Lenze EVS93xx FlyingSaw - Manual (Page 129)

FlyingSaw
Appendix
 Prepared Solution Servo PLC / ECSxA 1.1 EN 11-7
11.3 Codes of the Prepared Solution
11.3.1 Table of application codes
Along with system codes (see documentation 9300ET ServoPLC), with the Prepared Solution
important settings for the machine function can be made using application codes from the range
C3000/000.
Possible settings: Code
Default Selection
Comment
C3000 0 0: Not inverted
1: Inverted Inversion of the motor mounting position
C3001 0 0: Not inverted
1: Inverted Inversion of the master frequency (DFIN). Necessary if the
measuring wheel is mounted counter-rotating.
C3003 1 0... {1} ... 65536 Gearbox factor numerator of measuring wheel
C3004 1 0... {1} ... 65536 Gearbox factor denominator of measuring wheel
C3005 1 0... {1
[units]}
...
2147483647
Circumference of the measuring wheel
C3006 1 0... {1
[Inc/rev]}
...
2147483647
Number of increments from the encoder connected to the
measuring wheel
C3007 7500000 0... {1
[units]}
...
2147483647
Entry of the set cut length. The entry is made in the format cut
length in units * 10000.
Example: 1234.56 mm set length, entry in code: 12345600
units.
C3009 100 0... {1[ms]} ... 32767 Delay on the signal "axis synchronised"
C3010 500 0... {1[Inc/ms]} ... 32767 Simulation speed (simulation of the master frequency input)
C3012 1500 0... {1
[ms]}
...
4294967295
Flying saw acceleration time, during the synchronising
process
C3013 2500 0 {1
[ms]}
...
4294967295
Flying saw deceleration time, after the synchronous
movement
C3014 5.0000 0.0000 {1 [unit]} 214000.0000 Length of the gap that is to be made after processing the
material
C3015 0.0000 0.0000 {1 [unit]} 214000.0000 Mark detection offset. Distance between mark detection and
flying saw initial position.
C3016 0.0000 0.0000 {1 [unit]} 214000.0000 Width of cut compensation
C3017 0 0: Not activated
1: Activated Monitoring of the mark detection. Length between the marks
is monitored using the length calculator and a cut "forced" if a
mark is not detected.
C3100 500.0000 -214000.0000... {0.0001
[units/s]}
...
214000.0000
Speed for manual movement of the axis (inching operation,
valid for positive and negative inching)
C3101 750.0000 -214000.0000... {0.0001
[units/s^2]}
...
214000.0000
Acceleration for manual movement of the axis (inching
operation, valid for positive and negative inching)
C3102 750.0000 -214000.0000... {0.0001
[units/s^2]}
...
214000.0000
Deceleration for manual movement of the axis (inching
operation, valid for positive and negative inching)
C3200 0.0000 -214000.0000... {0.0001
[units]}
...
214000.0000
Position of the return movement profile. Movement to the
initial position. The initial position should be home position!
C3201 1200.0000 -214000.0000... {0.0001
[units/s]}
...
214000.0000
Speed for the return movement profile for the initial position
movement
C3202 750.0000 -214000.0000... {0.0001
[units/s^2]}
...
214000.0000
Acceleration for the return movement profile for the initial
position movement
C3203 750.0000 -214000.0000... {0.0001
[units/s^2]}
...
214000.0000
Deceleration for the return movement profile for the initial
position movement
0: >_Rn_MP/TP
1: <_Rn_MP/TP
8: >_MP/TP C3213 0
9: <_MP/TP
Definition of the homing mode:
Symbology:
> Movement in positive direction
< Movement in negative direction
Lp Positive limit switch
Ln Negative limit switch
Rp Positive edge on the homing switch
Rn Negative edge on the homing switch
MP/TP Zero pulse from the motor feedback system or
touch-probe edge on a digital input
C3218 10.0000 0.0001... {0.0001
[units]}
... 214748.0000 Entry of the following error shutdown limit
C3223 0.0000 0... {0.0001
[units]}
... 214748.0000 Limit position for the positive software limit
Comment: software limits are only active if the home
position for the axis is known and the limits are not set to
zero.