Axis parameters

P-AXIS-00001

Acceleration for increasing speed

Parameter

getriebe[i].slope_profil.a_beschl

Description

This parameter defines the axis acceleration for a constant speed increase.

Data type

UNS32

Data range

1 < P-AXIS-00001 < P-AXIS-00008 (a_max)

Dimension

translatory: mm/s2

rotary:°/s2

Default

-

Remarks

The acceleration ramps can be modified in the NC program. The corresponding NC commands are described in greater detail in[PROG].

P-AXIS-00002

Acceleration for decreasing speed

Parameter

getriebe[i].slope_profil.a_brems

Description

This parameter defines the axis acceleration for a constant speed decrease.

Data type

UNS32

Data range

1 < P-AXIS-00002 < P-AXIS-00008 (a_max)

Dimension

translatory: mm/s2

rotary:°/s2

Default

-

Remarks

The acceleration ramps can be modified in the NC program. The corresponding NC commands are described in greater detail in [PROG].

P-AXIS-00004

Rapid traversing acceleration (G00)

Parameter

getriebe[i].slope_profil.a_grenz

Description

During rapid traversing motions (G00), this acceleration parameter is active during braking and acceleration.

Data type

UNS32

Data range

1 < P-AXIS-00004 < P-AXIS-00008 (a_max)

Dimension

translatory: mm/s2

rotary:°/s2

Default

MAX[P-AXIS-00001, P-AXIS-00002 ]

Remarks

-

P-AXIS-00005

Stage 1 rapid traversing acceleration (G00)

Parameter

getriebe[i].lslope_profil.a_grenz_stufe_1

Description

This parameter defines the stage 1 rapid traversing acceleration (G00). Steeper ramps than for workpiece machining (e.g. G01, G02, G03) are often used for rapid traversing positioning (G00).

Data type

UNS32

Data range

1 < P-AXIS-00005 < P-AXIS-00008 (a_max)

Dimension

translatory: mm/s2

rotary:°/s2

Default

 

Remarks

This limit acceleration is generally set close to the current limit to achieve fast positioning and fast braking deceleration values.

P-AXIS-00006

Stage 2 rapid traversing acceleration (G00)

Parameter

getriebe[i].lslope_profil.a_grenz_stufe_2

Description

This parameter defines the stage 2 rapid traversing acceleration (G00). Steeper ramps than for workpiece machining (e.g. G01, G02, G03) are often used for rapid traversing positioning (G00).

Data type

UNS32

Data range

1 < P-AXIS-00006 < P-AXIS-00008 (a_max)

Dimension

translatory: mm/s2

rotary:°/s2

Default

 

Remarks

This limit acceleration is generally set close to the current limit to achieve fast positioning and fast braking deceleration values.

P-AXIS-00008

Maximum permissible axis acceleration

Parameter

getriebe[i].dynamik.a_max

Description

Maximum permissible axis acceleration

Data type

UNS32

Data range

1 < P-AXIS-00008 < SLOPE_BESCHL_MAX

Dimension

translatory: mm/s2

rotary:°/s2

Default

-

Remarks

-

P-AXIS-00011

Stage 1 acceleration

Parameter

getriebe[i].lslope_profil.a_stufe_1

Description

This parameter is active during acceleration and deceleration phases. It defines the stage 1 acceleration.

Data type

UNS32

Data range

1 < P-AXIS-00011 < P-AXIS-00008 (a_max)

Dimension

translatory: mm/s2

rotary:°/s2

Default

-

Remarks

Acceleration can be modified in the NC program. The corresponding NC commands are described in greater detail in[PROG].

P-AXIS-00012

Stage 2 acceleration

Parameter

getriebe[i].lslope_profil.a_stufe_2

Description

This parameter is active during acceleration and deceleration phases. It defines the stage 2 acceleration.

Data type

UNS32

Data range

1 < P-AXIS-00012 < P-AXIS-00008 (a_max)

Dimension

translatory: mm/s2

rotary:°/s2

Default

-

Remarks

The acceleration ramps can be modified in the NC program. The corresponding NC commands are described in greater detail in [PROG].

P-AXIS-00013

Weighting of acceleration at the block transition

Parameter

getriebe[i].dynamik.a_trans_weight

Description

This parameter weights the permissible acceleration at the block transition.

The value 0 deactivates the influence of this parameter, and the weighting of the permissible acceleration with the cycle time/ramp time factor applies, thus keeping to the corresponding jolt transverse to the path. This results in a very low speed at non-tangential contour transitions.

If higher speeds are to be run with correspondingly higher jolt at the block transition, this parameter P-AXIS-00013 is set to a correspondingly high value. With the maximum weighting (1000), the acceleration is maintained at the block transition, and the jolt exceeds the set barriers.

Data type

UNS32

Data range

0 < P-AXIS-00013 < 1000

Dimension

0,1%

Default

0

Remarks

The permissible acceleration at the block transition results from the minimum of the active acceleration (G00, G01) :

a_aktiv * a_trans_weight / 1000.

P-AXIS-00154

Weighting of the jolt at the block transition

Parameter

getriebe[i].dynamik.r_trans_weight

Description

An abrupt change in the acceleration occurs at the block transition from linear to a circular block and vice versa. The permissible jolt at such block transitions is weighted with this parameter. With the maximum weighting (1000), there is no longer any influence on the speed at the block transition. Lower weighting values (<1000) lead to a reduction in the speed at the block transition. With the minimum weighting (0), the speed is reduced to such an extent that the permissible jolt (resulting from the active acceleration and the ramp time) at the block transition is not violated (see also the parameter P-AXIS-00013).

Use of this parameter is influenced by a control flag P-CHAN-00009!

Data type

UNS32

Data range

0 < P-AXIS-00154 < 1000

Dimension

0,1%

Default

0

Remarks

The permissible jolt at the block transition results from the active acceleration, which depends on the block type (G00, G01) and the associated ramp time tr:

(a_aktiv /tr_aktiv)* r_trans_weight / 1000.

P-AXIS-00195

Ramp time for acceleration decrease

Parameter

getriebe[i].slope_profil.tr_beschl_ab

Description

This parameter defines the acceleration ramp time for decreasing the acceleration with increasing speed P-AXIS-00001.

Data type

UNS32

Data range

P-AXIS-00201< P-AXIS-00195 < MAX(UNS32)

Dimension

μs

Default

-

Remarks

The acceleration ramps can be modified in the NC program. The corresponding NC commands are described in greater detail in[PROG].

P-AXIS-00196

Ramp time for acceleration build-up

Parameter

getriebe[i].slope_profil.tr_beschl_zu

Description

This parameter defines the acceleration ramp time for building up the acceleration with increasing speed P-AXIS-00001.

Data type

UNS32

Data range

P-AXIS-00201< P-AXIS-00196 < MAX(UNS32)

Dimension

μs

Default

-

Remarks

The acceleration ramps can be modified in the NC program. The corresponding NC commands are described in greater detail in[PROG].

P-AXIS-00197

Ramp time for deceleration decrease

Parameter

getriebe[i].slope_profil.tr_brems_ab

Description

This parameter defines the acceleration ramp time for decreasing the deceleration P-AXIS-00002.

Data type

UNS32

Data range

P-AXIS-00201< P-AXIS-00197 < MAX(UNS32)

Dimension

μs

Default

-

Remarks

The acceleration ramps can be modified in the NC program. The corresponding NC commands are described in greater detail in [PROG].

P-AXIS-00198

Ramp time for deceleration increase

Parameter

getriebe[i].slope_profil.tr_brems_zu

Description

This parameter defines the acceleration ramp time for building up the deceleration P-AXIS-00002.

Data type

UNS32

Data range

P-AXIS-00201< P-AXIS-00198 < MAX(UNS32)

Dimension

μs

Default

-

Remarks

The acceleration ramps can be modified in the NC program. The corresponding NC commands are described in greater detail in [PROG].

P-AXIS-00199

Geometric ramp time

Parameter

getriebe[i].dynamik.tr_geom

Description

This parameter defines the permissible ramp time of the jolt resulting from the contour curvature within one motion block in the axis.

Data type

UNS32

Data range

TR_MIN < P-AXIS-00199 < MAX(UNS32)

Dimension

μs

Default

 

Remarks

-

P-AXIS-00200

Rapid traversing ramp time (G00)

Parameter

getriebe[i].slope_profil.tr_grenz

Description

During rapid traversing motions (G00), this ramp time parameter is active during braking and acceleration. It replaces the ramp times P-AXIS-00195, P-AXIS-00196, P-AXIS-00197 and P-AXIS-00198.

Data type

UNS32

Data range

P-AXIS-00201< P-AXIS-00200 < MAX(UNS32)

Dimension

μs

Default

MIN[P-AXIS-00195, P-AXIS-00196, P-AXIS-00197, P-AXIS-00198 ]

Remarks

-

P-AXIS-00209

Rapid traversing speed (G00)

Parameter

getriebe[i].vb_eilgang

Description

The rapid traversing speed is specified for positioning during rapid traversing (G00).

Data type

UNS32

Data range

1 < P-AXIS-00209 < P-AXIS-00212 (vb_max)

Dimension

translatory:μm/s

rotary: 0.001°/s

Default

 

Remarks

-

P-AXIS-00211

Changeover speed between the acceleration stages during rapid traversing (G00)

Parameter

getriebe[i].lslope_profil. vb_grenz_stufe_1_2

Description

Steeper ramps than for workpiece machining (e.g. G01, G02, G03) are frequently chosen for rapid traversing positioning.

This parameter defines the changeover speed between stage 1 (P-AXIS-00005) and stage 2 (P-AXIS-00006) for the acceleration and deceleration phase.

Data type

UNS32

Data range

1 < P-AXIS-00211 < P-AXIS-00212 (vb_max)

Dimension

translatory:μm/s

rotary: : 0.001°/s

Default

-

Remarks

-

P-AXIS-00212

Maximum permissible axis speed

Parameter

getriebe[i].dynamik.vb_max

Description

Maximum permissible axis speed

Data type

UNS32

Data range

1 < P-AXIS-00212 < SLOPE_VB_MAX

Dimension

translatory:μm/s

rotary: 0.001°/s

Default

-

Remarks

In the case of axes belonging to the "ACHSTYP_TRANSLATOR" and "ACHSTYP_ROTATOR" types, it is assumed that the resolution limits of the measurement system are also considered when setting this parameter P-AXIS-00212.

In the case of axes belonging to the "ACHSTYP_SPINDEL" type, which are operated by a spindle interpolator, the limit speed for the measurement systemP-AXIS-00212 is set.

P-AXIS-00221

Changeover speed

Parameter

getriebe[i].lslope_profil.vb_stufe_1_2

Description

This parameter defines the changeover speed between stage 1 and stage 2 during the acceleration and deceleration phase.

Data type

UNS32

Data range

1 < P-AXIS-00221 < P-AXIS-00212 (vb_max)

Dimension

translatory:μm/s

rotary: 0.001°/s

Default

-

Remarks

-