Parameters

P-AXIS-00018

Axis type

Parameter

kenngr.achs_typ

Description

The type of an axis is specified with this parameter.

There is a fundamental distinction between rotatory and translatory axes. In the case of rotatory axes, a distinction is made between the rotary axis and the spindle. For translatory axes, only the linear axis type exists.

Special functionality is addressed in the NC kernel with the axis type. Examples of this are modulo calculation or speed monitoring in the case of spindles.

Data type

UNS16

Data range

0x0001= P-AXIS-00018 = 0x0004

0x0001Linear axis

0x0002Rotary axis

0x0004Spindle

Dimension

Translatory: -

Rotatory: -

Default

-

Remarks

-

P-CHAN-00006

Axis designation

Parameter

goup[i].axis[j].designation

Description

This is a string. The designations of all axes in the channel are specified by means of this variable.

Data type

STRING

Data range

0 = P-CHAN-00018 = AXIS_NAME_LENGTH

Dimension

Translatory: -

Rotatory: -

Default

16

Remarks

The axis designations must begin with the letters A, B, C, U, V, W, X, Y, Z or Q. After that, all letters and digits are possible. The axis designations must be unique.

P-CHAN-00100

Effectiveness of tool compensations

Parameter

move_tool_offsets_directly

Description

This parameter defines the time of the effectiveness of the tool compensation data programmed with the D word (tool length and position compensation).

Data type

BOOLEAN

Data range

0: After the D word, the compensation movement for consideration of the new tool compensation data does not take place for an axis until the next travel information has been programmed by absolute (G90) programming (default).

1: The compensation movement in the corresponding axes takes place without programming of an absolute path condition, directly with the D word (in accordance with DIN 66025).

Dimension

Translatory: -

Rotatory: -

Default

0

Remarks

-