CNC8070
R
EF
. 0402
E
RROR
SOLUTIONS
Page 17 of 128
Errors 1000-1999
1090
'Nonexistent H function'
DETECTION
During execution.
CAUSE
The programmed H function does not exist.
SOLUTION
The maximum H function number is 65534.
1091
'T function programmed twice'
DETECTION
During execution.
CAUSE
More than one T function have been programmed in the same block.
SOLUTION
Program them in different blocks.
1093
'D function programmed twice'
DETECTION
During execution.
CAUSE
More than one D function have been programmed in the same block.
SOLUTION
Program them in different blocks.
1094
'F feedrate programmed twice'
DETECTION
During execution.
CAUSE
More than one F function have been programmed in the same block.
SOLUTION
Program them in different blocks.
1095
'Feedrate F cannot be negative or zero'
DETECTION
During execution.
CAUSE
The feedrate (F) must be positive and other than zero.
SOLUTION
Check the program.
1096
'The feedrate cannot be programmed with E'
DETECTION
During execution.
CAUSE
An attempt has been made to program the axis feedrate with the letter E.
SOLUTION
Program the axis feedrate with F.
1097
'Unknown spindle name'
DETECTION
During execution.
CAUSE
The possible causes are:
• The spindle name is wrong.
• The spindle name is valid, but it does not exist in the system.
• The spindle exists in the system, but it does not belong to the channel.
SOLUTION
The valid names for the spindle are S, S1, ..., S9.
The spindle referred to in the block must exist in the system configuration and
depending on which instruction it is, in the channel configuration.
1098
'S speed programmed twice'
DETECTION
During execution.
CAUSE
More than one S function have been programmed for the same spindle in the same
block.
SOLUTION
Program them in different blocks.
1100
'Parameter index out of range'
DETECTION
During execution.
CAUSE
An attempt has been made to access an arithmetic parameter whose index is out of
the range established by the relevant machine parameters.
• MINLOCP-MAXLOCP for local parameters.
• MINGLBP-MAXGLBP for global parameters.
• MINCOMP-MAXCOMP for common parameters.
SOLUTION
The solutions are:
• Access a parameter whose index is within the established range.
• Modify the previous machine parameters accordingly and restart the CNC to
assume the new values.
Summary of Contents for CNC8 070
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