11 Programming of Cycles 05.91
11.6 Data transfer: System memory into R parameter
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a
Depending on the NC machine data bits, the axis position is read as a
radius or diameter value.
@363 <Var> <Value 2>
The spindle is to be defined in <Value 2> whose actual position is to be transferred into
the R parameter.
@364 <Var> <Value 2>
The spindle is to be defined in <Value 2> whose actual speed is to be transferred into
the R parameter.
@367 <Var> <Value 1>
The R parameter is to be defined in <Var> from which the axis numbers of the plane
selected with G16 (4 values) are entered. The number of the leadscrew is stored in the
5th R parameter. The channel number must be defined in <Value 1> (0 = own channel).
If a tool length compensation is programmed with G16 XYZ in negative direction, the value
128 is added to the Z axis with @367, in order to recognize the negative sign.
@36a <Var> <Value 1>
With this command, the number of the selected tool offset (D number) is transferred into
the R parameter. The channel must be specified in <Value 1> (own channel = 0).
Note: ”a” in the @ code represents hexadecimal ”A” (=10).
@36b <Var> <Value 1> <Value 3>
The G function of the part program block which is being processed is read from the main
memory into parameter <Var>. The channel number is defined in <Value 1>. If it is
defined as 0 the same channel is read. <Value 3> defines the internal G group to which
the current G function belongs. See Section 13 for a table with the internal G group
division (especially for @36b only).
Example:
@36b R50 K0 K0 The current G function of the first internal G group (G0) is
read into the parameter R50 in the same channel.
a
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A separate block with @714 must be programmed before @360 to @36b.
To be able to read values from another channel NC Start must be issued
in that one as well.
11–18 © Siemens AG 1991 All Rights Reserved 6ZB5 410-0HD02
SINUMERIK 880, (PG)
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