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MELSEC-Q/L 構造化プログラミングマニュアル （応用関数編）

Contents

1.
2. SRE 011 890 7515 025 241 7261 076 252 9519 4 075 611 6211 06 6458 9728 022 238 1761 03 3454 5521 045 938 5420
3. Y
4. 7 7 2 3 GX Works2 GX Works2 Version 1 ST 5 gm 1 SFC FBD ST 1 MELSAP3 FX SFC 7 7 gt 3
5. 1 7 FA FA
6. 36 6 42 C1 2 3 2
7. 226 5 169 a EE DD 2 B kde MIDCB n1n2 5 172 CONCATCB 68 5 175 INSERTCE 2 n 5 177 DELETECB n1n2 5 180 REPLACECE n1 n2 5 183 0 ADD TIMECE
8. 2008 MITSUBISHI ELECTRIC CORPORATION A 4 MELSEC Q L SE DESC ERC ee A 1 ET ED SC A 2 PN I RN SD Sd eNO TT TS N23 RS RR NEN CO NE RAC RG 0 8 A 5 ER RE SR I RR TE RR OSE ER 1 A 5 A 9 1 1 11 6 1 1 1
9. 26 7 7 22 7 kN 22 WORD_TO_STRCE DWORD_TO_STRCE WORD_TO STRC E DWORD TO STRC E 1 16 a EN ENO WORD_TO_STR FBD WORDTO_STR WORD gword1 g String1 ST g string1 WORD_ TO_STR g_word1 b EN ENO WORD_TO_STR_E FBD gbooli i WORD_TO_STR_E 1 EN ENO gword1 NWED ST g bool3 WORD_TO_STR_E g_bool1 g_word1 g_string1 2 32
10. MELSEC Q L F 4 2 28 NE_E s 5 170 56 267 HR GT Tl 0 MT Mm T T1 Tm T T1 a nn nn 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE a GT_E GE E EQ E LE E LT_E NE_E
11. TIMER_CONT_FB_M_1 FBD 1 TIMER_ CGNT_FB_M 1 TIMER_CONT_FB_M _ var_ 8al aS var D10 10 reset Statm Var MO 0 Malueln 2 d MER_CONT_FB_M1 Goil GD Coi TIMER_10 FB_M STJ TIMER_CONT_FB_M_1 Col Var_MO Preset 10 Valueln O0 ValueOut Var_ D10 Status Var_M10 RSTCM15 TIMER_CONT_FB_M_1 CoiD a 512 5 231 5124 a TIMER_10_FB_M 1 TIMER_10_FB_M 2 ON x10ms xx10ms ON FBD TIMER 19 FB_MHnst i 7 TIMER 1 OFB M Var MD ESO Var D10 10 ieset Status war MO 1 Sn ST TIMER_10 FB_M_Inst Col Var_MO Preset 10 Valueln
12. GX Works2 MELSEC QCPU QO00JCPU Q00CPU Q01CPU TARR Q02CPU Q02HCPU QO06HCPU Q12HCPU Q25HCPU QCPU CPU Q02PHCPU Q06PHCPU Q12PHCPU Q25PHCPU CPU Q12PRHCPU Q25PRHCPU QOOUJCPU QOOUCPU QO1UCPU QO02UCPU QO3UDCPU QO3UDVCPU Q03UDECPU QO4UDHCPU Q04UDVCPU QO4UDPVCPU QO04UDEHCPU QO6UDHCPU QO6UDVCPU QO06UDPVCPU QO6UDEHCPU Q10UDHCPU QCPU Q10UDEHCPU Q13UDHCPU Q13UDVCPU Q13UDPVCPU Q13UDEHCPU Q20UDHCPU Q20UDEHCPU Q26UDHCPU Q26UDVCPU Q26UDPVCPU Q26UDEHCPU Q50UDEHCPU Q100UDEHCPU BBN6G 5 QCPU QCPU CPU CPU QCPU Dl LO2SCPU LO2SCPU P L02CPU LO2CPU P LO6CPU LO6CPU P L26CPU L26CPU P L26CPU BT L26CPU PBT CPU QCPUCQ LCPU Windows NR
13. 2 2008 4 SH 080737 A 2008 7 SH 080737 2008 11 SH 080737 C PU QOOUCPU QO1UCPU Q10UDHCPU Q10UDEHCPU Q20UDHCPU HCPU 5 5 2 5 5 3 2009 4 SH 080737 D h QOOJCPU QOOCPU QO1CPU 2 2 1 a 3 1 2 2 1 2 1 1 2 1 12 gt 2 2 1 2 2 12 3 1 3 2 4 5 3 2 3 7 1 2 2009 12 SH 080737 LO2CPU L26CPU 1 1 1 2 3 1 4 2010 1 SH 080737 F Q50UDEHCPU Q100UDEHCPU B
14. a EN ENO BOOL_TO_STR gbooH OSI BOOL g string1 STJ g string1 BOOL_TO_STR g_bool1 5 6 7 7 2 BOOL_TO0_WORDCE BOOL_TO_DWORDCE 7 16 32 BOOL TO WORD E BOOL TO DWORD E ED CD CE OO BOOL_TO_WORD _E BOOL TO_ DWORD E AMO FBD ST _TO_WORD BOOL TO WORD_E _TO_DWORD BOOL TO_DWORD_E EN TRUE FALSE 5 sCBOOLD ENO TRUE FALSE d 16 32 CB 1 BOOL_TO_WORD BOOL TO_WORD E i
15. 5 7 XFIT 574 XXFHUONK DELETECB 5 181 DELETECE DELETECE a EN ENO DELETE FBD DELETE i gstring1 g_string2 i gin1 0 i gint2 STJ g_string2 DELETE g_string1 g_int1 gint2 b EN ENO DELETE_E FBD 6 Ss 52 gbooH EN ENO gstring1 N g int1 g int2 0 mn STJ g_bool3 DELETE_E g_bool1 g_string1 g_int1 g_int2 g_string2 5 182 57 FAW 574 XXFANONK REPLACECE 2 9 REPLACE _E 5 PP 5 CT REPLACE _E _E EN ENO FBD ST REPLACE REPLACE_E EN TRUE FALSE
16. CD CB STR TO_DWORD STR_TO_WORD 7 51 30 KFHE A TK EEE EI AN 7 BH FEED 5 85 STR_TO_WORDCBE STR_TO_DWORDCE STR_TO_WORDCE HABIN STR_TO_DWORDCE DHABIN SMO ON SD0 30H 39H 41 46H QCPU LCPU 4100 4101 1 16 a EN ENO STR_TO_WORD FBD 0012 gstring1 WE 0 0 0 STR TO WO RD s s
17. 0 3 MELSEC Q L F 22 22 DIV_E 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE DIV_E 22 534 9 141 DIV_E yy
18. FBD ghooli mm SUB E EN 2 bool gdint1 Ni g dint3 gdint2 ST J g bool3 SUB_E g_bool1 g_dint1 g_dint2 g_dint3 SUBEE 9 522 5 139 DIV_E DIV_E el _E EN ENO EN TRUE FALSE s1CIN1 s2 IN2 ANY_NUM ENO TRUE FALSE d ANY_NUM 4 yt 5 140 1 5 2 gt 2 1 2
19. MOVECE a EN ENO MOVE FBD MOVE g int1 g_int2 STJ g_int2 MOVEC g_int1 b EN ENO MOVE_E FBD 2 g hool1 2 MOVE E 0 EN ENQ g bool3 g int1 gint2 STJ g boo 3 MOVE_E g_bool1 gint1 g_int2 23 5327 tA MOVECE 5 151 AND_E OR_E XOR_E NOTCE gt 4 2 4 7 AND_E OR_E XOR_E NOTCE EE CD CD OE AND_E OR_E XOR_E NOT CE _E EN ENO EN TRUE FALSE s1 s28 CIN1 ANY_BIT NOTCE s1 ENO TRUE FALSE d ANY_BIT 4 YY 1 AND_E a
20. a EN ENO MAXIMUM FBD SS 3 NASIMUM NRN 2 i 1 gint1 g int3 gint2 a ES ST gint3 MAXIMUM g_int1 g_int2 b EN ENO MAXIMUM_E FBD 0 ss i e 5 as gbooH MAXIMUME EN NN g hoo Ss 5 g int1 g intd nt STJ g bool3 MAXIMUM_E g_bool1 g_int1 gint2 g_jint3 3 EN ENO MINIMUM FBD MNIMUM g_int1 gint3 int2 STJ g_ jnt3 MINIMUM g_int1 g_int2 5 162 25 22 LIMITATIONCE 2 LIMITATION E EE CD CE OE LIMITATIONC E _E EN ENO LIMITATION LIMITATION_E FBD ST EN TRUE FALSE
21. QCPU LCPU E 1 4101 a EN ENO TIME_TO_STR a 7 FBD TO STR gtime1 4 string1 STJ g string1 TIME_TO_STR g_time1 b EN ENO IME_TO_STR_E a FBD gbooll TIME_TO_STRE EN ENO gbooB gtime1 g string1 ST g_ bool3 TIME TO STR E sg bool1 g_time1 g_string1 57 5 1 37 XFL CE IIME_TO_STR 5 109 TIME_TO_WORDCE TIME_TO_DWORDCE 7 16 32 TIME_TO_ WORD E TIME TO _ DWORD E ED CD CE OE TIME_TO_WORD _E TIME TO_ DWORD E NANA FBD ST TIME_TO_WORD TIME_TO_WORD_E TIME _TO_DWORD TIME __TO_DWORD_E EN TRUE FALSE sCTIME ENO TRUE FALSE d
22. za 1234 gt 1234 0 me 7 9 57 9 5 20 INT_TO_REALCE DINT_TO_REALCE S 7 2 DINT_TO_REAL DINT_TO_REAL_E a 16543521 gt 16543521 0 D 32 7 16777216 16777215 1 EN ENO 2 2 EN ENO TRUE
23. FBD Ll oO F EN sg hoo g int1 g boo g int2 STJ g bool3 GT _E s bool1 g_int1 g_int2 g_bool2 56 HtRTW 561 KR 9 171 MIDCE MID _E MID E _E EN ENO MID_E FBD ST ENO MID_E EN s n1 n2 d EN TRUE FALSE SIN 255 n1CL n2CP ENO TRUE FALSE 6 255 4 YY E 1 n1 n2 Z MN INS 571 FANOHH MIDCE n1 n2
24. Z XFIT 5275 REPLACE C_E a REPLACE _E a EN ENO REPLACE FBD g stringd STJ g string3 REPLACE g_string1 g_string2 g_int1 gint2 b EN ENO REPLACE_E FBD ghooll 1 mnPEPLAGEE g string1 Sting g string2 a gint1 ES ST g_bool3 REPLACE_E g_bool1 g_string1 g_string2 g_int1 g_int2 g_string3 REPLACECE Z 575 5 185 ADD_TIMECE 7 ADD TIME E EE CD CD OE ADD_TIME _E _E EN ENO FBD ST ADD_TIME ADD_TIME_E ENO ADD_TiME_EEN_s1 s2 d EN TRUE FALSE s1CIN1 s2CIN2
25. PC PC CPU QCPU QCPU CPU CPU 0 1ms 100ms QCPU LCPU 0 01ms 100ms nh T 0ms 327670ms 1 EN ENO n T 5s 5 0N ON n OF 0FF OW OFF 2 EN ENO nfs fs TRUE TRUE FALSE FALSE wal 512 5 221 5121 TPCE TP_HIGHCE
26. B 6 R BOOL_TO_INTCE a 5 2 BOOL_TO_DINTCE BOOL_TO_STRCE 5 5 BOOL_TO_WORDCE 16 32 5 7 BOOL_TO_DWORDCE BOOL_TO_TIMECE 5 10 _TO_DINTCE 5 12 ON 8 _TO_BOOLCE 5 16 DINT_TO_BOOLCB _TO_REALCE
27. 5 55 5 1 21 16 tt 5 58 5 1 22 2 32 ee 5 61 5 1 23 16 32 5 64 5 1 24 32 16 5 66 5 1 25 16 32 tt 5 69 5 1 26
28. 2 2010 6 SH 080737 G 1 5 1 40 5 1 41 5 1 42 5 1 44 5 1 45 2010 7 SH 080737 H 3 5 1 31 5 1 33 5 6 1 2010 11 SH 080737 2 2 5 1 13 5 1 19 5 1 25 5 1 29 5 1 30 5 1 31 5 1 32 5 1 33 5 1 34 5 1 36 5 1 37 5 3 6 5 5 1 5 5 2 5 5 3 5 5 4 5 6 1 5 7 1 5 11 1 5 11 2 5 11 3 5 11 4 5 12 1 5 12 2 5 12 3 5 12 4 2011 1 SH 080737 J 2 3 6 1 1 2 1 2 2 3 2 2 4 2 2 6 5 1 8 5 1 10 5 1 13 5 1 31 5 1 32 5 1 34 5 1 38 5 2 1 5 3 1 5 3 2 5 3 3 5 3 4 5 3 6 5 3 7 5 4 1 5 5 1 5 6 1 5 8 1 5 8 2 5 8 3 5 8 4 5 9 1 5 9 2 5 10 1 5 10 2 5 11 1 5 11 2 5 11 3 5 11 4 5
29. DIEI 22 7 2 7 7 LE FBD ST US Ro ADD eR 6 2 MUL I x x x 6 4 SUB 6 6 DIV 6 8 MOD 6 10 6 11 FBD ST 98 AND amp 9 9 8 0 AND OR OR 9
30. 32 16 INT_TO_DINT b MUL_E ENO TRUE 64 32 DINT_TO_REAL
31. MUX_E ENO FALSE 5 166 22 554 MUXC_E 3 n 1 28 s 4 16 32 5 amp g9 MELSEC Q L F 6 s 2 28 1 E
32. a EN ENO WORD_TO_DINT FBD gwor1 WORD g dint1 STJ g dint1 WORD_TO_DINT g_word1 7 27 Y 7 DWORD_TOINTCBE DWORD_TO_DINTCE 7 32 DWORD TO_INT E DWORD_TO_DINT E EE CD CE CO DWORD_TO_INTCE DWORD_TO_DINT E E EN ENO FBD ST _TO_INT DWORD_TO_INT_E TO_DINT DWORD_TO_DINT_E EN TRUE FALSE sCDWORD 32 ENO TRUE FALSE d 4 y Ab YY
33. 16 WORD_TO_D DCE 64 MS 32 227 32 DWORD WORDCE a a 16 WORD_TO_STRCE 16 32 5 69 DWORD_TO_STRCE 3 WORD_TO_TIMEC E 16 32 5 72 DWORD_TO_TIMECE
34. S gt 1567H 1567 16 b SM701 OFF 00H 7 5 69 7 22 7 132 WORD_TO_STRCE DWORD_TO_STRCE 2 DWORD_TO_STR DWORD_TO_STR_LE a 32 Or 3 12345678 12345678 32 b SM701 OFF 00H 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE
35. MELSEC Q L F c 1 1 EN ENO 2 EN ENO 5 TRUE TRUE FALSE FALSE 1 1 ENO FALSE CD EE LREAL_TO_DINT LREAL_TO_INT 7 7 76 5 45 LREAL_TO_INTCE LREAL_TO_DINTCE 0
36. INT_TO_TIIMECE DINT_TO_TIMECE INT_TO_TIMECE DINT_TO_TIMECE 2 5 40 57 a EN ENO UNT_TO_TIME FBD FRR ISNSteo er enevbwoein 1 g int1 g_time1 i ST g time1 INT_TO_TIME g_int1 b EN ENO INT_TO_TIME_E FBD sa SN gbool IN EN E NO g int1 ST g boo g time1 g_ bool3 INT_TO_TIME _E s bool1 gint1 g_time1 a EN ENO DINT_TO_TIME FBD DINT_TO_TIME STJ g time1 DINT_TO_TIMECg_dint1 gdint1 DIN sg time1 7 74
37. MELSEC Q L F 5 s 2 28 6 16 32 C9026 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 2 MAXIMUMCB MINIMUMCE MAXIMUMCE MINIMUMCE MAXIMUM C_E MINIMUMCE
38. 5 128 ABSCE 1 a EN ENO ABS FBD g int1 gint2 STJ sg_int2 ABS g_jnt1 b EN ENO ABS_E FBD 2 gin no STJ g_ bool3 ABS_E g_bool1 g_int1 g_int2 2 527 ABSCE 2 a EN ENO ABS FBD US a ABS gdint1 gdint2 ST g_dint2 ABS g_dint1 b EN ENO ABS_E FBD gbooli s ss ABS E ls 1 N g bool2 gdint1 g dint2 STJ g boolI2 ABS_E g_bool1 g_dint1 g_dint2 3
39. a EN ENO DINT_TO_STR FBD mm a DINT T0 STR a 6 g dintl pg stringl nC RE fa ST gg_string1 DINT_TO_STR g_dint15 5 28 7 7 7 INT_TO_WORDCE DINT_TO_WORDCE 7 7 7 16 INT TO WORD E DINT TO WORD E ED CD CE CO INT_TO_WORD _E DINT TO_ WORD E EN FBD ST INT_TO_WORD INT_TO_WORD_E DINT_TO_WORD DINT_TO_WORD E EN TRUE FALSE sCINT _DINT ENO TRUE FALSE d 16 ES um 1 INT_TO_WORD INT_TO_WORD_E en 3 OF
40. 20m34s567ms gt 1234567 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 27 36 TIME_TO_INTCE TIME_TO_DINTCE TIME_TO_INTCE TIME_TO_DINTCE 1 a EN ENO TIME _TO_INT FBD mMEToINT g time1 ME gint1 STJ g int1 TIME_TO_INT g_time1 b EN ENO
41. 3 EN 8 EN 4 ENO 3 ENO MELSEC Q L F 3 2 27 GX Works2 Version 1 I RE EE EN ENG EN ED 4 JN 1 8 22 3 3 3 4 COO72 lt PT 4 1 4 2 5
42. 6 LOG FLT LOG DFLT LOG LOGD DFLTD LOGD LOGD FLTD LOGD DFLTD LOGD MELSEC Q L 22 226 5 147 AE EXPT E a EN ENO EXPT FBD ST sg real2 EXPT g_real1 g_int1 b EN ENO EXPT_E FBD YS g_ real1 g_real2 g int1 2 NSP STJ g_bool3 EXPT_E g_bool1 g_real1 g_int1 g_real2 23 128 26 M
43. a EN ENO FBDJ mm a II IR g int1 g lreal1 STJ g lreal1 INT_TO_LREAL g_int1 b EN ENO FBD cl EN ENO g bool3 gint1 8 sg Ireal2 STJ g_ bool3 INT_TO_LREAL_E g_bool1 g_int1 g_lreal2 2 a EN ENO FBD i RE a Mt STJ glreal1 DINT_TO_LREAL g_dint1 5 24 7 7 9 amp INT_TO_STRCB DINT_TO_STRCE 9 7 70 INT_TO_STRCE DINT_TO_STR _E PD 5 CT INT_TO_STRCE DINT TO_STR E _E EN ENO FBD ST INT_TO_STR INT_TO_STR E DINT_TO_STR DINT_TO_STR E
44. 6 5 19 DINT_TO_REALCB _TO_LREALCE 5 22 DINT_TO_LREALCE _ TO_STRCE 5 25 DINT_TO_STRCE _TO_WORDCE 5 29 DINT_TO_WORDCB B 16 _ TO_DWORDCE 5 32 DINT_TO_DWORDCE 32 _ TO_BCDCE BCD 5 35 DINT_TO_BCDCB _TO_TIMECE ON 5 38 DINT_TO_TIMECE
45. a EN ENO ABS FBD STJ g real2 ABS g_real1 b EN ENO ABS_E FBD og J al grhool1 ss i ABSE i EN ENO g_boo2 g real1 g real2 STJ g bool2 ABS_E g_bool1 g real1 g_real2 2 27 5 129 ABSCE 4 a EN ENO ABS FBD ST g lIreal2 ABS g_lreal1 b EN ENO ABS_E ABS_ EN EN cg bool2 glreal1 g Ireal2 ST g_ bool2 ABS_E g_bool1 g_lreal1 g_lreal2 2 US 2227 ADD_E 2 2 7 ADD E EE CD CE CO ADD_E _E EN ENO FBD ST EN TRUE FALSE s1 s28CIN ANY_NUM ENO TRUE FALSE d ANY_NUM
46. TRUE FALSE 1 ENO FALSE 23 A 7 ADD_E _ ADD_E FBD 2 gbooli ADD E 1 NERO 2 bcoH gdint1 JN g dint3 g dint2 ST g_ bool3 ADD_E s_ bool1 g_dint1 g_dint2 g_dint3 ADD_E 29 227 MM 5 133 MUL_E MULE ED CD CE OE MUL E _E EN ENO FBD ST EN TRUE FALSE s1 s28CIN ANY_NUM ENO TRUE FALSE
47. TRUE FALSE 1 ENO FALSE DWORD_TO_WORDCE 32 16 16 16 CB DWORD_TO_WORD 7 5124 EEE EIN 22 GE EY kA 76 5 67 DWORD_TO_WORDCE DWORD_TO_WORDC_E 32 16 a EN ENO
48. 100 LIMITATION DI MM OUT 100 MN G2 120 _IN MX 100 5 1 MX 2 SD 16 32 3 MELSEC Q L F 4 16 32
49. _ 999999 999999999 32 eo KS EW ET 8 ocEo o S amp H I 99999999 10101010 101011110 1 T111101110 1 111111010101010 11 1111111 0 J BC0 x x x x x x x x 99999999 11010111110101111101011111010111110101111101011 01011111010 1 F b 0 99999999 C 16 32
50. 16 16 4294967295 4294967295 32 32 3 402823138 J 1 79769313486231 308 1 79769313486231 308 3 MELSEC Q L F 23 SG 537 tA MOVECE 1 EN ENO 2 EN ENO a TRUE FALSE 1 ENO FALSE
51. Ge 1234 MAXIMUM jW ou 5678 _IN 1 55 RY 2 MAXIMUMCE MINIMUMCE 2 MINIMUM MINIMUM_E 1234 MINIMUM IN OUT _IN 3 16 32 4 lt
52. TRUE TRUE FALSE FALSE 1 1 ENO FALSE 5 42 7 7 725 REAL_TO_INTCE REAL_TO_DINTCE REAL_TO_INTCE 32768 32767 4100 REAL_TO_DINTCE 2147483648 2147483647 4100 1 a EN ENO REAL_TO_INT FBD REAL_TOINT greal1 gint1 STJ g _ int1 REAL_TO_INTCg_real1 b EN ENO REAL_TO_INT_E
53. BOOL_TO_INTCB BOOL_TO_DINTCE 7 7 7 BOOL_TO_INTE BOOL_TO_DINT _E w BOOL_TO_INTCE BOOL_TO_DINTCE _E EN ENO FBD ST BOOL_TO_INT BOOL_TO_INT_E BOOL_TO_DINT BOOL_TO_DINT_E 3 EN TRUE FALSE sCBOOL ENO TRUE FALSE d YT 1 BOOL_TO_INT BOOL_TO_INT_E FALSE 0 TRUE 1 FALSE 0 TRUE 1
54. 0 0 4100 e FBD gbool Es s DIV E EEN 2 boold g dint1 NI g dint3 g dint2 STJ g_bool3 DIV_E s_ bool1 g_dint1 g_dint2 g_dint3 5 142 29 22 MODCE 2 3 9 MOD _E EE CD CE OE MOD _E _E EN ENO FBD ST MOD_E EEN s1 s2 d EN TRUE FALSE s1CIN1D 5 s2 IN2 ANY_IN ENO TRUE FALSE d ANY_INT ES 3 YY E 1
55. 30H 39H 20H 00H 4100 4100 5 2147483648 4147483647 EB STR_TO_TIME 7 27 37 gt 5 89 STR_TO_IIMECE a EN ENO STR_TO_TIME FBD 5 90 ST g_ string1 01234567 g time1 STR_TO_TIME g_string1 Db EN ENO STR_TO_TIME_E FBD ST g string1 01234567 g bool3 STR_TO_TIME E 2 _bool1 g_string1 gtime1 7 7 97 gt STR_TO_BCDCE 7 gt BCD STR TO_BCD _E PP PP 5 CT STR_TO_BCDCE _E EN ENO FBD ST STR_TO_BCD STR_TO_ BCD _E EN TRUE FALSE sCSTRING 8 5 ENO TRUE FALSE
56. BOOL_TO_INTCE BOOL_TO_DINTCE 2 BOOL_TO_DINT BOOL_TO_DINT_LE FALSE 0 TRUE 1 TRUE 1 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 57 RS 7 7
57. 32 DBCD gbool EN ENO Eg g bookz EN 2 gdint1 d _IN sg dword2 grhword1 8 5 1 EN ENO 2 EN ENO TRUE FALSE TRUE FALSE 1 1 ENO FALSE 5 36 7 7 7 amp gt 5CD INT_TO_BCDCE DINT_TO_BCDCE INT_TO_BCDCE DINT_TO_BCDCE 9999 99999999
58. CPU CPU 9 PID O IEC61131 3 1 2 1 5 0 025 ee099302 2 2 2 Se 2 3 2 1 2 2 7 2 2 ADD_E eis 5 131 MULE oe x x X 5 134 SUB_E D D 5 137 DIV_E
59. b OFF OFF c PC C9214 d 0 32767 e 32768 32767 0 3 TIMER_HIGH_FB_M 0 1 100ms ON x0 1 100ms x0 1 100ms ON 3 b OFF OFF c 10ms PC PC
60. ON 5 208 277 77 7 CTUCE 1 EN ENO ON ON ON ON ON iON ON iON OFF OFF OFF OFF OFF 1 1 1 1 1 1 ON 0N 0N 0 2 EN ENO TRUE FALSE ON ON ON ON ON iON ON iON 6 1 OFF OFF i 2 OFF ENO 3 A 1 EN ON ON 9 ON 0 0 CTU CE 277 5 209 277 7 crucB OFF ON a EN ENO CTU FBD 9 FC GTUImst
61. RS _E el RS _E _E EN ENO FBD ST RSE RS_EI EN s1 s2 ENO d EN TRUE FALSE S1 CS s2CR1 ENO TRUE FALSE dQ1 4 YY ON SET ON RESET ON ON SET 5 200 9 292 RSCE 1 EN ENO ON ON iON ON ON iON ON ww NR a i ON ON 1 ON ON OW ON 0FF OFF ON 2 EN ENO TRUE FALSE 9 OFF 1
62. 32 n nhn 4 8 12 16 20 24 28 32 7 5140 BHE BA TK EE EI kN 7 BH SE y 115 INT_TO_BITARRCE DINT_TO_BITARRCE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE INT_TO_BITARRCE DINT_TO_BITARRCE 4 a EN ENO NT_TO_BITARR RI FBD INT_TO_BI
63. a EN ENO MUL_TIME FBD RE i MUL TIME 1 IN1 gtime1 g time2 gin STJ g time2 MUL_TIME s_ time1 g_int1 b EN ENO MUL_TIME_E FBD 2 mw ggbooH MUL TIME E SE 1 EN g boo gtime1 g time2 g int1 Ng 6 a STJ g_ bool3 MUL_TIME _E s bool1 g_time1 g_int1 gtime2 5 194 2 DIV_TIMECE DIV_TIME _E EE CD CE OE DIV_TIME _E _E EN ENO FBD i ST DIV_TIME DIV_TIME_E _E EN s1 s2 d EN TRUE FALSE s1CIN1 5 s2 IN2 ANY_NUM ENO TRUE FALSE d ES 4 yr CE 1
64. me 5 22 7 7 9 gt INT_TO_LREALCE DINT_TO_LREALCE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE CD EE DINT_TO_LREAL INT_TO_LREAL 7 5 23 57 9 INT_TO_LREALCE DINT_TO_LREALCE INT_TO_LREALCE DINT_TO_LREAL _E 1
65. T 1d2h33m44s55ms 1 2 33 44 55 DIV_TIME 2 T 1d2h33m44s55ms 2 gt T 13h16m63s2 7ms 1ms Y No eo Y 2 3 0 584 BW 9 195 DIV_TIMECE 4 MELSEC Q L F 1 EN ENO 2 EN ENO
66. 57 44 CPY_BIT_OF_INT CPY_BIT_OF_INTCE a CPY_BIT_OF_INTCE 5 3 a EN ENO CPY_BIT_OF_INT FBD ST s_int3 CPY_BIT_OF _INTC8_int1 5 39 b EN ENO CPY_BIT_OF_INT_E FBD ST g_ bool3 CPY_BIT_OF _INT_E s_ bool2 g_int1 5 3 g_int3 5 124 7 27 44 GET_BOOL_ADDR GET_INT_ADDR GET_WORD_ADDR 92 7 49 GET_BOOL_ADDR GET_INT_ADDR GET_WORD_ADDR EE CD CE CO GET_BOOL_ADDR GET_INT_ADDR GET_WORD_ADDR FBD ST GET_BOOL_ADDR GET_INT_ADDR GET_WORD_ADDR s ANY d 16 4 2 1
67. a EN ENO TIME _TO_DWORD FBD EE EE g time1 i WOM STJ g dword1 TIME_ TO_DWORD g_time1 7 5 112 27 39 FET Kk FFE ESN 79 FEEL Ek BITARR_TOINTCE BITARR_TO_DINTCE 7 16 32 BITARR_TO_INT _E BITARR_TO_DINTCE BITARR_TO_INTCE BITARR_TO_DINTCE _E EN ENO FBD HBITARR_TO_INT E ST BITARR_TO_INT_E _TO_DINT BITARR_TO_DINT_E R_TO_INT EEN S nd EN TRUE FALSE Ss _BItArr h 4 8 12 16 20 24 28 32 ENO TRUE FALSE d ANY16 ANY32 4 YY E 1 BITARR_TO_IN
68. TIME TO _ INT E TIME TO _ DINT E ED DD CD CE OE TIME_TO_INTCE TIME_TO_DINT E AO FBD ST TIME_TO_INT IME _TO IME _TO_DINT IME_TO_D EN TRUE FALSE 5 SCTIME ENO TRUE FALSE d Et 2 GO 1 TIME_TO_INT TIME_TO_INT_E A a TH1s234ms gt 1234 b 16 1 7 27 36 5 105 IIME_TO_INTCE TIME_TO_DINTCE 5 106 S 7 2 TIME_TO_DINT TIME_TO_DINT_E
69. SM722 ON OFF BINP DBINP OFF ON 5 98 7 27 22 BCD_TO_INTCE BCD_TO_DINTCE 1 BCD a EN ENO BCD_TO_INT FBD BCGD_TO_INT g word1 BSD gint1 ST g jint1 BCD_TO_INT g_word1 b EN ENO BCD_TO_INT_E FBD gbooH BSDITONTE EN ENO g bool3 g word1 BSD sg int1 ST g_ bool3 BCD_TO_INT_E g_bool1 g_word1 g_int1 2 BCD a EN ENO BCD_TO_DINT FBD LE J CY BCD_TO_DINT BCD_TO_DINT BCD gdwo
70. TRUE TRUE FALSE FALSE 1 ENO FALSE 0 O 4100 e a EN ENO DIV_TIME FBD 8 1 2 DIV TIME Etime1 Ni sg time2 g int1 STJ g time2 DIV_TIME g_time1 g_int1 b EN ENO DIV_TIME_E FBD 4 a gbooll DIV TIME_E ie 3 EN g boo gtime1 g time2 g int1 Na Wt ST sg _ boo DIV_TIME E s bool1 g time1 g_int1 sg time2
71. a STR_TO_BOOLC_E a EN ENO STR_TO_BOOL FBDJ E g string1 SRING STJ sg bool1 STR_TO_BOOL g_string1 b EN ENO STR_TO_BOOL_E FBD gbool STR TO EN ENGO g boo g string1 SRING g bool2 ST g bool3 STR_TO_BOOL E sg booll g_string1 g_bool2 5 76 27 51 27 XFL EY A STR_TO_INTCE STR_TO_DINTCE 2 1 28 STR_TO_INTCE STR_TO_DINTCE STR_TO_INTCE STR_TO_DINT E _E EN ENO FBD ST J R_TO_INT_ R_TO_DI EN TRUE FALSE 5 SSTRING 6 11 ENO TRUE FALSE d
72. 5 121 CPY_BIT_OF_INTCE n1 n2 5 123 GET_BOOL_ADDR GET_INT_ADDR 5 125 GET_WORD_ADDR 16 2 4 22 27 B ABSCE 5 127 sr B 0 ADD_E 5 131 3 TT UE_E 3 5 134
73. 1 2 3 4 5 6 00n b 30H 39H 20H 2DH 00H 2147483648 2147483647 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO
74. 16 5 29 5 1 12 32 5 32 5 1 13 8 os 5 35 5 1 14 5 38 5 1 15 5 41 5 1 16 5 44 5 1 17 tt 5 47 5 1 18 t 5 49 5 1 19 5 51 5 1 20 16 32
75. GET_BOOL_ ADDR 8 a 8 A NN 16 GET_WORD_ADDR 16 32 16 2 MELSEC Q L F 27 5 7 45 5 125 GET_BOOL_ADDR GET_INT_ADDR GET_WORD_ADDR AE GET_BOOL_ADDR GET_INT_ADDR GET_WORD_ADDR
76. 5 lt MELSEC Q L F 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 23 32 9 135 MUL_E MUL_E
77. REAL_TO_INTCE REAL_TO_DINTCE 7 7 REAL_TO_INT_E REAL_TO_DINT CE ED CD CE OE REAL_TO_INT CE REAL TO_DINT E EN FBD ST _TO_INT REAL_TO_INT_E TO_DINT REAL_TO_DINT_E EN TRUE FALSE 5 S REAL ENO TRUE FALSE d Eo a 1 REAL TO INT REAL_ TO INT_E aa a et 1234 0 gt 1234 b c 32768 32767 1
78. 16 32 INT TO BITARR _E DINT_TO BITARR _E EE CD CE OE INT_TO_BITARR _E DINT TO _BITARR E ENN FBD i ST INT_TO_BITARR INT_TO_BITARR_E i DINT_TO_BITARR DINT_TO_BITARR_E ENO INT_TO_BITARR_E ENj sjnjd EN TRUE FALSE S ANY16 ANY32 Nn 4 8 12 16 20 24 28 32 ENO TRUE FALSE dCBitArr a i oP 1 1 INT_TO_BITARR INT_TO_BITARR_E 16 n n 4 8 12 16 2 a DINT_TO_BITARR DINT_TO_BITARR_E
79. BOOL_TO_INTCE BOOL_TO_DINTCE O EN ENO BOOL_TO_INT FBD gbooH BOOL_TOINT F BOOL ST gint1 BOOL_TO_INT g_bool1 1 CPU QCPU QcPU A CU ocPU nis weal 3 a ue eeecto Ver Ver Ver Ver Ver Ver Ver Basic i Process Redundant Universal LCPU x a 4
80. SH 080730 y4000 13JV90 GX Works2 Version 1 SH 080732 GX Works2 3 000 13JV92 GX Works2 GX Works2 SH 080734 y1 500 13JY65 CU ROM PDF 1 1 1 2 1 1 3
81. Et 4 YY 1 STR_TOINT STR TO INT_E a a gg MG 1 2 3 4 00 b 30H 39H 20 2DH OOH 32768 32767 7 7 28 9 77 STR_TO_INTCE STR_TO_DINTCE 2 STR_TO_DINT STR_TO_DINT_E a
82. 4 MELSEC Q L F 1 EN ENO 2 EN ENO 1 ENO FALSE 2 JD 7 SELCE SELC_E
83. a EN ENO SUB_TIME FBD SUB TIME gtime1 g timed gtime2 Ng2 STJ g time3 SUB_TIME g_tme1 g time2 b EN ENO SUB_TIME_E FBD ghbooli SUB_TIME_E 1 EN ENO g time1 gtime2 STJ g_boo 3 SUB_TIME_E g_bool1 g_time1 g_tIme2 g_time3 GB SUB_TIME 58 82 5 191 MUL_TIMECE MUL_TIME _E el MUL _TIME _E _E EN ENO FBD ST MUL_TIME MUL_TIME_E ENO iMUL_TIME_EKENJs1s2 d EN TRUE FALSE s1CIN1 Ss2CIN2 ANY_NUM ENO TRUE FALSE d 4 SN E 1 x T 1d2h33m4
84. 079 281 1141 082 285 2111 048 859 7521 054 287 8866 052 722 7601 087 831 3186 086 242 1900 092 483 8208 4 095 818 0700 Microsoft Windows Windows NT Windows Vista Microsoft Corporation Pentium Intel Corporation Ethernet Xerox Corporation PC 9800 PC98 NX SD SDHC SH 080737C MELSEC Q L_ 100 8310 2 7 3
85. 16 32 16 1111111111111111101010O1O 1111 11 1 AND 101010 11101011101010 11 1110 111010 101010 1 1101 10 111010 10101010 1 11 010 5 152 54 2 7 AND_E OR_E XOR_ NOTC E D s 2 28 2 OR_E a 16 32 16 tltlololtltltlilololololiltlt 1
86. 2 17 00 3 FAX 9 00 16 00 5 FAX 052 719 6762 QE8 084 926 8340 FA 4 5 Q KP OK J 13JC19 SH 080737 O 1304 KWIX 2013 4 2013 4 3000
87. 8 EN TRUE FALSE sCSTRING 11 ENO TRUE FALSE d 2 00000000 Oms 01234567 TH20m34s567ms 5 88 7 51 31 F AU STR_TO_IIMECE 1 EN ENO 2 EN ENO a TRUE FALSE 1 ENO FALSE STR_TO_IIMECE DDABIN SM0 ON SD0
88. 4140 0 2 1022 lt 1 lt 21024 LREAL_TO_INTCE 32768 0 32767 0 4140 LREAL_TO_DINTCE 2147483648 02147483647 0 4140 1 a EN ENO FBD STJ g int1 LREAL_TO_INT g_lreal1 b EN ENO i gbooli 8 LREAL_TOINTE i 1 1 EN Og hoo i 0 glreal1 gint1 STJ g_ bool3 LREAL_ TO _INT_E s booll1 g_lreal1 g_int1 2 a EN ENO FBD 9 LREAL_TO_DINT 9 glreal1 sg dint1 STD sg_dint1 LREAL_ TO_DINT s Ireal1 5 46 27 7 76 REAL_TO_LREALCE 7 7
89. MELSEC Q L F SH 080735 3 000 13JC197 MELSEC Q L SH 080736 y4 000 13JC18 MELSEC Q L PID O SH 080738 y3 000 13JC20 2 GX Works2 GX Works2 Version 1 GX Works2
90. WN a FBD ST PID Nt BB 1 4 1 CPU s 7 7 7 CPU
91. MF 1000 1000H4096 12 1200 1200H4608 123 1230 1230H 4656 1234 1234 1230H4656 12345 1234 1230H 4656 2 32 a 8 BCD 99999999 gt 99999999H 32 D 20H 20H c 20H 30H 0 1 d 30H 39H 20H 00H 3 J 16 32
92. TRUE FALSE 1 ENO FALSE a INT_TO_DINTCE 3 EN ENO INT_TO_DINT FBD 5 gint1 INT_TO_DINT INT gg dint1 Et rit 8 ST g_dint1 INT_TO_DINT sg_int1 b EN ENO INT_TO_DINT_E FBD INT TO DINTE EN g bool3 gint1 sg dint1 ST g bool3 INIF_TIO_DINT_E g_bool1 g_int1 g_dint1 7 5 13 7 2 DINT_TO_INTCE gt 9 7 6 DINT_TO_INT _E ED CD CD OE ET DINT_
93. T24d20h31m23s647ms x 2 gt T 2ms TFFFFFFFH 00000002H FFFFFFFEH 1 24d20h31m23s648ms x 2 T Oms 80000000 00000002 00000000 0 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 5 1 ENO FALSE A MUL_TIMEC_E GD MUL_TIME 58 83 5 193 MUL_TIMECE x
94. 32 7 57 22 BCD 5 97 BCD_TO_INTCE BCD_TO_DINTCE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE BCD_ITO_INTCE BIN BCD_TO_DINTCE BIN WAND SM0 ON SD0 0 9 4100 SM722 ON
95. 32 DDABCD gbooll DDABGD I EN ENO d g string1 5 92 27 51 32 XFL BCD STR_TO_BCDCE 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE 30H 39H 20H 00H 4100 STR_TO_BCD 7 5 93 51 32 XFLBCD STR_TO_BCDCE 5 94 C1 BCD
96. 5 11 3 5 216 CTUDCE a CTUD CE OFF ON ON OFF ON 0 ON 3 EN ENO CTD FBD 13 OTUD jnst ST CTUD _Inst CU g_bool1 CD g bool2 RESET g_ bool3 LOAD g bool4 PV g int1 QU g bool5 QD g bool6 CV g_int2 b EN ENO CTD_E FBD 14 Ne CTUD ElInst j M0 sg boo zin ST CTUD_E Inst EN MO CU g_bool1 CD g_bool2 RESET g bool3 LOAD g_bool4 PV g int1 QU g bool5 QD g bool6 CV g_int2 ENO M10 LE J a EE 277 5 217 77 9 _ COUNTER_FB_M 2 7 7 COUNTER_FB_M Basic i fProcess
97. 83 h 0 15 ENO TRUE FALSE d Et 4 2 E a _ n 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE 57 5 119 7 GET_BIT_OF_INTCE GET_BIT_OF_INTCE 5
98. a EN ENO BCD_ O_STR ka BDD NE BCD_TO_STR dwo rd1 BCD string 1 STJ g string1 BCD_TO_STR g_dword1 b EN ENO BCD_TO_STR_E FBD STJ g bool3 BCD_TO_STR_E g_bool1 g_dword1 g_string1 5 102 7 51 34 BCD EX TIME_TO_BOOLCE 7 22 TIME TO _ BOOL E EE CD CE OE TIME_TO_BOOLCE _E EN ENO FBD ST TIME_TO_BOOL TIME_TO_BOOL_E EN TRUE FALSE SCTIME 5 ENO TRUE FALSE d 4 0ms FALSE 0ms TRUE _ rms PFASE TH20m34s567ms gt TRUE ET 7 7 25 5 103 TIME_TO_BOOLCE 1 EN
99. b e NR RN RRR RR RR RRR RR RN RR c 2 a b c
100. e a EN ENO MOD FBD gdint1 g dint3 gdint2 2 ST gs_dint3 g_dint1 MOD sg_dint2 b EN ENO MOD_E FBD 2 zbooll DE 1 1 EENO 2 hooH 5 5 g dint1 ee _IN1 g intd gdint2 ES ST g_ bool3 MOD_E g_bool1 g_dint1 g_dint2 g_dint3 MODCE 29 25 145 EXPTCE EXPT E EE CD CE OE EXPT _E _E EN ENO FBD ST EXPT _E ENO iE EN TRUE FALSE s1CIN1 ANY_REAL Ss2CIN2 ANY_NUM ENO TRUE FALSE d ANY_REAL 1
101. x FBD gint1 g Hintd gdint2 ST g_dint3 g_dint1 g_dint2 MUL 67 672 6 5 SUB 6 7 SUB el SUB FBD ST FBD sT sl s2 d ANY_NUM 5 3 3 SUB ANY_NUM 6 6 67 67 2 SUB FBD a SUB gdint1 gdint2 g dint3 ST g dint3 sg_dint1 g_dint2
102. 16 0H 9999H 0 9 5 96 7 27 22 BCD_TO_INTCE BCD_TO_DINTCE 2 BCD_TO_DINT BCD_TO_DINT_E a BCD 16 _ 9w gt _ 99 16 9999 Tho ho DINT NR SRSSQ oe eo go oo NNNNNNNNNNNNN NN NNNNN NNNNN NNN NN 9999 10101010101010101010101010101010101011101011111110101010 1111111 0 32
103. SET_BIT_OF_INT 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 7 121 7 49 SET_BIT_OF_INTCE SET_BIT_OF_INTCE 3 a EN ENO GET_BIT_OF_INT FBD ghboll lO Ds 3 ao ee a STJ g_ int3 SET_BIT_OF_INT g_bool1 3 b EN ENO SET_BIT_OF_INT_E FBD ST sg boo3 SET_BIT_OF_INT_E g_bool2 g_bool1 3 g_int3 5 122 7 7 49
104. a EN ENO GET_BIT_OF_INT FBD 2 9 pn 5 5 ls ST g bool3 GET_BIT_OF_INTCs_int1 59 b EN ENO GET_BIT_OF_INT_E FBD beoll GET_BIT_OFINTE EN g bool2 g int1 g bool3 ST sg bool2 GET_BIT_OF_INT_E g_bool1 g_int1 5 g_bool3 5 120 7 7 42 SET_BIT_OF_INTCE 27 4 SET BIT OF INT E EE CD CE OE SET_BIT_OF_INTCE _E EN ENO FBD ST SET_BIT_OF_INT SET_BIT_OF_INT_E ENO iSET_BIT_OF_INT Ei ENJsJn d EN TRUE FALSE 5 S n 0 15 ENO TRUE FALSE d ES ee n
105. 5 212 277 77 2 CTDCE OFF ON ON a EN ENO CTD FBD GTD Inst GTD eg g hool1 8D g bool3 g hoo2 g int2 g int1 9 ST 0 CTD_Inst CD g_bool1 LOAD g bool2 PV g_int1 Q g_ bool3 CV g_int2 b EN ENO CTD_E FBD MMf 1 oo g b STJ CTD_E Inst EN M10 CD g_bool1 LOAD Q sg bool3 CV g_int2 ENO M11 9 277 277 g_ bool2 PV g_int1 CTDCE 5 213 crupc 7 7 CTUD E el CTUD E _E EN ENO CTUD_E a RAD ST EN TRUE FALSE
106. EN TRUE FALSE sCINT _DINT ENO TRUE FALSE d 6 11 ES G9 FE 1 INT_TO_STR INT_TO_STR_E 52 a 1 2 L__ 3 00n 4 SM701 OFF 00H D 20H 2DH 57 27 7 FE BH HGHE U FU 5 25 INT_TO_ST RCE DINT_TO_ST RCE c
107. 1 EA 1 1 2 3 2 3 5 4 4 7 6 gt _ 5 9 8 6 11 10 7 00n 5 80 7 51 29 0 STR_TO_REALCE 2 3 HOA tk 1 31M 2DC 2 33G 2EWC 3 3OH O 35H 5 4 34M 2 3343
108. 16 a 22136 gt 5678l 16 7 77 Y 7 6 EB INT_TO_WORDCE DINT_TO_WORDCE 2 DINT_TO_WORD DINT_TO_WORD_E 16 2345678 gt 614Ern 16 12345678 OOlOl9lOl9l9llilotihItlelolehtlelolololtlehloleftthI 614E leelglolohleflolohli 16 1 EN ENO 2 EN ENO TRUE TRUE
109. ES 100 8310 2 7 3 EERE ERE ERNIE EEG TEEPE RRC EN ER RES 060 8693 4 1 980 0011 1 17 7 330 6034 11 2 950 8504 2 4 10 TTP 920 0031 3 1 1 451 8522 6 1 6 220 8118 2 2 1 mn 471 0034 1 5 10 GRRE RD RE 530 8206 2 2 2 FFP FFP YY 1 BREE EAE 03 3218 6760 011 212 3794 022 216 4546 048 600 5835 025 241 7227 ERT tt 045 224 2624 076 233 5502 052 565 3314 RE RR 0565 34 4112 ee 06 6347 2771 082 248 5348 087 825 0055 730 8657 7 32
110. PC PC CPU QCPU QCPU CPU CPU 0 1ms 100ms QCPU LCPU 0 01ms 100ms hn T 0ms 327670ms 1 EN ENO n T 5s 5 or 1 7 i b sonssomnanss ssc 0N n ON 2 EN ENO TRUE FALSE n T 5s 5 EN ON ON n EN ON OFF ON 0FF 5 224 512
111. TRUE FALSE 1 ENO FALSE EB QO DINT_TO_STR INT_TO_STR 7 27 57 7 INT_TO_STRCE DINT_TO_STRCE INT_TO_STRCE DINT_TO_STRC_E 1 a EN ENO INT_TO_STR FBD INT TO STR INT 5 i gint1 g string1 ST g_string1 INT_TO_STRCS_int1 b EN ENO INT_TO_STR_E FBD gbooll INT TO STRE a gboo 2 g int1 WM anal ST g_ bool3 INT_TO STR E sg bool1 g_int1 g_string1 2
112. 5 220 1 2 5 220 5 12 2 SS Sn SS RI RAE SE NN EA 5 223 5 12 3 PP EPS PP 5 226 5 12 4 5 229 6 6 1 6 18 6 1 6 2 6 1 1 SRNR RD SDR ES ET NERD RRO SS EEE Ek 6 2 6 1 2 2 KO OS ME 9 ME RE 63 09 2 03 KA 6 4 6 1 3 6 6 6 1 4 ot CS So PP 6 8 6 1 5 Gd ON a Eh EE SERENA 6 10 6 1 6 PP a OE NE OE 6 11 6 2 6 13 6 2 1 6 13 6 3 6 16 6 3 1 PE ON NN SE 5 RS NE 6 16 A 8 1 4 1 EE
113. TRUE TRUE FALSE FALSE 1 1 ENO FALSE 5 5 CE WORD_TO_DINT WORD_TO_INT 7 5727 EEL EI kN 7 EEE BD FS 9 59 WORD_TO_INTCE WORD_TO_DINTCE WORD_TO_INTCB WORD_TO_DINTCE 2 5 60 2 16 a EN ENO WORD_TO_INT FBD gword1 WORD gint1 STJ g _int1 WORD_TO_INTCg_word1 Db EN ENO WORD_TO_INT_E FBD i mem gword1 MWRB mt1 STJ g_ bool3 WORD_TO_INT_E g_bool1 g_word1 g_int1 16
114. 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE 5 ADD_TIMECE GE ADD_TIME 58 2g7 Mi 5 187 ADD_TIMECE a EN ENO ADD_TIME FBD a ADD TIME gtime1 g timed gtime2 Ri 1 ST g time3 ADD_TIME g_time1 g_time2 b EN ENO ADD_TIME_E FBD gbool gE EN N sg bool3 gtime1 g timed g time2
115. 20H 123 20 2DH 1 31n 1 20 2 2 H 1 HC 33 3 32n 2 3 00H 4 d SM701 OFF 00H 2 DINT_TO_STR DINT_TO_STR_LE a 6 1 2 3 4 5 00M
116. 2DH 7 57 29 gt STR_TO_REALCE 6 0 20H 30H O 20H 30H 8 Ot i D 65336 SSC E 30H 0 30H 8 20 ERO8 Ge2 ee 4 9 24 20H 30H O 1 10 30H 39H 45H 2BH 2DH 2EH 20H
117. 2 2 2322 5 137 SUB_E 3 a SUB_E ENO TRUE 32767 2 32767 1 7FFFH FFFEH 8001H 32767 2 32766 0 8000H 0002H FFEH b SUB_E ENO TRUE 2147483647 2 2147483647 1 7FFFFFFFH FFFEH 80000001D
118. REAL_TO_LREAL _E Basic ee process Fed LCPU REAL_TO_LREAL _E _E EN ENO i FBD ST REAL_TO_LREAL REAL_TO_LREAL E 8 EN TRUE FALSE sCREAL ENO TRUE FALSE 5 d 4 Ed yr BE 1 3 1234 0 1234 0 K P 2 MELSEC Q L F 7 7 7Z 47 REAL_TO_LREALCE 1 EN ENO
119. 16 88 FALSE 16 OH TRUE 16 1H FALSE gt OH TRUE gt i 16 7 5 7 27 2 7 16 Ek 7 BOOL_TO_WORDCE BOOL_TO_DWORDCE 2 BOOL_TO_DWORD BOOL_TO_DWORD_E 32 FALSE 32 0H TRUE 32 1H a
120. 6 SM701 OFF OOH b 20H 2DH c 20H 123456 123456 20 2DH 1 20H 20 2 31n 1 20 3 33n 3 32 2 4 35 5 34H 4 5 00H 36H 6 6 d SM701 OFF 5 26 7 00H 7 7 INT_TO_STRCE DINT_TO_STRCE 1 EN ENO 2 EN ENO
121. 0 TRUE 1 SE 0 gt 5 10 7 51 4 BOOL_TO_IIMECE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE BOOL_TO_TIMECE a EN ENO BOOL_TO_TIME FBD 5 gbooll BOOL_TO_TME BOQL time1 ES ST gtime1 BOOL_TO_TIME g_bool1 b EN ENO BOOL_TO_TIME_E g
122. 27 TONCE TON_HIGHC_E TON CE ON 10 d ON a EN ENO TON FBD 18 TON Inst TON g bool1 Q g bool2 10s gtime1 ST TON_Inst IN g_bool1 PT T 10s Q g bool2 ET g time1 b EN ENO TON_E FBD 19 3 TON EInst _ EN ENO MO g hool1 Q eboob 10s g time1 5 STJ TON_E_Inst EN MO IN g_bool1 PT T 10s Q g bool2 ET g_time1 ENO M10 GB TONCE TON_HIGH 7 5122 5 225 ToFCB TOF_HIGHCE 2 7 TOF E TOF_HIGH _E EE CD CE OE ET TOFCE TOF_HIGHCE _E EN ENO FBD i ST TOF TOF_E TOF_HIGH TOF_HIGH_E ENO ToF_HiGH_E EN sjn_ d1 d2 EN
123. EN ENO SEL FBD G rd g word1 gword2 STJ g word3 SEL g_bool1 8 word1 g_ word2 b EN ENO SEL_E FBD STJ g bool3 SEL_E g_bool1 g_bool2 8 word1 g_word2 g_word3 SE 55 27 5 159 MAXIMUMCE MINIMUMCE MAXIMUMCE MINIMUMCE el MAXIMUM _E MINIMUM _E _E EN ENO MAXIMUM MAXIMUM_E MINIMUM MINIMUM_E FBD ST EN TRUE FALSE s1 s28CIN1 ANY_SIMPLE ENO TRUE FALSE d ANY_SIMPLE 2 hd 1 MAXIMUM MAXIMUM_E lt 16 32 lt
124. _ 20m 1 7 U 2En ii 2 3 sR hs EE HH 30 GO Ei Ni EE a 45H E 5 5 gt a 7 6 OMWUD 7 SM701 OFF 0OW 7 27 79 CE REAL_ O_STR REAL_TO_STRCE 2 a 1 5 2 2 4 10 20H 2EH 45H E 13
125. COUNTER_FB_M_1 FBD GOUNTER FB_M 1 COUNTER_FB_M var_ MD NalueOut var D10 10 Preset Statius var M10 1 0 Valueln M15 RST EN ENO d COUNTER FB_M1 Coil Coil ST COUNTER_FB_M_1 Coil Var_MQO Preset 10 Valueln 0 ValueOut Var_D10 Sta tus Var_M10 RSTC M15 COUNTER_FB_M_1 CoilD OFF ON FBD 15 COUNTER_FB MInst Ne 1 5 GOUNTERFBM 2 var 8 Wal ier D10 10 set Sia var M10 0 Sm 1 ST COUNTER_FB_M_Inst Coil Var_MO Preset 10 Valueln 0 ValueOut Var_D10 Status Var_M10 3 ON Var MO OFF Var_D10 1 3 Var_ M10 OFF EE 277 5 219 77 4 TPCB TP_HIGHCB 5 72 2 7 7
126. 7 7 1 GX Works2 GX Works2 GX Works2 GX Works2 Version 1 USB GX Works2 GX WorKs2 GX Works2
127. FALSE gt On TRUE gt i 32 1 EN ENO 2 EN ENO TRUE 1 ENO FALSE 5 8 7 7 2 7 7 BOOL_TO_WORDCE BOOL_TO_DWORDCE BOOL_TO_WORDCE BOOL TO_ DWORDC E 1 16 a EN ENO BOOL_TO_WORD FBD gbooH B99 OWNORD BOOL ST g WOrd1 BOO
128. TRUE TRUE 1 ENO FALSE DWORD_TO_INT CE 32 16 16 7 51 22 22 DWORD_TOJINTCBE DWORD_TO_DINTCE DWORD_TO_INTCE DWORD_TO_DINTCE 1 1 1 32 a EN ENO DWORD_TO_INT
129. 16 32 1 TIME_TO_WORD TIME_TO_WORD_E 16 S TH1s234ms 1234H 16 2 16 16 1 7 5 110 51 38 BE rT Kk FEE LEIAN HEE HH HEEL EY kN TIME_TO_WORDCE TIME_TO_DWORDCE 3 TIME_TO_DWORD TIME_TO_DWORD_E 32 T 20m34s567ms gt 1234567 32 1 EN ENO 2 EN ENO
130. 1 17549 38 0 1 17549 38 3 40282139 4100 3 40282138 _ a EN ENO REAL_TO_STR FBD ST g string1 REAL_TO STR greal REAL_ REAL_TO_STRCg_real1 b EN ENO REAL_TO_STR_E a kBD REAL jfe STR_ E EN ST String El ENO box SB 6 g real1 g_ bool3 REAL_TO_STR_ECg_bool1 g_real1 g_string1 5 54 7 7 79 WORD_TO_BOOLCE DWORD_TO_BOOLCE 7 16 32 WORD TO BOOL E DWORD TO BOOL E ED CD CE OS WORD_TO_BOOL E DWORD_TO_BOOL _E _E EN ENO FBD i ST WORD_TO_BOOL WORD_TO_BOOL_E DWORD_TO_BOOL DWORD_TO_BOOLE EN TRUE FALSE sC WORD _DWORD 16 32
131. 16 32 1 STR_TO_WORD STR_TO_WORD_E 16 0000 0012 12H 16 7 5 84 27 2 KF TK EEL EI kN CEI KH FEEL Ek STR_TO_WORDCE STR_TO_DWORDCE 2 STR_TO_DWORD STR_TO_DWORD_E 32 00000000 OH Wms 32 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE
132. 2 EN ENO TRUE FALSE 1 ENO FALSE a BITARR_TO_INTCE BITARR_TO_DINTCE 0 8 a EN ENO BITARR_TO_INT 24 FBD BITARR To NT ee gbox 5H O Ba g jnt1 SS ST g_int1 BITARR_TO_INT g_bool4 0 8 b EN ENO BITARR_TO_INT_E 264 7FB5 ghbooll BITARR_TOINTE EN sg bool2 g boold 0 Bf gint1 8 0 STJ g_bool2 BITARR_TO_INT_E g_bool1 g_bool4 0 8 g_int1 A 7 51 39 Ey EN DK FFE BLK FEEL EY kN 76 HL INT_TO_BITARRCE DINT_TO_BITARRCE 2 7 40
133. MELSEC Q MP MELSEC Q L MELSEC Q L QnA a 2 3 NN 5 1 PID _ _ a SEG CPU PID SFC SFC MELSAP3 1 E
134. ON VarMO OFF Var_D10 1 Var_M10 OFF 4 TIMER_CONT_FB_M ON x10ms x100ms ON FBD 4 THMER_ GONT FB MInst 5 TIMER_GONT_FB_M n yar_ lk 0 walueOut war D10 200 gt Status var M0 aluein 1 ST TIMER_CONT_FB_M_Inst Col Var_MO Preset 200 Valueln 0 Value Out Var_D10 Status Var_M10 TIMER_10_FB_M Var MO OFF Var_D10 Var_M10 OFF 512 5 233 5124 5 234 19 6 2 DP R DERR 6 13 9 SR De ee 6 16 6 1 ADD 6 7 6 7 7 ADD EE CD CE OO ADD FBD sT FBD sT
135. a WORD_TO_DWORDCE 16 32 a EN ENO WORD_TO_DWORD FBD WIORD_TO_DWOGRD WIORD sg dword1 g word1 STJ gdWOrd1 WORD_TO_DWORD g_word1 b EN ENO WORD_TO_DWORD_E FBD gboolf 5 WORD_TO_DWORD E EN ENO a g word1 WORD ST g bool3 WORD_TO_DWORD_Eg_bool1 g_word1 g_dword1 7 27 29 76 32 WORD_TO_DWORD 5 65 DWORD_ O_WORDCE 7 32 a 16 DWORD_TO_WORD E el DWORD_TO_WORD CE _E EN ENO FBD i ST DWORD_TO_WORD _ DWORD_TO_WORD_E ENO
136. 5 5 1 lt 5 234 5 1 5 2 5 1 1 5 2 5 1 2 5 5 5 1 3 16 32 5 7 5 1 4 ee 5 10 5 1 5 5 12 5 1 6 5 14 5 1 7 5 16 5 1 8 5 19 5 1 9 882 5 1 10 5 25 5 1 11
137. EE EE 12345678 gt TRUE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 9 CE DINT_TO_BOOL INT_TO_BOOL 7 27 Z HBG BH EE BEA 9 17 INT_TO_BOOLCE DINT_TO_BOOLCE INT_TO_BOOLCB DINT_TO_BOOLCE 1 a EN ENO INT_TO_BOOL FBD om SS 7 NI oT E amp IntT rg boo t1 INT hool1 STJ g_bool1 INT_TO_BOOL g_int1 b EN ENO
138. 27 7 R_TRIGCE OFF ON 1 ON a EN ENO R_TRIG FBD 5 RTRIG Inst 0 R TRIG g hool1 S Og bool2 ST R_TRIG_Inst CCLK g_bool1 Q g bool2 b EN ENO R_TRIG_E FBD 6 R TRIG_E Irst rs XO RE EN OY20 g hool1 g bool2 STJ R_TRIG_E_Inst EN X0 CLK g_bool1 Q g bool2 ENO Y20 R_ RIGCE 7 5 205 7 7 _ FTRecB 7 F_TRIG _E EE CD CE OE F_TRIG E _E EN ENO FBD ST F_TRIG_E IF TRIG_E IEN Ss ENO d EN TRUE FALSE scC_ CLK ENO TRUE FALSE d Q 4 OFF 1 ON
139. 5 211 CTUDCB i 5 214 n 9 COUNTER_FB_M 9 8 0 5 218 7 B 0 ON 5 220 TP_HIGHCE n PF TONCE ON 5 223 TON_HIGHCB ND 8 a OFF 5 226 TOF_HIGHCB TIMER_10_FB_M TIMER_100_FB_M TIMER_HIGH_FB_M ON 5 229 TIMER_LOW_FB_M 9 o TIMER_CONT_FB_M TIMER_CONTHFB_M
140. STR TO_BOOL E el STR TO BOOL E _E EN ENO FBD ST STR_TO_BOOL STR_TO_BOOL_E EN TRUE FALSE sCSTRING 1 5 ENO TRUE FALSE d a 0 FALSE 0O TRUE ey gt TRUE 7 EE 572Z gt STR_TO_BOOLCE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE
141. 7 27 75 REAL_TO_INTCB REAL_TO_DINTCE 2 REAL_TO_DINT REAL_TO_DINT_E a 16543521 0 16543521 b MELSEC Q L F c 1 2147483648 2147483647 1 EN ENO 2 EN ENO
142. FBD GONGAT g string1 g stringd g string2 ST g_string3 CONCAT sS _string1 g_string2 b EN ENO CONCAT_E FBD 2 Wt EE RD Le A boos 1 CONCAT_ EN EN g string1 g string2 ST g_bool3 CONCAT_E s_booll g_string1 g_string2 g_string3 5 176 57 XFIT Z 2 INSERTCE INSERT E 5 Ce P 5 CT INSERTCE _E EN ENO FBD ST INSERT INSERT_E INSERT_E EN ENO Hh d s2 n EN TRUE FALSE s1CIN1 5 2 IN2 255 nCP ENO TRUE FALSE d 255 El 4 4 1 n
143. 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE 0 4140 0 20 EEN 21024 lt 4141 a EN ENO FBD 2 1 REAL_TO_LREAL 1 g real1 g lreal1 STJ sg lIreal1 REAL_TO_LREAL g_real1 b EN ENO FBD gbooH REAL TO_LREALE EN ENQ g hoo g real1
144. 32 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE 7 7 72 GE BL EGE FEED Ek 5 33 CB DINT_TO_DWORD INT_TO_DWORD INT_TO_DWORDCE DINT_TO_DWORDCE INT_TO_DWORDCE DINT_TO_DWORDCE 1 2 5 34 32 a EN ENO INT_TO_DWORD FBD i i i i i IN 3 INT_TO_DWORD g int1 STJ g_d
145. TRUE TRUE FALSE FALSE 1 1 ENO FALSE DD a TIME_TO_DWORD TIME_TO_WORD 7 27 29 FB TK FEE ERIN 7 HB GE EY kA v 111 TIME_TO_WORDCE TIME_TO_DWORDCE TIME_ TO_ WORDC E TIME_TO_DWORDCE 1 16 a EN ENO TIME _TO_WORD FBD TME TO WoRD 1 gtime1 WME word1 STJ g WOrd1 TIME_TO_WORD g_time1 b EN ENO TIME_TO_WORD_E gbooH ED EN ENO gboo8 gtime1 sg word1 ST g bool3 TIME_ TO WORD E g_bool1 g_time1 g_word1 2 32
146. 1 EN ENO 2 EN ENO 5 82 7 TRUE TRUE FALSE FALSE 1 1 ENO FALSE 20H 00H 7 29 0 STR_TO_REALCE 30H 39H 4100 2EH 2 4100 45H CE 2BH 2DH 4100 3 40282 39 1 17549 38 0 1 17549 39 _ 3 40282 38
147. n T 5s 5 EN ON OF OFF ENO oFF 1ON ON OFF OFF 0 Xo 1 2 3 4 5 KK 0 3 1 lt 2 3 N 0N N 0FF G 0FF N 0W ON ON N 0N 0ON OFF i TP CE ON 10 ON a EN ENO TP FBD 16 PE ghool1 g bool2 10s g time1 ST TP_Inst IN g_bool1 PT T 10s Q g bool2 ET g timel b EN ENO TP_E FBD ghool1 ghoo 2 T 10 g time1 ST TP_E_InstCEN MO IN g_bool1 PT T 10s Q g bool2 ET g_time1 ENO M10 5 222 512 5121 TONCE TON_HIGHC_E 7
148. DINT_TO_INTCE 16 16 DINT_TO_INT _E 5 a EN ENO DINT_TO_INT FBD 5 DINT_TOINT gint1 DINT g int1 DINT_TO_INI ST s_int1 DINT_TO_INTC s_dint1 b EN ENO DINT_TO_INT_E FBD riboold ss sa DINILTOINTE 1 1 EN NN boo gdint1 gint1 ST g boo3 DINT_TO_INT_E g_bool1 g_dint1 g_int1 7 27 9 15 INT_TO_BOOLCE DINT_TO_BOOLCE 7 INT_TO_BOOL E DINT_TO_BOOL E EE CD CD OE INT
149. ENO TRUE FALSE d 4 amp YY CE 1 og ae 1 WORD_TO_BOOL WORD_TO_BOOL_E 16 0H FALSE OH TRUE Or gt FALSE 1567 TRUE 16 7 5120 EEE EY kN 76 FFE EY kA 32 5 55 WORD_ TO_BOOLCE DWORD_TO_BOOLCE 2 DWORD_TO_BOOL DWORD_TO_BOOL_E 32 OH FALSE OH TRUE Or gt FALSE 12345678 TRUE
150. TRUE TRUE FALSE FALSE 1 ENO FALSE 7 5 117 51 41 Es ENOIE 5 CPY_BITARRCE a CPY_BITARR _E num1 12 num2 a EN ENO CPY_BITARR FBD ST g_bool5 num2 CPY_BITARRCg_bool4 num11 12 b EN ENO CPY_BITARR_E FBD ST g boolI2 CPY_BITARR_E g_bool1 g_bool4 num1 12 g_bool5 num2 5 118 7 51 41 EAENDOIE GET_BIT_OF_INTCE 7 GET BIT OF INT E el GET_BIT_OF_INTCE _E EN ENO FBD ST GET_BIT_OF_INT GET_BIT_OF_INT_E TE ENO iGET_BIT OF_INT EEN sn d EN TRUE FALSE
151. 00H 255 255 INSERTCE 2Z 3 9 177 INSERTCE n 4 6 ABCDE gt ABC123456DE 1 42M 41n 42HB 41mA 1 2 44WCO 43WC n 31N1 43MC 2 9 00 45E 4 33H 3 32n 2 3 35 34M 4 44ID 36I6 5 123456 00 45E 6 1 32 31m 2 34 4 33 3 366 35w 4 00 2 0 255 3 n
152. FBD 3 g ot BOOL TO_TMEE la a g bool2 DD gtime1 STJ g boo 3 BOOL_TO_IIME_E g_bool1 g_bool2 gtime1 7 2 72 Ey kL FT y11 INT_TO_DINTCE 7 INT_TO_DINTCE el INT_TO_DINTCE _E EN ENO FBD ST INT_TO_DINT INT_TO_DINT_E EN TRUE FALSE SINTD ENO TRUE FALSE d 1234 2 1234 5 12 7 7 2 INT_TO_DINTCE 1 EN ENO 2 EN ENO
153. SUBR 67 67 2 6 7 DIV 6 7 4 DIV el DIV FBD sT FBD sT BI ANY_NUM d ANY_NUM 4 E 5 3 4 0 0 4100 6 8 67 67 2 DIV FBD ss Dv g dint1 g dint3 g dint2 STJ g dint3 g_dint1 g_dint2 DIV 67 67 6 9 MOD 6 7 MOD el MOD FBD ST i dssi oD is2 3 SP ANY_HINT s2
154. 4100 0 24 4100 a EN ENO STR_TO_REAL FBD STR_TO_REAL gstring gl TRING 3 real1 STJ greal1 STR_TO_REAL g_string1 b EN ENO STR_TO_REAL_E bo BDD gbooll gstring1 RING Ne 1 J STR_TO_REAL ST g bool3 STR_TO_REAL_E g_bool1 g_string1 g real1 7 0 57 29 gt STR_TO_WORDCE STR_TO_DWORDCE 7 16 32 STR_ TO WORD E STR_ TO DWORD E STR_TO_WORD _E STR TO DWORD E EN FBD i ST _TO_WORD STR_TO_WORD_E i _TO_DWORD STR_TO_DWORD_E EN TRUE FALSE SCSTRING 8 ENO TRUE FALSE wf d
155. s1 s28 ANY_NUM UL di ANY_NUM 5 3 1 ADD 6 2 67 67 7 MM ADD FBD STJ g_dint3 g_dint1 g_dint2 ADD 67 67 7 MM 6 3 MUL 6 7 2 MUL EE CD CE OE ET MUL FBD sT FBD sT s1 s28 ANY_NUM di ANY_NUM 5 3 2 MUL 6 4 67 672 MUL
156. 2 8 2 4 0 16 0 v 2 e MELSEC Q L F 5 146 29 232 6 EXPTCE 1 EN ENO EN ENO 2 a TRUE FALSE 1 ENO FALSE
157. 6 13 XOR XOR NOT OS FBD ST 2 a a 0 8 _ 6 16 gt E E2 29 2327 9 0 KONNLMNNNAN 9 3 2 SGD ECRA eS 3 8 7 CPU 1 a
158. 32 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 5 56 27 27 20 7 kN 22 WORD_TO_BOOLCE DWORD_TO_BOOLCE WORD_ TO _ BOOLC E DWORD_TO_BOOLC_E 1 16 a EN ENO WORD_TO_BOOL FBD a WORD TO_BOOL g word1 ORD sg bool1 ST sg _bool1 WORD_TO_BOOL g_word1 b EN ENO WORD_TO_BOOL_E
159. d ANY_BIT 1 16 3 4 BCD 2 9999 gt 9999H 16 D 20H 20H c 20H 30H 0 1 d 30H 39H 20H 00H 7 5 91 51 32 XFL BCD STR_TO_BCDCE e 4 0 4 4 BCD 0 1 00017 4 4
160. 1 7FFFH 0002H 8001H 32767 2 32766 0 8000H FFFEH 7FFEH b ADD_E ENO TRUE 2147483647 2 2147483647 1 FFFFFFFH 0002H 80000001D 2147483648 2 2147483646 0 80000000H FFFEH FFFFFFED 5 lt MELSEC Q L F 1 EN ENO 2 EN ENO
161. 2 SM701 OFF 00H 3 1 BIN 20H 2DHC b 20H 5 108 7 27 3Z KFIL TIME_TO_STRCE 1 EN ENO 2 EN ENO a TRUE FALSE 1 ENO FALSE MC BINDA SM0 ON SDO
162. 5 105 E_TO_DINTCB S E_TO_STRCEB 5 108 E TO_WORDCE 16 32 5 110 E_TO_DWORDCE MO Sn 16 4 gt j BITARR_TO_DINTCB IE 32 INT TO BITARRCB 8 16 5 115 32 nh DINT_TO_BITARRCE o n CPY_BITARRCE n 5 117 GET_BIT_OF_INTCB n 5 119 SET_BIT_OF_JINTCB o n
163. 5 126 7 32 Var_D10 16 GET_INT_ADDR FBD STJ Var_D100 GET_INT_ADDR Var_D10 7 2 ABSCE 7 ABS _E EE CD CE OO ABS _E _E EN ENO FBD ST ABS_E EN TRUE FALSE SCIN ANY_NUM ENO TRUE FALSE d ANY_NUM 4 YY ABS _E 1 A B 6 2 22
164. FBD gdword1 ST gint1 DWORD_TO_INT g_dword1 b EN ENO DWORD_TO_INT_E FBD g hoo gndwornl1 DORD Wa ST g bool3 DWORD_TO_INT_E g_bool1 g_dword1 g_int1 2 32 5 a EN ENO DWORD_TO_DINT g FBD DWORD_TO_DINT gdword1 DWORD g dint1 ST g_dint1 DWORD_TO_DINT g_dword1 7 5 63 5 1 22 7 7 kU 22 WORD_TO_DWORDCE 7 16 32 WORD_TO_DWORD _E EE CD CE OE WORD_TO_DWORD _E _E EN ENO FBD ST EN TRUE FALSE s WORD 16 ENO
165. FBD ST MELSEC Q L F FBD ST 4 4 9 5 2 5 a Rs 5 127 5 3 os a se Sa ea oi 5 131 524 02 5690 busyt21 5 152 5 SS ES ES tS 5 15 7 5 6 ei RE 5 169 SS GO EES32820886 5 172 5 8 LE ER 5 186 ek A ER 5 197 5 2 5 203 5 2 0 2 522 7 5 208 5 12 SR 2200Ye 5 22
166. IS 63S 5 200 RT 9 a 5 203 S NN 5 157 SETBIT ORINTE ED ea 5 121 1 5 197 SPIENMIMS 1151 5 5 91 S3RE IMGS1B19 9 5 75 ROBIN SGDZDP 5 77 STRETO DWORD EE SRR 5 84 SR NT ine 5 77 STRTOREALCE GSS 5 80 STRIOIMEC ES Se 5 88 RNORD CE kit 5 84 URANO Nv 6 6 UB ER 5 137 SHRM Se 5 189 T TIME TO_BOOLCE SAO 5 103 TMETODIN CE SN 5 105 TIME_TO_DWORDCE 5 110 TIME TOMNECE ANAN 5 105 ME ORC SO 5 108 TIME_TO_WORDCE ej 5 110 TOF_HIGHOE 5 226 TO oe 5 226 TONMIGHCE oS 5 223 ON dN 5 223 RAIGHCE RS SN 5 220 ECR 5 220 W WORDSTO RO CR 5 55 WORD TO DC BE Re 5 58 WORD_TO_DWORDCE i 5 64 WORD ON Ea 5 58 WORD TOSIR CE eS 5 69 WORDTOMTIMEC ES RS 5 72 X NO 6 13 NORE 5 152 6 6 RE CN EE 6 16 I 6 13 ER ORO er 6 4 5 6 11 A NC 6 2 SNS DS 6 16 PCO 6 16 RTD GRO 6 8 OREO NER 6 16 RE NE ER ARR 6 16 RE EN 6 16 2 7 kk 2 8 2 7 ikki 2 3 Et 2 1 kk 2 2 3 2 NR 4 1 gt 2 5 2 8
167. s1CMN ANY_SIMPLE 5 s2CIN ANY_SIMPLE s3CMXO ANY_SIMPLE ENO TRUE FALSE d ANY_SIMPLE 4 YY 1 16 32 lt a gt LIMITATIONCE b c 22 223 5 163 LIMITATIONCE 5 164
168. 4100 1 BCD a EN ENO INT_TO_BCD 7 FBD INT_ To Bop gn INT sg word1 STJ g WOrd1 INT_TO_BCDCg_int1 b EN ENO INT_TO_BCD_E 2 PB gbooli INT TO_BCD E EN g int1 ST g_ bool3 INT_TO_BCD_E g_bool1 g_int1 g_word1 2 BCD GO 88 a EN ENO DINT_TO_BCD ge FBD 1 plNT TO_ BCD gdimi DINT gdword1 ST g dword1 DINT_TO_BCD g_dint1 7 5119 IBGE BH FFE CO 5 37 INT_TO_IIMECE DINT_TO_TIMECE 7 7 INT_TO_TIMEE DINT_TO_TIMECE EE CD CE OE INT_TO_TIME _E DINT_TO_TIME E EN FBD i ST INT_TO_TIME INT_TO_TIME_E DINT_TO_TIME DINT_TO_TIME_E EN
169. 5 140 MODCE 5 143 KE JHFhT AA 1 1 OO _E EN ENO UN 2 28 RE DFE ED Eh Eh JN JN JN JN Nn IEEE 1 JN 7 7
170. ENO TRUE FALSE d 16 32 YY Sm me 1 INT_TO_BCD INT_TO_BCD_E oP a BCD a 9999 gt 9999H 16 32768 16384 8192 4096 2048 1024 512 256 128 64 32 16 8 4 2 1 9999 010 11 1010 1 111 10 10 10 0 1 11 11 11 L_ 0 1 BC 8000 4000 2000 1000 800 400 200 100 80 40 20 10 8 4 2 1 99999 11010 1111010111110101111101011 b 0 9999 7 5119 HEHE BH 2C 5 35 INT_TO_BCDCE DINT_TO_BCDCE 2 DINT_TO_BCD DINT_TO_BCD_E a BCD
171. FBD DINT TO_REAL a gdint1 BIN g reall ST greal1 DINT_TO_REAL s_dint1 7 57 9 gt INT_TO_LREALCE DINT_TO_LREALCE 7 INT_TO_LREAL E DINT_TO_LREAL _E Basic Process Rare Universal LCPU INT_TO_LREAL _E DINT TO LREAL E EEN FBD i ST INT_TO_LREAL INT_TO_LREAL_E DINT_TO_LREAL DINT_TO_LREAL_E EN TRUE FALSE SCINT _DINT ENO TRUE FALSE d 4 E 1 INT_TO_LREAL INT_TO_LREAL_E S 2 DINT_TO_LREAL DINT_TO_LREAL_E
172. QCPU QCPU CPU CPU 0 1ms 100ms QCPU LCPU 0 01ms 100ms n 0ms T 327670ms 1 EN ENO n T 5s 5 S oF 0OFF n ON OFF 2 EN ENO 5 TRUE FALSE n T 5s 5 ON i 1 iON iON i iON 1 iON 1 1 1 ES TOF_HIGH OE EN ON OFF EN ON ON 5712 5123 5 227 ToFCB TOF_HIGHCE TOFCE O
173. S1 CU Ss2 CD S3 RESET Ss4 LOAD n PV ENO TRUE FALSE d1 QU d2 QD d3 CU 1 OFF ON 1 OFF ON 1 RN 0 ON n ON ON ON n 2 n 32768 32767 0 ON 5 214 277 77 9 CT
174. s2CINO ES sSCN NUM 3 ENO TRUE FALSE d ANY YY 1 FALSE TRUE pe 55 7 o 157 SELCE FAGE 6 OUT 1234 _INo 9 1 5678 2 3 16 32
175. i 584 SRCE 9 97 SR E EE CD CE OE SRCE _E EN ENO FBD ST SRE SR_E EN s1 s2 ENO d 3 EN TRUE FALSE BE s1CS1 s2 RESET Eb ENO TRUE FALSE dQ1 YY SR _E ON SET OFF ON RESET ON ON RESET 29 5 197 297 SR E 1 EN ENO ON D OFF ON SET RESET 2 EN ENO
176. 16 7 5 72 5126 GEL EI kN GE HL FBT EY I 32 WORD_TO_IIMECE DWORD_TO_TIMECE 2 DWORD_TO_TIME DWORD_TO_TIME_E 32 S OH THOms 1234567 gt T 20m34s567ms 32 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE CB CE DWORD_TO_TIME WORD_TO_IIME 7 5126 EBEED EI kN 76 FFE EY kA 32 5 73 WORD_ O_TIIMECE DWORD_TO_TIMECE WORD_TO_T
177. DWORD_TO_WORD ST g WOrd1 DWORD_TO_WORD g_dword1 b EN ENO DWORD_TO_WORD_E FBD H i i i i ST g bool3 DWORD_TO_WORD_E g_bool1 g_dword1 g_word1 5 68 7 51 24 2 7 76 WORD_TO_STRCE DWORD_TO_STRCE 7 25 16 32 WORD TO STR E DWORD _TO_STR _E WORD_TO_STRCE DWORD TO_STR _E _E EN ENO FBD i ST WORD_TO_STR WORD_TO_STR_E DWORD_TO_STR DWORD_TO_STR_E EN TRUE FALSE sCWORD _DWORD 16 32 ENO TRUE FALSE d 4 8 0 2 es nS gS 1 WORD_TO_STR WORD_TO_STR_E Sa a 16
178. TRUE FALSE 1 ENO FALSE 5 154 54 7 AND_E OR_E XOR_E NOTCE AND_E OR E XOR E NOTCE 1 16 FBD 1 STJ g bool2 AND_E sg bool1 g_word1 g_word2 gs _ word3 2 16 FBD 1 STJ g bool2 OR_E g_bool1 g_word1 g_word2 g_WOrd3 3
179. ww ys CTU CE ghool1 Q sboo ghboo2 6 es 1 g int1 PV 52 Sa ST CTU_Inst CU g_bool1 RESET g_ bool2 PV g_int1 Q g_ bool3 CV g_int2 b EN ENO CTU_E FBD GTUE Inst MOO RN M1 1 ghool1 g bool3 ghoo gint2 gin ST CTU_E Inst EN M10 CU g_bool1 RESET g bool2 PV g_int1 Q sg bool3 CV g_int2 ENO M11 9 5 210 277 77 7 CTDCE 7 7 CTD E EE DC CE CO CTDCE _E EN ENO CTD_E FBD ST EN TRUE FALSE Ss1 CD Ss2 LOAD 5 n PV ENO TRUE FALSE d1 Q d2 CU
180. 1 255 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE 17 5Z 2 2240 Z3 INSERTCE INSERTCE a EN ENO INSERT FBD INSERT g string1 gg stringd g string2 gint1 ST g string3 INSERTC g_string1 g_string2 g_jint1 b EN ENO INSERT_E
181. 1 EN ENO OFF OFF OFF OFF OFF OFF OFF ON iOM iON iON iON iON OFF OFF ON d OFF 5 206 270 7Q92 F_TRIGCE 2 EN ENO ON ON ON ON ON EN oFF ON ON ON ON ON ON 3 oF ENO OE EN 0ON EN 0OFF ON 0FF A F_TRIG _E ON OFF 1 ON a EN ENO F_TRIG FBD 7 FTRIG Inst a F_TRIG bool1 g bool2 my a ST F_TRIG_Inst _ CLK g_bool1 Q g _ b
182. 2147483648 2 2147483646 0 80000000H 0002H 7FFFFFFEH 4 MELSEC Q L F 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 29 22 SUB_E SUB_E
183. 32 SM701 OFF 00H 5 100 7 7 22 BCD KFA BCD_TO_STRCE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE a 16 BCDDA 32 DBCDDA SM0 ON SD0
184. 42B 41H 2 44MOD 43MO 46F 45 2 32M2 31 5 nm 5 9 ABCD45 42IB 41H A 44HD 43H C 35H 34n 4 00H 1 2 3 4 2 0 255 3 n1 0 255 4 n2 1 255 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE
185. 760 8654 1 1 8 810 8686 2 12 1 oo 092 721 2247 FA FA www MitsubishiElectric co jp fa CAD FA FAX 9 00 lt 19 00 9 00 17 00 MELSEC Q L QnA A 052 711 5111 MELSEC F FX F 052 725 2271 2 052 712 2578 052 712 2579 MELSOFT MELSOFT GX
186. FBD 2 gbooli ee INSERTE EN ENO g string1 ST g_bool3 INSERT_E g_bool1 g_string1 g_string2 g_int1 g_string3 INSERTCE 2Z Z2 5 179 DELETECE DELETE _E DELETE _E _E EN ENO FBD ST E 3 DELETE DELETE_E DEEETE_EI EN ENO 8 er n1 n2 EN TRUE FALSE SIN 255 n1CLD n2CP ENO TRUE FALSE d 255 4 1 n1 n2 5 57 XFIT 20 574 XXFANONK ETECE n1 n2 5 8 gt 1
187. INT_TO_BOOL_E FBDJ STJ g_bool3 INT_TO_BOOL_E sg bool1 g_int1 g_bool2 2 a EN ENO DINT_TO_BOOL FBD NEE Gi gdint1 BN sg booll STJ g_ bool1 DINT_TO_BOOL g_dint1 5 18 7 7 7 INT_TO_REALCE DINT_TO_REALCE 7 INT_TO_REAL _E DINT_TO_REAL _E el INT_TO_REAL _E DINT TO_REAL E AI FBD ST INT_TO_REAL INT_TO_REAL_E DINT_TO_REAL DINT_TO_REAL E EN TRUE FALSE sCINT _DINT ENO TRUE FALSE d ES 2 la a C1 INT_TO_REAL INT_TO_REAL _E W WM 2
188. CPY_BIT_OF_INTCE 7 CPY BIT OF INT E EE CD CE OE CPY_BIT_OF_INTCE _E EN ENO FBD ST CPY_BIT_OF_INT CPY_BIT_OF_INT_E EI EN s n1 n2 d EN TRUE FALSE S n1 0 15 n2 0 15 ENO TRUE FALSE d 4 YY E n1 n2 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE
189. ENO TRUE FALSE d YY 1 OD T 1d2h33m44s55ms 1 2 33 44 55 T 2ms 2 2 T 1d2h33m44s55ms T 2ms gt T 1d2h33m44s57ms 2 2896 7 JM ADD_TIMECE 3 ADD_TIME_E ENO TRUE TH24d20h31m23s647m HH2ms gt T 24d20n31m23s647m 7FFFFFFF 000000020 0000001 1 1 24d20h31m23s648ms T 2ms gt TH24d20h31m23s646ms 80000000m FFFFFFFE 7FFFFFFEI 0
190. lt FBD 4 is EE XOR g word1 g word word2 STJ g_WOrd3 g_ word1 XOR g_word 6 14 62 6 27 4 8M 8 AND amp OR XOR NOT 4 16 FBD 5 a 0 g word1 g_ word2 STJ g_ WOrd2 NOT g_word1 AND amp OR XOR NOT 62 6 7 8 EE GT GE EQ LE LT NE gt gt lt lt lt gt 6 S 6 7 GT GE EQ LE LT NE gt gt gt EE DD CD CE OE ET GT GE EQ LE LT NE AAV Il V FBD sT GT LE FBD i ST i d s1 s1 s28 LANY_SIMPL
191. 1 5 2 mr 2655 16 6H Se 45H E 2EI 20M D 20H 2DH c 6 3 9 OO Ou 598 3 7 9 90H 5 d 30H O 1 3 66REH tt 30n 0 5 2BH 2DH 1 30H 0 13 2 EE2E3I485168EIHONT i 30H 0 3 SM701
192. 1 EN ENO 7 EG 7 78 gt CE LREAL_TO_REAL LREAL_TO_REALCE 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE 0 4140 0 2 1022 lt lt 21024 2128 lt 4141 a EN ENO FBD LREAL_T
193. 5 105 5 1 37 ee 5 108 5 1 38 16 WE ES RIE SE 5 110 5 1 39 16 2 EK NIMEPRtSAeeeeene 5 113 5 1 40 16 32 tteerteezt 5 115 5 1 41 RR RR SRE GE CES 5 117 5 1 42 5 119 49 5 woeyrinel92nuwuvsueSkooa 5 121 5 1 44 ee 5 123 5 1 45 FR EK PP 5 125 5 2 5 127 5 2 1 a a SD ES SD SN RS SS a 5 127
194. 8 99999999 99999999 32 99999999H 1101011111010111110101111101011111010111110101111101011111010 1 Ab DINT QR GRQRSSQSQSS So mo 6 SSS SS ooce o 5 JJ JJ eu JJ JeJGJ SSJ JJ SSJS SS SS SS JJ UU 99999999 0101010101110111111111110111011111111101010 010I1I1ITITITTTITTI 0 16 0H 9999H 0 9 32 a OH 99999999H 0 9 OO c 16
195. B 2 5 2 gt 2 1 2 0 23 25 5 143 MODCE 1 EN ENO 2 EN ENO IS TRUE TRUE FALSE FALSE 1 ENO FALSE 5 144 29 222 MODCE 0 0 4100
196. EN g bool3 A g word1 ORD 5 boob ST g bool3 WORD_TO_BOOL_E g_bool1 8_word1 g_bool2 2 32 3 EN ENO DWORD_TO_BOOU 3S FBD eg ii ICE DWORD TO BOOL gdwor1 DORD rg booll ST g bool1 DWORD_TO_BOOL g_dword1 7 5120 EEE EY kN 76 FFE EY kA 32 5 57 WORD_TO_INTCE WORD_TO_DINTCE 7 7 16 WORD TO _INT E WORD_TO_DINT E ED CD CE OE WORD_TO_INTCE WORD TO_DINT E EN FBD ST _TO_INT WORD_TO_INT_E TO_DINT WORD_TO_DINT_E EN TRUE FALSE s WORD 16 ENO TRUE FALSE d 4 YY 1 WORD_TO_INT
197. MUL_E x FBD 2 gbooli a MULE 1 1 N O sg bool3 gdint1 gdintd gdint2 ST g_bool3 MUL_E g_bool1 g_dint1 g_dint2 g_dint3 322 SUB_E SUB_E el SUB E _E EN ENO FBD ST 8 EN TRUE FALSE S1CIN1 6 5 s2 IN2 ANY_NUM ENO TRUE FALSE d ANY_NUM ES lt 1 uu 12345 6789
198. STR_TO_BOOLCE 5 75 STR_TO_INTCE Aa 5 77 STR_TO_DINTCE STR_TO_REALCE 5 80 STR_TO_WORDCE 16 32 5 84 STR_TO_DWORDCE 99 STR_TO_TIMECE 5 88 STR_TO_BCDCE BCD 5 91 BCD_TO_INTCE BCD BB 5 96 BCD_TO_DINTCB 0 BCD_TO_STRCE BCD 5 100 E_TO_BOOLCB 5 103 E_TO_INTCE 1 6
199. TRUE FALSE d 32 4 16 32 16 0 5678H gt 00005678 16 32 7 5 64 5123 BEE EY AN NEE Kk EGE EY IAN 32 WORD_ O_DWORDCE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE
200. TRUE FALSE FALSE 1 1 ENO FALSE 2Z Z7 FAN OH 5 173 MIDCE MIDCE MIDCE7 MIDR MELSEC Q L a EN ENO MID FBD MD 1 gstring1 g string2 i g int1 A gint2 EN STJ g string2 MID g_string1 gint1 g_int2 b EN ENO MID_E FBD 2 booli MD E 5 EO 2 booH gstring1 g string2 g_int1 i gint2 ST g_ bool3 MID_E g_bool1 g_string1 g_int1 g_int2 g_string2 5 174 57 XFIT 571 XXFANOMH C
201. d ANY_NUM 3 YY 1 x x x x et 2 3 s 2 28 5 134 29 32 MUL_E 4 a MUL_E ENO TRUE
202. kk 2 6 kk 2 5 2 7 kkk 2 5 2 6 SNS ER 3 3 kb 2 6 2 8 5 2 8 kk 2 6 3 4 1 N
203. n FALSE c EQ_E S amp S m 1 n 1 9 TRUE q 1 qm FALSE d LE ECE S S S S m 1 Om n 1 TRUE q 1 gt qm FALSE e LT_E lt amp amp amp 1 n n 1 nm TRUE q 1 m FALSE NE_E lt gt TRUE FALSE 2 16 32 3
204. 227 5 127 BS a 3 32768 2147483648 2147483648 ABS_E ENO TRUE MELSEC Q L F 1 EN ENO EN ENO 32768 2 TRUE FALSE 1 ENO FALSE
205. TP E TP_HIGH E el TP CE TP HIGH E _E EN ENO EE TP_HIGH_E EN TRUE FALSE S IN n PT ENO TRUE FALSE d1 Q d2 ET 4 YY ON n ON ON OFF OFF OFF OFF 5 220 512 5121 TPCE TP_HIGHCE 1 TPCE 1ms 1000ms PC PC h 0ms T 3276700ms 2 TP_HIGHCE
206. 0 32767 e 32768 32767 0 5 TIMER_CONT_FB_M TIMER_CONTHFB_M 8 ON ON TIMER_CONT_FB_M TIMER_CONTHFB_M 2 x1 1000ms x1 1000ms ON b OFF ON OFF ON c TIMER_LOW_FB_M TIMER_HIGH_FB_M d 0 32767 e 32768 32767
207. 34M 33 2 44D 43M 3 00H 45HE 3 36H 35H 5 3 31aG1 45HE 4 00H 4 3383 32H 5 355 34H 4 6 00n 36H 6 2 0 255 3 s 2 28 Z 5 175 Z CONCATCE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE CONCATCE a EN ENO CONCAT
208. 5 186 SUB_TIMECB 5 189 MULTIMECB x 5 192 DIV_TIMECB 5 195 B cdc 2 1 TRUE 0 FALSE R WN 2 1 TRUE 0 FALSE te 0 a 22 7 B R_TRIGCB 5 203 F_TRIGCB 5 206 77 B R CTUCB 9n 5 208 CTDCB n
209. FALSE 5 78 27 51 28 XXF A gt STR_TO_INTCE STR_TO_DINTCE 30 39H 20H 2DH 00H 4100 4100 STR_TO_INTCE 32768 32767 SITR_TO_DINTCE 2147483648 2147483647 1 a EN ENO STR_TO_INT FBD STR_TOINT g string1 g int1 STJ g int1 STR_TO_INT g _string1 b EN ENO STR_TO_INT_E FBD g s
210. FALSE 1 ENO FALSE 7 INT_TO_REALCE DINT_TO_REALCE INT_TO_REALC_E DINT_TO_REALCE 1 a EN ENO INT_TO_REAL FBD 2 INT_TO_REAL gint1 sg reall ST greal1 INT_TO_REAL g_int1 b EN ENO INT_TO_REAL_E FBD EN ENO g bool3 gintt ST g_ bool3 INT_TO_REAL_E g_bool1 g_int1 g real1 2 a EN ENO DINT_TO_READ
211. SWHIVD GPPA GPPQ 052 711 0037 MELSOFT MELSOFT iQ Works Navigator MELSOFT MELSOFT MX SWHD5F CSKP OLEX XMOP MELSEC Q80BD AEA C MES iQ Sensor Solution CPU MELSEC Q CPU 052 712 2830 2 MELSOFT PX MELSEC QS MELSEC Safety MELSEC WS 052 712 3079 2 QE8 052 719 4557 2 3 GOT F900 DU 052 725 2271 2 GOT1000 A900 052 712 2417 MELSOFT GT MELSERVO CPU Q A MELSOFT MT MR 052 712 6607 FREQROL 052 722 2182 MELFA 052 721 0100 1
212. TRUE FALSE s IN n PT ENO TRUE FALSE d1 Q d2 ET 4 YY E ON ON ON OFF n OFF OFF ON ON 1 TOFC 1ms 1000ms PC PC nh T Oms 3276700ms 5 226 512 52129 TOFCE TOF_HIGHCE 2 TOF_HIGHCE PC PC CPU
213. 16 FBD J XOR_E NOT AND_E OR_E ST g_ booIl2 XOR_E g_bool1 sg word1 g_word2 g_word3 2 7 AND_E OR_E XOR_E NOTCE 4 16 a EN ENO NOT FBD STJ g_WOrd2 NOT g_word1 b EN ENO NOT_E FBD STJ g_ boolI2 NOT_E sg_ bool1 g_word1 g_word2 5 156 54 547 SELCE 7 SEL _E EE CD CE OE SEL _E _E EN ENO FBD ST SEL_E EN TRUE FALSE S1 G TRUE s3 FALSE s2
214. LOGD DFLTD LOGD LOGD FLTD LOGD DFLTD LOGD MELSEC Q L 67 67 6 6 11 STJ sg real2 g_real1 g_int1 6 12 67 67 AND amp OR XOR NOT 6 AND amp OR XOR NOT EE CD CE OE AND OR XOR NOT FBD ST FBD ST d s1 ss1 s28 ANY_BIT NOT s1 d
215. OFF 00H 4 MELSEC Q L F 5 52 7 7 79 REAL_TO_STRCE 1 EN ENO 2 EN ENO TRUE TRUE FALSE FALSE 1 1 ENO FALSE GD REAL_TO_STR 7 27 79 5 53 EAL_TO_ST RCE as 1
216. CS CE BOOL_TO_DINT BOOL_TO_INT BOOL_TO_INTCE BOOL_TO_DINTCE BOOL_TO_INTCE BOOL_TO_DINTCE C1 2 5 4 97 a EN ENO BOOL_TO_INT gbooll BOOL TO INT BOOL g int1 STJ g jint1 BOOL_TO_INT g_bool1 b EN ENO BOOL_TO_INT_E STJ g_ bool3 BOOL_TO_INT_Eg_bool1 sg bool2 g_int1 a EN ENO BOOL_TO_DINT FBD ghooll BOOL TO_DINT a 1 1 BOOQOL sg dint1 STJ g_dint1 BOOL_TO_DINTCg_bool1 27 7 BOOL_TO_STRCE 7 BOOL TO STR E EE CD CE CO BOOL TO STR E _E EN ENO FBD ST BOOL_TO_STR BOOL_TO_STR_E EN TRUE FALSE w
217. FALSE d 32 4 1 INT_TO_DWORD INT_TO_DWORD_E 32 325 0000FEBB 32 325 Hollohhlol 0000FEBBm 0 o o olololololololololololololiTihihifihihilohlolihihiloh 0 9 dy 27 51 12 FEE HB FFE FET EY kA 32 INT_TO_DWORDCE DINT_TO_DWORDCE 2 DINT_TO_DWORD DINT_TO_DWORD_E 32 12345678 gt BC614En
218. TON E TON_HIGH _E EE DC CE OE TON E TON_HIGH E _E EN ENO FBD ST T TON_E TON_HIGH TON_HIGH_E EN TRUE FALSE Ss IN n PT 5 ENO TRUE FALSE d1 Q d2 ET ES 4 lt E Lu ON n ON ON OFF OFF 1 TONCB 1ms 1000ms PC PC h 0ms 3276700ms 512 5122 5 223 TONCE TON_HIGHCE 2 TON_HIGHCE
219. 16 32 5 72 5 1 27 5 75 5 1 28 7 5 1 29 5 80 5 1 30 16 32 5 84 5 1 31 ee 5 88 5 1 32 BCD 5 91 5 1 33 BCD 5 96 5 1 34 BCD 5 100 5 1 35 5 103 5 1 36
220. 16 0 9999 4100 5 32 0 99999999 400 QCPU LCPU 4101 CE BCD_TO_STR 7 51 34 BCD ULF ANNU 5 101 BCD_TO_STRCE 1 16 a EN ENO BCD_ TO_STR al FBD BCD_TO_ STR_ a gword1 BSD g string1 STJ g string1 BCD_TO_STR g_word1 b EN ENO BCD_TO_STR_E FBD gbooH BCD TO STRE 1 1 EN ENO g bool3 gword1 SD he 0 STJ g_ bool3 BCD_TO_STR_E g_bool1 g_word1 g_string1 2 32
221. ANY_BIT 4 YY 5 4 1 a AND amp OR XOR NOT 62 a 627 8 EE AND amp OR XOR NOT AND amp OR XOR NOT 1 amp 9 16 FBDJ poem g word3 STJ g WOrd3 g_word1 AND g_word2 g WOTd3 g_ Word1 amp g_word2 2 amp 9 16 lt FBD OR g word1 gword3 g word2 STJ sg _word3 g_word1 OR g_word2 3 amp 9 16
222. CPU QCPU QCPU CPU CPU 0 1ms 100ms QCPU LCPU 0 01ms 100ms d 0 32767 e 32768 32767 4 TIMER_LOW_FB_M 1 1000ms ON x1 1000ms x1 1000ms ON Ma a b OFF OFF c 100ms 1 1000ms 1ms PC PC 5 230 512 5124 TIMER_10_FB_M d
223. EN TRUE FALSE SDWORD 32 ENO TRUE FALSE d 16 32 16 12345678n gt 5678l 32 16 2 3 66 0 9 12345678 0IOIOHIOIOHIOIOIOIIOHIOlOlOIOHlOIOIOIHIOIODO 5678n lOltIOHHIOIOIITTOlOlO 16 5 66 7 51 24 2 7 76 DWORD_TO_WORDCE 1 EN ENO 2 EN ENO
224. FALSE FALSE 1 ENO FALSE DINT_TO_WORD _E 16 16 16 5 30 7 7 77 kN 76 INT_TO_WORDCE DINT_TO_WORDCE INT_ TO WORDC E DINT_TO_WORDC_ E 1 16 a EN ENO INT_TO_WORD FBD STJ g word1 INI_TO_WORD g_int
225. TRUE FALSE 1 ON a i0 ON ON ON iM ON 1 oFF OFF OFF OFF OFF OFF i ON 2 oFF ENO oF EN 0N 0N EN 0N 0FF 0N d SET d RESET _ SR E 5 198 9 297 SRCE 1 0 a EN ENO SR FBD ST SR_Inst S1 g_bool1 RESET g_ bool2 Q1 g_boo 3 b EN ENO SR_E FBD 2 lt RE In XU SR E RE EN WY20 g bool1 g boo g boo2 oz 3 ST 5 SR_E Inst EN X0 S1 g bool1 R sg bool2 Q1 g_ bool3 ENO Y20 SRCE 59 97 5 199 RscB
226. g lreal1 STJ g bool3 REAL_TO_LREAL_ECg_bool1 g_real1 g_lreal1 5 48 7 27 7Z LREAL_TO_REALCE 7 7 LREAL_TO_REAL _E Basic Process Redundant LCPU LREAL TO_REAL _E _E EN ENO FBD i ST LREAL_TO_REAL LREAL_TO_REAL_E EN TRUE FALSE Ss LREAL ENO TRUE FALSE 4 YY 1 O 1234 0 gt 1234 0 2 MELSEC Q L F
227. C9026 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 55 23 LIMITATIONCE LIMITATIONCE 1 a EN ENO CLIMITATION FBD LIMITATION g int1 es _MN gint4 g int2 gint3 De ST gint4 LIMITATION 2_int1 g_int2 gint3 b EN ENO LIMITATION_E FBD 2 booli a LIMITATION E EN sg hoo gint1
228. COUNTER_FB_M ti ST COUNTER_FB_M s1 CoiD TRUE FALSE s2 Preset Ss3 Valueln d1 ValueOut ANY16 dQ2 Status 4 YY E 1 OFF ON ON ON 2 0 32767 3 32768 32767 0 5 218 277 77 4 COUNTER_FB_M 4
229. STJ g_bool3 ADD_TIME_E g_bool1 g_time1 g_time2 g_time3 5 188 7 SUB_TIMECE SUB_TIME _E EE CD CE OE SUB_ TIME E _E EN ENO FBD ST SUB_TIME SUB_TIME_E ENO iS E EKEN s1 s2 d EN TRUE FALSE s1CIN1 5 s2CIN2 2 ENO TRUE FALSE d Y 1 1d2h33m44s55ms 1 2 33 44 55 T 2ms 2 8 T 1d2h33mM4s55ms T ld2h33m44s53ms 2 82 5 189 SUB_TIMECE 3 SUB_T
230. TRUE FALSE s INT _DINT ENO TRUE FALSE d 4 Y gt T 1s234ms 5 38 7 27 74 INT_TO_TIMECE DINT_TO_TIMECE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE ED DINT_TO_TIME INT_TO_TIME 7 5 39 7 7
231. s1CIN1 5 ok Ne 255 n1CD n2CP ENO TRUE FALSE d 255 4 YY 1 n1 n2 REPLACECE Z XFY 575 5 183 REPLACEC E 5 184 n1 n2 5 D ABCDEFGH123 E 1 42H 41n 2 44HD 43I C 3 46F 45l n2 5 5 4 48mH 471G 5 6 9 nm 123456 9 1 32n 2
232. 2 1 2 1 5 2 2 1 2 8 2 1 2 2 2 2 2 3 2 2 1 ERT SE GE ES ETE DS 2 3 2 2 2 TS 2 2 5 2 2 3 RE RE EN RE RR ER RE I A AE AR NR NE NA 2 5 2 2 4 SE RE RR RR 2 5 2 2 5 RE RN NAR RC NNR NR EN NG NN CE ER RR i 2 5 2 2 6 ee 6 2 2 7 NR I RR I RR RN DN RR DA RR RR RR 2 6 2 2 8 EI EERE A ET REN RR EE 2 6 2 2 9 RR A A EE CE ER ER 2 6 2 2 10 RE ET SE SE a ne esa EE 2 2 1 1 RR SDR RE RR RE REE I EE I ERE EE OO 2 2 2 12 ED RN RN RR ERR EN EEE ERR RR RR RL 2 3 2 8 2 3 1 ES RE A eS ER RE RR A Rt EE RR A i 2 8 2 3 2 DE RE ED SE CSE RE ER EE RR EE DR EE EE CEE EE TR 2 8 2 3 3 EN EC REG RCE NR NR NE RR NN RR RRR AN TE NR NE ERR RR ER 2 a 8 3 3 1 3 4 3 1 3 2 3 2 3 J 4 A
233. 4 YY ADD_E 1 1234 s79 6912 2 3 s 2 28 23 227 MM 5 131 ADD_E 4 a ADD_E ENO TRUE 32767 2 32767
234. BCD_TO_INTCE BCD_TO_DINTCE EE CD CE OE BCD_TO_INTCE BCD_TO_DINT E _E EN ENO FBD ST _TO_INT BCD_TO_INT_E _TO_DINT BCD_TO_DINT_E EN TRUE FALSE Ss _BCD 16 32 ENO TRUE FALSE d 4 YY 1 BCD_TO_INT BCD_TO_INT_E a BCD 9999 9999 16 8000 4000 2000 1000 800 400 200 100 80 40 20 10 8 4 2 1 9999 1 10 0 1 1lolol1tltlololtltlololi INT 32768 16384 8192 4096 2048 1024 512 256 128 64 32 16 8 4 2 1 9999 0 0 1 0 O 1 I1 l1lololololtl1ltli 0 b
235. FBD gboof EOE EN ENQ g bool3 greal1 gint1 ST GS g_boo 3 REAL_TO_INT_E g_bool1 g_real1 g_int1 2 3 a EN ENO REAL_TO_DINT REAL TO_DINT NT REAL g real1 STJ g_dint1 REAL_TO_DINTCg_real1 27 75 LREAL_TO_INTCE LREAL_TO_DINTCE 7 7 LREAL_TO_INT _E LREAL TO_DINT E Basic Process Reaundant Universal LCPU LREAL_TO_INT _E LREAL_ TO_DINTCE E EN ENO ij FBD ST TOINT LREAL TO INT_E i TODINT LREAL TO DINTE EN TRUE FALSE S LREAL ENO TRUE FALSE d Ss4 YY
236. a EN ENO STR_TO_BCD FBD ST g_string1 0012 gg WOrd1 STR_ TO_BCD sg_string1 b EN ENO STR_TO_BCD_E FBD 0012 g string1 gbooli g bool3 gstring1 2 word1 STJ g_string1 0012 g bool3 STR_ TO BCD _E sg bool1 g_string1 g_word1 7 51 32 XFL BCDE SITR_TO_BCDCE 2 32 BCD a EN ENO STR_TO_BCD FBD 00000012 string1 ss STR TO_ BCD s gstring1 MRING gdword1 STJ g_ _string1 00000012 g dword1 STR_TO_BCD g_string1 b EN ENO STR_TO_BCD_E FBD 00000012 gstring1 ST g_string1 00000012 g bool3 STR_TO_BCD_E g_bool1 g_string1 g_dword1 STR_TO_BCD 7 5 95 51 32 XFLBCD BCD_TO_INTCE BCD_TO_DINTCE 7 BCD
237. 1 DWORD TO _INT DWORD_TO_INT_E So 32 58 OS BC614En gt 24910 32 BC614Em 0 OlO OlQlololohloltltltltlelelolltlolololelilollololtltltle 24910 oilolololOllOhlOlOO 16 7 5122 FEE EI kN 22 FEE HB 5 61 5 62 DWORD_TOINTCE DWORD_TO_DINTCE 2 DWORD_TO_DINT DWORD_TO_DINT_E 32 BC614En 12345678 32 1 EN ENO 2 EN ENO
238. EN 0N O0N 0FF RN ON ON ON OFF RS CE 9 5 201 5 92 RsCB 1 a EN ENO RS FBD STJ RS Inst S g_bool1 R1 g_bool2 Q1 g_bool3 b EN ENO RS_E FBD RS EInst XO RS EN GY20 g hool1 Og boo gboo2 ST RS _E Inst EN X0 Sg_bool1 Rl g bool2 Q1 g bool3 ENO Y20 5 202 9 292 R_TRIGCE 70O 7 7 R TRIG _E emem R_TRIG CE _E EN ENO FBD i
239. TIME_TO_INT_E FBD gbooli TME TOINTE EN ENO STJ g bool3 TIME TO _INT_E s bool1 8 timel gint1 2 Ja a EN ENO TIME_TO_DINT FBD 0 ee TIME_TO_DINT time1 sg dint1 ST g_ dint1 TIME_ TO_DINT g_time1 7 27 36 5 107 TIME_TO_STRCE 7 TIME_TO_STR _E TIME_TO_STR _E _E EN ENO FBD ST TIME_TO_STR TIME _TO_STR_E EN TRUE FALSE SCTIME ENO TRUE FALSE d 11 YY 1 TH20m34s567ms gt 1234567 T 20m34s567ms gt 1234567
240. g string1 SRNG g word1 ST g_string1 0012 g WOrd1 STR_TO_WORD g_string1 b EN ENO STR_TO_WORD_E FBD 0012 gstring gbooll STR_TO_WORD E 1 1 EN Ec bool3 gstring1 RING g word1 CST g_string1 0012 sg bool3 STR_TO_WORD _E s bool1 g_string1 g_word1 5 86 7 7 3 kU 16 STR_TO_WORDCE STR_TO_DWORDCE 2 32 3 EN ENO STR_TO_DWORD FBD OO0000012 g string1 ST g_string1 00000012 g dword1 STR_TO_DWORD g_string1 CD CB STR TO_DWORD STR_TO_WORD 7 51 30 KFHE A TK EEE EI AN 7 BH FEED 5 87 STR_TO_IIMECE 7 7 STR_TO_TIME _E STR_TO_TIME _E _E EN ENO FBD ST STR_TO_TIME STR_TO_TIME _E
241. gint4 5 g int2 gint3 De ST g boo 3 LIMITATION_E g_bool1 g_int1 g_int2 g_jint3 g_int4 LIMITATIONCE 22 223 5 165 MUXCE MUX E EE CD CE OE MUX _E _E EN ENO MUX_E EN TRUE FALSE nC KK s1 s28CIN ANY ENO TRUE FALSE d ANY 3 1 n amp g9 e n 1 n n n i r dD a i 5678 EN 2 n s
242. 1 LREAL_TO_INT LREAL_TO_INT_E a 1234 0 gt 1234 b 32768 32767 c 1 5 44 7 7 76 LREAL_TO_INTCE LREAL_TO_DINTCE 2 LREAL_TO_DINT LREAL_TO_DINTLE a 16543521 0 16543521 b 2147483648 2147483647
243. 20 KA 2 42 AA 4 WON YA 9 74020 22 K00422044 2 5 189 5 8 3 PP 5 192 5 8 4 720 5 195 5 9 _ 5 197 5 9 1 NeRUDNSGPS OU 5 197 5 9 2 5 200 5 10 5 203 5 10 1 SS DOE RR ST 5 203 5 10 2 5 206 5 11 5 208 5 11 1 1 5 208 5 11 2 NS CS CR CO Ve NC NS 5 211 5 11 3 aa RE PP 8 RS DSS DR Ed 2s 5 214 5 11 4 PR Pr 5 218 5 12
244. 208 D DE EE CE NG 5 180 DN OBCDCE RR 5 35 NINEOEBINIRRC one rss S15 DINE TO BOOELCEN GD 5 16 DINT ODMNWORDC NO 5 32 9 5 14 DINT OU Meet 5 22 DINECTO REALUCED RR oR Nk 5 19 DN TOLSTRCED usin 5 25 DN DOAMI ME CE 5 38 DINETO MWORDC ES 5 29 DN EE 6 8 DN 5 140 5 195 DV CE 6 8 DWORDAOBOOLC ET Sn RR RE 5 55 WW9 MOKIMINMI ERO 5 61 ROOMINIIC 0 5 61 DWORD TOLSTREEY N 5 69 DWORD TO MMEC ET Sa 5 72 MVWORIUIO WORDO EN Sn 5 66 E IN 6 16 1 5 169 BEXAR 5 146 F SL 0 SS 5 206 2 G eo 6 16 OEE NG 5 169 GETLB EORINTCE WR 5 119 GET_BOOL_ADDR 5 125 COEDD RN 5 125 GET_WORD_ADDR de 5 125 OE NR 6 16 SE NN 5 169 0 NNS1ESSR 9 7 PEIPPHIR 5 177 NE BODOCE RS 5 35 INT_TO_BITARRCE 5 115 NE TORO oo 5 16 NEIGBINNNGE ASWISANL Se 5 12 NNEC CE SS 5 32 INT_TO_LREALCE 5 22 NS RE A ER 5 19 NE OS TR CC Si 5 25 NO ME Ch 5 38 NO MORS CE Sea 5 29 L 6 16 eo 5 169 MTRONCE oo 5 163 AESNOEDINIC EMMA 2 5 44 CREAN CR 5 44 LREAL_TO_REALCE 5 49 RN 6 16 Rd 5 169 M MAXIMUMGBNSSNNANNN TS SI 5 160 MC en Nl NS 5 172 MN Rts 5 160 MMOD SR i 2 6 10 MO 5 143 OM RI Ra 5 149 MU AUSEddSB 5 134 6 4 MU 5 192 MU 5 166 N NANO 6 16 NE EC 5 169 IN 6 13 NO 5 152 O Rc 6 13 RE CN gl 5 152 R RE OD 5 41 RENETONCED eb 5 41 REAL TO EREALC EN aad 5 47 3 ROSE 5 51 SB 5 183
245. 4 1 OFF ON 1 n 0 ON ON OFF n 2 n 32768 32767 0 ON STP 277 5 211 77 2 CTDCE 1 EN ENO n 3 OFF ON 2 EN ENO a TRUE FALSE n 3 EN ON ON EN ON D CTD CE
246. OR ololololololilolololtlilolilol0 iltlololtltltlilolo t iltlt t 1 b s 2 28 3 XOR_E a 16 32 8 D C lt 9 16 T1101 10 110 1 0 1 01 011o 11o OR olO O l1 1 10 1 1 1 11 1 110 10O 9 I0 11 1 1 0 0 0 1 0 1 0 1 1 011o s 2 28 s 3 e XOR XOR XOR XOR s XOR IN IN IN 3 4 5 FALSE TRUE gt ASE LTRME XOR XOR XOR XOR TRUE i DETRE
247. ST R_TRIG_E EN TRUE FALSE Ss CLK ENO TRUE FALSE dQ y amp Ab YY G ON 1 ON Cr 7 5 203 27 7 R_TRIGCE 1 EN ENO OFF iON iON iON iON ON ON 9 OFF ON OFF EN ENO 2 a TRUE FALSE QO OFF OFF OFF EN ON EN OFF d OFF ON R_TRIG CE 5 204 7
248. dd ANY_INT amp 2 5 3 5 0 0 4100 ST g_dint3 g_dint1 MOD g_dint2 6 10 67 67 2 6 7 EE CD CE OS FBD ST dsi lsz S1 ANY_REAL S2 ANY_NUM d ANY_REAL v4 ww 5 3 6 LOG FLT LOG DFLT LOG
249. 0 5 1 9 BOOL_TO_INTCE BOOL_TO_DINTCE 7 7 7 BOOL_TO_INTCE BOOL_TO_DINT CE EE CD CE OE BOOL_TO_INTCE BOOL TO_DINT _E SS _TO_DINT BOOL_TO_DINT_E EN TRUE FALSE Ss BOOL ENO TRUE FALSE d YY 1 BOOL TO_INT BOOL_ TO _INT_E FALSE 0 TRUE 1 FALSE 0 TRUE 1 5 2 7 27 7
250. 1 b EN ENO INT_TO_WORD_E FBD gbooHl N IOIVWORD EN gboo8 gint1 ST g_ bool3 INT_TO_WORD_E g_bool1 g_int1 g_word1 2 16 8 a EN ENO DINT_TO_WORD Ss I FBD se RR DINT TO WORD g dint1 gword1 STJ g word1 DINT_TO_WORD g_dint1 7 27 77 EGE BH IEE Bo TK EEE EI kAN 76 HB 5 31 INT_TO_DWORDCE DINT_TO_DWORDCE 7 7 32 INT_ TO_ DWORD E DINT_TO_DWORD _E el INT_TO_DWORDCE DINT_ TO_DWORD E EN FBD i ST INT_TO_DWORD INT_TO_DWORD_E DINT_TO_DWORD DINT_TO_DWORD_E EN TRUE FALSE SCINT _DINT ENO TRUE
251. 1 ValueOut Var_D10 Status Var_M10 ON Var_MO OFF Var_D10 1 Var_M10 OFF TIMER_HIGH_FB_M ON x10ms x10ms ON FBD TIMER_HIGHFB_ MImnst a TIMER_HIGH FB_M a var 0 ll aleOM var D10 10 eset Statis var MTO 1 iUIE ST TIMER_HIGH_FB_M_Inst Coil Var_MO Preset 10 Valueln 1 ValueOut Var_D10 Status Var_M10 ON VarMO 0FF Var_D10 1 Var_M10 OFF 5 232 512 5124 TIMER_10_FB_M 3 TIMER_LOW_FB_M ON x10ms x100ms ON FBD THMER LOW FB_MInst 3 TIMER_LOWLFB_M var lk alueOut war_D10 10 Breset Statl Var MO 1 ST TIMER_LOW_FB_M_Inst Coil Var_MO Preset 10 Valueln 1 ValueOut Var_D10 Status Var_M10
252. 1 ee x x x SUB_E 5 137 DIV E 5 140 ODCB 5 143 EXPTCB 5 146 OVECB 5 149 B AND_E ID 9 9 W OR E 0 5 152 XORE 0 NOTCE 8 9 2 SELCE 8 8 0 5 157 AXIMUMCB NO 5 160 INIMUMCE O 9 8 9 LIMITATIONCB 5 163 mn _ o ee UXCE 5 166
253. 12 1 5 12 2 5 12 3 5 12 4 2011 5 SH 080737 K LO02CPU P L26CPU PBT 1 2 2 2 1 5 1 14 5 1 16 5 1 17 5 1 18 5 1 19 5 1 45 5 2 1 5 3 1 5 3 2 5 3 4 5 3 6 5 3 7 5 5 1 5 5 2 5 5 3 5 5 4 5 6 1 5 8 3 5 8 4 5 11 14 2012 5 SH 080737 L 1 1 1 2 2012 11 SHC 080737 M CPU CPU QCPU LCPU QO02PHCPU QO6PHCPU Q12PHCPU Q25PHCPU Q12PRHCPU Q25PRHCPU QO03UDVCPU QO4UDVCPU QO6UDVCPU Q13UDVCPU Q26UDVCPU L02SCPU L26CPU HT 2013 1 SH 080737 N LO6CPU 1 2 2013 4 SHC 080737 PVCPU QO6UDPVCPU Q13UDPVCPU Q26UDPVCPU LO2SCPU P LO6CPU P L26CPU P
254. 31n 1 2 34n 4 33n 3 3 36 4 2 0 255 3 n1 0 255 ABC D1234523 42I B 41l 44HD 32I 2 43H 3 34 4 33 4 n2 1 1 EN ENO EN ENO 2 TRUE FALSE 1 ENO FALSE 1 255
255. 4s55ms 1 2 33 44 55 2 THd2h39mw4s5pms x 2 05h7m28s110m 2 3 4 MELSEC Q L F 58 a 8 32 MUL_TIMECE 5 MUL_TIME_E ENO TRUE 64 32
256. 5 8 i 1 42W 41M 46F 45NCC 1 2 44mD 43O 32H2 31m1 2 3 46 2 OO 33i 3 3 4 32M 5 5 34H 4 6 00n 35H 5 n1 5 2 0 255 3 n1 0 255 4 n2 1 255 1 EN ENO 2 EN ENO TRUE
257. 5 3 5 131 5 3 1 ER DSO TERE DE EE ER ET EE GE CEE 5 131 5 3 2 NS 2 EE EE SE SC TE GEE 5 134 5 3 3 PPP a RE DS NE A 5 137 5 3 4 PP PP ns 5 140 5 3 5 Sb Le NN i NR SN i SN RS 5 143 5 3 6 5 146 5 3 7 2 2 2 2 203 00 2 5 149 5 4 5 152 5 4 1 5 152 5 5 90 5 5 1 ER RS RS RR NN FPP 3 5 157 5 5 2 SRR Ri 5 160 5 5 3 NC SC 9 92 SS DE 5 163 5 5 4 2 5 166 5 6 5 169 5 6 1 5 169 5 7 5 172 5 7 1 PP 5 172 5 7 2 A PP 5 175 5 7 3 RR RE Si So RE ER Ro Re ei 5 177 5 7 4 AE AE 092 2 2 CE EE EN 5 180 5 7 5 PF 5 183 5 8 5 186 5 8 1 ER SR REE SA EG A CE NS EG EE 5 186 5 8 2
258. E NE lt gt s1 s2 dd TRUE FALSE 4 YY E 5 6 1 GT GE EQ LE LT NE gt gt lt lt gt 6 16 62 627 LH GT GE EQ LE LT NE gt gt lt lt lt gt FBD g int1 gint2 g hool1 STJ g_ bool1 g_int1 gt g_jnt2 GS ENR DI 62 631 HK 6 17 nm dd ERU C4 1 A ABS CE SE 2 1 6 2 AS 5 131 ODM 5 186 STD 6 13 AND EC 5 152 B BCD TOMDNICED oni 5 96 BEDMT ON TE Sn 5 96 BCDMTOSTREES Wa 5 100 BIFARR ODIN TE 5 113 BITARRT ONT CE usa ot 5 113 BOOLL TO DNTEE SE 5 2 BOOL TODNORDCE EA ht 5 BOOL TO NLCE RRR 5 2 BOOL OSLRCE RS 5 5 BOOL TO TMEC Ese dad 5 10 BOOL TO MORD NO 927 C GND 5 175 COUNEREB LM SA RR 5 218 GPLBITARRCE SE 5 1 CPKB UORNC EN Se 5 123 4 RSE ES 5 211 CTUD CE RC NE 5 214 CTUCES RS 5
259. ENO 2 EN ENO TRUE FALSE 1 ENO FALSE TIME_TO_BOOLCE a EN ENO TIME_TO_BOOL FBD 13 TIME TO_BOOL gtime1 TME hool1 STJ g_bool1 TIME_TO_BOOL g_time1 b EN ENO TIME_TO_BOOL_E FBD Q g bool3 Sb boolt TIME_TO_BOOL E 1 EN EN 1 gtime1 BE ST g bool3 TIME_ TO_BOOL E s booll1 g_time1 8 bool2 104 7 a 51 35 FI TIME_TO_INTCE TIME_TO_DINTCE 7 2
260. IMECE DWORD_TO_TIME _E 16 a EN ENO WORD_TO_TIME FBD WORD_ TO_TIME gword1 NORD g_time1 STJ g time1 WORD_TO_TIME g_word1 b EN ENO WORD_TO_TIME_E FBD gbool SRDIIOIIIREE EN E No BooB gwor1 ORD i A ANT i TI NR i STJ g_ bool3 WORD_TO_TIME_E g_bool1 g_word1 g_time1 32 a EN ENO DWORD_TO_TIME FBD EHP DRO 1 gdwornl1 DWORD sg time1 STJ g time1 DWORD_TO_TIME g_dword1 5 74 27 27 26 7 kN 22 STR_TO_BOOLCE 7
261. IME_E ENO TRUE TH24d20h31m23s647ms T 2ms T 24d20h31m23s647ms FFFFFFFE 80000001M 7FFFFFFF 1 24d20h31m23s648ms ri2ms T 24d20n31m23s646ms 00000002 7FFFFFFEH 80000000 0 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 1 SUB_TIME _E Pl 2 SUB_TIMECE
262. L_TO_WORD g_bool1 b EN ENO BOOL_TO_WORD_E gbool BOO IOIVNORDE EN ENO 1 1 ghboo2 ST g_ bool3 BOOL_TO_WORD_E g_bool1 g bool2 g_word1 2 w 3232 A a a EN ENO BOOL_TO_DWORD Ss FBD 98 2 ele BOOL TO_DWORD 1 BOOL sg dword1 ST g dword1 BOOL_TO_DWORD g_bool1 7 273 Er kB TK FFEED EI RAN HEE EB EFT 5 9 BOOL_TO_TIMECE 7 BOOL_TO_TIME _E el BOOL_TO_TIME _E _E EN ENO FBD ST BOOL_TO_TIME BOOL_TO_TIME_E ENO EN TRUE FALSE s BOOL ENO TRUE FALSE d 4 A YY E FALSE
263. MITSUBISHI LSE MA MELSEC Q L MELSEC Q L A 1 9 1
264. N ON OFF 10 OFF a EN ENO TOF FBD 20 TOF_Inst CE 1 0 To lt gbool1 ghoo 2 10s g time1 ST TOF _Inst IN g_bool1 PT T 10s Q g bool2 ET g_time1 Db EN ENO TOF_E FBD 21 mn PT 3 TOFEIngt 7 Tf10s tns1 ST TOF_E Inst EN MO IN g_bool1 PT T 10s Q g bool2 ET g_time 1 ENO M10 5 228 512 5217129 TIMER_10_FB_M 7 TIMER 10 FB M emem TIMER_10_FB_M TIMER_100 _FB_M TIMER_HIGH_FB_M TIMER_LOW_FB_M TIMER_CONT_FB_M TIMER_CONTHFB_M FBD ST TIMER_10_FB_M TIMER_100_FB_M TIMER_HIGH_FB_M TIMER_LOW_FB_M TIMER_CONT_FB_M TIMER_CONTHFB_M s1 CoiD TRUE FALSE s2 Preset 5 s3 Valueln d1 ValueOu
265. N ENO 2 EN ENO TRUE FALSE 1 ENO FALSE 5 MUXCB 55 554 5 167 MUXCE MUXCE n a EN ENO MUX MUX a 6 g int1 gint4 gint2 N g intd 1 STJ g int4 MUX 8_int1 g_int2 gint3 b EN ENO MUX_E FBD gbooll a g hoo g_int1 8 g int4 gint2 g_int3 ST g_bool3 MUX_E 8g_bool1 g_int1
266. ONCATCE CONCAT _E PP 5 CT CONCAT _E _E EN ENO FBD ST CONCAT CONCAT_E _EI EN s1 s2 s28 d EN TRUE FALSE s1 s28CIN 255 5 5 ENO TRUE FALSE d 255 1 2 00H 9 9 8 255 255 ABCDE 123456 gt ABCDE123456 1 420 41mO 1 32M 31e 1 42 41W 2 44MD 43 2
267. OVECE MOVE _E EE DC CE OE MOVE E _E EN ENO FBD ST MOVE_E 8 EN TRUE FALSE sS1CIN1 ANY 5 ENO TRUE FALSE d ANY MOVECE 23 5327 5 149 MOVECE 1 2 16 32 2147483647 gt 65535 65535
268. O_REAL g lreal1 E RE g reall STJ greal1 LREAL_TO_REAL g lreal1 b EN ENO FBD gbooH REIIIOIREAI EN g bool3 5 g Ireal1 STJ g_bool3 LREAL_TO_REAL_E g_bool1 g_lreal1 g_real1 5 50 27 27 79 REAL_TO_STRCE 7 7 REAL_TO_STR _E No 5 04122 QCPU REAL_TO_STR _E _E EN ENO FBD i ST REAL_TO_STR REAL_TO_STR_E EN TRUE FALSE S REAL ENO TRUE FALSE d 13 YY 1 8
269. REAL_TO_INTCE 5 41 REAL_TO_DINTCB 8 LREAL_TO_INTCE 5 44 LREAL_TO_DINTCE REAL_TO_LREALCB 5 47 LREAL_TO_REALCB 5 49 REAL_TO_STRCE 5 51 WORD_TO_BOOLCE 16 32 5 55 DWORD_TO_BOOLCE WORD_TO_INTCE 16 5 58 WORD_TO_DINTCB DWORD_TO_INTCE 32 5 61 DWORD_TO_DINTCED eo
270. T BITARR_TO_INT_E n 16 nhn 4 8 12 16 0 2 BITARR_TO_DINT BITARR_TO_DINT_E n 32 nh 4 8 51 39 7 6 12 16 20 24 28 32 0 7 118 JINTCE CE BITARR_TO_DINT BITARR_TO_INT BITARR_TO_INTCE BITARR_TO_DINTCE 1 EN ENO
271. TARR g int1 BE 2 boo4 O 6 ST g_bool4 0 INT_IO_BITARR g_int1 4 b EN ENO INT_TO_BITARR_E 4 FBD gbooll INT_TO_BITARR_E 1 EN 2 bool2 g int1 BA bo ola O 4 STJ g_bool2 INT_TO_BITARR_E g_bool1 g_int1 4 g_bool4 0 7 51 40 FBHE BT K FEEL EI kN 79 FF CPY_BITARRCE 7 7 CPY BITARR E el CPY_BITARR _E _E EN ENO FBD ST CPY_BITARR CPY_BITARR_E E EN s n d EN TRUE FALSE 5 s BitArrlIn hn 4 8 12 16 20 24 28 32 ENO TRUE FALSE dCBitArrOut Et 4 ED n CPY_BITARR 1 EN ENO 2 EN ENO
272. TO_INTCE _E EN ENO FBD ST DINT_TO_INT DINT_TO_INT_E ENO EN TRUE FALSE SCDINTD ENO TRUE FALSE d 1234 1234 5 14 7 27 DINT_TO_INTCE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE
273. TROE i SRE s gt Ak x XOR TRUE FALSE TRUE FALSE 5 4 2 7 5 153 XORE NOTCB mg GS AND_E OR_E XOR_E NOTCE 4 NOT NOT_E a 16 32 16 WIWLULWIWINIWIOIWIOIWU9IWIWIWI9M NOT ilololtlolilololiltltltlololo 06 b 16 32 1 EN ENO 2 EN ENO
274. UDCE 1 EN ENO n 3 OFF ON OF OFF OFF OFF OFF OFF 0 OFF ON OFF ON OFF ON OFF ON 3 d a es 5 277 5 215 2772 CTUDCE 2 EN ENO NN 2 ua EE TRUE n 3 EN OFF ENO ON OFF ON EN N 0ON OFF ON ON 3 OFF ON 0 EN 0N G OFF ON EN 277
275. WORD_TO_INT_E 16 gt 22136 16 27 5121 EGE EY AIN 779 BoD kK FEAE BH FB WORD_TO _INTCE WORD_TO_DINTCE 2 WORD_TO_DINT WORD_TO_DINT_E 16 5678l 22136 16 5678h 0 1 oll9l tl9lolttlolole 22136 0 O O O 9lol9lololololololololololloliloltlololtltlilolol F a 5 0 1 EN ENO 2 EN ENO
276. _TO_BOOL _E DINT_TO_BOOL E SAI FBD i ST INT_TO_BOOL INT_TO_BOOL E DINT_TO_BOOL DINT_TO_BOOL E EN TRUE FALSE s INT _DINT ENO TRUE FALSE d 4 Y 1 INT_TO_BOOL INT_TO_BOOL_E 0 FALSE 0 TRUE 0 gt FALSE 1567 TRUE 5 16 7 7 Z INT_TO_BOOLCE DINT_TO_BOOLCE 2 DINT_TO_BOOL DINT_TO_BOOL_E 0 FALSE 0 TRUE
277. a EN ENO DWORD_TO_STR DWORD_TO_STR gdword1 BWSRD g string1 ST g string1 DWORD_TO_STR g_dword1 7 5125 BE EI kN 76 BH FFE EY kA 32 5 71 CE MD J DWORD_TO_STR WORD_ O_STR WORD_ O_TIIMECE DWORD_TO_TIMECE 97 26 16 32 WORD TO TIME E DWORD TO TIME E ee WORD_TO_TIME CE DWORD_TO_TIME _E E EN ENO FBD i ST WORD_TO_TIME _ WORD_TO_ TIME _E DWORD_TO_TIME DWORD_TO_ TIME _E EN TRUE FALSE s CWORD _DWORD 16 32 ENO TRUE FALSE d V4 YY E 1 WORD_TO_TIME WORD_TO_TIME_E 16 gt 1234n gt TH1s234ms
278. g_int2 g_int3 g_int4 5 168 2 554 O T 0 mm m T MT mm MT Pa T a Tn Tn 6 6 7 GT_E GE_E EQ_E LE_E LT E NE _E emem _E EN ENO ST EN TRUE FALSE 9 NM ANY_SIMPLE NE E s1 s2 ENO TRUE FALSE d TRUE FALSE Jim 5 nT 1 56 tI 561 KR 5 169 GT_E GE_E EQE LEE LTE NEE a GT_E gt amp gt amp S amp m 1 gt om mn 1 gt n TRUE n 1 n FALSE b GE_E amp amp amp L 1 m n 1 Q TRUE q 1
279. gt 1 35034 a Db S 1 31M 1 20M 2 33G 2EWC 3 30H O 35H 5 4 34n 4 33n 3 1 35034E 10 NR 6 7 3 6 7 a 2023 D 535580834451 2iEi 130 gt 1 35034E 10 J TRE NO REAE 4 2BH 2DH 5 2BH
280. ool2 b EN ENO F_TRIG_E FBD 8 FTRIG E Inst XO FTRIGE i EN O20 gbool1 ei g bool2 ST F_TRIG_E Inst EN X0 CLK g_bool1 Q g_bool2 ENO Y20 27 5 207 27 2 cTucB 77 7 7 7 CTU _E EE DC CD OE CTU E _E EN ENO ST CTU E i EN s1 s2 n ENO d1 d2 EN TRUE FALSE Ss1 CU S2 RESET n PV ENO TRUE FALSE d1 Q d2 CV 4 YY 1 ON n ON ON OFF 2 n 32768 32767 0
281. rd1 g dint1 BCD_TO_INT STJ g_ dint1 BCD_TO_DINT g_dword1 7 27 33 BCD 5 99 BCD_TO_STRCE 7 4 BCD BCD_TO_STR _E BCD_TO_STRCE _E EN ENO FBD ST BCD_TO_STR BCD_TO_STR_E EN TRUE FALSE sCBCD ANY_BIT ENO TRUE FALSE d 8 3 yt 1 BCD a 16 9999 gt 9999 16 b 32 99999999H 99999999 32 2 16
282. t ANY16 0d2 Status ES 1 TIMER_10_FB_M a ON x10ms x10ms ON TIMER_10_FB_M b e OFF OFF c PC C9047 d 0 32767 e 32768 32767 0 512 5124 5 229 TIMER_10 FB_M 2 TIMER_100 FB_M 3 ON x100ms x100ms ON
283. tring1 3 qd STJ 6 Ne 8_boo SIR_IO_INI_E g_pool1 g_string1 gs_int1 2 2 a EN ENO STR_TO_DINT 5 STR_TO_DINT g string1 RING Hg dint1 ST g_dint1 STR_TO_DINT sg_string1 7 57 2 gt 5 79 STR_TO_REALCE 92 1 29 No 5 04122 QCPU Eo STR_TO_REAL _E _E EN ENO FBD i ST STR_TO_REAL STR_TO_REAL_E EN TRUE FALSE SCSTRING 24 ENO TRUE FALSE d
284. w sCBOOL 5 ENO TRUE FALSE d Y 8 CE FALSE 0 A TRUE 1 a gt 7 27 9 9 BOOL_TO_STRCE 1 EN ENO 2 EN ENO TRUE FALSE 1 ENO FALSE a BOOL_TO_STR _E
285. word1 INT_TO_DWORDC g_int1 b EN ENO INT_TO_DWORD_E FBD i 1 EE INT_TO_DWMORD E EN ENO g int1 Nm 3 5 2 gt Po booli ST g_ bool3 INT_TO_DWORD_E g_bool1 g_int1 g_dword1 32 G EN ENO DINT_TO_DWORD FBD STJ g_dword1 DINT_TO_DWORDCg_dint1 7 51 12 7 K 132 INT_TO_BCDCB DINT_TO_BCDCE 7 7 BCD INT_TO_BCDCE DINT_TO_BCD E el INT_TO_BCD E DINT TO_BCD E _E EN ENO H FBD ST INT_TO_BCD INT_TO_BCD_E 1 DINT_TO_BCD DINT_TO_BCD_E ENO il EN TRUE FALSE 5 sCINT _DINT

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