agc-4-parameter-list-4189340688-uk

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No. Setting Range FactorysettingDescriptiononly available with option E1,E2, EF2, EF4 or F2.2784 Man. step AVR 0.1 to 10.0 s 5.0 sThis timer is used to definehow long the AVR up/downpulse should be, by activatingan AOP button or a digitalinput.2790 EIC speed demand switch (requires option H5)No. Setting Range FactorysettingDescription2791 EIC speeddem. sw.2792EIC speeddem. sw.Local norm sw.Local emerg. sw.Analogue CANUp/Down ECUUp/Down CANAnalogue ECUAnalogue ECU relativeFrequencyAnalogue CANUp/Down ECUUp/Down CANAnalogue ECUAnalogue ECU relativeFrequencyAnalogueCANAnalogueCANEIC speed demand switchsetup: local normal switchposition.See the Options H5, H7, H12and H13 CANbus engineinterface communicationmanual for more information.2793EIC speeddem. sw.Remote norm sw.Analogue CANUp/Down ECUUp/Down CANAnalogue ECUAnalogue ECU relativeFrequencyAnalogueCAN2794EIC speeddem. sw.Remote Emerg. sw.Analogue CANUp/Down ECUUp/Down CANAnalogue ECUAnalogue ECU relativeFrequencyAnalogueCAN2800 Power ramp 3 and 4 (requires option A10)No. Setting Range FactorysettingDescription2801 Power rampup 3Ramp up slope 0.1 to 20.0 % 0.1 %280228032804Power rampdown 3Power rampup 4Power rampdown 4Ramp down slope 0.1 to 20.0 % 0.1 %Ramp up slope 0.1 to 20.0 % 0.1 %Ramp down slope 0.1 to 20.0 % 0.1 %PARAMETER LIST 4189340688R EN Page 202 of 222
2810 AVR limitingNo. Setting Range FactorysettingDescription2811 AVR limiting Limit type OFFDroop curveCapability curve QDroop curveCapability curve limitingrequires option C2.2812 AVR limiting Set point 20 to 100 % 95 %The limiting set point is forCapability curve limiting (whichrequires option C2).2820 Reactive power rampNo. Setting Range FactorysettingDescription2821 Q ramp tosetp.2822Q ramp tozeroRamp up slopeRamp down slope0.1 to 20.0 %/s0.1 to 20.0 %/s2 %/s2 %/sActivation of this will allow thereactive power to be rampedup and down, to stabilise thesystem.2823 Q ramp EnableOFFONOFF2950 Base loadNo. Setting Range FactorysettingDescription2951 Base load Power set 10.0 to 120.0 % 90 % Setting and enabling of baseload running (base load is onlyOFF2952 Base load EnableOFFpossible in semi auto mode).ON2953 Base load Return modeSemi-auto modeAuto modeAuto modeThe return mode after baseload is completed is specifiedin parameter 2953.2960 Warm up rampNo. Setting Range Factorysetting2960 Warm up type Set point Option dependent Multi-input1022961Warm upthresh.2962 Warm up type EnableSet point 0 to 482 ° 0 °OFFONOFFDescriptionWhen the function input isactivated, it ramps to the setpoint from Power ramp up(parameter 2612) and disablesthe Power ramp up function.When the input is set lowagain, it ramps beyond thelimitation.7290 Frequency offsetNo. Setting Range Factory setting Description7291 f offset Tmax 0 to 2.5 Hz 0 Hz For testing, a frequency offset can be7292 f offset Tmin -2.5 to 0 Hz 0 Hzcreated for stand-alone gensetregulation, using a 4 to 20 mA signal.7293 f offset measMulti input 102 (transducer)Multi input 102Multi input 105 (transducer)(transducer)Multi input 108 (transducer)PARAMETER LIST 4189340688R EN Page 203 of 222
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PARAMETER LISTAGC-4DEIF A/S · Fris
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2.6 Input/output parameters: Analog
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3.7.3 RMI 108......................
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1. General information1.1 Warnings,
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2. Alarm list2.1 General informatio
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2.2 Protection parameters2.2.1 Reve
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1080 G I> inverseNo. Setting Range
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1160 G/M/BA over-voltage 2No. Setti
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1210 G/M/BA over-frequency 1No. Set
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1270 Busbar over-voltage 1No. Setti
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1320 Busbar under-voltage 3No. Sett
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1380 Busbar under-frequency 1No. Se
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2.2.7 Mains failure protections1420
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2.2.8 Overload protections1450 Over
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1710 unbalanced current 2No. Settin
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1560 Negative sequence selection (w
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2.2.16 Busbar unbalance voltage1620
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1700 Time-dependent under-voltage 2
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1850 NEL 3 busbar under-frequencyNo
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1980 GB/MB external tripNo. Setting
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2150 Phase sequence error DG/Mains/
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2270 Close before excitation failur
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2.4 Control parameters: Regulation2
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2.5 Input/output parameters: Binary
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3140 Digital input 44 (requires opt
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2.5.3 Digital input 91-97 setup (re
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3450 Digital input 114No. Setting R
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3510 Digital input 128 (requires op
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2.5.8 M-Logic alarm 1-5 setup3570 M
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2.6 Input/output parameters: Analog
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4060 4-20 mA 95.1 (requires option
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2.6.2 Analogue input setup (require
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2.6.3 Analogue input setup (require
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4020 Wire fail 91 (requires option
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4040 Pt100 93.2 (requires option M1
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4070 V DC 95.2 (requires option M16
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4800 Pt100 127.1 (requires option M
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4830 V DC 129.1 (requires option M1
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4890 Wire fail 131 (requires option
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4900 Pt100 133.2 (requires option M
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4150 V DC 102.2No. Setting Range Fa
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4210 RMI water 102.2No. Setting Ran
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4270 V DC 105.1No. Setting Range Fa
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4330 RMI water 105.1No. Setting Ran
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4390 4-20 mA 108.2No. Setting Range
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4450 RMI oil 108.2No. Setting Range
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2.7.4 Speed and running feedback se
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4570 Start failureNo. Setting Range
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4610 Delta analogue 1.1No. Setting
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2.7.6 Aux. supply setup4960 U< auxi
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2.8 System parameters: General setu
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6430 Battery asymmetryNo. Setting R
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6510 Stop switchboard errorNo. Sett
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2.9 System parameters: Communicatio
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7610 EIC coolant temperature 1 (wit
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7670 EIC coolant level 1 (with opti
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7940 CAN2 communication errorNo. Se
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2.10.3 External analogue input scal
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6020 Nominal settings 3No. Setting
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3.1.4 Master clock6400 Master clock
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6300 Service timer 3No. Setting Ran
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6970 Command start/stop timer 2No.
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6990 Command start/stop timer 4No.
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3.2 Genset setup3.2.1 Genset mode60
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6190 Start attemptsNo. Setting Rang
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6250 Power derate 2No. Setting Rang
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6580 Fan outputsNo. Setting Range F
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3.2.11 Fuel transfer pump logic6550
Page 151 and 152: No. Setting Range FactorysettingDes
Page 155 and 156: 3.3.2 Cab Message 1 source address1
Page 157 and 158: 3.4 Mains setup3.4.1 Mains setup607
Page 159 and 160: 7050 Fixed power settings (Mains co
Page 161 and 162: 3.4.7 Power offset7220 Power offset
Page 163 and 164: 3.5 Power management setup3.5.1 Pow
Page 165 and 166: 8290 Detection of BB measurement fa
Page 167 and 168: 8250 Available power 4 (requires op
Page 169 and 170: 8880 Load-dependent start/stop calc
Page 171 and 172: 3.5.6 Power management internal com
Page 173 and 174: 7950 KL320x config (requires option
Page 175 and 176: 3.7.2 RMI 105NOTERMI 105 settings a
Page 177 and 178: 3.7.4 Multi-input selections 102, 1
Page 179 and 180: 3.7.7 4-20 mA input scaling11010 4
Page 181 and 182: 13010 Oil pressure, coolant temp, f
Page 187 and 188: 9070 M4 software versionNo.Descript
Page 189 and 190: 9160 User-defined applicationNo. Se
Page 191 and 192: 3.9.17 Data loggingThis menu is to
Page 193 and 194: 4. Control parameters4.1 Synchronis
Page 195 and 196: 2250 Close before excitationNo. Set
Page 197 and 198: 2570 Frequency control relay output
Page 199 and 200: 2650 Reactive power control analogu
Page 201: 2760 OverlapNo. Setting Range Facto
Page 207 and 208: 5140 Relay 63 (requires option M12)
Page 209 and 210: 5240 Relay 128 (requires option M14
Page 211 and 212: 4.4.2 Analogue output limits5720 PW
Page 213 and 214: 5850 S output (requires option E2,
Page 215 and 216: 5910 U BB output (requires option E
Page 217 and 218: 5970 P total available (requires op
Page 219 and 220: 5. Utility software settingsThe uti
Page 221 and 222: INFOThe governor and AVR regulation
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