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C053 2105 2106 PID FBV function low limit X10 R/W Addr:0xA33A Sz: 2 Range:[0-1000]
C055 2109 2110 Level of over torque in forward and drive (1st qua X1 R/W Addr:0x02BD Sz: 1 Range:[0-200]
C056 2111 2112 Level of over torque in reverse and regenerative ( X1 R/W Addr:0x02BE Sz: 1 Range:[0-200]
C057 2113 2114 Level of over torque in reverse and drive (3rd qua X1 R/W Addr:0x02BF Sz: 1 Range:[0-200]
C058 2115 2116 Level of over torque in forward and regenerative ( X1 R/W Addr:0x02C0 Sz: 1 Range:[0-200]
C061 2121 2122 Warning Level of electronic thermal protection X1 R/W Addr:0x020C Sz: 2 Range:[0-100]
C062 2123 2124 Selection of Alarm code X1 R/W Addr:0x02C2 Sz: 1 Range:[0-2]
C063 2125 2126 Level f detecting Zero speed X100 R/W Addr:0x0208 Sz: 2 Range:[0-10000]
C064 2127 2128 Cooling fin over-heat warning output level setting X1 R/W Addr:0xA337 Sz: 1 Range:[0-200]
C070 2139 2140 Selection of Data command X1 R/W Addr:0x02C3 Sz: 1 Range:[2-5]
C071 2141 2142 Selection of communication speed for RS485 X1 R/W Addr:0x02C4 Sz: 1 Range:[2-6]
C072 2143 2144 Selection of Inverter address for RS 485 X1 R/W Addr:0x02C5 Sz: 1 Range:[1-32]
C073 2145 2146 Selection of bit length of data for RS485 X1 R/W Addr:0x02C6 Sz: 1 Range:[7-8]
C074 2147 2148 Selection of parity (odd or even) for RS485 X1 R/W Addr:0x02C7 Sz: 1 Range:[0-2]
C075 2149 2150 Selection of stop bit for RS485 X1 R/W Addr:0x02C8 Sz: 1 Range:[1-2]
C076 2151 2152 Communication error select X1 R/W Addr:0xA33E Sz: 1 Range:[0-4]
C077 2153 2154 Communication error time-out X100 R/W Addr:0xA33C Sz: 2 Range:[0-9999]
C078 2155 2156 Waiting time of communication start X1 R/W Addr:0x020E Sz: 2 Range:[0-1000]
C079 2157 2158 Communication protocl select X1 R/W Addr:0xA33F Sz: 1 Range:[0-1]
C081 2161 2162 Adjustment of .O. terminal X1 RME R/W Addr:0x0350 Sz: 2 Range:[0-65535]
C082 2163 2164 Adjustment of .OI. terminal X1 RME R/W Addr:0x0354 Sz: 2 Range:[0-65535]
C083 2165 2166 Adjustment of .O2. terminal X1 RME R/W Addr:0x0352 Sz: 2 Range:[0-65535]
C085 2169 2170 Adjusting value of Thermister X10 RME R/W Addr:0x034E Sz: 2 Range:[0-10000]
C086 2171 2172 Adjustment of offset of AM X10 RME R/W Addr:0x02B5 Sz: 1 Range:[0-100]
C087 2173 2174 Adjustment of AMI output X1 RME R/W Addr:0x01FA Sz: 1 Range:[0-255]
C088 2175 2176 Adjustment of Offset of AMI output X10 RME R/W Addr:0x01FB Sz: 1 Range:[0-200]
C089 2177 2178 Thermistor (on board) input tuning X10 RME R/W Addr:0xA554 Sz: 2 Range:[0-10000]
C090 2179 2180 Thermistor (on fin) input tuning X10 RME R/W Addr:0xA556 Sz: 2 Range:[0-10000]
C091 2181 2182 Selection of Debug mode method X1 R/W Addr:0x01FD Sz: 1 Range:[0-2]
C101 2201 2202 Selection of UP/DOWN function X1 R/W Addr:0x02AA Sz: 1 Range:[0-1]
C102 2203 2204 Selection of RESET function X1 R/W Addr:0x02AB Sz: 1 Range:[0-2]
C103 2205 2206 Selection of frequency matching function at RESET X1 R/W Addr:0x02AC Sz: 1 Range:[0-1]
C105 2209 2210 FM output gain X1 RME R/W Addr:0xA340 Sz: 2 Range:[50-200]
C106 2211 2212 AM output gain X1 RME R/W Addr:0xA342 Sz: 2 Range:[50-200]
C107 2213 2214 AMI output gain X1 RME R/W Addr:0xA344 Sz: 2 Range:[50-200]
C109 2217 2218 AM output bias X1 RME R/W Addr:0xA347 Sz: 1 Range:[0-100]
C110 2219 2220 AMI output bias X1 RME R/W Addr:0xA348 Sz: 1 Range:[0-100]
C111 2221 2222 Level2 of overload restriction warning X10 R/W Addr:0x0204 Sz: 2 Range:[0-2000]
C121 2241 2242 Adjustment of Zero of .O. terminal X1 RME R/W Addr:0x0358 Sz: 2 Range:[0-65535]
C122 2243 2244 Adjustment of Zero of .OI. terminal X1 RME R/W Addr:0x035C Sz: 2 Range:[0-65535]
C123 2245 2246 Adjustment of Zero of .O2. terminal X1 RME R/W Addr:0x035A Sz: 2 Range:[0-65535]
C130 2259 2260 Terminal11 ON delay X10 R/W Addr:0xA35C Sz: 2 Range:[0-1000]
C131 2261 2262 Terminal11 OFF delay X10 R/W Addr:0xA35E Sz: 2 Range:[0-1000]
C132 2263 2264 Terminal12 ON delay X10 R/W Addr:0xA360 Sz: 2 Range:[0-1000]
C133 2265 2266 Terminal12 OFF delay X10 R/W Addr:0xA362 Sz: 2 Range:[0-1000]
C134 2267 2268 Terminal13 ON delay X10 R/W Addr:0xA364 Sz: 2 Range:[0-1000]
C135 2269 2270 Terminal13 OFF delay X10 R/W Addr:0xA366 Sz: 2 Range:[0-1000]
C136 2271 2272 Terminal14 ON delay X10 R/W Addr:0xA368 Sz: 2 Range:[0-1000]
C137 2273 2274 Terminal14 OFF delay X10 R/W Addr:0xA36A Sz: 2 Range:[0-1000]
C138 2275 2276 Terminal15 ON delay X10 R/W Addr:0xA36C Sz: 2 Range:[0-1000]
C139 2277 2278 Terminal15 OFF delay X10 R/W Addr:0xA36E Sz: 2 Range:[0-1000]
C140 2279 2280 Output relay ON delay X10 R/W Addr:0xA370 Sz: 2 Range:[0-1000]
C141 2281 2282 Output relay OFF delay X10 R/W Addr:0xA372 Sz: 2 Range:[0-1000]
C142 2283 2284 Input1 select for logic output1 X1 R/W Addr:0xA349 Sz: 1 Range:[0-56]
C143 2285 2286 Input2 select for logic output1 X1 R/W Addr:0xA34A Sz: 1 Range:[0-56]
C144 2287 2288 Logic function1 select X1 R/W Addr:0xA34B Sz: 1 Range:[0-2]
C145 2289 2290 Input1 select for logic output2 X1 R/W Addr:0xA34C Sz: 1 Range:[0-56]
C146 2291 2292 Input2 select for logic output2 X1 R/W Addr:0xA34D Sz: 1 Range:[0-56]
C147 2293 2294 Logic function2 select X1 R/W Addr:0xA34E Sz: 1 Range:[0-2]
C148 2295 2296 Input1 select for logic output3 X1 R/W Addr:0xA34F Sz: 1 Range:[0-56]
C149 2297 2298 Input2 select for logic output3 X1 R/W Addr:0xA350 Sz: 1 Range:[0-56]
C150 2299 2300 Logic function3 select X1 R/W Addr:0xA351 Sz: 1 Range:[0-2]
C151 2301 2302 Input1 select for logic output4 X1 R/W Addr:0xA352 Sz: 1 Range:[0-56]
C152 2303 2304 Input2 select for logic output4 X1 R/W Addr:0xA353 Sz: 1 Range:[0-56]
C153 2305 2306 Logic function4 select X1 R/W Addr:0xA354 Sz: 1 Range:[0-2]
C154 2307 2308 Input1 select for logic output5 X1 R/W Addr:0xA355 Sz: 1 Range:[0-56]
C155 2309 2310 Input2 select for logic output5 X1 R/W Addr:0xA356 Sz: 1 Range:[0-56]
C156 2311 2312 Logic function5 select X1 R/W Addr:0xA357 Sz: 1 Range:[0-2]
C157 2313 2314 Input1 select for logic output6 X1 R/W Addr:0xA358 Sz: 1 Range:[0-56]
C158 2315 2316 Input2 select for logic output6 X1 R/W Addr:0xA359 Sz: 1 Range:[0-56]
C159 2317 2318 Logic function6 select X1 R/W Addr:0xA35A Sz: 1 Range:[0-2]
C160 2319 2320 Terminal 1 sampling times setting X1 R/W Addr:0xA400 Sz: 1 Range:[0-200]
C161 2321 2322 Terminal 2 sampling times setting X1 R/W Addr:0xA401 Sz: 1 Range:[0-200]
C162 2323 2324 Terminal 3 sampling times setting X1 R/W Addr:0xA402 Sz: 1 Range:[0-200]
C163 2325 2326 Terminal 4 sampling times setting X1 R/W Addr:0xA403 Sz: 1 Range:[0-200]
C164 2327 2328 Terminal 5 sampling times setting X1 R/W Addr:0xA404 Sz: 1 Range:[0-200]
C165 2329 2330 Terminal 6 sampling times setting X1 R/W Addr:0xA405 Sz: 1 Range:[0-200]
C166 2331 2332 Terminal 7 sampling times setting X1 R/W Addr:0xA406 Sz: 1 Range:[0-200]
C167 2333 2334 Terminal 8 sampling times setting X1 R/W Addr:0xA407 Sz: 1 Range:[0-200]
C168 2335 2336 Terminal FW sampling times setting X1 R/W Addr:0xA408 Sz: 1 Range:[0-200]
C169 2337 2338 Binary input (CF1~ 4 , CP 1~ CP 3) latch time sett X1 R/W Addr:0xA409 Sz: 1 Range:[0-200]
C195 2389 2390 Selection of Area code of inverter X1 RO Addr:0x03F1 Sz: 1 Range:[0-2]
C196 2391 2392 Selection of Capacity code of inverter X1 RO Addr:0x03F2 Sz: 1 Range:[0-20]
C197 2393 2394 Selection of Voltage of inverter X1 RO Addr:0x03F3 Sz: 1 Range:[0-2]
C198 2395 2396 Selection of Changeover of inverter mode X1 RO Addr:0x03F4 Sz: 1 Range:[0-0]
H-Sensorless vector functions:
H001 5001 5002 Selection of Auto-tuning presence X1 R/W Addr:0x02CB Sz: 1 Range:[0-2]
H002 5003 5004 Selection of Motor constant for 1st motor X1 R/W Addr:0x02CC Sz: 1 Range:[0-2]
H202 5403 5404 Selection of Motor constant for 2nd motor X1 R/W Addr:0x02CD Sz: 1 Range:[0-2]
H003 5005 5006 Selection of Motor capacity for 1st motor X1 R/W Addr:0x02CE Sz: 1 Range:[0-25]
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