Dynamics of measurement run

For a measurement run with G100 or G310, the dynamic parameters for a rapid traverse block G00 are used by default.

However, the effective dynamics (accelerations and ramp times) in a measuring block can be influenced by several channel parameters.

The following two tables provide an overview of these parameters and their effectiveness for

acceleration profile.

Active dynamic for measurement run
Active dynamic for measurement run

Overview of parameters used

Parameter number

Name

Overview

P-CHAN-00097

use_drive_curr_limit

Valid deceleration ramp at FEEDHOLD

P-CHAN-00214

meas_deceleration_mode

Active delay with measuring signal

P-CHAN-00296

meas_use_std_dynamic

Active dynamic for measurement run

 

 

 

P-AXIS-00001

getriebe[i].slope_profil.a_beschl

Acceleration at machining feed
(non-linear slope)

Non-linear slope

getriebe[i].slope_profil.a_brems

Deceleration at machining feed
(non-linear slope)

Non-linear slope

getriebe[i].slope_profil.a_grenz

Acceleration at rapid movement

Linear slope

getriebe[i].lslope_profil.a_grenz_stufe_1

Acceleration step 1 in rapid mode

Linear slope

getriebe[i].lslope_profil.a_grenz_stufe_2

Acceleration step 2 in rapid mode

Linear slope

getriebe[i].lslope_profil.a_stufe_1

Acceleration of step 1 (linear slope)

Linear slope

getriebe[i].lslope_profil.a_stufe_2

Acceleration of step 2 (linear slope)

P-AXIS-00024

getriebe[i].lslope_profil.a_feedh

Deceleration for feedhold (linear slope)

P-AXIS-00053

getriebe[i].slope_profil.a_feedh

Deceleration at feedhold (non-linear slope)

P-AXIS-00280

getriebe[i].lslope_profil.d_grenz_stufe_1

Deceleration of step 1 in rapid mode (linear slope)

P-AXIS-00281

getriebe[i].lslope_profil.d_grenz_stufe_2

Deceleration of step 2 in rapid mode (linear slope)

P-AXIS-00282

getriebe[i].lslope_profil.d_stufe_1

Deceleration of step 1 (linear slope)

Deceleration of step 2 (P-AXIS-00283)

getriebe[i].lslope_profil.d_stufe_2

Deceleration of step 2 (linear slope)

Dynamics for measurement travel with non-linear slops

Active dynamic for measurement run

P-CHAN-00296

Active delay with measuring signal

P-CHAN-00214

Valid deceleration ramp at FEEDHOLD

P-CHAN-00097

Profile dynamic (1) (limiting algorithm) measurement signal inactive

Deceleration ramp (2) (limiting algorithm) measurement signal active

0

0

0

Acceleration in rapid traverse

P-AXIS-00004

Acceleration in rapid traverse

P-AXIS-00004

0

0

1

Acceleration in rapid traverse

P-AXIS-00004

Deceleration at feedhold

P-AXIS-00053

0

1

X

Acceleration in rapid traverse

P-AXIS-00004

Acceleration in rapid traverse

P-AXIS-00004

1

X

X

Acceleration at machining
feedrate

P-AXIS-00001 or delay at machining
feedrate
P-AXIS-00002

Deceleration at feedhold

P-AXIS-00053

Dynamics for measurement travel with non-linear slops

Active dynamic for measurement run

P-CHAN-00296

Active delay with measuring signal

P-CHAN-00214

Valid deceleration ramp at FEEDHOLD

P-CHAN-00097

Profile dynamic (1)
measurement signal inactive

Deceleration ramp (2) measurement signal active

0

0

0

Acceleration in rapid traverse

P-AXIS-00005/ P-AXIS-00006

or delay at machining
feedrate

P-AXIS-00280/ P-AXIS-00281

Acceleration in rapid traverse

P-AXIS-00005/ P-AXIS-00006

or delay at machining
feedrate

P-AXIS-00280/ P-AXIS-00281

0

0

1

Acceleration in rapid traverse

P-AXIS-00005/ P-AXIS-00006

or delay at machining
feedrate

P-AXIS-00280/ P-AXIS-00281

Deceleration at feedhold

P-AXIS-00024

0

1

X

Acceleration in rapid traverse

P-AXIS-00005/ P-AXIS-00006

or delay at machining
feedrate

P-AXIS-00280/ P-AXIS-00281

Acceleration in rapid traverse

P-AXIS-00004

1

X

X

Acceleration at machining
feedrate

P-AXIS-00011/ P-AXIS-00012

or delay at machining
feedrate

P-AXIS-00282/ P-AXIS-00283

Deceleration at feedhold

P-AXIS-00024