Appendix
Page 30 of 38
C034
2067
2068
Intelligent output 14 active state
X1
R/W
0 – 1
C035
2069
2070
Intelligent output 15 active state
X1
R/W
0 – 1
C036
2071
2072
Alarm relay output active state
X1
R/W
0 – 1
C040
2079
2080
Overload signal output mode
X1
R/W
0 – 1
C041
2081
2082
Overload level setting
X10
R/W
0 – 2000
C042 2083 2084
Frequency arrival setting for
acceleration
X100
R/W
0 – 40000
C043 2085 2086
Arrival frequency setting for
deceleration
X100
R/W
0 – 40000
C044
2087
2088
PID deviation level setting
X10
R/W
0 – 1000
C045 2089 2090
Frequency arrival setting for
acceleration (2)
X100
R/W
0 – 40000
C046 2091 2092
Arrival frequency setting for
deceleration (2)
X100
R/W
0 – 40000
C055
2109
2110
Over torque level – quadrant I
X1
R/W
0 – 200 *
C056
2111
2112
Over torque level – quadrant II
X1
R/W
0 – 200 *
C057
2113
2114
Over torque level – quadrant III
X1
R/W
0 – 200 *
C058
2115
2116
Over torque level – quadrant IV
X1
R/W
0 – 200 *
C061
2121
2122
Electronic thermal warning level
X1
R/W
0 – 100
C062
2123
2124
Alarm code output
X1
R/W
0 – 2
C063
2125
2126
Zero speed detection level
X100
R/W
0 – 10000
C070
2139
2140
Data command method
X1
R/W
2 – 5
C071
2141
2142
Communication speed selection
X1
R/W
2 – 6
C072
2143
2144
Node allocation
X1
R/W
1 – 32
C073
2145
2146
Communication data length
X1
R/W
7 – 8
C074
2147
2148
Communication parity selection
X1
R/W
0 – 2
C075
2149
2150
Communication stop bit selection
X1
R/W
1 – 2
C078
2155
2156
Communication wait time
X1
R/W
0 – 1000
C081
2161
2162
[O] input span calibration
X1
R/W
0 – 65535
C082
2163
2164
[OI] input span calibration
X1
R/W
0 – 65535
C083
2165
2166
[O2] input span calibration
X1
R/W
0 – 65535
C085
2169
2170
Thermistor input tuning
X10
R/W
0 – 10000
C086
2171
2172
[AM] output offset
X10
R/W
0 – 100
C087
2173
2174
[AMI] output span
X1
R/W
0 – 255
C088
2175
2176
[AMI] output offset
X10
R/W
0 – 200
C091
2181
2182
Debug mode enable
X1
R/W
0 – 1
C101
2201
2202
UP/DOWN memory mode
X1
R/W
0 – 1
C102
2203
2204
RESET mode selection
X1
R/W
0 – 2
C103
2205
2206
Restart mode after RESET
X1
R/W
0 – 1
C111
2221
2222
Overload setting (2)
X10
R/W
0 – 2000
C121
2241
2242
[O] input zero calibration
X1
R/W
0 – 65535
C122
2243
2244
[OI] input zero calibration
X1
R/W
0 – 65535
Summary of Contents for SJ-EN Ethernet Communications
Page 2: ...NOTES ...
Page 4: ...Table of Contents NOTES Page 4 of 38 ...
Page 8: ...Chapter 1 NOTES Page 8 of 38 ...
Page 12: ...Chapter 2 NOTES Page 12 of 38 ...
Page 16: ...Chapter 3 Page 16 of 38 NOTES ...
Page 18: ...Chapter 4 Page 18 of 38 NOTES ...
Page 20: ...Appendix Page 20 of 38 NOTES ...
Page 37: ...Index NOTES Page 37 of 38 ...
Page 38: ...January 2005 HAL1051A Hitachi America Ltd Tarrytown NY 10591 2005 www hitachi us inverters ...