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AX-51 Formula Status (lowest significance)
AX-52 Formula Status (low significance)
AX-53 Formula Status (high significance)
AX-54 Formula Status (highest significance)
Entering a formula with more than 20 characters starts with the lowest order coor-
dinate AZ-51 and then continues in the higher- AZ-52, AZ-53 and AZ-54. If the
higher order coordinates are not needed, they are to be filled with spaces.
AX-92 MB_Pause: The requests of the USM-GT-400 to the PGC are summarized
in a block. Between two blocks will be an interval. AX92 coordinate indicates the
interval time.
AX-93 MB_Timeout: Maximum time between a PGC request and the associated
response.
AX-94 MB_Int16Order: Adjustment of the byte order of 16-bit integers. A 16-bit
value consists of two bytes, the least significant byte and the most significant byte.
There are two settings: 12 and 21.
AX-95 MB_Int32Order: Adjustment of the byte order of 32-bit integers. A 32-bit
value consists of four bytes. Common sequences are: 1234/2143/3412 / 4321.
However, all other options can be set, too. For example, 4123.
AX-96 MB_FloatOrder: Adjustment of the byte order of single precision floating
point numbers. A single-precision floating-point number consists of four bytes.
Common sequences are: 1234/ 2143/3412 / 4321. However, all other options can
be set, too. For example, 3124.
AX-97 MB_DoubleOrder: Adjustment of the byte order of double- precision float-
ing point numbers. A double-precision floatingpoint number consists of eight bytes.
Consistent Sequences are:
12345678/21436587/34127856/43218765/56781234/65872143/78563412 /
87654321. However, all other options can be set, too.For example, 81,726,354.
Note to the coordinates AX94 to AX97: The numbers represent the significance.
It increases with the value of the byte. The sequence is read from left to right.
10 Operation
Manual USM GT400 · EN10 · May 2021
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