1. Understand the concept to improve parameter setting
CONTROL/MONITORING
Understand the concept to improve parameter setting

2. ? Logic equations
Are used to made additions to standard processing operations.
Logic equation create simple logic functions by combining data received from
protection functions
or logic inputs.
Logic equation use:
logic operators (and, or, xor, not)
and time delays
Logic equation may not be used to:
modify standard circuit breaker control, logic discrimination or recloser functions
create as complete control logic schemes as with Logipam
Series 40 & 80

3. ? Logipam Customize SEPAM Series 80 Series 80
Based on the ladder diagram principle
For specific complex functions and automation:
specific source transfer
motor starting sequence
load shedding
management of cubicle peripheral equipment
etc ...
Series 80

4. Sepam functional blocks
Series 80
Protection functions
Control matrix
50/51
50N/51N, etc.
LEDs
Logique equation / Logipam
Logic equations
Customization of control logic
Messages
Standard control logic
Logic outputs
CB control
Recloser
SSL, etc.
Logic inputs
Mimic diagram
Single-line diagram

5. Without standard control logic
Protection functions
Control matrix
LEDs
Messages
Logic outputs
Logic inputs

6. With standard control logic
Protection functions
Control matrix
LEDs
Messages
Standard control logic
Logic outputs
Logic inputs

8. With equation editor / logipam
Protection functions
Control matrix
LEDs
Logic equations / logipam
Messages
Logic outputs
Logic inputs

9. With equation editor / logipam and standard control logic
Protection functions
Control matrix
LEDs
Logic equations / logipam
Messages
Standard control logic
Logic outputs
Logic inputs

10. With equation editor / logipam, standard control logic and mimic diagram editor
Series 80
Protection functions
Control matrix
LEDs
Logic equations / logipam
Messages
Standard control logic
Logic outputs
Logic inputs
Mimic diagram

11. Screen for slide " Without standard control logic"
A partir d'ici : slides cachés accessibles par liens

12. Assignment of protection functions to the matrix

13. Assignment of logic inputs to the matrix

14. Captures images pour diapo " with standard control logic"

15. Standard control logic

16. Assignment of protection functions to standard control logic

17. Assignment of logic inputs to standard control logic

18. Assignment of standard control logic outputs to the matrix

19. Captures images pour diapo "avec equation editor"

20. Equation editor

21. Output variables from protection functions to equation editor

22. Logic input variables

23. Output variables from equation editor to protection functions

24. Assignment of equation editor output variables to the matrix

25. Captures images pour diapo "avec equation editor et standard control logic"

26. Equation editor output variables to standard control logic
V_FLAGREC
V_TRIPCB
V_CLOSECB
V_INHIBCLOSE
V_RESET
V_CLEAR
V_INHIBIT_RESET_LOCAL
V_SHUTDOWN
V_DE-EXCITATION
V_CLOSE_NOCTRL
V_TRANS_ON_FLT
V_TRANS_STOP
V_TRIP_STP1
V_TRIP_STP2
V_TRIP_STP3
V_TRIP_STP4
V_CLOSE_STP1
V_CLOSE_STP2
V_CLOSE_STP3
V_CLOSE_STP4

27. Standard control logic output variables to equation editor
V_TRIPPED
V_CLOSED
V_CLOSE_INHIBITED

28. Captures images pour diapo "avec equation editor, standard control logic et éditeur synoptique"

29. Mimic diagram editor

30. Equation editor output variables to mimic diagram editor
V_MIMIC_IN_1 / V_MIMIC_IN_16

31. Mimic diagram editor output variables to equation editor
V_MIMIC_OUT_1 / V_MIMIC_OUT_16
V_MIMIC_LOCAL
V_MIMIC_REMOTE
V_MIMIC_TEST

32. Mimic diagram editor output variables to standard control logic
V_MIMIC_OPENCB
V_MIMIC_CLOSECB

33. Standard control logic output variables to mimic diagram editor
V_CLOSE_INHIBITED

34. Assignment of mimic diagram editor outputs to logic outputs

35. Assignment of logic inputs in the mimic diagram editor