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A094 0187 0188 Selection of 1st 2-stage accel/decel Method X1 R/W Addr:0x0266 Sz: 1 Range:[0-1]
A294 0587 0588 Selection of 2nd 2-stage accel/decel Method X1 R/W Addr:0x0267 Sz: 1 Range:[0-1]
A095 0189 0190 1st Frequency of 2-stage acceleration X100 R/W Addr:0x00BC Sz: 4 Range:[0-40000]
A295 0589 0590 2nd Frequency of 2-stage acceleration X100 R/W Addr:0x00C0 Sz: 4 Range:[0-40000]
A096 0191 0192 1st Frequency of 2-stage deceleration X100 R/W Addr:0x00C4 Sz: 4 Range:[0-40000]
A296 0591 0592 2nd Frequency of 2-stage deceleration X100 R/W Addr:0x00C8 Sz: 4 Range:[0-40000]
A097 0193 0194 Selection of acceleration pattern X1 R/W Addr:0x0268 Sz: 1 Range:[0-3]
A098 0195 0196 Selection of deceleration pattern X1 R/W Addr:0x0269 Sz: 1 Range:[0-3]
A101 0201 0202 Start frequency of .OI. terminal X100 R/W Addr:0x009C Sz: 4 Range:[0-40000]
A102 0203 0204 +6 X100 R/W Addr:0x00A0 Sz: 4 Range:[0-40000]
A103 0205 0206 Starting rate of OI terminal X1 R/W Addr:0x0249 Sz: 1 Range:[0-100]
A104 0207 0208 End rate of OI terminal X1 R/W Addr:0x024A Sz: 1 Range:[0-100]
A105 0209 0210 Selection of starting function of OI terminal X1 R/W Addr:0x024B Sz: 1 Range:[0-1]
A111 0221 0222 Start frequency of .O2. terminal X100 R/W Addr:0x0094 Sz: 4 Range:[-40000-40000]
A112 0223 0224 End frequency of .O2. terminal X100 R/W Addr:0x0098 Sz: 4 Range:[-40000-40000]
A113 0225 0226 Starting rate of O2 terminal X1 R/W Addr:0x0247 Sz: 1 Range:[-100-100]
A114 0227 0228 End rate of O2 terminal X1 R/W Addr:0x0248 Sz: 1 Range:[-100-100]
A131 0261 0262 Curve constant of acceleration , X1 R/W Addr:0x026A Sz: 1 Range:[1-10]
A132 0263 0264 Curve constant of deceleration , X1 R/W Addr:0x026B Sz: 1 Range:[1-10]
A141 0281 0282 Input1 selection for calculate function X1 R/W Addr:0xA31C Sz: 1 Range:[0-7]
A142 0283 0284 Input2 selection for calculate function X1 R/W Addr:0xA31D Sz: 1 Range:[0-7]
A143 0285 0286 Calculation symbol X1 R/W Addr:0xA31E Sz: 1 Range:[0-2]
A145 0289 0290 ADD frequency X100 R/W Addr:0xA318 Sz: 4 Range:[0-40000]
A146 0291 0292 ADD direction select X1 R/W Addr:0xA317 Sz: 1 Range:[0-1]
A150 0299 0300 Acceleration elevator-curve ratio 1 setting X1 R/W Addr:0xA31F Sz: 1 Range:[0-50]
A151 0301 0302 Acceleration elevator-curve ratio 2 setting X1 R/W Addr:0xA320 Sz: 1 Range:[0-50]
A152 0303 0304 Deceleration elevator-curve ratio 1 setting X1 R/W Addr:0xA321 Sz: 1 Range:[0-50]
A153 0305 0306 Deceleration elevator-curve ratio 2 setting X1 R/W Addr:0xA322 Sz: 1 Range:[0-50]
B-Fine tuning functions:
B001 1001 1002 Selection of retry method X1 R/W Addr:0x0270 Sz: 1 Range:[0-4]
B002 1003 1004 Acceptable time for Instantaneous power failure X10 R/W Addr:0x0271 Sz: 1 Range:[3-250]
B003 1005 1006 Waiting time of retry X10 R/W Addr:0x016E Sz: 2 Range:[3-1000]
B004 1007 1008 Selection of method(action) at instantaneous power X1 R/W Addr:0x0272 Sz: 1 Range:[0-2]
B005 1009 1010 Retry number of instantaneous power and under volt X1 R/W Addr:0x0273 Sz: 1 Range:[0-1]
B006 1011 1012 Selection of fail phase function X1 R/W Addr:0x0274 Sz: 1 Range:[0-1]
B007 1013 1014 Frequency of frequency matching X100 R/W Addr:0x00CC Sz: 4 Range:[0-40000]
B008 1015 1016 Selection of automatic restart mode on over-curr/o X1 R/W Addr:0xA323 Sz: 1 Range:[0-4]
B009 1017 1018 Number of restarts on under-voltage trip events X1 R/W Addr:0xA324 Sz: 1 Range:[0-1]
B010 1019 1020 Retry wait time before motor restart on over-curr/ X1 R/W Addr:0xA325 Sz: 1 Range:[1-3]
B011 1021 1022 Retry wait time before motor restart on over-curr/ X10 R/W Addr:0xA3B6 Sz: 2 Range:[3-1000]
B012 1023 1024 Level of 1st Electronic thermal protection X10 R/W Addr:0x0170 Sz: 2 Range:[200-1000]
B212 1423 1424 Level of 2nd Electronic thermal protection X10 R/W Addr:0x0172 Sz: 2 Range:[200-1000]
B312 1623 1624 Level of 3rd Electronic thermal protection X10 R/W Addr:0x0174 Sz: 2 Range:[200-1000]
B013 1025 1026 Selection of characteristic of 1st electronic ther X1 R/W Addr:0x0275 Sz: 1 Range:[0-2]
B213 1425 1426 Selection of characteristic of 2nd electronic ther X1 R/W Addr:0x0276 Sz: 1 Range:[0-2]
B313 1625 1626 Selection of characteristic of 3rd electronic ther X1 R/W Addr:0x0277 Sz: 1 Range:[0-2]
B015 1029 1030 Free electronic thermal frequency 1 X1 R/W Addr:0x0176 Sz: 2 Range:[0-400]
B016 1031 1032 Free electronic thermal current 1 X10 R/W Addr:0x0178 Sz: 2 Range:[0-20000]
B017 1033 1034 Free electronic thermal frequency 2 X1 R/W Addr:0x017A Sz: 2 Range:[0-400]
B018 1035 1036 Free electronic thermal current 2 X10 R/W Addr:0x017C Sz: 2 Range:[0-20000]
B019 1037 1038 Free electronic thermal frequency 3 X1 R/W Addr:0x017E Sz: 2 Range:[0-400]
B020 1039 1040 Free electronic thermal current 3 X10 R/W Addr:0x0180 Sz: 2 Range:[0-20000]
B021 1041 1042 Selection of method of overload restriction1 X1 R/W Addr:0x0279 Sz: 1 Range:[0-3]
B022 1043 1044 Level of Overload restriction 1 X10 R/W Addr:0x019E Sz: 2 Range:[200-2000]
B023 1045 1046 Constant value of Overload restriction 1 X100 R/W Addr:0x01A0 Sz: 2 Range:[10-3000]
B024 1047 1048 Selection of method of overload restriction 2 X1 R/W Addr:0x027A Sz: 1 Range:[0-3]
B025 1049 1050 Level of Overload restriction 2 X10 R/W Addr:0x01A2 Sz: 2 Range:[200-2000]
B026 1051 1052 Constant value of Overload restriction 2 X100 R/W Addr:0x01A4 Sz: 2 Range:[10-3000]
B027 1053 1054 Over-current trip suppression X1 R/W Addr:0xA327 Sz: 1 Range:[0-1]
B028 1055 1056 Active frequency matching scan current level X10 R/W Addr:0xA3AC Sz: 2 Range:[200-2000]
B029 1057 1058 Active frequency matching scan-time constant X100 R/W Addr:0xA3AE Sz: 2 Range:[10-3000]
B030 1059 1060 Active frequency matching scan start freqency sele X1 R/W Addr:0xA326 Sz: 1 Range:[0-2]
B031 1061 1062 Selection of method of Software lock X1 R/W Addr:0x027B Sz: 1 Range:[0-10]
B034 1067 1068 Display time of warning X1 R/W Addr:0x01A6 Sz: 2 Range:[0-65535]
B035 1069 1070 Selection of running direction limitation X1 R/W Addr:0x0286 Sz: 1 Range:[0-2]
B036 1071 1072 Selection of method of reducing voltage start X1 R/W Addr:0x0288 Sz: 1 Range:[0-255]
B037 1073 1074 Selection of Display X1 R/W Addr:0x027C Sz: 1 Range:[0-4]
B038 1075 1076 Initial displey code selection X1 R/W Addr:0xA328 Sz: 1 Range:[0-5]
B039 1077 1078 User-selected function data auto setting function X1 R/W Addr:0xA329 Sz: 1 Range:[0-1]
B040 1079 1080 Selection of method of Torque limiter X1 R/W Addr:0x0280 Sz: 1 Range:[0-4]
B041 1081 1082 Level of torque limiter in forward and drive (1st X1 R/W Addr:0x0281 Sz: 1 Range:[0-200]
B042 1083 1084 Level of torque limiter in reverse and regenerativ X1 R/W Addr:0x0282 Sz: 1 Range:[0-200]
B043 1085 1086 Level of torque limiter in reverse and drive (3rd X1 R/W Addr:0x0283 Sz: 1 Range:[0-200]
B044 1087 1088 Level of torque limiter in forward and regenerativ X1 R/W Addr:0x0284 Sz: 1 Range:[0-200]
B045 1089 1090 Selection of LAD stop by torque X1 R/W Addr:0x0285 Sz: 1 Range:[0-1]
B046 1091 1092 Selection of preventive of reverse running X1 R/W Addr:0x0287 Sz: 1 Range:[0-1]
B050 1099 1100 Selection of Non stop operation at instantaneous p X1 R/W Addr:0x028A Sz: 1 Range:[0-1]
B051 1101 1102 Starting voltage of Nonstop operation for Instanta X10 R/W Addr:0x01A8 Sz: 2 Range:[0-10000]
B052 1103 1104 Starting voltage of OV-LAD stop at Nonstop operati X10 R/W Addr:0x01AA Sz: 2 Range:[0-10000]
B053 1105 1106 Deceleration time of Non-stop operation at Instant X100 R/W Addr:0x00D0 Sz: 4 Range:[1-360000]
B054 1107 1108 Frequency width of starting deceleration at Nonsto X100 R/W Addr:0x01AC Sz: 2 Range:[0-1000]
B060 1119 1120 WCO upeer level setting X1 RME R/W Addr:0xA3ED Sz: 1 Range:[0-100]
B061 1121 1122 WCO lower level setting X1 RME R/W Addr:0xA3EE Sz: 1 Range:[0-100]
B062 1123 1124 WCO hysteresis width setting X1 RME R/W Addr:0xA3EF Sz: 1 Range:[0-10]
B063 1125 1126 WCOI upeer level setting X1 RME R/W Addr:0xA3F0 Sz: 1 Range:[0-100]
B064 1127 1128 WCOI lower level setting X1 RME R/W Addr:0xA3F1 Sz: 1 Range:[0-100]
B065 1129 1130 WCOI hysteresis width setting X1 RME R/W Addr:0xA3F2 Sz: 1 Range:[0-10]
B066 1131 1132 WCO2 upeer level setting X1 RME R/W Addr:0xA3F3 Sz: 1 Range:[-100-100]
B067 1133 1134 WCO2 lower level setting X1 RME R/W Addr:0xA3F4 Sz: 1 Range:[-100-100]
B068 1135 1136 WCO2 hysteresis width setting X1 RME R/W Addr:0xA3F5 Sz: 1 Range:[0-10]
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