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XHITACHH: Hitachi PLC Serie H Protocol Driver v10.0


XHITACHH: Hitachi PLC Serie H Protocol Driver

General Information:


The XHITACHH driver allows you to connect to the Hitachi Serie H PLCs using the HI protocol. The communication is point-to-point through a RS-232 port with the master PLC. Typical COM settings are 19200 bauds, even parity, 7 data bits and 1 stop bit.

Important note:

1) You should set the CommT1Delay property to a minimum of 5 milliseconds.
2) You must configure the PLC so it does not include the Office Number in the messages that it returns (choose one-to-one communication mode).
3) If the RTS pin is wired and being used by the PLC, it might be necessary that you set RTS in high state while transmitting and receiving data to/from the PLC.
4) If you receive error codes 8077 indicating that CPU is not occupied by own station, try setting the DriverP4 parameter to 1 or 2. You will need to do this at least once, after the error was declared. When the communication operates normally, you can continue using DriverP4=0.

This driver supports task codes to do the following tasks:

  • Execute RUN/STOP commands

  • Request CPU Status

  • Supervise PLC registers and I/O status

  • Write PLC registers and I/O

  • Send optional messages to:

  • Prepare the CPU to process commands

  • Release the CPU


  • PLC VALID DATA TYPES AND RANGES:


  • X from 0 to 4FF5Fh (0 to 327519 decimal)

  • Y from 0 to 4FF5Fh (0 to 327519 decimal)

  • R from 0 to 7BFh (0 to 1983 decimal)

  • L from 0 to 13FFFh (0 to 81919 decimal)

  • M from 0 to FFFh (0 to 4095 decimal)

  • TC from 0 to 1FFh (0 to 511 decimal)

  • WX from 0 to 4FF9h (0 to 20473 decimal)

  • WY from 0 to 4FF9h (0 to 20473 decimal)

  • WR from 0 to 3FFh (0 to 1023 decimal)

  • WL from 0 to 13FFh (0 to 5119 decimal)

  • WM from 0 to FFh (0 to 255 decimal)

  • WTC from 0 to 1FFh (0 to 511 decimal)


  • DRIVER ADDRESSING:


    For memory positions of any type, the addresses adopt the form:
    TT BBBBB

    Values that are sent:

  • TT = X, Y, R, L, etc. (as indicated in parameter DriverP6)

  • BBBBB = the hexadecimal address (set with Driver P7)

  • BBBBB must be a full hexadecimal address, not a combined hexadecimal and decimal address. This means that addresses for X and Y data types where the last 2 digits could also be expressed as decimal digits (such as in X 4FF95 where '4FF' is hexadecimal and '95' is decimal), must be first converted to its full hexadecimal notation (4FF5Fh, for example).

    Example 1:
    X 1000

  • DriverP6 = 0 (numeric code for 'X' data type)

  • DriverP7 = 1000h or 4096


  • Example 2:

    WM 100

  • DriverP6 = 12 (numeric code for 'WM' data type)

  • DriverP7 = 100h or 256


  • Example 2:

    WR 0FF

  • DriverP6 = 10 (numeric code for 'WR' data type)

  • DriverP7 = FFh or 255

  • Important note:

    If you are more familiar with using the alternative ABB notation (E, A, EW, AW, etc) for the PLC data types where address positions are expressed as separate decimal numbers (as in the form E 1.00.00), you can use the XPROT200 driver instead.


    Available Commands:



    Supported Devices:

    (This list is only indicative and may exist other unlisted equipment that are also communicable with this driver).


    This driver includes:



    Available Downloads:



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