Presse universelle MecaMotion par 
Parameters
The "parameters" window accessible from the project tree includes:
- The default parameters used by some part-program instructions
- The press configuration parameters (operating mode of the force sensor, various limits, type of communication...)
The list below lists these different parameters:
Group |
N° |
Name |
Description |
Default value |
Unit |
|---|---|---|---|---|---|
Positioning |
0 |
Acceleration |
If you don't give an acceleration setpoint in a positioning instruction, this value is taken into account. |
6000 |
[mm/s2] |
1 |
Deceleration |
If you don't give an deceleration setpoint in a positioning instruction, this value is taken into account. |
6000 |
[mm/s2] |
|
2 |
Acceleration start jerk |
If you don't give an acceleration start jerk setpoint in a positioning instruction, this value is taken into account. |
50000 |
[mm/s3] |
|
3 |
Acceleration end jerk |
If you don't give an acceleration end jerk setpoint in a positioning instruction, this value is taken into account. |
50000 |
[mm/s3] |
|
4 |
Deceleration start jerk |
If you don't give an deceleration start jerk setpoint in a positioning instruction, this value is taken into account. |
50000 |
[mm/s3] |
|
5 |
Deceleration end jerk |
If you don't give an deceleration end jerk setpoint in a positioning instruction, this value is taken into account. |
50000 |
[mm/s3] |
|
Force |
14 |
Positive force overload with range 1 |
When force range 1 is active, if the force exceeds this value (>), stop the axis and the part-program |
120 |
[N] |
15 |
Positive force overload with range 2 |
When force range 2 is active, if the force exceeds this value (>), stop the axis and the part-program |
1200 |
[N] |
|
31 |
Negative force overload with range 1 |
When force range 1 is active, if the force exceeds this value (<), stop the axis and the part-program |
-120 |
[N] |
|
32 |
Negative force overload with range 2 |
When force range 2 is active, if the force exceeds this value (<), stop the axis and the part-program |
-1200 |
[N] |
|
Manual movements |
9 |
JOG acceleration |
When you make a movement in JOG or a manual positioning, this acceleration value is used |
200 |
[mm/s2] |
10 |
JOG deceleration |
When you make a movement in JOG mode or a manual positioning, this deceleration value is used |
200 |
[mm/s2] |
|
11 |
Velocity to initial/release position |
Axis speed when moving back to the initial or release position (not for part-program) |
10 |
[mm/s] |
|
12 |
Acceleration to initial/release position |
Axis acceleration when moving back to the initial or release position (not for part-program) |
50 |
[mm/s2] |
|
13 |
Deceleration to initial/release position |
Axis deceleration when moving back to the initial or release position (not for part-program) |
50 |
[mm/s2] |
|
29 |
Release position |
Position to release the press from the part |
0 |
[mm] |
|
30 |
Initiale position |
Cycle start position |
0 |
[mm] |
|
Miscellaneous |
19 |
Part program execution timeout |
When a part program is started, if this time is finished before the end of the part program => Timeout error If this value is equal to 0, the time control is disabled |
0 |
[ms] |
27 |
Maximal positon offset of envelope objects (+/-) |
Maximum offset that the objects in the envelope can have. (+/-) |
300.00 |
[mm] |
|
28 |
Communication (Profinet or Standalone) |
Controlled by a PLC via Profinet or directly from MecaMotion (standalone) |
Profinet |
|
|
33 |
Positive position limit positioning instruction |
Maximum value that the positive position limit can have in the positioning instruction |
90 |
[mm] |
|
34 |
Negative position limit positioning instruction |
Minimum value that the negative position limit can have in the positioning instruction |
-5 |
[mm] |
|
35 |
Velocity limit positioning instruction |
Maximum value that the velocity limit can have in the positioning instruction |
200 |
[mm/s] |
|
36 |
Acceleration deceleration limit positioning instruction |
Maximum value that the acceleration and deceleration limit can have in the positioning instruction |
7000 |
[mm/s2] |
|
Measuring sensor |
20 |
Measuring sensor resting position tolerance (+/-) |
Position window in which the measuring sensor value must be located at the time of the check |
0.05 |
[mm] |
21 |
Measuring sensor resting position |
Value that the measuring sensor must have at rest (When the press is in measuring sensor control position) If the measuring sensor value (+ or - tolerance) is not equal to this parameter, => Error |
0.10 |
[mm] |
|
22 |
Measuring sensor check position |
Position of the axis at which the measuring sensor value is checked with respect to parameters 20 and 21. |
0.00 |
[mm] |
|
Expert |
6 |
Force sensor sensitivity (range 1) |
Data provided by the force sensor manufacturer |
4.1 |
[pC/N] |
7 |
Force sensor sensitivity (range 2) |
Data provided by the force sensor manufacturer |
4.1 |
[pC/N] |
|
23 |
Force sensor - Load at full range (range 1) |
Parameter given by the charge amplifier of the force sensor |
1000.00 |
[pC] |
|
24 |
Force sensor - Load at full range (range 2) |
Parameter given by the charge amplifier of the force sensor |
5000.00 |
[pC] |
|
Manufacturer |
16 |
Monitoring display frequency |
When the visualization is activated, this parameter gives the time between each refresh of the value of the user variable |
200 |
[ms] |
17 |
Zero position |
Do not modify |
0.00 |
[mm] |
|
18 |
Zero position tolerance (+/-) |
Do not modify |
0.03 |
[mm] |
|
25 |
Output value to select range 1 of the force sensor |
State in which the digital output of the D410-2 must be in order for range 1 of the force sensor to be active (0 or 1) |
1 |
|
|
26 |
Output value to reset force sensor |
State in which the digital output of the D410-2 must be in order for the force sensor reset to be active (0 or 1) |
1 |
|
Table 1: Press parameters
These parameters are loaded into the press at the same time as the part programs and envelopes.
To load them, you must first save the project. Then, in the "Project" menu, click on the "Load" button.
