Configuration for 3Phase firmware: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
| Line 1: | Line 1: | ||
The configuration for the 3 Phase firmware inherit mostly from the individual channel firmware below.<br> | The configuration for the 3 Phase firmware inherit mostly from the individual channel firmware documented below.<br> | ||
[[Over_Serial_Configuration_-_Sketch_3.0 | Over Serial Configuration - Sketch 3.0]]<br> | [[Over_Serial_Configuration_-_Sketch_3.0 | Over Serial Configuration - Sketch 3.0]]<br> | ||
This applies for firmware '''RPICT4V3_3Phase_V5_v1.2'''. | This applies for firmware '''RPICT4V3_3Phase_V5_v1.2'''. | ||
The 3 Phase firmware allows for computation of three power node at the same time. As opposed to the individual firmware which compute each channel one of after the other. | |||
Only 2 nodes are computed. | |||
* 1 3Phase node using | |||
** CT1/V1 for L1 | |||
** CT2/V2 for L2 | |||
** CT3/V3 for L3 | |||
* 1 Current node | |||
** CT4 as current only | |||
Revision as of 05:56, 5 July 2021
The configuration for the 3 Phase firmware inherit mostly from the individual channel firmware documented below.
Over Serial Configuration - Sketch 3.0
This applies for firmware RPICT4V3_3Phase_V5_v1.2.
The 3 Phase firmware allows for computation of three power node at the same time. As opposed to the individual firmware which compute each channel one of after the other.
Only 2 nodes are computed.
- 1 3Phase node using
- CT1/V1 for L1
- CT2/V2 for L2
- CT3/V3 for L3
- 1 Current node
- CT4 as current only