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Сообщение
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  • Welcome
  • Product Introduction
    • PLC features
    • Programming software features
  • Quick Start
    • General step of programming
    • First step: Programming software
    • Second step: New project
    • Third step: Write control program
    • Fourth step: PLC hardware configure
    • Fifth step: Off line simulate debug
    • Sixth step: Online with PLC
    • Seventh step: Download program
    • Eighth step: Start PLC
  • PLC Register and Data
    • Overview
    • Data
    • Component overview
    • External input relay [X]
    • External output relay [Y]
    • Timer [T]
    • Counter[C]
    • Auxiliary relay[M]
    • Step relay[S]
    • System status bit [SM]
    • Local relay [LM]
    • Analog input register [AI]
    • Analog output register [AQ]
    • Current value of timer [TV]
    • Current value of counter [CV]
    • Internal data register [V]
    • System register [SV]
    • Local register [LV]
    • Indexed addressing point [P]
  • PLC instruction set
    • General declare of the instruction
    • Compare switch
    • Step instruction
      • STL (Step start)
      • SFROM (Step combine)
      • STO (Step jump)
    • Bit instruction
      • AND(Logic AND)
      • OR(Logic OR)
      • XOR(Logic XOR)
      • OUT(Coil output)
      • SET(Setting)
      • RST(Reset)
      • ALT(ON/OFF alternately output)
      • ZRST(Batch reset)
      • ENO(Get ENO output)
    • Timer
      • TON(Delay ON)
      • TOF(Delay OFF)
      • TP(Pulse timer)
    • Counter
      • CTU. D.CTU(Increase counter)
      • CTD. D.CTD(Decrease counter)
      • CTUD. D.CTUD(Increase and Decrease counter)
    • High speed control instruction
      • SHC (Single high counter)
      • HHSC (High speed counter )
      • HCWR (Write high speed counter)
      • SPD (Speed detection )
      • PWM (Pulse width modulation)
      • PLSY. D.PLSY (Pulse output)
      • PLSR. D.PLSR( Accelerate and decelerate pulse output)
      • ZRN (Origin point return)
      • SETZ (Set electric origin point)
      • PPMR (Linear interpolation)
      • CIMR (Circular interpolation )
      • SPLS (Single pulse output)
      • MPTO (Multi-segment pulse output)
      • SYNP (Synchronization pulse output)
      • PSTOP (Stop pulse output)
      • DVIT (Interrupt positioning pulse output)
      • ECAM (Electronic CAM)
      • JOGP (Jog pulse output)
    • Compare instruction
      • CMP. D.CMP(Compare)
      • ZCP. D.ZCP(Regional comparison)
      • MATC. D.MATC(Numerical match)
      • ABSC. D.ABSC(Absolute cam comparison)
      • BON(ON bit determine)
      • BONC. D.BONC(ON bit numbers)
      • MAX. D.MAX(Maximum)
      • MIN. D.MIN(Minimum)
      • SEL. D.SEL(Selection of conditions)
      • MUX. D.MUX(Multi-choice)
    • Shift instruction
      • LBST(Low byte evaluation)
      • HBST(High byte evaluation)
      • MOV. D.MOV(Move)
      • BMOV(Block move)
      • FILL(Fill)
      • XCH(Byte swap). D.XCH(Register swap)
      • BXCH(Block swap)
      • SHL(Bit left shift)
      • SHR(Bit right shift)
      • WSHL(Word left shift)
      • WSHR(Word right shift)
      • ROL(Bit rotate left shift)
      • ROR(Bit rotate right shift)
      • WROL(Word rotate left shift)
      • WROR(Word rotate right shift)
      • BSHL(Byte left shift)
      • BSHR(Byte right shift)
      • ATBL(Append to array)
      • FIFO(First in first out)
      • LIFO(Last in first out)
      • SORT(Data sort)
    • Data conversion instruction
      • ENCO(Encoder)
      • DECO(Decoder)
      • BTOW(Bit convert to word)
      • WTOB (Word convert to bit)
      • HEX. HEX.LB(ASCII convert to hexadecimal)
      • ASCI. ASCI.LB(Hexadecimal convert to ASCII)
      • BUNB(Discrete bit combination to continuous bit)
      • BUNW(Discrete bit combination to continuous word)
      • WUNW(Discrete word combination to continuous word)
      • BDIB(Continuous bit disperse to discrete bit)
      • WDIB(Continuous word disperse to discrete bit)
      • WDIW(Continuous word disperse to discrete word)
      • BCD. D.BCD(BIN convert to BCD)
      • BIN. D.BIN(BCD convert to BIN)
      • ITOL(Integer convert to long integer)
      • GRAY(BIN convert to GRAY code)
      • GBIN(GRAY code convert to BIN)
    • Character instruction
      • GHLB(Obtain high low byte)
      • GETB(Capture byte string)
      • BCMP. BCMP.LB(Byte string comparison)
      • ITOC. D.ITOC(Integer convert to character)
      • CTOI(Character convert to integer)
      • FTOC(Floating point convert to character)
      • CTOF(Character convert to floating point)
    • Arithmetical instruction
      • WNOT. D.WNOT(Negation)
      • WAND. D.WAND(AND operation)
      • WOR. D.WOR(OR operation)
      • WXOR. D.WXOR(XOR operation)
      • ADD. D.ADD(Addition)
      • SUB. D.SUB(Subtraction)
      • INC. D.INC(Increase 1)
      • DEC. D.DEC(Decrease 1)
      • MUL. D.MUL(Multiplication)
      • DIV. D.DIV(Division)
      • ACCU. D.ACCU(Accumulation)
      • AVG. D.AVG(Average)
      • ABS. D.ABS(Absolute value)
      • NEG. D.NEG(Two's complement)
    • Floating point instruction
      • FCMP(Floating point comparison)
      • FZCP(Floating point regional comparison)
      • FMOV(Floating point move)
      • FADD(Floating point addition)
      • FSUB(Floating point subtraction)
      • FMUL(Floating point multiplication)
      • FDIV(Floating point division)
      • FACCU(Accumulation)
      • FAVG(Average)
      • FMAX(Floating point maximum)
      • FMIN(Floating point minimum)
      • FTOI(Floating point convert to integer)
      • ITOF. D.ITOF(Integer convert to floating point)
      • FABS(Floating point absolute)
      • FSQR(Floating point square root)
      • FSIN(Sine)
      • FCOS(Cosine)
      • FTAN(Tangent)
      • FASIN(Arcsine)
      • FACOS(Arc cosine)
      • FATAN(Arctangent)
      • FLN(Natural logarithm)
      • FLOG(The base-10 logarithm of a number)
      • FEXP(Nature exponential)
      • FRAD(Angle convert to radian)
      • FDEG(Radian convert to angle)
      • FXY(Exponent)
    • Clock instruction
      • TCMP(Real time clock comparison)
      • TACCU(Time accumulative total)
      • SCLK(Setup system clock)
      • TIME(Time switch)
      • DATE(Date switch)
      • INVT(Count down)
    • Communication instruction
      • SUM. SUM.LB(SUM verify)
      • BCC. BCC.LB(BCC verify)
      • CRC. CRC.LB(CRC verify)
      • LRC. LRC.LB(LRC verify)
      • COMM. COMM.LB(Serial communications)
      • MODR(Modbus read)
      • MODW(Modbus write)
      • HWRD(Haiwellbus read)
      • HWWR(Haiwellbus write)
      • RCV(Receive communication data)
      • XMT. XMT.LB(Sent communication data)
      • FROM(Extend module CR register read)
      • TO(Extend module CR register write)
      • TCPMDR(Modbus TCP read)
      • TCPMDW(Modbus TCP write)
      • TCPHWR(Haiwellbus TCP read)
      • TCPHWW(Haiwellbus TCP write)
    • Interrupt instruction
      • ATCH(Interrupt binding)
      • DTCH(Interrupt release)
      • ENI(Enable interrupt)
      • DISI(Disable interrupt)
    • Program control instruction
      • MC(Master control)
      • MCR(Master control clear)
      • FOR(Loop command)
      • NEXT(Loop end)
      • WAIT(Delay wait)
      • CALL(Call subroutine)
      • EXIT(Condition exit)
      • REWD(Scanning time reset)
      • JMPC(Condition jump)
      • LBL(Jump label)
    • Special Function instruction
      • GPWM(General pulse width modulation)
      • FTC(Fuzzy temperature control)
      • PID(PID control)
      • HAL. D.HAL(Upper limit alarm)
      • LAL. D.LAL(Lower limit alarm)
      • LIM. D.LIM(Range limitation)
      • SC. D.SC(Linear conversion)
      • VC(Valve control)
      • TTC(Temperature curve control)
      • APID(Self-tuning PID control)
  • Programming operation manual
    • Programming environment
      • Overview
      • Menu
      • Tools bar
      • Right click menu
      • Shortcut key
      • Status bar
      • Working area
      • Project manager
      • PLC resource
      • Component comment table
      • Instruction declare window
      • Instruction attribute window
      • Item define window
    • Program structure
      • Main program
      • Sub program
      • Interrupt program
    • Program project build
      • New program project
      • New program block
      • New sub program
      • Open program block
      • Delete program block
      • Program block execution sequence adjust
    • Instruction use table
      • Haiwellbus read read communication table
      • Haiwellbus write communication table
      • Disperse bit component table
      • Disperse register component table
      • Initial register value table
      • New table
      • Open table
      • Delete table
    • PLC hardware configuare
      • PLC MPU model
      • Extend block edit
      • Assign external I/O component
      • X digital input parameter
      • Y digital output parameter
      • AI analog input parameter
      • AQ analog output parameter
      • HSC high speed counter parameter
      • PLS high speed output parameter
    • LD ladder diagram programming
      • LD work area
      • Switch edit
      • Switch status change
      • LD instruction edit
      • Change status of the instruction input item
      • Branch edit
      • Network edit
    • FBD function block programming
      • FBD work area
      • FBD instruction edit
      • FBD connect between instructions
      • Change FB executed sequence
      • Change instruction input status
      • Page edit
      • FBD comment
    • IL instruction list programming
      • IL work area
      • IL instruction edit
      • Change the instruction input status
      • IL comment
    • Others
      • Find and replace
      • Compile program
      • Program and table import
      • Program and table export
      • Print and preview
      • Component used table
      • Component comment
  • Simulate and online debugging
    • Overview
    • Simulation environment
      • Simulate tools bar
      • Right-click menu
      • Hardware simulate window
      • AI/AQ simulate window
      • Data lock window
      • Real time curve window
      • Message window
    • Simulate operation
      • General steps of simulation
      • Start simulator
      • Component monitor
      • Component status table
      • Force
      • Lock data
      • Real time curve
      • Power off simulate
    • Communication simulator
      • Start communication simulator
      • Manual input slave response information
      • Use reality serial port communicate with slave
    • High speed counter simulate
    • Pulse output simulate
    • Interpolation simulate
    • Difference between online debugging and offline simulate
  • Online control PLC
    • PLC station number setting up
    • Online with PLC
    • Online PLC window
    • Download program
    • Upload program
    • Generate PLC executable file
    • Download PLC executable file
    • PLC firmware upgrade
    • Start or stop PLC
    • Clear PLC program
    • Program compare
    • PLC Diagnosis
    • Set PLC password
    • Set PLC clock
    • Set PLC communication parameter
    • Set PLC parameter
  • Networking communicate function
    • Feature
    • Networking schematic diagram
    • Modbus communication
    • Haiwellbus communication
    • Freedom communication
  • Hardware manual
    • Model table
    • PLC specification
    • Other specification
    • Extend module parameter
    • Indicator declare
    • I/O wiring diagram
    • PLC installation and precautions
  • Remote module
    • Overview
    • Module station number setting up
    • Online with module
    • Parameter modify
    • Parameter upload
    • Parameter download
    • Firmware upgrade
    • Online monitor
  • Appendix
    • SM system status bit
    • SV system register
    • Syetem interruption table
    • Communication address code table
    • Error code table
    • Programming cable wiring diagram

Welcome to use Haiwell PLC programming software