[Setting]
Language		=	EnglishUS


[MENU]
IDS_MENU_START		=	Start
ID_COM_CONNECT		=	Connect Serial Port (&C)	Ctrl+C
ID_COM_DISCONN		=	Disconnect(&D)	Ctrl+D
ID_APP_EXIT		=	Exit(&X)	Ctrl+Q


IDS_MENU_EDIT		=	Parameter Management(&M)
ID_PARA_EDIT		=	Edit Parameter(&E)		Ctrl+E
ID_PARA_DISCONN_VIEW	=	Open DB(&V)		Ctrl+V
ID_PARA_FUNCTION_ADD	=	Create DB(&C)		Ctrl+Alt+C
ID_PARA_RESTORE_DB	=	Restore DB to Default(&R)	Ctrl+Alt+R
ID_MTSET		=	Bus Motor Parameter	Ctrl+M
IDM_NEWMTSET		=	Bus Motor Parameter(New)	Ctrl+Shift+M


IDS_MENU_SET=Test Run(&S)
ID_JOG			=	JOG Run(&J)	Ctrl+J
ID_POS_ADJUST		=	Positioning Adjust(&A)	Ctrl+A
ID_50PINDIDO		=	DI/DO Setting(&S)	Ctrl+S
ID_FREQ_TEST		=	Bandwidth Test(&T)	Ctrl+T
ID_SERVO_H0D00_RESET	=	Software Reset(&R)	Ctrl+R
ID_UVBALANCE		=	UV Phase Current Balance	Ctrl+B
ID_NEWJOG		=	JOG Run(New)		Ctrl+N
ID_MAINRDY              =       emergency shut down(&E)		F4


IDS_MENU_SCOPE		=	Monitor(&O)
ID_SCOPE		=	Old Virtual Oscilloscope(&V)	F2
IDM_NEWSCOPE		=	New Virtual Oscilloscope(&S)	F3
ID_SCOPE_PATH		=	File Path Setting(&P)	Ctrl+Alt+P
ID_SERVO_SOFT_WARNING	=	Warning Info.(&W)	Ctrl+W
ID_PARA_REALDATA_DISPLAY=	Display Real-Time Clock(&D)	Ctrl+Alt+D


IDS_MENU_USABILITY      =       Auxiliary Function(&U)
ID_INERTIAL_INDENTIFY	=	Inertia Auto-tuning(&I)	Ctrl+I
ID_NEWIDENTIFY		=	Inertia Auto-tuning(New)	Ctrl+Y
USABILITY_JOG           =       JOG Motion
USABILITY_ADJUST        =	Gain Adjust
UASBILITY_MECHANICAL	 = 	Mechanical Analysis
USABILITY_JOGANDADJUSTMENT	 = 	Position JOG 
USABILITY_SPECIAL_ALL	=	One Key Self-Adjust
UASBILITY_MECHANICAL_YYXZX	 = 	Mechanical Analysis(Usibility)


IDS_MENU_DEBUGGUIDE      =       Debug Wizard(&X)
UASBILITY_DDLGUIDE	 = 	Motor Setup
ID_ONE_KEY			=	Adjust

IDS_MENU_ECAM		=	Electronic Cam(&E)
ID_ECAM_F		=	Flying Shear(&F)	Ctrl+F
ID_ECAM_P		=	Flying Saw(&P)		Ctrl+P
ID_UNIECAM              =       Universal Cam(&U)	Ctrl+U


IDS_MENU_VIEW		=	View(&V)
ID_VIEW_TOOLBAR		=	Tool Bar(&T)
ID_VIEW_STATUS_BAR	=	Status Bar(&S)


IDS_MENU_WINDOW		=	Window(&W)
ID_WINDOW_CASCADE	=	Cascade(&C)	
ID_WINDOW_TILE_HORZ	=	Tile(&T)	
ID_WINDOW_ARRANGE	=	Arrange Icons(&A)


IDS_MENU_LANGUAGE	=	Language(&L)
ID_CHINESE_RPC		=	Simplified Chinese
ID_CHINESE_TW		=	Traditional Chinese
ID_ENGLISH_US		=	English


ID_APPLICATION_VIEW_ID		=   Style(&T)


IDS_MENU_HELP		=	Help(&H)
ID_APP_ABOUT		=	About InoServoShop(&A)...	
ID_SERVOINFORMATION	=	Product Info.(&I)	
ID_SERVOONLINEHELP	=	User Manual(&U)	
ID_SERVO_ERRHELP	=	Error Manual

[DIALOG]

IDD183_DLG=Channel Bit Select
IDD143_DLG=50-pin DI/DO Setting
IDD143_1=Write to Drive
IDD143_2=Close
IDD143_1376=Input pin setting
IDD143_1099=List1
IDD143_1377=Output pin Setting
IDD143_1109=List1
IDD165_DLG=Serial search
IDD165_1=Start search
IDD165_2=Cancel search
IDD165_1150=Progress1
IDD165_1151=
IDD165_1384=Search process may take a long time, if you do not need, click to cancel the search and then manually connect.
IDD100_DLG=About InoServoShop
IDD100_1383=
IDD100_1381=
IDD100_1382=Copyright(C) 2011
IDD100_1=OK
IDD188_DLG=Bus Motor Parameter Setting
IDD188_1=OK
IDD188_2=Cancel
IDD188_1280=
IDD188_1279=Select All
IDD175_DLG=Real-Time Data
IDD175_1170=Data value
IDD175_1172=Monitor 1
IDD175_1176=H0B00 Actual motor rotational speed
IDD175_1173=Monitor 2
IDD175_1174=Monitor 3
IDD175_1171=Data value
IDD175_1177=H0B17 Feedback pulse counter (4-frequency multiplication incremental data of encoder pulses: 32-bit decimal display)
IDD175_1178=H0B24 U phase current valid value
IDD175_1179=Data value
IDD222_DLG=Bus Motor Parameter Setting
IDD222_1=OK
IDD222_2=Cancel
IDD222_1280=List1
IDD222_1279=Select All
IDD197_DLG=New JOG Run
IDD197_1=OK
IDD197_2=Cancel
IDD197_1504=JOG speed
IDD197_1055=100
IDD197_1506=Servo state
IDD197_1056=ON
IDD197_1057=OFF
IDD197_1503=JOG speed setting
IDD197_1505=Servo state switchover
IDD197_1058=
IDD197_1059=
IDD187_DLG=Set File Path of Continuous Sampling
IDD187_1=Set
IDD187_2=Close
IDD187_1094=
IDD187_1096=
IDD134_DLG=Trial run
IDD134_1=OK
IDD134_2=Cancel
IDD134_1495=JOG speed
IDD134_1055=100
IDD134_1497=Servo state
IDD134_1056=ON
IDD134_1057=OFF
IDD134_1494=JOG speed setting
IDD134_1496=Servo state switchover
IDD134_1058=
IDD134_1059=
IDD135_DLG=Parameter Check
IDD135_1=Next
IDD135_2=Close
IDD135_1479=Note: Check parameters carefully. Incorrect parameters results in inaccurate auto-tuning.
IDD135_1473=Related parameter check
IDD135_1393=H0000 Motor SN
IDD135_1476=H0102 Servo drive SN
IDD135_1474=H0010 Rated motor power
IDD135_1477=H0105 Servo drive power
IDD135_1475=H0016 Motor load inertia
IDD135_1478=H0022 Torque coefficient
IDD135_1060=Read parameter
IDD135_1061=Write parameter
IDD135_1062=0
IDD135_1063=0
IDD135_1064=0
IDD135_1065=0
IDD135_1066=0
IDD135_1067=0
IDD199_DLG=Parameter Setting
IDD199_1=Next
IDD199_2=Close
IDD199_1068=Read parameter
IDD199_1480=Parameter setting
IDD199_1486=Position info.
IDD199_1069=Write parameter
IDD199_1481=H0800 Speed loop proportional gain(10~20000)
IDD199_1482=H0801 Speed loop integral time constant(15~51200)
IDD199_1483=H0815 Average value of load inertia ratio(0~120.00)
IDD199_1484=H0906 Maximum speed for inertia auto-tuning(100~2000)
IDD199_1499=H0907 Acceleration/Deceleration time for inertia auto-tuning(20~800)
IDD199_1500=H0908 Interval after an inertia auto-tuning(50~10000)
IDD199_1070=0
IDD199_1071=0
IDD199_1072=0
IDD199_1073=0
IDD199_1074=0
IDD199_1075=0
IDD199_1487=Entire running time
IDD199_1076=
IDD199_1488=Maximum speed
IDD199_1077=
IDD199_1489=Running displacement
IDD199_1078=
IDD199_1079=Back
IDD199_1501=1. Distance based on the selected speed and acceleration/deceleration time must not exceed the limit. 2. The emergency stop button can be reached easily. 3. The equipment is ready without moving obstacle.
IDD199_1479=Warning
IDD199_1491=Caution
IDD199_1502=For large-inertia load, if the default value of H0815 is used, the actual speed feedback may not reach the speed reference during auto-tuning. The load can only move slightly, and the load speed and acceleration rate cannot meet the requirements for inertia auto-tuning, resulting in that the inertia auto-tuning result will not be updated. Therefore, increase the value of H0815 gradually and then perform auto-tuning.
IDD149_DLG=Software Reset
IDD149_1142=Reset
IDD149_1143=Progress1
IDD149_1407=Wait 5s for reset.
IDD177_DLG=Login
IDD177_1395=User name
IDD177_1396=Password
IDD177_1110=admin
IDD177_1111=
IDD177_1177=Login
IDD177_1178=Back
IDD131_DLG=Serial Port Setting
IDD131_1385=Communication port:    
IDD131_1386=Baud rate:    
IDD131_1387=Station No.:
IDD131_1388=Protocol:
IDD131_1046=COM1
IDD131_1047=57600
IDD131_1048=3
IDD131_1049=8-N-2
IDD131_1050=Open port
IDD131_1051=Back
IDD141_DLG=Customized Function Code Group
IDD141_1090=Add>>
IDD141_1091=Delete<<
IDD141_1092=Add all
IDD141_1093=Delete all
IDD141_2020=
IDD141_2021=
IDD139_DLG=Read Parameter
IDD139_1088=
IDD139_1097=Info. bar
IDD139_1140=Progress1
IDD139_1262=Back
IDD139_1901=Auto close after 1 second
IDD146_DLG=Modify Function Code
IDD146_1398=Function code
IDD146_1399=Parameter name
IDD146_1400=Set value
IDD146_1401=Default
IDD146_1402=Min.
IDD146_1403=Max.
IDD146_1404=Unit
IDD146_1405=Width
IDD146_1406=Negative value
IDD146_1090=Add
IDD146_1110=
IDD146_1111=
IDD146_1112=
IDD146_1113=
IDD146_1114=
IDD146_1115=
IDD146_1116=
IDD146_1397=Items
IDD146_1156=
IDD146_1161=Back
IDD146_1162=
IDD146_1157=16 bits
IDD146_1158=32 bits
IDD146_1159=Yes
IDD146_1160=No
IDD146_1163=
IDD146_1167=Modify data item
IDD146_1164=
IDD146_1165=
IDD146_1166=Add
IDD146_1168=Delete
IDD132_DLG=Modify Parameter
IDD132_1=OK
IDD132_2=Cancel
IDD132_1052=List1
IDD132_1057=Read parameter
IDD132_1058=Write parameter
IDD132_1149=Select all
IDD164_DLG=Function Code Group List
IDD164_1=OK
IDD164_2=Back
IDD164_1088=
IDD130_DLG=Trigger Setting
IDD130_1=OK
IDD130_2=Cancel
IDD130_1533=Trigger A setting
IDD130_1534=Trigger object
IDD130_1535=Condition
IDD130_1536=Trigger level
IDD130_1513=Value range
IDD130_1036=
IDD130_1037=
IDD130_1038=0
IDD130_1039=
IDD130_1537=Trigger B setting
IDD130_1515=Object
IDD130_1516=Condition
IDD130_1517=Level
IDD130_1538=Range
IDD130_1040=
IDD130_1041=
IDD130_1042=0
IDD130_1043=
IDD130_1519=Trigger condition setting
IDD130_1520=Pre-trigger setting(%)
IDD130_1044=0
IDD130_1045=
IDD130_1283=
IDD130_1284=
IDD136_DLG=Parameter Setting
IDD136_1=Next
IDD136_2=Close
IDD136_1068=Read parameter
IDD136_1480=Parameter setting
IDD136_1486=Position info.
IDD136_1069=Write parameter
IDD136_1481=H0800 Speed loop proportional gain(10~20000)
IDD136_1482=H0801 Speed loop integral time constant(15~51200)
IDD136_1483=H0815 Average value of load inertia ratio(0.90~120.00)
IDD136_1484=H0900 Maximum speed for inertia auto-tuning(300~2000)
IDD136_1485=H0901 Acceleration/Deceleration time for inertia auto-tuning(20~400)
IDD136_1493=H0904 Interval after an inertia auto-tuning(0~10000)
IDD136_1070=0
IDD136_1071=0
IDD136_1072=0
IDD136_1073=0
IDD136_1074=0
IDD136_1075=0
IDD136_1487=Entire running time
IDD136_1076=
IDD136_1488=Maximum speed
IDD136_1077=
IDD136_1489=Running displacement
IDD136_1078=
IDD136_1079=Back
IDD136_1490=1. Check that distance based on the selected speed and acceleration/deceleration time does not exceed the limit.       2. Ensure that the emergency stop button can be reached easily.                  3. Ensure that the equipment is ready without moving obstacle before running.
IDD136_1479=Warning
IDD136_1491=Caution
IDD136_1492=1. During inertia auto-tuning, the motor can rotate in the forward or reverse direction. Perform forward and reverse rotation several times in almost the same position and select an accurate value.                      2. Increasing the speed loop proportional gain and load inertia ratio can improve auto-tuning accuracy, but too large values may cause mechanical vibration. Increase these values gradually.
IDD137_DLG=Inertia Auto-tuning
IDD137_1=Finish
IDD137_2=Exit
IDD137_1083=Back
IDD137_1469=Auto-tuning
IDD137_1080=Servo On
IDD137_1081=Reverse
IDD137_1082=Forward
IDD137_1470=Auto-tuning result
IDD137_1471=Current auto-tuning result(H0816)
IDD137_1084=
IDD137_1472=Final auto-tuning result(H0815)
IDD137_1085=0
IDD137_1087=Set inertia ratio
IDD166_DLG=Warning message
IDD166_1155=
IDD166_1153=Reset
IDD166_1154=List1
IDD166_1408=Current warning
IDD166_1409=History warning
IDD192_DLG=Initialize Electrical Angle
IDD192_1=Start
IDD192_2=Cancel
IDD192_1282=If the motor shaft never rotates, slightly rotate the motor shaft with your hand .
IDD192_1281=Progress1
IDD193_DLG=UV Phase Current Balance
IDD193_1=Correct
IDD193_2=Close
IDD193_1284=Hold the motor with your hand to prevent large vibration.
IDD200_DLG=Inertia Auto-tuning
IDD200_1=Finish
IDD200_2=Exit
IDD200_1083=Back
IDD200_1469=Auto-tuning
IDD200_1080=Servo On
IDD200_1081=Reverse
IDD200_1082=Forward
IDD200_1470=Auto-tuning result
IDD200_1471=Current auto-tuning result
IDD200_1084=
IDD200_1472=Final auto-tuning result
IDD200_1085=0
IDD200_1087=Set inertia ratio
IDD179_DLG=Trigger Setting
IDD179_1=OK
IDD179_2=Cancel
IDD179_1509=Trigger A setting
IDD179_1510=Object
IDD179_1511=Condition
IDD179_1512=Level
IDD179_1513=Range
IDD179_1036=
IDD179_1037=
IDD179_1038=0
IDD179_1039=
IDD179_1514=Trigger B setting
IDD179_1515=Object
IDD179_1516=Object
IDD179_1517=Object
IDD179_1518=Object
IDD179_1040=
IDD179_1041=
IDD179_1042=0
IDD179_1043=
IDD179_1519=Trigger condition selection
IDD179_1520=Pre-trigger setting(%)
IDD179_1044=0
IDD179_1045=
IDD179_1283=
IDD179_1284=
IDD184_DLG=Parameter Setting
IDD184_1=OK
IDD184_2=Cancel
IDD184_1052=List1
IDD184_1057=Read parameter
IDD184_1058=Write parameter
IDD184_1149=Select All
IDD214_DLG=Machine Setting
IDD214_1=Write
IDD214_2=Cancel
IDD214_1539=Lead of one slave shaft revolution
IDD214_1333=
IDD214_1544=Numerator of slave shaft transmission ratio
IDD214_1334=
IDD214_1545=Denominator of slave shaft transmission ratio
IDD214_1335=
IDD214_1540=Machine valid travel
IDD214_1336=
IDD214_1541=Long/Short material switch coefficient
IDD214_1337=
IDD214_1546=Allowed length in the flying saw synchronizing area
IDD214_1338=
IDD214_1542=Cut completion signal
IDD214_1305=
IDD214_1547=Cut time
IDD214_1340=
IDD214_1543=Synchronization signal start time
IDD214_1341=
IDD214_1548=Synchronization signal end time
IDD214_1342=
IDD214_3=Apply
IDD214_1308=Read
IDD144_DLG=Input Pin Selection
IDD144_1=OK
IDD144_2=Cancel
IDD144_1378=DI logic selection
IDD144_1379=DI function selection
IDD144_1100=Low level valid
IDD144_1101=High level valid
IDD144_1102=Rising edge valid
IDD144_1103=Falling edge valid
IDD144_1104=Both rising edge and falling edge valid
IDD144_1105=
IDD145_DLG=Output Pin Selection
IDD145_1=OK
IDD145_2=Cancel
IDD145_1380=DO logic selection
IDD145_1107=Output low level when valid (optocoupler ON)
IDD145_1108=Output high level when valid (optocoupler OFF)
IDD145_1379=DO function selection
IDD145_1106=
IDD138_DLG=Write Parameter
IDD138_1088=
IDD138_1098=Info. bar
IDD138_1141=Progress1
IDD138_1261=OK
IDD138_1900=Auto close after 1 second
IDD208_DLG=Length Measuring Wheel Setting
IDD208_1297=10000
IDD208_1298=1000000
IDD208_1300=100000
IDD208_1302=300000
IDD208_1301=0
IDD208_1299=0
IDD208_1304=0
IDD208_1303=0
IDD208_1307=1-Cut length
IDD208_1308=Read
IDD208_1=Write
IDD208_3=Apply
IDD208_2=Exit
IDD208_1410=PPR of length measuring wheel (spindle)
IDD208_1415=Perimeter of length measuring wheel (spindle)
IDD208_1411=Immediate cut length
IDD208_1416=Cut lead
IDD208_1418=Filter time of spindle position average value
IDD208_1413=Low-pass filter time of spindle position
IDD208_1414=Initial cut length
IDD210_DLG=Cut Setting
IDD210_1298=800000
IDD210_1309=1
IDD210_1310=1
IDD210_1311=3000
IDD210_1312=1800
IDD210_1313=1
IDD210_1314=5
IDD210_1117=1000
IDD210_1315=0-Immeidate stop
IDD210_1316=0-Invalid
IDD210_1120=250
IDD210_1121=30
IDD210_1122=200000
IDD210_1308=Read
IDD210_1=Write
IDD210_3=Apply
IDD210_2=Exit
IDD210_1419=Cutter perimeter
IDD210_1427=Numerator of cutter transmission ratio
IDD210_1420=Denominator of cutter transmission ratio
IDD210_1428=Peeling synchronizing area
IDD210_1421=Peeling waiting position
IDD210_1429=Number of cutters
IDD210_1422=Cutter displacement step length
IDD210_1430=Flying shear compensation coefficient
IDD210_1424=Stop mode selection
IDD210_1432=Cut point correcting selection
IDD210_1425=Cut point correcting range
IDD210_1433=Cut pint signal valid range
IDD210_1426=Flying shear stop lead
IDD207_DLG=I/O Point Setting
IDD207_1305=DI5
IDD207_1326=High level
IDD207_1327=Low level
IDD207_1306=DI4
IDD207_1328=High level
IDD207_1329=Low level
IDD207_1307=None
IDD207_1330=High level
IDD207_1105=Low level
IDD207_1321=None
IDD207_1106=High level
IDD207_1107=Low level
IDD207_1323=None
IDD207_1110=High level
IDD207_1111=Low level
IDD207_1324=None
IDD207_1114=High level
IDD207_1115=Low level
IDD207_1311=None
IDD207_1118=High level
IDD207_1119=Low level
IDD207_1313=None
IDD207_1122=High level
IDD207_1123=Low level
IDD207_1314=None
IDD207_1124=High level
IDD207_1125=Low level
IDD207_1315=None
IDD207_1126=High level
IDD207_1127=Low level
IDD207_1320=DI9
IDD207_1322=DI10
IDD207_1325=None
IDD207_1130=High level
IDD207_1131=Low level
IDD207_1318=None
IDD207_1132=High level
IDD207_1133=Low level
IDD207_1319=None
IDD207_1134=High level
IDD207_1135=Low level
IDD207_1308=Read
IDD207_1=Write
IDD207_3=Apply
IDD207_2=Exit
IDD207_1447=DO
IDD207_1435=Servo ON
IDD207_1434=DI
IDD207_1441=Alarm reset
IDD207_1436=Home return
IDD207_1438=Cam enable
IDD207_1444=Forward JOG
IDD207_1439=Reverse JOG
IDD207_1445=Cyclic flying shear stop
IDD207_1450=Order almost completed
IDD207_1449=Cam engagement
IDD207_1442=Order selection 1
IDD207_1437=Order selection 2
IDD207_1443=Immediate cut
IDD207_1448=Order completion
IDD206_DLG=Order length
IDD206_1289=0-Not switch
IDD206_1290=800000
IDD206_1292=800000
IDD206_1291=100
IDD206_1293=100
IDD206_1294=800000
IDD206_1296=800000
IDD206_1295=100
IDD206_1117=100
IDD206_1118=1
IDD206_1308=Read
IDD206_1=Write
IDD206_3=Apply
IDD206_2=Exit
IDD206_1451=Order selection mode
IDD206_1452=Cut length of order 1
IDD206_1453=Cut times of order 1
IDD206_1457=Cut length of order 2
IDD206_1458=Cut times of order 2
IDD206_1454=Cut length of order 3
IDD206_1455=Cut times of order 3
IDD206_1459=Cut length of order 4
IDD206_1460=Cut times of order 4
IDD206_1456=Amplitude of order almost completed (when the difference between the completion times and the set times is smaller than the value, the signal is output)
IDD209_DLG=Color Dot Setting
IDD209_1317=0-Not use
IDD209_1318=1
IDD209_1319=0-Not clear
IDD209_1320=0
IDD209_1322=0-No
IDD209_1323=0
IDD209_1321=1
IDD209_1324=0
IDD209_1308=Read
IDD209_1=Write
IDD209_2=Exit
IDD209_1461=Dot tracing mode
IDD209_1466=Distance from dot to home
IDD209_1467=Cut point compensation range 1 at dot tracing
IDD209_1463=Correct cut length with dot distance
IDD209_1468=Cut point compensation range 2 at dot tracing
IDD209_1464=Color dot range
IDD209_3=Apply
IDD147_DLG=Positioning Adjust
IDD147_1=OK
IDD147_2=Cancel
IDD147_1522=H0800 Speed loop proportional gain
IDD147_1126=0
IDD147_1523=H0801 Speed loop integral time constant
IDD147_1524=H0802 Position loop gain
IDD147_1127=0
IDD147_1128=0
IDD147_1525=H0815 Average value of load inertia ratio
IDD147_1129=0
IDD147_1526=H0705 Torque reference filter time
IDD147_1130=0
IDD147_1527=H0905 Current rigidity level
IDD147_1131=0
IDD147_1521=Parameter Adjust
IDD147_1090=Read parameter
IDD147_1091=Write parameter
IDD147_1528=Set curve
IDD147_1529=Displacement
IDD147_1121=0
IDD147_1530=Waiting time
IDD147_1122=0
IDD147_1488=Maximum speed
IDD147_1123=0
IDD147_1531=Acceleration/Deceleration time
IDD147_1124=0
IDD147_1094=Servo On
IDD147_1095=Servo OFF
IDD147_1125=Start test
IDD147_1134=Static
IDD147_1132=Single-time mode
IDD147_1133=Cyclic mode
IDD147_1532=Running mode
IDD232_DLG=Para Setting
IDD232_1=OK
IDD232_2=Cancel
IDD232_1571=List1
IDD232_1573=Read parameter
IDD232_1574=Write parameter
IDD232_1572=Select all

IDD233_DLG=JOG Motion and Positioning Trial Running
IDD233_1551=Servo ON
IDD233_1552=Servo OFF
IDD233_1554=List4
IDD233_1555=Forward
IDD233_1556=Reverse
IDD233_1557=0
IDD233_1558=0
IDD233_1559=0
IDD233_1560=Setting
IDD233_1561=Setting
IDD233_1563=Complete setting limit position
IDD233_1564=Re-set Limit position
IDD233_1578=Continuous
IDD233_1577=Single-time
IDD233_1575=Reverse
IDD233_1576=Forward
IDD233_1579=JOG motion
IDD233_1580=Position info. (unit: 0.0001rev)
IDD233_1581=Positioning trial running
IDD233_1582=Pause
IDD233_1583=List1
IDD233_1584=Forward limit position
IDD233_1585=Reverse limit position
IDD233_1586=Current position
IDD233_1615=
IDD233_1620=Static
IDD233_1649=
IDD233_1648=
IDD233_1650=Allowed reverse maximum position
IDD233_1651=Allowed forward maximum position
IDD233_48059=
IDD181_DLG=DI Select
IDD181_1=OK
IDD181_2=Cancel
IDD182_DLG=DO Select
IDD182_1=OK
IDD182_2=Cancel
IDD229_DLG=Gain Adjust
IDD229_1590=12
IDD229_1644=Spin1
IDD229_1585=Rigidity setting
IDD229_1589=Gain adjust mode
IDD229_1591=Rigidity level
IDD229_1306=0: Manual
IDD229_1594=Load estimation
IDD229_1595=Vibration suppression
IDD229_1596=Load inertia ratio
IDD229_1601=Gravity load
IDD229_1602=Forward friction
IDD229_1706=Reverse friction
IDD229_1597=100
IDD229_1598=
IDD229_1600=
IDD229_1599=
IDD229_1117=
IDD229_1118=
IDD229_1119=
IDD229_1120=
IDD229_1121=2
IDD229_1122=2000
IDD229_1123=2000
IDD229_1124=
IDD229_1125=
IDD229_1126=
IDD229_1127=
IDD229_1128=
IDD229_1607=1st notch
IDD229_1609=2nd notch
IDD229_1608=3rd notch
IDD229_1705=4th notch
IDD229_1605=Working mode of self-adaptive notch
IDD229_1129=2
IDD229_1606=Resonance frequency
IDD229_1610=Motion monitor
IDD229_1611=Start
IDD229_1603=Width level
IDD229_1604=Frequency(Hz)
IDD229_1612=Monitor times
IDD229_1613=1
IDD229_1089=List2
IDD229_1617=Progress1
IDD229_1305=0: No self-adaptive notch
IDD229_1679=Level 0 
IDD229_1680=Level 31
IDD229_1681=Static
IDD229_1683=Read parameter
IDD229_1688=Write parameter
IDD229_1684=Read parameter
IDD229_1666=Write parameter
IDD229_1686=Read parameter
IDD229_1687=Write parameter
IDD229_1691=Online inertia auto-tuning mode
IDD229_1307=0: Disabled
IDD229_1614=(Hz)
IDD229_1130=0
IDD229_1615=Attenuation level
IDD229_1131=0
IDD229_1132=
IDD229_1133=
IDD229_1685=Read parameter
IDD229_1689=Write parameter
IDD229_1698=Estimated value
IDD229_1400=Setting value
IDD229_1694=0.01
IDD229_1695=0.01%
IDD229_1697=0.01%
IDD229_1696=0.01%
IDD229_1693=Rigidity increase

IDD241_DLG=Mechanical Analysis
IDD241_1621=Load
IDD241_1622=Save
IDD241_1179=Waveform compare
IDD241_1675=Cancel waveform compare
IDD241_1180=Display coordinates
IDD241_1182=Set trap
IDD241_1646=0
IDD241_1644=Spin1
IDD241_1624=Gain
IDD241_1625=Phase
IDD241_1626=Cutoff frequency
IDD241_1627=Smooth
IDD241_1628=Test pattern
IDD241_1629=Test
IDD241_1630=Speed closed loop feature
IDD241_1631=Speed opened loop feature
IDD241_1632=Torque speed (vertical)
IDD241_1633=Color
IDD241_1638=Color
IDD241_1643=View
IDD241_1645=
IDD241_1647=
IDD241_1655=Test condition
IDD241_1657=Amplitude
IDD241_1659=
IDD241_1658=Offset
IDD241_1660=
IDD241_1661=rpm
IDD241_1662=rpm
IDD241_1667=Stop
IDD241_1668=
IDD241_1670=Hide
IDD241_1671=Hide
IDD241_1674=Zoom selection
IDD241_1305=
IDD241_1648=
IDD241_1677=Frequency
IDD241_1676=Gain
IDD241_1689=Tip
IDD241_1690=When the motor speed will change, please pay attention to safety. Please perform the test in the case of an immediate shutdown of the servo drive. Please do not use this feature if motor strenuous exercisecan could damage the device by strenuous exercise. Please test the gain as low as possible.
IDD241_48059=
IDD236_DLG=Set Notch
IDD236_1665=Notch parameter
IDD236_1666=Write parameter
IDD236_1673=List1
IDD236_1682=Read parameter

IDD199_1703=0
IDD199_1702=0
IDD199_1701=0
IDD199_1485=H0905 Offline inertia auto-tuning mode
IDD199_1305=
IDD199_1490=H0900 Auto-adjusting mode
IDD199_1306=
IDD199_1492=H0901 Rigidity level selection(0~31)
IDD254_DLG=Encoder Sampling Calibration
IDD254_1=Start
IDD254_2=Cancel
IDD254_1704=If the operator displays "turn", rotate the motor for one revolution with your hand.
IDD254_1617=Progress1
IDD140_DLG=Param compare
IDD140_6070=
IDD140_6071=Parameter values VS default
IDD140_6072=Parameter values VS file
IDD140_6073=Default values VS file
IDD140_6074=...
IDD140_6075=
IDD140_6076=OK
IDD140_6077=Cancel
IDD166_6078=
IDD166_6079=Update
IDD166_6080=Clear record
IDD166_6081=Reset
IDD166_6082=*Note: double click the line to see the detail of warning/fault information!
IDD6011_DLG=Crankshaft connecting rod model
IDD6011_1415=Wheel perimeter:
IDD6011_6044=Wheel encoder resolution:
IDD6011_6045=Acceleration zone:
IDD6011_6046=Uniform area:
IDD6011_6047=Fast empty back area:
IDD6011_6048=Deceleration zone:
IDD6011_6054=Connecting rod length:
IDD6011_6055=Crank length:
IDD6011_6056=Center height:
IDD6011_6057=Speed ratio:
IDD6011_-1=mm
IDD6011_6049=Pulse
IDD6011_6050=Degree
IDD6011_6051=Degree
IDD6011_6052=Degree
IDD6011_6053=Degree
IDD6011_6058=Calculation
IDD6011_6059=
IDD6011_6060=
IDD6011_6061=
IDD6011_6062=
IDD6011_6063=
IDD6011_6064=
IDD6011_6065=
IDD6011_6066=
IDD6011_6067=
IDD6011_6068=
IDD6011_6069=
IDD241_1663=Current excitation
IDD241_1664=
IDD241_1665=%
IDD6002_DLG=DDL motor parameters - * all lists are supported the right mouse button operation.
IDD6002_6002=Automatic recognition
IDD6002_6003=Manual setting
IDD6002_6004=Automatic identification of motor parameters
IDD6002_6005=Automatic identification of motor parameters
IDD6002_6006=
IDD6003_DLG=
IDD6003_6007=Last
IDD6003_6009=Next
IDD6003_6010=Cancel
IDD6003_6011=
IDD6004_DLG=
IDD6004_6012=
IDD6004_6034=
IDD6004_6041=Set group:
IDD6004_6042=Look group:
IDD6004_6043=*Note: if you need to set the other parameters, set the H0000 to 65535 first and power again.
IDD6005_DLG=
IDD6005_6013=
IDD6005_6014=Holzer
IDD6005_6015=No
IDD6005_6016=Yes
IDD6005_6017=
IDD6006_DLG=
IDD6006_6092=*Note: the motor will move about a distance of N-N range
IDD6006_6093=Start identify
IDD6006_6094=JOG
IDD6006_6095=Static
IDD6007_DLG=
IDD6007_6018=Motor and driver parameters
IDD6007_6019=
IDD6007_6020=Current loop parameters
IDD6007_6021=
IDD6007_6022=Position feedback signal parameters
IDD6007_6024=
IDD6007_6025=
IDD6007_6026=Holzer
IDD6007_6027=No
IDD6007_6028=Yes
IDD6007_6032=
IDD6007_6033=Upload all
IDD6007_6035=Holzer manual setting
IDD6007_6036=Holzer automatic identify
IDD6007_6034=
IDD6007_6084=Pole identify param
IDD6007_6089=Static
IDD6007_6090=Start
IDD6007_6091=*Pay attention to motor movement
IDD6007_6037=Upload check
IDD6007_6038=Identification
IDD6007_6096=
IDD6008_DLG=Identify state
IDD6008_6037=H0B10:
IDD6008_6038=H0B17:
IDD6008_6039=Static
IDD6008_6040=Static
IDD6008_6085=Start identify
IDD6008_6086=JOG
IDD6008_6087=*Note: the motor will move about a distance of N-N range
IDD6008_6088=Static
IDD6004_6104=Static
IDD6004_6105=No
IDD6004_6106=Yes
IDD6004_6107=Motor overheat protection threshold:
IDD6004_6108=
IDD6004_6110=(R:Temperature measurement resistor)
IDD6004_6109=
IDD6005_6111=Counter selection of encoder counter
IDD6005_6112=Unchang
IDD6005_6113=Reverse
IDD6007_6097=Static
IDD6007_6098=No
IDD6007_6099=Yes
IDD6007_6100=Motor overheat protection threshold:
IDD6007_6101=
IDD6007_6102=(R:Temperature measurement resistor)
IDD6007_6103=
IDD6007_6029=Counter selection of encoder counter
IDD6007_6030=Unchang
IDD6007_6031=Reverse
IDD6005_6114=Unchang
IDD6005_6115=Reverse
IDD185_DLG=Cursor Setting
IDD185_1=OK
IDD185_2=Cancel
IDD185_1507=CursorType
IDD185_1053=Vertical
IDD185_1054=Horizontal
IDD185_1508=Cursor
IDD185_1055=List1
IDD185_1056=Fix the distance between A to B
IDD6015_DLG=Position JOG
IDD6015_6116=Help
IDD6015_6117=Step 1
IDD6015_6118=Step 2
IDD6015_6119=Step 3
IDD6015_6120=Back
IDD6015_6121=Next
IDD6015_6122=
IDD6016_DLG=
IDD6016_6123=Servo ON
IDD6016_6124=Servo OFF
IDD6016_6125=Jog operation
IDD6016_6032=
IDD6016_6126=FWD rotation
IDD6016_6127=REV rotation
IDD6016_6128=Position info. (unit: 0.001 rev)
IDD6016_6129=FWD rotation limit position
IDD6016_6130=Current position
IDD6016_6131=REV rotation limit position
IDD6016_6132=
IDD6016_6133=
IDD6016_6134=
IDD6016_6136=
IDD6016_6135=FWD rotation max. position
IDD6016_6137=REV rotation max. position
IDD6016_6138=
IDD6016_6139=
IDD6016_6140=Positioning trial running
IDD6016_6141=Limit position set finish
IDD6016_6142=Limit position reset
IDD6016_6143=
IDD6016_6144=Single
IDD6016_6145=Continuous
IDD6016_6146=FWD rotation
IDD6016_6147=REV rotation
IDD6016_6148=Pause
IDD6017_DLG=
IDD6017_6147=Rigidity setting
IDD6017_6148=Auto-adjusting mode
IDD6017_6149=
IDD6017_6150=Read parm.
IDD6017_6151=Write parm.
IDD6017_6152=Rigidity level
IDD6017_6153=Rigidity increase
IDD6017_6154=
IDD6017_6155=Level 0
IDD6017_6156=
IDD6017_-1=
IDD6017_6157=Level 31
IDD6017_6158=Write parm.
IDD6017_6159=Read parm.
IDD6017_6160=
IDD6017_6161=
IDD6017_6162=Parm. show
IDD6017_6163=Motion monitor
IDD6017_6164=Load estimate
IDD6017_6165=Online inertia auto-tuning mode
IDD6017_6166=
IDD6017_6167=Setting value
IDD6017_6168=Estimated value
IDD6017_6169=Load inertia ratio
IDD6017_6170=Gravity load
IDD6017_6171=FWD friction
IDD6017_6172=REV friction
IDD6017_6173=
IDD6017_6174=
IDD6017_6175=
IDD6017_6176=
IDD6017_6177=
IDD6017_6178=
IDD6017_6179=
IDD6017_6180=
IDD6017_6181=%
IDD6017_6182=0.1%
IDD6017_6183=0.1%
IDD6017_6184=0.1%
IDD6017_6185=Read parm.
IDD6017_6186=Write parm.
IDD6017_6187=Vibration suppression
IDD6017_6188=Self-adaptive notch mode
IDD6017_6189=
IDD6017_6190=Resonance frequency
IDD6017_6191=Vib threshold
IDD6017_6192=1st notch
IDD6017_6193=2st notch
IDD6017_6194=3st notch
IDD6017_6195=4st notch
IDD6017_6196=
IDD6017_6197=
IDD6017_6198=
IDD6017_6199=Frequency(Hz)
IDD6017_6200=Width level
IDD6017_6201=Attenuation level
IDD6017_6202=Read parm.
IDD6017_6205=Write parm.
IDD6017_6206=
IDD6017_6207=
IDD6017_6208=
IDD6017_6209=
IDD6017_6210=
IDD6017_6211=
IDD6017_6212=
IDD6017_6213=
IDD6017_6214=
IDD6017_6203=
IDD6017_6204=(Hz)
IDD6017_6215=
IDD6017_6216=%
IDD6017_6217=
IDD6017_6218=Motion monitor
IDD6017_6219=Start
IDD6017_6220=Monitor times
IDD6017_6221=
IDD6017_6222=
IDD6018_DLG=
IDD6018_6223=One-key auto-adjust is ongoing.
IDD6018_6224=please wait.
IDD6018_6225=Stop
IDD6019_DLG=
IDD6019_6226=To auto-adjust
IDD6019_6227=Not auto-adjust
IDD6019_6228=Load mode
IDD6019_6229=
IDD6019_6230=Res speed
IDD6019_6231=
IDD6019_6233=Write config. parm
IDD6019_6232=Not allow overshoot
IDD6020_DLG=Auto-adjust success
IDD6020_6235=Auto-adjust succeeded, obtained indexes and changed parameters are:
IDD6020_6236=Pos. time:
IDD6020_6237=Static
IDD6020_6238=Vib level:
IDD6020_6239=Static
IDD6020_6242=Overshoot
IDD6020_6243=Static
IDD6020_6240=Ave. load rate:
IDD6020_6241=Static
IDD6020_6244=
IDD6020_6096=
IDD6020_6245=Not write parm.
IDD6020_6246=Write parm.
[VIEW]
IDD101_VIEW=
IDD101_2000=
IDD101_2001=
IDD101_2002=
IDD101_2003=Read all (selected)
IDD101_2004=Write all (selected)
IDD101_2007=Read all(not H00/H01)
IDD101_2005=Write all(not H00/H01)
IDD101_2006=Write all (not H01)
IDD178_VIEW=
IDD178_1185=Channel 1
IDD178_1192=Position reference (p)
IDD178_1188=Auto
IDD178_1189=2000.000
IDD178_1190=
IDD178_1191=
IDD178_1196=Channel 2
IDD178_1203=Position feedback (p)
IDD178_1199=Auto
IDD178_1200=2000.000
IDD178_1201=
IDD178_1202=
IDD178_1207=Channel 3
IDD178_1208=Position follow-up error (p)
IDD178_1211=Auto
IDD178_1212=2000.000
IDD178_1213=
IDD178_1214=
IDD178_1229=Time axis
IDD178_1231=
IDD178_1238=Set and run
IDD178_1235=17
IDD178_1240=Single-time
IDD178_1179=
IDD178_1239=Condition
IDD178_1230=Cell
IDD178_1232=ms
IDD178_1180=
IDD178_1181=P collect
IDD178_1182=S collect
IDD178_1183=T collect
IDD178_1186=
IDD178_1187=Hide
IDD178_1197=
IDD178_1198=Hide
IDD178_1209=
IDD178_1210=Hide
IDD178_1233=Backcolor
IDD178_1234=
IDD178_1193=DI/DO
IDD178_1204=DI/DO
IDD178_1215=DI
IDD178_1218=Channel 4
IDD178_1219=Speed feedback (rpm)
IDD178_1220=Auto
IDD178_1221=2000.000
IDD178_1222=
IDD178_1223=
IDD178_1224=
IDD178_1225=Hide
IDD178_1226=DO
IDD178_1241=Continuous
IDD178_1237=Sampling
IDD178_1184=CH1:16 CH2:16 CH3:16 CH4:16
IDD102_VIEW=
IDD102_1000=Channel 1
IDD102_1001=NULL
IDD102_1002=Auto
IDD102_1003=
IDD102_1004=
IDD102_1005=
IDD102_1008=Channel 2
IDD102_1009=NULL
IDD102_1010=Auto
IDD102_1011=
IDD102_1012=
IDD102_1013=
IDD102_1016=Channel 3
IDD102_1017=NULL
IDD102_1018=Auto
IDD102_1019=
IDD102_1020=
IDD102_1021=
IDD102_1024=Time axis
IDD102_1025=
IDD102_1030=Set and run
IDD102_1031=1
IDD102_1033=
IDD102_1032=Run
IDD102_1035=
IDD102_1034=Condition
IDD102_1026=Cell
IDD102_1027=ms
IDD102_996=Unified quick setting
IDD102_999=Position mode
IDD102_998=Speed mode
IDD102_997=Torque mode
IDD102_1006=
IDD102_1007=Hide
IDD102_1014=
IDD102_1015=Hide
IDD102_1022=
IDD102_1023=Hide
IDD102_1028=Backcolor
IDD102_1029=

IDD204_VIEW=
IDD204_1288=
IDD204_1287=
IDD204_1336=Simulation
IDD204_1337=
IDD204_1338=
IDD204_1339=
IDD204_1340=
IDD204_1341=
IDD204_1342=
IDD204_1343=
IDD204_1344=
IDD204_1345=
IDD204_1346=
IDD204_1347=
IDD204_1348=
IDD204_1349=
IDD204_1350=
IDD204_1351=
IDD204_1352=
IDD204_1353=
IDD204_1354=
IDD204_1355=
IDD204_1356=
IDD204_1357=
IDD204_1358=
IDD204_1359=
IDD204_1360=
IDD204_1361=
IDD204_1362=
IDD204_1363=
IDD204_1364=
IDD204_1365=
IDD204_1366=
IDD204_1367=
IDD204_1368=
IDD204_1369=
IDD204_1370=
IDD204_1371=
IDD204_1372=
IDD204_1373=Monitor IO state
IDD204_1374=Refresh curve
IDD204_16=
IDD212_VIEW=
IDD212_1331=
IDD212_1332=
IDD212_1336=Simulation
IDD212_1337=
IDD212_1338=
IDD212_1339=
IDD212_1340=
IDD212_1341=
IDD212_1342=
IDD212_1343=
IDD212_1344=
IDD212_1345=
IDD212_1346=
IDD212_1347=
IDD212_1348=
IDD212_1349=
IDD212_1350=
IDD212_1351=
IDD212_1352=
IDD212_1353=
IDD212_1354=
IDD212_1355=
IDD212_1356=
IDD212_1357=
IDD212_1358=
IDD212_1359=
IDD212_1360=
IDD212_1361=
IDD212_1362=
IDD212_1363=
IDD212_1364=
IDD212_1365=
IDD212_1366=
IDD212_1367=
IDD212_1368=
IDD212_1369=
IDD212_1370=
IDD212_1371=
IDD212_1372=
IDD212_1373=Monitored IO state
IDD212_1375=Refresh curve
IDD212_16=

IDD228_VIEW=
IDD228_1549=
IDD228_1556=PUU setting
IDD228_1557=Spindle length
IDD228_1570=Unit
IDD228_1561=
IDD228_1562=Slave shaft pulses
IDD228_1564=
IDD228_1566=
IDD228_1559=
IDD228_1568==
IDD228_1563=Spindle pulses
IDD228_1565=
IDD228_1567=
IDD228_1560=
IDD228_1569==
IDD228_1555=Para setting
IDD228_1554=Burn
IDD228_1571=Write to PUU
IDD228_16=
IDD228_17=
IDD228_18=

[String]
IDS_50PinDIDODlg_1="Serial port not connected!"
IDS_50PinDIDODlg_2="50-pin DI/DO Setting"
IDS_50PinDIDODlg_3="Reading function code %s fails."
IDS_50PinDIDODlg_4="50-pin DI/DO Setting"
IDS_50PinDIDODlg_5="Reading function code %s fails."
IDS_50PinDIDODlg_6="50-pin DI/DO Setting"
IDS_50PinDIDODlg_7="Offline, not operational."
IDS_50PinDIDODlg_8="50-pin DI/DO Setting"
IDS_50PinDIDODlg_9="Writing function code %s fails."
IDS_50PinDIDODlg_10="50-pin DI/DO Setting"
IDS_50PinDIDODlg_11="Writing function code %s fails."
IDS_50PinDIDODlg_12="50-pin DI/DO Setting"
IDS_50PinDIDODlg_13="Pin No."
IDS_50PinDIDODlg_14="Terminal"
IDS_50PinDIDODlg_15="Function Code"
IDS_50PinDIDODlg_16="Function"
IDS_50PinDIDODlg_17="Logic"
IDS_50PinDIDODlg_18="Pin No."
IDS_50PinDIDODlg_19="Terminal"
IDS_50PinDIDODlg_20="Function Code"
IDS_50PinDIDODlg_21="Function"
IDS_50PinDIDODlg_22="Logic"
IDS_50PinDIDODlg_23="Write pin allocation info. to servo drive?"
IDS_50PinDIDODlg_24="50-pin DI/DO Setting"
IDS_50PinDIDODlg_25="Writing succeeds."
IDS_50PinDIDODlg_26="50-pin DI/DO Setting"
IDS_50PinDIDODlg_27="Reading the value of H3000 fails."
IDS_50PinDIDODlg_28="50-pin DI/DO Setting"
IDS_50PinDIDODlg_29="Servo not ready."
IDS_50PinDIDODlg_30="50-pin DI/DO Setting"
IDS_50PinDIDODlg_31="Servo being running, not support operation."
IDS_50PinDIDODlg_32="50-pin DI/DO Setting"
IDS_50PinDIDODlg_33="Servo faulty!"
IDS_50PinDIDODlg_34="50-pin DI/DO Setting"
IDS_50PinDISelectDlg_1="Select terminal function."
IDS_50PinDISelectDlg_2="50-pin DI/DO Setting"
IDS_50PinDISelectDlg_3="DI functions cannot repeat. Select again."
IDS_50PinDISelectDlg_4="50-pin DI/DO Setting"
IDS_50PinDOSelectDlg_1="Select terminal function."
IDS_50PinDOSelectDlg_2="50-pin DI/DO Setting"
IDS_50PinDOSelectDlg_3="DO functions cannot repeat. Select again."
IDS_50PinDOSelectDlg_4="50-pin DI/DO Setting"
IDS_BaudAutoDetectDlg_1="Completing search. No device is connected or serial port is used."
IDS_BaudAutoDetectDlg_2="No serial port available, check serial hardware."
IDS_BaudAutoDetectDlg_3="No serial port available, check serial hardware."
IDS_BaudAutoDetectDlg_4="COM%d does not exist or is used by other program."
IDS_BaudAutoDetectDlg_9="High 16 bits before low 16 bits"
IDS_BaudAutoDetectDlg_10="low 16 bits before high 16 bits"
IDS_BaudAutoDetectDlg_5="Find a servo connection: 1. Serial port No.: COM%d\n2. Baud rate: :%d\n3. Device ID: %d\n Note that 32-bit data transmission sequence of current Modbus is %s during parameter download."
IDS_BaudAutoDetectDlg_6="Current software version of the servo:  %08x, database: %s"
IDS_BaudAutoDetectDlg_7="Serial port %d is not connected to the device."
IDS_BaudAutoDetectDlg_8="COM%d, baud rate:%d, station No.:%d"
IDS_ChBitDlg_1="Dark yellow"
IDS_ChBitDlg_2="Light green"
IDS_ChBitDlg_3="Green"
IDS_ChBitDlg_4="Red"
IDS_ChBitDlg_5="Brown"
IDS_ColourPicker_1="Other…"
IDS_ColourPopup_1="Black"
IDS_ColourPopup_2="Brown"
IDS_ColourPopup_3="Olive green"
IDS_ColourPopup_4="Dark green"
IDS_ColourPopup_5="Dark cyan"
IDS_ColourPopup_6="Dark blue"
IDS_ColourPopup_7="Dark purple blue"
IDS_ColourPopup_8="Dark grey"
IDS_ColourPopup_9="Dark red"
IDS_ColourPopup_10="Orange"
IDS_ColourPopup_11="Dark yellow"
IDS_ColourPopup_12="Green"
IDS_ColourPopup_13="Cyan"
IDS_ColourPopup_14="Blue"
IDS_ColourPopup_15="Green grey"
IDS_ColourPopup_16="Grey"
IDS_ColourPopup_17="Red"
IDS_ColourPopup_18="Light orange"
IDS_ColourPopup_19="Light green"
IDS_ColourPopup_20="Sea blue"
IDS_ColourPopup_21="Light green"
IDS_ColourPopup_22="Light blue"
IDS_ColourPopup_23="Violet"
IDS_ColourPopup_24="Grey"
IDS_ColourPopup_25="Pink"
IDS_ColourPopup_26="Golden"
IDS_ColourPopup_27="Yellow"
IDS_ColourPopup_28="Bright green"
IDS_ColourPopup_29="Turquoise"
IDS_ColourPopup_30="Sky blue"
IDS_ColourPopup_31="Rose red"
IDS_ColourPopup_32="Light grey"
IDS_ColourPopup_33="Rose"
IDS_ColourPopup_34="Dark brown"
IDS_ColourPopup_35="Pale yellow"
IDS_ColourPopup_36="Light green"
IDS_ColourPopup_37="Pale green"
IDS_ColourPopup_38="Light blue"
IDS_ColourPopup_39="Light purple"
IDS_ColourPopup_40="White"
IDS_ColourPopup_41="Other"
IDS_CurveWnd_1="m/min.(rpm)"
IDS_DISelecDlg_1="Brown"
IDS_DISelecDlg_2="Red"
IDS_DISelecDlg_3="Green"
IDS_DISelecDlg_4="Light green"
IDS_DISelecDlg_5="Dark yellow"
IDS_DISelecDlg_6="DI%d: Not defined"
IDS_DlgCommSetting_1="Succeed in opening COM%d serial port."
IDS_DlgCommSetting_2="Note"
IDS_DlgCommSetting_3="Device connected successfully."
IDS_DlgCommSetting_4="Device connected successfully."
IDS_DlgCommSetting_5="Note"
IDS_DlgCommSetting_6="Fail to connect device."
IDS_DlgCommSetting_7="Fail to connect device.\n1. Check whether the device is powered on.\n2. Check whether the baud rate is proper.\n3. Check whether the station No. is correct."
IDS_DlgCommSetting_8="Note"
IDS_DlgCommSetting_9="COM%d serial port is being used."
IDS_DlgCommSetting_10="Note"
IDS_DlgManufactureInfo_1="Fail to obtain"
IDS_DlgManufactureInfo_2="Device not connected."
IDS_DlgManufactureInfo_3="Product info."
IDS_DlgManufactureInfo_4="Fail to obtain device info: %d  error code %08x"
IDS_DlgManufactureInfo_5="Fail to obtain device info: %d  error code %d"
IDS_DlgParamCompare_1="Function Code"
IDS_DlgParamCompare_2="Parameter Name"
IDS_DlgParamCompare_3="Default"
IDS_DlgParamCompare_4="Running Value"
IDS_DlgParamCompare_5="Unknown"
IDS_DlgParamCompare_6="Current Value"
IDS_DlgParamCompare_7="File"
IDS_DlgParamCompare_8="Choose a recipe file for comparison."
IDS_DlgParamCompare_9="The path file is not vaild."
IDS_DlgParamCustom_1="Customized Function Code Group    "
IDS_DlgParamCustom_2="Press CTRL or SHIFT for multiple selections."
IDS_DlgParamCustom_3="Function Code"
IDS_DlgParamCustom_4="Parameter Name"
IDS_DlgParamCustom_5="Function Code"
IDS_DlgParamCustom_6="Parameter Name"
IDS_DlgParamCustom_7="Customized function code group    "
IDS_DlgParamCustom_8="Press CTRL or SHIFT for multiple selections."
IDS_DlgParamDownload_1="Note: %d options selected, parameter being read... Please wait."
IDS_DlgParamDownload_2="[reading succeeds][%s][%s]"
IDS_DlgParamDownload_3="[reading fails][%s][%s]"
IDS_DlgParamDownload_4="[exceeding range][%s][range %d-%d->current value %d]"
IDS_DlgParamDownload_5="Note: Fail to read %d ,%d options, %d data exceeding range."
IDS_DlgParamDownload_6="Note: %d options, %d data exceeding range."
IDS_DlgParamDownload_7="Note: Fail to read %d options, %d data."
IDS_DlgParamDownload_8="Note: Reading %d options completed."
IDS_DlgParamDownload_9="Current data task in progress... Sure to close?"
IDS_DlgParamDownload_10="Note"
IDS_DlgParamDownload_11="Close"
IDS_DlgParamDownload_12="Success"
IDS_DlgParamNewFunction_1="Input function code group No."
IDS_DlgParamNewFunction_2="Option cannot be empty."
IDS_DlgParamNewFunction_3="Incorrect encoding format of function code, input again."
IDS_DlgParamNewFunction_4="Function code No. repeated, please modify."
IDS_DlgParamNewFunction_5="Parameter name of function code name, please modify."
IDS_DlgParamNewFunction_6="Input data incorrect, input again."
IDS_DlgParamNewFunction_7="Input data range incorrect, input again. 1. 16-bit range with symbol: (-32768-32767) 2. 16-bit range without symbol: (0-65535) 3. 32-bit range with symbol: (-2147483648-2147483647)\n4. 32-bit range without symbol:(0- 4294967295)\n"
IDS_DlgParamNewFunction_8="Function code already exists."
IDS_DlgParamNewFunction_9="Function code cannot be 32 bits."
IDS_DlgParamNewFunction_10="Function code cannot be 32 bits."
IDS_DlgParamNewFunction_11="Check including negative number."
IDS_DlgParamNewFunction_12="Input data range incorrect, input again.\n1. 16-bit range with symbol:(-32768-32767)\n2. 16-bit range without symbol: (0-65535)\n3. 32-bit range with symbol:(-2147483648-2147483647)\n4. 32-bit range without symbol: (0- 4294967295)\n"
IDS_DlgParamNewFunction_13="Function code group name cannot be empty."
IDS_DlgParamNewFunction_14="Add new function code group name:"
IDS_DlgParamNewFunction_15="Succeed in adding function code."
IDS_DlgParamNewFunction_16="Function code already exists or database file read-only."
IDS_DlgParamNewFunction_17="Modification succeeds."
IDS_DlgParamNewFunction_18="Fail to modify."
IDS_DlgParamNewFunction_19="Input option value [decimal]:"
IDS_DlgParamNewFunction_20="Input option value description:"
IDS_DlgParamNewFunction_21="Data item"
IDS_DlgParamNewFunction_22="Copy function code"
IDS_DlgParamNewFunction_23="Add Function Code, current DB: "
IDS_DlgParamNewFunction_24="Parameter name of function code"
IDS_DlgParamNewFunction_25="Copy function code"
IDS_DlgParamNewFunction_26="Modify Function Code, current DB: "
IDS_DlgParamNewFunction_27="Modify"
IDS_DlgParamNewFunction_28="New function code group."
IDS_DlgParamNewFunction_29="Check new function code group"
IDS_DlgParamNewFunction_30="Option cannot be empty."
IDS_DlgParamNewFunction_31="Input option value [decimal]:"
IDS_DlgParamNewFunction_32="Input option value description:"
IDS_DlgParamNewFunction_33="Modify options."
IDS_DlgParamNewFunction_34="Option value already exists, modify name."
IDS_DlgParamNewFunction_35="Current min. value: %d"
IDS_DlgParamNewFunction_36="Upper limit 32265."
IDS_DlgParamNewFunction_37="Current max. value is :%d, modify max. value to %d?"
IDS_DlgParamNewFunction_38="Fail to modify max. value."
IDS_DlgParamNewFunction_39="Option value already exists.\nModify current option value description?"
IDS_DlgParamNewFunction_40="Modification succeeds."
IDS_DlgParamNewFunction_41="Fail to modify."
IDS_DlgParamNewFunction_42="Succeed to add option."
IDS_DlgParamNewFunction_43="Fail to add option."
IDS_DlgParamNewFunction_44="Option cannot be empty."
IDS_DlgParamNewFunction_45="Option value does not exist."
IDS_DlgParamNewFunction_46="Succeed in deleting option."
IDS_DlgParamNewFunction_47="Fail to delete option."
IDS_DlgParamNewFunction_48="Parameter name of function code repeated, please modify."
IDS_DlgParamRealData_1="Certain monitored item does not exist."
IDS_DlgParamRealData_2="Bold"
IDS_DlgParamUpload_1="Note: total %d options, parameter being written... please wait."
IDS_DlgParamUpload_2="[Writing succeeds.] [%s] [%s]"
IDS_DlgParamUpload_3="[Writing fails] [%s] [%s]"
IDS_DlgParamUpload_4="Note: %d options, fail to write %d options."
IDS_DlgParamUpload_5="Note: %d options, writing parameter completed."
IDS_DlgParamUpload_6="Close"
IDS_DlgParamUpload_7="Current data task in progress... Sure to close?"
IDS_DlgParamUpload_8="Note"
IDS_DlgParamUpload_9="Close"
IDS_DlgParamUpload_10="Success"
IDS_DlgParamUpload_11="Sure to change H0C26 value? This value affects reading/writing sequence of 32-bit function code."
IDS_DlgParamUploadList_1="[%03d] [%s] [%s]"
IDS_DlgParamUploadList_2="     No parameter selected."
IDS_DlgParamUserLogin_1="Login succeeds."
IDS_DlgParamUserLogin_2="Note:"
IDS_DlgParamUserLogin_3="Logic fails."
IDS_DlgParamUserLogin_4="Note:"
IDS_DlgRecipeSetPath_1="Setting succeeds."
IDS_DlgRecipeSetPath_2="Recipe path setting"
IDS_DlgSoftH0D00Reset_1="Current server not connected."
IDS_DlgSoftH0D00Reset_2="Software reset"
IDS_DlgSoftH0D00Reset_3="Software reset succeeds."
IDS_DlgSoftH0D00Reset_4="Software reset fails\nError code: %08x."
IDS_DlgSoftH0D00Reset_5="Software reset succeeds."
IDS_DlgSoftH0D00Reset_6="Software reset"
IDS_DlgSoftWarning_1="Current device not connected."
IDS_DlgSoftWarning_2="None"
IDS_DlgSoftWarning_3="No."
IDS_DlgSoftWarning_4="Error Info."
IDS_DlgSoftWarning_5="Time"
IDS_DlgSoftWarning_6="Current server not connected."
IDS_DlgSoftWarning_7="Fault reset"
IDS_DlgSoftWarning_8="Fault reset succeeds."
IDS_DlgSoftWarning_9="Fault reset fails.\nError code: %08x."
IDS_DlgSoftWarning_10="Fault code"
IDS_DlgSoftWarning_11="Time stamp"
IDS_DlgSoftWarning_12="Speed"
IDS_DlgSoftWarning_13="Current U"
IDS_DlgSoftWarning_14="Current V"
IDS_DlgSoftWarning_15="Bus voltage"
IDS_DlgSoftWarning_16="Input terminal"
IDS_DlgSoftWarning_17="Outpute terminal"
IDS_DOSelecDlg_1="Dark yellow"
IDS_DOSelecDlg_2="Light green"
IDS_DOSelecDlg_3="Green"
IDS_DOSelecDlg_4="Red"
IDS_DOSelecDlg_5="Brown"
IDS_DOSelecDlg_6="DO%d: Not defined"
IDS_FeiJianView_1="Input feeding speed."
IDS_FeiJianView_2="Note"
IDS_FeiJianView_3="Input feeding speed incorrect."
IDS_FeiJianView_4="Note"
IDS_FeiJianView_11="Serial port not connected."
IDS_FeiJianView_12="Electronic Cam"
IDS_FeiJianView_13="Cancel note"
IDS_FeiJianView_14="Display note"
IDS_FeiJianView_15="Fail to read H3000 value."
IDS_FeiJianView_16="Electronic Cam"
IDS_FeiJianView_17="Servo not ready."
IDS_FeiJianView_18="Electronic Cam"
IDS_FeiJianView_19="S-ON terminal ON, not allow simulation."
IDS_FeiJianView_20="Electronic Cam"
IDS_FeiJianView_21="Servo faulty."
IDS_FeiJianView_22="Electronic Cam"
IDS_FeiJianView_23="Serial port not connected."
IDS_FeiJianView_24="Electronic Cam"
IDS_FeiJianView_25="Fail to read parameter."
IDS_FeiJianView_26="Electronic Cam"
IDS_FeiJianView_27="Fail to read parameter."
IDS_FeiJianView_28="Electronic Cam"
IDS_FeiJianView_29="Serial port not connected."
IDS_FeiJianView_30="Electronic Cam"
IDS_FeiJianView_31="Fail to read parameter."
IDS_FeiJianView_32="Electronic Cam"
IDS_FeiJianView_33="Serial port not connected."
IDS_FeiJianView_34="Electronic Cam"
IDS_FeiJianView_35="Fail to read parameter."
IDS_FeiJianView_36="Electronic Cam"
IDS_FeiJianView_37="Serial port not connected."
IDS_FeiJianView_38="Electronic Cam"
IDS_FeiJianView_39="Fail to read parameter."
IDS_FeiJianView_40="Electronic Cam"
IDS_FeiJianView_41="Serial port not connected."
IDS_FeiJianView_42="Electronic Cam"
IDS_FeiJianView_43="Fail to read parameter."
IDS_FeiJianView_44="Electronic Cam"
IDS_FeiJianView_46="Synchronous area length must not exceed order length."
IDS_FeiJianView_47="Electronic Cam"
IDS_FJcclsetDlg_1="Function code %s does not exist in database. \nAdd the function code to database first."
IDS_FJcclsetDlg_2="Note"
IDS_FJcclsetDlg_3="Serial port not connected."
IDS_FJcclsetDlg_4="Electronic Cam"
IDS_FJcclsetDlg_5="Fail to read parameter."
IDS_FJcclsetDlg_6="Electronic Cam"
IDS_FJcclsetDlg_7="Reading completed."
IDS_FJcclsetDlg_8="Electronic Cam"
IDS_FJcclsetDlg_9="Serial port not connected."
IDS_FJcclsetDlg_10="Electronic Cam"
IDS_FJcclsetDlg_11="Fail to write '%s'. Error code: 0x%x"
IDS_FJcclsetDlg_12="Electronic Cam"
IDS_FJcclsetDlg_13="Writing completed"
IDS_FJcclsetDlg_14="Electronic Cam"
IDS_FJcclsetDlg_15="'%s' exceeds range (%d-%d)."
IDS_FJcclsetDlg_16="Electronic Cam"
IDS_FJcdsetDlg_3="Function code %s does not exist in database. \nAdd the function code to database first."
IDS_FJcdsetDlg_4="Note"
IDS_FJcdsetDlg_5="Serial port not connected."
IDS_FJcdsetDlg_6="Electronic Cam"
IDS_FJcdsetDlg_7="Fail to read parameter."
IDS_FJcdsetDlg_8="Electronic Cam"
IDS_FJcdsetDlg_9="Reading completed."
IDS_FJcdsetDlg_10="Electronic Cam"
IDS_FJcdsetDlg_11="Serial port not connected."
IDS_FJcdsetDlg_12="Electronic Cam"
IDS_FJcdsetDlg_13="Fail to write '%s'. Error code: 0x%x"
IDS_FJcdsetDlg_14="Electronic Cam"
IDS_FJcdsetDlg_15="Writing completed"
IDS_FJcdsetDlg_16="Electronic Cam"
IDS_FJcdsetDlg_17="'%s' exceeds range (%d- %d)."
IDS_FJcdsetDlg_18="Electronic Cam"
IDS_FJIOputDlg_1="Reading completed."
IDS_FJIOputDlg_2="Electronic Cam"
IDS_FJIOputDlg_3="Writing completed"
IDS_FJIOputDlg_4="Electronic Cam"
IDS_FJIOputDlg_5="None"
IDS_FJIOputDlg_6="None"
IDS_FJIOputDlg_7="Serial port not connected."
IDS_FJIOputDlg_8="Electronic Cam"
IDS_FJIOputDlg_9="Fail to read parameter."
IDS_FJIOputDlg_10="Electronic Cam"
IDS_FJIOputDlg_11="Serial port not connected."
IDS_FJIOputDlg_12="Electronic Cam"
IDS_FJIOputDlg_13="Fail to read parameter."
IDS_FJIOputDlg_14="Electronic Cam"
IDS_FJIOputDlg_15="Serial port not connected."
IDS_FJIOputDlg_16="Electronic Cam"
IDS_FJIOputDlg_17="Fail to read parameter."
IDS_FJIOputDlg_18="Electronic Cam"
IDS_FJIOputDlg_19="Serial port not connected."
IDS_FJIOputDlg_20="Electronic Cam"
IDS_FJIOputDlg_21="Fail to read parameter."
IDS_FJIOputDlg_22="Electronic Cam"
IDS_FJIOputDlg_23="Serial port not connected."
IDS_FJIOputDlg_24="Electronic Cam"
IDS_FJIOputDlg_25="Fail to write parameter."
IDS_FJIOputDlg_26="Electronic Cam"
IDS_FJIOputDlg_27="Serial port not connected."
IDS_FJIOputDlg_28="Electronic Cam"
IDS_FJIOputDlg_29="Fail to write parameter."
IDS_FJIOputDlg_30="Electronic Cam"
IDS_FJIOputDlg_31="Serial port not connected."
IDS_FJIOputDlg_32="Electronic Cam"
IDS_FJIOputDlg_33="Fail to write parameter."
IDS_FJIOputDlg_34="Electronic Cam"
IDS_FJIOputDlg_35="Serial port not connected."
IDS_FJIOputDlg_36="Electronic Cam"
IDS_FJIOputDlg_37="Fail to write parameter."
IDS_FJIOputDlg_38="Electronic Cam"
IDS_FJOrderDlg_3="Function code %s does not exist in database. \nAdd the function code to database first."
IDS_FJOrderDlg_4="Note"
IDS_FJOrderDlg_5="Serial port not connected."
IDS_FJOrderDlg_6="Electronic Cam"
IDS_FJOrderDlg_7="Fail to read parameter."
IDS_FJOrderDlg_8="Electronic Cam"
IDS_FJOrderDlg_9="Reading completed."
IDS_FJOrderDlg_10="Electronic Cam"
IDS_FJOrderDlg_11="Serial port not connected."
IDS_FJOrderDlg_12="Electronic Cam"
IDS_FJOrderDlg_13="Fail to write '%s'. Error code: 0x%x"
IDS_FJOrderDlg_14="Electronic Cam"
IDS_FJOrderDlg_15="Writing completed"
IDS_FJOrderDlg_16="Electronic Cam"
IDS_FJOrderDlg_17="'%s' exceeds range (%d-%d)."
IDS_FJOrderDlg_18="Electronic Cam"
IDS_FJsbjsetDlg_1="Function code %s does not exist in database. \nAdd the function code to database first."
IDS_FJsbjsetDlg_2="Note"
IDS_FJsbjsetDlg_3="Serial port not connected."
IDS_FJsbjsetDlg_4="Electronic Cam"
IDS_FJsbjsetDlg_5="Fail to read parameter."
IDS_FJsbjsetDlg_6="Electronic Cam"
IDS_FJsbjsetDlg_7="Reading completed."
IDS_FJsbjsetDlg_8="Electronic Cam"
IDS_FJsbjsetDlg_9="Serial port not connected."
IDS_FJsbjsetDlg_10="Electronic Cam"
IDS_FJsbjsetDlg_11="Fail to write '%s'. Error code: 0x%x"
IDS_FJsbjsetDlg_12="Electronic Cam"
IDS_FJsbjsetDlg_13="Writing completed"
IDS_FJsbjsetDlg_14="Electronic Cam"
IDS_FJsbjsetDlg_15="'%s' exceeds range (%d-%d)."
IDS_FJsbjsetDlg_16="Electronic Cam"
IDS_InertiaIdentifyDlg_1="Fail to start servo. Error code: 0x%x"
IDS_InertiaIdentifyDlg_2="Inertia Auto-tuning"
IDS_InertiaIdentifyDlg_3="Fail to stop servo. Error code: 0x%x"
IDS_InertiaIdentifyDlg_4="Inertia Auto-tuning"
IDS_InertiaIdentifyDlg_5="Fail to write inertia ratio. Error code: 0x%x"
IDS_InertiaIdentifyDlg_6="Inertia Auto-tuning"
IDS_InertiaIdentifyDlg_7="Setting succeeds."
IDS_InertiaIdentifyDlg_8="Inertia Auto-tuning"
IDS_InertiaIdentifyDlg_9="Fail to stop servo. Error code: 0x%x"
IDS_InertiaIdentifyDlg_10="Inertia Auto-tuning"
IDS_InertiaIdentifyDlg_11="Fail to stop servo. Error code: 0x%x"
IDS_InertiaIdentifyDlg_12="Inertia Auto-tuning"
IDS_InertiaIdentifyDlg_13="Fail to start reverse rotation. Error code: 0x%x"
IDS_InertiaIdentifyDlg_14="Inertia Auto-tuning"
IDS_InertiaIdentifyDlg_15="Fail to stop reverse rotation. Error code: 0x%x"
IDS_InertiaIdentifyDlg_16="Inertia Auto-tuning"
IDS_InertiaIdentifyDlg_17="Fail to start forward rotation. Error code: 0x%x"
IDS_InertiaIdentifyDlg_18="Inertia Auto-tuning"
IDS_InertiaIdentifyDlg_19="Fail to stop forward rotation. Error code: 0x%x"
IDS_InertiaIdentifyDlg_20="Inertia Auto-tuning"
IDS_InertiaIdentifyDlg_21="Servo disconnected"
IDS_InertiaParaCheckDlg_1="Fail to read H0000. Error code: 0x%x"
IDS_InertiaParaCheckDlg_2="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_3="Fail to read H0010. Error code: 0x%x"
IDS_InertiaParaCheckDlg_4="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_5="Fail to read H0016. Error code: 0x%x"
IDS_InertiaParaCheckDlg_6="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_7="Fail to read H0102. Error code: 0x%x"
IDS_InertiaParaCheckDlg_8="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_9="Fail to read H0105. Error code: 0x%x"
IDS_InertiaParaCheckDlg_10="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_11="Fail to read H0022. Error code: 0x%x"
IDS_InertiaParaCheckDlg_12="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_13="Reading succeeds."
IDS_InertiaParaCheckDlg_14="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_15="Illegal character."
IDS_InertiaParaCheckDlg_16="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_17="Fail to write H0000. Error code: 0x%x"
IDS_InertiaParaCheckDlg_18="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_19="Fail to write H0010. Error code: 0x%x"
IDS_InertiaParaCheckDlg_20="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_21="Fail to write H0016. Error code: 0x%x"
IDS_InertiaParaCheckDlg_22="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_23="Fail to write H0102. Error code: 0x%x"
IDS_InertiaParaCheckDlg_24="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_25="Fail to write H0105. Error code: 0x%x"
IDS_InertiaParaCheckDlg_26="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_27="Fail to write H0022. Error code: 0x%x"
IDS_InertiaParaCheckDlg_28="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_29="Writing succeeds."
IDS_InertiaParaCheckDlg_30="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_31="Illegal character."
IDS_InertiaParaCheckDlg_32="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_33="Serial port not connected."
IDS_InertiaParaCheckDlg_34="Inertia Auto-tuning"
IDS_InertiaParaCheckDlg_35="Servo disconnected."
IDS_InertiaParaSetDlg_1="Fail to read H0800. Error code: 0x%x"
IDS_InertiaParaSetDlg_2="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_3="Fail to read H0801. Error code: 0x%x"
IDS_InertiaParaSetDlg_4="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_5="Fail to read H0815. Error code: 0x%x"
IDS_InertiaParaSetDlg_6="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_7="Fail to read H0900. Error code: 0x%x"
IDS_InertiaParaSetDlg_8="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_9="Fail to read H0901. Error code: 0x%x"
IDS_InertiaParaSetDlg_10="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_11="Fail to read H0904. Error code: 0x%x"
IDS_InertiaParaSetDlg_12="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_13="Illegal character."
IDS_InertiaParaSetDlg_14="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_15="Exceeding range."
IDS_InertiaParaSetDlg_16="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_17="Fail to write H0800. Error code: 0x%x"
IDS_InertiaParaSetDlg_18="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_19="Fail to write H0801. Error code: 0x%x"
IDS_InertiaParaSetDlg_20="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_21="Fail to write H0815. Error code: 0x%x"
IDS_InertiaParaSetDlg_22="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_23="Fail to write H0900. Error code: 0x%x"
IDS_InertiaParaSetDlg_24="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_25="Fail to write H0901. Error code: 0x%x"
IDS_InertiaParaSetDlg_26="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_27="Fail to write H0904. Error code: 0x%x"
IDS_InertiaParaSetDlg_28="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_29="Writing succeeds."
IDS_InertiaParaSetDlg_30="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_31="Illegal character."
IDS_InertiaParaSetDlg_32="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_33="Exceeding range."
IDS_InertiaParaSetDlg_34="Inertia Auto-tuning"
IDS_InertiaParaSetDlg_35="Servo disconnected."
IDS_JogDlg_1="Fail to stop servo. Error code: 0x%x"
IDS_JogDlg_2="JOG trial run"
IDS_JogDlg_3="Fail to start servo. Error code: 0x%x"
IDS_JogDlg_4="JOG trial run"
IDS_JogDlg_5="Illegal character."
IDS_JogDlg_6="Illegal character."
IDS_JogDlg_7="Initialization fails."
IDS_JogDlg_8="Servo disconnected."
IDS_MyListCtrl_1="Data range: [%d-%d["
IDS_MyListCtrl_2="Input incorrect"
IDS_MyListCtrl_3="Data cannot be empty."
IDS_MyListCtrl_4="Input incorrect"
IDS_MyListCtrl_5="Input auto-tuning data."
IDS_MyListCtrl_6="Input incorrect"
IDS_MyProgressCtrl_1="Song typeface"
IDS_MainFrm_1="Inovance"
IDS_MainFrm_2="Servo software version: %d"
IDS_MainFrm_3="Current state: online"
IDS_MainFrm_4="Current state: offline"
IDS_MainFrm_5="Edit Parameter"
IDS_MainFrm_6="Connect serial port(&C)	Ctrl+C"
IDS_MainFrm_7="Disconnect(&D)	Ctrl+D"
IDS_MainFrm_8="Edit Parameter"
IDS_MainFrm_9="Old Virtual Oscilloscope"
IDS_MainFrm_10="New Virtual Oscilloscope"
IDS_MainFrm_11="1. Click [Yes] to perform automatic device search.\n2. Click [No] to enter serial port setting page."
IDS_MainFrm_12="Search for device?"
IDS_MainFrm_13="Search succeeds."
IDS_MainFrm_14="Disconnect?"
IDS_MainFrm_15="Succeed in closing COM%d (baud rate %d)."
IDS_MainFrm_16="Note"
IDS_MainFrm_17="Serial port not connected!\nConnect serial port first."
IDS_MainFrm_18="Inertia Auto-tuning"
IDS_MainFrm_19="DB file (*.mdb)|*.mdb||"
IDS_MainFrm_20="DB file (*.mdb)|*.mdb"
IDS_MainFrm_21="DB file (*.mdb)|*.mdb||"
IDS_MainFrm_22="Current DB: %s. Create a DB file:"
IDS_MainFrm_23="Succeed in deleting file:"
IDS_MainFrm_24="Succeed in copying file:"
IDS_MainFrm_25="Succeed in creating database version: "
IDS_MainFrm_26="Sure to restore default database file?"
IDS_MainFrm_27="Current device is connected.\nPlease disconnect device before operation."
IDS_MainFrm_28="Restore default database file:"
IDS_MainFrm_29="Current state: online"
IDS_MainFrm_30="Online"
IDS_MainFrm_31="Current state: offline"
IDS_MainFrm_32="Offline"
IDS_MainFrm_34="Help file [InoServoShop.chm] does not exist."
IDS_MainFrm_35="Server Background Monitoring System User Manual(V1.0)"
IDS_MainFrm_36="Succeed in closing COM%d (baud rate %d)."
IDS_MainFrm_37="Note"
IDS_MainFrm_38="Flying Shear"
IDS_MainFrm_39="Flying Saw"
IDS_MainFrm_40="Fail to read H3000 value."
IDS_MainFrm_41="Electronic Cam"
IDS_MainFrm_42="Servo not ready."
IDS_MainFrm_43="Electronic Cam"
IDS_MainFrm_44="S-ON terminal ON, not allow operation."
IDS_MainFrm_45="Electronic Cam"
IDS_MainFrm_46="Servo faulty."
IDS_MainFrm_47="Electronic Cam"
IDS_MainFrm_48="Current motor model is not model with absolute encoder."
IDS_MainFrm_49="Universal Cam"
IDS_MainFrm_50="Close jog motion page first."
IDS_MainFrm_51="Close old virtual oscilloscope first."
IDS_MainFrm_52="Close new virtual oscilloscope first."
IDS_MainFrm_53="Flying shear and flying saw pages cannot be open at the same time.\nClose flying saw page?"
IDS_MainFrm_54="Note"
IDS_MainFrm_55="Flying shear and flying saw pages cannot be open at the same time.\nClose flying shear page?"
IDS_MainFrm_56="Note"
IDS_MainFrm_57="Connect"
IDS_MainFrm_58="Disconnect"
IDS_MainFrm_59="Edit parameter"
IDS_MainFrm_60="Oscilloscope"
IDS_MainFrm_61="New oscilloscope"
IDS_MainFrm_62="Motor Setup"
IDS_MainFrm_63="New JOG"
IDS_MainFrm_64="Emergency shut down"
IDS_MainFrm_65="New inertia auto-tuning"
IDS_MainFrm_66="Positioning adjust"
IDS_MainFrm_67="DI/DO setting"
IDS_MainFrm_68="UV phase current balance"
IDS_MainFrm_69="Software reset"
IDS_MainFrm_70="Product info."
IDS_MainFrm_71="Alarm info."
IDS_MainFrm_72="Station: %d"
IDS_MainFrm_73="FPGA Version: %d"
IDS_MainFrm_74="Non standard software: %s"
IDS_MainFrm_75="Error: %s"
IDS_MainFrm_76="NULL"
IDS_MainFrm_77="Double click to view the fault help"
IDS_MainFrm_78="①Click[Yes] select rotating motor!\n②Click[No] select linear motor!\n③Click [Cancel] to cancel!"
IDS_MainFrm_79="Please select motor type!"

IDS_MtDlg_1="Rated motor voltage"
IDS_MtDlg_2="Rated motor power"
IDS_MtDlg_3="Rated motor current"
IDS_MtDlg_4="Rated motor torque"
IDS_MtDlg_5="Maximum motor torque"
IDS_MtDlg_6="Rated motor rotational speed"
IDS_MtDlg_7="Maximum motor rotational speed"
IDS_MtDlg_8="Load inertia"
IDS_MtDlg_9="Number of pole pairs of motor"
IDS_MtDlg_10="Stator resistance"
IDS_MtDlg_11="Stator inductance Lq"
IDS_MtDlg_12="Stator inductance Ld"
IDS_MtDlg_13="Back EMF coefficient"
IDS_MtDlg_14="Torque coefficient"
IDS_MtDlg_15="Electrical constant "
IDS_MtDlg_16="Mechanical constant"
IDS_MtDlg_17="Encoder type"
IDS_MtDlg_18="Encoder PPR"
IDS_MtDlg_19="Shaft D back EMF compensation coefficient"
IDS_MtDlg_20="Shaft Q back EMF compensation coefficient"
IDS_MtDlg_21="Shaft D current loop proportional gain"
IDS_MtDlg_22="Shaft D current loop integral gain"
IDS_MtDlg_23="Shaft Q current loop proportional gain"
IDS_MtDlg_24="Shaft Q current loop integral gain"
IDS_MtDlg_25="Function Code"
IDS_MtDlg_26="Parameter Name"
IDS_MtDlg_27="Set Value"
IDS_MtDlg_28="Default"
IDS_MtDlg_29="Unit"
IDS_MtDlg_30="Max."
IDS_MtDlg_31="Min."
IDS_MtDlg_32="Text file(*.txt)|*.txt|All Files(*.*)|*.*||"
IDS_MtDlg_33="Open file"
IDS_MtDlg_34="Text file(*.txt)|*.txt|All Files(*.*)|*.*||"
IDS_MtDlg_35="Save file"
IDS_MtDlg_36="Serial port not connected."
IDS_MtDlg_37="Bus Motor Parameer Setting"
IDS_MtDlg_38="Fail to read H0D04 value."
IDS_MtDlg_39="Bus Motor Parameer Setting"
IDS_MtDlg_40="Fail to read data."
IDS_MtDlg_41="Bus Motor Parameer Setting"
IDS_MtDlg_42="Select parameter to be read."
IDS_MtDlg_43="Bus Motor Parameer Setting"
IDS_MtDlg_44="Reading succeeds."
IDS_MtDlg_45="Bus Motor Parameer Setting"
IDS_MtDlg_46="Serial port not connected."
IDS_MtDlg_47="Bus Motor Parameer Setting"
IDS_MtDlg_48="Fail to write data."
IDS_MtDlg_49="Bus Motor Parameer Setting"
IDS_MtDlg_50="Select parameter to be written."
IDS_MtDlg_51="Bus Motor Parameer Setting"
IDS_MtDlg_52="Fail to write motor model."
IDS_MtDlg_53="Bus Motor Parameer Setting"
IDS_MtDlg_54="Fail to write H0D04 value."
IDS_MtDlg_55="Bus Motor Parameer Setting"
IDS_MtDlg_56="Writing succeeds."
IDS_MtDlg_57="Bus Motor Parameer Setting"
IDS_MtDlg_58="Motor model"
IDS_MtDlg_59="Open file"
IDS_MtDlg_60="Save file"
IDS_MtDlg_61="Read parameter"
IDS_MtDlg_62="Write parameter"
IDS_MtDlg_63="Initialize electrical angle"
IDS_MtDlg_64="UV phase current balance"
IDS_MtDlg_65="Exit"
IDS_MtDlg_66="Fail to decrypt chip."
IDS_MtDlg_67="Position offset of absolute encoder"
IDS_MtInitDlg_1="Serial port not connected."
IDS_MtInitDlg_2="Bus Motor Parameer Setting"
IDS_MtInitDlg_3="Fail to write H0D03 value."
IDS_MtInitDlg_4="Bus Motor Parameer Setting"
IDS_MtInitDlg_5="Fail to read H0B10 value."
IDS_MtInitDlg_6="Bus Motor Parameer Setting"
IDS_MtInitDlg_7="Initialization succeeds. Current angle deviation: %.1f"
IDS_MtInitDlg_8="Initialization succeeds."
IDS_MtInitDlg_9="Initialization succeeds. Current angle deviation: %.1f"
IDS_MtInitDlg_10="Initialization succeeds."
IDS_MtInitDlg_11="Initialization fails. Try again."
IDS_MtInitDlg_12="Initialization fails. Try again."
IDS_MtInitDlg_13="Fail to read H0030 value."
IDS_MtInitDlg_14="Fail to read H0B34 value."
IDS_MtInitDlg_15="Initialization succeeds."
IDS_MtInitDlg_16="Initialization fails. "
IDS_MtInitDlg_17="Fail to read H0d03 value. "
IDS_MtCorrectDlg_1="Fail to write H0d08 value."
IDS_MtCorrectDlg_2="Fail to read H0d08 value."
IDS_MtCorrectDlg_3="Calibration succeeds."
IDS_MtCorrectDlg_4="Calibration fails. Clear alarm and calibrate again."
IDS_NewInertiaIdentifyDlg_1="Fail to stop servo. Error code: 0x%x"
IDS_NewInertiaIdentifyDlg_2="Inertia Auto-tuning"
IDS_NewInertiaIdentifyDlg_3="Fail to write inertial. Error code: 0x%x"
IDS_NewInertiaIdentifyDlg_4="Inertia Auto-tuning"
IDS_NewInertiaIdentifyDlg_5="Setting succeeds."
IDS_NewInertiaIdentifyDlg_6="Inertia Auto-tuning"
IDS_NewInertiaIdentifyDlg_7="Fail to start servo. Error code: 0x%x"
IDS_NewInertiaIdentifyDlg_8="Inertia Auto-tuning"
IDS_NewInertiaIdentifyDlg_9="Fail to stop servo. Error code: 0x%x"
IDS_NewInertiaIdentifyDlg_10="Inertia Auto-tuning"
IDS_NewInertiaIdentifyDlg_11="Select "Servo ON"."
IDS_NewInertiaIdentifyDlg_12="Inertia Auto-tuning"
IDS_NewInertiaIdentifyDlg_13="Select "Servo ON"."
IDS_NewInertiaIdentifyDlg_14="Inertia Auto-tuning"
IDS_NewInertiaIdentifyDlg_15="Servo disconnected."
IDS_NewInertiaIdentifyDlg_16="Inertia auto-tuning"
IDS_NewInertiaIdentifyDlg_17="Fail to read H3000 value."
IDS_NewInertiaIdentifyDlg_18="Inertia Auto-tuning"
IDS_NewInertiaIdentifyDlg_19="Servo not ready."
IDS_NewInertiaIdentifyDlg_20="Inertia Auto-tuning"
IDS_NewInertiaIdentifyDlg_21="S-ON terminal ON, not allow inertia auto-tuning."
IDS_NewInertiaIdentifyDlg_22="Inertia Auto-tuning"
IDS_NewInertiaIdentifyDlg_23="Servo faulty."
IDS_NewInertiaIdentifyDlg_24="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_1="Illegal character."
IDS_NewInertiaParaCheckDlg_2="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_3="Fail to read H0000 value. Error code: 0x%x"
IDS_NewInertiaParaCheckDlg_4="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_5="Fail to read H0010 value. Error code: 0x%x"
IDS_NewInertiaParaCheckDlg_6="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_7="Fail to read H0016 value. Error code: 0x%x"
IDS_NewInertiaParaCheckDlg_8="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_9="Fail to read H0102 value. Error code: 0x%x"
IDS_NewInertiaParaCheckDlg_10="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_11="Fail to read H0105 value. Error code: 0x%x"
IDS_NewInertiaParaCheckDlg_12="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_13="Fail to read H0022 value. Error code: 0x%x"
IDS_NewInertiaParaCheckDlg_14="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_15="Reading succeeds."
IDS_NewInertiaParaCheckDlg_16="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_17="Illegal character."
IDS_NewInertiaParaCheckDlg_18="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_19="Fail to write H0000. Error code: 0x%x"
IDS_NewInertiaParaCheckDlg_20="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_21="Fail to write H0016. Error code: 0x%x"
IDS_NewInertiaParaCheckDlg_22="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_23="Fail to write H0102. Error code: 0x%x"
IDS_NewInertiaParaCheckDlg_24="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_25="Fail to write H0022. Error code: 0x%x"
IDS_NewInertiaParaCheckDlg_26="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_27="Writing succeeds.\nPower on again to make modification take effect."
IDS_NewInertiaParaCheckDlg_28="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_29="Serial port not connected."
IDS_NewInertiaParaCheckDlg_30="Inertia Auto-tuning"
IDS_NewInertiaParaCheckDlg_31="Correct password is required for reading and writing of parameters in groups H00 abd H01.\nError code:0x%x"
IDS_NewInertiaParaCheckDlg_32="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_1="Illegal character."
IDS_NewInertiaParaSetDlg_2="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_3="Exceeding range."
IDS_NewInertiaParaSetDlg_4="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_5="Fail to read H0800. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_6="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_7="Fail to read H0801. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_8="Inertia aAuto-tuning"
IDS_NewInertiaParaSetDlg_9="Fail to read H0815. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_10="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_11="Fail to read H0906. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_12="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_13="Fail to read H0907. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_14="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_15="Fail to read H0908. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_16="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_17="Illegal character."
IDS_NewInertiaParaSetDlg_18="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_19="Exceeding permission."
IDS_NewInertiaParaSetDlg_20="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_21="Fail to write H0800. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_22="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_23="Fail to write H0801. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_24="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_25="Fail to write H0815. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_26="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_27="Fail to write H0906. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_28="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_29="Fail to write H0907. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_30="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_31="Fail to write H0908. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_32="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_33="Writing succeeds."
IDS_NewInertiaParaSetDlg_34="Inertia Auto-tuning"
IDS_NewInertiaParaSetDlg_35="0: Disabled"
IDS_NewInertiaParaSetDlg_36="1: Standard mode"
IDS_NewInertiaParaSetDlg_37="0: Positive and negative triangular wave mode"
IDS_NewInertiaParaSetDlg_38="1: JOG mode"
IDS_NewInertiaParaSetDlg_39="Fail to read H0900. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_40="Fail to read H0901. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_41="Fail to write H0900. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_42="Fail to write H0901. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_43="Fail to read H0905. Error code: 0x%x"
IDS_NewInertiaParaSetDlg_44="Fail to write H0905. Error code: 0x%x"
IDS_NewJogDlg_1="Select "Servo ON"."
IDS_NewJogDlg_2="Illegal character."
IDS_NewJogDlg_3="Select "Servo ON"."
IDS_NewJogDlg_4="Illegal character."
IDS_NewJogDlg_5="Currently in offline state."
IDS_NewJogDlg_6="Servo disconnected."
IDS_NewJogDlg_7="Fail to read H3000 value."
IDS_NewJogDlg_8="Servo not ready."
IDS_NewJogDlg_9="S-ON terminal ON, not allow JOG."
IDS_NewJogDlg_10="Servo faulty."
IDS_NewMtDlg_1="Open file"
IDS_NewMtDlg_2="Save file"
IDS_NewMtDlg_3="Read parameter"
IDS_NewMtDlg_4="Write parameter"
IDS_NewMtDlg_5="Initialize electrical angle"
IDS_NewMtDlg_6="UV phase current balance"
IDS_NewMtDlg_7="Exit"
IDS_NewMtDlg_8="Fail to decrypt chip."
IDS_NewMtDlg_9="Rated motor voltage"
IDS_NewMtDlg_10="Rated motor power"
IDS_NewMtDlg_11="Rated motor current"
IDS_NewMtDlg_12="Rated motor torque"
IDS_NewMtDlg_13="Maximum motor torque"
IDS_NewMtDlg_14="Rated motor rotational speed"
IDS_NewMtDlg_15="Maximum motor rotational speed"
IDS_NewMtDlg_16="Load inertia"
IDS_NewMtDlg_17="Number of pole pairs of motor"
IDS_NewMtDlg_18="Stator resistance"
IDS_NewMtDlg_19="Stator inductance Lq"
IDS_NewMtDlg_20="Stator inductance Ld"
IDS_NewMtDlg_21="Back EMF coefficient"
IDS_NewMtDlg_22="Torque coefficient"
IDS_NewMtDlg_23="Electrical constant"
IDS_NewMtDlg_24="Mechanical constant"
IDS_NewMtDlg_25="Encoder type"
IDS_NewMtDlg_26="Encoder PPR"
IDS_NewMtDlg_27="Shaft D current loop proportional gain"
IDS_NewMtDlg_28="Shaft Q back EMF compensation coefficient"
IDS_NewMtDlg_29="Shaft D current loop proportional gain"
IDS_NewMtDlg_30="Shaft D current loop integral compensation factor"
IDS_NewMtDlg_31="Shaft Q current loop proportional gain"
IDS_NewMtDlg_32="Shaft Q current loop integral compensation factor"
IDS_NewMtDlg_33="Function Code"
IDS_NewMtDlg_34="Parameter Name"
IDS_NewMtDlg_35="Set Value"
IDS_NewMtDlg_36="Default"
IDS_NewMtDlg_37="Unit"
IDS_NewMtDlg_38="Min."
IDS_NewMtDlg_39="Max."
IDS_NewMtDlg_40="Text file (*.txt)|*.txt|All Files(*.*)|*.*||"
IDS_NewMtDlg_41="Open file"
IDS_NewMtDlg_42="Text file (*.txt)|*.txt|All Files(*.*)|*.*||"
IDS_NewMtDlg_43="Save file"
IDS_NewMtDlg_44="Serial port not connected."
IDS_NewMtDlg_45="Bus Motor Parameer Setting"
IDS_NewMtDlg_46="Fail to write H0D04 value."
IDS_NewMtDlg_47="Bus Motor Parameer Setting"
IDS_NewMtDlg_48="Fail to read H0D04 value."
IDS_NewMtDlg_49="Bus Motor Parameer Setting"
IDS_NewMtDlg_50="Reading fails."
IDS_NewMtDlg_51="Bus Motor Parameer Setting"
IDS_NewMtDlg_52="Fail to read data."
IDS_NewMtDlg_53="Bus Motor Parameer Setting"
IDS_NewMtDlg_54="Select parameter to be read."
IDS_NewMtDlg_55="Bus Motor Parameer Setting"
IDS_NewMtDlg_56="Reading succeeds."
IDS_NewMtDlg_57="Bus Motor Parameer Setting"
IDS_NewMtDlg_58="Serial port not connected."
IDS_NewMtDlg_59="Bus Motor Parameer Setting"
IDS_NewMtDlg_60="Fail to write data."
IDS_NewMtDlg_61="Bus Motor Parameer Setting"
IDS_NewMtDlg_62="Select parameter to be written."
IDS_NewMtDlg_63="Bus Motor Parameer Setting"
IDS_NewMtDlg_64="Fail to write H0D04 value."
IDS_NewMtDlg_65="Bus Motor Parameer Setting"
IDS_NewMtDlg_66="Writing succeeds."
IDS_NewMtDlg_67="Bus Motor Parameer Setting"
IDS_NewMtDlg_68="Motor model"
IDS_NewMtDlg_69="Position offset of absolute encoder"
IDS_NewMtDlg_70="Faulty state. Rectify fault and read."
IDS_NewMtDlg_71="Bus Motor Parameer Setting"
IDS_NewMtDlg_72="Faulty state. Rectify fault and write."
IDS_NewMtDlg_73="Bus Motor Parameer Setting"
IDS_NewMtDlg_74="Sampling calibration"
IDS_NewMtDlg_75="Alarm state. Clear alarm and initialize electrical angle."
IDS_NewMtDlg_76="Shaft Q integral compensation factor in performance preferred mode"
IDS_NewMtDlg_77="Shaft D proportional gain in performance preferred gain mode"
IDS_NewMtDlg_78="Shaft D integral compensation factor in performance preferred mode"
IDS_NewMtDlg_79="Shaft Q proportional gain in performance preferred gain mode"
IDS_NewMtDlg_80="Function code %s does not exist in database."
IDS_NewMtDlg_81="Bus motor model"
IDS_NewMtDlg_82="Absolute encoder function setting bit"
IDS_NewMtDlg_83="Bus encoder type"
IDS_NewMtDlg_84="Continuous current"
IDS_NewMtDlg_85="Continuous thrust"
IDS_NewMtDlg_86="Peak current"
IDS_NewMtDlg_87="Rated speed"
IDS_NewMtDlg_88="Maximum speed"
IDS_NewMtDlg_89="Dynamic sub quality"
IDS_NewMtDlg_90="Line back EMF coefficient"
IDS_NewMtDlg_91="Motor constant"
IDS_NewMtDlg_92="Motor temperature detect"
IDS_NewMtDlg_93="Encoder type selection"
IDS_NewMtDlg_94="Encoder line number"
IDS_NewMtDlg_95="Polar pitch"
IDS_NewMtDlg_96="Resolving ratio"
IDS_NewMtDlg_97="Z signal correction value"
IDS_NewMtDlg_98="Encoder type and Counter direction "
IDS_NewMtDlg_99="Serial encoder motor SIN/COS number"
IDS_NewMtDlg_100="Maximum current"
IDS_NewScopeContiPathDlg_1="Setting succeeds."
IDS_NewScopeContiPathDlg_2="Path setting"
IDS_NewScopeCursorDlg_1="Time (ms)"
IDS_NewScopeParDlg_1="Function Code"
IDS_NewScopeParDlg_2="Parameter Name"
IDS_NewScopeParDlg_3="Set Value"
IDS_NewScopeParDlg_4="Default"
IDS_NewScopeParDlg_5="Unit"
IDS_NewScopeParDlg_6="Min."
IDS_NewScopeParDlg_7="Max."
IDS_NewScopeParDlg_8="Serial port not connected."
IDS_NewScopeParDlg_9="Virtual Oscilloscope"
IDS_NewScopeParDlg_10="Fail to read data."
IDS_NewScopeParDlg_11="Virtual Oscilloscope"
IDS_NewScopeParDlg_12="Select parameter to be read."
IDS_NewScopeParDlg_13="Virtual Oscilloscope"
IDS_NewScopeParDlg_14="Reading succeeds."
IDS_NewScopeParDlg_15="Virtual Oscilloscope"
IDS_NewScopeParDlg_16="Serial port not connected."
IDS_NewScopeParDlg_17="Virtual Oscilloscope"
IDS_NewScopeParDlg_18="Fail to write data."
IDS_NewScopeParDlg_19="Virtual Oscilloscope"
IDS_NewScopeParDlg_20="Select parameter to be written."
IDS_NewScopeParDlg_21="Virtual Oscilloscope"
IDS_NewScopeParDlg_22="Writing succeeds."
IDS_NewScopeParDlg_23="Virtual Oscilloscope"
IDS_NewScopeFrame_1="Open"
IDS_NewScopeFrame_2="Save"
IDS_NewScopeFrame_3="Compare waveform"
IDS_NewScopeFrame_4="Cancel comparison"
IDS_NewScopeFrame_5="Cursor"
IDS_NewScopeFrame_6="Coordinate"
IDS_NewScopeFrame_7="Zoom in"
IDS_NewScopeFrame_8="Zoom output"
IDS_NewScopeFrame_9="File path setting"
IDS_NewScopeFrame_10="Parameter setting"
IDS_NewScopeFrame_11="Trigger setting"
IDS_NewScopeFrame_12="Single-time sampling"
IDS_NewScopeFrame_13="FFT"
IDS_NewScopeFrame_14="Channel redefine"
IDS_NewScopeFrame_15="Repeat single sampling"
IDS_NewScopeView_1="Position reference (p)"
IDS_NewScopeView_2="Position feedback (p)"
IDS_NewScopeView_3="Position follow-up deviation (p)"
IDS_NewScopeView_4="Speed feedback (rpm)"
IDS_NewScopeView_5="Position follow-up deviation (p)"
IDS_NewScopeView_6="Position reference (p)"
IDS_NewScopeView_7="Position feedback (p)"
IDS_NewScopeView_8="Position reference (p)"
IDS_NewScopeView_9="Position follow-up deviation (p)"
IDS_NewScopeView_10="Position reference (p)"
IDS_NewScopeView_11="Speed reference (rpm)"
IDS_NewScopeView_12="Speed feedback (rpm)"
IDS_NewScopeView_13="Torque reference (%)"
IDS_NewScopeView_14="Current feedback (%)"
IDS_NewScopeView_15="Speed reference (rpm)"
IDS_NewScopeView_16="Speed feedback (rpm)"
IDS_NewScopeView_17="Current feedback (%)"
IDS_NewScopeView_18="Speed reference (rpm)"
IDS_NewScopeView_19="Speed feedback (rpm)"
IDS_NewScopeView_20="Speed reference (rpm)"
IDS_NewScopeView_21="Torque reference (%)"
IDS_NewScopeView_22="Current feedback (%)"
IDS_NewScopeView_23="Speed feedback (rpm)"
IDS_NewScopeView_24="Torque reference (%)"
IDS_NewScopeView_25="Current feedback (%)"
IDS_NewScopeView_26="Speed feedback (rpm)"
IDS_NewScopeView_27="Torque reference (%)"
IDS_NewScopeView_28="Current feedback (%)"
IDS_NewScopeView_29="Torque reference (%)"
IDS_NewScopeView_30="x 62.5us"
IDS_NewScopeView_31="x 125us"
IDS_NewScopeView_32="x 250us"
IDS_NewScopeView_33="x %.1fus"
IDS_NewScopeView_34="Open file"
IDS_NewScopeView_35="Fail to open data file."
IDS_NewScopeView_36="Virtual Oscilloscope"
IDS_NewScopeView_37="Save file"
IDS_NewScopeView_38="File already exists, whether to overwrite?"
IDS_NewScopeView_39="Save file"
IDS_NewScopeView_40="Select waveform to be compared."
IDS_NewScopeView_41="Virtual Oscilloscope"
IDS_NewScopeView_42="Open file"
IDS_NewScopeView_43="Fail to open data file."
IDS_NewScopeView_44="Virtual Oscilloscope"
IDS_NewScopeView_45="Single-time"
IDS_NewScopeView_46="Serial port not opened."
IDS_NewScopeView_47="Virtual Oscilloscope"
IDS_NewScopeView_48="Sampling interval must be positive integer."
IDS_NewScopeView_49="Virtual Oscilloscope"
IDS_NewScopeView_50="Stop"
IDS_NewScopeView_51="Waiting for data..."
IDS_NewScopeView_53="Fail to read sector data. Error code: 0x%x"
IDS_NewScopeView_54="Fail to read H3219. Error code: 0x%x"
IDS_NewScopeView_55="Fail to read H3222. Error code: 0x%x"
IDS_NewScopeView_56="Fail to send sampling command. Error code: 0x%x"
IDS_NewScopeView_57="Virtual Oscilloscope"
IDS_NewScopeView_58="Continuous"
IDS_NewScopeView_59="Serial port not opened."
IDS_NewScopeView_60="Virtual Oscilloscope"
IDS_NewScopeView_61="Minimum sampling interval is %d based on current setting."
IDS_NewScopeView_62="Virtual Oscilloscope"
IDS_NewScopeView_63="Stop"
IDS_NewScopeView_66="Receiving data..."
IDS_NewScopeView_67="Hide"
IDS_NewScopeView_68="Display"
IDS_NewScopeView_69="Hide"
IDS_NewScopeView_70="Hide"
IDS_NewScopeView_71="Display"
IDS_NewScopeView_72="Hide"
IDS_NewScopeView_73="Hide"
IDS_NewScopeView_74="Display"
IDS_NewScopeView_75="Hide"
IDS_NewScopeView_76="Hide"
IDS_NewScopeView_77="Display"
IDS_NewScopeView_78="Hide"
IDS_NewScopeView_79="Abnormal."
IDS_NewScopeView_80="File tag,	%d\r\n"
IDS_NewScopeView_81="Sampling type,	%d\r\n"
IDS_NewScopeView_82="Sampling parameter,	%d,%d,%d,%d,%d,%d,%d,%d,%d,%d\r\n"
IDS_NewScopeView_83="Sampling period,	%.4fms\r\n"
IDS_NewScopeView_84="Minimum sampling period,	%.4fms\r\n"
IDS_NewScopeView_85="Sampling time,	%s\r\n"
IDS_NewScopeView_86="%Y/ %m/ %d  %H:%M:%S"
IDS_NewScopeView_87="Parameter quantity,	%d\r\n"
IDS_NewScopeView_88="Sampling point,	%d\r\n"
IDS_NewScopeView_89="%s,	%s,	%s,	%s,	bit display,	bit display,\r\n"
IDS_NewScopeView_90="Virtual Oscilloscope"
IDS_NewScopeView_91="File tag"
IDS_NewScopeView_92="Unrecognizable file"
IDS_NewScopeView_93="Virtual Oscilloscope"
IDS_NewScopeView_94="Serial port not connected."
IDS_NewScopeView_95="Virtual Oscilloscope"
IDS_NewScopeView_96="Fail to read data."
IDS_NewScopeView_97="Virtual Oscilloscope"
IDS_NewScopeView_98="All"
IDS_NewScopeView_99="File tag"
IDS_NewScopeView_100="Unrecognizable file"
IDS_NewScopeView_101="Sampling parameters inconsistent, waveform cannot be compared."
IDS_NewScopeView_102="Sampling periods inconsistent, waveform cannot be compared."
IDS_NewScopeView_103="Sampling frequencies inconsistent, waveform cannot be compared."
IDS_NewScopeView_104="(Compare)"
IDS_NewScopeView_105="(Compare)"
IDS_NewScopeView_106="(Compare)"
IDS_NewScopeView_107="(Compare)"
IDS_NewScopeView_108="Virtual Oscilloscope"
IDS_NewScopeView_110="Sampling interval range 1-9999"
IDS_NewScopeView_111="Sampling interval range 1-9999"
IDS_NewScopeView_112="Fail to send sampling command. Error code: 0x%x"
IDS_NewScopeView_113="Virtual Oscilloscope"
IDS_NewScopeView_114="Fail to send sampling command. Error code: 0x%x"
IDS_NewScopeView_115="Virtual Oscilloscope"
IDS_NewScopeView_116="Terminal being used, not allow continuous sampling"
IDS_NewScopeView_117="Error"
IDS_NewScopeView_118="Current software version of the device does not support 4*32bit sampling mode, please try other modes."

IDS_NewTrigerDlg_1="Not trigger"
IDS_NewTrigerDlg_2="DI%d: Not defined"
IDS_NewTrigerDlg_3="DO%d: Not defined"
IDS_NewTrigerDlg_4="Meeting condition A"
IDS_NewTrigerDlg_5="Meeting conditions A&B"
IDS_NewTrigerDlg_6="Meeting condition A/B"
IDS_NewTrigerDlg_7="Meeting condition A"
IDS_NewTrigerDlg_8="At rising edge"
IDS_NewTrigerDlg_9="At falling edge"
IDS_NewTrigerDlg_10="At edge change"
IDS_NewTrigerDlg_11="Above level"
IDS_NewTrigerDlg_12="Below level"
IDS_NewTrigerDlg_13="At rising edge"
IDS_NewTrigerDlg_14="At falling edge"
IDS_NewTrigerDlg_15="At edge change"
IDS_NewTrigerDlg_16="Above level"
IDS_NewTrigerDlg_17="Below level"
IDS_NewTrigerDlg_18="%d-%d"
IDS_NewTrigerDlg_19="x %.2f"
IDS_NewTrigerDlg_20="At rising edge"
IDS_NewTrigerDlg_21="At falling edge"
IDS_NewTrigerDlg_22="At edge change"
IDS_NewTrigerDlg_23="Above level"
IDS_NewTrigerDlg_24="Below level"
IDS_NewTrigerDlg_25="At rising edge"
IDS_NewTrigerDlg_26="At falling edge"
IDS_NewTrigerDlg_27="At edge change"
IDS_NewTrigerDlg_28="Above level"
IDS_NewTrigerDlg_29="Below level"
IDS_NewTrigerDlg_30="%d-%d"
IDS_NewTrigerDlg_31="x %.2f"
IDS_NewTrigerDlg_32="Meeting condition A"
IDS_NewTrigerDlg_33="Meeting conditions A&B"
IDS_NewTrigerDlg_34="Meeting condition A/B"
IDS_NewTrigerDlg_35="Meeting condition A"
IDS_ParaFrame_1="Select all,Ctrl+1"
IDS_ParaFrame_2="Cancel selection, Ctrl+2"
IDS_ParaFrame_3="Read parameter, Ctrl+3"
IDS_ParaFrame_4="Write parameter, Ctrl+4"
IDS_ParaFrame_5="Open recipe, Ctrl+5"
IDS_ParaFrame_6="Save recipe, Ctrl+6"
IDS_ParaFrame_7="Add function code, Ctrl+7"
IDS_ParaFrame_8="Customize function code group, Ctrl+8"
IDS_ParaFrame_9="Contrast parameter"
IDS_ParaFrame_10="Hex Convert"
IDS_ParaView_1="Option"
IDS_ParaView_2="Function Code"
IDS_ParaView_3="Parameter Name"
IDS_ParaView_4="Set Value(DEC)"
IDS_ParaView_4_HEX="Set Value(HEX)"
IDS_ParaView_5="Default(DEC)"
IDS_ParaView_5_HEX="Default(HEX)"
IDS_ParaView_6="Unit"
IDS_ParaView_7="Min.(DEC)"
IDS_ParaView_7_HEX="Min.(HEX)"
IDS_ParaView_8="Max.(DEC)"
IDS_ParaView_8_HEX="Max.(HEX)"
IDS_ParaView_9="Read all (selected)"
IDS_ParaView_10="Write all (selected)"
IDS_ParaView_11="Write all(not H00/H01)"
IDS_ParaView_12="Write all (not H01)"
IDS_ParaView_13="%s group %s"
IDS_ParaView_14="Customized function code group"
IDS_ParaView_15="Customized function code group"
IDS_ParaView_16="group"
IDS_ParaView_17="Customized function code group"
IDS_ParaView_18="Select all"
IDS_ParaView_19="Cancel selection"
IDS_ParaView_20="Read parameter"
IDS_ParaView_21="Write parameter"
IDS_ParaView_22="Open recipe"
IDS_ParaView_23="Save recipe"
IDS_ParaView_24="Cancel recipe"
IDS_ParaView_25="Compare parameter"
IDS_ParaView_26="Add function code"
IDS_ParaView_27="Delete function code"
IDS_ParaView_28="Modify function code"
IDS_ParaView_29="Customize function code group"
IDS_ParaView_30="Delete function code group"
IDS_ParaView_31="Modify function code group name"
IDS_ParaView_32="Song typface"
IDS_ParaView_33="Cannot download H0102 and H0000 at the same time."
IDS_ParaView_34="Note"
IDS_ParaView_35="Forbid to modify motor parameters of this motor model."
IDS_ParaView_36="Note"
IDS_ParaView_37="No parameter on this page selected."
IDS_ParaView_38="Note:"
IDS_ParaView_39="Cannot download H0102 and H0000 at the same time."
IDS_ParaView_40="Note"
IDS_ParaView_41="Forbid to modify motor parameters of this motor model."
IDS_ParaView_42="Note"
IDS_ParaView_43="No parameter on this page selected."
IDS_ParaView_44="Note:"
IDS_ParaView_45="No parameter on this page selected."
IDS_ParaView_46="Note:"
IDS_ParaView_47="Forbid to modify motor parameters of this motor model."
IDS_ParaView_48="Note"
IDS_ParaView_49="No parameter on this page selected."
IDS_ParaView_50="Note"
IDS_ParaView_51="No parameter on this page selected."
IDS_ParaView_52="Note"
IDS_ParaView_53="No parameter selected."
IDS_ParaView_54="Note"
IDS_ParaView_55="Create database version?\n1. Yes: Create database version. \n2. No: Modify based on database %s."
IDS_ParaView_56="Option"
IDS_ParaView_57="Select function code."
IDS_ParaView_58="Function code: %s"
IDS_ParaView_59="Current database: %s,\nSure to delete %s?"
IDS_ParaView_60="Deletion succeeds."
IDS_ParaView_61="Select function code."
IDS_ParaView_62="Recipe file(*.txt;*.usr;*.rcp)|*.txt;*.usr;*.rcp||"
IDS_ParaView_63="Recipe file(*.txt;*.usr;*.rcp)|*.txt;*.usr;*.rcp|"
IDS_ParaView_64="Recipe file(*.txt;*.usr;*.rcp)|*.txt;*.usr;*.rcp||"
IDS_ParaView_65="Read a recipe file: "
IDS_ParaView_66="Info.:"
IDS_ParaView_67="Recipe file(*.txt)|*.txt||"
IDS_ParaView_68="Recipe file(*.txt)|*.txt"
IDS_ParaView_69="Recipe file(*.txt)|*.txt||"
IDS_ParaView_70="No function code selected, select again."
IDS_ParaView_71="Save a recipe file: "
IDS_ParaView_72="Succeed in saving recipe file."
IDS_ParaView_73="[data exceeding range]:[function code %s][range %d-%d][running value %d]"
IDS_ParaView_74="Customized function code group"
IDS_ParaView_75="Customized function code group"
IDS_ParaView_76="Function code: %s"
IDS_ParaView_77="Current database: %s,\nSure to delete all data in function code group [%s]?"
IDS_ParaView_78="Deletion succeeds."
IDS_ParaView_79="Customized function code group"
IDS_ParaView_80="Customized function code group"
IDS_ParaView_81="Cannot modify function code group name:"
IDS_ParaView_82="Input group name."
IDS_ParaView_83="Succeed in modifying group name."
IDS_ParaView_84="Customized function code group"
IDS_ParaView_85="Current recipe file: %s"
IDS_ParaView_86="Read all(not H00/H01)"
IDS_ParaView_87="Property"
IDS_ParaView_88="Effective Time"
IDS_ParaView_89="Any"
IDS_ParaView_90="At stop"
IDS_ParaView_91="Unmodifiable"
IDS_ParaView_92="Immediate"
IDS_ParaView_93="Power-on again"
IDS_ParaView_94="At stop"
IDS_ParaView_95="Save modified parameters"
IDS_PosAdjustDlg_1="Start test"
IDS_PosAdjustDlg_2="Stop test"
IDS_PosAdjustDlg_3="Start test"
IDS_VirtualScope_1="Time(ms):\n"
IDS_VirtualScope_2="Time(ms):\n"
IDS_VScope_1="Time(ms):\n"
IDS_VScope_2="Time(ms):\n"
IDS_ScopeCursorDlg_1="Time"
IDS_ScopeParDlg_1="Serial port not connected."
IDS_ScopeParDlg_2="Virtual Oscilloscope"
IDS_ScopeParDlg_3="Fail to read data."
IDS_ScopeParDlg_4="Virtual Oscilloscope"
IDS_ScopeParDlg_5="Select parameter to be read."
IDS_ScopeParDlg_6="Virtual Oscilloscope"
IDS_ScopeParDlg_7="Reading succeeds."
IDS_ScopeParDlg_8="Virtual Oscilloscope"
IDS_ScopeParDlg_9="Serial port not connected."
IDS_ScopeParDlg_10="Virtual Oscilloscope"
IDS_ScopeParDlg_11="Fail to write data."
IDS_ScopeParDlg_12="Virtual Oscilloscope"
IDS_ScopeParDlg_13="Select parameter to be written."
IDS_ScopeParDlg_14="Virtual Oscilloscope"
IDS_ScopeParDlg_15="Writing succeeds."
IDS_ScopeParDlg_16="Virtual Oscilloscope"
IDS_ScopeParDlg_17="Function Code"
IDS_ScopeParDlg_18="Parameter Name"
IDS_ScopeParDlg_19="Set Value"
IDS_ScopeParDlg_20="Default"
IDS_ScopeParDlg_21="Unit"
IDS_ScopeParDlg_22="Min."
IDS_ScopeParDlg_23="Max."
IDS_ScopeParDlg_24="Serial port not connected."
IDS_ScopeParDlg_25="Virtual Oscilloscope"
IDS_ScopeParDlg_26="Fail to read data."
IDS_ScopeParDlg_27="Virtual Oscilloscope"
IDS_ScopePathSetDlg_1="Setting succeeds."
IDS_ScopePathSetDlg_2="Path setting"
IDS_ScopeTrigerDlg_1="Trigger at rising edge"
IDS_ScopeTrigerDlg_2="Trigger at falling edge"
IDS_ScopeTrigerDlg_3="Trigger at edge change"
IDS_ScopeTrigerDlg_4="Above level"
IDS_ScopeTrigerDlg_5="Below level"
IDS_ScopeTrigerDlg_6="Trigger at rising edge"
IDS_ScopeTrigerDlg_7="Trigger at falling edge"
IDS_ScopeTrigerDlg_8="Trigger at edge change"
IDS_ScopeTrigerDlg_9="%d-%d"
IDS_ScopeTrigerDlg_10="x %.2f"
IDS_ScopeTrigerDlg_11="Trigger at rising edge"
IDS_ScopeTrigerDlg_12="Trigger at falling edge"
IDS_ScopeTrigerDlg_13="Trigger at edge change"
IDS_ScopeTrigerDlg_14="Above level"
IDS_ScopeTrigerDlg_15="Below level"
IDS_ScopeTrigerDlg_16="Trigger at rising edge"
IDS_ScopeTrigerDlg_17="Trigger at falling edge"
IDS_ScopeTrigerDlg_18="Trigger at edge change"
IDS_ScopeTrigerDlg_19="%d-%d"
IDS_ScopeTrigerDlg_20="x %.2f"
IDS_ScopeTrigerDlg_21="Meeting condition A"
IDS_ScopeTrigerDlg_22="Meeting condition A"
IDS_ScopeTrigerDlg_23="Meeting conditions A&B"
IDS_ScopeTrigerDlg_24="Meeting condition A/B"
IDS_ScopeTrigerDlg_25="Not trigger"
IDS_ScopeTrigerDlg_26="Trigger at rising edge"
IDS_ScopeTrigerDlg_27="Trigger at falling edge"
IDS_ScopeTrigerDlg_28="Trigger at edge change"
IDS_ScopeTrigerDlg_29="Above level"
IDS_ScopeTrigerDlg_30="Below level"
IDS_ScopeTrigerDlg_31="Trigger at rising edge"
IDS_ScopeTrigerDlg_32="Trigger at falling edge"
IDS_ScopeTrigerDlg_33="Trigger at edge change"
IDS_ScopeTrigerDlg_34="%d-%d"
IDS_ScopeTrigerDlg_35="x %.2f"
IDS_ScopeTrigerDlg_36="Meeting condition A"
IDS_ScopeTrigerDlg_37="Meeting conditions A&B"
IDS_ScopeTrigerDlg_38="Meeting condition A/B"
IDS_ScopeTrigerDlg_39="Meeting condition A"
IDS_ScopeTrigerDlg_40="Trigger at rising edge"
IDS_ScopeTrigerDlg_41="Trigger at falling edge"
IDS_ScopeTrigerDlg_42="Trigger at edge change"
IDS_ScopeTrigerDlg_43="Above level"
IDS_ScopeTrigerDlg_44="Below level"
IDS_ScopeTrigerDlg_45="Trigger at rising edge"
IDS_ScopeTrigerDlg_46="Trigger at falling edge"
IDS_ScopeTrigerDlg_47="Trigger at edge change"
IDS_ScopeTrigerDlg_48="%d-%d"
IDS_ScopeTrigerDlg_49="x %.2f"
IDS_ScopeTrigerDlg_50="Meeting condition A"
IDS_ScopeTrigerDlg_51="Meeting conditions A&B"
IDS_ScopeTrigerDlg_52="Meeting condition A/B"
IDS_ScopeTrigerDlg_53="Meeting condition A"
IDS_SysParam_1="No database file selected, exit program."
IDS_SysParam_2="Note:"
IDS_SysParam_22="Current MODBUS 32-bit data transfer sequence: high 16 bits before low 16 bits. \n\n Note the sequence during parameter download."
IDS_SysParam_23="Current MODBUS 32-bit data transfer sequence: low 16 bits before high 16 bits.\n\n Note the sequence during parameter download."
IDS_SysParam_3="Detect a server connection:\n1. Serial port: COM%d\n2. Baud rate: %d\n3. Device ID: %d\n"
IDS_SysParam_4="No device connected"
IDS_SysParam_5="Succeed in initializing IS_OPERA."
IDS_SysParam_6="Search attempt completed, no device connected."
IDS_SysParam_7="No serial port available, check serial hardware."
IDS_SysParam_8="No serial port available, check serial hardware."
IDS_SysParam_9="Detect a server connection::\n 1. Serial port: COM%d\n2. Baud rate: %d\n3. Device ID: %d"
IDS_SysParam_10="Current server software version:%08x, set database: %s."
IDS_SysParam_11="Serial port %d not connected to device."
IDS_SysParam_12="Database backup file not found."
IDS_SysParam_13="Database backup file not found."
IDS_SysParam_14="[array transborder]:[function code %s][range 0-%d][current value %d]"
IDS_SysParam_15="[exceeding range]:[function code %s][range %d-%d][current value %d]"
IDS_SysParam_16="Database file(*.mdb)|*.mdb||"
IDS_SysParam_17="Database file(*.mdb)|*.mdb"
IDS_SysParam_18="Database file(*.mdb)|*.mdb||"
IDS_SysParam_19="Select database file:"
IDS_SysParam_20="Succeed in selecting database file:"
IDS_SysParam_21="No database file."
IDS_SysParam_24="Current function code database name: %s.\nCheck whether the current database matches the servo drive. If they do not match, parameters uploaded and downloaded may be incorrect.\nFor example, IS500 uses database Servo500, IS550 uses database Servo550, IS560 uses database Servo560, and customized product uses database FBxxx (for example, 212# servo drive uses database FB212)."
IDS_UVBalanceDlg_1="Serial port not connected."
IDS_UVBalanceDlg_2="UV Phase Current Balance"
IDS_UVBalanceDlg_3="Not allow operation."
IDS_UVBalanceDlg_4="UV Phase Current Balance"
IDS_UVBalanceDlg_5="Correction fails."
IDS_UVBalanceDlg_6="UV Phase Current Balance"
IDS_UVBalanceDlg_7="Correction fails."
IDS_UVBalanceDlg_8="UV Phase Current Balance"
IDS_UVBalanceDlg_9="Correction fails."
IDS_UVBalanceDlg_10="UV Phase Current Balance"
IDS_UVBalanceDlg_11="Correction succeeds. Power on again."
IDS_UVBalanceDlg_12="UV phase current deviation too large."
IDS_UVBalanceDlg_13="Fail to read H3000 value."
IDS_UVBalanceDlg_14="UUV Phase Current Balance"
IDS_UVBalanceDlg_15="Servo not ready."
IDS_UVBalanceDlg_16="UV Phase Current Balance"
IDS_UVBalanceDlg_17="Servo running, not allow operation."
IDS_UVBalanceDlg_18="UV Phase Current Balance"
IDS_UVBalanceDlg_19="Servo faulty."
IDS_UVBalanceDlg_20="UV Phase Current Balance"
IDS_WaveFrame_1="Open"
IDS_WaveFrame_2="Save"
IDS_WaveFrame_3="Compare waveform"
IDS_WaveFrame_4="Cancel comparison"
IDS_WaveFrame_5="Cursor"
IDS_WaveFrame_6="Coordinate"
IDS_WaveFrame_7="Zoom in"
IDS_WaveFrame_8="Zoom out"
IDS_WaveFrame_9="Parameter setting"
IDS_WaveFrame_10="Trigger"
IDS_WaveFrame_11="Run"
IDS_WaveView_1="Open file"
IDS_WaveView_2="Fail to open data file."
IDS_WaveView_3="Virtual Oscilloscope"
IDS_WaveView_4="Fail to open data file."
IDS_WaveView_5="Virtual Oscilloscope"
IDS_WaveView_6="Save file"
IDS_WaveView_7="File already exists, overwrite?"
IDS_WaveView_8="Save file"
IDS_WaveView_9="Select waveform to be compared."
IDS_WaveView_10="Virtual Oscilloscope"
IDS_WaveView_11="Open file"
IDS_WaveView_12="Fail to open data file."
IDS_WaveView_13="Virtual Oscilloscope"
IDS_WaveView_14="Select channel first."
IDS_WaveView_15="Virtual Oscilloscope"
IDS_WaveView_16="Serial port not opened."
IDS_WaveView_17="Virtual Oscilloscope"
IDS_WaveView_18="Run"
IDS_WaveView_19="Select channel first."
IDS_WaveView_20="Virtual Oscilloscope"
IDS_WaveView_21="Sampling time includes illegal character."
IDS_WaveView_22="Virtual Oscilloscope"
IDS_WaveView_23="Parameter range is 1-255."
IDS_WaveView_24="Virtual Oscilloscope"
IDS_WaveView_25="Fail to send sampling parameter. Error code: 0x%x"
IDS_WaveView_26="Virtual Oscilloscope"
IDS_WaveView_27="Fail to start sampling. Error code: 0x%x"
IDS_WaveView_28="Virtual Oscilloscope"
IDS_WaveView_29="Stop"
IDS_WaveView_30="Waiting for data..."
IDS_WaveView_32="x 62.5us"
IDS_WaveView_33="x 125us"
IDS_WaveView_34="x 250us"
IDS_WaveView_35="x %.1fus"
IDS_WaveView_36="Select different waveform."
IDS_WaveView_37="Virtual Oscilloscope"
IDS_WaveView_38="Select different waveform."
IDS_WaveView_39="Virtual Oscilloscope"
IDS_WaveView_40="Select different waveform."
IDS_WaveView_41="Virtual Oscilloscope"
IDS_WaveView_42="Sampling time,      %s\n"
IDS_WaveView_43="%Y year %m month %d day %H:%M:%S"
IDS_WaveView_44="Parameter quantity,      %d\n"
IDS_WaveView_45="Min. sampling period,  %.4fms\n"
IDS_WaveView_46="Sampling period,      %.4fms\n"
IDS_WaveView_47="Sampling point,      %d\n"
IDS_WaveView_48="Virtual Oscilloscope"
IDS_WaveView_49="Virtual Oscilloscope"
IDS_WaveView_50="Two waveforms have different sampling periods, cannot be compared."
IDS_WaveView_51="Virtual Oscilloscope"
IDS_WaveView_52="File channels are different, cannot be compared."
IDS_WaveView_53="Virtual Oscilloscope"
IDS_WaveView_54="(Compare)"
IDS_WaveView_55="(Compare)"
IDS_WaveView_56="(Compare)"
IDS_WaveView_57="Virtual Oscilloscope"
IDS_WaveView_58="Host controller fails to receive sampling data."
IDS_WaveView_59="Virtual Oscilloscope"
IDS_WaveView_60="Host controller fails to send sampling data."
IDS_WaveView_61="Virtual Oscilloscope"
IDS_WaveView_62="CRC check error exists in sampling data received by host controller."
IDS_WaveView_63="Virtual Oscilloscope"
IDS_WaveView_64="Command code is not 0x03/0x06/0x10."
IDS_WaveView_65="Virtual Oscilloscope"
IDS_WaveView_66="Servo CRC check error."
IDS_WaveView_67="Virtual Oscilloscope"
IDS_WaveView_68="Written factory password incorrect."
IDS_WaveView_69="Virtual Oscilloscope"
IDS_WaveView_70="Accessed function code does not exist."
IDS_WaveView_71="Virtual Oscilloscope"
IDS_WaveView_72="Written function code value exceeds limit."
IDS_WaveView_73="Virtual Oscilloscope"
IDS_WaveView_74="Function code to be written is read-only."
IDS_WaveView_75="Virtual Oscilloscope"
IDS_WaveView_76="Accessed function code is in password locked state."
IDS_WaveView_77="Virtual Oscilloscope"
IDS_WaveView_78="Read data length is zero."
IDS_WaveView_79="Virtual Oscilloscope"
IDS_WaveView_80="Servo in running state. Function code to be written can be modified only in servo stop state."
IDS_WaveView_81="Virtual Oscilloscope"
IDS_WaveView_82="Sampling data received by host controller is partially lost."
IDS_WaveView_83="Virtual Oscilloscope"
IDS_WaveView_84="Receiving data..."
IDS_WaveView_86="Position reference(p)"
IDS_WaveView_87="Position feedback(p)"
IDS_WaveView_88="Position follow-up deviation(p)"
IDS_WaveView_89="Speed reference(rpm)"
IDS_WaveView_90="Speed feedback(rpm)"
IDS_WaveView_91="Torque reference(%)"
IDS_WaveView_92="Torque reference(%)"
IDS_WaveView_93="Current feedback(%)"
IDS_WaveView_94="Speed feedback(rpm)"
IDS_WaveView_95="Fail to open file."
IDS_WaveView_96=":"
IDS_WaveView_97=":"
IDS_WaveView_98=":"
IDS_WaveView_99=":"
IDS_WaveView_100="Hide"
IDS_WaveView_101="Display"
IDS_WaveView_102="Hide"
IDS_WaveView_103="Hide"
IDS_WaveView_104="Display"
IDS_WaveView_105="Hide"
IDS_WaveView_106="Hide"
IDS_WaveView_107="Display"
IDS_WaveView_108="Hide"
IDS_WaveView_109="Torque reference(%)"
IDS_WaveView_110="Current feedback(%)"
IDS_WaveView_111="Speed reference(rpm)"
IDS_WaveView_112="Speed feedback(rpm)"
IDS_WaveView_113="Speed feedback(filter)(rpm)"
IDS_WaveView_114="U phase feedback current(A)"
IDS_WaveView_115="V phase feedback current(A)"
IDS_WaveView_116="W phase feedback current(A)"
IDS_WaveView_117="Position reference(p)"
IDS_WaveView_118="Position feedback(p)"
IDS_WaveView_119="Serial port not connected."
IDS_WaveView_120="Virtual Oscilloscope"
IDS_WaveView_121="Fail to read data."
IDS_WaveView_122="Virtual Oscilloscope"
IDS_WaveView_123="Two waveforms have different modulation frequencies, cannot be compared."
IDS_WaveView_124="Virtual Oscilloscope"
IDS_ZhuiJianMacSet_3="Function code %s does not exist in current database.\nAdd function code to database first."
IDS_ZhuiJianMacSet_4="Note"
IDS_ZhuiJianMacSet_5="Serial port not connected."
IDS_ZhuiJianMacSet_6="Electronic Cam"
IDS_ZhuiJianMacSet_7="Fail to read parameter."
IDS_ZhuiJianMacSet_8="Electronic Cam"
IDS_ZhuiJianMacSet_9="Reading completed."
IDS_ZhuiJianMacSet_10="Electronic Cam"
IDS_ZhuiJianMacSet_11="Serial port not connected."
IDS_ZhuiJianMacSet_12="Electronic Cam"
IDS_ZhuiJianMacSet_13="Fail to write '%s'. Error code: 0x%x"
IDS_ZhuiJianMacSet_14="Electronic Cam"
IDS_ZhuiJianMacSet_15="Writing completed."
IDS_ZhuiJianMacSet_16="Electronic Cam"
IDS_ZhuiJianMacSet_17="'%s' exceeds range (%d-%d)."
IDS_ZhuiJianMacSet_18="Electronic Cam"
IDS_ZhuiJianView_1="Input feeding speed."
IDS_ZhuiJianView_2="Note"
IDS_ZhuiJianView_3="Input feeding speed incorrect."
IDS_ZhuiJianView_4="Note"
IDS_ZhuiJianView_7="Serial port not connected."
IDS_ZhuiJianView_8="Electronic Cam"
IDS_ZhuiJianView_9="Cancel note"
IDS_ZhuiJianView_10="Display note"
IDS_ZhuiJianView_11="Fail to read H3000 value."
IDS_ZhuiJianView_12="Electronic Cam"
IDS_ZhuiJianView_13="Servo not ready."
IDS_ZhuiJianView_14="Electronic Cam"
IDS_ZhuiJianView_15="S-ON terminal ON, not allow simulation."
IDS_ZhuiJianView_16="Electronic Cam"
IDS_ZhuiJianView_17="Servo faulty."
IDS_ZhuiJianView_18="Electronic Cam"
IDS_ZhuiJianView_19="Serial port not connected."
IDS_ZhuiJianView_20="Electronic Cam"
IDS_ZhuiJianView_21="Fail to read parameter."
IDS_ZhuiJianView_22="Electronic Cam"
IDS_ZhuiJianView_23="Serial port not connected."
IDS_ZhuiJianView_24="Electronic Cam"
IDS_ZhuiJianView_25="Fail to read parameter."
IDS_ZhuiJianView_26="Electronic Cam"
IDS_ZhuiJianView_27="Serial port not connected."
IDS_ZhuiJianView_28="Electronic Cam"
IDS_ZhuiJianView_29="Fail to read parameter."
IDS_ZhuiJianView_30="Electronic Cam"
IDS_ZhuiJianView_31="Serial port not connected."
IDS_ZhuiJianView_32="Electronic Cam"
IDS_ZhuiJianView_33="Fail to read parameter."
IDS_ZhuiJianView_34="Electronic Cam"
IDS_ZhuiJianView_35="Serial port not connected."
IDS_ZhuiJianView_36="Electronic Cam"
IDS_ZhuiJianView_37="Fail to read parameter."
IDS_ZhuiJianView_38="Electronic Cam"
IDS_ZhuiJianView_39="Fail to read parameter."
IDS_ZhuiJianView_40="Electronic Cam"
IDS_ZhuiJianView_41="Synchronous area length must not exceed order length. Er.305"
IDS_ZhuiJianView_42="Electronic Cam"
IDS_ZhuiJianView_43="Synchronous area length must not exceed allowed length. Er.301"
IDS_ZhuiJianView_44="Electronic Cam"
IDS_ZhuiJianView_45="Order length too small.\r\n\r\nMinimum order length calculated based on current lead, machine length, high-speed return speed, and acceleration/deceleration time is: %.3fmm."
IDS_ZhuiJianView_46="Electronic Cam"
IDS_UniECAMFrame_1="Open cam point file"
IDS_UniECAMFrame_2="Save cam point"
IDS_UniECAMFrame_3="Crank shaft connecting rod"
IDS_UniECamView_1="Add cam point"
IDS_UniECamView_2="Delete cam point"
IDS_UniECamView_3="<center><h2>Important note</h2><br><hr color=blue></center><br>Click the burning icon to display the burning dialog box. <br>Then power off and power on again."
IDS_UniECamView_4="Spindle position"
IDS_UniECamView_5="Slave shaft position"
IDS_UniECamView_6="PU speed"
IDS_UniECamView_7="Type"
IDS_UniECamView_8="Serial port not connected."
IDS_UniECamView_9="Fail to write data."
IDS_UniECamView_10="Input unit conversion ratio."
IDS_UniECamView_11="Data input incorrect."
IDS_UniECamView_12="%Y/%m/%d %H:%M:%S"
IDS_UniECamView_13="Background software version, %s\n"
IDS_UniECamView_14="File saving time, %s\n"
IDS_UniECamView_15="Cam point quantity, %d\n"
IDS_UniECamView_16="Open Cam Data File"
IDS_UniECamView_17="Fail to open data file."
IDS_UniECamView_18="Save Cam Data File"
IDS_UniECamView_19="File already exists, overwrite?"
IDS_UniECamView_20="Note"
IDS_UniECamView_21="Fail to save data file."
IDS_UniECamView_23="Fail to write cam point, continue to burn?"
IDS_UniECamView_24="Spindle length, %s\n"
IDS_UniECamView_25="Unit, %s\n"
IDS_UniECamView_26="Slave shaft unit conversion ratio, %s\n"
IDS_UniECamView_27="Spindle unit conversion ratio, %s\n"
IDS_UniECamView_28="Position"
IDS_UniECamView_29="Speed"
IDS_UniECamView_30="Acceleration"
IDS_UniECamView_31="Pulses of slave shaft exceeding range (1-0x40000000)"
IDS_UniECamView_32="Unitage for pulses of slave shaft exceeding range (1-30000)"
IDS_UniECamView_33="Spindle pulses exceeding range (1-0x40000000)"
IDS_UniECamView_34="Unitage for spindle pulses exceeding range (1-30000)"
IDS_UniECamView_35="Spindle length must not smaller than 10."
IDS_UniECamView_36="Spindle length must not larger than 1000000."
IDS_UniECamView_37="The number of not more than 270."
IDS_UniECamView_38="Write failure!"
IDS_UniECamView_39="Write success!"
IDS_UniECamView_40="Write cam points to device."
IDS_UniECamView_41="Read failure!"
IDS_UniECamView_42="Read cam point success!"
IDS_UniECamView_43="Read cam point failure!"
IDS_UniECamView_44="View cam point"
IDS_UniECamView_45="Write special cam points to device"
IDS_ECamFuncSetDlg_1="Serial port not connected."
IDS_ECamFuncSetDlg_2="Fail to read data."
IDS_ECamFuncSetDlg_3="Select parameter to be read."
IDS_ECamFuncSetDlg_4="Reading succeeds."
IDS_ECamFuncSetDlg_5="Fail to write data."
IDS_ECamFuncSetDlg_6="Writing succeeds."
IDS_ECamFuncSetDlg_7="Function Code"
IDS_ECamFuncSetDlg_8="Parameter Name"
IDS_ECamFuncSetDlg_9="Set Value"
IDS_ECamFuncSetDlg_10="Default"
IDS_ECamFuncSetDlg_11="Unit"
IDS_ECamFuncSetDlg_12="Min."
IDS_ECamFuncSetDlg_13="Max."
IDS_AdjustmentDlg_1="OFF"
IDS_AdjustmentDlg_2="ON"
IDS_AdjustmentDlg_3="0: Manual"
IDS_AdjustmentDlg_4="1: Automatic"
IDS_AdjustmentDlg_5="0: Not updated"
IDS_AdjustmentDlg_6="1: Only one notch valid"
IDS_AdjustmentDlg_7="2: Both notches valid"
IDS_AdjustmentDlg_8="3: Only detect resonance frequency (displayed in H0924)"
IDS_AdjustmentDlg_9="4: Restore parameters to default setting"
IDS_AdjustmentDlg_10="0: Disabled"
IDS_AdjustmentDlg_11="1: Enabled, change slowly"
IDS_AdjustmentDlg_12="2: Enabled, always change"
IDS_AdjustmentDlg_13="3: Enabled, change quickly"
IDS_AdjustmentDlg_14="Motion Times "
IDS_AdjustmentDlg_15="Positioning Time(ms)"
IDS_AdjustmentDlg_16="Vibration Level(0.1%)"
IDS_AdjustmentDlg_17="Average Load Ratio(0.1%)"
IDS_AdjustmentDlg_18="Overshoot Pulses"
IDS_AdjustmentDlg_19="Fail to read four function codes consecutively."
IDS_AdjustmentDlg_20="Error info."
IDS_AdjustmentDlg_21="Stop monitoring and then close."
IDS_AdjustmentDlg_22="Fail to read rigidity level."
IDS_AdjustmentDlg_23="Fail to read rigidity level."
IDS_AdjustmentDlg_24="Fail to read online inertia auto-tuning mode."
IDS_AdjustmentDlg_25="Fail to read load inertia ratio."
IDS_AdjustmentDlg_26="Fail to read self-adaptive notch working mode."
IDS_AdjustmentDlg_27="Fail to read 1st notch attenuation rate."
IDS_AdjustmentDlg_28="Fail to read 1st notch frequency."
IDS_AdjustmentDlg_29="Fail to read 1st notch attenuation level."
IDS_AdjustmentDlg_30="Fail to read 2nd notch attenuation rate."
IDS_AdjustmentDlg_31="Fail to read 2nd notch frequency."
IDS_AdjustmentDlg_32="Fail to read 1st notch attenuation level."
IDS_AdjustmentDlg_33="Fail to read function code of online inertia auto-tuning mode."
IDS_AdjustmentDlg_34="Fail to read function code of load inertia ratio."
IDS_AdjustmentDlg_35="Fail to write function code of load inertia ratio."
IDS_AdjustmentDlg_36="Fail to write function code of online inertia auto-tuning mode."
IDS_AdjustmentDlg_37="Fail to read function code of gain adjust mode."
IDS_AdjustmentDlg_38="Fail to write function code of gain adjust mode."
IDS_AdjustmentDlg_39="Fail to read function code of rigidity level."
IDS_AdjustmentDlg_40="Fail to write function code of rigidity level."
IDS_AdjustmentDlg_41="Fail to read self-adaptive notch working mode."
IDS_AdjustmentDlg_42="Fail to read 1st notch width level."
IDS_AdjustmentDlg_43="Fail to read 1st notch frequency."
IDS_AdjustmentDlg_44="Fail to read 1st notch attenuation level."
IDS_AdjustmentDlg_45="Fail to read 2nd notch width level."
IDS_AdjustmentDlg_46="Fail to read 2nd notch frequency."
IDS_AdjustmentDlg_47="Fail to read 2nd notch attenuation level."
IDS_AdjustmentDlg_48="Fail to write elf-adaptive notch working mode."
IDS_AdjustmentDlg_49="Fail to write 1st notch width level."
IDS_AdjustmentDlg_50="Fail to write 1st notch frequency."
IDS_AdjustmentDlg_51="Fail to write 1st notch attenuation level."
IDS_AdjustmentDlg_52="Fail to write 2nd notch width level."
IDS_AdjustmentDlg_53="Fail to write 2nd notch frequency."
IDS_AdjustmentDlg_54="Fail to write 2nd notch attenuation level."
IDS_AdjustmentDlg_55="Running times illegal. Input integer larger than 0."
IDS_AdjustmentDlg_56="Fail to read forward/reverse rotation function code in motion monitoring mode."
IDS_AdjustmentDlg_57="Fail to read forward/reverse rotation function code in motion monitoring mode."
IDS_AdjustmentDlg_58="Start"
IDS_AdjustmentDlg_59="Motion monitor can be used only in continuous forward or reverse rotation."
IDS_AdjustmentDlg_60="Close"
IDS_AdjustmentDlg_61="Start"
IDS_EditAdjust_1="Write parameter"
IDS_EditAdjust_2="Read parameter"
IDS_EditAdjust_3="Data cannot be empty."
IDS_EditAdjust_4="Input Error"
IDS_EditAdjust_5="Input integer data."
IDS_EditAdjust_6="Input Error"
IDS_EditAdjust_7="Input integer within range."
IDS_EditAdjust_8="Warning"
IDS_EditAdjust_9="Data valid range: [%d-%d]"
IDS_EditAdjust_10="Input Error"
IDS_EditUsability_1="Data cannot be empty."
IDS_EditUsability_2="Input Error"
IDS_EditUsability_3="Input integer data."
IDS_EditUsability_4="Input Error"
IDS_EditUsability_5="Input integer within range."
IDS_EditUsability_6="Warning"
IDS_EditUsability_7="Data valid range: [%d-%d]."
IDS_EditUsability_8="Input Error"
IDS_MechanismAnalysisDlg_1="0:X"
IDS_MechanismAnalysisDlg_2="1:Y"
IDS_MechanismAnalysisDlg_3="2:XY"
IDS_MechanismAnalysisDlg_4="Data cannot be empty."
IDS_MechanismAnalysisDlg_5="Input Error"
IDS_MechanismAnalysisDlg_6="Input integer data."
IDS_MechanismAnalysisDlg_7="Input Error"
IDS_MechanismAnalysisDlg_8="Input integer within range."
IDS_MechanismAnalysisDlg_9="Warning"
IDS_MechanismAnalysisDlg_10="Data valid range: [%d-%d]"
IDS_MechanismAnalysisDlg_11="Input Error"
IDS_MechanismAnalysisDlg_12="Servo device not connected."
IDS_MechanismAnalysisDlg_13="Error"
IDS_MechanismAnalysisDlg_14="Fail to set single-time sampling, no trigger or pre-trigger function code."
IDS_MechanismAnalysisDlg_15="Error"
IDS_MechanismAnalysisDlg_16="Fail to read sampling frequency."
IDS_MechanismAnalysisDlg_17="Error"
IDS_MechanismAnalysisDlg_18="Speed loop modulation frequency is not 8K or 16K, cannot perform mechanical feature analysis."
IDS_MechanismAnalysisDlg_19="Error"
IDS_MechanismAnalysisDlg_20="Input amplitude or offset illegal."
IDS_MechanismAnalysisDlg_21="Error"
IDS_MechanismAnalysisDlg_22="Fail to send amplitude or offset of sending speed reference."
IDS_MechanismAnalysisDlg_23="Error"
IDS_MechanismAnalysisDlg_24="Fail to write allowed receiving data flag."
IDS_MechanismAnalysisDlg_25="Error"
IDS_MechanismAnalysisDlg_26="Fail to write H2F.01 for setting servo running mode."
IDS_MechanismAnalysisDlg_27="Error"
IDS_MechanismAnalysisDlg_28="Fail to write value 0 of H2F.54 for mechanical feature analysis."
IDS_MechanismAnalysisDlg_29="Error"
IDS_MechanismAnalysisDlg_30="Fail to write value 1 of H2F.08 for starting servo in background."
IDS_MechanismAnalysisDlg_31="Error"
IDS_MechanismAnalysisDlg_32="Fail to write value 1 of H2F.54 for mechanical feature analysis."
IDS_MechanismAnalysisDlg_33="Error"
IDS_MechanismAnalysisDlg_34="Fail to read H2F.55 for mechanical analysis."
IDS_MechanismAnalysisDlg_35="Servo faulty. Mechanical feature analysis fails."
IDS_MechanismAnalysisDlg_36="Test completed, fail to write H2F00."
IDS_MechanismAnalysisDlg_37="Warning"
IDS_MechanismAnalysisDlg_38="WINAPI MA_SINGLESAMPRECVDATA Data sampling starts."
IDS_MechanismAnalysisDlg_39="Test stops, fail to write H2F08."
IDS_MechanismAnalysisDlg_40="Warning"
IDS_MechanismAnalysisDlg_41="Test stops, fail to write H2F54."
IDS_MechanismAnalysisDlg_42="Warning"
IDS_MechanismAnalysisDlg_43="Test stops, fail to write H2F00."
IDS_MechanismAnalysisDlg_44="Warning"
IDS_MechanismAnalysisDlg_45="Close oscilloscope window."
IDS_MechanismAnalysisDlg_46="Error"
IDS_MechanismAnalysisDlg_47="Gain curve"
IDS_MechanismAnalysisDlg_48="Phase curve"
IDS_MechanismAnalysisDlg_49="Save mechanical feature waveform data"
IDS_MechanismAnalysisDlg_50="Fail to open file."
IDS_MechanismAnalysisDlg_51="Hide"
IDS_MechanismAnalysisDlg_52="Hide"
IDS_MechanismAnalysisDlg_53="Display coordinate"
IDS_MechanismAnalysisDlg_54="Load waveform file first."
IDS_MechanismAnalysisDlg_55="Display coordinate"
IDS_MechanismAnalysisDlg_56="Hide coordinate"
IDS_MechanismAnalysisDlg_57="Gain stop point"
IDS_MechanismAnalysisDlg_58="Gain stop point"
IDS_MechanismAnalysisDlg_59="Gain curve"
IDS_MechanismAnalysisDlg_60="Gain curve CMP"
IDS_MechanismAnalysisDlg_61="Gain curve"
IDS_MechanismAnalysisDlg_62="Gain curve CMP"
IDS_MechanismAnalysisDlg_63="Phase curve"
IDS_MechanismAnalysisDlg_64="Phase curve CMP"
IDS_MechanismAnalysisDlg_65="Phase curve"
IDS_MechanismAnalysisDlg_66="Phase curve CMP"
IDS_MechanismAnalysisDlg_67="Gain curve"
IDS_MechanismAnalysisDlg_68="Phase curve"
IDS_MechanismAnalysisDlg_69="Gain curve CMP"
IDS_MechanismAnalysisDlg_70="Phase curve CMP"
IDS_MechanismAnalysisDlg_71="Display"
IDS_MechanismAnalysisDlg_72="Hide"
IDS_MechanismAnalysisDlg_73="Display"
IDS_MechanismAnalysisDlg_74="Hide"
IDS_MechanismAnalysisDlg_75="Phase curve"
IDS_MechanismAnalysisDlg_76="Gain curve"
IDS_MechanismAnalysisDlg_77="Gain curve CMP"
IDS_MechanismAnalysisDlg_78="Phase curve CMP"
IDS_MechanismAnalysisDlg_79="Display"
IDS_MechanismAnalysisDlg_80="Hide"
IDS_MechanismAnalysisDlg_81="Display"
IDS_MechanismAnalysisDlg_82="Hide"
IDS_MechanismAnalysisDlg_83="Gain curve"
IDS_MechanismAnalysisDlg_84="Phase curve"
IDS_MechanismAnalysisDlg_85="Gain curve CMP"
IDS_MechanismAnalysisDlg_86="Phase curve CMP"
IDS_MechanismAnalysisDlg_87="Phase curve CMP"
IDS_MechanismAnalysisDlg_88="Frequency"
IDS_MechanismAnalysisDlg_89="Phase angle"
IDS_MechanismAnalysisDlg_90="Phase curve CMP"
IDS_MechanismAnalysisDlg_91="Phase curve CMP"
IDS_MechanismAnalysisDlg_92="Phase curve "
IDS_MechanismAnalysisDlg_93="Phase curve CMP"
IDS_MechanismAnalysisDlg_94="Phase curve"
IDS_MechanismAnalysisDlg_95="Gain curve CMP"
IDS_MechanismAnalysisDlg_96="Frequency"
IDS_MechanismAnalysisDlg_97="Gain"
IDS_MechanismAnalysisDlg_98="Gain curve CMP"
IDS_MechanismAnalysisDlg_99="Gain curve CMP"
IDS_MechanismAnalysisDlg_100="Gain curve"
IDS_MechanismAnalysisDlg_101="Gain curve CMP"
IDS_MechanismAnalysisDlg_102="Gain curve"
IDS_MechanismAnalysisDlg_103="Phase curve"
IDS_MechanismAnalysisDlg_104="Frequency"
IDS_MechanismAnalysisDlg_105="Phase angle"
IDS_MechanismAnalysisDlg_106="Gain curve"
IDS_MechanismAnalysisDlg_107="Frequency"
IDS_MechanismAnalysisDlg_108="Gain"
IDS_MechanismAnalysisDlg_109="Phase curve"
IDS_MechanismAnalysisDlg_110="Phase curve CMP"
IDS_MechanismAnalysisDlg_111="Gain curve CMP"
IDS_MechanismAnalysisDlg_112="Gain curve"
IDS_MechanismAnalysisDlg_113="Gain curve"
IDS_MechanismAnalysisDlg_114="Phase curve"
IDS_MechanismAnalysisDlg_115="Read mechanical feature waveform data"
IDS_MechanismAnalysisDlg_116="Fail to open file."
IDS_MechanismAnalysisDlg_117="Gain curve"
IDS_MechanismAnalysisDlg_118="Phase curve"
IDS_MechanismAnalysisDlg_119="Gain curve"
IDS_MechanismAnalysisDlg_120="Phase curve"
IDS_MechanismAnalysisDlg_121="Gain curve CMP"
IDS_MechanismAnalysisDlg_122="Phase curve CMP"
IDS_MechanismAnalysisDlg_123="Gain curve"
IDS_MechanismAnalysisDlg_124="Phase curve"
IDS_MechanismAnalysisDlg_125="Phase curve"
IDS_MechanismAnalysisDlg_126="Phase curve"
IDS_MechanismAnalysisDlg_127="Frequency"
IDS_MechanismAnalysisDlg_128="Phase angle"
IDS_MechanismAnalysisDlg_129="Phase curve"
IDS_MechanismAnalysisDlg_130="Phase curve"
IDS_MechanismAnalysisDlg_131="Phase curve"
IDS_MechanismAnalysisDlg_132="Gain curve"
IDS_MechanismAnalysisDlg_133="Gain curve"
IDS_MechanismAnalysisDlg_134="Frequency"
IDS_MechanismAnalysisDlg_135="Gain"
IDS_MechanismAnalysisDlg_136="Gain curve"
IDS_MechanismAnalysisDlg_137="Gain curve"
IDS_MechanismAnalysisDlg_138="Gain curve"
IDS_MechanismAnalysisDlg_139="Gain curve"
IDS_MechanismAnalysisDlg_140="Gain curve"
IDS_MechanismAnalysisDlg_141="Gain curve CMP"
IDS_MechanismAnalysisDlg_142="Phase curve CMP"
IDS_MechanismAnalysisDlg_143="Phase curve CMP"
IDS_MechanismAnalysisDlg_144="Phase curve CMP"
IDS_MechanismAnalysisDlg_145="Frequency"
IDS_MechanismAnalysisDlg_146="Phase angle"
IDS_MechanismAnalysisDlg_147="Phase curve CMP"
IDS_MechanismAnalysisDlg_148="Phase curve CMP"
IDS_MechanismAnalysisDlg_149="Phase curve CMP"
IDS_MechanismAnalysisDlg_150="Phase curve CMP"
IDS_MechanismAnalysisDlg_151="Gain curve CMP"
IDS_MechanismAnalysisDlg_152="Gain curve CMP"
IDS_MechanismAnalysisDlg_153="Frequency"
IDS_MechanismAnalysisDlg_154="Gain"
IDS_MechanismAnalysisDlg_155="Gain curve CMP"
IDS_MechanismAnalysisDlg_156="Gain curve CMP"
IDS_MechanismAnalysisDlg_157="Gain curve CMP"
IDS_MechanismAnalysisDlg_158="Gain curve CMP"
IDS_MechanismAnalysisDlg_159="Fail to open file."
IDS_MechanismAnalysisDlg_160="Fail to open file."
IDS_MechanismAnalysisDlg_161="Fail to read register H2F50."
IDS_MechanismAnalysisDlg_162="Warning"
IDS_MechanismAnalysisDlg_163="Servo not ready."
IDS_MechanismAnalysisDlg_164="Error"
IDS_MechanismAnalysisDlg_165="S-ON terminal ON, not allow JOG."
IDS_MechanismAnalysisDlg_166="Warning"
IDS_MechanismAnalysisDlg_167="Servo faulty."
IDS_MechanismAnalysisDlg_168="Error"
IDS_MechanismAnalysisDlg_169="Warning"
IDS_MechanismAnalysisDlg_170="Stop mechanical feature analysis, fail to write H2F08."
IDS_MechanismAnalysisDlg_171="Warning"
IDS_MechanismAnalysisDlg_172="Stop mechanical feature analysis, fail to write H2F54."
IDS_MechanismAnalysisDlg_173="Warning"
IDS_MechanismAnalysisDlg_174="Stop mechanical feature analysis, fail to write H2F00."
IDS_MechanismAnalysisDlg_175="Warning"
IDS_MechanismAnalysisDlg_176="Fail to read register H2F28."
IDS_MechanismAnalysisDlg_177="Warning"
IDS_MechanismAnalysisDlg_178="Servo not ready."
IDS_MechanismAnalysisDlg_179="Error"
IDS_MechanismAnalysisDlg_180="S-ON terminal ON, not allow JOG."
IDS_MechanismAnalysisDlg_181="Warning"
IDS_MechanismAnalysisDlg_182="Servo faulty."
IDS_MechanismAnalysisDlg_183="Error"
IDS_MechanismAnalysisDlg_184="Test stops, fail to write H2F00."
IDS_MechanismAnalysisDlg_185="Warning"
IDS_MechanismAnalysisDlg_186="Fail to send current excitation."
IDS_MechanismAnalysisDlg_187="Fail to write scan mode."
IDS_MechanismAnalysisDlg_188="Underlying software version is too low!"
IDS_MechanismAnalysisDlg_189="Sampling points are not equal, can not compare!"
IDS_MechanismAnalysisDlg_190="Import data is not comparable with existing data!"
IDS_MechanismAnalysisDlg_191="Test result distortion!"
IDS_MechanismAnalysisDlg_192="Osc is running,please close first!"
IDS_MechanismAnalysisDlg_193="Current device does not support this new feature, please try to close the current function and then re-open!"
IDS_MechanismAnalysisDlg_194="Current feature version setting failed. Please try again!"
IDS_MechanismAnalysisDlg_195="Sample radio is invalide,please input again!"
IDS_MechanismAnalysisDlg_196="速度闭环"
IDS_MechanismAnalysisDlg_197="速度开环"
IDS_MechanismAnalysisDlg_198="机械特性"
IDS_MechanismAnalysisDlg_199="设置测试模式失败."
IDS_MechanismAnalysisDlg_200="设置激励调节选项失败."
IDD_DLG_SPEC_QUZHOU_1="Acceleration zone angle range need set between 10 degrees to 40！"
IDD_DLG_SPEC_QUZHOU_2="Uniform range angle range need set between 100 degrees to 160！"
IDD_DLG_SPEC_QUZHOU_3="Uniform area angle can not be less than the acceleration area！"
IDD_DLG_SPEC_QUZHOU_4="The radio of long axis encoder resolution and perimeter are not less than 1"
IDS_SetXBQ_1="Function Code"
IDS_SetXBQ_2="Value"
IDS_SetXBQ_3="Setting Range"
IDS_SetXBQ_4="Unit"
IDS_SetXBQ_5="1st notch frequency"
IDS_SetXBQ_6="1st notch attenuation rate"
IDS_SetXBQ_7="1st notch attenuation level"
IDS_SetXBQ_8="2nd notch frequency"
IDS_SetXBQ_9="2nd notch attenuation rate"
IDS_SetXBQ_10="2nd notch attenuation level"
IDS_SetXBQ_11="Notch C central frequency"
IDS_SetXBQ_12="Notch C3dB attenuation bandwidth"
IDS_SetXBQ_13="Fail to read initialized notch parameter."
IDS_SetXBQ_14="Fail to write notch parameter."
IDS_SetXBQ_15="Fail to write notch parameter."
IDS_SetXBQ_16="Fail to read notch parameter."
IDS_UsabilityJog_1="Function Code"
IDS_UsabilityJog_2="Value"
IDS_UsabilityJog_3="Setting range"
IDS_UsabilityJog_4="Unit"
IDS_UsabilityJog_5="Jog speed"
IDS_UsabilityJog_6="Acceleration/Deceleration time"
IDS_UsabilityJog_7="Function Code"
IDS_UsabilityJog_8="Value"
IDS_UsabilityJog_9="Setting range"
IDS_UsabilityJog_10="Unit"
IDS_UsabilityJog_11="Moving distance"
IDS_UsabilityJog_12="Maximum speed"
IDS_UsabilityJog_13="Acceleration/Deceleration time"
IDS_UsabilityJog_14="Waiting time"
IDS_UsabilityJog_15="Allowed maximum speed"
IDS_UsabilityJog_16="Allowed maximum load rate"
IDS_UsabilityJog_17="Allowed maximum displacement"
IDS_UsabilityJog_18="Fail to read jog trial running function code at initialization."
IDS_UsabilityJog_19="Fail to read positioning trial running function code at initialization."
IDS_UsabilityJog_20="Fail to read current position. Carry out running again."
IDS_UsabilityJog_21="Current position exceeds forward/reverse rotation limit, forward/reverse button fails. \r Servo in OFF state, click "Servo ON" to start running again."
IDS_UsabilityJog_22="Current value exceeds set limit."
IDS_UsabilityJog_23="Warning"
IDS_UsabilityJog_24="Set forward limit position must not exceed reverse limit position."
IDS_UsabilityJog_25="Warning"
IDS_UsabilityJog_26="Fail to set forward limit position. Servo writing command fails."
IDS_UsabilityJog_27="Error"
IDS_UsabilityJog_28="Reverse limit position must not exceed forward limit position."
IDS_UsabilityJog_29="Warning"
IDS_UsabilityJog_30="Fail to set reverse limit position. Servo writing command fails."
IDS_UsabilityJog_31="Error"
IDS_UsabilityJog_32="Forward "
IDS_UsabilityJog_33="Error"
IDS_UsabilityJog_34="Terminal being used, not allow jog."
IDS_UsabilityJog_35="Forward running distance too large, decrease moving distance or click reverse button."
IDS_UsabilityJog_36="Warning"
IDS_UsabilityJog_37="Forward running fails, set running mode incorrect."
IDS_UsabilityJog_38="Warning"
IDS_UsabilityJog_39="Fail to set forward running."
IDS_UsabilityJog_40="Warning"
IDS_UsabilityJog_41="Error"
IDS_UsabilityJog_42="Terminal being used, not allow jog."
IDS_UsabilityJog_43="Reverse running distance too large, decrease moving distance or click forward button."
IDS_UsabilityJog_44="Warning"
IDS_UsabilityJog_45="Reverse running fails, set running mode incorrect."
IDS_UsabilityJog_46="Warning"
IDS_UsabilityJog_47="Fail to set reverse running."
IDS_UsabilityJog_48="Warning"
IDS_UsabilityJog_49="Positioning trial running not restricted by forward/reverse limit?"
IDS_UsabilityJog_50="Warning"
IDS_UsabilityJog_51="Fail to set limit position, servo writing command error."
IDS_UsabilityJog_52="Error"
IDS_UsabilityJog_53="Fail to set limit position, servo writing command error."
IDS_UsabilityJog_54="Error"
IDS_UsabilityJog_55="Fail to download positioning trial running function code, servo writing command error."
IDS_UsabilityJog_56="Error"
IDS_UsabilityJog_57="Servo not ready."
IDS_UsabilityJog_58="Error"
IDS_UsabilityJog_59="Servo faulty."
IDS_UsabilityJog_60="Error"
IDS_UsabilityJog_61="Fail to clear."
IDS_UsabilityJog_62="Error"
IDS_UsabilityJog_63="Speed exceeds allowed maximum speed, clear?"
IDS_UsabilityJog_64="Warning"
IDS_UsabilityJog_65="Detecting H2F28: fail to write value 0 of H2F12."
IDS_UsabilityJog_66="Detecting H2F28: fail to write value 1 of H2F08."
IDS_UsabilityJog_67="Fail to clear H2F28."
IDS_UsabilityJog_68="Error"
IDS_UsabilityJog_69="Load rate exceeds the maximum, clear?"
IDS_UsabilityJog_70="Warning"
IDS_UsabilityJog_71="Detecting H2F28: fail to write value 0 of H2F12."
IDS_UsabilityJog_72="Detecting H2F28: fail to write value 1 of H2F08."
IDS_UsabilityJog_73="Fail to clear H2F28."
IDS_UsabilityJog_74="Error"
IDS_UsabilityJog_75="Running distance exceeds the maximum, clear?"
IDS_UsabilityJog_76="Warning"
IDS_UsabilityJog_77="Detecting H2F28: fail to write value 0 of H2F12."
IDS_UsabilityJog_78="Detecting H2F28: fail to write value 1 of H2F08."
IDS_UsabilityJog_79="Fail to clear H2F28."
IDS_UsabilityJog_80="Error"
IDS_UsabilityJog_81="Speed exceeds allowed maximum speed, clear?"
IDS_UsabilityJog_82="Warning"
IDS_UsabilityJog_83="Detecting H2F28: fail to write value 1 of H2F12."
IDS_UsabilityJog_84="Detecting H2F28: fail to write value 1 of H2F08."
IDS_UsabilityJog_85="Fail to clear H2F28."
IDS_UsabilityJog_86="Error"
IDS_UsabilityJog_87="Load rate exceeds the maximum, clear?"
IDS_UsabilityJog_88="Warning"
IDS_UsabilityJog_89="Detecting H2F28: fail to write value 1 of H2F12."
IDS_UsabilityJog_90="Detecting H2F28: fail to write value 1 of H2F08."
IDS_UsabilityJog_91="Fail to clear H2F28."
IDS_UsabilityJog_92="Error"
IDS_UsabilityJog_93="Running distance exceeds the maximum, clear?"
IDS_UsabilityJog_94="Warning"
IDS_UsabilityJog_95="Detecting H2F28: fail to write value 1 of H2F12."
IDS_UsabilityJog_96="Detecting H2F28: fail to write value 1 of H2F08."
IDS_UsabilityJog_97="Error"
IDS_UsabilityJog_98="Terminal being used, not allow jog."
IDS_UsabilityJog_99="Fail to download positioning trial running parameters at servo ON."
IDS_UsabilityJog_100="Fail to write value 1 of H2F23 at servo ON."
IDS_UsabilityJog_101="Warning"
IDS_UsabilityJog_102="Fail to write value 1 of H2F05 at servo ON."
IDS_UsabilityJog_103="Warning"
IDS_UsabilityJog_104="Fail to write value 0 of H2F11 at servo ON."
IDS_UsabilityJog_105="Warning"
IDS_UsabilityJog_106="Fail to write value 0 of H2F12 at servo ON."
IDS_UsabilityJog_107="Warning"
IDS_UsabilityJog_108="Fail to write value 0 of H2F28 at servo ON."
IDS_UsabilityJog_109="Warning"
IDS_UsabilityJog_110="Fail to write value 1 of H2F29 at servo ON."
IDS_UsabilityJog_111="Warning"
IDS_UsabilityJog_112="Fail to write value 0 of H2F13 at servo ON."
IDS_UsabilityJog_113="Warning"
IDS_UsabilityJog_114="Fail to write value 1 of H2F01 at servo ON."
IDS_UsabilityJog_115="Warning"
IDS_UsabilityJog_116="Fail to write value 60 of H2F00 at servo ON."
IDS_UsabilityJog_117="Warning"
IDS_UsabilityJog_118="Fail to write value 1 of H2F08 at servo ON."
IDS_UsabilityJog_119="Warning"
IDS_UsabilityJog_120="Fail to write H2F29 at servo OFF."
IDS_UsabilityJog_121="Warning"
IDS_UsabilityJog_122="Fail to write H2F08 at servo OFF."
IDS_UsabilityJog_123="Warning"
IDS_UsabilityJog_124="Fail to write H2F00 at servo OFF."
IDS_UsabilityJog_125="Warning"
IDS_UsabilityJog_126="Fail to download positioning trial running function code, servo writing command error."
IDS_UsabilityJog_127="Error"
IDS_UsabilityJog_128="Fail to download jog function code."
IDS_UsabilityJog_129="Fail to download positioning trial running function code."
IDS_UsabilityJog_130="Warning"
IDS_UsabilityJog_131="Set forward limit position must not exceed reverse limit position."
IDS_UsabilityJog_132="Warning"
IDS_UsabilityJog_133="Fail to read register H2F50."
IDS_UsabilityJog_134="Warning"
IDS_UsabilityJog_135="Servo not ready."
IDS_UsabilityJog_136="Error"
IDS_UsabilityJog_137="S-ON terminal ON, not allow JOG."
IDS_UsabilityJog_138="Warning"
IDS_UsabilityJog_139="Servo faulty."
IDS_UsabilityJog_140="Error"
IDS_UsabilityJog_141="Servo device not connected."
IDS_UsabilityJog_142="Error"
IDS_UsabilityJog_143="Servo disconnected, fail to write H2F08."
IDS_UsabilityJog_144="Fail to read register H2F28."
IDS_UsabilityJog_145="Warning"
IDS_UsabilityJog_146="Servo not ready."
IDS_UsabilityJog_147="Error"
IDS_UsabilityJog_148="S-ON terminal ON, not allow JOG."
IDS_UsabilityJog_149="Warning"
IDS_UsabilityJog_150="Servo faulty."
IDS_UsabilityJog_151="Error"
IDS_UsabilityJogButton_1="Error"
IDS_UsabilityJogButton_2="Terminal being used, not allow jog."
IDS_UsabilityJogButton_3="Forward"
IDS_UsabilityJogButton_4="Reverse"
IDS_DDLGudie_1="(N-N Correspond)"
IDS_DDLGudie_2="(N-S Distance)"
IDS_DDLGudie_3="Identify state"
IDS_DDLGudie_4="Identify success"
IDS_DDLGudie_5="Identify fail"
IDS_DDLGudie_6="Identification"
IDS_DDLGudie_7="Holzer"
IDS_DDLGudie_8="DDL Debug process"
IDS_DDLGudie_9="Are you sure you want to switch settings?"
IDS_DDLGudie_10="Upload [%s]-[%s] failed!"
IDS_DDLGudie_11="Servo is running!"
IDS_DDLGudie_12="Identification success, you can start JOG!"
IDS_DDLGudie_13="Download failed, please try again!"
IDS_DDLGudie_14="AB Analog Z pulse"
IDS_DDLGudie_15="Hiperface interface"
IDS_DDLGudie_16="AB Analog no Z pulse"
IDS_DDLGudie_17="AB pluse Z pulse"
IDS_DDLGudie_18="AB pluse no Z pulse"
IDS_DDLGudie_19="Need to Select DDL Linear database?"
IDS_EditAdjustNew_1="Incorrect input"
IDS_EditAdjustNew_2="Data cannot be null."
IDS_EditAdjustNew_3="Please input an integer value."
IDS_EditAdjustNew_4="Alarm"
IDS_EditAdjustNew_5="Please input a legal integer value."
IDS_EditAdjustNew_6="Effective range of data: [%d-%d]"
IDS_EditAdjustNew_7="Incorrect input"
IDS_DLG_JOGADJUST_1="Function code"
IDS_DLG_JOGADJUST_2="Value"
IDS_DLG_JOGADJUST_3="Value range"
IDS_DLG_JOGADJUST_4="Unit"
IDS_DLG_JOGADJUST_5="Jog speed"
IDS_DLG_JOGADJUST_6="Accel/Decel time"
IDS_DLG_JOGADJUST_7="Move distance"
IDS_DLG_JOGADJUST_8="Max. speed"
IDS_DLG_JOGADJUST_9="Accel/Decel time"
IDS_DLG_JOGADJUST_10="Waiting time"
IDS_DLG_JOGADJUST_11="Allowed max. speed"
IDS_DLG_JOGADJUST_12="Allowed max. load rate"
IDS_DLG_JOGADJUST_13="Allowed max. displacement"
IDS_DLG_JOGADJUST_14="Reading function code for jog trial running during initialization failed."
IDS_DLG_JOGADJUST_15="Reading function code for positioning trial running during initialization failed."
IDS_DLG_JOGADJUST_16="Reading current position failed,maybe disconnect,please run again."
IDS_DLG_JOGADJUST_17="Current position exceeds the allowed limit position by 1000 rev. The servo is in off state, click "Servo ON" to start running again."
IDS_DLG_JOGADJUST_18="The current value exceeds the preset range."
IDS_DLG_JOGADJUST_19="Alarm"
IDS_DLG_JOGADJUST_20="The preset limit position of forward rotation must not be smaller than that of reverse rotation."
IDS_DLG_JOGADJUST_21="The preset limit position of reverse rotation must not be larger than that of forward rotation."
IDS_DLG_JOGADJUST_22="The running distance of forward rotation is over-long. Please shorten the distance or click "REV rotation"."
IDS_DLG_JOGADJUST_23="Forward rotation failed. The running mode is set incorrectly."
IDS_DLG_JOGADJUST_24="Setting forward rotation failed."
IDS_DLG_JOGADJUST_25="The running distance of reverse rotation is over-long. Please shorten the distance or click the "FWD rotation" button."
IDS_DLG_JOGADJUST_26="Reverse rotation failed. The running mode is set incorrectly."
IDS_DLG_JOGADJUST_27="Setting reverse rotation failed."
IDS_DLG_JOGADJUST_28="Setting limit position failed. Write command of the servo is incorrect."
IDS_DLG_JOGADJUST_29="Error"
IDS_DLG_JOGADJUST_30="Downloading function codes for positioning trial running failed. Write command of the servo is incorrect."
IDS_DLG_JOGADJUST_31="Servo not ready."
IDS_DLG_JOGADJUST_32="Servo in faulty state."
IDS_DLG_JOGADJUST_33="Terminal has been occupied. Jog operation cannot be executed."
IDS_DLG_JOGADJUST_34="Downloading function code for positioning trial running during servo ON failed."
IDS_DLG_JOGADJUST_35="Writing 0 to 2F11 during servo ON failed."
IDS_DLG_JOGADJUST_36="Writing 0 to 2F12 during servo ON failed."
IDS_DLG_JOGADJUST_37="Writing 0 to 2F28 during servo ON failed."
IDS_DLG_JOGADJUST_38="Writing 1 to 2F29 during servo ON failed."
IDS_DLG_JOGADJUST_39="Writing 1 to 2F01 during servo ON failed."
IDS_DLG_JOGADJUST_40="Writing 60 to 2F00 during servo ON failed."
IDS_DLG_JOGADJUST_41="Writing 1 to 2F08 during servo ON failed."
IDS_DLG_JOGADJUST_42="Writing 2F29 during servo OFF failed."
IDS_DLG_JOGADJUST_43="Writing 2F08 to servo failed."
IDS_DLG_JOGADJUST_44="Writing 2F00 during servo OFF failed."
IDS_DLG_JOGADJUST_45="Downloading function codes for jog operation failed. Write command of the servo is incorrect."
IDS_DLG_JOGADJUST_46="Downloading function codes for jog operation failed. "
IDS_DLG_JOGADJUST_47="Downloading function code during positioning trial running failed."
IDS_DLG_JOGADJUST_48="The preset limit position of forward rotation must not be smaller than that of reverse rotation."
IDS_DLG_JOGADJUST_49="Reading H2F50 from register failed."
IDS_DLG_JOGADJUST_50="S-ON terminal is ON. Jog operation is not allowed."
IDS_DLG_JOGADJUST_51="Servo device is not connected."
IDS_DLG_JOGADJUST_52="Writing 2F08 failed after the servo drive is disconnected."
IDS_DLG_JOGADJUST_53="Reading H2F28 from register failed."
IDS_LISTCTRL_USABILITYJOG_NEW_1="The positioning distance is larger than the allowed number of running revolutions."
IDS_LISTCTRL_USABILITYJOG_NEW_2="The positioning speed is larger than the allowed maximum running speed."
IDS_DLG_NEW_ADJUST_1="Invalid"
IDS_DLG_NEW_ADJUST_2="Std. rigidity table"
IDS_DLG_NEW_ADJUST_3="Posi. mode"
IDS_DLG_NEW_ADJUST_4="Rigidity table+comp."
IDS_DLG_NEW_ADJUST_5="Pos.+comp."
IDS_DLG_NEW_ADJUST_6="0: Not updated"
IDS_DLG_NEW_ADJUST_7="1: Only one notch valid"
IDS_DLG_NEW_ADJUST_8="2: Both notches valid"
IDS_DLG_NEW_ADJUST_9="3: Only detect resonance frequency (displayed in H09-24)"
IDS_DLG_NEW_ADJUST_10="4: Restore parameters to default setting"
IDS_DLG_NEW_ADJUST_11="0: Disabled"
IDS_DLG_NEW_ADJUST_12="1: Enabled, change slowly"
IDS_DLG_NEW_ADJUST_13="2: Enabled, always change"
IDS_DLG_NEW_ADJUST_14="3: Enabled, change quickly"
IDS_DLG_NEW_ADJUST_15="RUN times"
IDS_DLG_NEW_ADJUST_16="Positioning T(ms)"
IDS_DLG_NEW_ADJUST_17="Vibrate level(0.1%)"
IDS_DLG_NEW_ADJUST_18="Ave. load rate(0.1%)"
IDS_DLG_NEW_ADJUST_19="Overshoot pulses"
IDS_DLG_NEW_ADJUST_20="Error information"
IDS_DLG_NEW_ADJUST_21="Continuously reading four function codes failed."
IDS_DLG_NEW_ADJUST_22="Disconnect."
IDS_DLG_NEW_ADJUST_23="Self-Adjust failed,The current inertia is not stable, proposed manual adjustment."
IDS_DLG_NEW_ADJUST_24="Self-Adjust failed,Servo OFF or fault,need restart."
IDS_DLG_NEW_ADJUST_25="Stop monitoring first and then close."
IDS_DLG_NEW_ADJUST_26="Reading the function code of online inertia auto-tuning mode failed."
IDS_DLG_NEW_ADJUST_27="Reading the function code of load inertia ratio failed."
IDS_DLG_NEW_ADJUST_28="Reading gravity load function code failed."
IDS_DLG_NEW_ADJUST_29="Reading forward friction function code failed."
IDS_DLG_NEW_ADJUST_30="Reading reverse friction function code failed."
IDS_DLG_NEW_ADJUST_31="Writing the function code of load inertia ratio failed."
IDS_DLG_NEW_ADJUST_32="Writing gravity load function code failed."
IDS_DLG_NEW_ADJUST_33="Writing forward friction function code failed."
IDS_DLG_NEW_ADJUST_34="Writing reverse friction function code failed."
IDS_DLG_NEW_ADJUST_35="Writing the function code of online inertia auto-tuning mode failed."
IDS_DLG_NEW_ADJUST_36="Reading the function code auto-adjusting mode failed."
IDS_DLG_NEW_ADJUST_37="Writing the function code auto-adjusting mode failed."
IDS_DLG_NEW_ADJUST_38="Writing the function code rigidity level failed."
IDS_DLG_NEW_ADJUST_39="Reading the function code rigidity level failed."
IDS_DLG_NEW_ADJUST_40="Writing the function code rigidity level failed."
IDS_DLG_NEW_ADJUST_41="Writing the working mode of self-adaptive notch failed."
IDS_DLG_NEW_ADJUST_42="Reading the 1st notch width level failed."
IDS_DLG_NEW_ADJUST_43="Reading the 1st notch frequency failed."
IDS_DLG_NEW_ADJUST_44="Reading the 1st notch attenuation level failed."
IDS_DLG_NEW_ADJUST_45="Reading the 2st notch width level failed."
IDS_DLG_NEW_ADJUST_46="Reading the 2st notch frequency failed."
IDS_DLG_NEW_ADJUST_47="Reading the 2st notch attenuation level failed."
IDS_DLG_NEW_ADJUST_48="Reading the 3st notch width level failed."
IDS_DLG_NEW_ADJUST_49="Reading the 3st notch frequency failed."
IDS_DLG_NEW_ADJUST_50="Reading the 3st notch attenuation level failed."
IDS_DLG_NEW_ADJUST_51="Reading the 4st notch width level failed."
IDS_DLG_NEW_ADJUST_52="Reading the 4st notch frequency failed."
IDS_DLG_NEW_ADJUST_53="Reading the 4st notch attenuation level failed."
IDS_DLG_NEW_ADJUST_54="Writing the working mode of self-adaptive notch failed."
IDS_DLG_NEW_ADJUST_55="Writing the 1st notch frequency failed."
IDS_DLG_NEW_ADJUST_56="Writing the 1nd notch width level failed."
IDS_DLG_NEW_ADJUST_57="Writing the 1st notch attenuation level failed."
IDS_DLG_NEW_ADJUST_58="Writing the 2st notch frequency failed."
IDS_DLG_NEW_ADJUST_59="Writing the 2nd notch width level failed."
IDS_DLG_NEW_ADJUST_60="Writing the 2st notch attenuation level failed."
IDS_DLG_NEW_ADJUST_61="Writing the 3st notch frequency failed."
IDS_DLG_NEW_ADJUST_62="Writing the 3nd notch width level failed."
IDS_DLG_NEW_ADJUST_63="Writing the 3st notch attenuation level failed."
IDS_DLG_NEW_ADJUST_64="Writing the 4st notch frequency failed."
IDS_DLG_NEW_ADJUST_65="Writing the 4nd notch width level failed."
IDS_DLG_NEW_ADJUST_66="Writing the 4st notch attenuation level failed."
IDS_DLG_NEW_ADJUST_67="Illegal running times. Please input an integer larger than 0."
IDS_DLG_NEW_ADJUST_68="Reading the function codes of forward/reverse rotation in motor monitoring mode failed."
IDS_DLG_NEW_ADJUST_69="Motion monitoring can be used only in continuous forward or reverse running."
IDS_DLG_NEW_ADJUST_70="Close"
IDS_DLG_NEW_ADJUST_71="Start"
IDS_DLG_SELFADAPT_SUCCESS_1="Func. Code"
IDS_DLG_SELFADAPT_SUCCESS_2="Meaning"
IDS_DLG_SELFADAPT_SUCCESS_3="Value"
IDS_DLG_SELFADAPT_SUCCESS_4="Unit"
IDS_DLG_SELFADAPT_SUCCESS_5="Torque ref. filter time 1"
IDS_DLG_SELFADAPT_SUCCESS_6="Speed loop gain"
IDS_DLG_SELFADAPT_SUCCESS_7="Speed loop integral time const."
IDS_DLG_SELFADAPT_SUCCESS_8="Pos. loop gain"
IDS_DLG_SELFADAPT_SUCCESS_9="2rd speed loop gain"
IDS_DLG_SELFADAPT_SUCCESS_10="2rd speed loop integral time const."
IDS_DLG_SELFADAPT_SUCCESS_11="2rd pos. loop gain"
IDS_DLG_SELFADAPT_SUCCESS_12="2rd gain mode"
IDS_DLG_SELFADAPT_SUCCESS_13="Gain switch condition"
IDS_DLG_SELFADAPT_SUCCESS_14="Inertia ratio"
IDS_DLG_SELFADAPT_SUCCESS_15="Speed feedforward gain"
IDS_DLG_SELFADAPT_SUCCESS_16="Gravity load"
IDS_DLG_SELFADAPT_SUCCESS_17="Forward friction"
IDS_DLG_SELFADAPT_SUCCESS_18="Reverse friction"
IDS_DLG_SETBEFORESTEP3_1="Track"
IDS_DLG_SETBEFORESTEP3_2="Position"
IDS_DLG_SETBEFORESTEP3_3="Low res."
IDS_DLG_SETBEFORESTEP3_4="Medium res."
IDS_DLG_SETBEFORESTEP3_5="High res."
IDS_DLG_TOPUSIBILITY_1="Creating sub-dialog box failed. Restart the software."
IDS_DLG_TOPUSIBILITY_2="Limit position setting not completed."
IDS_DLG_TOPUSIBILITY_3="The servo is not in continuous running, cannot perform auto-adjust."
IDS_DLG_TOPUSIBILITY_4="Auto-adjusting cannot be performed as the conditions are not met. It is recommended to configure the following parameters: \r\n  running distance > 10000 \r\n  running speed ≥ 10 RPM \r\n 100 ms ≤ acceleration/deceleration time ≤ 400 ms \r\n  waiting time > 100 ms."
IDS_DLG_TOPUSIBILITY_5="Auto-adjusting is ongoing, please wait."
IDS_DLG_TOPUSIBILITY_6="Help document for troubleshooting does not exist."
IDS_DLG_TOPUSIBILITY_7="Help"
IDS_USABILITYJOG_BTN_NEW_1="Writing H2F29 failed."
IDS_USABILITYJOG_BTN_NEW_2="Writing the function code for servo startup failed. "
IDS_USABILITYJOG_BTN_NEW_3="Writing 0x2f0b failed."
IDS_DLG_JOG_WAITING_1="Please wait"
IDS_BEGIN_SELDEVDLG_1="Please select device"
IDS_BEGIN_SELDEVDLG_2="Select device:"
IDS_BEGIN_SELDEVDLG_3="Check whether the current device matches the servo drive. If they do not match, parameters uploaded and downloaded may be incorrect."
IDS_BEGIN_SELDEVDLG_4="OK"
IDS_BEGIN_SELDEVDLG_5="Load last device"
IDS_SERVO_H0D00_RESET="Software Reset"
IDS_DLG_ONEKEY_0 = "adjust"
IDS_DLG_ONEKEY_1=" motor\n configuration"
IDS_DLG_ONEKEY_2=" parameter\n configuration"
IDS_DLG_ONEKEY_3=" inertia \nidentify"
IDS_DLG_ONEKEY_4=" gain\n adjustment"
IDS_DLG_ONEKEY_5=" fault information:"
IDS_DLG_ONEKEY_6=" previous step"
IDS_DLG_ONEKEY_7=" next step"
IDS_DLG_ONEKEY_8 = "start"
IDS_DLG_ONEKEY_9 = "complete"
IDS_DLG_ONEKEY_10 = "close"
IDS_DLG_ONEKEY_11 = "tip"
IDS_DLG_ONEKEY_12=" when the Z axis is applied, falling may occur. Make sure to protect the falling from damage to the device. \n\n call will vibrate during the self-adjustment process after it is activated, so when you execute this function, please execute in the state of emergency stop (power OFF) at any time. In addition, since it can run in both directions within the set movement range, please confirm the startup range or direction. For safety, please set protection measures such as overrange!"
IDS_DLG_ONEKEY_13=" download inertia ratio failure"
IDS_DLG_ONEKEY_14=" download one-key mode adjustment parameter failed"
IDS_DLG_ONEKEY_15=" download curve location parameter positive limit failure"
IDS_DLG_ONEKEY_16=" download curve location parameter negative limit failure"
IDS_DLG_ONEKEY_17=" maximum speed failure for download curve location parameter"
IDS_DLG_ONEKEY_18=" download curve location parameter acceleration and deceleration time failed"
IDS_DLG_ONEKEY_19=" download curve location parameter operation mode failed"
IDS_DLG_ONEKEY_20=" failed to start servo"
IDS_DLG_ONEKEY_21=" schema configuration"
IDS_DLG_ONEKEY_22=" adjust mode :"
IDS_DLG_ONEKEY_23=" localization mode"
IDS_DLG_ONEKEY_24=" track mode"
IDS_DLG_ONEKEY_25 = "negative"
IDS_DLG_ONEKEY_26 = "anyway"
IDS_DLG_ONEKEY_27 = "positive"
IDS_DLG_ONEKEY_28 = "negative"
IDS_DLG_ONEKEY_29=" do not do inertia identification"
IDS_DLG_ONEKEY_30=" inertia ratio:"
IDS_DLG_ONEKEY_31=" run curve configuration"
IDS_DLG_ONEKEY_32=" positive limit:"
IDS_DLG_ONEKEY_33=" negative limit :"
IDS_DLG_ONEKEY_34=" maximum speed:"
IDS_DLG_ONEKEY_35=" acceleration and deceleration time:"
IDS_DLG_ONEKEY_36=" operating mode:"
IDS_DLG_ONEKEY_37="JOG trial run"
IDS_DLG_ONEKEY_38 = "Jog speed:"
IDS_DLG_ONEKEY_39=" Servo ON"
IDS_DLG_ONEKEY_40 = "Forward"
IDS_DLG_ONEKEY_41 = "Reverse"
IDS_DLG_ONEKEY_42=" Set positive turn limit"
IDS_DLG_ONEKEY_43=" Current position"
IDS_DLG_ONEKEY_44=" Set reversal limit"
IDS_DLG_ONEKEY_45 = "stop"
IDS_DLG_ONEKEY_46=" limit setting"
IDS_DLG_ONEKEY_47=" in inertial identification... "
IDS_DLG_ONEKEY_48=" identification result"
IDS_DLG_ONEKEY_49=" inertia value :"
IDS_DLG_ONEKEY_50=" gain adjustment result"
IDS_DLG_ONEKEY_51=" setting time :"
IDS_DLG_ONEKEY_52=" response fine tuning factor (%)(final response gain = maximum gain adjusted * response fine tuning factor)"
IDS_DLG_ONEKEY_53=" Note: enter directly in the text box and press enter to change this parameter."
IDS_DLG_ONEKEY_54="Note: the smaller the trim coefficient, the larger the gain margin."
IDS_DLG_ONEKEY_55 = "stop"
IDS_DLG_ONEKEY_56=" start oscilloscope"
IDS_DLG_ONEKEY_57 = "export"
IDS_DLG_ONEKEY_58=" parameter number"
IDS_DLG_ONEKEY_59=" parameter value"
IDS_DLG_ONEKEY_60=" startup command sending failed"
IDS_DLG_ONEKEY_61=" stop command sending failed"
IDS_DLG_ONEKEY_62=" emergency shutdown command sending failed"
IDS_DLG_ONEKEY_63=" reset emergency shutdown command sending failed"
IDS_DLG_ONEKEY_64=" device stopped abruptly"
IDS_DLG_ONEKEY_65=" servo enable OFF"
IDS_DLG_ONEKEY_66=" set servo enable ON failure"
IDS_DLG_ONEKEY_67=" write function code 0x%4X failed"
IDS_DLG_ONEKEY_68=" device malfunction please check the device!"
IDS_DLG_ONEKEY_69="JOG ramp time :"
IDS_DLG_ONEKEY_70=" please make your operating environment safe :"
IDS_DLG_ONEKEY_71=" note: before starting, please make sure to set positive and negative limit (JOG setting or manual setting), the limit range is larger than 1/8 turn of motor"
IDS_DLG_ONEKEY_71_Line=" note: before starting, make sure to set positive and negative limit (JOG setting or manual setting), the limit range is greater than 1/4 pole distance of motor"
IDS_DLG_ONEKEY_72=" invalid limit position parameter setting, please make sure the limit range is larger than 1/8 turn of motor!"
IDS_DLG_ONEKEY_72_Line=" invalid limit position parameter setting, please make sure the limit range is greater than 1/4 pole range of the motor!"
IDS_DLG_ONEKEY_73=" argument written successfully!"
IDS_DLG_ONEKEY_74=" gain adjustment... "
IDS_DLG_ONEKEY_75=" gain adjustment complete"
IDS_DLG_ONEKEY_76=" gain adjustment terminated"
IDS_DLG_ONEKEY_77=" vibration threshold:"
IDS_DLG_ONEKEY_78=" failed to download vibration threshold parameter"
IDS_DLG_ONEKEY_79=" device is stopped"
IDS_DLG_ONEKEY_80=" motor current position is not in the range of positive and negative limit position!"
IDS_DLG_ONEKEY_81=" gain adjustment complete, click the finish button to save the parameter to e2prom!"
IDS_DLG_ONEKEY_82=" download gain limit percentage parameter failed!"
IDS_DLG_ONEKEY_83=" waiting time:"
IDS_DLG_ONEKEY_84=" download wait time parameter failed"
IDS_DLG_ONEKEY_85=" final response effective range [50, 100]"
IDS_DLG_ONEKEY_86=" final response (%):"
IDS_DLG_ONEKEY_87=" positive limit position:"
IDS_DLG_ONEKEY_88=" negative limit position:"
IDS_DLG_ONEKEY_89=" note: enter to write the inertia ratio parameter."
IDS_DLG_ONEKEY_90="[50,100]%(percentage of final effective gain to the maximum currently adjusted gain)"
IDS_DLG_ONEKEY_91=" download position instruction filter parameter failed"
IDS_DLG_ONEKEY_0800="H0800 speed loop scale :"
IDS_DLG_ONEKEY_0801="H0801 speed loop integral :"
IDS_DLG_ONEKEY_0802="H0802 position ring gain :"
IDS_DLG_ONEKEY_0843="H0843 model gain :"
IDS_DLG_ONEKEY_0705=" torque instruction filter time :"
IDS_DLG_DECRYPT_FAILED=" decrypt failed to write parameters"
IDS_DLG_JOG_SPEED_MAX_TIP="JOG speed Max is 1000."
IDS_DLG_JOG_SPEED_MAX_TIP_LINE="JOG speed Max is 500."
IDS_DLG_ONEKEY_0824=" pseudo-differential feedforward control coefficient"
IDS_DLG_ONEKEY_0846=" model feedforward"
IDS_DLG_ONEKEY_0851=" model filtering time 2"
IDS_DLG_ONEKEY_0521=" location-completion threshold :"
IDS_DLG_ONEKEY_92=" download localization completion threshold failed"
IDS_DLG_ONEKEY_OSC_SAMPING=" in oscilloscope sampling, please stop sampling for further operation"
IDS_DLG_ONEKEY_0800_FAIL=" download H0800 speed loop scale failure"
IDS_DLG_ONEKEY_0801_FAIL=" download H0801 speed loop integral failure"
IDS_DLG_ONEKEY_0802_FAIL=" download H0802 position ring gain failed"
IDS_DLG_ONEKEY_0843_FAIL=" download H0843 model gain failure"
IDS_DLG_ONEKEY_0705_FAIL=" download torque instruction filter time failed"
IDS_DLG_ONEKEY_0824_FAIL=" download pseudo differential feedforward control coefficient failed"
IDS_DLG_ONEKEY_0846_FAIL=" download model feedforward failure"
IDS_DLG_ONEKEY_0851_FAIL=" download model filter time 2 failed"
IDS_MOTOR_TYPE="Motor Type:"
IDS_MOTOR_TYPE_ROLL="Roll"
IDS_MOTOR_TYPE_LINE="Line"
IDS_TEUNE_DESC=" scenario: \na. Occasions with small change of inertia \nb. Does not support torque mode"
IDS_IEUNE_DESC=" scenario: \na. Change of inertia; large inertia or poor mechanical rigidity."
IDS_SEUNE_DESC=" scenario: \na. No need for background support \nb. Situations where inertia doesn't change much."
IDS_DLG_GROUP_RUNMODE =" run mode setting"
IDS_DLG_RUN_MODE_0=" reciprocating positive and negative"
IDS_DLG_RUN_MODE_2=" one way forward"
IDS_DLG_RUN_MODE_3=" one-way inversion"
IDS_COMMAND_UNIT="1P instruction unit"
IDS_RESPONE_MODE=" response mode"
IDS_H0504=" duration of position filtering"
IDS_RE_BEGING=" start again"
IDS_TIP_POLE_IDF=" please proceed with pole identification!"
IDS_TIP_ELEC_TUNING=" current loop tuning!"
IDS_BEGIN = "start"
IDS_POSITION_SETTING="position\n setting"
IDS_SETTING="Setting"
IDS_ADVANCED_CONFIG="Advanced Config"
IDS_HIGH="High"
IDS_MIDDLE="Middle"
IDS_LOW="Low"
IDS_STATIC_GROUP_ITUNE = "itunes control"
IDS_RADIO_ITUNE_OFF = "itunes off"
IDS_RADIO_ITUNE_MODE1 = "mode 1"
IDS_RADIO_ITUNE_MODE2 = "mode 2"
IDS_STATIC_ITUNE_MODE1_NOTE=" for clear inertia range (set maximum inertia range > to adjust response level)"
IDS_STATIC_ITUNE_MODE2_NOTE="It is applicable to the ambiguous inertia range (adjust the response level, and the proportion of inertia increases with the response level \n decreases, and the default is 30 times)"
IDS_STATIC_INERTIA_IDF_GROUP=" set of inertia range"
IDS_STATIC_H0928="iTune minimum inertia:"
IDS_STATIC_H0929="iTune maximum inertia:"
IDS_STATIC_ITUNE_INERTAI_NOTE1="(motor shaft rigidly connected part, non-minimum load inertia)"
IDS_STATIC_ITUNE_INERTAI_NOTE2="(maximum inertia of load)"
IDS_STATIC_MULTI_UNIT = "0.1"
IDS_STATIC_MULTI_UNIT = "0.1"
IDS_STATIC_LEVEL_RES=" response level"
IDS_STATIC_H0926="response level:"
IDS_STATIC_H0911="vibration threshold:"
IDS_STATIC_H0937="vibration detection time:"
IDS_STATIC_SHAKE_ITUNE_NOTES="(note: if the running time exceeds this time, the vibration will no longer be monitored and processed.)"
IDS_BUTTON_ITUNE_READ = "read"
IDS_BUTTON_ITUNE_WIRTE = "write"
IDS_SERVO_ON="current device is enabled"
IDS_STATIC_STUE_ADJUST_MODT_NOTE="It is recommended to change the mode at rest or stop!"
IDS_STATIC_GROUP_ADJUST_MODE=" self-adjusting mode"
IDS_RADIO_ADJUST_MODE_0=" track mode + manual inertia setting"
IDS_RADIO_ADJUST_MODE_1=" track mode + inertia real-time identification"
IDS_RADIO_ADJUST_MODE_2=" localization mode + manual inertia setting"
IDS_RADIO_ADJUST_MODE_3=" positioning mode + inertia real-time identification"
IDS_RADIO_ADJUST_MODE_4=" single-parameter mode"
IDS_STATIC_NOTE_ADJUST_MODE_0="(compensation mode + automatic identification inertia)"
IDS_STATIC_NOTE_ADJUST_MODE_1="(ordinary mode + inertia automatic identification)"
IDS_STATIC_NOTE_ADJUST_MODE_2="(quick positioning mode + automatic inertia identification")"
IDS_STATIC_NOTE_ADJUST_MODE_4="(manual inertia set > to adjust rigidity level > vibration adaption)"
IDS_STATIC_GROUP_RIGID=" rigid level setting"
IDS_STATIC_RIGIG_NOTE=" the higher the level of rigidity, the stronger the gain, the faster the response, but too strong rigidity is prone to vibration!"
IDS_STATIC_H0911=" vibration threshold:"
IDS_STATIC_INRERTIA_RATE=" inertia ratio:"
IDS_BUTTON_STUNE_READ = "read"
IDS_BUTTON_STUNE_WRITE = "write"
IDS_CHECK_INERTIA_IDF=" manual inertia identification"
IDS_STATIC_LXGLBSMODE="offline inertia identify mode"
IDS_STATIC_ZDYXSD="maximum run speed (100~1000)"
IDS_STATIC_JSZZD="accelerate to max speed time (20~800)"
IDS_STATIC_WCYCBS="complete identify wait time (50~10000)"
IDS_STATIC_H0909_LINE=" motor roll distance of single identify(15~10000)"
IDS_STATIC_H0909=" motor roll cycles of single identify (0~65535)"
IDS_STATIC_UNIT_H0909 = "0.01 circle"
IDS_COLCKWISE = "forward"
IDS_ANTICLOCKWISE = "reverse"
IDS_STATIC_ZZBSJG="identify results"
IDS_BTNSET="set inertia ratio"
IDS_STUNE_EMERCENCY_TIP=" the device is in an emergency stop. To cancel the emergency stop, click 'yes'."
IDS_ONKEY_END="End"
IDS_RADIO_ADJUST_LINE_MODE_0=" standard + manual inertia"
IDS_RADIO_ADJUST_LINE_MODE_1=" location + manual inertia"