Specifies how the Slave driver responds to Function Code 3, 6,
and 16 commands (read and write Holding Registers) from a
remote Master when it is moving 32-bit floating-point data.
Note: Most applications using floating-point data do not need
this parameter enabled.
If the remote Master expects to receive or sends one complete
32-bit floating-point value for each count of one (1), then set
this parameter to YES. When set to YES, the Slave driver
returns values from two consecutive 16-bit internal memory
registers (32 total bits) for each count in the read command, or
receive 32-bits per count from the Master for write commands.
Example: Count = 10, Slave driver sends 20 16-bit registers for
10 total 32-bit floating-point values.
If, however, the remote Master sends a count of two (2) for
each 32-bit floating-point value it expects to receive or send,
or, if you do not plan to use floating-point data in your
application, then set this parameter to NO, which is the default
setting.
You also need to set the Float Start and Float Offset
parameters to appropriate values whenever the Float Flag
parameter is set to YES.
Defines the first register of floating-point data. All requests with
register values greater-than or equal to this value is considered
floating-point data requests. This parameter is only used if the
Float Flag is enabled. For example, if you enter a value of
7000, all requests for registers 7000 and above are considered
as floating-point data.
Defines the start register for floating-point data in the internal
database. This parameter is used only if the Float Flag is
enabled. For example, if you set the Float Offset value to 3000
and the float start parameter to 7000, data requests for
register 7000 use the internal Modbus register 3000.
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