Difference between revisions of "VSD-E/XE grounding"
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[[File:VSDE grounding scheme.png|thumb|Internal power and ground connections of VSD-E and XE]] | [[File:VSDE grounding scheme.png|thumb|Internal power and ground connections of VSD-E and XE]] | ||
| + | [[VSD-E and VSD-XE]] internal power wiring illustrated. | ||
| + | ;Signals | ||
| + | * A,B,C and D - the motor output phases | ||
| + | * GND - ground or 0V potential | ||
| + | * FG - frame ground (cable shields connect here) | ||
| + | * 12V - logic supply voltage | ||
| + | * HV+ - high voltage supply of 12-160VDC | ||
| + | ==Frame ground== | ||
| + | FG is internally connected to GND via RC circuit. The capacitor in the circuit passes high frequency interference to ground and resistor prevents static voltage build-up. | ||
[[Category:Hardware]] | [[Category:Hardware]] | ||
[[Category:Setup guides]] | [[Category:Setup guides]] | ||
Revision as of 18:38, 16 May 2012
VSD-E and VSD-XE internal power wiring illustrated.
- Signals
- A,B,C and D - the motor output phases
- GND - ground or 0V potential
- FG - frame ground (cable shields connect here)
- 12V - logic supply voltage
- HV+ - high voltage supply of 12-160VDC
Frame ground
FG is internally connected to GND via RC circuit. The capacitor in the circuit passes high frequency interference to ground and resistor prevents static voltage build-up.
