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SFT2841 disconnected

SFT2841 disconnected. Prepare setting files. Experts: L.GIGLI Pedagogy: C.CAYLA. Duration: mn. SFT 2841 expert UMI. The UMI on the front panel of Sepam may be completed by an expert UMI comprising the SFT2841 PC software tool, which may be used for all Sepam functions parameter setting,

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SFT2841 disconnected

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  1. SFT2841 disconnected Prepare setting files Experts: L.GIGLI Pedagogy: C.CAYLA Duration: mn

  2. SFT 2841 expert UMI • The UMI on the front panel of Sepam may be completed by an expert UMI comprising the SFT2841 PC software tool, which may be used for all Sepam functions • parameter setting, • local operation • and customization. • The expert UMI comes as a kit, the SFT 2841 kit, which includes: • Sepam software CD • CCA 783 cord • Cable usb telemecanique

  3. Sepam software CD Sepam software CD

  4. After the CD is inserted, Autorun displays this screen. You may choose: SFT2841 installation SFT2826 installation Presentation of the Sepam offer Sepam range application solutions documentation product implementation different specifications per application order form Autorun • Sepam software CD • Overview of the software • Parameter setting

  5. SFT2841 may be installed in demonstration version or full version Demonstration version no serial number requested connected mode disabled file saving disabled Full version enter the serial number on the label stuck on the back of the CD box format: XXXXXXX-XX Code entry • Sepam software CD • Généralités • Parameter setting

  6. The Readme files give the required configuration for installation of the software The Demo directory contains the files used by the Sepams in Series 80 demo case SFT2841 v9 Readme.txt Lisezmoi.txt Install Demo SFT2826v0202 Readme.txt Lisezmoi.txt Install Disks Sepam_presentation Readme.txt Lisezmoi.txt Sepam v4.0_FR Sepam v4.0_E Content • Sepam software CD • Généralités • Parameter setting

  7. OVERVIEW OF THE SOFTWARE Overview of the software

  8. Click on the icon Select the working language Choose the operating mode: connected point to point via the front panel via the network disconnected (according to Sepam) create a new file or edit an existing file Starting the application • Sepam software CD • Overview of the software • Parameter setting Same access for SFT connected

  9. Title bar: displays the Sepam file identification name Menu bar (contextual): provides access to all of the software functions Toolbar (contextual): Direct access to principal functions Work zone: contextual tab boxes available to the user Status bar: gives information on the active window Screen organization • Sepam software CD • Overview of the software • Parameter setting

  10. Guided navigation for logical sequencing of screens Toolbar • Sepam software CD • Overview of the software • Parameter setting • Sepam parameter setting • Matrix • automation • inputs / outputs • setup • environment • Function setting • disturbance recording • mimic diagram • Protection setting • Logipam setting • Equation editor

  11. Guided navigation • Sepam software CD • Overview of the software • Parameter setting • Linking of screens

  12. Series 80 Series 20 & 40 Software help • Sepam software CD • Overview of the software • Parameter setting • Opening of the Sepam operating manual The file opens up directly on the page that corresponds to the SFT2841 screen

  13. Saving the file • Sepam software CD • Overview of the software • Parameter setting • Saving by default in the Sepam directory • Entry of the file name • File extension • series 20, rpg • series 40 and 80, type of Sepam (e.g. M41)

  14. Editing a report • Sepam software CD • Overview of the software • Parameter setting • Enter the report identification information • Print

  15. Text file All the parameters are listed Series 20 & 40 Editing a report • Sepam software CD • Overview of the software • Parameter setting Sepam xxxx (21/03/2006) Properties Customer: Training Project: Series 20, 40 & 80 Switchboard: File Cubicle: Series 20 Print date: 24/04/06 Sepam hardware configuration Type of application: Substation (S20) Sepam Type: Sepam xxxx Sepam model: UD model (with fixed advanced UMI) MES (Input / output module): MES114 (10I + 4O module) MSA141 (1 analog output module): Absent DSM303 (Remote advanced UMI module): Absent Interface de communication: Absent Synchronization mode: Network Set up outputs Used Shunt coil Undervoltage coil Pulse mode O1 Yes X O2 Yes X O3 Yes X O4 Yes X O11 Yes X O12 No - - - O13 No - - - O14 No - - -

  16. Editing a report • Sepam software CD • Overview of the software • Parameter setting • Word file • Cover page • Contents Series 80 Structure presentation of parameters

  17. Customizing the label • Sepam software CD • Overview of the software • Parameter setting • Enter the required label for each indicator

  18. Printing labels • Sepam software CD • Overview of the software • Parameter setting • Print

  19. Series 40 & 80 Advanced settings • Sepam software CD • Overview of the software • Parameter setting • Access to additional settings which are not compulsory but may be used on function operation

  20. PARAMETER SETTING Parameter setting

  21. Full parameter setting • Sepam software CD • Overview of the software • Parameter setting Some operations may be done before others, which is why we propose the following sequence: Define Sepam hardware setup Define Sepam hardware environment Define automation functions used Assign inputs / outputs Set protection functions Create mimic diagrams (series 80) Create logic equations (series 40 & 80) Set up Logipam (series 80) Validate control matrix Define disturbance recording function

  22. Series 20 1. Define Sepam setup • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Sepam name • 20 characters max. • Sepam model • with or without fixed advanced UMI • Optional modules • optional inputs / outputs • temperature acquisition • analog output • communication

  23. Series 40 1. Define Sepam setup • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Sepam name • Sepam model • Optional modules

  24. Series 80 1. Define Sepam setup • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Sepam name • Sepam model • Optional modules

  25. Series 20 2. Define Sepam environment • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Frequency • Active group of settings • Remote setting enabling • Sepam working language • Sensors

  26. Series 40 2. Define Sepam environment • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Frequency • Active group of settings • Remote setting enabling • Sepam working language • Sensors • Type of cubicle • External counters

  27. Incomer Power supplied to the busbars is positive. Feeder Power exported by the busbars is positive. Direction of flow Direction of flow P+ P+ 2. Type of cubicle • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording Series 40 & 80

  28. 2. Define Sepam environment • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Frequency • Active group of settings • Remote setting enabling • Sepam working language • Type of cubicle • External counters • Phase rotation direction • Supply voltage monitoring and … Series 80

  29. 2. Define Sepam environment • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Sensors Series 80 2. as well as …

  30. 2. Define Sepam environment • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Specific load characteristics • transformer: SFT2841 calculates In and Ib according to rated voltage and power • machines • capacitor Series 80

  31. Series 20 3. Define automation functions used • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • CB control • Protection units excluded from CB control • Logic discrimination

  32. Series 40 3. Define automation functions used • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • CB control • Logic discrimination

  33. Series 80 3. Define automation functions used • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Switchgear control • Logic discrimination And, according to applications • Restart • Load shedding • De-excitation • Genset shutdown • Automatic transfer • Capacitor step control

  34. Series 40 3. Define automation functions used • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • CT circuit supervision • VT circuit supervision

  35. Series 80 3. Define automation functions used • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • CT circuit supervision • VT circuit supervision

  36. Series 20 4. Assign inputs / outputs • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Inputs • Outputs

  37. Series 40 4. Assign inputs / outputs • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Inputs • Outputs Standard assignment of logic inputs • according to the type of application • described in the "Control and monitoring function" chapter of the documentation

  38. Series 80 4. Assign inputs / outputs • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Inputs • Outputs Assignment of other uses of logic inputs • all "not used" inputs are assigned to "other use" • if inputs are used in Logipam, they are assigned automatically The inputs/outputs used by Logipam are displayed in yellow

  39. Series 20 5. Set protection functions • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Choice of protection functions • Activation • Setting • Control matrix

  40. Series 40 5. Set protection functions • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Choice of protection functions • Activation • Setting • Control matrix • Define whether the unit • is latched • affects CB control

  41. Series 80 5. Set protection functions • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • This screen displays • protection functions in service • which sensors are used by the protection functions

  42. 5. Set protection functions • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Choice of protection functions • Activation • Setting • Control matrix • Define whether the unit • is latched • affects CB control Series 80

  43. 5. Timer hold • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Definitions: • Timer hold: time added to reset time to: • delay the return to the initial situation • and activate a memory for the detection of recurrent faults. • Reset time (of a protection function): time of return to the initial situation of a protection function after the disappearance of the fault (<50ms) • Applications: • definite time: detection of recurrent faults on networks earthed by a Petersen coil (for directional earth fault protection) • IDMT: used to have a reset time similar that of a disc-type electromechanical relay for improved discrimination when the relay is situated upstream.

  44. timer hold = 0 IDMT timer hold definite-time timer hold 5. Timer hold • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Influence on tripping time 100% of tripping delay Time I > Is

  45. Schéma de principe protection 50N/51N I1 Σ I2 Signal "pick up" t 0 I3 Sortie temporisée Io > Iso TC + CSH30 CSH120 ou 200 Tore + ACE990 H2 > seuil 5. H2 restraint • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording Stability upon transformer energizing This function should only be activated with Σ 3I earth fault protection upstream from a transformer • Transformer energizing generates number 2 harmonics . This function restrains the protection if the harmonic is above the set 17% threshold.

  46. 5.CT saturation caused by transformer energizing • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording I1 I2 I3

  47. 5.Io = I1+I2+I3 • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording

  48. Series 80 6. Create mimic diagrams • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Will be explained in the "Mimic-based UMI" chapter 5.

  49. Series 40 & 80 7. Create logic equations • Sepam software CD • Overview of the software • Parameter setting • Sepam hardware setup • Sepam hardware environment • Automation functions used • Inputs / outputs • Protection functions • Mimic diagram (series 80) • Logic equations (series 40 & 80) • Logipam (series 80) • Control matrix • Disturbance recording • Will be explained in the "Equation editor" chapter

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