Deactivating An Eg Axis Group - Siemens SINUMERIK 840D Function Manual

M3: Coupled axes
14.4 Electronic gear (EG)
Sample notations
EGONSYNE(A, "FINE", 110, "NTGT", B, 0, 2, 10)
couple A to B, synchronized position A = 110, B = 0, coupling factor 2/10, approach mode =
NTGT
EGONSYNE(A, "FINE", 110, "DCT", B, 0, 2, 10)
couple A to B, synchronized position A = 110, B = 0, coupling factor 2/10, approach mode = DCT
EGONSYNE(A, "FINE", 110, "NTGT", B, 0, 2, 10, Y, 15, 1, 3)
couple A to B, synchronized position A = 110, B = 0, Y = 15,
Coupling factor to B = 2/10, Coupling factor to Y = 1/3,
approach mode = NTGT
With synchronization
The syntax specified above applies with the following different meanings:
If a curve table is used for a leading axis, then the denominator of the linear coupling of the
coupling factor (N
couplings).
For control, denominator zero is the indicator that the counter of the coupling factor (Z
interpreted as the number of the curve table to be used. The curve table with the specified
number must already be defined at power on (in accordance with Chapter "Curve Tables").
The leading axis specified (LA
(linear coupling).
14.4.5

Deactivating an EG axis group

Variant 1
There are different ways to deactivate an active EG axis grouping.
EGOFS(following axis)
The electronic gear is deactivated. The following axis is braked to a standstill. This call triggers
a preprocessing stop.
Variant 2
The following parameterization of the command makes it possible to selectively control the
influence of individual leading axes on the motion of the following axis.
EGOFS(following axis, leading axis 1, ... leading axis 5)
Note
At least one leading axis must be specified.
478
) must be set to 0 (denominator 0 would be impermissible for linear
i
) corresponds to the one specified for coupling via coupling factor
i
Axes and spindles
Function Manual, 06/2019, A5E47437747B AA
) is to be
i