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1 SIMATIC FM350 1 FM FM FM FM M7 6 FM ES7350 1AH00 8BG0 DB M A B C 01/2003

2 !!!! SIMATIC SIMATIC HMI SIMATIC NET SIEMENS AG Siemens AG Siemens AG Bereich Automation and Drives Geschaeftsgebiet Industrial Automation Systems Postfach 4848, D Nuernberg Siemens Index-2 Aktiengesellschaft Siemens AG FM350 1

3 FM STEP 7 Windows 95/98/2000 NT ( ) FM FM FM MLFB 6ES AH00 0AE0 6ES AH01 0AE0 1= ES AH02 0AE0 1= ES AH03 0AE0 1= FM350 1 iii

4 FM (ET 200M) CiR /3/ Underwriters Laboratories, Inc.: UL 508 ( ) Canadian Standards Association: CSA C22.2 number 142 ( ) Factory Mutual Research: Approval Standard Class Number 3611 CE SIMATIC S7 300 EU EC73/23/EEC EC89/336/EWG EMC CTick SIMATICS7 300 AS/NZS 2064 ( ) SIMATIC S7 300 IEC ES7350 1AH00 8BG0 FM iv FM350 1

5 Siemens Siemens SIMATICS7 Nuremberg, D90327 : +49 (911) : FM350 1 v

6 A&D 24 ( ) : +49 (0) Fax: +49 (0) : adsupport@siemens.com GMT: +1:00 / ( ) / () ( ) : 8:00 17:00 : 8:30 17:30 : 7:00 17:00 : +1 (0) : : +49 (0) Fax: +49 (0) Fax: +1 (0) Fax: : : : adautorisierung@ siemens.com simatic.hotline@ adsupport.asia@siemens.com sea.siemens.com GMT: +1:00 GMT: 5:00 GMT: +8:00 SIMATIC vi FM350 1

7 & Services FM350 1 vii

8 viii FM350 1

9 FM FM FM FM FM FM FM FM FM CNT_CTL1 (FC 2) CNT_CTL2 (FC 3) DIAG_INF (FC 1) FC FM CPU STOP CPU STOP RUN M FM350 1 ix

10 FM ? : : : / : : ? RPM : V V DB M M7CntDisableOut M7CntDisableSet M7CntEnableOut M7CntEnableSet M7CntInit x FM350 1

11 11.6 M7CntLoadAndStart M7CntLoadComp M7CntLoadDirect M7CntLoadPrep M7CntPar M7CntRead M7CntReadDiag M7CntReadLoadValue M7CntReadParError M7CntReadStatus M7CntResetStatus M7CntStart M7CntStop M7CntStopAndRead M7CNT_DIAGINFO M7CNT_PARAM M7CNT_STATUS LED A... A-1 B... B-1 C... C-1... Glossary-1... Index-1 FM350 1 xi

12 1-1 S7 300 FM FM FM SIMATIC S FM V V FM FC FM : : SW (SW_GATE) HW (HW_GATE) (V2 > V1 ) (V1 > V2 ) ms DI Set DI Set /( = 0 ) ( = 0 ) ( : ) RPM HW HW SW SW (SW_GATE) xii FM350 1

13 8-39 HW (HW_GATE) V V ( ) SINGLE DOUBLE QUAD FM350 1 xiii

14 V DB ( ) DB ( ) DIAG_INF () () () () DS FM FM DO DO FM FM DO DO DO OB40_POINT_ADDR FM DB DS B-1... B-1 xiv FM350 1

15 1 FM FM FM FM S7 300/M7 300 FM FM FM FM FM FM

16 1.1 FM FM FM 350 1S7 300/M ,294,967,295 ( ) 2,147,483,648 +2,147,483,647 ( ) 500 khz FM ( ) ( ) 22 2 FM FM CPU 1-2 FM350 1

17 FM VDC RAM A B N FM ms FM FM FM V 24 V 24 V BERO 24 V 1 MHz 24 V A* B* N* (RC ) ( ) 1µs 15µs 200 khz 20 khz 2.5 µs 25 µs 2 FM S7 300 M7 300 FM

18 FM IM IM IM ET 200M ET 200M ET 200M ET 200M ET 200M H ET 200M H STEP 7 HW Config (V 5.2)FM FM FM CiR FM CiR CPU RUNFM FM FM ( 4 ) STEP 7 V 5.2 FM FM350 1

19 1.2 FM FM FM FM

20 FM FM A B FM B A FM A B 1-1 S7 300 FM FM350 1

21 1.3 FM FM LED SIMATIC 1-2 FM FM V 24 V Q0 Q1 1L+ 2L+ (B) FM

22 FM FM : A D 5V( ) 24 V FM FM S7 300/M FM FM350 1

23 LED FM FM LED LED SF : CR ; DIR ; LED I0 DI I1 DI I2 DI Q0 DO0 Q1 DO1 FM

24 1.4 FM FM S7 300 CD CPU() FM M FM350 1 S7 300 STEP 7 PC/PG FM FC CPU FM FM SIMATICS7 300 FM SDB CPU STEP FM350 1

25 S7 300 CPU CPU CPU FC CNT_CTL1 FCCPU FM FM FC DIAG_INF FC CNT_CTL1 DB FM

26 1-12 FM350 1

27 FM FM FM FM FM FM FM

28 FM FM 350 1S7 300 /1/ ( 40 ) /1/ SM FM 2. FM mm 3. 5V CPU FM ma 4. CPU FM FM350 1

29 FM FM FM (ESD) FM mm ( ) FM (/1/ ) A D 5V 24 V FM

30 FM FM350 1

31 FM FM CPU 2. FM FM ( ) 3. FM FM ( Nm) FM FM FM 350 1! 5. FM CPU /1/ 6. / FM CPU /1/ FM

32 FM FM350 1

33 FM FM FM FM

34 FM FM SF CR DIR L+ 3 1m 1m 4 5,2 V DC 5 24 V DC 6 A A* 7 8 A B B* 9 10 B N N* I0 I1 I2 Q0 Q AH03 0AE N L+ 2m 3-1 FM FM350 1

35 FM / 1 1L+ 24 V 2 1m 5 V RS m VDC 5.2 V 5 24 VDC 24 V 24 V 6 A A* A A* 7 A A 24 V 8 B B* B B* 9 B B 10 N N* N N* 11 N N I0 DI 14 I1 DI 15 I2 DI Q0 DO0 18 Q1 DO1 19 2L+ 24 V 20 2m 24 V ( ) CPU 2(1M) CPU CPU FM

36 FM L+ 1M 24 V5 V 24 V1L+ 1M 5.2 VDC 1L+/1M 5 V 5.2 VDC 300 ma 5.2 V 24 VDC 24 V 1L+/1M 24 VDC 5 V A/A B/B N N 5 V RS 422 A/A B/B N N A/A B/B N N N N S7 300 ( ) 24 V A* B* N* 24 V A* B* N* 3 24 V A* B* N* A A* B* S7 300 (3-3 ) 24 V 24 V A* B* N (RC ) 3-4 FM350 1

37 FM V 1 ( ) 1µs 15µs 200 khz 20 khz 2.5 µs 25 µs 2 DI DI DI DI DI ( 8 ) DI 24 V S7 300 FM

38 FM I0 I1 I2(RC ) ( ) 1µs 15µs 200 khz 20 khz 2.5 µs 25 µs 2 DO0 DO1 FM DO0 DO1 2L+ S A 8 2L+/ 2M DO0 DO12L+ 2M 24 V 2L+/2M FM FM350 1

39 FM DI DI DI 5VA/A B/B N/N A A B B N N 5.2 VDC 1m 3-2 5V 2(1M)CPU CPU FM

40 FM A* B* N* 24 VDC 1m V 0.25mm 1.5 mm 5V DIN Form A,! 3-8 FM350 1

41 FM 350 1! FM FM 350 1! (6 mm) 3.? ( Nm) FM FM

42 FM V B SINGLE (9 4 ) 32 DI ( ) I0 I1 I2 : 1 µs ( : 200 khz : 2.5 µs) 24 V : 1 s ( : 200 khz : 2.5 µs) DO0 DO1 = FM350 1

43 FM FM FM FM

44 FM CPU STEP 7 ( 5.0)PG STEP 7 ( 5.2) CPU CPU MPI S7 300 / CD PG PC CD CD 3. Windows 95/Windows NT/Windows 98[ ] [ ] 4. CD FMx50 1\Disk1 Setup.exe 5. : SIEMENS\STEP7\S7LIBS\FMx50LIB: FC UDT SIEMENS\STEP7\S7FCOUNT: Readme SIEMENS\STEP7\EXAMPLES: SIEMENS\STEP7\S7MANUAL\S7FCOUNT:Getting Started STEP 7 SIEMENS\STEP7 4-2 FM350 1

45 FM FM OK FM

46 FM FM350 1

47 FM S7 300FM FM STEP7 STEP7 FC 2 CNT_CTL1 FM FC 3 CNT_CTL2 FM ( ) FC 1 DIAG_INF FM FM FCFM CNT_CTL1 (FC2) CNT_CTL2 (FC3) DIAG_INF (FC1) FC FM ( ) CPU STOP CPU STOP RUN 5-37 FM

48 FM FC FM CPU FC2 FM DBx ( ) FC FM STEP 7 FCFM FC CNT_CTL1 CNT_CTL2 CNT_CTL1 CNT_CTL2 : T PAD : L PED 5-2 FM350 1

49 FM CNT_CTL1 (FC 2) CNT_CTL1 CPU DBCNT_CTL1 DBFM FM STEP7 DB UDT 2 UDT 2FC FMx50LIB UDT 2 UDT 2 FC FM CNT_CTL1 DB (FM ) HW[ ][ ] DB 16 (Getting Started with Commissioning) DB FM

50 FM OB100 CNT_CHAN1 DB 1 DB STL STL L 512 // = 512 T CNT_CHAN1.MOD_ADR // L P# // T CNT_CHAN1.CH_ADR // L 16 // = 16 T CNT_CHAN1.U_D_LGTH // Call OBCNT_CTL1 CNT_CTL1 STLLAD CNT_CTL1 STL LAD CALL CNT_CTL1 ( DB_NO :=, CNT_CTL1 SW_GATE :=, EN ENO GATE_STP :=, DB_NO OT_ERR OT_ERR_A :=, SW_GATE SET_DO0 :=, GATE_STP SET_DO1 :=, OT_ERR_A OT_ERR :=, SET_DO0 L_DIRECT :=, SET_DO1 L_PREPAR :=, L_DIRECT T_CMP_V1 :=, L_PREPAR T_CMP_V2 :=, T_CMP_V1 C_DOPARA :=, T_CMP_V2 RES_SYNC :=, C_DOPARA RES_ZERO := ) RES_SYNC RES_ZERO 5-4 FM350 1

51 FM CNT_CTL DB_NO INPUT INT SW_GATE INPUT BOOL SW (/) GATE_STP INPUT BOOL OT_ERR_A INPUT BOOL SET_DO0 INPUT BOOL DO0/ SET_DO1 INPUT BOOL DO1/ OT_ERR OUTPUT BOOL L_DIRECT 2) IN OUT BOOL : : L_PREPAR 2) T_CMP_V1 2) T_CMP_V2 2) IN OUT BOOL : : IN OUT BOOL : 1 : IN OUT BOOL : 2 : C_DOPARA IN OUT BOOL RES_SYNC IN OUT BOOL RES_ZERO IN OUT BOOL 1) L_DIRECT L_PREPAR T_CMP_V1 T_CMP_V2 2) C_DOPARA FM

52 FM FC L_DIRECT L_PREPAR T_CMP_V1 T_CMP_V2 C_DOPARA RES_SYNC RES_ZERO OT_ERR_A FM ( ) DB FC CNT_CTL1 /(L_DIRECT L_PREPAR T_CMP_V1 T_CMP_V2 C_DOPARA RES_SYNC RES_ZERO) FM L_DIRECT L_PREPAR T_CMP_V1 T_CMP_V2 C_DOPARA L_PREPAR T_CMP_V1 T_CMP_V2 C_DOPARA... (DB LOAD_VAL) 1 (DB CMP_V1) 2 (DB CMP_V2) (DB LOAD_VAL) (DB CMP_V1) (DB CMP_V2) OT_ERR_A FM L_DIRECT L_PREPAR T_CMP_V1 T_CMP_V2 LOAD_VAL CMP_V1 CMP_V2 C_DOPARA OT_ERR OT_ERR_A 5-6 FM350 1

53 FM FM ( ) ( ) 1 4OB1 5 PROFIBUSDP 5 PROFIBUSDP FM : 5 PROFIBUSDP 2: 6 PROFIBUSDP 3: 7 PROFIBUSDP DB ( ) 5-1LOAD_VAL CMP_V1 CMP_V2 DB LOAD_VAL ( 14 17)2 L_DIRECT L_PREPAR LOAD_VAL C_DOPARA14DO0 DO FM

54 FM DB ( ) DB 14.0 LOAD_VAL ; : L_DIRECT ; : L_PREPAR 14.0 LOAD_VAL DO0 DO1 : C_DOPARA DO0 X X X X ( / ) X ( ) X ( ) x= DO1 X X X X ( / ) X ( ) X ( ) X x= 15.0 ( ) 16.0 ( ) 17.0 = CMP_V1 1; : T_CMP_V CMP_V2 2; : T_CMP_V2 5-8 FM350 1

55 FM DB ( ) 5-2LOAD_VAL CMP_V1 CMP_V2 DB LOAD_VAL ( 14 17)2 L_PREPAR LOAD_VAL C_DOPARA14DO0 L_DIRECT 5-2 DB ( ) DB 14.0 LOAD_VAL ; : L_PREPAR 14.0 LOAD_VAL DO0 ; : C_DOPARA 2 7 DO = = = CMP_V1 ; : T_CMP_V CMP_V2 ; : T_CMP_V2 CNT_CTL1 (CPUFM ) FC OT_ERR DB1(OT_ERR_B)OT_ERR_A FM

56 FM CNT_CTL2 (FC 3) CNT_CTL2 CNT_CTL1 ( 5.1 ) CNT_CTL1 CNT_CTL2 OB CNT_CTL2 OB 91 FM CNT_CTL2 FM350 1 ( : ) CNT_CTL1 5PROFIBUSDP CNT_CTL2 2PROFIBUSDP 0 OT_ERR_A OT_ERR OT_ERR_A CNT_CTL FM350 1

57 FM DIAG_INF (FC 1) DIAG_INF FM DS1CNT_CTL1 DB (IN_DIAG= TRUE)DS1 FM DS1 DW 54CNT_CTL1DBDS1 SFC RDSYSST SFC (RET_VAL) DIAG_INF RET_VAL IN_DIAG SFC RDSYSST /2/ DIAG_INF STLLAD DIAG_INF STL CALL LAD DIAG_INF( DB_NO :=, DIAG_INF RET_VAL :=, EN ENO IN_DIAG := ); DB_NO RET_VAL IN_DIAG DIAG_INF 5-3 DIAG_INF DB_NO INPUT INT CNT_CTL1 RET_VAL OUTPUT INT SFC 51 IN_DIAG IN OUT BOOL DS1 FM

58 FM FM CNT_CTL1 STL L #1000; // T CNT_CHAN1.LOAD_VAL; // DB 1 (2) A INITIATE; S LOAD_DIRECT; // DIRECT R INITIATE; CALL CNT_CTL1, ( // DB 1FC DB_NO :=1 // 1 SW_GATE :=SW_GATE // GATE_STP :=GATE_STP // OT_ERR_A :=CON_OT_ERR, // SET_DO0 :=SET_DO0, // SETDO0 SET_DO :=SET_DO1, // SETDO1 OT_ERR :=OTT_ERR, // L_DIRECT :=L_DIRECT, // L_PREPAR :=L_PREPAR, // T_CMP_V1 :=T_CMP_V1, // 1 T_CMP_V2 :=T_CMP_V2, // 2 C_DOPARA :=C_DOPARA, // RES_SYNC :=RES_SYNC, // RES_ZERO :=RES_ZERO); // AN OT_ERR; // JC CONT; // // *** *** L CNT_CHAN1.OT_ERR_B; // T OUTPUT; // SET // RLO 1 S CON_OT_ERR //... // JU END; // *** *** CONT:.. // AN L_DIRECT; // S SW_GATE; // ; END: 5-12 FM350 1

59 FM S7 5-4 ( ) CNT_CHAN1 DB 1 CNT_CTL1 CNT_CHAN1.LOAD_VAL DB1.DBD14 DB1 () TRIGGER 10.0 m SW_GATE 20.0 m GATE_STP M 20.1 OT_ERR_A M 20.2 SET_DO0 M 20.3 DO0 SET_DO1 M 20.4 DO1 OT_ERR M 20.5 L_DIRECT M 20.6 L_PREPAR M 20.7 T_CMP_V1 M T_CMP_V2 M C_DOPARA M 21.2 RES_SYNC M 21.3 RES_ZERO M 21.4 CNT_CHAN1.OT_ERR_B DB1.DBB40.0 DB 1 FM

60 FM DB1 FCFM FM CNT_CTL1 L_DIRECTL_PREPAR L_DIRECT ( L_DIRECT=1 ) L_PREPAR ( L_PREPAR=1 ) (L_DIRECT L_PREPAR) FC FC / FM CNT_CTL1 CNT_CTL1 FM DB1CNT_CTL1 ( ) FC FM350 1

61 FM CNT_CTRL CNT_CTL1 CNT_CTL2 FC 0 FC 2 FC 3 FC DIAG_INF RAM FC CPU DP ( FM 350 1) CPU DP ( FM 350 1) CPU DP ( FM 350 1) SFC 6 (RD_INFO) SFC 6 (RD_INFO) SFC 51 RDSYSST 0.98 ms 1.25 ms 2.12 ms 3.19 ms 0.78 ms 1.06 ms 1.99 ms 0.87 ms 30 µs 70 µs 92 µs 134 µs FM

62 FM FC FM FC FM FM ( ) 16 / FC LOAD_VAL ( 0 3)2 L_DIRECTL_PREPARLOAD_VAL C_DOPARA 0DO0 DO FM350 1

63 FM () 0 3 LOAD_VAL ; : L_DIRECT ; : L_PREPAR 0 LOAD_VAL DO0 DO1 :C_DOPARA X DO0 X X X ( / ) X ( ) X ( ) x= X DO1 X X X ( / ) X ( ) X ( ) X x= 1 ( ) 2 ( ) 3 = 0 FM

64 FM ()() 4 7 CMP_V1 1; : T_CMP_V CMP_V2 2; : T_CMP_V NEUSTQ OT_ERR_A SW_GATE GATE_STP ENSET_DN ENSET_UP SET_DO1 SET_DO0 CTRL_DO1 CTRL_DO0 7: = 0 6: 5: = 0 4: = 0 3: 2: = 0 1: = 0 0: = 0 7: = 0 6: = 0 5: = 0 4: = 0 3: SW 2: 1: 0: 7: = 0 6: = 0 5: = 0 4: = 0 3: DO1 2: DO0 1: DO1 0: DO FM350 1

65 FM ()() 15 C_DOPARA 1) RES_ZERO RES_SYNC T_CMP_V2 2) T_CMP_V1 2) L_PREPAR 2) L_DIRECT 2) 1) ) 156 7: = 0 6: DO0/DO1 5: 4: 3: 2 2: 1 1: 0: FM

66 FM C_DOPARA CTRL_DO0 CTRL_DO1 ENSET_DN ENSET_UP GATE_STP L_DIRECT L_PREPAR NEUSTQ OT_ERR_A RES_SYNC RES_ZERO SET_DO0 SET_DO1 SW_GATE T_CMP_V1 T_CMP_V2 DO0/DO1 0 2DO0 DO1 Enable DO0 DO0 DO1 DO1 FM FM FM_NEUST FM_NEUSTQ = 0 NEUSTQCNT_CNTL1 FM_NEUSTFM_NEUSTQFM CNT_CNTL1 CNT_CNTL1 STS_SYNC DI Set STS_ZERO STS_OFLW STS_UFLW STS_COMP1 STS_COMP2 CRTL_DO0 DO0 CRTL_DO1 DO1 SW FM350 1

67 FM () 0 3 LATCH_LOAD 4 7 ACT_CNTV 8 9 DA_ERR_W 10 OT_ERR_B 11 PARA FM_NEUST FM_NEUSTQ DATA_ERR OT_ERR DIAG 7: 6: 5: 4: 3: 2: 1: 0: 12 7: = 0 6: = 0 5: = 0 4: = 0 3: = 0 2: = 0 1: = 0 0: = 0 13 STS_SW_GATE STS_GATE STS_SYNC STS_UFLW STS_OFLW STS_ZERO STS_DIR STS_RUN 7: 6: 5: 4: 3: 2: 1: 0: SW FM

68 FM () STS_COMP2 STS_COMP1 STS_CMP2 STS_CMP1 STS_STP STS_STA STS_LATCH STS_SET STS_C_DOPARA STS_RES_ZERO STS_RES_SYNC STS_T_CMP_V2 STS_T_CMP_V1 STS_L_PREPAR STS_L_DIRECT 7: 2 6: 1 5: DO1 4: DO0 3: Stop DI 2: Start DI 1: 0: Set DI 7: = 0 6: DO0/DO1 5: 4: 3: 2 2: 1 1: 0: 5-22 FM350 1

69 FM DATA_ERR DIAG FM_NEUST FM_NEUSTQ OT_ERR PARA STS_C_DOPARA STS_CMP1 STS_CMP2 STS_T_CMP_V1 STS_T_CMP_V2 STS_COMP1 () DS1 DS1 OB1 DIAG_INF FM FM FM_NEUST NEUSTQ FM FM FM FM FM_NEUST OT_ERR_AOT_ERR FM_NEUSTQ DO0 DO1 DO0 DO1 1 2 DO0 CTRL_DO0 DO0 RES_ZERO STS_COMP2 DO1 CTRL_DO1 DO1 RES_ZERO STS_DIR STS_GATE STS_LATCH 0= (LED DIR ) 1= (LED DIR ) 0= 1= 2 TiTi1 LATCH_LOAD FM

70 FM () STS_L_DIRECT STS_L_PREPAR STS_OFLW STS_RES_SYNC STS_RES_ZERO STS_RUN STS_SET STS_STA STS_STP RES_ZERO STS_SYNC STS_ZERO STS_OFLW STS_UFLW STS_COMP1 STS_COMP2 2 0 = LED CR 1 = LED CR Set DI Start DI Stop DI STS_UFLW RES_ZERO STS_SYNC Set DI () RES_SYNC STS_ZERO RES_ZERO 5-24 FM350 1

71 FM LOAD_VAL ( 0 3)2 L_PREPAR LOAD_VAL C_DOPARA 0 DO0 5-9 () 0 3 LOAD_VAL ; : L_PREPAR 0 LOAD_VAL DO0 ; : C_DOPARA DO = 0 2 = 0 3 = CMP_V1 ; : T_CMP_V1 8 9 CMP_V2 ; : T_CMP_V : = 0 NEUSTQ 6: 5: = 0 4: = 0 OT_ERR_A 3: 2: = 0 1: = 0 0: = 0 FM

72 FM ()() SW_GATE GATE_STP SET_DO1 SET_DO0 CTRL_DO1 CTRL_DO0 C_DOPARA 1) RES_ZERO T_CMP_V2 2) T_CMP_V1 2) L_PREPAR 2) 7: = 0 6: = 0 5: = 0 4: = 0 3: SW 2: 1: 2: 7: = 0 6: = 0 5: = 0 4: = 0 3: DO1 2: DO0 1: DO1 0: DO0 7: = 0 6: DO0 5: 4: = 0 3: 2: 1: 0: 1) ) FM350 1

73 FM C_DOPARA CTRL_DO0 CTRL_DO1 GATE_STP L_PREPAR NEUSTQ OT_ERR_A RES_ZERO SET_DO0 SET_DO1 SW_GATE T_CMP_V1 T_CMP_V2 DO0 0 DO0 DO0 DO0 DO1 DO1 FM FM FM_NEUST FM_NEUSTQ = 0 NEUSTQCNT_CNTL1 FM_NEUST FM_NEUSTQFM CNT_CNTL1 CNT_CNTL1 STS_OFLW STS_UFLW STS_COMP1 CRTL_DO0 DO0 CRTL_DO1 DO1 SW FM

74 FM () 0 3 LATCH_LOAD 4 7 ACT_CNTV 8 9 DA_ERR_W 10 OT_ERR_B 11 PARA 7: FM_NEUST 6: FM_NEUSTQ 5: DATA_ERR 4: OT_ERR 3: DIAG 2: 1: 0: 12 7: = 0 6: = 0 5: = 0 4: = 0 3: = 0 2: = 0 1: = 0 0: = : STS_GATE 6: 5: STS_UFLW 4: STS_OFLW 3: STS_COMP1 2: STS_DIR 1: STS_RUN 0: 5-28 FM350 1

75 FM ()() STS_CMP2 STS_CMP1 STS_STP STS_STA STS_SET STS_C_DOPARA STS_RES_ZERO STS_T_CMP_V2 STS_T_CMP_V1 STS_L_PREPAR 7: 6: 5: DO1 4: DO0 3: StopDI 2: StartDI 1: 0: Set DI 7: = 0 6: DO0 5: 4: 3: 2: 1: 0: FM

76 FM DATA_ERR DIAG FM_NEUST FM_NEUSTQ OT_ERR PARA STS_C_DOPARA STS_CMP1 STS_CMP2 STS_CMP_T_VAL1 STS_CMP_T_VAL2 STS_DIR STS_GATE STS_L_PREPAR DS1 DS1 OB1 DIAG_INF FM FM FM_NEUST NEUSTQ FM FM FM FM FM_NEUST OT_ERR_A OT_ERR FM_NEUSTQ DO0 DO1 DO0 DO1 0= (LED DIR ) 1= (LED DIR ) 0= 1= STS_OFLW RES_ZERO STS_RES_ZERO STS_RUN STS_SET STS_STA STS_OFLW STS_UFLW STS_COMP1 2 0 = LED CR 1 = LED CR Set DI Start DI 5-30 FM350 1

77 FM () STS_STP STS_UFLW Stop DI RES_ZERO FM

78 FM ( 5-2) FM : t t = 0 2. FM FM FM FM350 1

79 FM FM FM OT_ERR OT_ERR_A OT_ERR 5-3 L_DIRECT L_PREPAR T_CMP_V1 T_CMP_V2 C_DOPARA L_PREPAR T_CMP_V1 T_CMP_V2 C_DOPARA 5-3 OT_ERR OT_ERR_A t t L_PREPAR t STS_L_PREPAR t FM FM FM

80 FM ( LOAD_VAL) ( CMP_V1) ( CMP_V2) ( LOAD_VAL) ( CMP_V1) ( CMP_V2) OT_ERR_A FM L_DIRECT L_PREPAR T_CMP_V1 T_CMP_V2 LOAD_VAL CMP_V1 CMP_V2C_DOPARA OT_ERR OT_ERR_A FM ( ) ( ) 1 3OB1 4 PROFIBUSDP 4 PROFIBUSDP FM : 4 PROFIBUSDP 2: 5 PROFIBUSDP 3: 6 PROFIBUSDP 5-34 FM350 1

81 FM FM RD_RECDS2 DS DS FM STS_ZERO STS_OFLW STS_UFLW STS_COMP1 STS_COMP2 STS_OFLW STS_UFLW STS_COMP1 5-4 RES_ZERO STS_RES_ZERO t FM FM

82 FM FM FM_NEUST NEUSTQ FM_NEUST FM FM_NEUST FM_NEUSTQ FM FM_NEUST NEUSTQ 5-5 FM FM_NEUST NEUSTQ FM_NEUSTQ t t t FM350 1

83 FM CPU STOP CPU STOP RUN CPU STOP FM [ ] STOP CPU STOP FM FM FM FM CPU STOP RUN CPU STOP CPU STOP RUN STOPRUNCPUFM CiR [ ] CPU STOP RUN FM FM FM FM FM

84 FM FM350 1

85 M7 6 FM FM IF 961 CT1 M7 300/400 CPUC C C FM

86 M7 6-2 FM M7CntDisableOut M7CntDisableSet SET M7CntEnableOut M7CntEnableSet SET M7CntInit M7CntLoadAndStart M7CntLoadComp M7CntLoadDirect M7CntLoadPrep M7CntPar M7CntRead M7CntReadDiag M7CntReadLoadValue M7CntReadParError M7CntReadStatus M7CntResetStatus M7CntStart M7CntStop M7CntStopAndRead 11

87 M7 STEP7 Borland C/C++ M7 300/400 I/O RMOS CRUN M7 300/400 CM7CNT.H Borland C FM

88 M M7CntInit 1 M7LinkIOAlarm (M7 API) 2 M7LinkDiagAlarm (M7 API) 3 M7CntInit () 4 M7CntPar STEP 7 ( 4 ) 5 M7CntLoadDirect 0 6 M7CntLoadComp 0 7 M7CntEnableOut 8 M7CntStart START 9 M7CntStop 10 M7CntRead 2 M7 API 6-4 FM350 1

89 M7 6.3 M7CntInit M7CntInit M7CntInit M7 300 STEP 7 M7 400 STEP 7 ( ProC/C++ for M7 300/400 ) (M7IO_IN M7IO_OUT ) FM IF 1 (1 ) FM {1/2} (2 ) M7CntInit (CNTMODULEADDRESS M7IO_IN 1 &LogChannel) &LogChannel FM

90 M7 ( ) (24 V 5 V) 8 2 STEP 7 M7CntPar STEP 7 STEP 7 ( 4 ) M7 300/400 STEP7 SIMATIC M7 1 STEP 7 M7CntPar M7CntPar M7CntPar M7CNT_PARAM( ) 6-6 FM350 1

91 M7 M7CntPar M7CntEnableSet M7CntEnableOutM7CntPar M7CntPar FM (11-31 )M7CNT_PARAM FM

92 M7 6.4 (LoadVal) 0 M7CntLoadDirect M7CntLoadPrep M7CntLoadDirect M7CntLoadPrep SET START M7CntStart 8 M7CntEnableOut M7CntLoadComp M7CntLoadComp FM350 1

93 M7 6.5 START STOP RESET (IF 961 CT1) SET SET ( 8 ) M7CntEnableSet SETM7CntEnableSetSET( )1 M7CntDisableSet SETM7CntDisableSet SET 1 CPU 2 ( ) M7CntEnableOut M7CntEnableOut12 12 M7CntDisableOut M7CntDisableOut 1 FM

94 M M7CntStart 2. START M7CntStart M7CntStart M7CntLoadAndStart M7CntLoadAndStart M7CntStart M7CntStart M7CntLoadAndStart 2 1. M7CntStop M7CntStopandRead 2. STOP M7CntStop M7CntStop ( ) 6-10 FM350 1

95 M7 M7CntStop (M7CntPar ) M7CntStopAndRead M7CntStopAndRead FM

96 M7 6.7 M7CntRead M7CntRead pactcntv M7CntStop AndRead M7CntStopAndRead pactcntv M7CntRead LoadValue M7CntReadLoadValue M7CntReadStatus 11M7CntReadStatus M7CntReadStatus (SET) M7CntResetStatus 6-12 FM350 1

97 M7 6.8 / M7LinkIOAlarm( ) M7LinkDiagAlarm( ) M7 300 M7 400 ( 11-1) (DS0) M7CntReadDiag(Error in one channel) M7CntReadParError(Parameter assignment error) M7CntReadDiag M7CntReadDiag DS1 DS1 DS14 DS0 DS0 DS1 12 M7CntRead ParError M7CntReadParError M7CntReadParError M7CNT_PARAM FM

98 M M7API ( :I/O ) ( : ) M7 300 M FM350 1

99 FM FM FM

100 FM FM / (X) ( ) FM V V 24VD A A A B B N N 5V 24 V 24 V 24 V ( /BERO) 24 V m 5.2 VDC AA* A BB* B NN* N 1m 24 VDC AA* BB* NN* 1m 24 VDC AA* 1m 24 VDC AA* BB* 5.2 V A A B B N N 24 V A* B* N* 24 V A* 24 V A* B* 7-2 FM350 1

101 FM / (X) 13 I0 DI 14 I1 DI I2 Q0 DI DO0 18 Q1 DO L+ 1m 24 V L+ 2m 24 V FM

102 FM FM / (X) HW CONFIG FM V A+ B+ N A+ B 24V 200 khz/ 2.5 µs A 20 khz/ 25 µs / 200 khz/ 2.5 µs 24V 20 khz/ 25 µs / 24V 200 khz/ 2.5 µs 1MHz SINGLE DOUBLE QUADRUPLE khz/ 25 µs / 7-4 FM350 1

103 FM HW CONFIG FM ) / (X) SW HW / 2.5 µs DO0 25µs ms CPU 0 1 FM

104 FM / HW CONFIG DO1 FM S CPU 0 ( ) ( ) DBCTRL_DO0 DBCTRL_DO1 DBENSETUP DBENSETDN 1 2 FC FC CNT_CTL1 FC CNT_CTL2 FC DIAG_INF 1 DB (X) 7-6 FM350 1

105 FM / (X) HW CONFIG FM V A+ B+ N A+ B 24V 200 khz/ 2.5 µs A 20 khz/ 25 µs / 200 khz/ 2.5 µs 24V 20 khz/ 25 µs / 1µs 1/16 µs SW HW FM

106 FM HW CONFIG FM S7 / 2.5 µs 25µs DO0 ( ) ( ) DBCTRL_DO0 DBCTRL_DO1 DB FC FC CNT_CTL1 FC CNT_CTL2 FC DIAG_INF (X) 7-8 FM350 1

107 ( ) ? : : : / : : ? RPM : FM

108 8.1? FM SDB FM FM 350 1? FM 350 1? FM FC CNT_CTL1 FC CNT_CTL1 DB DB DB 2 2 ( 10 DB ) CPU FM FC CNT_CTRL FC FC CNT_CTL1 5FM DB 10DB 8-2 FM350 1

109 8.2 FM CPU DP ( ) FM FM DPFM PROFIBUS DP FM PROFIBUS DP To Ti FM PROFIBUS DP 16 PROFIBUS DP Ti PROFIBUS DP FM (GC) FM FM

110 ? FM FM SW HW/ (8 8 ) SW HW (8-9 ) SW HW (8-15 ) FM FM FM FM ( 4 7 ) 8-4 FM350 1

111 8.3.2 (LOAD_VAL) FM L_DIRECTFM FM L_PREPAR FM (0) SW HW ( ) / FM 350 1(HW )(SW ) FM

112 FM (32 ) (16): FFFF FFFF (10): FFFF FFFF00 FFFF FFFF (32 ) (16): FFF FFFF (10): FFF FFFF FFF FFFF ( ) (0) FM350 1

113 FM ( ) PROFIBUS DP FM T i T i T i? FM FM Start DI Start DI 2 Start DI FM

114 8.3.3 FM ,147,483,647 (2 31 1) 2,147,483,648 ( 2 31 ) DB (). STS_OFLW STS_UFLW 3 ( ) FM350 1

115 (SW) (SW)FC CNT_CTL1SW_GATE SW SW SW_GATE SW_GATE (HW) (HW) DI Start DI Stop HW ( ) HW ( ) DIStart 1 DIStart 0 HW ( ) DI Start HW ( ) DI Stop FC CNT_CTL1 GATE_STP ( 5.3) (8-44 ) (8-46 ) FM : : : FM

116 : FM STS_OFLW STS_UFLW (0) STS_ZERO STS_OFLW ( ) 0 STS_ZERO ( ) 8-2 ( ) ( ) ( ) ( ) STS_UFLW ( ) 8-10 FM350 1

117 : FM STS_OFLW STS_OFLW ( ) = 0 ( ) ( ) ( ) ( ) 8-3 FM

118 : FM STS_UFLW (0) = 0 STS_UFLW () 8-4 ( ) ( ) ( ) ( ) 8-12 FM350 1

119 2 STS_OFLW () ( ) ( ) ( ) 8-5 (SW) (SW) FC CNT_CTL1 SW_GATE SW_GATE SW_GATE (HW) (HW) DI Start DI Stop HW ( ) DIStart 1 HW ( ) DI Start HW ( ) DIStart 0 HW ( ) DI Stop DI Start DI Start DI Stop FM

120 SW_GATE DB (DB) STS_OFLW STS_UFLW SW_GATE FC CNT_CTL1 GATE_STP 8-14 FM350 1

121 8.3.5 FM : : : : FM STS_OFLW STS_UFLW (0) STS_ZERO STS_OFLW ( ) 0 STS_ZERO ( ) STS_UFLW ( ) ( ) ( ) 8-6 FM

122 : FM STS_OFLW STS_OFLW ( ) = 0 ( ) ( ) FM350 1

123 : FM STS_UFLW (0) = 0 STS_UFLW ( ) ( ) ( ) 8-8 FM

124 2 ( ) ( ) 8-9 (SW) (SW) FC CNT_CTL1 SW_GATE SW_GATE SW_GATE (HW) (HW) DI Start DI Stop HW ( ) DIStart 1 HW ( ) DI Start HW ( ) DIStart 0 HW ( ) DI Stop DI Start DI Start DI Stop 8-18 FM350 1

125 SW_GATE DB (DB) STS_OFLW STS_UFLW FC CNT_CTL1 GATE_STP FM

126 8.3.6 FM ( )(2 31 ) ( ) FM ( ) * ,294,967,295 0 FFFF FFFFH 2,147,483,648 2,147,483,647 4,294,967, ,147,483,647 2,147,483, ,294,967,295 2,147,483,648 +2,147,483, H 7FFF FFFFH * 16 FC DB ( 10) CNT_CTRL (0) / DB ( ) (DB) STS_OFLW STS_UFLW STS_ZERO 8-20 FM350 1

127 8.3.7 : FM FM () DI Start ( ) DI Start ( 1 ) DI Start ( 0 ) DI Start DI Start DIStop STS_STP FM

128 8-11 () DI Start (2<H.f) DI Stop(2<H.f) 8-11 DI Start DI Stop DI Start / DI Stop DI Stop ( 1 ) DI Start DI Start / DI Stop DI Start/DI Stop LED I0 I1 FC CNT_CTL1 DB STS_STA STS_STP FC CNT_CTL1 DB STS_GATE 8-22 FM350 1

129 8-12 () SW_GATE ( ) FC CNT_CTL1 SW_GATE SW_GATE / FC CNT_CTL1 DB STS_SW_G FM

130 ( 8-13 (1) ) (1) ( ) ( ) ( ) 8-13 : ( 8-14 (1) ) (1) ( ) ( ) ( ) 8-14 : FC CNT_CTL1 GATE_STP (GATE_STP) DI Start SW_GATE 8-24 FM350 1

131 SW : FC CNT_CTL1 DB SW_GATE PROFIBUS DP T o ( 8-15) DP DP DP DP DP T DP T DP T DP T DP T DP To T i To T i To T i To T i To T i SW_GATE ( ) STS_GATE ( ) Count () ) 1) 1) 1) 1) 2) SW (SW_GATE) 2) HW : HW ( 8-16) DP DP DP DP DP T DP T DP T DP T DP T DP To T i To T i To T i To T i To T i HW Gate ( ) STS_GATE ( ) Count () ) 1) 2) 1) 1) 1) 2) HW (HW_GATE) FM

132 ( 8.5) 8-26 FM350 1

133 8.3.8 FM ( 1 2) ( 1: DO0 2: DO1)DO0 DO FC CNT_CTL1 DB CMP_V1 CMP_V2 T_CMP_V1 T_CMP_V2 FM ( 10 ) 16 FFFF FFFF H ,294,967, ( ) DB ( 10 ) DO0 DO1 CTRL_DO0 CTRL_DO1 FM

134 DB / DO0 SET_DO0 = 1 SET_DO0 = 0 DO1 SET_DO1 = 1 SET_DO1 = 0 6 * DOx SET_DOx / * * t : ( ) : 8-28 FM350 1

135 * t : ( ) : / * t t ( ) DO1: DO0 2 DO1( ) * = t = FM

136 LEDDB 8-4 DO0 CTRL_DO0 STS_COMP1 STS_CMP1/ DO LED DO0 8-5 DO1 CTRL_DO1 STS_COMP2 STS_CMP2/ DO LED DO1 STS_CMP1 STS_CMP2DO0 DO1 CTRL_DO0 CTRL_DO1 STS_COMP1 STS_COMP2 CTRL_DO0 CTRL_DO1 RES_ZERO 8-30 FM350 1

137 DO1 1 2 DO0 [ ]. DO1 [ ] 1 2 CMP_V1CMP_V2 DO1CRTL_DO1 DO1 (CMP_V1,CMP_V2) DO1 1 DO1 0 CMP_V1 < CMP_V2 ( 8-17) CMP_V1 CMP_V2 < CMP_V1 > CMP_V2 CMP_V1 = CMP_V2 CMP_V1 = = CMP_V2 CMP_V1 CMP_V2 CMP_V1 > CMP_V2 ( 8-18) < CMP_V2 > CMP_V1 STS_COMP2 CMP_V2 CMP_V1 STS_COMP2 DO1 STS_CMP2 DO1SET_DO1 CMP_V2 CMP_V1 0 t DO1 t 8-17 (V2 > V1 ) FM

138 CMP_V1 CMP_V2 0 t DO1 t 8-18 (V1 > V2 ) ( ) DO0 DO1 ( & ) 1 1 ms 0500 ms DO0 DO1 0 ms 0 ms 8-32 FM350 1

139 0ms 1 (300 µs) 300 ms 300 ms DO1 ( 300 ms ) DO1 () = ms FM

140 8-6 / ( ) (300 µs) 1 0 DO0 DO1 PROFIBUS DP CTRL_DO0(CTRL_DO1) SET_DO0(SET_DO1) DO0(DO1) / T o 8-34 FM350 1

141 () / / FM n = 0,1 () 2 n 255 n / (= )3=5 : 1 = 5 (2 8) (5) FM

142 = ( = 0 ) ( = 3 ) 8-20 FM350 1 ( 8-21) = ( = 3 ) FM350 1

143 8-22 0(= )3=5 : ( & ) > 0 = 5 FM = ( = 0 ) ( = 3 ) 8-22 FM

144 8.3.9 : ( ) FC_CNT_CTL1 L_DIRECT L_PREPAR DI Set DI Set 16 FFFF FFFF H ,294,967, CNT_CTL1 DB CNT_CTL1 FM350 1 L_DIRECT L_PREPAR ( & ) FC CNT_CTL1 L_DIRECT FC_CNT_CTL FM350 1

145 2 I2 I2 DBSTS_SYNC DI Set DI Set FC CNT_CTL1 DB ENSET_UPENSET_DN DI Set F350 1 ENSET_UP ENSET_DN ENSET_UP ENSET_DN FM FM DISet ENSET_UP ENSET_DN I2 2ENSET_UP/ ENSET_DN l2 FM

146 2(ENSET_UP/ ENSET_DN ) 1 Set DI DI Set DI Set 1 2 1ENSET_UP DI Set ENSET_UP ENSET_UP DI Set DI Set () ENSET_UP() 8-23 DI Set FM350 1

147 DI Set 8-24 DI Set 21ENSET_UP DI Set ENSET_UPENSET_UP I2 ENSET_UPI2 DI Set () ENSET_UP () 8-24 DI Set DI Set DI Set FM FC CNT_CTL1 DBENSET_UPENSET_DN ENSET_UP ENSET_DN ENSET_UP ENSET_DN FM FM

148 1 FM ENSET_UP ENSET_DN ( ) ENSET_UP / ENSET_DN 2(ENSET_UP/ ENSET_DN ) 1 DI Set ENSET_UP ENSET_UP DI Set ENSET_UP DI Set DI Set DI Set DI Set () ENSET_UP () FM350 1

149 DI Set ENSET_UP ENSET_UP DI Set DI Set() ENSET_UP() 8-26 FM

150 : / / ( ) () Start DI( ) 1ms 1ms 3 Start DI Start DI Start DI SW SW DI Start DI Start ( ) DI Start DBSTS_STA DB 4 LATCH_LOAD 8-44 FM350 1

151 GATE_STP ( ) SW_GAT ( ) DI Start () 8-27 /( = 0 ) ( ) Start DI SW FC CNT_CTL1GATE_STPSW Start DI / / ( ) FM

152 : Start DI ( ) ( ) 1ms 1ms 3 Start DI Start DI Start DI SW DI Start DB STS_STA DB 4 LATCH_LOAD 8-46 FM350 1

153 GATE_STP ( ) SW_GATE ( ) DI Start () 8-28 ( = 0 ) Start DI SW FC CNT_CTL1GATE_STPSW Start DI ( ) FM

154 :2 Start DI FM Latch/Retrigger. 1 MHz 2... Start DI Start DI Start DI ( / )... FM MHz Start DI µs LATCH_LOAD 8-48 FM350 1

155 ? FM FM FM RPM / FM ( 4 7 ) FM

156 8.4.2 FM µs 2 1 = FM350 1

157 FM ( ) STS_COMP1 RES_ZERO ( )STS_RES_ZERO STS_DIR( ) 8-30 FM

158 ( : ) 8-52 FM350 1

159 ( ) ( < ) STS_UFLW 1 ( 8-31) ( > ) STS_OFLW 1 ( 8-31). STS_OFLW() STS_UFLW() STS_OFLW STS_UFLW RES_ZERO STS_RES_ZERO DO0 FM 350 1(HW ) (SW ) 8-9 FM

160 FM PROFIBUS DP T o PROFIBUS DP T o PROFIBUS DP PROFIBUS DP T i FM T i T i 10 ms PROFIBUS DP ? FM FM FM350 1

161 8.4.3 FM FM ( 8-11) n n min TDP n 10 ms TDP < 10 n T DP (10 ms/t DP [ms]) +1 1) 1000 ms n max T DP 10 ms n T DP ms/t DP [ms] 1) 1) FM350 1 Hz*10 3 ( 0 3) 8-32 FM

162 f u f o 5V 0 499,999,999 Hz*10 3 f u ,000,000 Hz* V 0 199,999,999 Hz*10 3 f u ,000,000 Hz* Hz Hz Hz 0.18 Hz 1Hz Hz Hz 1.8 Hz 10 Hz Hz Hz 18 Hz 100 Hz 0,02 Hz Hz 90 Hz Start DI Stop DI ( ) DO0 DO0 ( ) ( ) (L_PREPAR) (T_CMP_V1) (T_CMP_V2) DO0 (C_DOPARA) ( ) 8-56 FM350 1

163 8.4.4 RPM 8-12 RPM FM / 1 FM ( 8-12) n n min TDP n 10 ms TDP < 10 n T DP (10 ms/t DP [ms]) +1 1) 1000 ms T DP 10 ms n max n T DP ms/t DP [ms] 1) 1) FM350 1 RPM RPM 1 1x10 3 /min RPM RPM 8-33 RPM FM

164 n u n o *10 3 /min n u *10 3 / ( / 1 = 60 ) 1 /min 0.04 /min 1,000 /min 0.21 /min 10 /min 0.04 /min 10,000 /min 1.82 /min 100 /min 0.05 /min 25,000 /min 4.5 /min Start DI Stop DI ( ) DO0 DO0 ( ) ( ) (L_PREPAR) (T_CMP_V1) (T_CMP_V2) DO0 (C_DOPARA) ( ) 8-58 FM350 1

165 8.4.5 FM FM ( 8-13) n n min TDP n 10 ms TDP < 10 n T DP (10 ms/t DP [ms]) +1 1) ms n max T DP 10 ms n T DP ms/t DP [ms] 1) 1) FM µs 1/16 µs ( 0 3) 8-34 FM

166 1µs T u T o 0 119,999,999 µs T u ,000,000 µs 1/16 ms T u T o 0 1,919,999,999 µs T u +1 1,920,000,000 µs : 1 µs T T 1 µs* (10 0) 1 µs* ( ) 1 µs* (100 0) 1 µs* ( ) 1 µs* ( ) 1 µs* ( ) 1 µs* ( ) 1 µs* ( ) : 1/16 µs T T 1/16 µs* (160 1) 1/16 µs* ( ) 1/16 µs* ( ) 1/16 µs* ( ) 1/16 µs* ( ) 1/16 µs* ( ) 1/16 µs* ( ) 1/16 µs* ( ) Start DI Stop DI ( ) 8-60 FM350 1

167 DO0 DO0 ( ) ( ) (L_PREPAR) (T_CMP_V1) (T_CMP_V2) DO0 (C_DOPARA) ( ) FM

168 8.4.6 : FM (HW ) (SW ) ( 8.3.2) ( ) FM HW 8-35 HW ( ) DI Start() 8-35 HW Start DI 1 HW Start DI 0 HW HW Start DI HW Stop DI STS_STP 8-62 FM350 1

169 HW 8-36 HW ( ) DI Start () DI Stop () 8-36 HW Start DI HW Stop DI HW Start DI Stop DI Stop DI 1 Start DI DI Start /DI Stop DI Start/DI Stop LED I0 I1 FC CNT_CTL1 DB STS_STA STS_STP FC CNT_CTL1 DB STS_GATE FM

170 SW 8-37 ( ) SW_GATE( ) 8-37 SW SW FC CNT_CTL1 SW_GATE SW SW_GATE SW SW SW_GATEHW / SW FC CNT_CTL1 DB STS_SW_G FC CNT_CTL1 GATE_STP SW GATE_STP Start DI (HW ) SW_GATE (SW ) (HWSW ) ( 8.5 ) SW 8-64 FM350 1

171 SW : FC CNT_CTL1SW_GATE PROFIBUS DP T i ( 8-38) DP DP DP DP DP T DP T DP T DP T DP T DP To T i To T i To T i To T i To T i SW_GATE ( ) STS_GATE ( ) Count () 1) 2) 2) 2) 3) 1) = 1 2) 3) 8-38 SW (SW_GATE) HW : HW PROFIBUS DP T i ( 8-39) DP DP DP DP DP T DP T DP T DP T DP T DP To T i To T i To T i To T i To T i HW Gate ( ) STS_GATE ( ) Count 1) 2) 2) 3) 2) 1) = 1 2) 3) 8-39 HW (HW_GATE) FM

172 8.4.7 RPM DO0 DO1 DODB ( 10 ) DO0 DO1 CTRL_DO0 CTRL_DO FM350 1

173 DO0 DO04 DO DO0 DO0 DO0 DO0 () SET_DO0 DO0 ( 1 / 0 ) CTRL_DO0 DO0 () T o < > Ti DO0 < DO0 > DO1 SET_DO1 DO1 ( 1 / 0 ) CTRL_DO1 DO1 DO1 DO1T o FM

174 DO0/DO12LED DB 8-15 DO0 CTRL_DO0 STS_CMP1/ DO LED DO DO1 SET_DO1 CTRL_DO1 STS_CMP2/ DO LED DO FM350 1

175 8.5 FM FM CPU FM CPU OB? FM ( ) ( ) FM / FM

176 OB OB 40 FM OB40OB40 OB40 OB40 OB40 CPU STOPCPU RUN OB40_POINT_ADDR OB401 OB40_POINT_ADDR 4 ( 8 11) OB40_POINT_ADDR : ( ) ( ) 3 ( ) ( ) 4 1( ) 5 1( ) 6 2( ) 7 2( ) ( ) FM350 1

177 9 FM FM V V FM

178 9.1 FM (BERO) FM FM V 24V 24V 24V A/A B/B N/N A* B* N* 24V 24V 9-2 FM350 1

179 9.2 5 V 5 V 5 V A/A B/B N/N RS422 A B NA B NA B 90 5 V A B N A A B B N N 9-1 5V A B( )A B 3 ( ) VDC DS0 DS1 FM

180 A 9-4 FM350 1

181 V 24 V 24 V A* B* N* 5V A B N 24 V (*) A* B*90 24 V 24 V( /) (BERO)A* 1 B* S7 ID V ( ) A* B * V ( ) FM

182 B* 24 V 24 V pulse and direction B* 24 V 24 VA* B* N ( ) 1µs 15µs 200 khz 20 khz 2.5 µs 25 µs 2 24 V B 9-6 FM350 1

183 9.4 FM A(A* ) (SINGLE)SINGLE DOUBLE QUAD A B 90 5 V A* B* V SINGLE SINGLE A 1A B A B 9-3 SINGLE A (A*) B (B*) 9-3 SINGLE DOUBLE DOUBLE A B 9-4 DOUBLE A (A*) B (B*) 9-4 DOUBLE FM

184 QUAD QUAD A B A B 9-5 QUAD A (A*) B (B*) 9-5 QUAD SINGLE 9-8 FM350 1

185 DB 10 FC CNT_CTL1 DB 1 FC CNT_CTL1 DB DB UDT 2 DB ( 5.1): (6.0) (8.0) (12.0) DBUDT 2 DB 10-1 DB 10-1 DB FC 0.0 AR1_BUFFER DWORD DW#16#0 AR1 AR1 4.0 FP B#16#0 5.0 B#16#0 6.0 MOD_ADR W#16#0 8.0 CH_ADR DWORD DW#16# U_D_LGTH B#16# A_BYTE_0 B#16# LOAD_VAL DINT L#0 () () 18.0 CMP_V1 DINT L#0 1 () () 22.0 CMP_V2 DINT L#0 2 () () FM

186 DB 10-1 DB() ( ) 26.0 A_BIT0_0 BOOL FALSE 26.1 A_BIT0_1 BOOL FALSE 26.2 A_BIT0_2 BOOL FALSE 26.3 A_BIT0_3 BOOL FALSE 26.4 A_BIT0_4 BOOL FALSE 26.5 A_BIT0_5 BOOL FALSE 26.6 A_BIT0_6 BOOL FALSE 26.7 A_BIT0_7 BOOL FALSE 27.0 ENSET_UP BOOL FALSE () 27.1 ENSET_DN BOOL FALSE () 27.2 A_BIT1_2 BOOL FALSE 27.3 A_BIT1_3 BOOL FALSE 27.4 A_BIT1_4 BOOL FALSE 27.5 A_BIT1_5 BOOL FALSE 27.6 A_BIT1_6 BOOL FALSE 27.7 A_BIT1_7 BOOL FALSE 28.0 CTRL_DO0 BOOL FALSE DO0 () 28.1 CTRL_DO1 BOOL FALSE DO1 () 28.2 A_BIT2_2 BOOL FALSE 28.3 A_BIT2_3 BOOL FALSE 28.4 A_BIT2_4 BOOL FALSE 28.5 A_BIT2_5 BOOL FALSE 28.6 A_BIT2_6 BOOL FALSE 28.7 A_BIT2_7 BOOL FALSE 29.0 A_BIT3_0 BOOL FALSE 29.1 A_BIT3_1 BOOL FALSE 29.2 A_BIT3_2 BOOL FALSE 29.3 A_BIT3_3 BOOL FALSE 29.4 A_BIT3_4 BOOL FALSE 29.5 A_BIT3_5 BOOL FALSE 29.6 A_BIT3_6 BOOL FALSE DO0 () DO1 () 10-2 FM350 1

187 DB 10-1 DB() 29.7 A_BIT3_7 BOOL FALSE 30.0 LATCH_LOAD DINT L#0 () 34.0 ACT_CNTV DINT L#0 () 38.0 DA_ERR_W W#16#0 () 40.0 OT_ERR_B B#16#0 () () () () () 41.0 E_BIT0_0 BOOL FALSE 41.1 E_BIT0_1 BOOL FALSE 41.2 E_BIT0_2 BOOL FALSE 41.3 E_BIT0_3 BOOL FALSE 41.4 DATA_ERR BOOL FALSE () () 41.5 E_BIT0_5 BOOL FALSE 41.6 E_BIT0_6 BOOL FALSE 41.7 PARA BOOL FALSE () () 42.0 E_BYTE_0 B#16# STS_RUN BOOL FALSE 43.1 STS_DIR BOOL FALSE () 43.2 STS_ZERO BOOL FALSE () 43.3 STS_OFLW BOOL FALSE () 43.4 STS_UFLW BOOL FALSE () 43.5 STS_SYNC BOOL FALSE () 43.6 STS_GATE BOOL FALSE () 43.7 STS_SW_G BOOL FALSE () 44.0 STS_SET BOOL FALSE SET () () () () () () () SET () FM

188 DB 10-1 DB() 44.1 STS_LATCH BOOL FALSE ( ) 44.2 STS_STA BOOL FALSE START () 44.3 STS_STP BOOL FALSE STOP () 44.4 STS_CMP1 BOOL FALSE 1 () 44.5 STS_CMP2 BOOL FALSE 2 () 44.6 STS_COMP1 BOOL FALSE STS_COMP1 BOOL FALSE E_BIT3_0 BOOL FALSE 45.1 E_BIT3_1 BOOL FALSE 45.2 E_BIT3_2 BOOL FALSE 45.3 E_BIT3_3 BOOL FALSE 45.4 E_BIT3_4 BOOL FALSE 45.5 E_BIT3_5 BOOL FALSE 45.6 E_BIT3_6 BOOL FALSE 45.7 E_BIT3_7 BOOL FALSE FM ACT_CMP1 DINT L# ACT_CMP2 DINT L#0 FC DIAG_INF START() STOP() 1 () 2 () 54.0 MDL_DEFECT BOOL FALSE 54.1 INT_FAULT BOOL FALSE 54.2 EXT_FAULT BOOL FALSE 54.3 PNT_INFO BOOL FALSE (DW 58 ) (DW 58 ) 54.4 EXT_VOLTAGE BOOL FALSE 54.5 FLD_CNNCTR BOOL FALSE 54.6 O_CONFIG BOOL FALSE 54.7 CONFIG_ERR BOOL FALSE 55.0 MDL_TYPE B#16# SUB_MDL_ERR BOOL FALSE 10-4 FM350 1

189 DB 10-1 DB() 56.1 COMM_FAULT BOOL FALSE 56.2 MDL_STOP BOOL FALSE UN/STOP LED UN/STOP LED 56.3 WTCH_DOG_FA BOOL FALSE (FM) (FM) ULT 56.4 INT_PS_FLT BOOL FALSE 56.5 PRIM_BATT_FLT BOOL FALSE 56.6 BCKUP_BATT_F BOOL FALSE LT 56.7 RESERVED_2 BOOL FALSE 57.0 RACK_FLT BOOL FALSE 57.1 PROC_FLT BOOL FALSE CPU CPU 57.2 EPROM_FLT BOOL FALSE EPROM EPROM 57.3 RAM_FLT BOOL FALSE RAM RAM 57.4 ADU_FLT BOOL FALSE ADC ADC 57.5 FUSE_FLT BOOL FALSE 57.6 HW_INTR_FLT BOOL FALSE 57.7 RESERVED_3 BOOL FALSE 58.0 CH_TYPE B#16# LGTH_DIA B#16# CH_NO B#16# GRP_ERR1 BOOL FALSE GRP_ERR2 BOOL FALSE FM FM D_BIT7_2 BOOL FALSE DS1 7 2 DS D_BIT7_3 BOOL FALSE DS1 7 3 DS D_BIT7_4 BOOL FALSE DS1 7 4 DS D_BIT7_5 BOOL FALSE DS1 7 5 DS D_BIT7_6 BOOL FALSE DS1 7 6 DS1 7 6 FM

190 DB 10-1 DB() 61.7 D_BIT7_7 BOOL FALSE DS1 7 7 DS CH1_SIGA BOOL FALSE 1 A 1 A 62.1 CH1_SIGB BOOL FALSE 1 B 1 B 62.2 CH1_SIGZ BOOL FALSE CH1_BETW BOOL FALSE CH1_5V2 BOOL FALSE 1 5.2V V 62.5 D_BIT8_5 BOOL FALSE DS1 8 5 DS D_BIT8_6 BOOL FALSE DS1 8 6 DS D_BIT8_7 BOOL FALSE DS1 8 7 DS D_BYTE9 B#16#0 DS1 9 DS CH2_SIGA BOOL FALSE 64.1 H2_SIGB BOOL FALSE 64.2 H2_SIGZ BOOL FALSE 64.3 H2_BETW BOOL FALSE 64.4 CH2_5V2 BOOL FALSE 64.5 D_BIT10_5 BOOL FALSE 64.6 D_BIT10_6 BOOL FALSE 64.7 D_BIT10_7 BOOL FALSE 65.0 D_BYTE11 B#16#0 DS1 11 DS D_BYTE12 B#16#0 DS1 12 DS D_BYTE13 B#16#0 DS1 13 DS D_BYTE14 B#16#0 DS1 14 DS D_BYTE15 B#16#0 DS1 15 DS FM350 1

191 M M7CntDisableOut M7CntDisableSet SET M7CntEnableOut M7CntEnableSet SET M7CntInit M7CntLoadAndStart M7CntLoadComp M7CntLoadDirect M7CntLoadPrep M7CntPar M7CntRead M7CntReadDiag M7CntReadLoadValue M7CntReadParError M7CntReadStatus M7CntResetStatus M7CntStart M7CntStop M7CntStopAndRead M7CNT_DIAGINFO M7CNT_PARAM M7CNT_STATUS FM

192 M M7CntDisableOut #include <m7cnt.h> M7ERR_CODE M7CntDisableOut( M7CNT_LOGCHANNEL LogChannel, BOOL SelOut0, BOOL SelOut1); LogChannel SelOut0 SelOut1 M7CntInit SelOut0 SelOut1 2 (= TRUE)1 =FALSE : 0 0 M7CNTE_NO_LOGCHANNEL ( LogChannel) :M7CntInit M7CntEnableOut 11-2 FM350 1

193 M M7CntDisableSet SET #include <m7cnt.h> M7ERR_CODE M7CntDisableSet( M7CNT_LOGCHANNEL LogChannel, BOOL SelSetUp, BOOL SelSetDn): LogChannel SelSetUp SelSetDn M7CntInit SET SET SET 2 SelSetUp( ) SelSetDn( ) SET (=TRUE)1 (SelSetUp = TRUE SelSetDn = TRUE) =FALSESETSET SET : SET 0 0 M7CNTE_NO_LOGCHANNEL ( LogChannel) : M7CntInit M7CntEnableSet FM

194 M M7CntEnableOut #include <m7cnt.h> M7ERR_CODE M7CntEnableOut ( M7CNT_LOGCHANNEL LogChannel, BOOL SelOut0, BOOL SelOut1); LogChannel SelOut0 SelOut1 M7CntInit SelOut0 SelOut1( ) 2 (= TRUE)1 = FALSE : 0 0 M7CNTE_NO_LOGCHANNEL ( LogChannel) :M7CntInit M7CntDisableOut #include M7CNT.H M7CNT_LOGCHANNEL Ch5; if ((Err = M7CntEnableOut (Ch5, TRUE, TRUE))!= M7CNT_DONE) {......} 11-4 FM350 1

195 M M7CntEnableSet SET #include <m7cnt.h> M7ERR_CODE M7CntEnableSet( M7CNT_LOGCHANNEL LogChannel, BOOL SelSetUp, BOOL SelSetDn) LogChannel SelSetUp SelSetDn M7CntInit SET SET SET 2 SelSetUp( ) SelSetDn( ) SET (=T RUE)1 (SelSetUp = TRUE SelSetDn = TRUE) =FAL SESETSET SET SET SET : SET 0 0 M7CNTE_NO_LOGCHANNEL ( LogChannel) : M7CntInit M7CntEnableSet FM

196 M M7CntInit #include <m7cnt.h> M7ERR_CODE M7CntInit( M7IO_BASEADDR Baddr, UBYTE PType, UBYTE Channel, M7CNT_LOGCHANNEL_PTRpLogChannel); Baddr PType I/O ( M7IO_IN M7IO_OUT 1 ) Channel : / 1 plogchannel ( ) 1 Baddr Ptype Channel 11-6 FM350 1

197 M7 0 0 M7CNTE_CHANNEL_WRONG M7CNTE_PTYPE_WRONG M7CNTE_TIMEOUT M7CNTE_NO_COUNTER M7CNTE_INVALID_BADDR (Channel ) (Ptype )I/O / / / #include M7CNT.H #define CNT_BADDR 320 M7CNT_LOGCHANNEL Ch5; /* 1 */ /* I/O M7IO_IN */ /* Ch5 */ if ((M7CntRet = M7CntInit(CNT_BADDR, M7IO_IN,1,&Ch5))!= M7CNT_DONE) {......} FM

198 M M7CntLoadAndStart ( ) #include <m7cnt.h> M7ERR_CODE M7CntLoadAndStart( M7CNT_LOGCHANNEL LogChannel, DWORD LoadVal); LogChannel LoadVal M7CntInit M7CntLoadDirect M7CntLoadPrep : FM350 1

199 M M7CNTE_FS_NO_START M7CNTE_NO_LOGCHANNEL ( ) ( LogChannel) : M7CntInit M7CntLoadDirect M7CntLoadPrep M7CntStart M7CntReadLoadValue FM

200 M M7CntLoadComp #include <m7cnt.h> M7ERR_CODE M7CntLoadComp( M7CNT_LOGCHANNEL LogChannel, DWORD CmpV1, DWORD CmpV2, BOOL SelCmp1, BOOL SelCmp2); LogChannel CmpV1 CmpV2 SelCmp1 SelCmp2 M7CntInit CmpV1 CmpV2 SelCmp1 SelCmp2 (SelCmpx = TRUE) (SelCmpx = FALSE) SelCmp1 = TRUE SelCmp2 = TRUE1 FALSE : FM350 1

201 M7 0 0 M7CNTE_NO_LOGCHANNEL ( LogChannel) : M7CntInit #include M7CNT.H M7CNT_LOGCHANNEL DWORD DWORD if ((Err = Ch5; CmpValue1=100; CmpValue2=200; M7CntLoadComp (Ch5, CmpValue1, CmpValue2, TRUE, TRUE))!= M7CNT_DONE) {......} FM

202 M M7CntLoadDirect #include <m7cnt.h> M7ERR_CODE M7CntLoadDirect( M7CNT_LOGCHANNEL LogChannel, DWORD LoadVal); LogChannel LoadVal M7CntInit (LoadVal) : M7CNTE_NO_LOGCHANNEL ( LogChannel) : M7CntInit M7CntLoadAndStart M7CntLoadPrep M7CntReadLoadValue FM350 1

203 M7 #include M7CNT.H M7CNT_LOGCHANNEL DWORD Ch5; LoadValue=100; if ((Err = M7CntLoadDirect (Ch5, LoadValue))!= M7CNT_DONE) {......} FM

204 M M7CntLoadPrep #include <m7cnt.h> M7ERR_CODE M7CntLoadPrep( M7CNT_LOGCHANNEL LogChannel, DWORD LoadVal); LogChannel LoadVal M7CntInit (LoadVal) SET START ( ( ) ) M7CntStart M7CntReadLoadValue M7CNTE_NO_LOGCHANNEL ( LogChannel) FM350 1

205 M7 : M7CntInit M7CntLoadAndStart M7CntLoadDirect M7CntReadLoadValue FM

206 M M7CntPar #include <m7cnt.h> M7ERR_CODE M7CntPar( M7CNT_LOGCHANNEL LogChannel, M7CNT_PARAM_PTRpCntParam); LogChannel pcntparam M7CntInit M7CNT_PARAM M7CNT_PARAM M7CntPar M7CntPar M7CntPar M7CntEnableSet M7CntEnableOut M7CntPar FM FM350 1

207 M7 0 0 M7CNTE_NO_LOGCHANNEL ( LogChannel) : M7CntInit : M7CNT_PARAM #include <m7cnt.h> M7CNT_LOGCHANNELLogChannel; M7CNT_PARAM DS128; /*******DS128def *******/ DS128.IntMask= M7CNT_NO_INT; /* :*/ DS128.EncSel= M7CNT_ENC_5V; /* : 5 V */ DS128.WireBrk= M7CNT_WIRE_NON; /* : */ DS128.SigEval= M7CNT_SIG_1; /* : */ DS128.FilCnt= M7CNT_FCNT_200KHZ; /* : 200 khz*/ DS128.FilDI= M7CNT_FDI_200KHZ; /* : 200 khz*/ DS128.CntMod= M7CNT_CNTMOD_32BIT;/* : 32 */ DS128.SynMod= M7CNT_SYNMOD_ONE; /* : */ DS128.SynZero= M7CNT_SYNZERO_NO; /*.: */ DS128.SigInv= M7CNT_SIGINV_NO; /* B: */ DS128.ModHWG= M7CNT_HWGATE_LEVEL;/* HW :.*/ DS128.ConGate= M7CNT_CONGATE_NO; /* : */ DS128.ConHWG= M7CNT_CONHWG_NO; /* HW : */ DS128.ConSWG= M7CNT_CONSWG_NO; /* SW : */ DS128.MethDQ0= M7CNT_DQ_AB; /* OUT0 : */ DS128.MethDQ1= M7CNT_DQ_AB; /* OUT1 : */ DS128.PulsDur= 200; /* : 200 ms*/ DS128.HystVal= 0x0; /* : 0 */ DS128.OpMod= M7CNT_CMOD_BA0; /* : */ DS128.Reserved12= 0x0; DS128.Reserved13= 0x0; DS128.Reserved14= 0x0; DS128.Reserved15= 0x0; /****** ******/ if (M7CntPar(LogChannel,&DS128)!=M7CNT_DONE) { /* */ } FM

208 M M7CntRead #include <m7cnt.h> M7ERR_CODE M7CntRead( M7CNT_LOGCHANNEL LogChannel, DWORD_PTR pactcntv); LogChannel pactcntv M7CntInit pactcntv 0 0 M7CNTE_NO_LOGCHANNEL ( LogChannel) M7 APIM7InitISADesc M7LoadISADWord IF ISA : M7CntInit M7CntStopAndRead #include M7CNT.H M7CNT_LOGCHANNEL DWORD Ch5; ZaehlerStand; if ((M7CntRet = M7CntRead (Ch5, &ZaehlerStand))!= M7CNT_DONE) {......} FM350 1

209 M M7CntReadDiag #include <m7cnt.h> M7ERR_CODE M7CntReadDiag( M7CNT_LOGCHANNEL LogChannel, M7CNT_DIAGINFO_PTRpDiagInfo); LogChannel pdiaginfo M7CntInit M7CNT_DIAGINFO DS1pDiagInfo ( 03=1 ) M7CntReadDiag M7CNT_DIAGINFO DS1 DS M7CNTE_NO_LOGCHANNEL ( LogChannel) #include M7CNT.H M7CNT_LOGCHANNEL M7CNT_DIAGINFO Ch5; CntDiagInfo; if ((Err = M7CntReadDiag(Ch5, &CntDiagInfo))!= M7CNT_DONE) {......} : M7CntInit M7CntReadParError : M7CNT_DIAGINFO FM

210 M M7CntReadLoadValue #include <m7cnt.h> M7ERR_CODE M7CntReadLoadValue( M7CNT_LOGCHANNEL LogChannel, DWORD_PTR pactload); LogChannel pactload M7CntInit ActLoad pactload 0 0 M7CNTE_NO_LOGCHANNEL ( LogChannel) : M7CntInit M7CntLoadAndStart M7CntLoadDirect M7CntLoadPrep FM350 1

211 M M7CntReadParError #include <m7cnt.h> M7ERR_CODE M7CntReadParError( M7CNT_LOGCHANNEL LogChannel, WORD_PTR pparerror); LogChannel pparerror M7CntInit pparerror ( 07= 1) pparerror M7CNTE_NO_LOGCHANNEL ( LogChannel) : M7CntInit M7CntPar M7CntReadDiag : M7CNT_DIAGINFO 11-4 #include M7CNT.H M7CNT_LOGCHANNEL WORD if ((Err = Ch5; ParError; M7CntReadParError (Ch5, &pparerror))!= M7CNT_DONE) {......} FM

212 M M7CntReadStatus #include <m7cnt.h> M7ERR_CODE M7CntReadStatus( M7CNT_LOGCHANNEL LogChannel, M7CNT_STATUS pcntstatus); LogChannel pcntstatus M7CntInit M7CNT_STATUS M7CNT_STATUS 0 0 M7CNTE_NO_LOGCHANNEL ( LogChannel) #include M7CNT.H M7CNT_LOGCHANNEL Ch5; if ((Err = M7CntReadStatus (Ch5, &CntStatus))!= M7CNT_DONE) {......} : M7CntInit M7CntResetStatus : M7CNT_STATUS FM350 1

213 M M7CntResetStatus #include <m7cnt.h> M7ERR_CODE M7CntResetStatus( M7CNT_LOGCHANNEL LogChannel, BOOL SelSynr, BOOL SelCmpStatus); LogChannel SelSynr SelCmpStatus M7CntInit (TRUE) (FALSE) (TRUE) (FALSE) 0 0 M7CNTE_NO_LOGCHANNEL ( LogChannel) : M7CntInit M7CntReadStatus : M7CNT_STATUS #include M7CNT.H M7CNT_LOGCHANNEL Ch5; if ((Err = M7CntResetStatus (Ch5, TRUE, TRUE))!= M7CNT_DONE) {......} FM

214 M M7CntStart #include <m7cnt.h> M7ERR_CODE M7CntStart(M7CNT_LOGCHANNEL LogChannel); LogChannel M7CntInit 0 0 M7CNTE_NO_LOGCHANNEL M7CNTE_FS_NO_START ( LogChannel) : : M7CntInit M7CntLoadAndStart #include M7CNT.H M7CNT_LOGCHANNEL Ch5; if ((Err = M7CntStart (Ch5))!= M7CNT_DONE) {......} FM350 1

215 M M7CntStop #include <m7cnt.h> M7ERR_CODE M7CntStop(M7CNT_LOGCHANNEL LogChannel); LogChannel M7CntInit () M7CntLoadAndStart M7CntStart (M7CntStart) M7CntLoadAndStart M7CntStop 0 0 M7CNTE_NO_LOGCHANNEL M7CNTE_FS_NO_STOP ( LogChannel) : FM

216 M7 : M7CntInit M7CntLoadAndStart M7CntStart M7CntStopAndRead #include M7CNT.H M7CNT_LOGCHANNEL Ch5; if ((Err = M7CntStop (Ch5))!= M7CNT_DONE) {......} FM350 1

217 M M7CntStopAndRead #include <m7cnt.h> M7ERR_CODE M7CntStopAndRead( M7CNT_LOGCHANNEL LogChannel, DWORD_PTR pactcntv); LogChannel pactcntv M7CntInit () M7CntLoadAndStart M7CntStart (M7CntStart) M7CntLoadAndStart M7CntStopAndRead 0 0 M7CNTE_NO_LOGCHANNEL M7CNTE_FS_NO_STOP ( LogChannel) : : M7CntInit M7CntStop M7CntStart M7CntLoadAndStart FM

218 M M7CNT_DIAGINFO M7CntReadDiag struct { unsigned MdlDef:1; /* */ unsigned IntFlt:1; /* */ unsigned ExtFlt:1; /* */ unsigned PntInfo:1; /* 1 */ unsigned ExtVolt:1; /* */ unsigned FldConn:1; /* */ unsigned NoConfig:1; /* */ unsigned ConfigEr:1; /* */ unsigned MdlType:4; /* */ unsigned ChInfo:1; /* */ unsigned ModInfo:1; /* */ unsigned :2; /* */ unsigned SubMdlEr:1; /* / */ unsigned CommFlt:1; /* t */ unsigned MdlStop:1; /* RUN/STOP */ unsigned WtchDogF:1; /* */ unsigned IntPSFlt:1; /* */ unsigned PrimBat:1; /* */ unsigned BckupBat:1; /* */ unsigned :1; /* */ unsigned RackFlt:1; /* */ unsigned ProcFlt:1; /* CPU */ unsigned EpromFlt:1; /* EPROM */ unsigned RamFlt:1; /* RAM */ unsigned ADUFlt:1; /* ADC/DAC */ unsigned FuseFlt:1; /* */ unsigned HWIntrF:1; /* */ unsigned :1; /* */ UBYTE ChType; /* */ UBYTE LgthDia; /* 1 */ UBYTE ChNo; /* */ unsigned GrpErr1:1; /* 1 */ unsigned GrpErr2:1; /* 2 */ unsigned :6; /* */ unsigned Ch1SigA:1; /* 1 A */ unsigned Ch1SigB:1; /* 1 B */ unsigned Ch1SigZ:1; /* 1 N */ unsigned Ch1Betw:1; /* 1 */ FM350 1