[Language]
resCompanyName=V-KING NER
resRealTimeMonitor=Realtime Monitor
resTitle=TOOL V1.2T
resHubTitle=V-KING NER HUB TOOL V1.1
resParameterSetting=Parameter Setting
resPackVoltage=Pack Voltage(V)
resPackCurrent=Pack Current(A)
resSoc=SOC(%)
resSoh=SOH(%)
resRemainCapacity=Stored Capacity(AH)
resSelectPackNum=Pack Number
resCFETStatus=CFET MOS
resDFETStatus=DFET MOS
resPreChargeStatus=PreCharge MOS
resChargeStatus=Charge
resDisChargeStatus=DisCharge
resHeatingStatus=Heating
resEnableBuzzer=Buzzer
resCurrentLimitedStatus=Current Limiting
resFullChargeStatus=Full Charged
resTotalVolUnder=Package Low Voltage
resTotalVolAbove=Package High Voltage
resCellUnderTemp=Cell Low Temperature
resCellAboveTemp=Cell High Temperature
resCellVolUnder=Cell Low Voltage
resCellVolAbove=Cell High Voltage
resEnviUnderTemp=Environment Low Temperature
resEnviAboveTemp=Environment High Temperature
resMosUnderTemp=MOSFET Low Temperature
resMosAboveTemp=MOSFET High Temerature
resChargeOverCurrent=Charge Over Current
resDisChargeOverCurrent=DisCharge Over Current
resVolDifferent=Cells Voltage Difference
resSOCLow=SOC low
resShortProtect=Short Protect
resInverseCharge=Inverse Charge Protect
resDMOSError=D-MOS Error
resCMOSError=C-MOS  Error
resPreMosError=Pre-MOS Error
resAFEError=AFE IC Error
resRTCError=RTC IC Error
resTempSensor=Temp Sensor Error
resEepromError=EEPROM IC Error
resFlashError=FLASH IC Error
resCellError=Cell Error
resOpenComport=OPEN
resCloseComPort=CLOSE
resBordTitleState=State
resBordTitleWarning=Warning
resBordTitleProtect=Protect
resBordTitleHwError=Hardware Error
resBordTitleSummary=Summary
resBordTitleVols=Cells Voltage
resTemperaturesMonitor=Temperatures
resFullChargeCap=Full Charge Capacity(Ah)
resCycleNum=Cycle Times
resTotalCellsNum=Total Cells Num
resWaringPacks=Warning Packs
resProtectPacks=Protecting Packs
resErrorHappenPacks=HardWare Error Packs
resIndex=Index
resTime=Time
resMode=Mode
resAlarmNum=Alarm num
resAlarmInfo=Alarm Information
resSnNum=Serial Number
resMaxVol=MaxV(mV)
resMinVol=MinV(mV)
resEnvTem=Env(¡æ)
resFetTem=MOS(¡æ)
resRead=Read
resStop=STOP
resDell=DELETE
resExport=EXPORT
resPleaseOpenPortFirst=Please open Serial Port Firstly

resErrorEnumInverse=Reverse Protect
resErrorEnumInverseRel=Reverse Protect release

resErrorEnumCellOverVol(mV)=Cell Over Voltage Protect
resErrorEnumCellOverVolRel(mV)=Cell Over Voltage Protect release

resErrorEnumCellUnderVol=Cell Under Voltage Protect
resErrorEnumCellUnderVloRel=Cell Under Voltage Protect release

resErrorEnumPackOverVol=Pack Over Voltage Protect
resErrorEnumPackOverVolRel= Pack Over Voltage Protect Release

resErrorEnumPackUnderVol=Pack Under Voltage Protect
resErrorEnumPackUnderVolRel=Pack Under Voltage Protect Release


resErrorEnumCellOverTempInCharge=Cell Over Temperature during Charging  protect
resErrorEnumCellOverTempInChargeRel=Cell Over Temperature during Charging protect Release

resErrorEnumCellUnderTempInCharge=Cell Under Temperature during Charging protect
resErrorEnumCellUnderTempInChargeRel=Cell Under Temperature during Charging protect Release

resErrorEnumCellOverTempInDischarge=Cell Over Temperature during Discharging  protect
resErrorEnumCellOverTempInDischargeRel=Cell Over Temperature during Discharging  protect Release

resErrorEnumCellUnderTempInDischarge=Cell Under Temperature during Discharging  protect
resErrorEnumCellUnderTempInDischargeRel=Cell Under Temperature during Discharging  protect Release

resErrorEnumEnvOverTemp=Env Over Temperature Protect
resErrorEnumEnvOverTempRel=Env Over Temperature Protect Release

resErrorEnumEnvUnderTemp=Env Under Temperature Protect
resErrorEnumEnvUnderTempRel=Env Under Temperature Protect Release


resErrorEnumFETOverTemp=FET MOS Over Temperature Protect
resErrorEnumFETOverTempRel=FET MOS Over Temperature Protect Release

resErrorEnumFETUnderTemp=FET MOS Under Temperature Protect Protect
resErrorEnumFETUnderTempRel=FET MOS Under Temperature Protect Protect Release

resErrorEnumChargeOverCurrent=Charge Over Current Protect
resErrorEnumChargeOverCurrentRel=Charge Over Current Protect Release

resErrorEnumDisChargeOverCurrent1=Discharge Over Current Level1
resErrorEnumDisChargeOverCurrent1Rel=Discharge Over Current Level1 release

resErrorEnumDisChargeOverCurrent2=Discharge Over Current Level2
resErrorEnumDisChargeOverCurrent2Rel=Discharge Over Current Level2 release

resErrorEnumShort=Short Protect
resErrorEnumShortRel=Short Protect release

resErrorEnumChargeMosDamage=Charge Fet Damage
resErrorEnumChargeMosDamageRel=Charge Fet Damage release

resErrorEnumDischargeMosDamage=Discharge Fet Damage
resErrorEnumDischargeMosDamageRel=Discharge Fet Damage release

resErrorEnumCellOverVolWaring=Cell Over Voltage Warning
resErrorEnumCellOverVolWaringRel=Cell Over Voltage Warning release

resErrorEnumCellUnderVolWaring=Cell Under Voltage Warning
resErrorEnumCellUnderVolWaringRel=Cell Under Voltage Warning release

resErrorEnumPackOverVolWaring=Pack Over Voltage Warning
resErrorEnumPackOverVolWaringRel=Pack Over Voltage Warning release

resErrorEnumPackUnderVolWaring=Pack Under Voltage Warning
resErrorEnumPackUnderVolWaringRel=Pack Under Voltage Warning release

resErrorEnumChargeOverCurrentWaring=Charge Over Current Warning
resErrorEnumChargeOverCurrentWaringRel=Charge Over Current Warning release

resErrorEnumDischargeOverCurrentWaring=Discharge Over Current Warning
resErrorEnumDischargeOverCurrentWaringRel=Discharge Over Current Warning release

resErrorEnumCellOverTemInChargeWarning= Cell Over Temperature During Charging Warning
resErrorEnumCellOverTemInChargeWarningRel= Cell Over Temperature During Charging Warning release

resErrorEnumCellUnderTemInChargeWarning= Cell Under Temperature During Charging Warning
resErrorEnumCellUnderTemInChargeWarningRel= Cell Under Temperature During Charging Warning release

resErrorEnumCellOverTemInDischargeWarning= Cell Over Temperature During Discharging Warning
resErrorEnumCellOverTemInDischargeWarningRel= Cell Over Temperature During Discharging Warning release

resErrorEnumCellUnderTemInDischargeWarning= Cell Under Temperature During Discharging Warning
resErrorEnumCellUnderTemInDischargeWarningRel= Cell Under Temperature During Discharging Warning release


resErrorEnumEnvOverTemWarning= Env Over Temperature Warning
resErrorEnumEnvOverTemWarningRel= Env Over Temperature Warning Release

resErrorEnumEnvUnderTemWarning= Env Under Temperature Warning
resErrorEnumEnvUnderTemWarningRel= Env Under Temperature Warning Release

resErrorEnumFETOverTemWarning= FET MOS Over Temperature Warning
resErrorEnumFETOverTemWarningRel= FET MOS Over Temperature Warning Release

resErrorEnumFETUnderTemWarning= FET MOS Under Temperature Warning
resErrorEnumFETUnderTemWarningRel= FET MOS Under Temperature Warning Release

resErrorEnumMTPDamage= MTP Chip Damage Error
resErrorEnumMTPDamageRel= MTP Chip Damage Error Release

resNomal=NULL
resHistoryRecord=History Period Record
resHistoryErrorRecord=History Error/Protect/Warning Record

resHistoryData=History Data
resSystemConfig= System Configuration

resWrite=Write
resDefault=Default
resSetTime=Set Time
resSetIntervalTime=Set Record Interval
resStartTime=Start time
resEndTime=End time
resInterval=Interval(S)
resClearData=Clear Record
resClearError=Clear Error
resSetCap=Set Capacity
resDesignCapmAh=Designed Capacity(mAh):
resFullCapmAh=Full Capacity(mAh):
resRemainCapmAh=Stored Capacity(mAh);

resSetCycleTimes=Set Cycle Times
resCycleTimes= Cycle Times
resAccDisCap=Total Discharge
resAccCap=Total Capacity(Ah)
resAccEnergy=Total Energy(kWh)

resSetSn=Set Serial Number
resSn=Serial Number

resCurrentCal=Current Calibration
resZeroCal=Zero Current(mA):
resChargeCal=Charge Current(mA):
resDisChCal=Discharge Current(mA)

resCustomCompanyName=Company Name:
resManufactureTime=Manufacture Time:
resPackName=Pack Name:
resPackVersion=Pack Version:
resPackType=Battery Type:
resPackSn=Pack Serial Number:
resCustomerInfo=Customer INFO:

resSetTimeTip1=hhmm,Stand for Hour:Min ,eg:1323 is meaning 13:23

resPackRs485Address1_1=PACK Address(1-8)
resCellsNum2_1=Battery node number(1-16)
resChargeLimitedEnableThread3_2=Current Limiting Startup(A)
resSampleRsense4_2=Sampling resistance(0.01m\u03A9)
resSelfLost5_2=Battery self depletion(mAh)
resBalanceMode6_1=Balance mode
resBalanceHTDisable7_1=Balanced high temperature prohibition(\u2103)
rssBalanceLTDisable8_1=Balanced low temperature prohibition(\u2103)
resBalanceStartVol9_2=Balance starting voltage(mV)
resBalanceStartDiff10_2=Balance starting pressure difference(mV)
resBalanceStopDiff11_2=Balance Stop pressure difference(mV)
resCellOVWaring12_2=Cell high voltage alarm(mV)
resCellOVWarningRel13_2=Cell high voltage alarm recovery(mV)
resCellUVWarning14_2=Cell low voltage alarm (mV)
resCellUVWaringRel15_2=Cell low voltage alarm recovery(mV)
resTotalOVWaring16_2=Pack voltage high voltage alarm(mV)
resTotalOVWaringRel17_2=Pack voltage high voltage alarm recovery(mV)
resTotalUVWaring18_2=Pack voltage low voltage alarm(mV)
resTotalUVWaring19_2=Pack voltage low voltage alarm recovery(mV)
resBatteryOTWaring20_1=Battery high temperature alarm(\u2103)
resBatteryUTWaring21_1=Battery low temperature alarm(\u2103)
resBatteryChargeOVWaring22_1=Battery charging high temperature alarm
resBatteryChargeOVWaringRel23_1=Battery charging high temperature alarm recovery
resBatteryDiscOVWaring24_1=Battery discharge high temperature alarm
resBatteryDiscOVWaringRel25_1=Battery discharge high temperature alarm recovery

resBatteryChargeUVWaring26_1=Battery charging low temperature alarm
resBatteryChargeUVWaringRel27_1=Battery charging low temperature alarm recovery
resBatteryDiscUVWaring28_1=Battery discharge low temperature alarm
resBatteryDiscUVWaringRel29_1=Battery discharge low temperature alarm recovery
resEnvOTWaring30_1=Environment high temperature alarm
resEnvUTWaring31_1=Environment low temperature alarm
resMOSOtWaring32_1=Power high temperature alarm
resMosUTWaring33_1=Power low temperature alarm
resDischargeCurrentWaring34_2=Discharge current alarm
resDischargeCurrentWaringRel35_2=Discharge current alarm recovery
resChargeCurrentWaring36_2=Charging current alarm
resChargeCurrentWaringRel37_2=Charging current alarm recovery
resVolDiffWaring38_2=Voltage difference alarm
resVolDiffWaringRel39_2=Voltage difference alarm recovery(mV)
resVolDiffProtect40_2=Voltage difference protection(mV)
resCellOVProtect41_2=Cell over voltage protection(mV)
resCellOVProtectDelay42_2=Cell over voltage delay(mS)
resCellOVProtectRel43_2=Cell over voltage recovery(mV)

resCellUVProtect44_2=Cell under voltage protection
resCellUVProtectDelay45_2=Cell under voltage delay
resCellUVProtectRel46_2=Cell under pressure recovery

resCellSleepV47_2=Cell Shutdown voltage
resCellSleepVDelay48_2=Cell Shutdown time

resTotalOVProtect49_2=Pack over voltage protection
resTotalOVProtectDelay50_2=Pack overvoltage delay
resTotalOVProtectRel51_2=Pack over voltage recovery

resTotalOVProtect52_2=Pack under voltage protection
resTotalOVProtectDelay53_2=Pack under pressure delay
resTotalOVProtectRel54_2=Pack under pressure recovery

resChOTProtect55_1=Charging high temperature protection
resChOTProtectRel56_1=Charging high temperature recovery

resChUTProtect57_1=Charging Low temperature protection
resChUTProtectRel58_1=Charging Low temperature recovery


resdisChOTProtect59_1=Discharge high temperature protection
resdisChOTProtectRel60_1=Discharge high temperature recovery

resdisChUTProtect61_1=Discharge low temperature protection
resdisChUTProtectRel62_1=Discharge low temperature recovery

resEnvOTProtect63_1=Environment high temperature protection
resEnvOTProtectRel64_1=Environmental high temperature recovery

resEnvUTProtect65_1=Environment low temperature protection
resEnvUTProtectRel66_1=Environment low temperature recovery

resMOSOTProtect67_1=Power high temperature protection
resMOSOTProtectRel68_1=Power high temperature recovery

resMOVUTProtect69_1=Power Low temperature protection
resMOSUTProtectRel70_1=Power low temperature recovery

resChargeOverCurrentProtect71_2=Charging over current protection
resChargeOverCurrentProtectRel72_2=Charging over current protection recovery
resChargeOverCurrentProtectDelay73_2=Charge over current protect delay
resChargeOverCurrentProtectReDelayl74_2=Charge over current protect recovery delay
resChargeOILockTimes75_2=Number of charging over current automatic locking
resChargeOILockTimesDelay76_2=Effective lock time of charging over current

resDisOI1Protect77_2=Discharge over current protection 1
resDisOI1ProtectRel78_2=Discharge over current protection 1 recovery
resDisOI1ProtectDelay79_2=Discharge over current protection 1 delay
resDisOI1ProtectReDelayl80_2=Discharge over current protection11  recovery delay
resDisOI1LockTimes81_2=number of automatic Discharge over-current 1
resCDisOI1LockTimesDelay82_2=Effective lock time of Discharging over current 1

resDisOI2Protect83_2=Discharge over current protection 2
resDisOI2ProtectDelay84_2=Discharge overcurrent protection delay 2 recovery
resDisOI2ProtectReDelayl85_2=Discharge over current recovery delay 2
resDisOI2LockTimes86_2=number of automatic Discharge over-current 2
resCDisO21LockTimesDelay87_2=Effective lock time of Discharging over current 2

resShortProtect88_1=Short circuit protection
resPreChargeTime89_2=Precharge time
resShortProtectDelay90_2=Short circuit protection delay
resShortProtectReDelay91_2=Short circuit recovery time delay
resShortLockTime92_2=Short circuit Auto lock times
resShortLocktimeDelay93_2=Short circuit effective lock time 


resCoolStartT94_1=Start temperature of heat sink
resCoolEndT95_1=End temperature of heat sink
resHeatStartT96_1=Heating start temperature
resHeatEndT97_1=Heating End temperature
resAutoSleep98_2=Auto Shutdown
resAutoResume99_2=Auto wake-up
resRs486type100_1=RS485 Protocol type
resCantype101_1=CAN Protocol type
rescontrol102_2=Functions contorl
resWaringClose103_2=Warning Enable
resProtectClose104_2=Protect Enable
resDefultPara105_1=Default Parameter
resDefultPara106_2=Charge Voltage request(V)
resDefultPara107_2=Cut off Current(mA)


resBalanceDisable=BaLance prohibition
resBalanceInCharge=Charging Balance
resBalanceInChargeAndStandby=Charging and Free Balance
resBalanceInChargeAndStandbyAndDisCharge=Charging,Discharging and Free Balance

resLimitedCurrentFunction=Current Limited Function
resSelect=OK
resCancel=Cancel
resOpen=Open
resClose=Close
resSelectComPort=Select COM Port
resCellTemp1=Cell T1(¡æ)
resCellTemp2=Cell T2(¡æ)
resCellTemp3=Cell T3(¡æ)
resCellTemp4=Cell T4(¡æ)

resCellVol1=Cell1(mV)
resCellVol2=Cell2(mV)
resCellVol3=Cell3(mV)
resCellVol4=Cell4(mV)
resCellVol5=Cell5(mV)
resCellVol6=Cell6(mV)
resCellVol7=Cell7(mV)
resCellVol8=Cell8(mV)
resCellVol9=Cell9(mV)
resCellVol10=Cell10(mV)
resCellVol11=Cell11(mV)
resCellVol12=Cell12(mV)
resCellVol13=Cell13(mV)
resCellVol14=Cell14(mV)
resCellVol15=Cell15(mV)
resCellVol16=Cell16(mV)
resPowerdown=Power Off
resChangePassword=Change Password
resCellOverTempChargeProtect=Cell Over Temperature during Charging
resresCellUnderTempchargeProtect=Cell under Temperature during Charging
resCellOverTempDisChargeProtect=Cell Over Temperature during discharging
resCellUnderTempDischargeProtect=Cell under Temperature during discharging
resEnvOverTempProtect=Env Over Temprature Protect
resEnvUnderTempPortect=Env Under Temprature Protect
resMosOverTempProtect=MOSOver Temprature Protect
resMosUnderTempPortect=MOSUnder Temprature Protect

resgSensorError=G-Sensror Error
resNone=None
resParallel=Parallel
resSaveToDataBase=Save to DB
resFree=Free
resReadComplete=Read Complete
resConform=Comform
resStopConformInfo = Do you want to stop?
resDelConformInfo = Do you want to del?
resStopReadAlarmRecordMsg=Please Stop read Alarm record firstly
resStopReadHistoryRecordMsg=Please Stop read History record firstly
resReadParameter=Read All
resWriteParameter=Write All
resSetDefaultpara=To Default
resImportpara=Import
resExportpara=Export
resEnableGsensor=Anti-thief
resSuccess=Success
resImportFile=Import
resBMStime=BMS time
resUseLocalTime=Use local time
resClearLocalRecord=Clear Records
resTempCal=Temperature Calibration
resProductionInfo=Production information
resOldPs= Origianal Password
resNewPs=New Password
resNesPsConform= Comform
resRestoreSetting=Restore Default Settings
resParaChgStopVol100=Charge stop voltage(mV)
resParaChgStopCurr101=Charge stop current(mA)
