CNC8070
R
EF
. 0402
E
RROR
SOLUTIONS
Page 27 of 128
Errors 1000-1999
1191 '#INCJOG: Negative or zero incremental jog distances are not allowed'
DETECTION During execution.
CAUSE A negative or zero value has been programmed for incremental jog distance.
SOLUTION The value of the incremental movement of the axis in each position of the switch must
be a positive value and other than zero.
1192 '#INCJOG: Negative or zero incremental jog feedrates are not allowed'
DETECTION During execution.
CAUSE A negative or zero value has been programmed for incremental jog feedrate.
SOLUTION The value of the axis feedrate in each position of the switch must be a positive value
and other than zero.
1193 '#CONTJOG/#INCJOG: programmed feedrate out of range'
DETECTION During execution.
CAUSE The value of the programmed axis feedrate is too high.
SOLUTION Program smaller values.
1194 '#INCJOG: too many parameters'
DETECTION During execution.
CAUSE The instruction has been programmed with more parameters than allowed.
SOLUTION The #INCJOG instruction admits a maximum of five groups of parameters. Each of
them represents the axis feedrate and movement for each position of the switch in
incremental jog.
1195 '#CONTJOG: too many parameters'
DETECTION During execution.
CAUSE The instruction has been programmed with more parameters than allowed.
SOLUTION The #CONTJOG instruction only admits one parameter that represents the axis
feedrate when the switch is in continuous jog.
1196 '#CONTJOG: Negative or zero continuous jog feedrates are not allowed'
DETECTION During execution.
CAUSE A negative or zero value has been programmed for continuous jog feedrate.
SOLUTION The value of the axis feedrate must be a positive value and other than zero.
1197 '#SET OFFSET: positive lower offset'
DETECTION During execution.
CAUSE A positive value has been programmed for the lower limit of the axis travel.
SOLUTION The lower offset value must be negative or zero.
1198 '#SET OFFSET: negative limit out of range'
DETECTION During execution.
CAUSE The programmed value for the axis limit is too low.
SOLUTION Program greater values.
1199 '#SET OFFSET: negative upper offset'
DETECTION During execution.
CAUSE A negative value has been programmed for the upper limit of the axis travel.
SOLUTION The upper offset value must be positive or zero.
1200 '#SET OFFSET: positive limit out of range'
DETECTION During execution.
CAUSE The programmed value for the axis limit is too high.
SOLUTION Program smaller values.
1201 '#SET OFFSET: zero upper and lower offsets'
DETECTION During execution.
CAUSE It informs that the travel limits for the axes are zero.
SOLUTION Check the program.
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