RuiDa RDC6563F - Page 49

RDC6563F Standalone Fiber Cutting Control System User Manual V2.0 48
SHENZHEN RUIDA TECHNOLOGY CO., LTD
alarm occurs. On the contrary, the too small alarm filter
coefficient is likely to cause false alarm caused by cutting
slag.
Punch Filter
This parameter is the filter time of collision alarm in
punch, too small alarm filter coefficient is easy to cause
false alarm caused by slag spraying in punch.
Jitter filtering
This parameter is used to suppress the jitter of the thin
plate during cutting. The larger the parameter, the more
obvious the suppression effect, but it will reduce the
response speed of the follow-up. Generally set between
0 and 80.
Maximum
following error
When the cutting head is in the following state, the
maximum following error is allowed. When the following
error exceeds the set maximum following error, an alarm
of "following large error "is generated.
Nozzle height
Refers to the position of the set nozzle, the height of the
cutting head nozzle from the metal plate during cutting.
Low start speed
If the low speed start length is not zero, use this speed to
cut during the length of the start of machining. This
speed is not allowed to exceed the cornering speed.
Low speed start
Power
The length of the low speed cut when starting the cutting
Low speed start
length
Cutting power at low speed start cutting
Manual
speed
Manual fast X
Refers to the speed of manually moving the X axis when
[speed is fast]
Manual slow X
Refers to the speed at which the X axis is manually
moved when [Slow].
Manual fast Y
Refers to the speed at which the Y axis is manually
moved when [Speed is fast].
Manual slow Y
Refers to the speed at which the Y axis is manually
moved when [Slow].
Manual fast Z
Refers to the speed of manually moving the Z axis when
[speed is fast].
Manual slow Z
Refers to the speed at which the Z axis is manually
moved when [speed is slow].
Manual fast U
Refers to the speed at which the U axis is manually
moved when [speed is fast].