Technical data
Table Of Contents
- General Information
- Safety
- 3. Transport and Storage
- Product Features
- Technical Data
- Configuration and Functions
- 6.1. Elements
- 6.2. Menu, sections and parameters
- Machine setting
- If the same analog measuring system which is used for the angle also used for the angle Cutting length, then it is necessary, set the values for the cutting length calculation.
- Setting values with minimum angle: Place the cursor in the first row and first column of the table (line: min; column: S. Beg). Now, enter the smallest possible cut angle. Let down the cutting blade to beginning of the cut (till the point, where the upper beam and lower beam of the scissors just touch) and press the F2 key. Now place the cursor on the field in the first row and second column (row: Min; column: S. End) and let down the cutting blade to the end of the cut. Now press the F2 key again. Thus the values for the minimum angle are set up.
- Setting values with maximum angle:
- Place the cursor in the second row and second column of the table (line: max; column: S. Beg). Now, enter the biggest possible cut angle. Let down the cutting blade to beginning of the cut (till the point, where the upper beam and lower beam of the scissors just touch) and press the F2 key. Now place the cursor on the field in the first row and second column (row: Max; column: S. End) and let down the cutting blade to the end of the cut. Now press the F2 key again. Thus the values for the maximum angle are set up.Configuration of inputs and outputs
- 7. Operation
- 8. Interferences
- Maintenance
- Type Designation
- Accessories
Configuration and Functions
- 17 -
6.2.1.1. Distance / Longitudes Parameters
Slow speed/Creep speed/Correction
Slow speed/slow speed (r) = middle speed
Distance to the demand position at which the controller switches from high speed to slow speed. The
output high speed will be switched off.
Creep speed/creep speed (r) = slow speed
Distance to the demand position at which the controller switches from slow speed to creep speed.
The output slow speed will be switched off.
Correction/correction (r)
The over run distance can be programmed to compensate for distance from the switch-off point of
the motor to standstill.
Example:
The demand position is over run by 0.2 mm constantly. The data entry has to be 2.
The stop command is then moved forward by 0.2 mm.
With starting of the operation the stop offset is set first to "0" in order to be able to calibrate the over
run accurately. For an exact positioning the stop offset should be as small as possible (0.0 to 0.2
mm) i.e. the mechanical friction should be steady over the entire retract distance and the slow speed
and/or creep speed must be accordingly small adjusted. The value in register slow speed/slow
speed (r) must be larger than in creep speed/creep speed (r).
NOTE!
When positioning with PID correction stop serves as a
tolerance window.
Positioning with one speed
During setting the speeds in principle applies:
Slow speed = Creep speed = Correction
Slow speed: 1,0 mm
Creep speed: 1,0 mm
Correction: 1,0 mm
Slow speed/Creep speed
Correction stop
Position reached 100,0