Hitachi SJ700 Series Instruction Manual page 40

C053 2105 2106
C055 2109 2110 Level of over torque in forward and drive (1st qua
C056 2111 2112 Level of over torque in reverse and regenerative (
C057 2113 2114 Level of over torque in reverse and drive (3rd qua
C058 2115 2116 Level of over torque in forward and regenerative (
C061 2121 2122 Warning Level of electronic thermal protection
C062 2123 2124
C063 2125 2126
C064 2127 2128 Cooling fin over-heat warning output level setting
C070 2139 2140
C071 2141 2142 Selection of communication speed for RS485
C072 2143 2144 Selection of Inverter address for RS 485
C073 2145 2146 Selection of bit length of data for RS485
C074 2147 2148 Selection of parity (odd or even) for RS485
C075 2149 2150
C076 2151 2152
C077 2153 2154
C078 2155 2156 Waiting time of communication start
C079 2157 2158
C081 2161 2162
C082 2163 2164
C083 2165 2166
C085 2169 2170
C086 2171 2172
C087 2173 2174
C088 2175 2176 Adjustment of Offset of AMI output
C089 2177 2178 Thermistor (on board) input tuning
C090 2179 2180
C091 2181 2182
C101 2201 2202
C102 2203 2204
C103 2205 2206 Selection of frequency matching function at RESET
C105 2209 2210
C106 2211 2212
C107 2213 2214
C109 2217 2218
C110 2219 2220
C111 2221 2222 Level2 of overload restriction warning
C121 2241 2242 Adjustment of Zero of .O. terminal
C122 2243 2244 Adjustment of Zero of .OI. terminal
C123 2245 2246 Adjustment of Zero of .O2. terminal
C130 2259 2260
C131 2261 2262
C132 2263 2264
C133 2265 2266
C134 2267 2268
C135 2269 2270
C136 2271 2272
C137 2273 2274
C138 2275 2276
C139 2277 2278
C140 2279 2280
C141 2281 2282
C142 2283 2284
C143 2285 2286
C144 2287 2288
C145 2289 2290
C146 2291 2292
C147 2293 2294
C148 2295 2296
C149 2297 2298
C150 2299 2300
C151 2301 2302
C152 2303 2304
C153 2305 2306
C154 2307 2308
C155 2309 2310
C156 2311 2312
C157 2313 2314
C158 2315 2316
C159 2317 2318
C160 2319 2320
C161 2321 2322
C162 2323 2324
C163 2325 2326
C164 2327 2328
C165 2329 2330
C166 2331 2332
C167 2333 2334
C168 2335 2336 Terminal FW sampling times setting
C169 2337 2338 Binary input (CF1~ 4 , CP 1~ CP 3) latch time sett
C195 2389 2390 Selection of Area code of inverter
C196 2391 2392 Selection of Capacity code of inverter
C197 2393 2394
C198 2395 2396 Selection of Changeover of inverter mode
H-Sensorless vector functions:
H001 5001 5002
H002 5003 5004 Selection of Motor constant for 1st motor
H202 5403 5404 Selection of Motor constant for 2nd motor
H003 5005 5006 Selection of Motor capacity for 1st motor
PID FBV function low limit
Selection of Alarm code
Level f detecting Zero speed
Selection of Data command
Selection of stop bit for RS485
Communication error select
Communication error time-out
Communication protocl select
Adjustment of .O. terminal
Adjustment of .OI. terminal
Adjustment of .O2. terminal
Adjusting value of Thermister
Adjustment of offset of AM
Adjustment of AMI output
Thermistor (on fin) input tuning
Selection of Debug mode method
Selection of UP/DOWN function
Selection of RESET function
FM output gain
AM output gain
AMI output gain
AM output bias
AMI output bias
Terminal11 ON delay
Terminal11 OFF delay
Terminal12 ON delay
Terminal12 OFF delay
Terminal13 ON delay
Terminal13 OFF delay
Terminal14 ON delay
Terminal14 OFF delay
Terminal15 ON delay
Terminal15 OFF delay
Output relay ON delay
Output relay OFF delay
Input1 select for logic output1
Input2 select for logic output1
Logic function1 select
Input1 select for logic output2
Input2 select for logic output2
Logic function2 select
Input1 select for logic output3
Input2 select for logic output3
Logic function3 select
Input1 select for logic output4
Input2 select for logic output4
Logic function4 select
Input1 select for logic output5
Input2 select for logic output5
Logic function5 select
Input1 select for logic output6
Input2 select for logic output6
Logic function6 select
Terminal 1 sampling times setting
Terminal 2 sampling times setting
Terminal 3 sampling times setting
Terminal 4 sampling times setting
Terminal 5 sampling times setting
Terminal 6 sampling times setting
Terminal 7 sampling times setting
Terminal 8 sampling times setting
Selection of Voltage of inverter
Selection of Auto-tuning presence
X10 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W Addr:0x02C2
X100 R/W
X1 R/W
X1 R/W Addr:0x02C3
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X100 R/W
X1 R/W
X1 R/W
X1 RME R/W
X1 RME R/W
X1 RME R/W
X10 RME R/W
X10 RME R/W
X1 RME R/W
X10 RME R/W
X10 RME R/W
X10 RME R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 RME R/W Addr:0xA340
X1 RME R/W Addr:0xA342
X1 RME R/W Addr:0xA344
X1 RME R/W Addr:0xA347
X1 RME R/W Addr:0xA348
X10 R/W
X1 RME R/W
X1 RME R/W
X1 RME R/W
X10 R/W Addr:0xA35C
X10 R/W Addr:0xA35E
X10 R/W Addr:0xA360
X10 R/W Addr:0xA362
X10 R/W Addr:0xA364
X10 R/W Addr:0xA366
X10 R/W Addr:0xA368
X10 R/W Addr:0xA36A
X10 R/W Addr:0xA36C
X10 R/W Addr:0xA36E
X10 R/W Addr:0xA370
X10 R/W Addr:0xA372
X1 R/W
X1 R/W
X1 R/W Addr:0xA34B
X1 R/W
X1 R/W
X1 R/W Addr:0xA34E
X1 R/W
X1 R/W
X1 R/W Addr:0xA351
X1 R/W
X1 R/W
X1 R/W Addr:0xA354
X1 R/W
X1 R/W
X1 R/W Addr:0xA357
X1 R/W
X1 R/W
X1 R/W Addr:0xA35A
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 R/W
X1 RO
X1 RO
X1 RO
X1 RO
X1 R/W
X1 R/W
X1 R/W
X1 R/W
Page 40 of 46
Addr:0xA33A Sz: 2 Range:[0-1000]
Addr:0x02BD Sz: 1 Range:[0-200]
Addr:0x02BE Sz: 1 Range:[0-200]
Addr:0x02BF Sz: 1 Range:[0-200]
Addr:0x02C0 Sz: 1 Range:[0-200]
Addr:0x020C Sz: 2 Range:[0-100]
Sz: 1 Range:[0-2]
Addr:0x0208 Sz: 2 Range:[0-10000]
Addr:0xA337 Sz: 1 Range:[0-200]
Sz: 1 Range:[2-5]
Addr:0x02C4 Sz: 1 Range:[2-6]
Addr:0x02C5 Sz: 1 Range:[1-32]
Addr:0x02C6 Sz: 1 Range:[7-8]
Addr:0x02C7 Sz: 1 Range:[0-2]
Addr:0x02C8 Sz: 1 Range:[1-2]
Addr:0xA33E Sz: 1 Range:[0-4]
Addr:0xA33C Sz: 2 Range:[0-9999]
Addr:0x020E Sz: 2 Range:[0-1000]
Addr:0xA33F Sz: 1 Range:[0-1]
Addr:0x0350 Sz: 2 Range:[0-65535]
Addr:0x0354 Sz: 2 Range:[0-65535]
Addr:0x0352 Sz: 2 Range:[0-65535]
Addr:0x034E Sz: 2 Range:[0-10000]
Addr:0x02B5 Sz: 1 Range:[0-100]
Addr:0x01FA Sz: 1 Range:[0-255]
Addr:0x01FB Sz: 1 Range:[0-200]
Addr:0xA554 Sz: 2 Range:[0-10000]
Addr:0xA556 Sz: 2 Range:[0-10000]
Addr:0x01FD Sz: 1 Range:[0-2]
Addr:0x02AA Sz: 1 Range:[0-1]
Addr:0x02AB Sz: 1 Range:[0-2]
Addr:0x02AC Sz: 1 Range:[0-1]
Sz: 2 Range:[50-200]
Sz: 2 Range:[50-200]
Sz: 2 Range:[50-200]
Sz: 1 Range:[0-100]
Sz: 1 Range:[0-100]
Addr:0x0204 Sz: 2 Range:[0-2000]
Addr:0x0358 Sz: 2 Range:[0-65535]
Addr:0x035C Sz: 2 Range:[0-65535]
Addr:0x035A Sz: 2 Range:[0-65535]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Sz: 2 Range:[0-1000]
Addr:0xA349 Sz: 1 Range:[0-56]
Addr:0xA34A Sz: 1 Range:[0-56]
Sz: 1 Range:[0-2]
Addr:0xA34C Sz: 1 Range:[0-56]
Addr:0xA34D Sz: 1 Range:[0-56]
Sz: 1 Range:[0-2]
Addr:0xA34F Sz: 1 Range:[0-56]
Addr:0xA350 Sz: 1 Range:[0-56]
Sz: 1 Range:[0-2]
Addr:0xA352 Sz: 1 Range:[0-56]
Addr:0xA353 Sz: 1 Range:[0-56]
Sz: 1 Range:[0-2]
Addr:0xA355 Sz: 1 Range:[0-56]
Addr:0xA356 Sz: 1 Range:[0-56]
Sz: 1 Range:[0-2]
Addr:0xA358 Sz: 1 Range:[0-56]
Addr:0xA359 Sz: 1 Range:[0-56]
Sz: 1 Range:[0-2]
Addr:0xA400 Sz: 1 Range:[0-200]
Addr:0xA401 Sz: 1 Range:[0-200]
Addr:0xA402 Sz: 1 Range:[0-200]
Addr:0xA403 Sz: 1 Range:[0-200]
Addr:0xA404 Sz: 1 Range:[0-200]
Addr:0xA405 Sz: 1 Range:[0-200]
Addr:0xA406 Sz: 1 Range:[0-200]
Addr:0xA407 Sz: 1 Range:[0-200]
Addr:0xA408 Sz: 1 Range:[0-200]
Addr:0xA409 Sz: 1 Range:[0-200]
Addr:0x03F1 Sz: 1 Range:[0-2]
Addr:0x03F2 Sz: 1 Range:[0-20]
Addr:0x03F3 Sz: 1 Range:[0-2]
Addr:0x03F4 Sz: 1 Range:[0-0]
Addr:0x02CB Sz: 1 Range:[0-2]
Addr:0x02CC Sz: 1 Range:[0-2]
Addr:0x02CD Sz: 1 Range:[0-2]
Addr:0x02CE Sz: 1 Range:[0-25]
Appendix