Lenze E94AxHE Technology Application CiA402 Device profi Bedienungsanleitung Seite 139
- Seite / 232
- Inhaltsverzeichnis
- LESEZEICHEN
Bewertet. / 5. Basierend auf Kundenbewertungen
EDS94TA11010xxxx EN 1.2 - 03/2010 L 139
9400 Technology applications | CiA402 device profile
Parameter setting & configuration
Interpolated position mode
3.11.4 Setpoint selection
The position setpoint for the position follower is selected via the subindex 1 (X1) of the
0x60C1
object (Interpolation data record).
Furthermore, the following objects are available for speed and torque feedforward
control:
The setpoints can be supplied to the common limit functions for speed, acceleration,
and braking.
3.11.5 Setpoint interpolation
If the communication cycle time differs from the control cycle time of the controller (1 ms),
the setpoint for the position follower will be interpolated. For this purpose, the drive
accepts one interpolation data setpoint per cycle and calculates for each interpolation
cycle the value displayed in the 0x6062
object (position demand value) by interpolating the
position over a specific period.
The interpolation algorithm to be used is defined by the 0x60C0
object (interpolation
sub mode select) and is preset to linear interpolation.
For synchronous operation, the interpolation cycle time is defined by the 0x60C2
object
(interpolation time period):
[3-2] Definition of the interpolation cycle time
Tip!
For an interpolation cycle time of e.g. 2 ms, the value "2" must be set in 0x60C2/1
(ip time units) and the value "3" must be set in 0x60C2/2 (ip time index).
For a time coordination of the connected controllers, the 0x60C3
synchronisation
object (interpolation sync definition) is normally used.
Index Name Data type Object type
0x60B2
Torque offset INTEGER_32 VAR
0x6071
Target torque INTEGER_32 VAR
0x60B1
Offset velocity INTEGER_32 VAR
0x60FF
Target velocity INTEGER_32 VAR
0x60C2/1: ip time units
0x60C2/2
: ip time index
Interpolation cycle time s[] ip time units 10
ip time index
s[]⋅=
- 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
Verwandte Produkte und Handbücher für Software Lenze E94AxHE Technology Application CiA402 Device profi
Software Lenze PLC Designer V2.x Bedienungsanleitung
(336 Seiten)
(336 Seiten)
(30 Seiten)© 2020, manymanuals.de. Alle Rechte vorbehalten. | 0.033 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Kommentare zu diesen Handbüchern