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Parker Compax3 User Manual

Parker Compax3
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Parker EME
Index
192-120113 N08 C3I12T11 - December 2010
391
Conditions of utilization for the STO function
with Compax3M • 89
Conditions of utilization for UL certification
Compax3H • 24
Conditions of utilization for UL certification
Compax3M • 23
Conditions of utilization for UL certification
Compax3S • 22
Conditions of utilization mains filter • 19
Conditions of utilization STO (=safe torque off)
Safety function • 82
Configuration • 97, 176
Configuration name / comments • 152
Configuration of load control • 160
Configuration of local modem 1 • 315
Configuration of remote modem 2 • 315
Configuring the signal Source • 153
Connect braking resistor C3H • 59
Connection of a braking resistor • 37, 39
Connection of terminal box MH145 & MH205 •
343
Connection of the digital Outputs/Inputs • 67
Connection of the power voltage • 53
Connection of the power voltage of 2 C3H 3AC
devices • 60
Connection of the power voltage of 2 C3S 3AC
devices • 39
Connections of Compax3H • 52
Connections of Compax3S • 30
Connections of the axis combination • 44
Connections of the encoder interface • 65
Connections on the device bottom • 43
Connections to the motor • 339
Connector and pin assignment C3S • 31
Control measures for drives involving friction •
226
Control path • 176
Control sctructures • 206, 212, 214
Control signal filter / filter of actual acceleration
value • 211
Control signal limitations • 207
Control via RS232 / RS485 / USB • 288
Control voltage 24 VDC • 33
Control voltage 24 VDC C3H • 58
Control voltage 24VDC / enable connector X4
C3S • 33
Control voltage 24VDC PSUP (mains module)
• 45
Control word • 135, 137, 292
Control word (example) • 294
Controller coefficients • 204
Controller optimization • 173
Controller optimization Advanced • 235
Controller optimization disturbance and
setpoint behavior (advanced) • 234
Controller optimization disturbance and
setpoint behavior (standard) • 231
Controller optimization guiding transmission
behavior • 237
Controller optimization of toothed belt drive •
233
Controller optimization standard • 232
Correlation between the terms introduced
202
Course of the automatic commutation function
• 221
Current (Torque) Limit • 131
Current control • 267
Current jerk response • 225
Current jerk response with the activated
saturation characteristic line • 226
Current on the mains PE (leakage current) • 25
Cut-off frequency for the field weakening range
• 191
D
D/A-Monitor • 321
Deadband following error • 226
Debouncing
Limit switch, machine zero and input 0 • 127
Defining jerk / ramps • 128
Defining the reference system • 104
Defining the STOP function • 140
Definition of the states of the programmable
status bits (PSBs): • 298
Demand behavior • 198
Depth filter 1 (O2150.3) / depth filter 2
(O2150.6) • 225
Description of jerk • 128
Detailed object list • 320
Determination of the commutation settings
192
Device assignment • 11
Devices with the STO (=safe torque off) safety
function • 79
Digital inputs/outputs • 67
Digital inputs/outputs (plug X12) • 66
Dimensions of the braking resistors • 356
Direct drives • 328
Display of the commutation error in
incremental feedback systems • 220
Display of the measurement point at the cursor
position • 278
Display of the measurement result • 277
Distinction between signals and systems • 279
Disturbance behavior • 198
Disturbance jerk response • 202
D-term • 203
D-term of the KD velocity controller • 204
Dynamic positioning • 143
Dynamic stiffness • 201
Dynamics of a control • 193
E
EAM06
Terminal block for inputs and outputs • 361
Effect of the notch filter • 223
Electronic gearbox (Gearing) • 150
Electronic simulation of a disturbance torque
jerk with the disturbance current jerk • 201
EMC feedforward • 216
EMC measures • 331

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Parker Compax3 Specifications

General IconGeneral
Protection ClassIP20
Control ModesTorque, Speed, Position
Feedback OptionsIncremental encoder, Absolute encoder, Resolver
Communication InterfacesCANopen, EtherCAT, Profinet
Safety FeaturesSTO (Safe Torque Off), SS1 (Safe Stop 1), SOS (Safe Operating Stop)
Input Voltage200-480 VAC
Relative Humidity5% to 85% (non-condensing)
Shock ResistanceAccording to EN 60068-2-27
Operating Temperature0°C to +40°C

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