XHITACHH.tlk Driver Reference
Hitachi PLC Serie H Protocol Driver
This driver requires that you have TAS-HMITalk 8.04 installed.
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:
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
Where:
- 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
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.
Programmable Logic Controllers
HITACHI PLC H-Series
HITACHI PLC Micro-EH Series
ABB PROCONTIC T-200 PLCs with 07-ZE-60 CPU Modules
ABB PROCONTIC T-200 PLCs with 07-ZE-61 CPU Modules
ABB PROCONTIC T-200 PLCs with 07-ZE-62 CPU Modules
ABB PROCONTIC T-200 PLCs with 07-KP-60 COMM Modules
ABB PROCONTIC T-200 PLCs with 07-BR-61 REMOTE Modules
ABB PROCONTIC T-200 PLCs with 07-ZB-69 LINK Modules
SPRECHER + SCHUE SESTEP Series 90
Send Prepare CPU Command to PLC
Send Release CPU Command to PLC
COMMAND DESCRIPTION:
Use this command to read a consecutive group of up to 120
analog values of a given type starting at a given initial
PLC address.
PROPERTY SETTINGS REQUIRED:
HMITalk1.DriverDataType = Analog Input
HMITalk1.DriverNumPoints = 1-120
HMITalk1.DriverP0 = Identifies the link loop (Lump):
- 1 = CPU link loop 1
- 2 = CPU link loop 2
- 255 = No link installed
HMITalk1.DriverP1 = Identifies the unit number (lUmp):
- 0-99 = units from 0 to 99
- 255 = No link installed
HMITalk1.DriverP2 = Identifies the module number (luMp):
- 0 = CPU
- 4 = BASIC
- 8 = CPU LINK
- 16 = REMOTE (parent)
- 24 = COMM
- 32 = GPIB
HMITalk1.DriverP3 = Identifies the port number (lumP):
- 0 = CPU Sequencer
- 1 = Peripheral device port
- 0 = BASIC
- 0-9 = REMOTE child from 0 to 9
- 0 = COMM RS-232C
- 1 = COMM RS-422
- 0 = GPIB
HMITalk1.DriverP4 = Indicates if prepare/release CPU messages
must be used before and after each conversation:
- 0 = do not send prepare/release CPU messages
- 1 = send prepare CPU message before the conversation
- 2 = send prepare and release CPU messages before and after the conversation
- 3 = send release CPU message after the conversation
HMITalk1.DriverP5 = 64
HMITalk1.DriverP6 = Identifies the data type:
- 5 = Timer Counters of type TC
- 8 = Analog Inputs of type WX
- 9 = Analog Outputs of type WY
- 10 = Analog Registers of type WR
- 11 = Analog Registers of type WL
- 12 = Analog Registers of type WM
- 13 = Analog Registers of type WTC
HMITalk1.DriverP7 = Indicates the address of the first element
in the group of analog values to be read. When an hexadecimal
address is entered, add the 'h' character at the end of the
number.
HMITalk1.DriverP8 = Not used
HMITalk1.DriverP9 = Not used
COMMAND DESCRIPTION:
Use this command to read a consecutive group of up to 240
digital values of a given type starting at a given initial
PLC address.
PROPERTY SETTINGS REQUIRED:
HMITalk1.DriverDataType = Digital Input
HMITalk1.DriverNumPoints = 1-240
HMITalk1.DriverP0 = Identifies the link loop (Lump):
- 1 = CPU link loop 1
- 2 = CPU link loop 2
- 255 = No link installed
HMITalk1.DriverP1 = Identifies the unit number (lUmp):
- 0-99 = units from 0 to 99
- 255 = No link installed
HMITalk1.DriverP2 = Identifies the module number (luMp):
- 0 = CPU
- 4 = BASIC
- 8 = CPU LINK
- 16 = REMOTE (parent)
- 24 = COMM
- 32 = GPIB
HMITalk1.DriverP3 = Identifies the port number (lumP):
- 0 = CPU Sequencer
- 1 = Peripheral device port
- 0 = BASIC
- 0-9 = REMOTE child from 0 to 9
- 0 = COMM RS-232C
- 1 = COMM RS-422
- 0 = GPIB
HMITalk1.DriverP4 = Indicates if prepare/release CPU messages
must be used before and after each conversation:
- 0 = do not send prepare/release CPU messages
- 1 = send prepare CPU message before the conversation
- 2 = send prepare and release CPU messages before and after the conversation
- 3 = send release CPU message after the conversation
HMITalk1.DriverP5 = 64
HMITalk1.DriverP6 = Identifies the data type:
- 0 = Digital Inputs of type X
- 1 = Digital Outputs of type Y
- 2 = Digital Status of type R
- 3 = Digital Status of type L
- 4 = Digital Status of type M
HMITalk1.DriverP7 = Indicates the address of the first element
in the group of binary values to be read. When an hexadecimal
address is entered, add the 'h' character at the end of the
number.
HMITalk1.DriverP8 = Not used
HMITalk1.DriverP9 = Not used
COMMAND DESCRIPTION:
Use this command to read a consecutive group of up to 8
PLC status flags.
PROPERTY SETTINGS REQUIRED:
HMITalk1.DriverDataType = Digital Input
HMITalk1.DriverNumPoints = 1-8
HMITalk1.DriverP0 = Identifies the link loop (Lump):
- 1 = CPU link loop 1
- 2 = CPU link loop 2
- 255 = No link installed
HMITalk1.DriverP1 = Identifies the unit number (lUmp):
- 0-99 = units from 0 to 99
- 255 = No link installed
HMITalk1.DriverP2 = Identifies the module number (luMp):
- 0 = CPU
- 4 = BASIC
- 8 = CPU LINK
- 16 = REMOTE (parent)
- 24 = COMM
- 32 = GPIB
HMITalk1.DriverP3 = Identifies the port number (lumP):
- 0 = CPU Sequencer
- 1 = Peripheral device port
- 0 = BASIC
- 0-9 = REMOTE child from 0 to 9
- 0 = COMM RS-232C
- 1 = COMM RS-422
- 0 = GPIB
HMITalk1.DriverP4 = Indicates if prepare/release CPU messages
must be used before and after each conversation:
- 0 = do not send prepare/release CPU messages
- 1 = send prepare CPU message before the conversation
- 2 = send prepare and release CPU messages before and after the conversation
- 3 = send release CPU message after the conversation
HMITalk1.DriverP5 = 16 (or 116)
RETURNS:
- HMITalk1.PointValue(0) = Run/Stop flag
- HMITalk1.PointValue(1) = Halt state flag
- HMITalk1.PointValue(2) = Simulation state flag
- HMITalk1.PointValue(3) = Error state flag
- HMITalk1.PointValue(4) = Forced state flag
- HMITalk1.PointValue(5) = Debug state flag
- HMITalk1.PointValue(6) = Reserved
- HMITalk1.PointValue(7) = Battery error flag
COMMAND DESCRIPTION:
Use this command to write a single analog value of a given
type to a given PLC address.
PROPERTY SETTINGS REQUIRED:
HMITalk1.DriverDataType = Analog Output
HMITalk1.DriverNumPoints = 1
HMITalk1.DriverP0 = Identifies the link loop (Lump):
- 1 = CPU link loop 1
- 2 = CPU link loop 2
- 255 = No link installed
HMITalk1.DriverP1 = Identifies the unit number (lUmp):
- 0-99 = units from 0 to 99
- 255 = No link installed
HMITalk1.DriverP2 = Identifies the module number (luMp):
- 0 = CPU
- 4 = BASIC
- 8 = CPU LINK
- 16 = REMOTE (parent)
- 24 = COMM
- 32 = GPIB
HMITalk1.DriverP3 = Identifies the port number (lumP):
- 0 = CPU Sequencer
- 1 = Peripheral device port
- 0 = BASIC
- 0-9 = REMOTE child from 0 to 9
- 0 = COMM RS-232C
- 1 = COMM RS-422
- 0 = GPIB
HMITalk1.DriverP4 = Indicates if prepare/release CPU messages
must be used before and after each conversation:
- 0 = do not send prepare/release CPU messages
- 1 = send prepare CPU message before the conversation
- 2 = send prepare and release CPU messages before and after the conversation
- 3 = send release CPU message after the conversation
HMITalk1.DriverP5 = 69
HMITalk1.DriverP6 = Identifies the data type:
- 5 = Timer Counters of type TC
- 9 = Analog Output of type WY
- 10 = Analog Register of type WR
- 11 = Analog Register of type WL
- 12 = Analog Register of type WM
- 13 = Analog Register of type WTC
HMITalk1.DriverP7 = Indicates the address of the analog
element to be written. When an hexadecimal address
is entered, add the 'h' character at the end of the number.
HMITalk1.DriverP8 = Not used
HMITalk1.DriverP9 = Not used
WHERE:
- HMITalk1.PointValue(0) = Value to be sent to the PLC
COMMAND DESCRIPTION:
Use this command to write a consecutive group of up to 100
analog values of a given type starting at a given initial
PLC address.
PROPERTY SETTINGS REQUIRED:
HMITalk1.DriverDataType = Analog Output
HMITalk1.DriverNumPoints = 1-100
HMITalk1.DriverP0 = Identifies the link loop (Lump):
- 1 = CPU link loop 1
- 2 = CPU link loop 2
- 255 = No link installed
HMITalk1.DriverP1 = Identifies the unit number (lUmp):
- 0-99 = units from 0 to 99
- 255 = No link installed
HMITalk1.DriverP2 = Identifies the module number (luMp):
- 0 = CPU
- 4 = BASIC
- 8 = CPU LINK
- 16 = REMOTE (parent)
- 24 = COMM
- 32 = GPIB
HMITalk1.DriverP3 = Identifies the port number (lumP):
- 0 = CPU Sequencer
- 1 = Peripheral device port
- 0 = BASIC
- 0-9 = REMOTE child from 0 to 9
- 0 = COMM RS-232C
- 1 = COMM RS-422
- 0 = GPIB
HMITalk1.DriverP4 = Indicates if prepare/release CPU messages
must be used before and after each conversation:
- 0 = do not send prepare/release CPU messages
- 1 = send prepare CPU message before the conversation
- 2 = send prepare and release CPU messages before and after the conversation
- 3 = send release CPU message after the conversation
HMITalk1.DriverP5 = 66
HMITalk1.DriverP6 = Identifies the data type:
- 5 = Timer Counters of type TC
- 9 = Analog Outputs of type WY
- 10 = Analog Registers of type WR
- 11 = Analog Registers of type WL
- 12 = Analog Registers of type WM
- 13 = Analog Registers of type WTC
HMITalk1.DriverP7 = Indicates the address of the first element
in the group of analog values to be written. When an
hexadecimal address is entered, add the 'h' character
at the end of the number.
HMITalk1.DriverP8 = Not used
HMITalk1.DriverP9 = Not used
WHERE:
- HMITalk1.PointValue(0) = Value 0 to be sent to the PLC
- HMITalk1.PointValue(1) = Value 1 to be sent to the PLC
- HMITalk1.PointValue(2) = Value 2 to be sent to the PLC
...
- HMITalk1.PointValue(n-1) = Value n-1 to be sent to the PLC
COMMAND DESCRIPTION:
Use this command to write a single digital value of a given
type to a given PLC address.
PROPERTY SETTINGS REQUIRED:
HMITalk1.DriverDataType = Digital Output
HMITalk1.DriverNumPoints = 1
HMITalk1.DriverP0 = Identifies the link loop (Lump):
- 1 = CPU link loop 1
- 2 = CPU link loop 2
- 255 = No link installed
HMITalk1.DriverP1 = Identifies the unit number (lUmp):
- 0-99 = units from 0 to 99
- 255 = No link installed
HMITalk1.DriverP2 = Identifies the module number (luMp):
- 0 = CPU
- 4 = BASIC
- 8 = CPU LINK
- 16 = REMOTE (parent)
- 24 = COMM
- 32 = GPIB
HMITalk1.DriverP3 = Identifies the port number (lumP):
- 0 = CPU Sequencer
- 1 = Peripheral device port
- 0 = BASIC
- 0-9 = REMOTE child from 0 to 9
- 0 = COMM RS-232C
- 1 = COMM RS-422
- 0 = GPIB
HMITalk1.DriverP4 = Indicates if prepare/release CPU messages
must be used before and after each conversation:
- 0 = do not send prepare/release CPU messages
- 1 = send prepare CPU message before the conversation
- 2 = send prepare and release CPU messages before and after the conversation
- 3 = send release CPU message after the conversation
HMITalk1.DriverP5 = 69
HMITalk1.DriverP6 = Identifies the data type:
- 1 = Digital Output of type Y
- 2 = Digital Status of type R
- 3 = Digital Status of type L
- 4 = Digital Status of type M
HMITalk1.DriverP7 = Indicates the address of the binary
element to be written. When an hexadecimal address
is entered, add the 'h' character at the end of the
number.
HMITalk1.DriverP8 = Not used
HMITalk1.DriverP9 = Not used
WHERE:
- HMITalk1.PointValue(0) = Value to be sent to the PLC
COMMAND DESCRIPTION:
Use this command to write a consecutive group of up to 200
digital values of a given type starting at a given initial
PLC address.
PROPERTY SETTINGS REQUIRED:
HMITalk1.DriverDataType = Digital Output
HMITalk1.DriverNumPoints = 1-200
HMITalk1.DriverP0 = Identifies the link loop (Lump):
- 1 = CPU link loop 1
- 2 = CPU link loop 2
- 255 = No link installed
HMITalk1.DriverP1 = Identifies the unit number (lUmp):
- 0-99 = units from 0 to 99
- 255 = No link installed
HMITalk1.DriverP2 = Identifies the module number (luMp):
- 0 = CPU
- 4 = BASIC
- 8 = CPU LINK
- 16 = REMOTE (parent)
- 24 = COMM
- 32 = GPIB
HMITalk1.DriverP3 = Identifies the port number (lumP):
- 0 = CPU Sequencer
- 1 = Peripheral device port
- 0 = BASIC
- 0-9 = REMOTE child from 0 to 9
- 0 = COMM RS-232C
- 1 = COMM RS-422
- 0 = GPIB
HMITalk1.DriverP4 = Indicates if prepare/release CPU messages
must be used before and after each conversation:
- 0 = do not send prepare/release CPU messages
- 1 = send prepare CPU message before the conversation
- 2 = send prepare and release CPU messages before and after the conversation
- 3 = send release CPU message after the conversation
HMITalk1.DriverP5 = 66
HMITalk1.DriverP6 = Identifies the data type:
- 1 = Digital Outputs of type Y
- 2 = Digital Status of type R
- 3 = Digital Status of type L
- 4 = Digital Status of type M
HMITalk1.DriverP7 = Indicates the address of the first element
in the group of binary values to be written. When an
hexadecimal address is entered, add the 'h' character
at the end of the number.
HMITalk1.DriverP8 = Not used
HMITalk1.DriverP9 = Not used
WHERE:
- HMITalk1.PointValue(0) = Value 0 to be sent to the PLC
- HMITalk1.PointValue(1) = Value 1 to be sent to the PLC
- HMITalk1.PointValue(2) = Value 2 to be sent to the PLC
...
- HMITalk1.PointValue(n-1) = Value n-1 to be sent to the PLC
COMMAND DESCRIPTION:
Use this command to send a prepare CPU command to the PLC to
capture the CPU's attention.
PROPERTY SETTINGS REQUIRED:
HMITalk1.DriverDataType = Digital Output
HMITalk1.DriverNumPoints = 1-256
HMITalk1.DriverP0 = Identifies the link loop (Lump):
- 1 = CPU link loop 1
- 2 = CPU link loop 2
- 255 = No link installed
HMITalk1.DriverP1 = Identifies the unit number (lUmp):
- 0-99 = units from 0 to 99
- 255 = No link installed
HMITalk1.DriverP2 = Identifies the module number (luMp):
- 0 = CPU
- 4 = BASIC
- 8 = CPU LINK
- 16 = REMOTE (parent)
- 24 = COMM
- 32 = GPIB
HMITalk1.DriverP3 = Identifies the port number (lumP):
- 0 = CPU Sequencer
- 1 = Peripheral device port
- 0 = BASIC
- 0-9 = REMOTE child from 0 to 9
- 0 = COMM RS-232C
- 1 = COMM RS-422
- 0 = GPIB
HMITalk1.DriverP4 = 0
HMITalk1.DriverP5 = 10
WHERE:
- HMITalk1.PointValue(0) = Ignored
COMMAND DESCRIPTION:
Use this command to send an release command to the PLC so
the CPU can be used by other stations.
PROPERTY SETTINGS REQUIRED:
HMITalk1.DriverDataType = Digital Output
HMITalk1.DriverNumPoints = 1-256
HMITalk1.DriverP0 = Identifies the link loop (Lump):
- 1 = CPU link loop 1
- 2 = CPU link loop 2
- 255 = No link installed
HMITalk1.DriverP1 = Identifies the unit number (lUmp):
- 0-99 = units from 0 to 99
- 255 = No link installed
HMITalk1.DriverP2 = Identifies the module number (luMp):
- 0 = CPU
- 4 = BASIC
- 8 = CPU LINK
- 16 = REMOTE (parent)
- 24 = COMM
- 32 = GPIB
HMITalk1.DriverP3 = Identifies the port number (lumP):
- 0 = CPU Sequencer
- 1 = Peripheral device port
- 0 = BASIC
- 0-9 = REMOTE child from 0 to 9
- 0 = COMM RS-232C
- 1 = COMM RS-422
- 0 = GPIB
HMITalk1.DriverP4 = 0
HMITalk1.DriverP5 = 11
WHERE:
- HMITalk1.PointValue(0) = Ignored
COMMAND DESCRIPTION:
Use this command to set the PLC into RUN or STOP mode.
If you get a 'PLC:Operation error' error message:
1) While trying to Stop the CPU, could mean that:
a) Key switch is not in the REMOTE position
b) Remote stop is not enabled
2) While trying to Run the CPU, could mean that:
a) Key switch is not in the REMOTE position
b) The CPU is in error state
c) The CPU is in debug state
d) The CPU is write occupied by other station
e) Remote run is not enabled
f) The user set operation conditions have not been met
If you get a 'PLC:Combination error' error message:
1) While trying to Stop the CPU, this message is never returned.
2) While trying to Run the CPU, could mean that run/stop command
has already been executed and the CPU is in run/stop mode.
RUN/STOP OPERATION CONDITIONS:
The CPU can run when the following conditions are met:
1) The CPU to be run has not been occupied (write occupation)
by another stations.
2) The CPU status is neither debug nor error.
3) The special internal output R7C3 is ON.
4) The special internal output R7E9 is OFF.
5) In case the operation control input contact is specified
by the parameter, the specified input contact is ON.
6) The RUN/STOP/REMOTE switch is set to the REMOTE position.
The CPU can stop when the following conditions are met:
1) The special internal output R7C4 is ON.
2) The RUN/STOP/REMOTE switch is set to the REMOTE position.
PROPERTY SETTINGS REQUIRED:
HMITalk1.DriverDataType = Digital Output
HMITalk1.DriverNumPoints = 1-256
HMITalk1.DriverP0 = Identifies the link loop (Lump):
- 1 = CPU link loop 1
- 2 = CPU link loop 2
- 255 = No link installed
HMITalk1.DriverP1 = Identifies the unit number (lUmp):
- 0-99 = units from 0 to 99
- 255 = No link installed
HMITalk1.DriverP2 = Identifies the module number (luMp):
- 0 = CPU
- 4 = BASIC
- 8 = CPU LINK
- 16 = REMOTE (parent)
- 24 = COMM
- 32 = GPIB
HMITalk1.DriverP3 = Identifies the port number (lumP):
- 0 = CPU Sequencer
- 1 = Peripheral device port
- 0 = BASIC
- 0-9 = REMOTE child from 0 to 9
- 0 = COMM RS-232C
- 1 = COMM RS-422
- 0 = GPIB
HMITalk1.DriverP4 = Indicates if prepare/release CPU messages
must be used before and after each conversation:
- 0 = do not send prepare/release CPU messages
- 1 = send prepare CPU message before the conversation
- 2 = send prepare and release CPU messages before and after the conversation
- 3 = send release CPU message after the conversation
HMITalk1.DriverP5 = 17
WHERE:
- HMITalk1.PointValue(0) = 0 for STOP, 1 for RUN
[1005] DRIVER (Internal): Invalid driver stage
[1300] PROTOCOL (Timeout): No answer
[3037] CONFIG (P0): Invalid loop number (1-2 or 255)
[3580] CONFIG (P1): Invalid unit number (0-99 or 255)
[4075] CONFIG (P2): Invalid module number (0,4,8,16,24,32)
[4556] CONFIG (P3): Invalid port number (0-9)
[5040] CONFIG (P4): Invalid prepare-release mode (0-3)
[5500] CONFIG (P5): Invalid command (10, 11, 17, 66 and 69 only)
[5501] CONFIG (P5): Invalid command (16 and 64 only)
[8003] CONFIG (Remote): Abort error returned by PLC
[8028] CONFIG (Remote): ASCII Error returned by PLC
[8051] CONFIG (Remote): Combination error
[8077] CONFIG (Remote): CPU is not occupied by own station
[8078] CONFIG (Remote): CPU is read occupied by other stations
[8079] CONFIG (Remote): CPU is write occupied by other station
[8110] CONFIG (Remote): Dummy error returned by PLC
[8119] CONFIG (Remote): Error executing command
[8124] CONFIG (Remote): Error in response CRC
[8151] CONFIG (Remote): Framing error
[8161] CONFIG (Remote): I/O number out of prescribed range
[8241] CONFIG (Remote): Number of points exceeds the prescribed range
[8247] CONFIG (Remote): Operation error
[8256] CONFIG (Remote): Overrun error
[8257] CONFIG (Remote): Own station is write occupying the CPU
[8259] CONFIG (Remote): Parity error
[8284] CONFIG (Remote): Protocol error
[8287] CONFIG (Remote): Receive buffer error
[8293] CONFIG (Remote): Receive time-Out error
[8311] CONFIG (Remote): Returned error code %Xh
[8327] CONFIG (Remote): Sum error
[8344] CONFIG (Remote): Undefined I/O type code is requested or requested I/O type cannot be monitored
[8345] CONFIG (Remote): Undefined I/O type code or forced set/reset impossible
This driver requires that you have TAS-HMITalk 8.04 installed.
Driver Source Code Last Update: 09/12/2006 17:34:00
Driver Reference Last Update: 10/30/2008 17:39:08
© 1990-2008, CPKSoft Engineering. All rights reserved.