FC1 - <offline> "Piirit instantioituina"

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1 SIMATIC FC..28 8:49:53 SIMATIC FC..28 8:49:53 FC - <offline> "iirit instantioituina" Name: Family: Author: Versi:. Block versi: 2 Time stamp Code:..28 :48:48 Interface:..28 :3:5 Lengths (block/logic/data): Name Data Type Address Comment IN. OUT. IN_OUT. TEM. ETUN. ET_VAL. Network: 2 On-Off venttiili DB5 "Venttiili " FB2 -OFF VTTIILIN LUKI TYYIIII "VALVE" OI VI_ VI_2 LUE LUE2 MANI AUTOI AUI KII VI_A Block: FC Network: Moottoripiiri - eteen LUO O MAN AUTO AU_O KI_O VI_K VI_ VII UUSI_OH AU_OH KI_OH OJ K L DB5 "Moottori " FB9 "MOTC" AU_AUTO KI_AUTO A K TX TX2 AU_OH KI_OH AU_OH KI_OH VALMIS HS TK LUE LUO LUS LUV O MAN AUTO ST_O STO_O ST_AUTO STO_AUTO KAYI T_LUV T_ST T_ACKVI Spare LUKI KI LI HSI TKI OI MANI AUTOI ACKVI_S LUVI_S HALYI KAY_OH Network: 3 Sekvenssin askel CD_IN CD_ESE T OBJ_UN OBJ_BLK T_AL T_OBJ_UN DB55 "Askel" FB2 "Step" STE_UN STE_UN_ STE_UN_ N STE_AL STE_TIME OBJ_STAT OBJ_STAT _ CD_OUT age of 9 age 2 of 9

2 SIMATIC FC..28 8:49:53 SIMATIC FC..28 8:49:53 Network: 4 E-MODE SELECT Network: 5 E2-MODE SELECT Tästä eteenpäin esitettynä säätäjän runko DB23.DBX.3 TEMOAY MEMOY LOCATI _2".HEL # DB23.DBX. EXTAL EFECE MODE SELECT _2".E DB22.DBX.4 external setpoint _".SEXT_ DB22.DBX2 84. setpoint operati _".S_O_ DB22.DBX.5 manual value _".MAN_ DB22.DBX manipulate d value operati _".LMNO_ DB23.DBX. EXTAL EFECE MODE SELECT _2".E DB23.DBX.4 TEMOAY MEMOY LOCATI _2".HEL2 # DB23.DBX.2 EXTAL EFECE 2 MODE SELECT _2".E2 DB22.DBX.4 external setpoint _".SEXT_ S DB22.DBX2 84. setpoint operati _".S_O_ DB22.DBX.5 manual value _".MAN_ DB22.DBX manipulate d value operati _".LMNO_ DB23.DBX.2 EXTAL EFECE 2 MODE SELECT _2".E2 age 3 of 9 age 4 of 9

3 SIMATIC FC..28 8:49:53 SIMATIC FC..28 8:49:53 Network: 6 AUTO-MODE SELECT Network: 7 E3-MODE SELECT DB23.DBX. AUTO MODE SELECT _2".AUTO DB3.DBX. > DB23.DBX.5 TEMOAY MEMOY LOCATI _2".HEL3 # DB22.DBX2 84. setpoint operati _".S_O_ S DB22.DBX.5 manual value _".MAN_ DB23.DBX.4 EXTAL EFECE 3 MODE SELECT _2".E3 DB9.DBX. DB5.DBX. DB29.DBX3. > DB23.DBX.6 TEMOAY MEMOY LOCATI _2".HEL4 # DB22.DBX.5 manual value _".MAN_ S DB22.DBX manipulate d value operati _".LMNO_ DB22.DBX manipulate d value operati _".LMNO_ DB23.DBX. AUTO MODE SELECT _2".AUTO DB23.DBX.4 EXTAL EFECE 3 MODE SELECT _2".E3 Network: 8 MAN-MODE SELECT DB23.DBX.7 TEMOAY MEMOY LOCATI _2".HEL5 # DB23.DBX.3 MAN MODE SELECT _2".MAN DB22.DBX manipulate d value operati _".LMNO_ S DB23.DBX.3 MAN MODE SELECT _2".MAN age 5 of 9 age 6 of 9

4 SIMATIC FC..28 8:49:53 SIMATIC FC..28 8:49:53 Network: 9 E-MODE INDICATI Network: AUTO-MODE INDICATI DB22.DBX.4 external setpoint _".SEXT_ DB22.DBX2 84. setpoint operati _".S_O_ DB22.DBX2 84. setpoint operati _".S_O_ DB22.DBX.5 manual value _".MAN_ DB22.DBX manipulate d value operati _".LMNO_ DB23.DBX.6 EXTAL EFECE MODE INDICATI _2".E_I Network: E2-MODE INDICATI DB22.DBX.4 external setpoint _".SEXT_ DB22.DBX.5 manual value _".MAN_ DB22.DBX manipulate d value operati _".LMNO_ DB23.DBX.5 AUTO MODE INDICATI _2".AUTO_I Network: 2 E3-MODE INDICATI DB22.DBX.5 manual value _".MAN_ DB22.DBX manipulate d value operati _".LMNO_ DB23.DBX. EXTAL EFECE 3 MODE INDICATI _2".E3_I DB22.DBX2 84. setpoint operati _".S_O_ DB22.DBX.5 manual value _".MAN_ DB22.DBX manipulate d value operati _".LMNO_ DB23.DBX.7 EXTAL EFECE 2 MODE INDICATI _2".E2_I Network: 3 MAN-MODE INDICATI DB22.DBX manipulate d value operati _".LMNO_ DB23.DBX. MAN MODE INDICATI _2".MAN_I age 7 of 9 age 8 of 9

5 SIMATIC FC..28 8:49:53 Network: 4 DB3 "IC42_T" FB5 Analog input "AI" MV VALUE_D Network: 5 DB22 _" FB "ID_C" COM_ST CAS_ CYCLE S_INT S_EXT V_IN V_E DISV CAS MAN DB_NB SFC_NB VFC_NB LMNFCNB LMN LMN_E V QCAS Network: 6 DB3 ACTUATO "IC42_A" FB6 Analog Output "AO" CV_I CV_ AO_CH MAN_I age 9 of 9

6 SIMATIC FBt_To\FBt_To\...\DB :52:34 DB5 - <offline> "Moottori" Data view Data block type: Instance data block for FB9 Name: Family: Author: JUN Versi:. Block versi: 2 Lengths (Block / Data): 27 / 26 Time stamp Code:..28 :5:29 Interface: :43:4 Comment: Address Declarati Name Type Initial value Actual value Comment. in OJ BOOL TUE TUE OHJAUSJÄNNITE. in K BOOL TUE TUE ÄÄKYTKIN.2 in L BOOL TUE TUE LÄMÖELE.3 in HS BOOL TUE TUE HÄTÄSEIS.4 in TK BOOL TUE TUE TUVAKYTKIN.5 in LUE BOOL TUE TUE EHDOT LUKITUS.6 in LUO BOOL TUE TUE OHITETTAVA LUKITUS.7 in LUS BOOL TUE TUE STAT LUKITUS. in LUV BOOL TUE TUE VIIVÄSTETTY LUKITUS. in O BOOL FALSE FALSE AIKALLISOHJAUKS VALINTA.2 in MAN BOOL FALSE FALSE VALVOMO-OHJAUKS VALINTA, (YKSITTÄISOHJAUS).3 in AUTO BOOL FALSE FALSE LC-OHJAUKS VALINTA, (ESIM. YHMÄKÄYNNISTYS).4 in ST_O BOOL FALSE FALSE STAT KOMTO AIKALLISOHJAUKSESTA.5 in STO_O BOOL TUE TUE STO KOMTO AIKALLISOHJAUKSESTA.6 in ST_AUTO BOOL FALSE FALSE STAT KOMTO OHJELMASTA.7 in STO_AUTO BOOL FALSE FALSE STO KOMTO OHJELMASTA 2. in KAYI BOOL FALSE FALSE KÄY INDIKOINTI 4. in T_LUV TIME T T AJASTIN VIIVÄSTETYLLE LUKITUKSELLE 6. in T_ST TIME T T AJASTIN STAT-ULSSILLE 8. in T_ACKVI TIME T T AJASTIN TAKAISINKYTKNÄN ODOTUKSELLE. in Spare TIME T T AJASTIN TAKAISINKYTKNÄN ODOTUKSELLE 2. out LUKI BOOL FALSE FALSE LUKITUST INDIKOINTI, OK 2. out KI BOOL FALSE FALSE ÄÄKYTKIN INDIKOINTI 2.2 out LI BOOL TUE TUE LÄMÖELE INDIKOINTI 2.3 out HSI BOOL TUE TUE HÄTÄSEIS INDIKOINTI 2.4 out TKI BOOL TUE TUE TUVAKYTKIN INDIKOINTI 2.5 out OI BOOL FALSE FALSE AIKALLISOHJAUKS INDIKOINTI 2.6 out MANI BOOL FALSE FALSE VALVOMO-OHJAUKS INDKIKOINTI 2.7 out AUTOI BOOL FALSE FALSE LC-OHJAUKS INDIKOINTI 3. out ACKVI_S BOOL FALSE FALSE KTAKTOIVIAN ITO 3. out LUVI_S BOOL FALSE FALSE LUKITUS VIIVÄSTETTY ITO 3.2 out HALYI BOOL FALSE FALSE LUKITSEVA HÄLYTYS VOIMASSA 3.3 out KAY_OH BOOL FALSE FALSE KTAKTOIN OHJAUS 4. stat BLKLU BOOL FALSE FALSE LUKITUST OHITUS 4. stat MANV BOOL FALSE FALSE MAN-VALINTAULSSI VALVOMOSTA 4.2 stat AUTOV BOOL TUE TUE AUTO-VALINTAULSSI VALVOMOSTA 4.3 stat ST_MANV BOOL FALSE FALSE STAT KOMTO VALVOMOSTA 4.4 stat STO_MANV BOOL FALSE FALSE STO KOMTO VALVOMOSTA 4.5 stat ACKVI BOOL FALSE FALSE KTAKTOIVIKA 4.6 stat SAE BOOL FALSE FALSE 4.7 stat SAE2 BOOL FALSE FALSE 6. stat TV_LUV S5TIME S5T#3S S5T#3S AIKA VIIVÄSTETYLLE LUKITUKSELLE 8. stat SAE3 S5TIME S5T#3S S5T#3S STAT ULSSI 2. stat TV_ACKVI S5TIME S5T#3S S5T#3S TAKAISINKYTKNÄN VALVTA-AIKA 22. stat MANX BOOL FALSE FALSE MAN-VALINNASTA ULSSI, MUISTI (OHJELMA) 22. stat MANX2 BOOL FALSE FALSE MAN-VALINNASTA ULSSI, MUISTI (OHJELMA) 22.2 stat AUTOX BOOL FALSE FALSE AUTO-VALINNASTA ULSSI, MUISTI (OHJELMA) 22.3 stat AUTOX2 BOOL FALSE FALSE AUTO-VALINNASTA ULSSI, MUISTI (OHJELMA) 22.4 stat MANS BOOL FALSE FALSE MAN-VALINNAN S-KIIKKU age of 2

7 SIMATIC FBt_To\FBt_To\...\DB :52: stat AUTOS BOOL FALSE FALSE AUTO-VALINNAN S-KIIKKU 22.6 stat ST_O BOOL FALSE FALSE STAT KOMTO AIKALLISOHJAUKSESTA ULSSI 22.7 stat ST_MANV BOOL FALSE FALSE STO KOMTO VALVOMOSTA ULSSI 23. stat ST_AUTO BOOL FALSE FALSE STAT KOMTO OHJELMASTA ULSSI 23. stat STO_MANV BOOL FALSE FALSE STAT KOMTO VALVOMOSTA ULSSI 23.2 stat SAE25 BOOL FALSE FALSE STAT KOMTO YHDISTETTY, MUISTI 23.3 stat KAYI_N BOOL FALSE FALSE KÄY INDIKOINTI NEGATIIVIN EUNA 23.4 stat STO BOOL FALSE FALSE KOOTTU STO-KOMTO 23.5 stat MAN BOOL FALSE FALSE MAN-VALINNASTA ULSSI, EUNA (OHJELMA) 23.6 stat MAN2 BOOL FALSE FALSE MAN-VALINNASTA ULSSI, EUNA (OHJELMA) 23.7 stat AUTO BOOL FALSE FALSE AUTO-VALINNASTA ULSSI, EUNA (OHJELMA) 24. stat AUTO2 BOOL FALSE FALSE AUTO-VALINNASTA ULSSI, EUNA (OHJELMA) 24. stat ST BOOL FALSE FALSE STAT KOMTO YHDISTETTY, EUNA 24.2 stat SAE22 BOOL FALSE FALSE 24.3 stat SAE23 BOOL FALSE FALSE 24.4 stat SAE24 BOOL FALSE FALSE age 2 of 2

8 SIMATIC FBt_To\FBt_To\...\DB :7:5 DB5 - <offline> "Venttiili" Data view Data block type: Instance data block for FB2 Name: Family: Author: Versi:. Block versi: 2 Lengths (Block / Data): 252 / 8 Time stamp Code:..28 :6:44 Interface: :5:34 Comment: Address Declarati Name Type Initial value Actual value Comment. in VI_ BOOL FALSE FALSE ULKOUOL VIKA. in VI_2 BOOL FALSE FALSE ULKOUOLIN VIKA.2 in LUE BOOL TUE TUE EHDOT LUKITUS.3 in LUE2 BOOL TUE TUE EHDOT LUKITUS.4 in LUO BOOL TUE TUE OHITETTAVA LUKITUS.5 in O BOOL FALSE FALSE AIKALLISOHJAUKS VALINTA.6 in MAN BOOL FALSE FALSE MAN VALINTA OHJELMASTA.7 in AUTO BOOL FALSE FALSE AUTO VALINTA OHJELMASTA. in AU_O BOOL FALSE FALSE AUKIOHJAUS O_LTA. in KI_O BOOL FALSE FALSE KIINNIOHJAUS O:LTA.2 in AU_AUTO BOOL FALSE FALSE AUKIOHJAUS ULSSI.3 in KI_AUTO BOOL FALSE FALSE KIINNIOHJAUS ULSSI.4 in A BOOL FALSE FALSE AUKIAJA.5 in K BOOL FALSE FALSE KIINNIAJA 2. in TX TIME T T KULKUAIKAVIIVE 4. in TX2 TIME T T OHJAUSULSSIN ITUUS 6. out LUKI BOOL FALSE FALSE LUKITUKSET KUNNOSSA 6. out OI BOOL FALSE FALSE AIKALLISOHJAUKS INDIKOINTI 6.2 out MANI BOOL FALSE FALSE VALVOMO-OHJAUKS INDIKOINTI 6.3 out AUTOI BOOL FALSE FALSE LC-OHJAUKS INDIKOINTI 6.4 out AUI BOOL FALSE FALSE AUKI INDIKOINTI 6.5 out KII BOOL FALSE FALSE KIINNI INDIKOINTI 6.6 out VI_A BOOL FALSE FALSE VIKA OHJAUKSESSA AUKIAJALLE 6.7 out VI_K BOOL FALSE FALSE VIKA OHJAUKSESSA KIINNIAJALLE 7. out VI_ BOOL FALSE FALSE AJOJ ISTIIITA 7. out VII BOOL FALSE FALSE SUMMAVIKA 7.2 out UUSI_OH BOOL FALSE FALSE UUSI OHJAUS ULSSI 7.3 out AU_OH BOOL FALSE FALSE AUKIOHJAUS, LÄHTÖ 7.4 out KI_OH BOOL FALSE FALSE KIINNIOHJAUS, LÄHTÖ 7.5 out AU_OH BOOL FALSE FALSE AUKIOHJAUS, ULSSI 7.6 out KI_OH BOOL FALSE FALSE KIINNIOHJAUS, ULSSI 7.7 out AU_OH BOOL FALSE FALSE ULSSIOHJAUS AJALLE - AUKI SUUNTAAN 8. out KI_OH BOOL FALSE FALSE ULSSIOHJAUS AJALLE - KIINNI SUUNTAAN 8. out VALMIS BOOL FALSE FALSE VALMIS LC-OHJAUKSE. stat T_KT S5TIME S5T#5S S5T#5S 2. stat T_KT2 S5TIME S5T#3S S5T#3S 4. stat BLKLU BOOL FALSE FALSE LUKITUKS OHITUS 4. stat MANV BOOL FALSE FALSE MAN VALINTA OHJELMASTA 4.2 stat AUTOV BOOL FALSE FALSE AUTO VALINTA OHJELMASTA 4.3 stat AU_MAN BOOL FALSE FALSE AUKI OHJAUS VALVOMOSTA 4.4 stat KI_MAN BOOL FALSE FALSE KIINNI OHJAUS VALVOMOSTA 4.5 stat LEO BOOL FALSE FALSE 4.6 stat MANS BOOL FALSE FALSE 4.7 stat MANX BOOL FALSE FALSE 5. stat MANX2 BOOL FALSE FALSE 5. stat MAN BOOL FALSE FALSE 5.2 stat MAN2 BOOL FALSE FALSE 5.3 stat AUTOS BOOL TUE TUE 5.4 stat AUTOX BOOL FALSE FALSE age of 2

9 SIMATIC FBt_To\FBt_To\...\DB :7:5 5.5 stat AUTOX2 BOOL FALSE FALSE 5.6 stat AUTO BOOL FALSE FALSE 5.7 stat AUTO2 BOOL FALSE FALSE 6. stat AU_MANX BOOL FALSE FALSE 6. stat KI_MANX BOOL FALSE FALSE 6.2 stat HEL5 BOOL FALSE FALSE 6.3 stat HEL6 BOOL FALSE FALSE 6.4 stat HEL4 BOOL FALSE FALSE 6.5 stat HEL3 BOOL FALSE FALSE 6.6 stat HEL2 BOOL FALSE FALSE 6.7 stat AU_OHY BOOL FALSE FALSE 7. stat KI_OHY BOOL FALSE FALSE 7. stat HEL9 BOOL FALSE FALSE 7.2 stat HEL BOOL FALSE FALSE 7.3 stat AU_MAN BOOL FALSE FALSE 7.4 stat KI_MAN BOOL FALSE FALSE age 2 of 2

10 SIMATIC FBt_To\FBt_To\...\DB :52:35 DB55 - <offline> "Askel" Data view Data block type: Instance data block for FB2 Name: Family: Author: Versi:. Block versi: 2 Lengths (Block / Data): 78 / 2 Time stamp Code:..28 :7:5 Interface: :3:47 Comment: Address Declarati Name Type Initial value Actual value Comment. in CD_IN BOOL FALSE FALSE Cditi in - kytketään edellisen askeleen CD_OUT:iin. Tämä askel päälle. in CD_ESET BOOL FALSE FALSE Cditi eset - kytketään edellisen askeleen STE_UN:iin. Nollaa tämän askel.2 in OBJ_UN BOOL TUE TUE Object un - Askellusehto, ohjattava(t) kohde oikeassa tilassa.3 in OBJ_BLK BOOL FALSE FALSE Object Block - Askel pois käytöstä. Hypätään yli 2. in T_AL TIME T T Timer Alarm - Ajastin askelhälytykselle 4. in T_OBJ_UN TIME T T Timer Object un - Ajastin askellusehdolle. Ehtojen oltava voimassa tämä aika 6. out STE_UN BOOL FALSE FALSE Step un - Tämä askel päällä 6. out STE_UN_ BOOL FALSE FALSE Step un ositive Edge - Tämä askel tuli päälle. Nouseva reuna 6.2 out STE_UN_N BOOL FALSE FALSE Step un Negative Edge - Tämä askel meni pois päältä. Laskeva reuna 6.3 out STE_AL BOOL FALSE FALSE Step Alarm - Askel hälytys. Askelaika kulunut loppuun 8. out STE_TIME WOD W#6# W#6# Askeleessa kulutettu aika. out OBJ_STAT BOOL FALSE FALSE Object Start - Toimilaitteiden ohjaus tästä askeleesta. out OBJ_STAT_ BOOL FALSE FALSE Object Start ositive edge - Toimilaitteiden ohjaus tästä askeleesta, reuna.2 out CD_OUT BOOL FALSE FALSE Cditi Out - kytketään seuraavan askeleen CD_IN:iin. Seuraava askel päälle 2. stat AL_ BOOL FALSE FALSE Alarm Enable - Askelhälytys aktivoitu 2. stat SEQ_ESET BOOL FALSE FALSE Sequence eset - Sekvenssin palautus perustilaan, nolla askel päälle 2.2 stat MANV BOOL FALSE FALSE Manual Video - moodin asetus valvomosta 2.3 stat AUTOV BOOL TUE TUE Auto Video - Auto moodin asetus valvomosta 2.4 stat TESTV BOOL FALSE FALSE Test Video - Testaus moodin asetus valvomosta 2.5 stat MANI BOOL FALSE FALSE Manual Indicati - Manual moodin indikointi 2.6 stat AUTOI BOOL TUE TUE Auto Indicati - Auto moodin indikointi 2.7 stat TESTI BOOL FALSE FALSE Test Indicati - Testi moodin indikointi 3. stat NEXT_STE_TEST BOOL FALSE FALSE Askelluskomento testi moodissa 3. stat NEXT_STE_MAN BOOL FALSE FALSE Aseklluskomento manual moodissa 4. stat TV_AL S5TIME S5T#5S S5T#5S Askelhälytyksen aikaviive 6. stat TV_OBJ_UN S5TIME S5T#5S S5T#5S Askelluksen viive. Siirtymäehd oltava voimassa tämän ajan 8. stat STE_UN_X BOOL FALSE FALSE apumuistipaikka 8. stat OBJ_STAT_X BOOL FALSE FALSE apumuistipaikka 8.2 stat MANV_X BOOL FALSE FALSE apumuistipaikka 8.3 stat AUTOV_X BOOL FALSE FALSE apumuistipaikka 8.4 stat TESTV_X BOOL FALSE FALSE apumuistipaikka 8.5 stat NEXT_STE_TEST_X BOOL FALSE FALSE apumuistipaikka 8.6 stat NEXT_STE_MAN_X BOOL FALSE FALSE apumuistipaikka age of

11 SIMATIC FBt_To\FBt_To\...\DB :8:7 DB3 - <offline> "IC42_T" Data view Data block type: Instance data block for FB5 Name: Family: Author: Versi:. Block versi: 2 Lengths (Block / Data): 23 / 68 Time stamp Code:..28 :4:9 Interface: ::43 Comment: Address Declarati Name Type Initial value Actual value Comment. in MV INT MEASUED VALUE 2. out VALUE_D DINT L# L# SCALED VALUE IN GINEEING UNITS 6. stat EU_MAX EAL.e+2.e+2 MAXIMUM GINEEING VALUE. stat EU_MIN EAL.e+.e+ MINIMUN GINEE VALUE 4. stat VMAN EAL.e+.e+ MANUALLY UDATED IN MAN MODE,SCALED 8. stat VALUE EAL.e+.e+ SCALED VALUE, CAN BE UDATED MANUALLY 22. stat VALUE_ EAL.e+.e+ GINEEING UNITS IN EAL 26. stat VALUE_I INT GINEEING UNITS IN INTEGE 28. stat MAN BOOL FALSE FALSE MANUAL MODE SELECTED 3. stat HYST EAL.e+.e+ HYSTEESIS FO ALAMS 34. stat H2V EAL.e+2.e+2 HIGH ALAM LIMIT 38. stat L2V EAL.e+.e+ LOW ALAM LIMIT 42. stat H2_S BOOL FALSE FALSE 42. stat L2_S BOOL FALSE FALSE 42.2 stat H2A BOOL FALSE FALSE HIGH ALAM INDICATI 42.3 stat L2A BOOL FALSE FALSE LOW ALAM INDICATI HEI 42.4 stat AL BOOL FALSE FALSE ALAM STATE 42.5 stat AL_NACK BOOL FALSE FALSE ALAM EVAILING 42.6 stat ACK BOOL FALSE FALSE ALAM ACK KNOWNLEDGE 42.7 stat AL_BLK BOOL FALSE FALSE ALAM BLK 43. stat TESTED BOOL FALSE FALSE CICUIT IS TEST 44. stat DESC STING [ 8 ] '' '' DESCITI 54. stat EU STING [ 8 ] '%' '%' GINEEING UNIT 64. stat S INT OCESS SECTI 66. stat HEL4 BOOL FALSE FALSE 66. stat HEL5 BOOL FALSE FALSE 66.2 stat HEL6 BOOL FALSE FALSE 66.3 stat HEL7 BOOL FALSE FALSE 66.4 stat HEL8 BOOL FALSE FALSE age of

12 SIMATIC FBt_To\FBt_To\...\DB :: DB3 - <offline> Data view "IC42_A" ACTUATO Data block type: Instance data block for FB6 Name: Family: io_block Author: Jun Versi:. Block versi: 2 Lengths (Block / Data): 86 / 56 Time stamp Code: :3:42 Interface: :32:2 Comment: Address Declarati Name Type Initial value Actual value Comment. in CV_I INT 2. in CV_ EAL.e+.e+ 6. out AO_CH INT 8. out MAN_I BOOL FALSE FALSE. stat I_VAL BOOL TUE TUE 2. stat EU_MAX EAL.e+2.e+2 6. stat EU_MIN EAL.e+.e+ 2. stat _H BOOL FALSE FALSE 22. stat H EAL.e+.e+ 26. stat _L BOOL FALSE FALSE 28. stat L EAL.e+.e+ 32. stat MAN BOOL FALSE FALSE 34. stat MANV EAL.e+.e+ 38. stat DESC STING [ 8 ] '' '' 48. stat OC_SEC STING [ 4 ] '' '' 54. stat TESTED BOOL FALSE FALSE age of

13 SIMATIC FBt_To\FBt_To\...\DB :52:32 DB22 - <offline> _" Data view Data block type: Instance data block for FB Name: Family: STDCT Author: AUT_ Versi:. Block versi: 2 Lengths (Block / Data): 998 / 46 Time stamp Code: :2:2 Interface: :6:56 Comment: Address Declarati Name Type Initial value Actual value Comment. in COM_ST BOOL FALSE FALSE complete restart. in CAS_ BOOL FALSE FALSE cascade mode 2. in CYCLE TIME T#S T#S sample time 6. in S_INT EAL.e+.e+ internal setpoint. in S_EXT EAL.e+.e+ external setpoint 4. in V_IN EAL.e+.e+ process variable in 8. in V_E WOD W#6# W#6# process variable peripherie 2. in DISV EAL.e+.e+ disturbance variable 24. in CAS EAL.e+.e+ cascade input 28. in MAN EAL.e+.e+ manual value 32. in DB_NB BLOCK_DB DB DB data block number 34. in SFC_NB BLOCK_FC FC FC setpoint FC number 36. in VFC_NB BLOCK_FC FC FC process variable FC number 38. in LMNFCNB BLOCK_FC FC FC manipulated value FC number 4. out LMN EAL.e+.e+ manipulated value 44. out LMN_E WOD W#6# W#6# manipulated value peripherie 46. out V EAL.e+.e+ process variable 5. out QCAS BOOL FALSE FALSE cascade mode signal 52. stat S_HLM EAL.e+2.e+2 setpoint high limit 56. stat S_LLM EAL.e+.e+ setpoint low limit 6. stat VH_ALM EAL.e+2.e+2 process variable high limit alarm 64. stat VH_WN EAL 9.e+ 9.e+ process variable high limit warning 68. stat VL_WN EAL.e+.e+ process variable low limit warning 72. stat VL_ALM EAL.e+.e+ process variable low limit alarm 76. stat LMN_HLM EAL.e+2.e+2 manipulated value high limit 8. stat LMN_LLM EAL.e+.e+ manipulated value low limit 84. stat GAIN EAL 2.e+ 2.e+ proportial gain 88. stat TI TIME T#2S T#2S reset time 92. stat TD TIME T#S T#S derivative time 96. stat TM_LAG TIME T#2S T#2S time lag of the derivative acti. stat SG_ BOOL FALSE FALSE setpoint generating. stat SU BOOL FALSE FALSE setpoint up.2 stat SDN BOOL FALSE FALSE setpoint down.3 stat MSK_ BOOL FALSE FALSE ramp soak.4 stat SEXT_ BOOL FALSE FALSE external setpoint.5 stat MAN_ BOOL TUE TUE manual value.6 stat MANGN_ BOOL FALSE FALSE manual value generating.7 stat MANU BOOL FALSE FALSE manual value up. stat MANDN BOOL FALSE FALSE manual value down. stat DFM_ BOOL FALSE FALSE default output of ramp soak with S_INT.2 stat CYC_ BOOL FALSE FALSE cycle replicati.3 stat M_HOLD BOOL FALSE FALSE hold ramp soak.4 stat CT_ BOOL FALSE FALSE ctinue.5 stat TUDT_ BOOL FALSE FALSE total time update.6 stat SFC_ BOOL FALSE FALSE setpoint FC.7 stat SOC_ BOOL FALSE FALSE setpoint rate of change 2. stat VE_ BOOL FALSE FALSE process variable peripherie 2. stat LAGST BOOL FALSE FALSE time lag first order 2.2 stat SQT_ BOOL FALSE FALSE square root age of 3

14 SIMATIC FBt_To\FBt_To\...\DB :52: stat VFC_ BOOL FALSE FALSE process variable FC 2.4 stat DEADB_ BOOL FALSE FALSE dead band 2.5 stat _SEL BOOL TUE TUE proportial acti 2.6 stat FDB_SEL BOOL FALSE FALSE proportial acti in feedback path 2.7 stat I_SEL BOOL TUE TUE integral acti 3. stat INT_HOLD BOOL FALSE FALSE integral acti hold 3. stat I_ITL_ BOOL FALSE FALSE initializati of the integral acti 3.2 stat D_SEL BOOL FALSE FALSE derivative acti 3.3 stat DFDB_SEL BOOL FALSE FALSE derivative acti in feedback path 3.4 stat DISV_SEL BOOL FALSE FALSE disturbance variable 3.5 stat LMNFC_ BOOL FALSE FALSE manipulated value FC 3.6 stat LMNC_ BOOL FALSE FALSE manipulated value rate of change 4. stat TM_SNB INT time slice number 6. stat TM_CT TIME T#MS T#MS time to ctinue (instant). stat FAC EAL.e+.e+ factor 4. stat S_FAC EAL.e+.e+ setpoint factor 8. stat S_OFF EAL.e+.e+ setpoint offset 22. stat SFC_OUT EAL.e+.e+ setpoint FC output 26. stat SULM_ EAL.e+.e+ setpoint up rate limit in positive range 3. stat SDLM_ EAL.e+.e+ setpoint down rate limit in positive range 34. stat SULM_N EAL.e+.e+ setpoint up rate limit in negative range 38. stat SDLM_N EAL.e+.e+ setpoint down rate limit in negative range 42. stat V_FAC EAL.e+.e+ process variable factor 46. stat V_OFF EAL.e+.e+ process variable offset 5. stat V_TMLAG TIME T#5S T#5S process variable time lag 54. stat SQT_FAC EAL.e+.e+ square root factor 58. stat SQT_OFF EAL.e+.e+ square root offset 62. stat VFC_OUT EAL.e+.e+ process variable FC output 66. stat VULM_ EAL.e+.e+ process variable up rate limit in positive range 7. stat VDLM_ EAL.e+.e+ process variable down rate limit in positive range 74. stat VULM_N EAL.e+.e+ process variable up rate limit in negative range 78. stat VDLM_N EAL.e+.e+ process variable down rate limit in negative range 82. stat V_HYS EAL.e+.e+ process variable hysterese 86. stat DEADB_W EAL.e+.e+ dead band width 9. stat E_ALM EAL.e+2.e+2 error signal positive limit alarm 94. stat E_WN EAL 9.e+ 9.e+ error signal positive limit warning 98. stat _WN EAL -9.e+ -9.e+ error signal negative limit warning 22. stat _ALM EAL -.e+2 -.e+2 error signal negative limit alarm 26. stat E_HYS EAL.e+.e+ error signal hysterese 2. stat I_ITLVAL EAL.e+.e+ initializati value of the integral acti 24. stat LMNFCOUT EAL.e+.e+ manipulated value FC output 28. stat LMN_ULM EAL.e+.e+ manipulated value up rate limit 222. stat LMN_DLM EAL.e+.e+ manipulated value down rate limit 226. stat LMN_FAC EAL.e+.e+ manipulated value factor 23. stat LMN_OFF EAL.e+.e+ manipulated value offset 234. stat S EAL.e+.e+ setpoint 238. stat QVH_ALM BOOL FALSE FALSE process variable high limit alarm reached 238. stat QVH_WN BOOL FALSE FALSE process variable high limit warning reached stat QVL_WN BOOL FALSE FALSE process variable low limit warning reached stat QVL_ALM BOOL FALSE FALSE process variable low limit alarm reached stat Q_S_ACT BOOL FALSE FALSE ramp soak active stat QS_HLM BOOL FALSE FALSE high limit of setpoint reached stat QS_LLM BOOL FALSE FALSE low limit of setpoint reached stat QVULM BOOL FALSE FALSE process variable up rate limit in positive range reached 239. stat QVDLM BOOL FALSE FALSE process variable down rate limit in positive range reached 239. stat QVULMN BOOL FALSE FALSE process variable up rate limit in negative range reached stat QVDLMN BOOL FALSE FALSE process variable down rate limit in negative range reached stat QE_ALM BOOL FALSE FALSE error signal positive limit alarm reached stat QE_WN BOOL FALSE FALSE error signal positive limit warning reached stat Q_WN BOOL FALSE FALSE error signal negative limit warning reached stat Q_ALM BOOL FALSE FALSE error signal negative limit alarm reached stat QLMN_HLM BOOL FALSE FALSE high limit of manipulated value reached 24. stat QLMN_LLM BOOL FALSE FALSE low limit of manipulated value reached 242. stat NB_ATMS INT number of acting time slice 244. stat S_TM TIME T#MS T#MS residual slice time 248. stat T_TM TIME T#MS T#MS total time 252. stat T_TM TIME T#MS T#MS residual total time 256. stat E EAL.e+.e+ error signal age 2 of 3

15 SIMATIC FBt_To\FBt_To\...\DB :52: stat LMN_ EAL.e+.e+ proportiality compent 264. stat LMN_I EAL.e+.e+ integral compent 268. stat LMN_D EAL.e+.e+ derivative compent 272. stat SFC_IN EAL.e+.e+ setpoint FC input 276. stat VFC_IN EAL.e+.e+ process variable FC input 28. stat LMNFC_IN EAL.e+.e+ manipulated variable FC input 284. stat S_O_ BOOL FALSE FALSE setpoint operati 284. stat V_O_ BOOL FALSE FALSE process variable operati stat LMNO_ BOOL FALSE FALSE manipulated value operati 286. stat S_O EAL.e+.e+ setpoint operati 29. stat V_O EAL.e+.e+ process variable operati 294. stat LMN_O EAL.e+.e+ manipulated value operati 298. stat M EAL.e+.e+ M: internal setpoint 32. stat M2 EAL.e+.e+ M2: external setpoint 36. stat M3 EAL.e+.e+ M3: setpoint without limitati 3. stat M4 EAL.e+.e+ M4: process variable from peripherie 34. stat M5 EAL.e+.e+ M5: internal process variable 38. stat M6 EAL.e+.e+ M6: effective process variable 322. stat M7 EAL.e+.e+ M7: manipulated value from ID-algorithm 326. stat M8 EAL.e+.e+ M8: manual value 33. stat M9 EAL.e+.e+ M9: manipulated value without limitati 334. stat M EAL.e+.e+ M: manipulated value with limitati 338. stat soutend EAL.e+.e+ Startwert bei neuem Stützpunkt 342. stat soutold EAL.e+.e+ letzter Ausgabewert 346. stat sinbratms INT aktuelle Stützpunktnumer 348. stat ststm TIME T#MS T#MS aktuelle estzeit 352. stat stttm TIME T#MS T#MS Gesamtzeit des Zeitplangebers 356. stat stttm TIME T#MS T#MS Gesamtrestzeit Zeitplangeber 36. stat stupsp TIME T#MS T#MS Umschaltzeit Sollwertbedienung 364. stat stdownsp TIME T#MS T#MS Umschaltzeit Sollwertbedienung 368. stat svest EAL.e+.e+ estwert in LAGST 372. stat svueck EAL.e+.e+ ückkoppplungswert in LAGST 376. stat sinvalt EAL.e+.e+ Alte Eingangsgröße des Integrierers 38. stat sianteilalt EAL.e+.e+ Alter I-Anteil 384. stat sestint EAL.e+.e+ estwert Integrierer 388. stat sestdif EAL.e+.e+ estwert Differenzierer 392. stat sueck EAL.e+.e+ ückkoppplungswert 396. stat stupman TIME T#MS T#MS Umschaltzeit Handwertbedienung 4. stat stdownman TIME T#MS T#MS Umschaltzeit Handwertbedienung 44. stat sbstart BOOL TUE TUE Zeitplangeber STAT 44. stat sbqrsact BOOL FALSE FALSE Zwischenspeicher für Q_S_ACT 44.2 stat sbarwhlmon BOOL FALSE FALSE Anti eset Windup high limit Bit 44.3 stat sbarwllmon BOOL FALSE FALSE Anti eset Windup low limit Bit 44.4 stat sbilimon BOOL TUE TUE I-Anteil begrenzen age 3 of 3

16 SIMATIC DB :52:32 DB23 - <offline> - Declarati view _2" Name: Family: Author: JUN Versi:. Block versi: 2 Time stamp Code: :37:59 Interface: :36:5 Lengths (block/logic/data): 4 4 Block: DB23 Address Name Type Initial value Comment. STUCT +. AUTO BOOL FALSE AUTO MODE SELECT +. E BOOL FALSE EXTAL EFECE MODE SELECT +.2 E2 BOOL FALSE EXTAL EFECE 2 MODE SELECT +.3 MAN BOOL FALSE MAN MODE SELECT +.4 E3 BOOL FALSE EXTAL EFECE 3 MODE SELECT +.5 AUTO_I BOOL FALSE AUTO MODE INDICATI +.6 E_I BOOL FALSE EXTAL EFECE MODE INDICATI +.7 E2_I BOOL FALSE EXTAL EFECE 2 MODE INDICATI +. MAN_I BOOL FALSE MAN MODE INDICATI +. E3_I BOOL FALSE EXTAL EFECE 3 MODE INDICATI +.2 BAL_I BOOL FALSE BALANCED MODE INDICATI +.3 HEL BOOL FALSE TEMOAY MEMOY LOCATI +.4 HEL2 BOOL FALSE TEMOAY MEMOY LOCATI +.5 HEL3 BOOL FALSE TEMOAY MEMOY LOCATI +.6 HEL4 BOOL FALSE TEMOAY MEMOY LOCATI +.7 HEL5 BOOL FALSE TEMOAY MEMOY LOCATI +2. EXT_EF EAL.e+ EXTAL EFECE, here for demo purpose ly +6. EXT_EF2 EAL.e+ EXTAL EFECE 2, here for demo purpose ly +. EXT_EF3 EAL.e+ EXTAL EFECE 3, here for demo purpose ly 4. D_STUCT age of

17 Technical Data and Block Diagrams Setpoint branch S_INT SG_ MSK_ SEXT_ S_G SFC_IN SFC SFC_IN M CALL SFC_OUT FC M_SOAK M2 SFC_ S_O_ S_O M3 S_OC SOC_ S_LIMIT QS_HLM QS_LLM S X FAC S_EXT S_NOM + DEADB_ E DEADBAND 8 Ctinuous Ctroller: ID_C Error difference branch E_ALAM QE_ALM QE_WN Q_WN Q_ALM rocess variable branch V_E C_IN % M4 V V_IN S_NOM VE_ M5 LAGST LAGST SQT SQT_ VFC_OUT VFC_IN VFC CALL FC V_O_ VFC_ V_O M6 V_ALAM OCALAM d/dt QVH_ALM QVH_WN QVL_WN QVL_ALM QVULM QVDLM QVULMN QVDLMN Figure 8- Block Diagram of the Ctinuous Ctroller: ID_C 8-6 Standard Ctroller C79-G776-C95-2

18 8 8-7 Standard Ctroller C79-G776-C95-2 Technical Data and Block Diagrams LMN_D LMN_ X X X GAIN INT DIF DFDB_SEL _SEL I_SEL D_SEL + DISV (ID_OUTV) LMN_I DISV_SEL FDB_SEL LMNFC CALL FC LMNFC_IN LMNFC_ LMNFC_OUT M9 LMNO_ LMN_O LMN_OC LMNC_ LMNLIMIT QLMN_HLM QLMN_LLM MAN_ LMN LMN_E C_OUT % SEXT_ S_O_ CAS_ MANGN_ LMNO_ QCAS O LMN_NOM MAN_IN MAN_G MANGN_ CAS_ M8 CAS M7 LMNFC_IN Manipulated value branch ID structure M

19 SIMATIC FB :24:54 SIMATIC FB :24:54 FB5 - <offline> "AI" Analog input Name: Family: Author: Versi:. Block versi: 2 Time stamp Code: :2:47 Interface: ::43 Lengths (block/logic/data): Name Data Type Address Initial Value Comment IN. MV Int. MEASUED VALUE OUT. VALUE_D DInt 2. L# SCALED VALUE IN GINEEING UNITS IN_OUT. STAT. EU_MAX eal 6..e+2 MAXIMUM GINEEING VALUE EU_MIN eal..e+ MINIMUN GINEE VALUE VMAN eal 4..e+ MANUALLY UDATED IN MAN MODE,SCALED VALUE eal 8..e+ SCALED VALUE, CAN BE UDATED MANUALLY VALUE_ eal 22..e+ GINEEING UNITS IN EAL VALUE_I Int 26. GINEEING UNITS IN INTEGE MAN Bool 28. FALSE MANUAL MODE SELECTED HYST eal 3..e+ HYSTEESIS FO ALAMS H2V eal 34..e+2 HIGH ALAM LIMIT L2V eal 38..e+ LOW ALAM LIMIT H2_S Bool 42. FALSE L2_S Bool 42. FALSE H2A Bool 42.2 FALSE HIGH ALAM INDICATI L2A Bool 42.3 FALSE LOW ALAM INDICATI HEI AL Bool 42.4 FALSE ALAM STATE AL_NACK Bool 42.5 FALSE ALAM EVAILING ACK Bool 42.6 FALSE ALAM ACK KNOWNLEDGE AL_BLK Bool 42.7 FALSE ALAM BLK TESTED Bool 43. FALSE CICUIT IS TEST DESC String[8] 44. '' DESCITI EU String[8] 54. '%' GINEEING UNIT S Int 64. OCESS SECTI HEL4 Bool 66. FALSE HEL5 Bool 66. FALSE HEL6 Bool 66.2 FALSE HEL7 Bool 66.3 FALSE HEL8 Bool 66.4 FALSE TEM. HEL DInt. HEL2 eal 4. HEL3 eal 8. Network: Network: 2 #MV IN #EU_MAX IN #EU_MIN IN2 Network: 3 Network: 4 Network: 5 I_DI OUT #HEL SUB_ OUT #HEL3 MOVE #MAN OUT #VALUE #VMAN IN MOVE #MAN OUT #VMAN #VALUE IN #VALUE IN OUND OUT #VALUE_D #HEL IN #HEL3 IN #HEL2 IN2 DI_ OUT #HEL2 MUL_ #HEL2 IN DIV_ e+ 4 IN2 OUT #HEL2 #HEL2 IN #EU_MIN IN2 OUT #HEL2 ADD_ OUT #VALUE Block: FB5 age of 5 age 2 of 5

20 SIMATIC FB :24:54 SIMATIC FB :24:54 Network: 6 Network: MOVE OUT #VALUE_ #VALUE IN ALAAJA CM < #VALUE_ IN #L2V IN2 #L2A > Network: 7 OUND OUT #HEL MOVE #VALUE IN #HEL IN OUT #VALUE_I Network: 2 CM < #VALUE_ IN #HEL2 IN2 HÄLYTYKS ITO, YLÄAJA #L2A Network: 8 #H2A #HEL7 #H2_S S S #H2V IN #HYST IN2 SUB_ OUT #HEL3 #ACK #HEL4 #HEL6 # #AL_BLK > Q Network: 9 YLÄAJA CM > #VALUE_ IN #H2V IN2 #H2A > Network: 3 HÄLYTYKS ITO, ALAAJA #ACK #L2A #HEL5 #HEL8 > #L2_S S S CM > #VALUE_ IN #AL_BLK Q #HEL3 IN2 #ACK #AL_BLK #H2A Network: 4 KUITTAUSOMN ESETOINTI Network: #HEL6 #ACK ADD_ #L2V IN #HYST IN2 OUT #HEL2 Network: 5 ALAM SUMMAY.ALAM STATE #H2A #L2A > #AL age 3 of 5 age 4 of 5

21 SIMATIC FB :24:54 Network: 6 ALAM SUMMAY.NOT ACKNOWLEDGE #H2_S #L2_S > #AL_NACK age 5 of 5

22 SIMATIC FB :25:45 SIMATIC FB :25:45 FB2 - <offline> "Step" Name: Family: Author: Versi:. Block versi: 2 Time stamp Code: :4:9 Interface: :3:47 Lengths (block/logic/data): Name Data Type Address Initial Value Comment IN. CD_IN Bool. FALSE CD_ESET Bool. FALSE OBJ_UN Bool.2 TUE OBJ_BLK Bool.3 FALSE Cditi in - kytketään edellisen askeleen CD_OUT:iin. Tämä askel päälle Cditi eset - kytketään edellisen askeleen STE_UN:iin. Nollaa tämän askel Object un - Askellusehto, ohjattava(t) kohde oikeassa tilassa Object Block - Askel pois käytöstä. Hypätään yli T_AL Timer 2. Timer Alarm - Ajastin askelhälytykselle T_OBJ_UN Timer 4. OUT. Timer Object un - Ajastin askellusehdolle. Ehtojen oltava voimassa tämä aika STE_UN Bool 6. FALSE Step un - Tämä askel päällä STE_UN_ Bool 6. FALSE STE_UN_N Bool 6.2 FALSE STE_AL Bool 6.3 FALSE Step un ositive Edge - Tämä askel tuli päälle. Nouseva reuna Step un Negative Edge - Tämä askel meni pois päältä. Laskeva reuna Step Alarm - Askel hälytys. Askelaika kulunut loppuun STE_TIME Word 8. W#6# Askeleessa kulutettu aika OBJ_STAT Bool. FALSE OBJ_STAT_ Bool. FALSE CD_OUT Bool.2 FALSE IN_OUT. STAT. Object Start - Toimilaitteiden ohjaus tästä askeleesta Object Start ositive edge - Toimilaitteiden ohjaus tästä askeleesta, reuna Cditi Out - kytketään seuraavan askeleen CD_IN:iin. Seuraava askel päälle AL_ Bool 2. FALSE Alarm Enable - Askelhälytys aktivoitu SEQ_ESET Bool 2. FALSE Sequence eset - Sekvenssin palautus perustilaan, nolla askel päälle MANV Bool 2.2 FALSE Manual Video - moodin asetus valvomosta AUTOV Bool 2.3 TUE Auto Video - Auto moodin asetus valvomosta TESTV Bool 2.4 FALSE Test Video - Testaus moodin asetus valvomosta MANI Bool 2.5 FALSE Manual Indicati - Manual moodin indikointi AUTOI Bool 2.6 TUE Auto Indicati - Auto moodin indikointi TESTI Bool 2.7 FALSE Test Indicati - Testi moodin indikointi NEXT_STE_TEST Bool 3. FALSE Askelluskomento testi moodissa NEXT_STE_MAN Bool 3. FALSE Aseklluskomento manual moodissa TV_AL S5Time 4. S5T#5S Askelhälytyksen aikaviive TV_OBJ_UN S5Time 6. S5T#5S STE_UN_X Bool 8. FALSE apumuistipaikka OBJ_STAT_X Bool 8. FALSE apumuistipaikka MANV_X Bool 8.2 FALSE apumuistipaikka AUTOV_X Bool 8.3 FALSE apumuistipaikka Askelluksen viive. Siirtymäehd oltava voimassa tämän ajan Name Data Type Address Initial Value Comment TESTV_X Bool 8.4 FALSE apumuistipaikka NEXT_STE_TEST_X Bool 8.5 FALSE apumuistipaikka NEXT_STE_MAN_X Bool 8.6 FALSE apumuistipaikka TEM. Block: FB2 Network: STE Salparele, joista muodostetaan ketju eri askelien välillä. Katso sekvenssin soveltamisesimerkki, jossa näet lohk vastaavat tulo- ja lähtönastat kytkettyinä. #CD_ESE T #SEQ_ESET > #STE_UN S #CD_IN S Network: 2 STE TIME SUEVISI Askelajan valvta. Jos aika ylittyy, niin tiedetään askeleen jumittuneen - siirtymisehdot eivät ole toteutuneet. #T_AL S_ODT #STE_UN S BI #TV_AL TV BCD #STE_TIME Q #AL_ Network: 3 OBJECT STAT COMMAND Q #STE_AL Kohteiden ohjaus tästä asekleesta. Ohjaus lopetetaan, jos askel blockattu tai askelaika ylittynyt. #STE_UN #OBJ_BLK #STE_AL Network: 4 TANSITI CDITI #OBJ_STAT #OBJ_STAT #OBJ_STAT _X _ Siirtymäehto. Kun ohjattavat kohteet ovat päällä (Obj_un), niin viiveen jälkeen siirrytään seuraavaan askeleeseen. Siirtyminen tapahtuu viiveettä, jos askel blokattu tai kohteet ovat jo valmiiksi oikeassa tilassa. Manual-tilassa edellytetään lisäksi erillisen Step-komenn antamista. Testi-tilassa Manual:inen askellus tapahtuu, vaikka siirtymäehto ei olisikaan voimassa. age of 4 age 2 of 4

23 SIMATIC FB :25:45 SIMATIC FB :25:45 Ohjelmassa #STE_UN_ rajoittaa manual.isen askelluksen vain yhteen askeleeseen kerrallaan. Network: 6 #OBJ_UN #STE_UN #TV_OBJ_U N #T_OBJ_UN S_ODT S BI TV BCD Q #OBJ_BLK > Manual-tilan valinta. Askellus edellyttää erillistä komentoa - #NEXT_STE_MAN #MANV #MANV_X # #AUTOV_X #TESTV_X > #MANI S S Q #STE_UN #MANV #STE_UN #STE_UN_ X #STE_UN_ # #OBJ_UN Network: 7 Auto-tilan valinta. Seuraavaan askeleeseen siirrytään viiveen jälkeen siirtymäehtojen tultua voimaan. #NEXT_STE _MAN #NEXT_STE _MAN_X #STE_UN_ #MANI > > #AUTOV #AUTOV_X # #MANV_X #TESTV_X > #AUTOI S S Q #NEXT_STE _TEST #NEXT_STE _TEST_X #TESTI #AUTOV #STE_UN #STE_UN_ #CD_OUT Network: 8 Testi-tilan valinta. Askellus tapahtuu erillisellä askelluskomennolla - #NEXT_STE_TEST. Siirtymäehd ei tarvitse olla voimassa. Network: 5 #TESTV #TESTV_X # #TESTI S S Askeleesta poistutaan, euna - #STE_UN_N #STE_UN_ #STE_UN_ N #MANV_X #AUTOV_X > #TESTV Q age 3 of 4 age 4 of 4