SECP-B5E

Appendix-P

Hitech Electronics Corp.

Communication Notice between PLCs and PWS

Communication between PLCs and PWS PIMPORTANT NOTES: "The Register and Range of Relay Numbers" listed in this appendix is the range that allows for setting. In real operation, please be sure not to exceed the maximum range of the numbers that the PLC-CPU defined.

NOTE: Set the PLC's communications parameters according to the following table; set the Workstation's baud rate and data format to match the PLC's transmission speed and format; Set the Workstation‘s Default Controller Station Number to match the PLC’s address:

The Driver File For P.L.C. Brand Name Page

P513.TSK Allen-Bradley MICROLOGIX 1000 P-03

P553.TSK Allen-Bradley PLC-5 -

P503.TSK Allen-Bradley SLC 5/03 & 5/04 -

P003.TSK Computer (as master) -

P013.TSK Computer (as slave) -

PH03.TSK Facon FB Series P-05

PA13.TSK Fuji NB Series P-06

PA03.TSK Fuji Micrex-F Series -

P413.TSK GE Series 90 CCM -

P403.TSK GE Series 90 SNP P-07

PB13.TSK Hitachi EC Series -

PB03.TSK Hitachi H Series P-09

PE63.TSK IDEC FA-2J -

PE53.TSK IDEC Micro-3 P-10

PK53.TSK Jetter NANO-B -

PK03.TSK Klockner Moeller PS4-201 P-11

PK13.TSK Klockner Moeller PS316 P-11

P913.TSK KOYO Direct DL Series -

PL03.TSK LG K10/60H/200H P-12

PL23.TSK LG K500H/1000H -

P703.TSK Mitsubishi FX Series P-13

PWS WorkstationRelease 10/98 P-1


P713.TSK Mitsubishi FX-10GM/20GM Series -

P723.TSK Mitsubishi FX2N Series P-13The Driver File For P.L.C

For P.L.C. Brand Name Page

P803.TSK Mitsubishi A Series P-14

P813.TSK Mitsubishi A1S/A2S CPU Port P-14

P823.TSK Mitsubishi A2A/A2AS CPU Port P-14

P833.TSK Mitsubishi A1N CPU Series P-14

P843.TSK Mitsubishi A3N CPU Series P-14

P853.TSK Mitsubishi A0J2 CPU Series P-14

P303.TSK Modicon PC984(RTU mode) P-16

P313.TSK Modicon TSX QUANTUM Series P-16

P603.TSK Matsushita FP Series P-17

P103.TSK Omron C Series P-19

P113.TSK Omron CV Series -

PY53.TSK Sharp JW Series P-21

P203.TSK Simatic S5 Series (90U, 95U, 100U, 102U, 103U, 115U, 135U)

via PG port

P-22

P213.TSK Simatic S5 3964R -

P253.TSK Simatic S7-200 Series (mono-link PPI port) P-24

P257.TSK Simatic S7-200 Series (multi-link PPI port) P-24

P263.TSK Simatic S7 3964R-CP340 -

P273.TSK Simatic S7-300 Series (via MPI cable) P-26

P277.TSK Simatic S7-300 Series (via HMI cable) -

PD03.TSK Square D Model 400-700 P-27

PY03.TSK Taian TP Series -

PW03.TSK Telemecanique TSX Micro P-28

P903.TSK TI 500/505 -

P913.TSK TI 435 P-29

P923.TSK TI 325/330 -

PT03.TSK Toshiba M20/M40 -

PT13.TSK Toshiba T1/T2 P-30

P013.TSK Unidriver UD70 --

PC03.TSK KOYO SA Series P-31


Appendix-P



PLC Connections, p513.tsk, Allen-Bradley Micrologic1000

1. The table below shows the formats of every register the PWS can access.

Register Type Format Range With the Register Data SizeOutput file O0:n n=0 WordInput file I1:n n=0-1 WordStatus file S2:nn nn=0-32 WordBit file B3:nn nn=0-31 WordTimer flag T4:nn.0 nn=0-39 WordTimer Preset Value T4:nn.1 nn=0-39 WordTimer Accumulator Value T4:nn.2 nn=0-39 WordCounter flag C5:nn.0 nn=0-31 WordCounter Preset Value C5:nn.1 nn=0-31 WordCounter Accumulator Value C5:nn.2 nn=0-31 WordControl file R6:nn.0 nn=0-15 WordControl Size of Bit Array R6:nn.1 nn=0-15 WordControl Reserved file R6:nn.2 nn=0-15 WordInteger file N7:nnn nnn=0-104 WordNote 1: The Workstation can read up to 30 words in one read command.

Note 2: The Workstation doesnot support block read for registers in Timer, Counter, and Control files.

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register, the bit address should be zero.

Relay Type Format Range With the RelayOutput O0:n/bb n=0 ; bb=0-15Input I1:n/bb n=0-1; bb=0-15Status S2:nn/bb nn=0-32; bb=0-15Bit B3:nn/bb nn=0-31; bb=0-15Timer T4:nn.0/bb nn=0-39; bb=0-15Timer Preset Value T4:nn.1/bb nn=0-39; bb=0-15Timer Accumulator Value T4:nn.2/bb nn=0-39; bb=0-15Counter flag C5:nn.0/bb nn=0-31; bb=0-15Counter Preset Value C5:nn.1/bb nn=0-31; bb=0-15Counter Accumulator Value C5:nn.2/bb nn=0-31; bb=0-15Control R6:nn.0/bb nn=0-15; bb=0-15Control Size of Bit Array R6:nn.1/bb nn=0-15; bb=0-15Control Reserved R6:nn.2/bb nn=0-15; bb=0-15Integer N7:nnn/bb nnn=0-104; bb=0-15

Note 3: The Workstation can read up to 480 bits in one read command.



Note 4: The Workstation doesnot support block read for bits in Timer, Counter, and Control files.


Appendix-P



3. Example for the connections between PWS & RS232C of 1761-CBL-PM02:

4. P.L.C. & PWS sett ing:

Please set the communication parameters & the DIP-Switch as below:A. P.L.C. Setting B. PWS-Setting

a. Communication format :RS232C b. Node Address :N c. Transmission Speed :19200 bps Set the Workstation's operating d. Transmission Format (data bits,parity,stop bits)

:8-bits,none, 1-bit parameters to match the PLC.

e. Com Port :FULL DUPLEX ; DF1 f. CRC ERROR Check :YESNote:You should open those files in the PLC that the Workstation will access.



PLC Connections, ph03.tsk, FACON FB SERIES


Register Type Format Range With the Register Data Size

Input Relay WXnnnn nnnn=0-9984; (Must be 0 or multiple of 8) WordOutput Relay WYnnnn nnnn=0-9984; (Must be 0 or multiple of 8) WordInternal Relay WMnnnn nnnnn=0-9984; (Must be 0 or multiple of 8) WordStep Relay WSnnnn nnnn=0-9984; (Must be 0 or multiple of 8) Word

Timer Present Value RTnnnn nnnn=0-9999 WordCounter Present Value RCnnnn nnnn=0-9999 WordData Register Rnnnnn nnnn=0-65534 WordData Register Dnnnnn nnnn=0-65534 Word

Note 1: The Workstation can read up to 64 words in one read command.

2. The table below shows the format of every on/off location the Workstation can access. An On/off block must start at an address that is a mutiple of 8. You cannot specify On/off blocks to read Timer Flags and Counter Flags.

Relay Type Format Range With the Relay Assign Format with RelayInput Relay Xnnnn nnn=0-9999 Ex. X32 (Must be 0 or multiple of 8)Output Relay Ynnnn nnn=0-9999 Ex. Y8 (Must be 0 or multiple of 8)Internal Relay Mnnnn nnnn=0-9999 Ex. M0 (Must be 0 or multiple of 8)Step Relay Snnnn nnn=0-9999 Ex. S16 (Must be 0 or multiple of 8)Timer Flag Tnnnn nnn=0-9999 NoneCounter Flag Cnnnn nnn=0-9999 None

3. Example of the connections between PWS & RS232C of FB-MC type:


Please set the communication parameters & the DIP-Switch as below:A. P.L.C. Setting B. PWS- Setting

a.Communication Format :RS232C COM2 ==> RS232 b.Node Address :1 c.Transmission Speed :9600/19200 bps Set the Workstation's operating d.Transmission Format :7-bit, even,1-bit parameters to match the PLC.


Appendix-P



PLC Connections, Pa13.tsk, FUJI NB SERIES


Register Type Format Range With the Register Data SizeData Register Dnnn nnn=hex number 0-3ff WordSpecial Register Dnnnn nnnn=hex number 8000-80ff WordTimer Current Value TNnnn nnn=hex number 0-1ff WordCounter Current Value CNnn nn=hex number 0-ff WordInput Relay WXnn nn=hex number 0-1f WordOutput Relay WYnn nn=hex number 0-1f WordInternal Relay WMnn nn=hex number 0-3f WordLatch Relay WLnn nn=hex number 0-3f WordSpecial Relay WMnnn nnn=hex nuumber 800-81f WordStep Relay WSnnn nnn=hex number 0-3f Word

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register, the bit number must be zero.

Relay Type Format Range With the Relay On/off Block Timer output Tnnn nnn=hex number 0-1ff The last digit is 0Counter output Cnn nn=hex number 0-ff The last digit is 0Input Relay Xnnn nnn=hex number 0-1ff The last digit is 0Output Relay Ynnn nnn=hex number 0-1ff The last digit is 0Internal Relay Mnnn nnn=hex number 0-3ff The last digit is 0Latch Relay Lnnn nnn=hex number 0-3ff The last digit is 0Special Relay Mnnnn nnnn=hex number 8000-81ff The last digit is 0Step Relay Snnn nnn=hex number 0-3ff The last digit is 0

3. Example of the connections between PWS & RS422 of NB/NS/NJ-CPU port :

4. P.L.C. & PWS setting: Please set the communication parameters & the DIP-Switch as below:

A. P.L.C. Setting B. PWS- Setting a.Communication Format :RS422 COM2=RS232/422/485



b.Node Address :None c.Transmission Speed :19200 bps Set the Workstation's operating d.Transmission Format :8-bit,ODD,1-bit parameters to match the PLC. e. P.L.C. password :none or 0000-9999 0000 or ****


Appendix-P



PLC Connections, p403.tsk, GE-FANUC 90-SNP


Register Type Format Range With the Register Data SizeDiscrete Inputs %Innnnn nnnnn=1-12288; Must be 1or ( Multiple of

16)+1Word

Discrete Outputs %Qnnnnn nnnnn=1-12288; Must be 1or ( Multiple of 16)+1

Word

Discrete Temporaries

%Tnnn nnn=1-256; Must be 1or ( Multiple of 16)+1 Word

Discrete Internals %Mnnnnn nnnnn=1-12288; Must be 1or ( Multiple of 16)+1

Word

%SA Discretes %SAnnn nnn=1-128; Must be 1or ( Multiple of 16)+1 Word%SB Discretes %SBnnn nnn=1-128; Must be 1or ( Multiple of 16)+1 Word%SC Discretes %SCnnn nnn=1-128; Must be 1or ( Multiple of 16)+1 Word%S Discretes %Snnn nnn=1-128; Must be 1or ( Multiple of 16)+1 WordGenius Global Data %Gnnnn nnnn=1-7680; Must be 1or ( Multiple of 16)+1 WordRegisters %Rnnnnn nnnnn=1-16384 WordAnalog Inputs %AInnnn nnnn=1-8192 WordAnalog Outputs %AQnnnn nnnn=1-8192 Word

Note 1: The PWS can read up to 50 Words in one read command.

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register, use an address that is a multiple of 16 plus 1.

Relay Type Format Range On/off Block Discrete Inputs %Innnnn nnnnn=1-12288 Must be 1or ( Multiple of 16)+1Discrete Outputs %Qnnnnn nnnnn=1-12288 Must be 1or ( Multiple of 16)+1Discrete Temporaries %Tnnn nnn=1-256 Must be 1or ( Multiple of 16)+1Discrete Internals %Mnnnnn nnnnn=1-12288 Must be 1or ( Multiple of 16)+1%SA Discretes %SAnnn nnn=1-128 Must be 1or ( Multiple of 16)+1%SB Discretes %SBnnn nnn=1-128 Must be 1or ( Multiple of 16)+1%SC Discretes %SCnnn nnn=1-128 Must be 1or ( Multiple of 16)+1%S Discretes %Snnn nnn=1-128 Must be 1or ( Multiple of 16)+1Genius Global Data %Gnnnn nnnn=1-7680 Must be 1or ( Multiple of 16)+1

** The PWS can read up to 800 Bits in one read command。



3. Example of the connections between PWS & RS232 of PLC miniconverter

kit :

3.1 Example of the connections between PWS & RS422 of PLC 9030 CPU port:



a.Communication Format :RS422 CPU PORT :RS232C

b.Node Address :None c.Transmission Speed :19200/9600 bps d.Transmission Format :8-bit, none,1 e.P.L.C. ID :blank f. P.L.C. password :none or ******** 00000000 or ********


Appendix-P



PLC Connections, pb03.tsk, HITACHI H SERIES


Register Type Format Range With the Register Data SizeExternal input WXnnnm nnn=hex number 0-4ff;m=0-9 WordExternal output WYnnnm nnn=hex number 0-4ff; m=0-9 WordInternal output WRnnnn nnnn=hex number 0-c3ff WordInternal output WRnnnn nnnn=hex number f000-f1ff WordInternal output WMnnn nnn=hex number 0-3ff Word1st CPU link area WLnnn nnn=hex number 0-3ff Word2nd CPU link area WLnnnn nnnn=hex 1000-13ff WordTimer/Counter Current Value TCnnn nnn=0-511 Word

Note 1: The Workstation can read up to 120 words in one read command.Note 2: Block access for WX and WY areas are not allowed.2. The table below shows the format of every on/off location the Workstation can access.

Relay Type Format Range On/off Block External input Xnnnmm nnn=hex. 0-4ff; mm=00-95 Not provideExternal output Ynnnmm nnn=hex. 0-4ff; mm=00-95 Not provideInternal output Rnnn nnn=hex number 0-7ff UnlimitedInternal output Mnnnn nnnn=hex number 0-3fff Unlimited1st CPU link area Lnnnn nnnn=hex number 0-3fff Unlimited2nd CPU link area Lnnnnn nnnnn=hex number 10000-13fff UnlimitedOn-delay timer bit TDnnn nnn=0-255 UnlimitedSingle-shot timer bit SSnnn nnn=0-255 UnlimitedUp counter bit CUnnn nnn=0-511 UnlimitedUp/down counter up coil CTUnnn nnn=0-511 UnlimitedUp/down counter down coil CTDnnn nnn=0-511 UnlimitedUp/down counter contact CTnnn nnn=0-511 UnlimitedTimer/counter value clear bit CLnnn nnn=0-511 UnlimitedRising edge detection bit DIFnnn nnn=0-511 UnlimitedFalling edge detection bit DFNnnn nnn=0-511 Unlimited

Note 3: The Workstation can read up to 240 bits in one read command.3. Example of the connections between PWS & RS232 of PLC H200-CPU port:

4. P.L.C. & PWS setting:A. P.L.C. Setting B. PWS- Setting

a.Communication Format :RS232C



b.Transmission Speed :19200/9600 bps c.Transmission Format :7-bit, EVEN, 1-bit d.CTS Handshanking :Enabled


Appendix-P



PLC Connections, pe53.tsk, IDEC MICRO-3 SERIES


Register Type Format Range With the Register Data SizeInput Relay Xn n=0-3 ByteOutput Relay Yn n=0-3 ByteInternal Relay Mnn nn=0-31 ByteShift Register Rnn nn=0-48;Must be 0 or multiple of 8 BitTimer Preset TPnn nn=0-31(read only) WordTimer Current Tnn nn=0-31 WordCounter Preset CPnn nn=0-31(read only) WordCounter Current Cnn nn=0-31 WordData Register Dnn nn=0-99 WordCalender/Clock Wn n=0-6 WordNote 1: The Workstation can read up to 50 words in one read command.

Note 2: Timer Preset and Counter Preset are read only. If the value of a TP or CP is in a data register, then the value read is the address of that data register.

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register in X, Y, or M area, use an address that its bit address("b") is 0("0").

Relay Type Format Range On/off Block

Input Relay Xnb n=0-3; b=0-7 b=0 Ex. X10

Output Relay Ynb n=0-3; b=0-7 b=0 Ex. Y00

Internal Relay Mnnb nn=0-31; b=0-7 b=0 Ex. M10

Shift Register Rnn nn=0-63 Must be 0 or multiple of 8

Timer Status Tnn nn=0-31 Must be 0 or multiple of 8

Counter Status Cnn nn=0-31 Must be 0 or multiple of 8


Note 2: Timer Status and Counter Status are read only.

3. Example of the connections between PWS & RS485 of PLC Micro3-CPU

port :

4. P.L.C. & PWS sett ing:PWS WorkstationRelease 10/98 P-13



a.Communication Format :RS485 PWS back DIP-Switch SW10=ON b.Node Address :0-31；255 If your application has only one PLC, then

set the parameter to 255; otherwise, set it to the PLC's "PLC Address for Network Communication" that you set with the program loader

c.Transmission Speed :9600bps d.Transmission Format :7-bit;EVEN, 1-bit e.CTS Handshaking :Disabled


Appendix-P



PLC Connections, pk03.tsk, KLOCKNER MOELLER PS SERIES


Register Type Format Range With the Register Data Size

Word Marker MWnnnnn nnnnn=0-32766 WordNote 1: The Workstation can read up to 32 words in one read command.

2. The table below shows the address format of the on/off location the Workstation can access. When you specify the address of an On/off Block register, the bit address("b") should be 0.

Relay Type Format Range On/off Block

Bit Marker Mnnnnn.b nnnnn=0-32766；b=0-7 b=0 Ex. M10.0Note 2: The Workstation can read up to 512 bits in one read command.

3. Example of the connections between PWS & PLC-CPU ZB4-303-KB1:

4. P.L.C. & PWS sett ing: Please set the communication parameters & the DIP-Switch as below:

A. P.L.C. Setting B. PWS- Setting a.Communication Format :RS232 b.Node Address :0=PS4-201 PLC node 0 (Refer to what PLC was set)

:1=PS316 PLC node 1 c.Transmission Speed :9600bps d.Transmission Format :8-bit; None;1bit



PLC Connections, pl03.tsk, LG K10/60H/200H SERIES


Register Type Format Range With the Register

Data Size

Auxiliary Relay Mnn nn=0-63 WordInput/Output Relay Pnn nn=0-15 WordKeep Relay Knn nn=0-31 WordLink Relay Lnn nn=0-31 WordSpecial Relay Fnn nn=0-15 WordTimer Current Value Tnnn nnn=0-255 WordCounter Current Value Cnnn nnn=0-255 WordTimer Set Value TSnnn nnn=0-255 WordCounter Set Value CSnnn nnn=0-255 WordData Register Dnnnn nnnn=0-1023 Word


2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register, use an address that is a multiple of 16.

Relay Type Format Range On/off Block Auxiliary Relay Mnnb nn=0-63; b=hex number0-f The last digit “b” is 0Input/Output Relay Pnnb nn=0-15; b=hex number0-f The last digit “b” is 0Keep Relay Knnb nn=0-31; b=hex number0-f The last digit “b” is 0Link Relay Lnnb nn=0-31; b=hex number0-f The last digit “b” is 0Special Relay Fnnb nn=0-15; b=hex number0-f The last digit “b” is 0Timer Relay Tnnn nnn=0-255 Must be 0 or multiple of 16Counter Relay Cnnn nnn=0-255 Must be 0 or multiple of 16


3. Example of the connections between PWS & RS232 of PLC-K200H CPU:



a.Communication Format :RS232C b.Node Address : 00 c.Transmission Speed :9600 bps d.Transmission Format :8-bit,NONE,1-bit


Appendix-P





PLC Connections, p703.tsk, MITSUBISHI FX2/FX2N SERIES


Register Type Format Range With the Register Data SizeAuxiliary Relay Mnnnn nnnn=0-3071;Must be 0 or a multiple of 8 WordSpecial Auxiliary Relay Mnnnn nnnn=8000-8255;Must be 0 or a multiple of8 WordStatus Relay Snnn nnn=0-999; Must be 0 or a multiple of 8 WordInput Relay Xnnn nnn=octal number 0-377; The last digit is 0 WordOutput Relay Ynnn nnn=octal number 0-377; The last digit is 0 WordTimer PV Tnnn nnn=0-255 Word16-bit Counter PV Cnnn nnn=0-199 Word32-bit Counter PV Cnnn nnn=200-255 D-WordData Register Dnnn nnn=0-1023(7999) D1000=FILE REGISTER WordSpecial Data Register Dnnnn nnnn=8000-8255 Word

Note 1: The Workstation can read up to 32 words in one read command.Relay Type Format Range On/off Block

Auxiliary Relay Mnnnn 0-3071 Must be 0 or multiple of 8Special Auxiliary Relay Mnnnn 8000-8255 Must be 0 or multiple of 8Status Relay Snnn 0-999 Must be 0 or multiple of 8Input Relay Xnnn Octal number 0-377 The last digit is 0Output Relay Ynnn Octal number 0-377 The last digit is 0Timer Flag Tnnn 0-255 Must be 0 or multiple of 8Counter Flag Cnnn 0-255 Must be 0 or multiple of 8


2. Example of the connections between PWS & RS422 of PLC-FX2 CPU:

2.1 Example of the connect ions between PWS & RS422 of FX2N/FX0N CPU:

3. P.L.C. & PWS sett ing: a.Communication Format:RS422 ; b.Transmission


Appendix-P



Speed:9600 bps ; c.Transmission Format:7-bit ,EVEN,1-bit .



PLC Connections, p8x3.tsk, MITSUBISHI A SERIES


Register Type Format Range With the Register Data SizeInput Relay Xnnn nnn=hex number 0-7ff; The last digit is 0 WordOutput Relay Ynnn nnn=hex number 0-7ff; The last digit is 0 WordLink Relay Bnnn nnn=hex number 0-fff; The last digit is 0 WordInternal Relay Mnnnn nnnn=0-8191;Must be 0 or multiple of 16 WordSpecial Relay Mnnnn nnnn=9000-9255; Must be multiple of 16 WordLatch Relay Lnnnn nnnn=0-2047; Must be 0 or multiple of 16 WordAnnunciator Fnnnn nnnn=0-2047; Must be 0 or multiple of 16 WordTimer PV TNnnn nnn=0-999 WordCounter PV CNnnn nnn=0-999 WordData Register Dnnnn nnnn=0-6143 WordSpecial Register Dnnnn nnnn=9000-9255 WordFile Register Rnnnn nnnn=0-8191 WordLink Register Wnnn nnn=hex number 0-fff Word


2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register, use an address that is a multiple of 16.

Relay Type Format Range On/off Block Input Relay Xnnn hex number 0-7ff The last digit must be 0Output Relay Ynnn hex number 0-7ff The last digit must be 0Link Relay Bnnn hex number 0-fff The last digit must be 0Internal Relay Mnnnn 0-8191 Must be 0 or multiple of 16Special Relay Mnnnn 9000-9255 The last 3 digits must be multiple of 16Latch Relay Lnnnn 0-2047 Must be 0 or multiple of 16Annunciator Fnnnn 0-2047 Must be 0 or multiple of 16Timer Contact TSnnn 0-999 Must be 0 or multiple of 16Timer Coil TCnnn 0-999 Must be 0 or multiple of 16Counter Contact CSnnn 0-999 Must be 0 or multiple of 16Counter Coil CCnnn 0-999 Must be 0 or multiple of 16


3. Example of the connections between PWS & RS232 of PLC AJ71UC24-R2/S8:


Appendix-P



3.1 Example of the connect ions between PWS & RS422 of AnA and A1S CPU:

3.2 Example of the connect ions between PWS & RS422 of PLC AJ71UC24:



a.Communication Format :RS422 or RS232C AJ71UC24 sw1=ON :RS422 1.PWS back DIP-Switch SW10=OFF sw1=Off :RS232 2.PWS back DIP-Switch SW10=ON b.NODE ADDRESS. :00(CPU PORT) Refer to what PLC was set :00(AISJ71C24-S3) **PWS node address is 255 :00-31(AJ71UC24) **PWS node address is 255 c.Transmission Speed :9600/19200 bps :CPU PORT=9600bps d.Transmission Format :8-bit,ODD,1-bit e.Comm. Protocol :Format 1;5;A f.Check Sum :YES g.Write during Run :Allowed

Set the Workstation's baud rate and data format to match the PLC's transmission speed and format.Set the address of the Workstation as 255 and the address of the PLC as 0 when an A1SJ71C24 or AJ71C24 is used for the communications.

To connect the Workstation to the PLC CPU port, set the Workstation communication parameters according to the following; set the DIP switch No.10 to off when COM2 is used.Baud Rate = 9600; Data Format = (8 data bits, odd parity, 1 stop bit)



PLC Connections, p303.tsk, MODICON PC984 SERIES

PLC Connections, p313.tsk, MODICON TSX QUANTUM


Register Type Format Range Data SizeInput Registers nnnnn nnnnn=30001-40000 WordOutput Registers nnnnn nnnnn=40001-50000 WordInput Registers (TSX Quantum) nnnnnn nnnnn=300001-365535 WordOutput Registers (TSX Quantum) nnnnnn nnnnn=400001-565535 Word


2. The table below shows the format of every on/off location the Workstation can access.

Relay Type Format Range Discrete Outputs nnnnn nnnnn=1-10000Discrete Inputs nnnnn nnnnn=10001-20000Discrete Outputs (TSX Quantum) nnnnn nnnnn=000001-065535Discrete Inputs (TSX Quantum) nnnnn nnnnn=100001-165535


3. Example of the connections between PWS & RS232 of PLC CPU port:



a.Communication Format :RS232C b.Node Address :1 PLC node address is 01 : 01—247 (mem setup) (Refer to what PLC was set) c.Transmission Speed :19200/9600 bps d.Transmission Format :8, EVEN ,1 :(7,O,1);(7,E,1);(7,E,2) RTU MODE :(8,E,1);(8,O,1);(8,N,1)


Appendix-P





PLC Connections, p603.tsk, MATSUSHITA FP SERIES


Register Type Format Range Data SizeInternal Relay WRnn nn=0-97(875) Word Max.27Special Internal Relay WRnnn nnn=900-910 Word Max.27Link Relay WLnnn nnn=0-127(639) Word Max.27External Input Relay WXnnn nnn=0-127(255) Word Max.27External Output Relay WYnnn nnn=0-127(255) Word Max.27Timer/Counter P.V. EVnnn nnn=0-255(2047) Word Max.24Timer/Counter S.V. SVnnn nnn=0-255 (2047) Word Max.24Data Register DTnnnn nnnn=0-2047 (10239) Word Max.27Special Data Register DTnnnn nnnn=9000-9255 Word Max.27Link Data Register LDnnn nnn=0-127(8447) Word Max.27File Register FLnnnnn nnnn=0-8191 (32764)** Word Max.27

Note 1: The maximal number of words that the Workstaion can read in one command is 27 for every type of registers except Timer/Counter registers. The maximum for Timer/Counter registers is 24.Note 2: The Register setting range of FP10SH is nnnn=0- 32764.

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block in WR, WL, WX or WY area, use an address that its bit address("b") is 0("0"). When you specify the address of an On/off Block in T or C area, use an address that is a multiple of 16.

Relay Type Format Range On/off Block Internal Relay Rnnnb nn=0-97(875);b= 0-f b=0 Ex. R1230Special Internal Relay Rnnnb nnn=900-910;b= 0-f b=0 Ex. R9100Link Relay Lnnnb nnn=0-127(639);b=0-f b=0 Ex. L110External Input Relay Xnnnb nnn=0-127(255);b=0-f b=0 Ex. X00External Output Relay Ynnnb nnn=0-127(255);b=0-f b=0 Ex. Y00Timer Flag Contact Tnnn nnn=0-255(2047) Must be 0 or multiple of 16Counter Flag Contact Cnnn nnn=0-255(2047) ** Must be 0 or multiple of 16

Note 3: The Workstation can read up to 432 bits in one read command.Note 4: The Relay setting range of FP10SH is nnnn=0-2047.

3. Example of the connections between PWS & RS232 of FP3 CCU or FP1 LINK:


Appendix-P



3.1 Example of the connections between PWS & RS422 of PLC FP3 CPU port:



a.Communication Format :RS422/RS232C b.Node Address :01-32;FP1=computer link :FP CPU PORT =238 CPU PORT's node address of is 238 c.Transmission Speed :19200/9600 bps FP10SH -CPU 115.2K bps d.Transmission Format :1.Data length 8-bit

:2.Parity Yes;odd:3.Stop bits 1-bit



PLC Connections, p103.tsk, OMRON C SERIES


Register Type Format Range Data Size Block SizeIR area IRnnn nnn=0-255 Word(16bit) Max. 28HR area HRnn nn=0-99 Word(16bit) Max. 28AR area ARnn nn=0-27 Word(16bit) Max. 28LR area LRnn nn=0-63 Word(16bit) Max. 28TC area TCnnn nnn=0-511 Word(16bit) Max. 28DM area DMnnnn nnnn=0-6655 Word(16bit) Max. 28

Note 1: The Workstation can read up to 28 words with one read command.

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block is in IR,HR,AR or LR area, use an address that its bit address("bb") is 0("00"). When you specify the address of an On/off Block in TC area, use an address that is a multiple of 16.

Relay Type Format Range On/off Block IR area IRnnnbb nnn=0-255; bb=00-15 bb=00 Ex. IR12300HR area HRnnbb nn=0-99 ; bb=00-15 bb=00 Ex. HR2300AR area ARnnbb nn=0-27 ; bb=00-15 bb=00 Ex. AR100LR area LRnnbb nn=0-63 ; bb=00-15 bb=00 Ex. LR2300TC area TCnnn nnn=0-511 multiple of 16 Ex.TC16

Note 2: The maximal number of bits the Workstation can read with one command is 112.

3. Example of the connections between PWS & RS232 of PLC l ink port:

3.1 Example of the connect ions between PWS & RS422 of PLC LK202 :


Appendix-P




Please set the communication parameters & the DIP-Switch as below: A. P.L.C. Setting B. PWS- Setting

a.Communication :RS232C COM2=RS232/422/485 Format :RS422

:RS485 PWS back DIP-Switch SW10=ON b.Node Address :00(00-31 to setting) Refer to what PLC was set 1.Mini-H type :DM0923=0000 2.CQM1-CPU21 :DM6648=0000 3.C200H-LK201 :Main brand sw1=0 , sw2=0 c.Transmission Speed :19200/9600 bps Set the Workstation's baud rate,

data format, default controller station number to match the PLC's transmission speed, transmission format, and unit number.

1.CQM1-CPU21 :DIP-sw5=OFF (Attention) 2.C200H-LK201 :sw3=5 sw4=2 (9600bps) d.Transmission Format :1.initial value 7-bit,ENEN,2

:2.adjustable e.Operation Mode :Monitor Mode f. CTS handshaking :Either position g.Communication Protocol :Multiple-Link h.5V-POWER SUPPLY :OFF



PLC Connections, py53.tsk, SHARP JW SERIES


Register Type Format Range With the Register Data SizeRegister 09ooo ooo=octal number 0-776 ByteRegister 19ooo ooo=octal number 0-776 ByteRegister 29ooo ooo=octal number 0-776 ByteRegister 39ooo ooo=octal number 0-776 ByteTimer Value Tooo ooo=octal number 0-377 WordCounter Value Cooo ooo=octal number 0-377 WordRelay oooo oooo=octal number 0-1576 Byte

Note 1: The PWS can read up to 60 Words in one read command。2. The table below shows the format of every on/off location the Workstation can access.

Relay Type Format Range On/off Block Relay ooooo ooooo=octal number 0-15776 The last digit must be 0Timer Contact Tooo ooo=octal number 0-377 The last digit must be 0Counter Contact Cooo ooo=octal number 0-377 The last digit must be 0

Note 2: The Workstation can only read one bit with one read command, so it is meaningless to use on/off blocks.

3. Example of the connections between PWS & RS232/422 of PLC JW-CPU port :



a.Communication Format :RS232/RS422/RS485 COM2=RS232/422/485

b.Node Address :01; SYS#237=Hex01 node address is 01 c.Transmission Speed :19200/9600bps Refer to what PLC was set SYS#236= Hex 31 : (9600,7,even,2) d.Transmission Format :Setting of SYS#236 e.CTS handshaking :enable


Appendix-P



P.22 PLC Connections, p203.tsk, SIEMENS S5 SERIES


Register Type Format Range With the Register Data Size Block SizeInput Image IBnnn nnn=0-127 Byte Max. 30Output Image QBnnn nnn=0-127 Byte Max. 30Extended I/O OBnnn nnn=0-255 Byte Max. 30Flag Bits FBnnn nnn=0-255 Byte Max. 30Peripheral I/O PBnnn nnn=0-255 Byte Max. 30System Data Area RSnnn nnn=0-255 Word Max. 30System Data Area RInnn nnn=0-255 Word Max. 30System Data Area RJnnn nnn=0-255 Word Max. 30System Data Area RTnnn nnn=0-255 Word Max. 30Timer Current Tnnn nnn=0-255 Word Max. 30Counter Current Cnnn nnn=0-255 Word Max. 30Data Block DBmmm/nnn

DBnnn mmm=0-255; mmm is Block number nnn=0-255; nnn is the numbers which defines blockIf the mmm not set the numbers, the numbers of mmm is 3= DB3/nnn

Max. 30

Data Block DWmmm/nnnDWnnn

mmm=0-127; mmm is Block number nnn=0-255; nnn is the numbers which defines blockIf the mmm not set the numbers, the numbers of mmm is 3= DW3/nnn

Max. 30

Note 1: See the paragraph of Workstation Setting to know the maximal number (30 Words) of words the Workstation can read with one read command.

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register, use an address that its bit address("b") is 0.

Relay Type Format Range On/off Block Input Image IBnnn.b nnn=0-127; b=0-7 b=0 Ex. IB30.0Output Image QBnnn.b nnn=0-127; b=0-7 b=0 Ex. QB2.0Extended I/O OBnnn.b nnn=0-255; b=0-7 b=0 Ex. OB0.0Flag Bits FBnnn.b nnn=0-255; b=0-7 b=0 Ex. FB23.0Peripheral I/O PBnnn.b nnn=0-255; b=0-7 b=0 Ex. PB23.0

Note 2: The Workstation can read up to 256 bits with one read command.When the Workstation changes an on/off location, it reads a byte from the PLC that contains 8 on/off locations, changes the desired bit, and writes the byte to the PLC. These steps require more than one PLC scan to complete, so your PLC ladder program must not control other bits within the same byte. If it does, there is a risk that the Workstation will reverse a change that the PLC makes. For example, if the Workstation changes FB100.3, it reads FB100.0 through FB100.7 as a



single byte, changes FB100.3 within that byte, and writes that entire byte back to the PLC. If your PLC ladder changes some other relay within that byte in the meantime, then the Workstation's subsequent write will cancel that change.

3. Example of the connections between PWS & S5 RS232/Current-loop

converter:

You must use a RS-232/Current-loop converter cable directly.

You have to use an RS-232/Current-loop converter between the Workstation RS-232 port and the PLC PG port. The PWS-12xx, PWS-17xx, PWS-31xx, PWS-700T/X, PWS-21xx, and PWS-37XX do not support current-loop signals.



a.Communication Format :20mA CURRENT LOOP :RS-232/Current-loop converter

b.Node Address :None c.Transmission Speed :9600 bps Refer to what PLC was set d.Transmission Format :8-bit, EVEN ,1-bit e.PLC Mode Code :In PLC Program Data

Block n=3～255 Need OPEN

PLC. MODE CODE Setting 0: 90U 1: 95U2:100U 3:102U 4:103U5:115U 6:135U/9217:135U/922 8:135U/928

f. Command Delay

This parameter is borrowed for determining the maximal number of words the Workstation can read with one read command. The more words the Workstation can read with one command the better performance you will get for the block read operations. Note that not all applications can have 64-word or 32-word, because the Workstation's response time of communication may not fast enough with your application. You have to test it carefully. 0, 3-255: 16 words 1: 32 words 2: 64 words


Appendix-P



PLC Connections, p253.tsk, SIEMENS S7-200 SERIES


Register Type Format Range With the Register Data SizeInput Image IWn n=0-6 WordInput Image IDn n=0-4 Double WordOutput Image QWn n=0-6 WordOutput Image QDn n=0-4 Double WordInternal Bits MWnn nn=0-30 WordInternal Bits MDnn nn=0-28 Double WordTimer Tnnn nnn=0-255 WordCounter Cnnn nnn=0-255 WordSpecial S SWnn nn=0-30 WordSpecial S SDnn nn=0-28 Double WordSpecial Bits SMWnnn nnn=0-27 Word* read onlySpecial Bits SMWnnn nnn=28-192 WordSpecial Bits SMDnnn nnn=0-190 Double WordAnalog input word AIWnn nn=0-30 Word* read onlyAnalogoutputword AQWnn nn=0-30 Word* read onlyData Area VWnnnn nnnn=0-5118 WordData Area VDnnnn nnnn=0-5116 Double Word

Note 1: The Workstation can read up to 32 words with one read command.Note 2: In application，please be sure not to exceed the max. relay setting range of PLC-CPU defined.AQW; SW;SD can’t used in CPU212,214，otherwise it will communication error.

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block, use an address that its bit address("b") is 0.

Relay Type Format Range On/off Block Input Image In.b n=0-7; b=0-7 b=0 Ex. I3.0Output Image Qn.b n=0-7; b=0-7 b=0 Ex. Q2.0Internal Bit Mnn.b nn=0-31;b=0-7 b=0 Ex. M0.0Timer Bit Tnnn nnn=0-255 b=0 Ex.T0 *read onlyCounter Bit Cnnn nnn=0-255 b=0 Ex.C0 *read onlySpecial Bit SMnnn.b nnn=0-193 ;b=0-7 b=0 Ex. SM23.0Data Area Bit Vnnnn.b nnnn=0-5119 ;b=0-7 b=0 Ex. V2323.0Special M Snn.b nn=0-31; b=0-7 b=0 Ex. S25.0

Note 3: The Workstation can read up to 512 bits with one read command.



3. Example of the connections between PWS & RS485 of PLC PPI-port:


Please set the communication parameters & the DIP-Switch as below:

A. P.L.C. Setting B. PWS- Setting a.Communication Format :RS485 PWS back DIP-Switch SW10 set to

ON b.Node Address :02 (01-32) Match the PLCaddress ( the default is 02) c.Transmission Speed :9600 /19200/38400bps d.Transmission Format :8-bit, EVEN, 1-bit e Command Delay : Most applications can work without

this delay, i.e. Command Delay is 0. However, if the communications between the Workstation and your PLC fails occasionally, setting this parameter to a non-zero value may solve the problem.

** The communication refresh data in PPI mono-link faster than mult i- l ink.


Appendix-P



PLC Connections, p273.tsk, SIEMENS S7-300 SERIES MPI


Register Type Format Range With the Register Data SizeInput Image IWnnnnn nnnnn=0-65534 WordInput Image IDnnnnn nnnnn=0-65532 Double WordOutput Image QWnnnnn nnnnn=0-65534 WordOutput Image QDnnnnn nnnnn=0-65532 Double WordBits MWnnn nnnnn=0-254 WordBits MDnnn nnnnn=0-252 Double WordData Area (DB10) DBWnnnnn nnnnn=0-655,34; DBWnnnnn is a

word address, the Byte nnnnn & nnnnn+1 make DBWnnnnn

Word

Data Area (DB10) DBDnnnnn nnnnn=0-655,32; DBDnnnnn is a double word address, the DBWnnnn & DBWnnnn+1 make DBDnnnn

Double Word


Relay Type Format Range On/off Block Input Image Innnnn.b nnnnn=0-65535; b=0-7 b=0 Ex. I3.0Output Image Qnnnnn.b nnnnn=0-65535; b=0-7 b=0 Ex. Q2.0Bit Mnnn.b nnn=0-255; b=0-7 b=0 Ex. M0.0Data Area Bit(=DB10)

DBXnnnn.b nnnn=0-8190 ;b=0-7 b=0 Ex. DBX23.0DBX23.0=DB10.DBX23.0

Data Area Bit Vnnnnn.b nnnnn=0-65535; b=0-7 b=0 Ex. V23.0(=DB10) DB10.DBXnnnnn.b is a bit address, It is in #b

bit of #nnnnn word with DB10V23.0=DB10.DBX23.0

3. Example of the connections between PWS & MPI 6ES7-972-0CA21-0XA0:

4. P.L.C. & PWS sett ing:Please set the communication parameters & the DIP-Switch as below:

A. P.L.C. Setting B. PWS- Setting a.Communication Format :MPI CABLE RS232 COM2=RS232 b.Node Address. :02 c.Transmission Speed :19200/38400 bps d.Transmission Format :8-bit, ODD, 1-bit PWS Command Delay Setting



e. OPEN DATA BLOCK :DB10 block for S7-300-CPU


Appendix-P



PLC Connections, pd03.tsk, SQUARE-D 400-700 SERIES


Register Type Format Range With the Register Data SizeI/O and Data Registers Snnnn nnnn=1-8000 WordControl Registers Snnnn nnnn=8001-8192 Word


2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block, the bit address("bb") should be 1("01").

Relay Type Format Range On/off Block I/O and Data Registers Snnnn/bb nnnn=1-8000; bb=1-16 The last digit bb=01Control Registers Snnnn/bb nnnn=8001-8192;bb=1-16 The last digit bb=01


3. Example of The connections between PWS & RS422 of PLC:


A. P.L.C. Setting B. PWS- Setting a.Communication Format :RS422 b.Transmission Speed :9600 /19200bps c.Transmission Format :8-bit,EVEN,1 d.Routing codes

Station NumbersIf your Workstation is connected directly to the processor module, it doesn't matter what station numbers you enter for the PLC and Workstation.For application where one or more Workstations are connected to one or more PLCs, Square D provides Network Interface Modules(NIMs) that provide ports for the Workstation, the PLC, and the SY/NET network. You must set the PLC and Workstation numbers to their respective NIM addresses. For example, if you set the rotary switches on the NIM to 24, and if the Workstation is connected to port 0 and the PLC to port 1, then the Workstation's station number is 024 and the PLC's station number is 214.You must set the DIP switches on NIM for SY/MAX operation. On DIP switches S4 and S5, be sure that switches 2 and 3 are in the down position. Also make sure that switch 1 has the factory setting of up, which disables the receive broadcast mode.Square D refers to station numbers as "routing numbers," where the Workstation is the



"source" and PLC is the "destination." The Workstation supports only a single level of routing numbers, which means that it can access any PLC on the NIM's network, but cannot access a PLC on any other networks.


Appendix-P



PLC Connections, pw03.tsk, TELEMECANIQUE TSX SERIES


Register Type Format Range Data SizeInternal Word %MWnnnn Wnnnn nnnn=0-9999 Word


2. The table below shows the format of on/off location the Workstation can access. The bit address ("bb") of an on/off block must be 0.

Relay Type Format Range On/off Block Bit of Internal Word Wnnnn:bb nnnn=0-9999; bb=0-15 bb=00 Ex. W0:0

Note 2: The Workstation can read up to 960 bits with one read command. When the Workstation changes a bit, it reads a word from the PLC that contains 16 bits, changes the desired bit, and writes the word to the PLC. These steps require more than one PLC scan to complete, so your PLC ladder program must not control other bits within the same word. If it does, there is a risk that the Workstation will reverse a change that the PLC makes.

For example, if the Workstation changes W1234:7, it readsW1234:0 through W1234:15 as a single word, changes bit 7 within that word, and writes that entire word back to the PLC. If your PLC ladder changes some other relay within that word in the meantime, then the Workstation's subsequent write will cancel that change.

3. Example of the connections between PWS & RS232 of PLC TSXPCU1030:

3.1 Example of the connect ions between PWS & RS485 of Micro-CPU TER-port :



a.Communication Format :RS232 COM2=RS232/422/485 RS485 RS485; DIP-Switch SW10 set ON

b.NODE ADDRESS. :0--8 Communication set by PWS software MASTER PWS node address is 1—8 SLAVE



c.Transmission Speed :9600bps/19200bps d.Transmission Format :8-bit,ODD,1-bit


Appendix-P



PLC Connections, p913.tsk, TI435 SERIES


Register Type Format Range With the Register Data SizeTimer Accumulated Vnnn nnn=octal number 0-177 WordCounter Accumulated Vnnnn nnnn=octal number 1000-1177 Word

V Memory Vnnnn nnnn=octal number 1400-7777 WordLink Relays Vnnnnn nnnnn=octal number40000-40037 WordInput Status Vnnnnn nnnnn=octal number40400-40423 WordOutput Status Vnnnnn nnnnn=octal number40500-40523 WordControl Relays Vnnnnn nnnnn=octal number40600-40635 WordStage Vnnnnn nnnnn=octal number41000-41027 WordTimer Status Vnnnnn nnnnn=octal number41100-41107 WordCounter Status Vnnnnn nnnnn=octal number41140-41147 WordSpec. Relay 1 Vnnnnn nnnnn=octal number41200-41205 WordSpec. Relay 2 Vnnnnn nnnnn=octal number41216-41230 Word

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block, use an address the last digit must be 0.

Relay Type Format Range On/off Block Link Relays GXnnn nnn=octal number 0-777 尾數須為 0Input Status Xnnn nnn=octal number 0-477 The last digit must be 0Outpuut Status Ynnn nnn=octal number 0-477 The last digit must be 0Control Relays Cnnn nnn=octal number 0-737 The last digit must be 0Stage Snnn nnn=octal number 0-577 The last digit must be 0Timer Status Tnnn nnn=octal number 0-177 The last digit must be 0Counter Status CTnnn nnn=octal number 0-177 The last digit must be 0Spec. Relay 1 SPnnn nnn=octal number 0-137 The last digit must be 0Spec. Relay 2 SPnnn nnn=octal number 320-617 The last digit must be 0

3. Example of the connections between PWS & RS232 of PLC TI435:



a.Communication Format :RS232C b.Node Address :None c.Transmission Speed :9600/19200 bps # TI435 & KOYO SU6 / DL Series

P.L.C are the same. d.Transmission Format :8-bit; ODD ; 1-bit



e. Protocol Mode :HEX. (TISOFT AUX26) If this port is setup in the "ASCII" mode, then the Workstation will not communicate with the PLC.


Appendix-P



PLC Connections, pt13.tsk, TOSHIBA T1/T2 SERIES


Register Type Format Range Data SizeExternal input register XWnn nn=0-63 WordOutput Relay Register YWnn nn=0-63 WordAuxiliary relay register RWnnn nnn=0-127 WordSpecial register SWnnn nnn=0-255 WordTimer register Tnnn nnn=0-255 WordCounter register Cnnn nnn=0-255 WordData register Dnnnn nnnn=0-4095 WordLink register Wnnnn nnnn=0-1023 WordLink relay register LWnnn nnn=0-255 WordFile register Fnnnn nnnn=0-1023 Word



Relay Type Format Range On/off Block External input device Xnnb nn=0-63; b= hex number 0-f b=0 Ex. X10External output device Ynnb nn=0-63; b= 0-f b=0 Ex. Y00Auxiliary relay device Rnnnb nnn=0-127; b= 0-f b=0 Ex. R100Special device Snnnb nnn=0-255; b= 0-f b=0 Ex. S230Link device Znnnb nnn=0-511; b= 0-f b=0 Ex. Z30Link relay Lnnnb nnn=0-255; b= 0-f b=0 Ex. L2550

3. Example of the connections between PWS & RS232 of PLC T1 CPU-port :



a.Communication Format :RS232 b.Node Address :0=T1 c.Transmission Speed :9600bps d.Transmission Format :8-bit,ODD,1-bit



PLC Connections, pc03.tsk, KOYO SA SERIES


Register Type Format Range Data SizeTMR/CTR Accumulater nnn nnn=octal number 600-677 WordRegister Values mmm mmm=octal number 400-576;

mmm must be a multiple of 2Even Bytes

Note1: Although the registers are 8 bits wide, the Workstation handles each pair of registers as if it were a single 16-bit register, where the even-numbered register contains the low byte and the odd-numbered register contains the high byte. For example, if you specify register 406, then 406 is the low byte and 407 is the high byte. ADP3 doesn't accept odd-numbered register addresses.

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register, use an address that last digit must be 0.

Relay Type Format Range On/off Block Input/Output Bits Bnnn nnn=octal number 0-157 The last digit must be 0Input/Output Bits Bnnn nnn=octal number 700-767 The last digit must be 0Internal Relay Bits Bnnn nnn=octal number 160-377 The last digit must be 0Shift Register Bits Bnnn nnn=octal number 400-577 The last digit must be 0TMR/CTR Bits Bnnn nnn=octal number 600-677 The last digit must be 0

When the Workstation changes a relay, it reads a byte from the PLC that contains 8 relays, changes the desired bit, and writes the byte to the PLC. These steps require more than one PLC scan to complete, so your PLC ladder program must not control other bits within the same byte. If it does, there is a risk that the Workstation will reverse a change that the PLC makes.For example, if the Workstation changes B3, it reads B0 through B7 as a single byte, changes B3 within that byte, and writes that entire byte back to the PLC. If your PLC ladder changes some other relay within that byte in the meantime, then the Workstation's subsequent write will cancel that change.

3. Example of the connections between PWS & RS232C of PLC SA21 E03-DM:



a.Communication Format :RS422 or RS232C b.Node Address :None c.Transmission Speed :9600/19200 bps d.Transmission Format :8-bit, odd, 1 stop bit


Appendix-P



e.Operation Mode :RUN Mode e.Comm. Mode :ASCII mode. SW2-8=ON

PLC Connections, p553.tsk, Allen-Bradley PLC-5


Register Type Format Range Data SizeOutput file O:ooo ooo=octal number 0-277 WordInput file I:ooo ooo=octal number 0-277 WordStatus file S:nnn nnn=0-127 WordBit file Bfff:nnn

B:nnnfff=3-999; default file is 3 if fff omitted; nnn=0-999

Word

Timer file Tfff:nnnT:nnn Tfff:nnn.PRET:nnn.PRETfff:nnn.ACCT:nnn.ACC

fff=3-999; default file is 4 if fff omitted; nnn=0-999

Word

Counter file Cfff:nnnC:nnn Cfff:nnn.PREC:nnn.PRE Cfff:nnn.ACCC:nnn.ACC


Word

Control file Rfff:nnnR:nnn Rfff:nnn.LENR:nnn.LEN Rfff:nnn.POSR:nnn.POS

fff=3-999; default file is 6 if fff omitted;nnn=0-999

Word

Integer file Nfff:nnnN:nnn


Word

Note 1: The Workstation can read up to 60 words in one read command.Note 2: The Workstation doesnot support block read for registers in Timer, Counter,

and Control files.

3. Example for the connections between PWS and RS232C of PLC-5:




Appendix-P




Relay Type Format Range With the RelayOutput file O:xxx/yy xxx=octal number 0-277;

yy=octal number 0-7；10-17Input file I:xxx/yy xxx=octal number 0-277;

yy=octal number 0-7；10-17Status file S:nnn/bb nnn=0-127; bb=0-15Bit file Bfff:nnn/bb fff=3-999;

default file is 3 if fff omitted;nnn=0-999; bb=0-15

Timer file Tfff:nnn/bb Tfff:nnn.DNTfff:nnn.PRE/bb Tfff:nnn.ACC/bbTfff:nnn.EN Tfff:nnn.TT

fff=3-999; default file is 4 if fff omitted;nnn=0-999; bb=0-15;

Counter file Cfff:nnn/bbCfff:nnn.PRE/bb Cfff:nnn.ACC/bbCfff:nnn.CU Cfff:nnn.CD Cfff:nnn.DN Cfff:nnn.OV Cfff:nnn.UN

fff=3-999; default file is 5 if fff omitted;nnn=0-999; bb=0-15

Control file Rfff:nnn/bbRfff:nnn.LEN/bb Rfff:nnn.POS/bbRfff:nnn.EN Rfff:nnn.EU Rfff:nnn.DN Rfff:nnn.EM Rfff:nnn.ER Rfff:nnn.UL Rfff:nnn.IN Rfff:nnn.FD

fff=3-999; default file is 6 if fff omitted;nnn=0-999; bb=0-15

Integer file Nfff:nnn/bb fff=3-999; default file is 7 if fff omitted;nnn=0-999; bb=0-15

Note 3: The Workstation can read up to 960 bits in one read command.Note 4: The Workstation doesnot support block read for bits in Timer, Counter, and

Control files.

4. P.L.C. and Workstat ion sett ings:


a. Communication format :RS232C b. Node Address :N PLC Node Address N c. Transmission Speed :9600/19200 bps Refer to what PLC was set. d. Transmission Format (data bits,parity,stop bits)

:8-bits,none, 1-bit

e. PLC-5 :FULL DUPLEX f. BCC ERROR Check :YESNote:You should open those files in the PLC that the Workstation will access.



PLC Connections, p503.tsk, Allen-Bradley SLC-503/504


Register Type Format Range With the Register Data SizeOutput file O:nn nn= 0-30 WordInput file I:nn nn= 0-30 WordStatus file S:nn nn=0-31 WordBit file Bfff:nnn

B:nnnfff= 3 or 10-255; default file is 3 if fff omitted; nnn=0-255

Word

Timer file Tfff:nnn T:nnn Tfff:nnn.PRE T:nnn.PRETfff:nnn.ACC T:nnn.ACC

fff= 4 or 10-255; default file is 4 if fff omitted; nnn=0-255

Word

Counter file Cfff:nnn C:nnn Cfff:nnn.PRE C:nnn.PRE Cfff:nnn.ACC C:nnn.ACC

fff=5 or 10-255; default file is 5 if fff omitted; nnn=0-255

Word

Control file Rfff:nnn R:nnn Rfff:nnn.LEN R:nnn.LEN Rfff:nnn.POS R:nnn.POS

fff=6 or 10-255; default file is 6 if fff omitted; nnn=0-255

Word

Integer file Nfff:nnnN:nnn

fff=7 or 10-255;default file is 7 if fff omitted; nnn=0-255

Word

Note 1: The Workstation can read up to 30 words in one read command.Note 2: The Workstation doesnot support block read for registers in Timer, Counter, and

Control files.

3. Example for the connections between PWS & RS232C of PLC SLC-503/504:


Appendix-P




Relay Type Format Range With the RelayOutput file O:nn/bb nn= 0-30; bb= 0-15Input file I:nn/bb nn= 0-30; bb= 0-15Status file S:nn/bb nn= 0-31; bb= 0-15Bit file Bfff:nnn/bb fff= 3 or 10-255;

default file is 3 if fff omitted;nnn=0-255; bb=0-15

Timer file Tfff:nnn/bb Tfff:nnn.PRE/bbTfff:nnn.ACC/bb Tfff:nnn.EN Tfff:nnn.TT Tfff:nnn.DN

fff= 4 or 10-255; default file is 4 if fff omitted;nnn=0-255; bb=0-15

Counter file Cfff:nnn/bb Cfff:nnn.PRE/bbCfff:nnn.ACC/bb Cfff:nnn.CU Cfff:nnn.CD Cfff:nnn.DN Cfff:nnn.OV Cfff:nnn.UN

fff=5 or 10-255; default file is 5 if fff omitted;nnn=0-255; bb=0-15

Control file Rfff:nnn/bb Rfff:nnn.LEN/bbRfff:nnn.POS/bb Rfff:nnn.EN Rfff:nnn.EU Rfff:nnn.DN Rfff:nnn.EM Rfff:nnn.ER Rfff:nnn.UL Rfff:nnn.IN Rfff:nnn.FD

fff=6 or 10-255; default file is 6 if fff omitted;nnn=0-255; bb=0-15

Integer file Nfff:nnn/bb fff=7 or 10-255; default file is 7 if fff omitted;nnn=0-255; bb=0-15

Note 3: The Workstation can read up to 480 bits in one read command.Note 4: The Workstation doesnot support block read for bits in Timer, Counter, and Control

files.



a. Communication format :RS232C =SLC-503/504 b. Node Address :N c. Transmission Speed :9600/19200 bps Set the Workstation's operating d. Transmission Format (data bits,parity,stop bits)

:8-bits,none, 1-bit parameters to match the PLC.

e. SLC-503/504 :FULL DUPLEX ; DF1 f. BCC ERROR Check :YESNote:You should open those files in the PLC that the Workstation will access.



PLC Connections, pa03.tsk, FUJI F SERIES


Register Type Format Range With the Register Data SizeInput/Output Relays WBnnnn nnnn=0-9999 WordAuxiliary Relays WMnnnn nnnn=0-9999 WordData Memory BDnnnn nnnn=0-9999 Double word


2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register, the bit number must be zero.

Relay Type Format Range With the Relay On/off Block Input/output Relays Bnnnnb nnnn=0-9999;b=0-f The last digit “b” is 0Discrete Outputs Mnnnnb nnnn=0-9999;b=0-f The last digit “b” is 0

3. Example of the connections between PWS & RS232 of T-LINK FFK120A:



a.Communication Format :RS232C Set the Workstation's operating b.Node Address :None parameters to match the PLC. c.Transmission Speed :19200 bps/9600bps d.Transmission Format :7-bit,EVEN,1

To set the operating parameters of the General Interface Module FFU120B:

1) Use the Character Formation Switch on the back side to select transmission speed and transmission format. The switch #8 should be set to on.

2) Set Mode Switch to 1 for RS-232C communications or 3 for the RS-422/RS-485 communications.


Appendix-P



3) Use RS-485 Channel Set Dials to select the channel number.



PLC Connections, p413.tsk, GE-FANUC 90-CCM


Register Type Format Range With the Register Data SizeInput Table %Innnnn nnnnn=1-12288;Must be 1or ( Multiple of

16)+1Word

Output Table %Qnnnnn nnnnn=1-12288; Must be 1or ( Multiple of 16)+1

Word

Register Table %Rnnnnn nnnnn=1-16384 Word

Note 1: The PWS can read up to 50 Words in one read command.

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register, use an address that is a multiple of 16 plus 1.

Relay Type Format Range On/off Block Input Table %Innnnn nnnnn=1-12288 Must be 1or ( Multiple of 16)+1Output Table %Qnnnnn nnnnn=1-12288 Must be 1or ( Multiple of 16)+1


3. Example of the connections between PWS & RS232 of PLC PCM 331:



a.Communication Format :RS422 /RS485 :RS232C

b.Node Address :None c.Transmission Speed :19200/9600 bps d.Transmission Format : 8bit,odd ,1 e.P.L.C. ID :blanks f. P.L.C. password :none or ******** 00000000 or ********


Appendix-P



PLC Connections, pb13.tsk, HITACHI EC SERIES


Register Type Format Range With the Register Data SizeInternal Register WMnnn nnn=400, 402, 404, …, 654 WordInternal Register WMnnn nnn=700, 702, 704, …, 954 WordInternal Register WMnnn nnn=960, 962, 964, …, 990 WordTimer/Counter Register TCnnn nnn=100-195 WordTimer/Counter Register TCnnn nnn=200-295 Word



Relay Type Format Range On/off Block Input Relay Xnnn nnn=0-15, 20-35, 40-55, 60-75, ,180-195 X0,X20,X40…Output Relay Ynnn nnn=200-215, 220-235, 240-255, ,

380-395Y200,Y220…

Auxiliary Relay Mnnn nnn=400-655, 700-955, 960-991 M400,M420…Timer/Counter Relay TCnn nn=0-95 TC0,TC1TC80

3. Example of the connections between PWS & RS232 of PLC CPU port:



a.Communication Format :RS232C COM2 ==> RS232If use COM2 as communication port please choose exclusive protocol.

b.Node Address :None c.Transmission Speed :9600 bpsd.Transmission Format :7-bit ,EVEN, 1- bite.CTS Handshanking :Enabled



PLC Connections, pe63.tsk, IDEC FA-2J SERIES


Register Type Format Range With the Register Data SizeInput Relay Inn nn=0-15 ByteOutput Relay Qnn nn=0-15 ByteInternal Relay Mnn nn=0-29 ByteShift Register Rnnn nnn=0-127;Must be 0 or multiple of 8 ByteTimer Preset TPnn nn=0-79 WordTimer Tnn nn=0-79 WordCounter Preset CPnn nn=0-46 WordCounter Cnn nn=0-46 WordData Register Dnnn nnn=0-399 WordNote 1: The Workstation can read up to 50 Words in one read command.

Note 2: Besides TP, CP and D area, all other locations are read only.

2. The table below shows the format of every on/off location the Workstation can access. The bit address ("b") of an on/off block register in I, Q, or M area must be 0. The address of an on/off block register in R area must be divisible by 8.

Relay Type Format Range On/off Block Input Relay Innb n=0-15; b=0-7 b=0 Ex. I10Output Relay Qnnb n=0-15; b=0-7 b=0 Ex. Q00Internal Relay Mnnb nn=0-29; b=0-7 b=0 Ex. M10Shift Register Rnnn nn=0-127 Must be 0 or multiple of 8Note 1: The Workstation can read up to 8 bits with one read command.

3. Example of the connections between PWS & RS232 of Adapter PF2-CLA:



a.Communication Format :RS232 b.Node Address :0 c.Transmission Speed :9600bps d.Transmission Format :8-bit,EVEN,1-bit


Appendix-P



PLC Connections, pl23.tsk, LG K500H/1000H SERIES


Register Type Format Range With the Register Data SizeAuxiliary Relay Mnnn nnn=0-191 WordInput/Output Relay Pnn nn=0-63 WordKeep Relay Knn nn=0-31 WordLink Relay Lnn nn=0-63 WordSpecial Relay Fnn nn=0-31 WordTimer Current Value Tnnn nnn=0-255 WordCounter Current Value Cnnn nnn=0-255 WordData Register Dnnnn nnnn=0-9999 Word

Note 1: The Workstation can read up to 32 words in one read command.2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block register, the bit address("b") should be 0.

Relay Type Format Range On/off Block Auxiliary Relay Mnnnb nnn=0-191;b=hex number 0-f The last digit “b” is 0Input/Output Relay Pnnb nn=0-63; b=hex number 0-f The last digit “b” is 0Keep Relay Knnb nn=0-31; b=hex number 0-f The last digit “b” is 0Link Relay Lnnb nn=0-63; b=hex number 0-f The last digit “b” is 0Special Relay Fnnb nn=0-31; b=hex number 0-f The last digit “b” is 0


3. Example of the connections between PWS & RS232 of PLC-K1000H CPU:

3.1 Example of the connect ions between PWS & RS485 of PLC-K1000H CPU:



a.Communication Format :RS422 or RS232C COM2=RS232/422/485 sw1=Off :RS422/485 sw1=on :RS232 b.Node Address :00(CPU PORT) PLC node address is 00



:00--15(RS422) Refer to what PLC was set c.Transmission Speed :9600/19200 bps d.Transmission Format :8-bit,NONE,1-bit


Appendix-P



PLC Connections, p113.tsk, OMRON CV SERIES


Register Type Format Range With the Register Data Size Block SizeCIO area CIOnnnn nnnn=0-2555 Word(16bit) Max. 28

wordsAR area ARnnn nnn=0-511 Word(16bit) Max. 28

wordsTC area TCnnnn nnnn=0-1023 /2048-3071 Word(16bit) Max. 28

wordsDM area DMnnnn nnnn=0-9999 Word(16bit) Max. 28

wordsNote 1: The Workstation can read up to 28 words with one read command.

2. The table below shows the format of every on/off location the Workstation can access. The bit address ("bb") of an on/off block in CIO area must be 0. The address of an on/off block in TC area must be divisible by 16.

Relay Type Format Range On/off Block CIO area CIOnnnnbb nnnn=0-2555; bb=00-15 bb=00 Ex.CIO2300TC area TCnnnn nnnn=0-1023 /2048-3071 mulitple of 16 Ex.TC16

Note 2: The maximal number of bits the Workstation can read with one command is 112.

3. Example of the connections between PWS & RS232 of PLC CV-CPU port :



a.Communication Format :RS232C COM2=RS232/422/485:RS422:RS485 PWS back DIP-Switch SW10=ON

b.Node Address :00(00-31to set) Refer to what PLC was set c.Transmission Speed :19200/9600 bps Set the Workstation's baud rate, data

format, default controller station number to match the PLC's

d.Transmission Format

:initial value 7-bit,ENEN,2



transmission speed, transmission format, and unit number.


Appendix-P



PLC Connections, p263.tsk, SIEMENS S7-300 CP340 3964R


Register Type Format Range Data SizeDBmmm.DBWnnnn mmm=1-255

nnnn=0-8190nnnn=0-8190; DBWnnnn is a word address, the Byte nnnn & nnnn+1 make DBWnnnn

Word

DBmmm.DBDnnnn mmm=1-255nnnn=0-8188

nnnnn=0-8188;DBDnnnn is a double word address, the DBWnnnn & DBWnnnn+1 make DBDnnnn

Double Word


Relay Type Format RangeDBmmm.DBXnnnn.b mmm=1-255

nnnn=0-8190 ; b=0-7DBmmm.DBXnnnn.b is bit address. It is in #b bit of #nnnnn word with DBmmm


3. Example of the connections between PWS & RS232 of CP340:



a.Communication Format :CP340b.FUNCTION BLOCK :FB40,FB2,FB3,DB2,DB3,FC40 for CP



PLC Connections, p277.tsk, SIEMENS S7-300 SERIES HMI


Register Type Format Range With the Register Data SizeInput Image IWnnnnn nnnnn=0-65534 length=1-1023 WordInput Image IDnnnnn nnnnn=0-65532 length=1-1023 Double WordOutput Image QWnnnnn nnnnn=0-65534 length=1-1023 WordOutput Image QDnnnnn nnnnn=0-65532 length=1-1023 Double WordBits MWnnn nnnnn=0-65534 length=1-128 WordBits MDnnn nnnnn=0-65532 length=1-128 Double WordTimer Image Tnnnnn.10ms nnnnn=0-65534 length=1-1023 WordTimer Image Tnnnnn.100ms nnnnn=0-65534 length=1-1023 WordTimer Image Tnnnnn.1s nnnnn=0-65534 length=1-1023 WordTimer Image Tnnnnn.10s nnnnn=0-65534 length=1-1023 WordCounter Image Cnnnnn nnnnn=0-65534 length=1-1023 WordDBmmm.DBWnnnn

nmmm=1-255nnnn=0-65534

nnnn=0-65534; DBWnnnn is a word address, the Byte nnnn & nnnn+1 make DBWnnnn

Word

DBmmm.DBDnnnnn

mmm=1-255nnnn=0-65532

nnnnn=0-655328;DBDnnnn is a double word address, the DBWnnnn & DBWnnnn+1 make DBDnnnn

Double Word

Data Area (DB10) DBWnnnnn nnnnn=0-655,34; DBWnnnnn is a word address, the Byte nnnnn & nnnnn+1 make DBWnnnnn

Word

Data Area (DB10) DBDnnnnn nnnnn=0-655,32; DBDnnnnn is a double word address, the DBWnnnn & DBWnnnn+1 make DBDnnnn

Double Word

Data Area (DB10) VWnnnnn nnnnn=0-655,34; VWnnnnn is a word address, the Byte nnnnn & nnnnn+1 make DBWnnnnn

Word

Data Area (DB10) VDnnnnnn nnnnn=0-655,32; VDnnnnn is a double word address, the DBWnnnn & DBWnnnn+1 make DBDnnnn

Double Word


Relay Type Format Range On/off Block Input Image Innnnn.b nnnnn=0-65535; b=0-7 b=0 Ex. I3.0Output Image Qnnnnn.b nnnnn=0-65535; b=0-7 b=0 Ex. Q2.0Bit Mnnnnn.b nnnnn=0-65535; b=0-7 b=0 Ex. M0.0Data Area Bit DBmm.DBXnnnnn.b mmm=1-31

nnnnn=0-65535 ;b=0-7b=0 Ex. DB22.DBX20.0

Data Area Bit(=DB10)

DBXnnnnn.b nnnnn=0-65535 ;b=0-7 b=0 Ex. DBX23.0(DB10.DBX23.0)

Data Area Bit Vnnnnn.b nnnnn=0-65535; b=0-7 b=0 Ex. V23.0(=DB10) DB10.DBXnnnnn.b is a bit address, It is in #b V23.0=DB10.DBX23.0


Appendix-P



bit of #nnnnn word with DB10

3. Example of the connections between PWS & HMI 6ES7-972-0CA10-0XA0:


A. P.L.C. Setting B. PWS- Setting a.Communication Format :HMI CABLE RS232 COM2=RS232 b.Node Address :02 c.Transmission Speed :9600/19200/38400 bps d.Transmission Format :8-bit, ODD, 1-bit PWS Command Delay Setting e. OPEN DATA BLOCK :DB block for S7-300-CPU



PLC Connections, py03.tsk, TAIAN TP SERIES


Register Type Format Range With the Register Data SizeInput Register WXnn nn=1-24 WordOutput Register WYnn nn=1-27 WordSpecial Register WSnn nn=1-40 WordConstant Register WCnnn nnn=1-512 WordData Register Vnnnn nnnn=1-1024 Word


2. The table below shows the format of every on/off location the Workstation can access. The address of an on/off block must be a multiple of 16 plus 1.

Relay Type Format Range On/off Block Input Relay Xnnn nnnn=1-384 Must be 1 or ( multiple of 16) +1Output Relay Ynnn nnnn=1-384 Must be 1 or ( multiple of 16) +1Auxiliary Relay Cnnnn nnnn=1-1024 Must be 1 or ( multiple of 16) +1

Note 2: The Workstation can read up to 960 bits with one read command.

3. Example of Communicat ion connections:


Please set the communication parameters & the DIP-Switch as below:A. P.L.C. Setting B. PWS Setting

a.Communication Format :RS232 b.Node Address :0 c.Transmission Speed :9600bps d.Transmission Format :8-bit,odd,1-bit


Appendix-P



PLC Connections, p903.tsk, TI500/505/545 SERIES


Register Type Format Range With the Register Data SizeV Memory Vnnnnn nnnnn=1-65535 WordInput Registers WXnnnn nnnn=1-4095 WordOutput Registers WYnnnn nnnn=1-4095 WordTimer/Counter Presets TCPnnnnn nnnnn=1-10240 WordTimer/Counter Current TCCnnnnn nnnnn=1-10240 WordDrum Counter Presets DCPddd/ss ddd=drum 1-255 ; ss=step 1-16 WordDrum Counter Current DCCddd ddd=drum 1-255 WordDrum Step Presets DSPddd ddd=drum 1-255 WordDrum Step Current DSCddd ddd=drum 1-255 WordDrum Time Base DTBddd ddd=drum 1-255 Word


Relay Type Format Range On/off Block Discrete Inputs Xnnnn nnnn=1-4095 Must be 1 or ( multiple of 16) +1Discrete Outputs Ynnnn nnnn=1-4095 Must be 1 or ( multiple of 16) +1Control Relays Cnnnn nnnn=1-4095 Must be 1 or ( multiple of 16) +1

3. Example of the connections between PWS & RS232 of PLC l ink port:

3.1 Example of the connect ions between PWS & RS422 of PLC link port:


A. P.L.C. Setting B. PWS- Setting a.Communication Format :RS422or RS232C COM2=RS232/422/485



b.Node Address :None c.Transmission Speed :9600 bps d.Transmission Format :7-bit,odd,1-stop bit

PLC Connections, p923.tsk, TI325/330 SERIES


Register Type Format Range Data SizeTMR/CTR Accumulater nnn nnn=octal number 600-677 WordRegister Values mmm mmm=octal number 400-576 Even Bytes

Note1: Although the registers are 8 bits wide, the Workstation handles each pair of registers as if it were a single 16-bit register, where the even-numbered register contains the low byte and the odd-numbered register contains the high byte. For example, if you specify register 406, then 406 is the low byte and 407 is the high byte. ADP3 doesn't accept odd-numbered register addresses.

2. The table below shows the format of every on/off location the Workstation can access. When you specify the address of an On/off Block, use an address that is a multiple of 8.

Relay Type Format Range On/off Block Input/Output Bits Bnnn nnn=octal number 0-157 The last digit must be 0Input/Output Bits Bnnn nnn=octal number 700-767 The last digit must be 0Internal Relay Bits Bnnn nnn=octal number 160-377 The last digit must be 0Shift Register Bits Bnnn nnn=octal number 400-577 The last digit must be 0TMR/CTR Bits Bnnn nnn=octal number 600-677 The last digit must be 0

When the Workstation changes a relay, it reads a byte from the PLC that contains 8 relays, changes the desired bit, and writes the byte to the PLC. These steps require more than one PLC scan to complete, so your PLC ladder program must not control other bits within the same byte. If it does, there is a risk that the Workstation will reverse a change that the PLC makes.For example, if the Workstation changes B3, it reads B0 through B7 as a single byte, changes B3 within that byte, and writes that entire byte back to the PLC. If your PLC ladder changes some other relay within that byte in the meantime, then the Workstation's subsequent write will cancel that change.

3. Example of the connections between PWS & RS232 of PLC TI305-03 DM:

3.1 Example of the connect ions between PWS & RS422 of PLC TI305-02DM:



Appendix-P



A. P.L.C. Setting B. PWS Setting a.Communication Format :RS422 or RS232C b.NODE ADDRESS. :None c.Transmission Speed :9600/19200 bps d.Transmission Format :8-bit; ODD or NONE; 1-bit e.Operation Mode :RUN Mode / HEX MODE.



PLC Connections, pt03.tsk, TOSHIBA M20/M40 SERIES


Register Type Format Range Data SizeInput Relay Register XWnn nn=0-63 WordOutput Relay Register YWnn nn=0-63 WordInternal Relay Register RWnn nn=0-63 WordLink Register ZWnn nn=0-31 WordTimer Register Tnnn nnn=0-127 WordCounter Register Cnn nn=0-95 WordData Register Dnnnn nnnn=0-1535 Word



Relay Type Format Range On/off Block Input Relay Xnnb nn=0-31；b=0-f b=0 Ex. X10Output Relay Ynnb nn=0-31；b=0-f b=0 Ex. Y00Internal Relay Rnnb nn=0-63；b=0-f b=0 Ex. R100Link Relay Znnb nn=0-31；b=0-f b=0 Ex. Z310


3. Example of the connections between PWS & RS422 of PLC:


Please set the communication parameters & the DIP-Switch as below:A. P.L.C. Setting B. PWS Setting

a.Communication Format :RS422 Programmer / computer link :Computer link can be used b.Node Address :0 c.Transmission Speed :9600bps d.Transmission Format :(8,E,1);(8,O,1); (8,N,1)


Appendix-P




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