01 The execution of JUMP/CALL function has been attempted in the TEACH IN mode.
02 Axis feedrate F too high during execution.
03 EPROM memory error.
04 RAM memory error.
05 Parameter CHECKSUM error.
06 Strange data in memory.
07 Jump/Call programmed incorrectly.
08 Battery Error.
09 X axis machine parameter error:
> The braking distance (P3) is smaller than the In-position zone (P28).
> The P3 value, is greater than 8388.607 mm or 330.259 inches.
X axis execution error:
> The movement cannot be executed since, due to the programmed feedrate, the braking distance is smaller
than the In-Position zone (Open Positioning Loop).
10 A block has been programmed which forces the X axis to overrun its travel limits.
11 A value outside the permissible limits has been programmed.
12 An invalid value has been programmed:
> The rotary ROLLOVER axis via the shortest way, does not admit negative absolute coordinates.
> An axis with HIRTH toothing does not admit decimal values.
13 A jump/call has been programmed with more than 15 nesting levels.
14 An inappropriate G function has been programmed.
15 Function M30 has not been programmed at the end of the program.
16 X axis not controlled:
> The X axis has shifted a distance 16 times the in-position zone once the brake has been activated.
> The moving direction does not correspond to the sign of the analog voltage.
> The actual X axis feedback pulses are not between 50% and 200% of the theoretical ones within the time
window set by machine parameter P12.
17 Emergency.
18 X axis feedback alarm.
19 X axis travel limit overrun.
20 X axis following error.
21 Probing Error.
22 Features not available at this CNC model have been defined, such as:
> Non-servo-controlled Open Positioning Loop on 101S and 102S models.
> External operator panel "JOG 100" on 101 nd 102 models.
There is a certain incompatibility in the machine parameters such as:
> Fast and Slow signals when operating in Closed Positioning Loop.
> Rotary ROLLOVER axis when operating in Open Positioning Loop.
> Rotary HIRTH axis or following the shortest way while not being a ROLLOVER axis.
To Next Page
Loading...
