Lenze E94AxHE Technology Application CiA402 Device profi Manual de usuario Pagina 158
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9400 Technology applications | CiA402 device profile
Parameter setting & configuration
Cyclic synchronous torque mode (IEC 61800-7)
158 L EDS94TA11010xxxx EN 1.2 - 03/2010
0x6071 - Target torque
0x6072 - Max. torque
0x6073 - Max. current
0x6074 - Torque demand value
0x6075 - Motor rated current
Index | Name:
0x6071 | Target torque
Data type: INTEGER_32
Code: C03670
Setpoint for torque or torque feedforward control
• The object is internally limited to ±1073741824 (≡ ±100%).
•2
30
≡ 100 % motor reference torque (C00057/2)
Setting range
(min. value | unit | max. value) Lenze setting
-2147483648 _n LENZE 2147483647 0_n LENZE
; Read access ; Write access CINH PLC-STOP ; PDO_MAP_RX PDO_MAP_TX
Index | Name:
0x6072 | Max. torque
Data type: UNSIGNED_32
Code: C03688
Maximum permissible torque (symmetrical setting)
• 16384 ≡ 100 %
Setting range
(min. value | unit | max. value) Lenze setting
0 _a LENZE 32767 32767 _a LENZE
; Read access ; Write access CINH PLC-STOP ; PDO_MAP_RX PDO_MAP_TX
Index | Name:
0x6073 | Max. current
Data type: UNSIGNED_32
Code: C00789
Maximum current (maximum overload current of the device)
• Direct mapping of the Lenze code C00789 (MCTRL_dwMaxDeviceCurrent).
Display area
(min. value | unit | max. value)
0 1/100 A 2147483647
; Read access Write access CINH PLC-STOP PDO_MAP_RX PDO_MAP_TX
Index | Name:
0x6074 | Torque demand value
Data type: INTEGER_32
Code: C03673
Interpolated torque setpoint
•2
30
≡ 100 % motor reference torque (C00057/2)
Display area
(min. value | unit | max. value)
-2147483648 _n LENZE 2147483647
; Read access Write access CINH PLC-STOP PDO_MAP_RX PDO_MAP_TX
Index | Name:
0x6075 | Motor rated current
Data type: UNSIGNED_32
Code: C00088
Rated motor current
Setting range
(min. value | unit | max. value) Lenze setting
1 1/100 A 150000 0 1/100 A
; Read access ; Write access ; CINH PLC-STOP PDO_MAP_RX PDO_MAP_TX
- L-force Runtime Software 1
- Contents 3
- 1 About this documentation 8
- About this documentation 9
- Conventions used 9
- 1.1 Conventions used 9
- Danger! 10
- 2 Short description 11
- DS402 State machine 14
- 16
- Drive initialisation 25
- Code: _______ 31
- Index 31
- 3.5.4 Object attributes 33
- Common entries 35
- 3.6.2 Motor data 40
- Device control 42
- Power on 47
- X0XX0000 55
- X0XX1000 59
- Parameter Lenze setting 61
- Factor group 65
- 3.9.1 Input and output data 74
- Input data 74
- Output data 74
- ( 82) 79
- Short overview 82
- ( 81) 83
- ( 80) 83
- CiA402 Homing method -2 84
- CiA402 Homing method -1 84
- CiA402 Homing method 01 85
- CiA402 Homing method 02 86
- CiA402 Homing method 03 87
- CiA402 Homing method 04 88
- CiA402 Homing method 05 89
- CiA402 Homing method 06 90
- CiA402 Homing method 07 91
- CiA402 Homing method 08 92
- CiA402 Homing method 09 93
- CiA402 Homing method 10 95
- CiA402 Homing method 11 96
- CiA402 Homing method 12 97
- CiA402 Homing method 13 99
- CiA402 Homing method 14 100
- Touch probe/zero pulse 100
- Reference switch 100
- CiA402 Homing method 15 101
- CiA402 Homing method 16 101
- CiA402 Homing method 17 102
- CiA402 Homing method 18 102
- CiA402 Homing method 19 103
- Homing switch 103
- CiA402 Homing method 20 104
- CiA402 Homing method 21 105
- CiA402 Homing method 22 106
- CiA402 Homing method 23 107
- CiA402 Homing method 24 108
- CiA02 homing method 25 109
- CiA402 Homing method 26 110
- CiA402 Homing method 27 111
- CiA402 Homing method 28 112
- CiA402 Homing method 29 113
- CiA402 Homing method 30 114
- CiA402 Homing method 31 115
- CiA402 Homing method 32 115
- CiA402 Homing method 33 115
- CiA402 Homing method 34 116
- CiA402 homing method 35 116
- Homing mode 118
- Grayed out = read access only 119
- Position control function 121
- Brake logic 128
- Monitoring 128
- UNSIGNED_32 VAR 131
- INTEGER_32 VAR 131
- Interpolated position mode 133
- 3.11.3 Signal flow 137
- Disable voltage 140
- Shutdown 140
- Quick stop 140
- Value Unit 141
- Data type: INTEGER_32 144
- 3.12.3 Signal flow 145
- 3.13.2 Object description 150
- 0x60FF - Target velocity 151
- Speed follower 152
- 3.14.2 Object description 157
- Power stage parameters 161
- Display area 161
- Torque follower 162
- Touch probe 167
- ( 182) 174
- ( 181) 174
- 3.21.3 CountMultiError 183
- 3.21.4 CountSingleError 183
- 3.21.5 DetectErrorLimit 183
- 3.21.6 DetectMultiError 184
- 3.21.7 DetectSingleError 184
- 3.21.8 DetectUnderVoltage 185
- 3.21.9 L_DevApplErr1 185
- 4 Step-by-step commissioning 186
- ( 188) 187
- Parameter Object Information 190
- 5 Parameter reference 191
- Cxxxxx 193
- Description 193
- Parameter 195
- Data type: _______ 195
- Index: _______ 195
- Parameter reference 199
- Parameter list 199
- Parameter list 200
- Parameter list 201
- Parameter list 202
- Parameter list 203
- Parameter list 204
- Parameter list 205
- Parameter list 206
- Parameter list 207
- Parameter list 208
- Parameter list 209
- Parameter list 210
- Parameter list 211
- Parameter list 212
- Parameter list 213
- Parameter list 214
- Parameter list 215
- Parameter list 216
- Parameter list 217
- Parameter list 218
- Parameter list 219
- Attribute table 221
- )(('%$ 230
- 109 87654321 232
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