| Q407 Radius of calib. sphere? Enter the exact radius of the calibration sphere being used. Input: 0.0001...99.9999 |
Q320 Set-up clearance? Additional distance between touch point and ball tip. Q320 is in addition to the SET_UP column in the touch probe table. This value has an incremental effect. Input: 0...99999.9999 or PREDEF |
Q408 Retraction height? 0: Do not move to any retraction height; the control moves to the next measuring position in the axis to be measured. Not allowed for Hirth axes! The control moves to the first measuring position in the sequence A, then B, then C. > 0: Retraction height in the untilted workpiece coordinate system to which the control positions the spindle axis before positioning a rotary axis. In addition, the control moves the touch probe in the working plane to the datum. Touch probe monitoring is not active in this mode. Define the positioning feed rate in parameter Q253. The value has an absolute effect. Input: 0...99999.9999 |
Q253 Feed rate for pre-positioning? Define the traversing speed of the tool during pre-positioning in mm/min. Input: 0...99999.9999 or FMAX, FAUTO, PREDEF |
Q380 Ref. angle in ref. axis? Enter the reference angle (basic rotation) for acquiring the measuring points in the active workpiece coordinate system. Defining a reference angle can considerably enlarge the measuring range of an axis. The value has an absolute effect. Input: 0...360 |
Q411 Starting angle in A axis? Starting angle in the A axis at which the first measurement will be made. The value has an absolute effect. Input: –359.9999...+359.9999 |
Q412 End angle in A axis? End angle in the A axis at which the last measurement will be made. The value has an absolute effect. Input: –359.9999...+359.9999 |
| Q413 Angle of incidence in A axis? Angle of incidence in the A axis at which the other rotary axes will be measured. Input: –359.9999...+359.9999 |
| Q414 No. of meas. points in A (0...12)? Number of measuring points the control will use to measure the A axis. If the input value = 0, the control does not measure the respective axis. Input: 0...12 |
Q415 Starting angle in B axis? Starting angle in the B axis at which the first measurement will be made. The value has an absolute effect. Input: –359.9999...+359.9999 |
Q416 End angle in B axis? End angle in the B axis at which the last measurement will be made. The value has an absolute effect. Input: –359.9999...+359.9999 |
Q417 Angle of incidence in B axis? Angle of incidence in the B axis at which the other rotary axes will be measured. Input: –359.999...+360.000 |
Q418 No. of meas. points in B (0...12)? Number of measuring points the control will use to measure the B axis. If the input value = 0, the control does not measure the respective axis. Input: 0...12 |
Q419 Starting angle in C axis? Starting angle in the C axis at which the first measurement will be made. The value has an absolute effect. Input: –359.9999...+359.9999 |
Q420 End angle in C axis? End angle in the C axis at which the last measurement will be made. The value has an absolute effect. Input: –359.9999...+359.9999 |
Q421 Angle of incidence in C axis? Angle of incidence in the C axis at which the other rotary axes will be measured. Input: –359.9999...+359.9999 |
| Q422 No. of meas. points in C (0...12)? Number of measuring points the control will use to measure the C axis. If the input value = 0, the control does not measure the respective axis. Input: 0...12 |
| Q423 Number of probes? Define the number of measuring points the control will use to measure the calibration sphere in the plane. Fewer measuring points increase speed and more measuring points increase measurement precision. Input: 3...8 |
| Q432 Angular range of backlash comp.? Define the traversing angle the control will use to measure the rotary axis backlash. The traversing angle must be significantly larger than the actual backlash of the rotary axes. If input value = 0, the control does not measure the backlash. Input: –3...+3 |