ID-range 120000-120249

120000 / 120001
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120002	Positive software limit switch exceeded.
	Description	The command position of one axe has reached or exceeded the software the positive limit switch (s. P-AXIS-00178 ). If using circular motion blocks the maximal command value of the specified axis at this block is monitored. For further information of software limit switch see.
	Reaction	Class		2	Cancel NC programm
	Solution	Class		6	Check software limit switch while programming a movement. Move software limit switch using G99. Change the software limit switch in the axis configuration.
	Parameter	%1:	Logical axis number [-]
			Logical axis number of affected axis P-AXIS-00016.
		%2:	Actual value [0.1 µm or 0,0001°]
			Current command value of the axis. At circular blocks: maximum command value for specified axis.
		%3:	Upper limit value [0.1 µm or 0,0001°]
			Positive software limit switch P-AXIS-00178.
	Error type	1, Error message from NC-program.

120003	Negative software limit switch exceeded.
	Description	The command position of one axe has reached or exceeded the software the negaitive limit switch (s. P-AXIS-00177 ). If using circular motion blocks the minimal command value of the specified axis at this block is monitored. For further information of software limit switches see [FCT-A2].
	Reaction	Class		2	Cancel NC programm
	Solution	Class		6	Check software limit switch while programming a movement. Move the software limit switch using G98 [PROG]. Change the software limit switch in the axis configuration.
		%3:	Lower limit value [0.1 µm or 0,0001°]
			Neagtive software limit switch P-AXIS-00177.
	Error type	1, Error message from NC-program.

120004	Positive circle software limit switch exceeded.
	Description	The command position of one axe has reached or exceeded the software the positive limit switch (s. P-AXIS-00178 ). For further information of software limit switch see.
	Reaction	Class		2	Cancel NC programm
	Solution	Class		6	Check software limit switch while programming a movement. Move software limit switch using G99. Change the software limit switch in the axis configuration.
	Parameter	%1:	Actual value [0.1 µm or 0,0001°]
			Current command value of the axis
		%2:	Limit value [0.1 µm or 0,0001°]
			Positive software limit switch P-AXIS-00178.
		%3:	Logical axis number [-]
			Logical axis number of affected axis P-AXIS-00016.
	Error type	1, Error message from NC-program.

120005	Negative circle software limit switch exceeded.
	Description	The command position of one axe has reached or exceeded the software the negaitive limit switch (s. P-AXIS-00177 ). For further information of software limit switches see [FCT-A2].
	Reaction	Class		2	Cancel NC programm
	Solution	Class		6	Check software limit switch while programming a movement. Move software limit switch using G99. Change the software limit switch in the axis configuration.
	Parameter	%1:	Actual value [0.1 µm or 0,0001°]
			Current command value of the axis.
		%2:	Limit value [0.1 µm or 0,0001°]
			Neagtive software limit switch P-AXIS-00177.
		%3:	Logical axis number [-]
			Logical axis number of affected axis P-AXIS-00016.
	Error type	1, Error message from NC-program.

120006 - 120008
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120009	Programmed positive software limit switch is greater than axis data value.
	Description	The programmed positive software limit switch (G99) is greater than the P-AXIS-00178 parameter for positive limit switch in the axis data. The parameter for software limit switch in the axis data will limit the maximum position of the software limit switch. The postive software limit switch will be automaticly set to the maximum value out of axis data. For further information of software limit switches see [FCT-A2].
	Reaction	Class		1	Warning. Programm is continued.
	Solution	Class		1	Change the programming of the positive software limit switch Change the parameter for positive software switch in axis parameters [AXIS]
	Parameter	%1:	Logical axis number [-]
			Logical axis number of affected axis P-AXIS-00016.
		%2:	Actual value [0.1 µm or 0,0001°]
			For the positive software limit switch programmed value.
		%3:	Upper limit value [0.1 µm or 0,0001°]
			Maximum value for the positive software limit switch P-AXIS-00178 out of the axis parameters [AXIS].
	Error type	1, Error message from NC-program.

120010	Positive software limit switch smaller than negative software limit switch.
	Description	The programmed positive software limit switch (G99) is smaller than theactual active negative software limit switch P-AXIS-00177. For this reason there could not be defined a valid range for this axis. For further information of software limit switches see [FCT-A2].
	Reaction	Class		2	Cancel NC programm
	Solution	Class		6	Change programmed positive limit switch (G99) to an higher value than the actual negative software limit switch.
	Parameter	%1:	Logical axis number [-]
			Logical axis number of affected axis P-AXIS-00016.
		%2:	Upper limit value [0.1 µm or 0,0001°]
			Programmed positive software limit switch value.
		%3:	Lower limit value [0.1 µm or 0,0001°]
			Actual value of the negative limit switch P-AXIS-00177.
	Error type	1, Error message from NC-program.

120011	Positive software limit switch smaller than actual position.
	Description	The programmed, positive software limit switch (G99) is smaller than the actual position. Limit switch is invalid and not saved. For further information of software limit switches see [FCT-A2].
	Reaction	Class		2	NC Programm canceled
	Solution	Class		6	Correct the programming of the positive limit switch (G99). Correct actual position of the axis.
	Parameter	%1:	Logical axis number [-]
			Logical axis number of affected axis P-AXIS-00016.
		%2:	Actual value [0.1 µm or 0,0001°]
			Actual axis position.
		%3:	Upper limit value [0.1 µm or 0,0001°]
			For the positive software limit switch programmed value.
	Error type	1, Error message from NC-program.

120012
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120013	Programmed negative software limit switch is smaller than axis data value.
	Description	The programmed negative software limit switch (G98) is greater than the P-AXIS-00177 parameter for negative limit switch in the axis data. The parameter for software limit switch in the axis data will limit the minimum position of the software limit switch. The negative software limit switch will be automaticly set to the minimal value out of axis data. For further information of software limit switches see [FCT-A2].
	Reaction	Class		1	Warning. Programm is continued.
	Solution	Class		1	Change the programming of the negative software limit switch Change the parameter for negative software switch in axis parameters [AXIS]
	Parameter	%1:	Logical axis number [-]
			Logical axis number of affected axis P-AXIS-00016.
		%2:	Actual value [0.1 µm or 0,0001°]
			Programmed negative software limit switch value.
		%3:	Lower limit value [0.1 µm or 0,0001°]
			Minimal value for the neagtive software limit switch P-AXIS-00177 out of the axis parameters [AXIS].
	Error type	1, Error message from NC-program.

120014	Negative software limit switch greater than positive.
	Description	The programmed negative software limit switch (G98) is smaller than theactual active positive software limit switch P-AXIS-00178. For this reason there could not be defined a valid range for this axis. For further information of software limit switches see [FCT-A2].
	Reaction	Class		2	Cancel NC programm
	Solution	Class		6	Change programmed negative limit switch (G98) to an lower value than the actual positive software limit switch.
	Parameter	%1:	Logical axis number [-]
			Logical axis number of affected axis P-AXIS-00016.
		%2:	Actual value [0.1 µm or 0,0001°]
			Programmed negative software limit switch value.
		%3:	Upper limit value [0.1 µm or 0,0001°]
			Actual value of the positive limit switch P-AXIS-00178.
	Error type	1, Error message from NC-program.

120015	Negative software limit switch greater than actual position.
	Description	The programmed, negative software limit switch is smaller than the actual position. Limit switch is invalid and not saved. For further information of software limit switches see [FCT-A2].
	Reaction	Class		2	NC Programm canceled
	Solution	Class		6	Correct the programming of the negative limit switch (G98). Correct actual position of the axis.
	Parameter	%1:	Logical axis number [-]
			Logical axis number of affected axis P-AXIS-00016.
		%2:	Actual value [0.1 µm or 0,0001°]
			Actual axis position.
		%3:	Lower limit value [0.1 µm or 0,0001°]
			For the negative software limit switch programmed value.
	Error type	1, Error message from NC-program.

120016 - 120018
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120019	Selected acceleration mode unknown.
	Description	In CNC command #SET SLOPE PROFIL[] invalid parameter for mode of acceleration weighting is used. Further information to slope profile see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Use valid mode in CNC command.
	Parameter	%1:	Actual value [-]
			Programmed mode for acceleration weighting.
	Error type	1, Error message from NC-program.

120020	Selected SLOPE time mode unknown.
	Description	In CNC command #SET SLOPE PROFIL[] invalid parameter for mode of ramp time weighting is used. Further information to slope profile see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Use valid mode in CNC command.
	Parameter	%1:	Actual value [-]
			Programmed mode for ramp time weighting.
	Error type	1, Error message from NC-program.

120021	Unknown SLOPE profile type.
	Description	In CNC command #SET SLOPE PROFIL[] invalid parameter for slope type is used. Further information to slope profiles see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Use valid profile type in CNC command.
	Parameter	%1:	Actual value [-]
			Programmed profile type.
		%2:	Lower limit value [-]

		%3:	Upper limit value [-]

	Error type	1, Error message from NC-program.

120022 - 120024
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120025	maximum difference of radii exceeded.
	Description	With programming of circles G02, G03 it can occur also if generation of CNC code is done in CAD/CAM system that the calculated radius of circle start point and circle end point are varying. The resulting radius difference should not exceed maximum permissible radius difference limit. The error can occur quite often with inactive circle center point correction (G164). Furher information about circle programming see [PROG].
	Reaction	Class		2	Program execution stop..
	Solution	Class		6	Correction of programmed circle end point in CNC program.
	Parameter	%1:	Incorrect value [0.1 µm or 0,0001°]
			Current radius difference of circle start point and circle end point.
		%2:	Upper limit value [0.1 µm or 0,0001°]
			Maximum permissible radius difference
		%3:	Current Value [0.1 µm or 0,0001°]
			Circle start radius
		%4:	Current Value [0.1 µm or 0,0001°]
			Circle end radius
	Error type	1, Error message from NC-program.

120026
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120027	Acceleration step 1 is greater than maximum acceleration.
	Description	With G codes G130, G131 the axis acceleration can be weighted. The weighted acceleration value step 1 P-AXIS-00011 of linear slope exceeds limit of maximum permissible axis acceleration P-AXIS-00008. The weighted value is limited by maximum permissible axis acceleration. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use acceleration weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted value of acceleration step 1 P-AXIS-00011.
		%3:	Upper limit value [1mm/sec^2 or 1°/sec^2]
			Maximum permissible axis acceleration P-AXIS-00008.
	Error type	2, Error message by data transfer from parameter list into control device.

120028	Acceleration step 1 is 0.
	Description	With G codes G130, G131 the axis acceleration can be weighted. The weighted acceleration value step 1 P-AXIS-00011 of linear slope is 0. The weighted value is limited by minimum permissible axis acceleration. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use acceleration weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted value of acceleration step 1 P-AXIS-00011.
		%3:	Lower limit value [1mm/sec^2 or 1°/sec^2]
			Minimum permissible axis acceleration.
	Error type	2, Error message by data transfer from parameter list into control device.

120029	Acceleration step 2 is greater than maximum acceleration.
	Description	With G codes G130, G131 the axis acceleration can be weighted. The weighted acceleration value step 2 P-AXIS-00012 of linear slope exceeds limit of maximum permissible axis acceleration P-AXIS-00008. The weighted value is limited by maximum permissible axis acceleration. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use acceleration weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted value of acceleration step 2 P-AXIS-00012.
		%3:	Upper limit value [1mm/sec^2 or 1°/sec^2]
			Maximum permissible axis acceleration P-AXIS-00008.
	Error type	2, Error message by data transfer from parameter list into control device.

120030	Acceleration step 2 is 0.
	Description	With G codes G130, G131 the axis acceleration can be weighted. The weighted acceleration value step 2 P-AXIS-00012 of linear slope is 0. The weighted value is limited by minimum permissible axis acceleration. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use acceleration weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted value of acceleration step 2 P-AXIS-00012.
		%3:	Lower limit value [1mm/sec^2 or 1°/sec^2]
			Minimum permissible axis acceleration.
	Error type	2, Error message by data transfer from parameter list into control device.

120031	Acceleration is greater than maximum value.
	Description	With G codes G130, G131 the axis acceleration can be weighted. The weighted acceleration value P-AXIS-00001 of nonlinear slope exceeds limit of maximum permissible axis acceleration P-AXIS-00008. The weighted value is limited by maximum permissible axis acceleration. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use acceleration weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted value of acceleration P-AXIS-00001.
		%3:	Upper limit value [1mm/sec^2 or 1°/sec^2]
			Maximum permissible axis acceleration P-AXIS-00008.
	Error type	2, Error message by data transfer from parameter list into control device.

120032	Acceleration is 0.
	Description	With G codes G130, G131 the axis acceleration can be weighted. The weighted acceleration value P-AXIS-00001 of nonlinear slope is 0. The weighted value is limited by minimum permissible axis acceleration. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use deceleration weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted value of acceleration P-AXIS-00001.
		%3:	Lower limit value [1mm/sec^2 or 1°/sec^2]
			Minimum permissible axis acceleration.
	Error type	2, Error message by data transfer from parameter list into control device.

120033	Deceleration is greater than maximum value.
	Description	With G codes G130, G131 the axis acceleration can be weighted. The weighted deceleration value P-AXIS-00002 of nonlinear slope exceeds limit of maximum permissible axis acceleration P-AXIS-00008. The weighted value is limited by maximum permissible axis acceleration. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use acceleration weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted value of deceleration P-AXIS-00002.
		%3:	Upper limit value [1mm/sec^2 or 1°/sec^2]
			Maximum permissible axis acceleration P-AXIS-00008.
	Error type	2, Error message by data transfer from parameter list into control device.

120034	Deceleration is 0.
	Description	With G codes G130, G131 the axis acceleration can be weighted. The weighted deceleration value P-AXIS-00002 of nonlinear slope is 0. The weighted value is limited by minimum permissible axis acceleration. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use deceleration weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted value of deceleration P-AXIS-00002.
		%3:	Lower limit value [1mm/sec^2 or 1°/sec^2]
			Minimum permissible axis acceleration.
	Error type	2, Error message by data transfer from parameter list into control device.

120035	SLOPE time for increasing acceleration is too small.
	Description	With G codes G132, G133 the axis ramp time can be weighted. The weighted ramp time value P-AXIS-00196 of nonlinear slope is smaller than minimum value. The weighted value is limited by minimum permissible ramp time P-AXIS-00201. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use ramp time weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted ramp time value P-AXIS-00196.
		%3:	Lower limit value [1mm/sec^2 or 1°/sec^2]
			Minimum permissible axis ramp time P-AXIS-00201.
	Error type	2, Error message by data transfer from parameter list into control device.

120036	SLOPE time for decreasing acceleration is too small.
	Description	With G codes G132, G133 the axis ramp time can be weighted. The weighted ramp time value P-AXIS-00195 of nonlinear slope is smaller than minimum value. The weighted value is limited by minimum permissible ramp time P-AXIS-00201. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use ramp time weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted ramp time value P-AXIS-00195.
		%3:	Lower limit value [1mm/sec^2 or 1°/sec^2]
			Minimum permissible axis ramp time P-AXIS-00201.
	Error type	2, Error message by data transfer from parameter list into control device.

120037	SLOPE time for increasing deceleration is too small.
	Description	With G codes G132, G133 the axis ramp time can be weighted. The weighted ramp time value P-AXIS-00198 of nonlinear slope is smaller than minimum value. The weighted value is limited by minimum permissible ramp time P-AXIS-00201. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use ramp time weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted ramp time value P-AXIS-00198.
		%3:	Lower limit value [1mm/sec^2 or 1°/sec^2]
			Minimum permissible axis ramp time P-AXIS-00201.
	Error type	2, Error message by data transfer from parameter list into control device.

120038	SLOPE time for decreasing deceleration is too small.
	Description	With G codes G132, G133 the axis ramp time can be weighted. The weighted ramp time value P-AXIS-00197 of nonlinear slope is smaller than minimum value. The weighted value is limited by minimum permissible ramp time P-AXIS-00201. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use ramp time weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted ramp time value P-AXIS-00197.
		%3:	Lower limit value [1mm/sec^2 or 1°/sec^2]
			Minimum permissible axis ramp time P-AXIS-00201.
	Error type	2, Error message by data transfer from parameter list into control device.

120039	SLOPE time for increasing acceleration is too big.
	Description	With G codes G132, G133 the axis ramp time can be weighted. The weighted ramp time value P-AXIS-00196 of nonlinear slope increases maximum value. The weighted value is limited by maximum permissible ramp time. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use ramp time weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted ramp time value P-AXIS-00196.
		%3:	Upper limit value [1mm/sec^2 or 1°/sec^2]
			Maximum permissible axis ramp time.
	Error type	2, Error message by data transfer from parameter list into control device.

120040	SLOPE time for decreasing acceleration is too big.
	Description	With G codes G132, G133 the axis ramp time can be weighted. The weighted ramp time value P-AXIS-00195 of nonlinear slope increases maximum value. The weighted value is limited by maximum permissible ramp time. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use ramp time weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted ramp time value P-AXIS-00195.
		%3:	Upper limit value [1mm/sec^2 or 1°/sec^2]
			Maximum permissible axis ramp time.
	Error type	2, Error message by data transfer from parameter list into control device.

120041	SLOPE time for increasing deceleration is too big.
	Description	With G codes G132, G133 the axis ramp time can be weighted. The weighted ramp time value P-AXIS-00198 of nonlinear slope increases maximum value. The weighted value is limited by maximum permissible ramp time. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use ramp time weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted ramp time value P-AXIS-00198.
		%3:	Upper limit value [1mm/sec^2 or 1°/sec^2]
			Maximum permissible axis ramp time.
	Error type	2, Error message by data transfer from parameter list into control device.

120042	SLOPE time for decreasing deceleration is too big.
	Description	With G codes G132, G133 the axis ramp time can be weighted. The weighted ramp time value P-AXIS-00197 of nonlinear slope increases maximum value. The weighted value is limited by maximum permissible ramp time. Further information to weighting of axis acceleration see.
	Reaction	Class		1	None.
	Solution	Class		1	Use ramp time weighting in valid range.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
		%2:	Actual value [1mm/sec^2 or 1°/sec^2]
			Weighted ramp time value P-AXIS-00197.
		%3:	Upper limit value [1mm/sec^2 or 1°/sec^2]
			Maximum permissible axis ramp time.
	Error type	2, Error message by data transfer from parameter list into control device.

120050 - 120093
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120094	Tangential transition not possible.
	Description	While active Akima Spline function (G151) spline curve interpolation was interrupted because slave axis movement was programmed without main axes movement. In this case no tangential block transition is possible in following cirular block.
	Reaction	Class	1	None.
	Solution	Class	1	If slave axis movement is programmed also main axes movement has to be programmed.
	Error type	1, Error message from NC-program.

120095	Deselection only possible while active spline interpolation.
	Description	Deactivation of spline interpolation only possible if function was activated before. Further information to spline interpolation see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Check CNC program, activation of spline function with G151.
	Parameter	%1:	Actual value [-]

	Error type	1, Error message from NC-program.

120096	Selection of spline not possible in this state.
	Description	Activation of spline interpolation only possible if function is inactive. Further information to spline interpolation see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Check CNC program, deselection of spline function via G150.
	Parameter	%1:	Actual value [-]

	Error type	1, Error message from NC-program.

120097	Unknown transition type.
	Description	With CNC command #SET ASPLINE MODE[] invalid parameter value for transition mode is programmed. Further information to HSC functionality see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Use correct parameter value for transition mode.
	Parameter	%1:	Actual value [-]
			Current parameter.
		%2:	Lower limit value [-]
			Lower limit for parameter.
		%3:	Upper limit value [-]
			Upper limit for parameter.
	Error type	1, Error message from NC-program.

120099	Invalid start tangent.
	Description	With CNC command #SET ASPLINE STARTTANG[] invalid parameter values for components of start tangent vector are programmed. Further information to HSC functionality see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Check CNC program and use correct start tangent vector components.
	Error type	1, Error message from NC-program.

120100	Invalid destination tangent.
	Description	With CNC command #SET ASPLINE ZIELTANG[] invalid parameter values for components of target tangent vector are programmed. Further information to HSC functionality see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Check CNC program and use correct target vector components.
	Error type	1, Error message from NC-program.

120101
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120102	Flushing buffers not allowed while spline interpolation is active.
	Description	While active spline interpolation (G151) no function selection is possible which leads to flushing of CNC internal buffer. The following CNC commands / functions for example are flushing internal buffer: - #FLUSH - #FLUSH CONTINUE - #FLUSH WAIT - #SET DEC LR SOLL - #SET IPO SOLLPOS - #CS ON[], CS OFF - #TRAFO ON/OFF - G200 - synchrones V.E variables Further information about spline interpolation and listed CNC commands see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Deactivationof spline interpolation before programming of CNC commands listed above.
	Error type	1, Error message from NC-program.

120104	Cannot get axis positions.
	Description	While active spline interpolation (G151) no function selection is possible which leads to initialization of axis positions of CNC channel. The following CNC commands / functions for example linitializes the CNC channel with axis positions: - #SET DEC LR SOLL - #CS ON[], CS OFF - #TRAFO ON/OFF - G200 Further information about spline interpolation and listed CNC commands see.
	Reaction	Class	2
	Solution	Class	6
	Error type	-

120105
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120106	Program end while spline interpolation is active.
	Description	Before program end (M30) active spline interpolation (G151) must be deactivated. Further information about spline interpolation see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Deselection of spline interpolation via G150 before program end.
	Error type	1, Error message from NC-program.

120107	Buffer FIFO full.
	Description	In CNC program sequence there are too many non relevant blocks between two movement blocks which has to be processed by spline interpolation (G151). Non relevant blocks are CNC program blocks without movement information. M codes, parameter calculation or subprogram calls leads to non relevant blocks. With too many non relevant blocks internal buffer memory is limiting and spline interpolation cannot be done. Further information to spline interpolation see
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Check CNC program, reduction of M codes, subprogram calls and parameter calculation between spline interpolation movement blocks.
	Error type	1, Error message from NC-program.

120108 - 120111
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120112	No preciding block programmed.
	Description	Before activation of spline interpolation (G151) with tangential block transition (#SET ASPLINE MODE[]) movement block with path distance must be programmed. Example: %spline N05 G00 X-100 N05 G01 X0 Y0 F2000 ( movement path 100mm in X ) #SET ASPLINE MODE[2,2] N10 G151 X3 Y25 N20 X15 Y15 ……………………………… …………………………… Further information to spline interpolation and axis exchange see [PROG].
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Movement block with path distance before activation of spline interpolation.
	Error type	1, Error message from NC-program.

120115	Positive software limit switch exceeded.
	Description	While active spline interpolation the positive software limit switch will be exceeded in programmed contour. The affected contour element is not processed. All previous programmed contour elements until detected contour element are driven. The position of the software limit switch is defined by axis parameter P-AXIS-00178 and can be altered by the NC-program with the command G99. See also,.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Check CNC program and offsets, contour programming inside software limits.
	Parameter	%1:	Logical axis number [-]
			Logical axis number (P-AXIS-00016) of axis.
		%2:	Actual value [0.1 µm or 0,0001°]
			Current axis position.
		%3:	Limit value [0.1 µm or 0,0001°]
			Positive software limit.
	Error type	1, Error message from NC-program.

120116	Negative software limit switch exceeded.
	Description	While active spline function the negative software limit switch will be exceeded in programmed contour. The affected contour element is not processed. All previous programmed contour elements until detected contour element are driven. The position of the software limit switch is defined by axis parameter P-AXIS-00177 and can be altered by the NC-program with the command G99. See also,.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Check CNC program and offsets, contour programming inside software limits.
	Parameter	%1:	Logical axis number [-]
			Logical axis number (P-AXIS-00016) of axis.
		%2:	Actual value [0.1 µm or 0,0001°]
			Current axis position.
		%3:	Limit value [0.1 µm or 0,0001°]
			Negative software limit.
	Error type	1, Error message from NC-program.

120117	Spline interpolation requires at least 2 axes.
	Description	Before activation of spline interpolation at least 2 axes must be available in CNC channel. Further information to spline interpolation and axis exchange see.
	Reaction	Class		2	Programm execution stop.
	Solution	Class		6	Ensure to have axis configuration with minimum 2 axes before CNC startup or if other axes are available in system use axis exchange command #CALL AX for getting axes into channel.
	Parameter	%1:	Actual value [-]
			Current active number of axis.
		%2:	Lower limit value [-]
			Minimum permissible number of axis.
	Error type	1, Error message from NC-program.

120120
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120125	Features of tangent not complete.
	Description	With CNC command #SET ASPLINE STARTTANG[], #SET ASPLINE ZIELTANG parameter values for components of start- and target tangent vector are programmed not complete and not in correct form. Further information to HSC functionality see [PROG].
	Reaction	Class	-	Program execution stop.
	Solution	Class	-	Check CNC program and use correct and complete start- and target tangent vectors with 3 components .
	Error type	-

120126
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120127	Polynomial contouring of spline curves impossible.
	Description	While active spline function (G151) or HSC function (#HSC[]) no additional selection of polynomial contouring is allowed. Further information about spline function see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Before selection of polynomial contouring deactivation of spline or HSC function is necessary.
	Error type	1, Error message from NC-program.

120128	Spline block can not be following block.
	Description	While active polynomial contouring (G61, G261) no additional selection of spline function (G151) or HSC function (#HSC[]) is allowed. Further information about spline function see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Before selection of spline or HSC function deactivation of polynomial contouring is necessary.
	Error type	1, Error message from NC-program.

120129	Corner deviation too small.
	Description	In parameter setting of polynomial contouring ((#CONTOUR MODE[]) the programmed parameter for corner deviation (keyword PATH_DEV) is smaller than minimum permissible value. Further information about polynomial contouring see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Corner deviation greater than minimum value in CNC command.
	Parameter	%1:	Actual value [0.1 µm or 0,0001°]
			Current programmed corner deviation.
		%2:	Limit value [0.1 µm or 0,0001°]
			Minimum permissible corner deviation.
	Error type	1, Error message from NC-program.

120130	Percentage feed value too small.
	Description	In parameter setting of polynomial contouring ((#CONTOUR MODE[]) the programmed parameter for percentage velocity (keyword VEL) is smaller than minimum permissible value. Further information about polynomial contouring see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Percentage velocity greater than minimum value in CNC command.
	Parameter	%1:	Actual value [0,1%]
			Current programmed percentage velocity.
		%2:	Lower limit value [0,1%]
			Minimum permissible percentage velocity.
	Error type	1, Error message from NC-program.

120131	Distance of corners too small.
	Description	In parameter setting of polynomial contouring ((#CONTOUR MODE[]) the programmed parameter for corner distance (keywords PRE_DIST, POS_DIST) is smaller than minimum permissible value. Further information about polynomial contouring see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Corner distance greater than minimum value in CNC command.
	Parameter	%1:	Actual value [0.1 µm or 0,0001°]
			Current active corner distance
		%2:	Limit value [0.1 µm or 0,0001°]
			Minimum permissible corner distance.
	Error type	1, Error message from NC-program.

120133 / 120139
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120140	FIFO for non-relevant blocks engaged.
	Description	In CNC program sequence there are too many non relevant blocks between two movement blocks which has to be processed by polynomial contouring (G61, G261). Non relevant blocks are CNC program blocks without movement information. Parameter calculation or subprogram calls leads to non relevant blocks. With too many non relevant blocks internal buffer memory is limiting and polynomial contouring cannot be calculated. Further information to polynomial contouring see
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Check CNC program, reduction of subprogram calls and parameter calculation between polynomial contouring movement blocks.
	Error type	1, Error message from NC-program.

120141 / 120143
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120144	Positive software limit switch exceeded.
	Description	While active polynomial contouring the positive software limit switch will be exceeded in programmed contour. The affected contour element is not processed. All previous programmed contour elements until detected contour element are driven. The position of the software limit switch is defined by axis parameter P-AXIS-00178 and can be altered by the NC-program with the command G99. See also,.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Check CNC program and offsets, contour programming inside software limits.
	Parameter	%1:	Logical axis number [-]
			Logical axis number (P-AXIS-00016) of axis.
		%2:	Actual value [0.1 µm or 0,0001°]
			Current axis position.
		%3:	Upper limit value [0.1 µm or 0,0001°]
			Positive software limit.
	Error type	1, Error message from NC-program.

120145	Negative software limit switch exceeded.
	Description	While active polynomial contouring the negative software limit switch will be exceeded in programmed contour. The affected contour element is not processed. All previous programmed contour elements until detected contour element are driven. The position of the software limit switch is defined by axis parameter P-AXIS-00177 and can be altered by the NC-program with the command G99. See also,.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Check CNC program and offsets, contour programming inside software limits.
	Parameter	%1:	Logical axis number [-]
			Logical axis number (P-AXIS-00016) of axis.
		%2:	Actual value [0.1 µm or 0,0001°]
			Current axis position.
		%3:	Lower limit value [0.1 µm or 0,0001°]
			Negative software limit.
	Error type	1, Error message from NC-program.

120146	Tangential transition not permitted.
	Description	While polynomial contouring (G61, G261) with automatic contouring (keyword AUTO_VEL) tangential block transition is programmed. Further information about polynomial contouring see.
	Reaction	Class	-	Program execution stop.
	Solution	Class	-	With automatic polynomial contouring type as described above block transition in main axes should not be tangential..
	Error type	-

120147	Curvature too big.
	Description	While active polynomial contouring (G61, G261) with contour modes 1 and 2 ((keywords AUTO_DEF, AUTO_VEL) no polynomial contouring is possible because of too big curvature. Further information to polynomial contouring see.
	Reaction	Class	-	Program execution stop.
	Solution	Class	-	Check block length of related movement blocks with polynomial contouring and if possible increase block length.
	Error type	-

120148	At least two axes must be available.
	Description	For use of polynomial contouring (G61, G261) at least 2 main axes must be available. Further information to polynomial contouring see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Provide CNC configuration with at least two main axes via channel parameter list or axis exchange functionality.
	Parameter	%1:	Actual value [-]
			Current available number of axes.
		%2:	Limit value [-]
			Necessary number of axes.
	Error type	1, Error message from NC-program.

120149 - 120166
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120167	Programmed cutting speed less than or equal to 0.
	Description	The programmed cutting speed via S word in turning functionality constant cutting speed (G96) is not allowed. Further information about turning functionality see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Correct programming of cutting speed S greater than zero.
	Error type	1, Error message from NC-program.

120169	Programmed maximum spindle speed less than or equal to 0.
	Description	In turning functionality constant cutting speed (G96) the maximum spindle turning speed can be limited additionally with command G196. The programmed speed value after G196 must be greater than 0. Further information about turning functionality see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Correct programming of maximum spindle turning speed.
	Error type	1, Error message from NC-program.

120170	Axis number of face turning axis is 0.
	Description	In turning functionality constant cutting speed (G96) a face turning axis must be available which can be done by parameter P-AXIS-00015 (0x41) in MDS. Further information about turning functionality see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Check MDS and correct parameter setting for P-AXIS-00015.
	Error type	1, Error message from NC-program.

120171	Missing face turning axis.
	Description	In turning functionality constant cutting speed (G96) a face turning axis must be available which can be done by parameter P-AXIS-00015 (0x41) in MDS. Further information about turning functionality see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Check axis configuration, MDS and correct parameter setting for P-AXIS-00015.
	Parameter	%1:	Logical axis number [-]

	Error type	1, Error message from NC-program.

120172
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120173	Missing pitch axis.
	Description	In turning functionality thread cutting (G33) the pitch which is programmed via I, J or K parameter must be available as main axis in CNC channel. Further information about turning functionality see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Check axis configuration, depending on programmed I. J, K parameter the main axis assigned to must be available in CNC channel.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of pitch axis.
	Error type	1, Error message from NC-program.

120174	No motion programmed in pitch axis.
	Description	In turning functionality thread cutting (G33) the pitch which is programmed via I, J or K parameter must be greater than 0. Further information about turning functionality see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	In pitch axis a real pictch greater than 0 has to be programmed.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of pitch axis.
	Error type	1, Error message from NC-program.

120175	Axis number of pitch axis is 0.
	Description	In turning functionality thread cutting (G33) the pitch which is programmed via I, J or K parameter must be available as main axis in CNC channel. Further information about turning functionality see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Check axis configuration, depending on programmed I. J, K parameter the main axis assigned to must be available in CNC channel.
	Error type	1, Error message from NC-program.

120176	Pitch can not be reached due to limit in axis dynamic.
	Description	In thhrad cutting (G33) the requested pitch cannot be realized because of axes dynamic limiting. Further Information to turning functionality see.
	Reaction	Class		1	None.
	Solution	Class		1	Use smaller pitch value in CNC program.
	Parameter	%1:	Actual value [1µm/sec or 0,001°/sec]
			Required path velocity of face turning and longitudinal turning axis to realize requested pitch.
		%2:	Limit value [1µm/sec or 0,001°/sec]
			Maximum permissible path velocity of face turning and longitudinal turning axis.
	Error type	1, Error message from NC-program.

120178	Unknown SLOPE time weighting mode.
	Description	Invalid value used for ramp time weighting mode done via CNC programming ((#SET SLOPE PROFIL[]) or default setting via channel machine parameter (P-CHAN-00073). Further information to programming of jerk limited slope see also .
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Use valid parameter for ramp time weighting mode P-CHAN-00073.
	Parameter	%1:	Actual value [-]
			Current value of ramp time weighting mode.
		%2:	Lower limit value [-]
			Minimum value for ramp time weighting mode.
		%3:	Upper limit value [-]
			Maximum value for ramp time weighting mode.
	Error type	1, Error message from NC-program.

120179	Unknown acceleration weighting mode.
	Description	Invalid value used for acceleration weighting mode done via CNC programming ((#SET SLOPE PROFIL[]) or default setting via channel machine parameter (P-CHAN-00001). Further information to programming of jerk limited slope see also .
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Use valid parameter for ramp time weighting mode .
	Parameter	%1:	Actual value [-]
			Current value acceleration weighting mode
		%2:	Lower limit value [-]
			Minimum value for acceleration weighting mode.
		%3:	Upper limit value [-]
			Maximum value for acceleration weighting mode.
	Error type	1, Error message from NC-program.

120180	Deselection of spline not possible.
	Description	While active spline function (G151) a movement block is programmed which has no main axis movement. Further information to spline function see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Programming of tracking axis movement only with main axis movement.
	Error type	1, Error message from NC-program.

120183	Tangent specification invalid.
	Description	With CNC command #SET ASPLINE STARTTANG[], #SET ASPLINE ZIELTANG invalid parameter values for components of start- and target tangent vector are programmed. Further information to HSC functionality see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Check CNC program and use correct start- and target tangent vector components.
	Error type	1, Error message from NC-program.

120185 - 120192
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120193	End of program while active spline interpolation.
	Description	At program end (M30) spline function is still active. The function has to be deselected before end of CNC program. example: %spline N10 G151 X3 Y25 N20 X15 Y15 N30 X23 Y12 N40 X25 Y25 N50 X30 Y35 N60 G150 X50 Y37.5 N70 M30 Further information to spline function see.
	Reaction	Class	1
	Solution	Class	1
	Error type	1, Error message from NC-program.

120199	Change of coordinate system with spline interpolation active.
	Description	Active coordinate system cannot be changed or deactivated if spline function is still active. Example for correct activation-/ deactivation: %spline_ks N05 #CS ON[0,0,0,0,0,30] N10 G151 X3 Y25 N20 X15 Y15 N30 X23 Y12 N40 X25 Y25 N50 X30 Y35 N60 G150 X50 Y37.5 N70 #CS OFF N70 M30 Further information to spline function see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	First deactivation of spline function then deactivation or change of coordinate system.
	Error type	1, Error message from NC-program.

120200 / 120202
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120204	Change of coordinate system with polynomial contouring active.
	Description	While active polynomial contouring G61, G261 no activation or deactivation of cartesian transformation via #CS ON[], CS OFF command is allowed. Further information about polynomial contouring see.
	Reaction	Class	2	Program execution stop.
	Solution	Class	6	Deactivation of polynomial contouring via G260 before selection / deselection of cartesian transformation.
	Error type	1, Error message from NC-program.

120206	Program ends during active G61 round corner.
	Description	Before program end (M30) active polynomial contouring (G61, G261) must be deactivated. Further information about polynomial contouring see.
	Reaction	Class		2	Keine.
	Solution	Class		1	Deactivation of polynomial contouring via G260 before program end.
	Parameter	%1:	Actual value [-]

	Error type	1, Error message from NC-program.

120207	Unknown check parameter.
	Description	While parameter setting for polynomial contouring (G61, G261) programmed parameter value is not allowed. Actually problem can only occur with use of old command syntax ! Further information about polynomial contouring see.
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	Use correct parameter for contouring mode, use new command syntax.
	Parameter	%1:	Actual value [-]
			Current programmed contouring mode.
		%2:	Lower limit value [-]
			Minimum value for contouring mode.
		%3:	Upper limit value [-]
			Maximum value for contouring mode.
	Error type	1, Error message from NC-program.

120208 - 120212
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120213	Corrected programmed feed rate due to stroke of probe.
	Description	In combination with measurement functionality G100 different measurement modes can be selected via machine channel parameter (P-AXIS-00215) or CNC programming (#MEAS MODE). The feed measurement is automatically reduced with measurement modes 2 und 4 if value of braking distance reaches stroke of probe P-AXIS-00086. Further information to measurement functionality see [PROG].
	Reaction	Class		1	None.
	Solution	Class		1	Check stroke of probe P-AXIS-00086 and dynamic parameters of axis [FCT-D1]. Measurement mode 2: Reduce measurement feed in machine axis parameter P-AXIS-00215. Measurement mode 4: Reduce measurement F word in CNC program.
	Parameter	%1:	Corrected value [1µm/sec or 0,001°/sec]

	Error type	1, Error message from NC-program.

120214
	Description	This error message informs about internal states, error solutions and the place of error in the source. Please give the complete error message data to the CNC manufacturer.
	Reaction	Class	2
	Solution	Class	8	Restart of NC-control necessary.

120215	Stroke of probe is 0 in axis data.
	Description	In combination with measurement functionality G100 different measurement types allow checking and consideration of stroke of probe P-AXIS-00086 in measurement movement. In this case the parameter setting has to be done in MDS. The path velocity is reduced in measurement movement to ensure that braking distance after probe signal is smaller than stroke of probe. Further information about measurement functionality G100 see [FCT-C4], [PROG].
	Reaction	Class		2	Program execution stop.
	Solution	Class		6	MDS parameter setting of P-AXIS-00086 depending on permissible stroke of probe.
	Parameter	%1:	Logical axis number [-]
			Logical axis number P-AXIS-00016 of affected axis.
	Error type	2, Error message by data transfer from parameter list into control device.

120216	Length of block is too small for polynomial contouring.
	Description	For processing of curve with poynomial contouring (G61, G261) minimum path length is requested. If path length is too short poynomial contouring of curve cannot be done. Further information about polynomial contouring see.
	Reaction	Class		1	None.
	Solution	Class		1	Check block length with target positions.
	Parameter	%1:	Actual value [0.1 µm or 0,0001°]
			Current block length.
		%2:	Limit value [0.1 µm or 0,0001°]
			Minimum block length for polynomial contouring.
	Error type	1, Error message from NC-program.

See also

Troubleshooting classes