Machine Parameters For Handwheels And Touch Probe Systems; Machine Parameters For 3D-Touch - HEIDENHAIN TNC 151 Q Mounting Instructions

6.5 Machine parameters for handwheels and touch probe systems
Function
Handwheel and touch probe
system
Parameter No.
17
:
Possible entry values
0 c HR 150orHR250andTS510
1 2 HE310 and TS 510
2 2 HR 150orHR250andTS
110
3 g HE310
and TS 110
I
When using handwheels (without touch probe system) only, program as follows:
forHR 150orHR250
0 or2
for HE 310
1 or3
When using a touch probe system only (without handwheel), program as follows:
for TS 510 Oor 1
forTS 110
2 or3
In the operating mode "Handwheel" it is possible that shock and vibrations can be transferred to the
handwheel thus causing a small movement of the axis due to the rotation of the vvheel. This sensitivity can
be reduced via machine parameter 247.
6.6 Machine parameters for 3D-Touch probe systems
Please note:
The 3D-Touch probe system version is entered into the TNC via machine parameter MPI 71.
--
Measuring velocity / probing
Parameter 215 determines the probing speed.
Rapid traverse/Touch probe
251 180 _ . 15999 [mm/minJ
system
.___ ~----
Touch probe system 216
0 . . . 19999.999 cmm]
measuring distance
r
Parameter 216 determines the length of the distance in which the measurement is to be performed. If the
measuring point cannot be reached within this distance, the following error message is displayed:
TOUCH POINT INACCESSIBLE
Safety distance before
measuring point for
automatic probing
,, [mm] 7
Parameter 235 determines the safety distance above the programmed measuring position. The machine
traverses to this prior position in rapid traverse and then continues to the measuring point at the programmed
velocity as per parameter 215.
Please note:
Locking of the spindle, especially when using the 3D-touch probe system TS 110 with cable connection
must be realized through the machine tool builder. Please take into account the special markers for the
PLC-program, see PLC-description.
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