Lenze i700 - Page 322

11 Appendix
11.1 Table of attributes
322
Lenze · i700 servo inverter · reference manual · DMS 3.0 EN · 06/2016 · TD06
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0x3182 Position controller: Output signal limitation UNSIGNED_32 480000/
2
31
POSCRx
0x3183
Position: Select new actual position INTEGER_32 - P OSC Rx
0x3184
Determine target position: Mode UNSIGNED_8 - P
0x31C0
Field controller: Parameter
1: Field controller: Gain UNSIGNED_32 1/100 P
2: Field controller: Reset time UNSIGNED_16 1/10 P
0x31E0
Field weakening controller: Parameter
1: Field weakening controller: Gain UNSIGNED_32 1/1000 P
2: Field weakening controller: Reset time UNSIGNED_32 1/10 P
0x31E1
Field set value limitation UNSIGNED_16 1/100 P OSC Rx
0x31E2
DC link circuit voltage: Filter time UNSIGNED_16 1/10 P
0x31E3
Motor voltage act. value: Filter time UNSIGNED_16 1/10 P
0x31E4
Voltage reserve UNSIGNED_8 - P
Axis B - V/f operation
0x3300
VFC: V/f characteristic - shape UNSIGNED_8 - P CINH
0x3301
VFC: V/f characteristic - define reference point
1: VFC: V/f characteristic - voltage at reference
point
UNSIGNED_16 - P
2: VFC: V/f characteristic - frequency at reference
point
UNSIGNED_16 - P
0x3302
VFC: User-definable V/f characteristic - frequency grid points (x)
1: V/f: x1 = f01 INTEGER_16 - P
2: V/f: x2 = f02 INTEGER_16 - P
3: V/f: x3 = f03 INTEGER_16 - P
4: V/f: x4 = f04 INTEGER_16 - P
5: V/f: x5 = f05 INTEGER_16 - P
6: V/f: x6 = f06 INTEGER_16 - P
7: V/f: x7 = f07 INTEGER_16 - P
8: V/f: x8 = f08 INTEGER_16 - P
9: V/f: x9 = f09 INTEGER_16 - P
10: V/f: x10 = f10 INTEGER_16 - P
11: V/f: x11 = f11 INTEGER_16 - P
0x3303
VFC: User-definable V/f characteristic - voltage grid points (y)
1: V/f: y1 = U01 (x = f01) UNSIGNED_32 1/100 P
2: V/f: y2 = U02 (x = f02) UNSIGNED_32 1/100 P
3: V/f: y3 = U03 (x = f03) UNSIGNED_32 1/100 P
4: V/f: y4 = U04 (x = f04) UNSIGNED_32 1/100 P
5: V/f: y5 = U05 (x = f05) UNSIGNED_32 1/100 P
6: V/f: y6 = U06 (x = f06) UNSIGNED_32 1/100 P
7: V/f: y7 = U07 (x = f07) UNSIGNED_32 1/100 P
8: V/f: y8 = U08 (x = f08) UNSIGNED_32 1/100 P
9: V/f: y9 = U09 (x = f09) UNSIGNED_32 1/100 P
10: V/f: y10 = U10 (x = f10) UNSIGNED_32 1/100 P
11: V/f: y11 = U11 (x = f11) UNSIGNED_32 1/100 P
0x3304
VFC: Voltage vector control - current setpoint UNSIGNED_32 1/100 P
0x3305
VFC: Voltage vector control parameter
1: VFC: Voltage vector controller - gain UNSIGNED_32 1/100 P
2: VFC: Voltage vector controller - reset time UNSIGNED_32 1/100 P
0x3306
VFC: Voltage boost UNSIGNED_16 1/10 P
Index Name Data type Factor Attributes
Greyed out = read only