...EAOM 210 FLJ eng ver 0 0 Pages 102 132 Events In this window the last 32 Event logs can be observed...

Page 103: ...d with operator password that is registered on EAOM 210 FLJ unit Entering To Operator Parameters Section Click Mains Level in Operator Parameter menu Then Operator Password is monitored if the operato...

Page 104: ...ician password that is registered on EAOM 210 FLJ unit Entering To Technician Parameters Section Click Mains Level in Technician Parameter menu Then Technician Password is monitored monitored if the t...

Page 105: ...g If user clicks Download All Parameters from the Controller in Program menu all of the technician parameters is loaded from device to PC Upload With this menu user can load parameters from PC to unit...

Page 106: ...ent Adjustment Calibration Click Adjustment in Adjustment Page menu Then Technician Password is monitored if the technician password is zero the password screen is ignored Enter the Technician Passwor...

Page 107: ...m or RS 232 port connection can be cut off with this selection Auto Calling The PC software will be done auto calling to the all registered locations via Ethernet or Dial up modem Adjust the auto call...

Page 108: ...at the engine start sequence commences The starter motor should run for the programmed time period cranking time for the pre set number of times number of start attempts 9 Check that the Failed to Sta...

Page 109: ...is transferred back to the mains and the generator after a further delay shuts down 4 3 Test Mode Operation 1 Check that the mains is connected to the unit 2 Press the Test 28 button At this moment th...

Page 110: ...ighth lines are common in all pages Use the and buttons to select which working page screen is to be displayed For details see Example 1 Changing page with Next and Previous buttons There are 13 worki...

Page 111: ...engage fail SPEED LOSS ERROR Speed loss error GENERATOR STOP ERR Generator Stop Error LEVEL ERROR Fuel Level Error BATTERY LOW ERROR Battery Low Error BATTERY HIGH ERROR Battery High Error TEMPERAT PR...

Page 112: ...frequency if enabled Sp Engine Rpm if enabled I1 Load current L1 I2 Load current L2 I3 Load current L3 IT Vectorel total current IEA Earth current 3 Mains Page MAINS L1 220 L12 380Vac L L AVERAGE 380V...

Page 113: ...average L N AVERAGE Phase to neutral average 5 Active Power Energy Page ACTIVE POWER ENERGY P1 TOTAL ENRGY 170kW AUTO CRANKNG ATTEMP OVER SPEED PREALARM P2 170kW P3 170kW 510kW 30600kWh P1 Generator a...

Page 114: ...or reactive energy 8 Power Factor Page POWER FACTOR PF1 0 84 AUTO CRANKNG ATTEMP OVER SPEED PREALARM PF2 0 80 PF3 0 82 PF1 Generator power factor L1 PF2 Generator power factor L2 PF3 Generator power f...

Page 115: ...starts 11 J1939 Values Page J1939 VALUES ENGINE SPEED TEMPERATURE 27 C WORKING HOUR 000002h SPN 91 FMI 3 1500Rpm OIL PRESSURE 4 0Bar AUTO CRANKNG ATTEMP OVER SPEED PREALARM ENGINE SPEED Engine speed...

Page 116: ...PREALARM EMERGENCY STOP ERROR This message indicates that an emergency stop alarm has occured Event history 20 03 2009 date 15 21 38 time Events from 1 to 32 can be displayed sequencely with the butt...

Page 117: ...close error MAINS BR NOT OPN ALR Mains breaker open error MAINTENANCE ERROR Generator maintenance error MAINTENANCE WARNING Generator maintenance warning OIL PRESSURE PREALRM Oil pressure pre alarm OI...

Page 118: ...the previous page MAINS LOAD L12 380Vac I1 126A Fq 50 0Hz AUTO L23 380Vac I2 126A L31 380Vac I3 126A IT 378A IEA 63A CRANKNG ATTEMP OVER SPEED PREALARM GENERATOR LOAD L12 380Vac I1 126A Fq 50 0Hz Sp...

Page 119: ...0Vac L3 220 L31 380Vac L N AVERAGE 220Vac AUTO CRANKNG ATTEMP PREALARM OVER SPEED GENERATOR LOAD L12 380Vac I1 126A Fq 50 0Hz Sp 2000Rpm AUTO L23 380Vac I2 126A L31 380Vac I3 126A IT 378A IEA 63A CRAN...

Page 120: ...ious page REACTIVE POWER ENERGY Q1 TOTAL ENRGY 40kVAr AUTO CRANKNG ATTEMP OVER SPEED PREALARM Q2 40kVAr Q3 40kVAr 120kVAr 7200kVArh APPARENT POWER S1 TOTAL 210kVA AUTO CRANKNG ATTEMP OVER SPEED PREALA...

Page 121: ...R 1 NEXT MAINT HOUR 20 58 5000 NEXT MAINT MONT 6 RUN 7 START 11 AUTO CRANKNG ATTEMP OVER SPEED PREALARM J1939 VALUES ENGINE SPEED TEMPERATURE 27 C WORKING HOUR 000002h SPN 91 FMI 3 1500Rpm OIL PRESSUR...

Page 122: ...ss the next button to view the Mains Load page Press the previous button to view the Miscellaneous page EVENT LOG 1 20 03 2009 15 21 38 EMERGENCY STOP ERROR AUTO CRANKNG ATTEMP OVER SPEED PREALARM EVE...

Page 123: ...Failure LED This LED flashes if the Alternator Frequency goes below the Generator Under Frequency parameter or above the Generator Over Frequency parameter For a fault to be indicated the speed must...

Page 124: ...D 5 is lit after safety on delay time period like as AUTO mode It is not possible supply to load on the generator unless Generator Ready LED 5 is lit The contactor open close button does not work 3 On...

Page 125: ...ction is enabled for 10 minutes EXER WR DAY OF WEEK 1 Monday EXER WORK START TIM 12 20 The exercise function is every Monday started at 12 20 o clock if it is enabled When the Real Time clock reached...

Page 126: ...ll Time For Error Messages parameter All Error messages are AMBER WARNING LAMP This message indicates that a J1939 amber warning alarm has occured BATTERY HIGH ERROR This message indicates that a batt...

Page 127: ...ROR This message indicates that the fuel level shutdown has occured LEVEL PREALARM This message indicates that the fuel level warning pre alarm has occured MAINS BR NOT CL ALR This message indicates t...

Page 128: ...fault operates after engine has started Check configured polarity if applicable is correct i e Normally Open or Normally Closed or that sender is compatible with the device Check engine temperature C...

Page 129: ...IMER MAINS GENERATOR VOLTAGE SENSING CONDITIONING FREQUENCY SENSING FROM GENERATOR VOLTAGE LCD DISPLAY INDICATORS BATTERY MAINS L1 MAINS L2 MAINS L3 MAINS N FAILURE CONTROL INPUTS PUSH BUTTONS FREQUEN...

Page 130: ...ments for electrical equipment for measurement control and laboratory use DC Battery Supply Voltage 8 to 32 VDC max operating current is 360 mA Cranking Dropouts Battery voltage can be 0 VDC for max 1...

Page 131: ...power P3 kW Generator total active power kW Generator reactive power Q1 kVAr Generator reactive power Q2 kVAr Generator reactive power Q3 kVAr Generator total reactive power kVAr Generator active ene...

Page 132: ...re input 3 NO or NC selectable Low oil pressure or configurable failure input 4 NO or NC selectable High temperature or configurable failure input 5 NO or NC selectable Contact sensing inputs Configur...

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