Wiki source code of 06 Instructions

Version 10.1 by Theodore Xu on 2024/06/06 09:50

version	line-number	content
8.1	1	= Basic program instructions =
5.1	2
	3	\|Instruction type\|Instruction\|Description\|(((
	4	LX3V(1S)
	5	)))\|LX3V (2N)\|LX3VP\|LX3VE
	6	\|(% rowspan="25" %)[[Basic instructions>>path:/wiki/plc/view/2-User%20manual/6.Instruction/01.Basic%20instruction/]]\|LD\|Operation contact type NO (normally open)\|¡\|¡\|¡\|¡
	7	\|LDI\|Operation contact type NC (normally closed)\|¡\|¡\|¡\|¡
	8	\|OUT\|Final logical operation type coil drive\|¡\|¡\|¡\|¡
	9	\|AND\|Serial connection of NO(normally open)\|¡\|¡\|¡\|¡
	10	\|ANI\|Serial logical, operation contact type NC(normally closed) contacts\|¡\|¡\|¡\|¡
	11	\|OR\|Parallel, connection of NO (normally open) contacts\|¡\|¡\|¡\|¡
	12	\|ORI\|Parallel, connection of NC (normally closed) contacts\|¡\|¡\|¡\|¡
	13	\|LDP\|Initial logical, operation -Rising edge pulse\|¡\|¡\|¡\|¡
	14	\|LDF\|Initial logical, operation falling/trailing edge pulse\|¡\|¡\|¡\|¡
	15	\|ANDP\|Serial connection of Rising edge pulse\|¡\|¡\|¡\|¡
	16	\|ANDF\|Serial connection of falling/ trailing edge pulse\|¡\|¡\|¡\|¡
	17	\|ORP\|Parallel, connection of NO Rising edge pulse\|¡\|¡\|¡\|¡
	18	\|ORF\|Parallel connection of Falling/trailing edge pulse\|¡\|¡\|¡\|¡
	19	\|ORB\|Serial connection of multiple parallel circuits\|¡\|¡\|¡\|¡
	20	\|ANB\|Serial connection of multiple parallel circuits\|¡\|¡\|¡\|¡
	21	\|MPS\|Stores the current result of the internal PLC operations\|¡\|¡\|¡\|¡
	22	\|MRD\|Reads the current result of the internal PLC operations\|¡\|¡\|¡\|¡
	23	\|MPP\|Pops (recalls and removes) the currently stored result\|¡\|¡\|¡\|¡
	24	\|MC\|Denotes the start of a master control block\|¡\|¡\|¡\|¡
	25	\|MCR\|Denotes the end of a master control block\|¡\|¡\|¡\|¡
	26	\|INV\|Invert the current result of the internal PLC operations\|¡\|¡\|¡\|¡
	27	\|PLS\|Rising edge pulse\|¡\|¡\|¡\|¡
	28	\|PLF\|Falling / trailing edge pulse\|¡\|¡\|¡\|¡
	29	\|SET\|Sets a bit device permanently ON\|¡\|¡\|¡\|¡
	30	\|RST\|Resets a bit device permanently OFF\|¡\|¡\|¡\|¡
	31
8.1	32	= Step ladder instructions =
5.1	33
	34	\|Instruction type\|Instruction\|Description\|(((
	35	LX3V
	36
	37	(1S)
	38	)))\|LX3V (2N)\|LX3VP\|LX3VE
	39	\|(% rowspan="2" %)[[Step ladder instructions>>path:/wiki/plc/view/2-User%20manual/6.Instruction/17.Step%20control%20instructions/]]\|STL\|STL programming start instruction\|¡\|¡\|¡\|¡
	40	\|RET\|STL programming end instruction\|¡\|¡\|¡\|¡
	41
8.1	42	= Program Flow instructions =
5.1	43
	44	\|Instruction type\|Instruction\|Description\|(((
	45	LX3V
	46
	47	(1S)
	48	)))\|LX3V (2N)\|LX3VP\|LX3VE
	49	\|(% rowspan="7" %)[[Program flow instructions>>path:/wiki/plc/view/2-User%20manual/6.Instruction/02.Program%20flow/]]\|CJ\|Conditional jump\|¡\|¡\|¡\|¡
	50	\|CALL\|Call Subroutine\|¡\|¡\|¡\|¡
	51	\|EI\|Enable Interrupt\|¡\|¡\|¡\|¡
	52	\|DI\|Disable Interrupt\|¡\|¡\|¡\|¡
	53	\|WDT\|Watchdog Timer\|¡\|¡\|¡\|¡
	54	\|FOR\|Start of a For/Next Loop\|¡\|¡\|¡\|¡
	55	\|NEXT\|End a For/Next Loop\|¡\|¡\|¡\|¡
	56
8.1	57	= Move and Compare instructions =
5.1	58
	59	\|Instruction type\|Instruction\|Description\|(((
	60	LX3V
	61
	62	(1S)
	63	)))\|LX3V (2N)\|LX3VP\|LX3VE
	64	\|(% rowspan="10" %)[[Move and Compare instructions>>path:/wiki/plc/view/2-User%20manual/6.Instruction/03.Move%20and%20campare/]]\|CMP\|Compare \|¡\|¡\|¡\|¡
	65	\|ZCP\|Zone compare\|¡\|¡\|¡\|¡
	66	\|MOV\|Move \|¡\|¡\|¡\|¡
	67	\|SMOV\|Shift move\|-\|¡\|¡\|¡
	68	\|CML\|Compliment \|-\|¡\|¡\|¡
	69	\|BMOV\|Block move\|¡\|¡\|¡\|¡
	70	\|FMOV\|Fill move\|-\|¡\|¡\|¡
	71	\|XCH\|Exchange \|-\|¡\|¡\|¡
	72	\|BCD\|Binary coded decimal\|¡\|¡\|¡\|¡
	73	\|BIN\|Binary \|¡\|¡\|¡\|¡
	74
8.1	75	= Arithmetic and Logical Operations instructions =
5.1	76
	77	\|Instruction type\|Instruction\|Description\|(((
	78	LX3V
	79
	80	(1S)
	81	)))\|LX3V (2N)\|LX3VP\|LX3VE
	82	\|(% rowspan="10" %)[[Arithmetic and Logical Operations instructions>>path:/wiki/plc/view/2-User%20manual/6.Instruction/06.Arithmetic%20and%20logical%20operations/]]\|ADD\|Addition \|¡\|¡\|¡\|¡
	83	\|SUB\|Subtraction \|¡\|¡\|¡\|¡
	84	\|MUL\|Multiplication \|¡\|¡\|¡\|¡
	85	\|DIV\|Division \|¡\|¡\|¡\|¡
	86	\|INC\|Increment\|¡\|¡\|¡\|¡
	87	\|DEC\|Decrement\|¡\|¡\|¡\|¡
	88	\|WAND\|Word AND\|¡\|¡\|¡\|¡
	89	\|WOR\|Word OR\|¡\|¡\|¡\|¡
	90	\|WXOR\|Word exclusive OR\|¡\|¡\|¡\|¡
	91	\|NEG\|Negation \|-\|¡\|¡\|¡
	92
8.1	93	= Rotation and Shift instructions =
5.1	94
	95	\|Instruction type\|Instruction\|Description\|(((
	96	LX3V
	97
	98	(1S)
	99	)))\|LX3V (2N)\|LX3VP\|LX3VE
	100	\|(% rowspan="10" %)[[Rotation and Shift instructions>>path:/wiki/plc/view/2-User%20manual/6.Instruction/08.Rotation%20and%20shift/]]\|ROR\|Rotation right\|¡\|¡\|¡\|¡
	101	\|ROL\|Rotation left\|¡\|¡\|¡\|¡
	102	\|RCR\|16-bit rotation right with carry\|-\|¡\|¡\|¡
	103	\|RCL\|16-bit rotation left with carry\|-\|¡\|¡\|¡
	104	\|SFTR\|(bit) shift right\|¡\|¡\|¡\|¡
	105	\|SFTL\|(bit) shift left\|¡\|¡\|¡\|¡
	106	\|WSFR\|word shift right\|-\|¡\|¡\|¡
	107	\|WSFL\|word shift left\|-\|¡\|¡\|¡
	108	\|SFWR\|shift register write\|¡\|¡\|¡\|¡
	109	\|SFRD\|shift register read\|¡\|¡\|¡\|¡
	110
8.1	111	= Data operation instructions =
5.1	112
	113	\|Instruction type\|Instruction\|Description\|(((
	114	LX3V
	115
	116	(1S)
	117	)))\|LX3V (2N)\|LX3VP\|LX3VE
	118	\|(% rowspan="11" %)[[Data operation instructions>>path:/wiki/plc/view/2-User%20manual/6.Instruction/04.Data%20operation/]]\|ZRST\|Zone reset\|¡\|¡\|¡\|¡
	119	\|DECO\|Decode \|¡\|¡\|¡\|¡
	120	\|ENCO\|Encode \|¡\|¡\|¡\|¡
	121	\|SUM\|The sum of active bits\|-\|¡\|¡\|¡
	122	\|BON\|Check specified bit status\|-\|¡\|¡\|¡
	123	\|MEAN\|Mean \|-\|¡\|¡\|¡
	124	\|ANS\|(timed) annunciator set\|-\|¡\|¡\|¡
	125	\|ANR\|Annunciator reset\|-\|¡\|¡\|¡
	126	\|SQR\|Square root\|-\|¡\|¡\|¡
	127	\|FLT\|Float \|-\|¡\|¡\|¡
	128	\|SWAP\|High and low bit conversion\|-\|¡\|¡\|¡
	129
8.1	130	= High-speed Processing Instructions =
5.1	131
	132	\|Instruction type\|Instruction\|Description\|(((
	133	LX3V
	134
	135	(1S)
	136	)))\|LX3V (2N)\|LX3VP\|LX3VE
	137	\|(% rowspan="10" %)[[High-speed Processing Instruction>>path:/wiki/plc/view/2-User%20manual/6.Instruction/07.High%20speed%20process/]]\|REF\|Refresh\|¡\|¡\|¡\|¡
	138	\|REFF\|Refresh and filter adjust\|-\|¡\|¡\|¡
	139	\|MTR\|Input matrix\|¡\|¡\|¡\|¡
	140	\|DHSCR\|High speed counter set\|¡\|¡\|¡\|¡
	141	\|DHSCS\|High speed counter reset\|¡\|¡\|¡\|¡
	142	\|DHSZ\|High speed counter zone compare\|-\|¡\|¡\|¡
	143	\|SPD\|Speed detect\|¡\|¡\|¡\|¡
	144	\|PLSY\|16-bit pulse Y output\|¡\|¡\|¡\|¡
	145	\|PWM\|Pulse width modulation\|¡\|¡\|¡\|¡
	146	\|PLSR\|Ramp pulse output\|¡\|¡\|¡\|¡
	147
8.1	148	= ECAM instructions =
5.1	149
	150	\|Instruction type\|Instruction\|Description\|(((
	151	LX3V
	152
	153	(1S)
	154	)))\|LX3V (2N)\|LX3VP\|LX3VE
	155	\|(% rowspan="3" %)[[ECAM instruction>>path:/wiki/plc/view/2-User%20manual/6.Instruction/10.ECAM/]]\|DECAM\|ECAM configuration\|-\|-\|-\|¡
	156	\|DEGEAR\|Electronic gear configuration\|-\|-\|-\|¡
	157	\|ECAMTBX\|Create E-CAM datasheet\|-\|-\|-\|¡
	158
8.1	159	= External I/O Devices instructions =
5.1	160
	161	\|Instruction type\|Instruction\|Description\|(((
	162	LX3V
	163
	164	(1S)
	165	)))\|LX3V (2N)\|LX3VP\|LX3VE
10.1	166	\|(% rowspan="12" %)[[External I/O device instruction>>path:https://docs.we-con.com.cn/bin/view/PLC%20Editor/6.Instruction/09.External%20IO%20Devices/]]\|TKY\|Ten key input\|-\|¡\|¡\|¡
5.1	167	\|HKY\|Hexadecimal input\|-\|¡\|¡\|¡
	168	\|DSW\|Digital switch (thumbwheel input)\|¡\|¡\|¡\|¡
	169	\|SEGD\|Seven segment decoder\|-\|¡\|¡\|¡
	170	\|SEGL\|Seven segment with latch\|¡\|¡\|¡\|¡
	171	\|ARWS\|Arrow switch\|-\|¡\|¡\|¡
	172	\|ASC\|ASCII code\|-\|¡\|¡\|¡
	173	\|PR\|“print” to a display\|-\|¡\|¡\|¡
	174	\|FROM\|Read from a special function block\|¡\|¡\|¡\|¡
	175	\|TO\|Write to a special function block\|¡\|¡\|¡\|¡
	176	\|GRY\|Converts binary integer to GRAY code\|-\|¡\|¡\|¡
	177	\|GBIN\|Converts GRAY CODE to binary\|-\|¡\|¡\|¡
	178
8.1	179	= External Devices instructions =
5.1	180
	181	\|Instruction type\|Instruction\|Description\|(((
	182	LX3V
	183
	184	(1S)
	185	)))\|LX3V (2N)\|LX3VP\|LX3VE
9.1	186	\|(% rowspan="9" %)[[External devices instruction>>path:https://docs.we-con.com.cn/bin/view/PLC%20Editor/6.Instruction/13.External%20Device%20SER%20instruction/]]\|RS\|RS communications\|¡\|¡\|¡\|¡
5.1	187	\|RS2\|RS2 communications\|¡\|¡\|¡\|¡
	188	\|CPAVL\|Serial port settings\|¡\|¡\|¡\|¡
	189	\|CPAVL\|Ethernet port settings\|¡\|¡\|¡\|¡
	190	\|PRUN\|Octal bit transmission\|¡\|¡\|¡\|¡
	191	\|ASCI\|hexadecimal to ASCII\|¡\|¡\|¡\|¡
	192	\|HEX\|ASCII to hexadecimal\|¡\|¡\|¡\|¡
	193	\|CCD\|check code\|¡\|¡\|¡\|¡
	194	\|PID\|PID control loop\|¡\|¡\|¡\|¡
	195
8.1	196	= Floating Point instructions =
5.1	197
	198	\|Instruction type\|Instruction\|Description\|(((
	199	LX3V
	200
	201	(1S)
	202	)))\|LX3V (2N)\|LX3VP\|LX3VE
	203	\|(% rowspan="22" %)[[Floating point instruction>>path:/wiki/plc/view/2-User%20manual/6.Instruction/14.Floating%20calculation/]]\|DECMP\|Binary floating point data compare\|-\|¡\|¡\|¡
	204	\|DEZCP\|Binary floating point zone compare\|-\|¡\|¡\|¡
	205	\|DEBCD\|Binary to BCD floating point data conversion\|-\|¡\|¡\|¡
	206	\|DEBIN\|BCD to Binary floating point data conversion\|-\|¡\|¡\|¡
	207	\|DEADD\|Binary floating point addition\|-\|¡\|¡\|¡
	208	\|DESUB\|Binary floating point subtraction\|-\|¡\|¡\|¡
	209	\|DEMUL\|Binary floating point multiplication\|-\|¡\|¡\|¡
	210	\|DEDIV\|Binary floating point division\|-\|¡\|¡\|¡
	211	\|DESQR\|Binary floating point square root\|-\|¡\|¡\|¡
	212	\|INT\|16-bit binary floating point to integer\|-\|¡\|¡\|¡
	213	\|DSIN\|Sin operation\|-\|¡\|¡\|¡
	214	\|DCOS\|Cosine operation\|-\|¡\|¡\|¡
	215	\|DTAN\|Tangent operation\|-\|¡\|¡\|¡
	216	\|DASIN\|Calculate radian value, according to the corresponding value of SIN\|-\|-\|¡\|¡
	217	\|DSINH\|Binary floating point operation of Hyperbolic Sine function SINH\|-\|-\|¡\|¡
	218	\|DACOS\|Calculate radian value, according to the corresponding value of COS\|-\|-\|¡\|¡
	219	\|DCOSH\|Binary floating point operation of Hyperbolic Cosine function COSH\|-\|-\|¡\|¡
	220	\|DATAN\|Calculate radian value, according to the corresponding value of TAN\|-\|-\|¡\|¡
	221	\|DTANH\|Binary floating point operation of Hyperbolic Tangent function TANH\|-\|-\|¡\|¡
	222	\|DEXP\|Perform exponent operation of binary floating-point number to base e (2.71828)\|-\|-\|¡\|¡
	223	\|DLOG10\|Perform common logarithm operation of binary floating-point number to base 10\|-\|-\|¡\|¡
	224	\|DLOGE\|Perform natural logarithm operation of binary floating-point number to base e (2.71828)\|-\|-\|¡\|¡
	225
8.1	226	= Positioning Instructions =
5.1	227
	228	\|Instruction type\|Instruction\|Description\|(((
	229	LX3V
	230
	231	(1S)
	232	)))\|LX3V (2N)\|LX3VP\|LX3VE
	233	\|(% rowspan="5" %)[[Positioning instruction>>path:/wiki/plc/view/2-User%20manual/6.Instruction/12.Positioning%20control/]]\|DABS\|Absolute current value read\|¡\|¡\|¡\|¡
	234	\|ZRN\|Setting of zero return speed\|¡\|¡\|¡\|¡
	235	\|PLSV\|Variable speed pulse output\|¡\|¡\|¡\|¡
	236	\|DRVI\|Relative position control\|¡\|¡\|¡\|¡
	237	\|DRVA\|Absolute position control\|¡\|¡\|¡\|¡
	238
	239	4.14 Real Time Clock Control
	240
	241	\|Instruction type\|Instruction\|Description\|(((
	242	LX3V
	243
	244	(1S)
	245	)))\|LX3V (2N)\|LX3VP\|LX3VE
	246	\|(% rowspan="7" %)[[Real time clock control>>path:/wiki/plc/view/2-User%20manual/6.Instruction/05.Real%20time%20clock/]]\|TCMP\|time compare\|¡\|¡\|¡\|¡
	247	\|TZCP\|time zone compare\|¡\|¡\|¡\|¡
	248	\|TADD\|time addition\|¡\|¡\|¡\|¡
	249	\|TSUB\|time subtraction\|¡\|¡\|¡\|¡
	250	\|TRD\|read RTC data\|¡\|¡\|¡\|¡
	251	\|TWR\|set RTC data\|¡\|¡\|¡\|¡
	252	\|HOUR\|16-bit chronograph\|¡\|¡\|¡\|¡
	253
8.1	254	= Handy Instructions =
5.1	255
	256	\|Instruction type\|Instruction\|Description\|(((
	257	LX3V(1S)
	258	)))\|LX3V (2N)\|LX3VP\|LX3VE
	259	\|(% rowspan="10" %)[[Handy instruction>>path:/wiki/plc/view/2-User%20manual/6.Instruction/11.Handy%20instructions/]]\|IST\|initial state\|¡\|¡\|¡\|¡
	260	\|SER\|Search \|-\|¡\|¡\|¡
	261	\|ABSD\|Absolute drum\|¡\|¡\|¡\|¡
	262	\|INCD\|Incremental drum\|¡\|¡\|¡\|¡
	263	\|TTMR\|Teaching timer\|-\|¡\|¡\|¡
	264	\|STMR\|Special timer - definable\|-\|¡\|¡\|¡
	265	\|ALT\|Alternate state\|¡\|¡\|¡\|¡
	266	\|RAMP\|Ramp - variable value\|¡\|¡\|¡\|¡
	267	\|ROTC\|Rotary table control\|-\|¡\|¡\|¡
	268	\|SORT\|Sort data\|-\|¡\|¡\|¡
	269
8.1	270	= Circular interpolation instructions =
5.1	271
	272	\|Instruction type\|Instruction\|Decryption\|LX3V\|LX3VP\|LX3VE\|LX3VM
	273	\|(% rowspan="6" %)[[Circular interpolation instruction>>path:/wiki/plc/view/2-User%20manual/6.Instruction/15.Circular%20interpolation%20instruction/]]\|G90G01\|Absolute position line interpolation\|-\|-\|-\|¡
	274	\|G91G01\|Relative position line interpolation\|-\|-\|-\|¡
	275	\|G90G02\|Absolute position of the clockwise circular interpolation\|-\|-\|-\|¡
	276	\|G91G02\|Relative position clockwise circular interpolation\|-\|-\|-\|¡
	277	\|G90G03\|Absolute position anticlockwise circular interpolation\|-\|-\|-\|¡
	278	\|G91G03\|Relative position anticlockwise circular interpolation\|-\|-\|-\|¡
	279
8.1	280	= Inline Comparisons Instructions =
5.1	281
	282	\|Instruction type\|Instruction\|Description\|(((
	283	LX3V
	284
	285	(1S)
	286	)))\|LX3V (2N)\|LX3VP\|LX3VE
	287	\|(% rowspan="19" %)Inline comparisons instruction\|LD=\|Comparison of 16-bit data (==)\|¡\|¡\|¡\|¡
	288	\|LD>\|Comparison of 16-bit data (>\|¡\|¡\|¡\|¡
	289	\|LD<\|Comparison of 16-bit data (<\|¡\|¡\|¡\|¡
	290	\|LD<>\|Comparison of 16-bit data (<>\|¡\|¡\|¡\|¡
	291	\|LD<=\|Comparison of 16-bit data (<=)\|¡\|¡\|¡\|¡
	292	\|LD>=\|Comparison of 16-bit data (>=)\|¡\|¡\|¡\|¡
	293	\|AND=\|Comparison of 16-bit data (==)\|¡\|¡\|¡\|¡
	294	\|AND>\|Comparison of 16-bit data (>\|¡\|¡\|¡\|¡
	295	\|AND<\|Comparison of 16-bit data (<\|¡\|¡\|¡\|¡
	296	\|AND<>\|Comparison of 16-bit data (<>\|¡\|¡\|¡\|¡
	297	\|AND<=\|Comparison of 16-bit data (<=)\|¡\|¡\|¡\|¡
	298	\|AND>=\|Comparison of 16-bit data (>=)\|¡\|¡\|¡\|¡
	299	\|OR=\|Comparison of 16-bit data (==)\|¡\|¡\|¡\|¡
	300	\|ORD=\|Comparison of 32-bit data (==)\|¡\|¡\|¡\|¡
	301	\|OR>\|Comparison of 16-bit data (>\|¡\|¡\|¡\|¡
	302	\|OR<\|Comparison of 16-bit data (<\|¡\|¡\|¡\|¡
	303	\|OR<>\|Comparison of 16-bit data (<>\|¡\|¡\|¡\|¡
	304	\|OR<=\|Comparison of 16-bit data (<=)\|¡\|¡\|¡\|¡
	305	\|OR>=\|Comparison of 16-bit data (>=)\|¡\|¡\|¡\|¡

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