- Press the CE key to acknowledge the error. - Error does not impair the control functions. - Inform your service agency.  - Stop the machine and let it cool. - Continue working while using less power (i.e., reduce the feed rate).  - Continue working while using less power (i.e., reduce the feed rate).  - Inform your service agency. - Check the motor. - Check the wiring.  - Try restarting the inverter. If the error recurs: - Inform your service agency - Check the wiring (main contactor) - Check the PLC program - Exchange the inverter (supply unit)  - Inform your service agency - Failure of the power supply at the supply module - Excessive power consumption by the axes->activate the power limitation of the spindle - Check MP2192  - Inform your service agency. - Check the machine parameters (braking the spindle). - If required, check the braking resistor. - Exchange the power supply unit.  - Inform your service agency - Failure of the power supply at the supply module - Excessive power consumption by the axes->activate the power limitation of the spindle - Check MP2192  - Inform your service agency - Check the software version  - Inform your service agency - Check machine parameter 7600.x - Exchange drive control board  - Inform your service agency - Check the motor brake control - Exchange the motor  - Inform your service agency. - Check the machine parameter (distance for the number of signal periods, number of signal periods). - Check the machine parameter (distance per motor revolution). - For linear motors: check column STR of the motor table. - Check the speed encoder connection. - Check the motor connection. - Release the brakes during orientation.  - Press CE to acknowledge the message  - Check the current controller adjustment - Inform your service agency - Check the motor table, power stage table and machine parameters - Check the system for short circuits  - Before switch-off, move axis to a safe position - Inform your service agency - Check the motor brake control - Exchange the motor  - Inform your service agency - Check the wiring of the motor and inverter - Check the inverter - Check the motor  - Check the PLC program and edit if necessary - Check MP10 (must not be set to zero as long as the axis is switched on) - Inform your service agency  - Acknowledge the message with CE.  - Check the PLC program. - Inform your service agency. - Check the software version.  - Reduce the load or the duration. - Inform your service agency. - Check the motor table, power module table and machine parameters. - Check whether the motor and power module are designed for the load.  - Reduce the load on the drive. - Inform your service agency. - Check the motor table, power module table and machine parameters. - Check whether the motor and power module are designed for the load.  - Check the current controller adjustment - Inform your service agency - Check the motor table, power stage table and machine parameters - Check the system for short circuits  - Reduce the load or the duration - Check the motor table and machine parameters - Check whether the motor is designed for the load - Inform your service agency  - Reduce the load or the duration - Check the power module and the machine parameters - Check whether the power module is designed for the load - Inform your service agency  - Inform your service agency. - Check the PLC program. - Check the wiring of the inverter.  - Inform your service agency. - Check the PLC program. - Check the wiring of the inverter.  - Inform your service agency - Check the entry in MP2254.x. - If required, find field angle in the 'current controller adjustment' mode (press the 'FIELD ORIENT.' soft key) Caution: The motor must be freely rotatable (no clamping, no hanging axis, no mechanical constraints). - Check the 'type of encoder' entry in the motor table, or check MP2206.x  - Inform your service agency - If required, find field angle in the 'current controller adjustment' mode (press the 'FIELD ORIENT.' soft key) - Check the 'type of encoder' entry in the motor table, or check MP2206.x  - Inform your service agency. - Check the software version.  - Inform your service agency. - Check the software version.  - Inform your service agency - Check the encoder signals - Check the shielding  - Inform your service agency - Check the encoder signals - Check the shielding  - Inform your service agency - Check the PLC program (most frequent cause)  - Inform your service agency - To deactivate the compensation, delete the entry in MP2260.x  - Inform your service agency - Find again the compensation parameters with TNCopt under Optimization/Torque Ripple Compensation - To deactivate the compensation, delete the entry in MP2260.x  - Inform your service agency - Find again the compensation parameters with TNCopt under Optimization/Torque Ripple Compensation - To deactivate the compensation, delete the entry in MP2260.x  - Inform your service agency - Check the N-MAX entry in the motor table - Check MP 1010, MP 1054 - Check the machine parameters for spindle speed - Check the STR column in the motor table and MP3142 - Check MP2200.x  - Inform your service agency - Check MP7610 - Check MP2180  - Inform your service agency - Check the wiring  - Inform your service agency - Check the wiring of the power supply - Test the power supply  - Inform your service agency - Check the wiring of the power supply - Test the power supply  - Inform your service agency - Check the wiring of the emergency stop circuit  - Inform your service agency - Check the connector to X150/X151 for proper engagement - Check the wiring of X150/X151 - Check MP2040.x  - Inform your service agency - Check the ready LED of the inverter - Check the wiring of the inverter - On interface PCBs for Siemens inverters the second axis is not enabled  - Inform your service agency - Check the entries of the motor table (measuring device) - If necessary, ascertain the field angle  - Inform your service agency - Check the PLC program  - Press the emergency stop and switch on again - Switch on the control voltage - Inform your service agency - Check the wiring of the emergency stop  - Inform your service agency - Safety module is connected only to CC: - Switch the external drive enabling over the corresponding input at the safety module (apply 24 V) - Safety modules are connected at MC and CC: - All drives: - Check the function of the protective door contact - Cancel the emergency stop - Only spindle drive: - Check the tool holder (closing) - Check the permissive key - Check the position of the detachable-key switch - Exchange the safety module(s)  - Inform your service agency. - Check the software version.  - Inform your service agency. - Check the software version.  - Inform your service agency - Exchange the position encoder - Check the encoder cable - Exchange the motor control PCB  - Inform your service agency. - Check the DIR entry in the motor table. - Check the power connection of the motor.  - Inform your service agency. - Check the machine parameter (distance for the number of signal periods, number of signal periods). - Check the machine parameter (distance per motor revolution). - For linear motors: check column STR of the motor table. - Check the speed encoder connection. - Check the motor connection. - Release the brakes during orientation.  - Let the motor cool down. - Inform your service agency. - Check the motor encoder cable. - Check the entry in the motor table. - Measure the temperature sensor (576 [Ohm] at 20 [°C] 1000 [Ohm] at 100 [°C])  - Inform your service agency - Check the activation and wiring of the pulse release - Check Uz - Check the emergency stop circuit - For a non-regenerative system: Is the braking resistor connected? - For a regenerative system: Is the energy recovery activated? - Check the cable ground and shield - Exchange the power module - For SIEMENS power converter (inverter): Exchange the interface card - Exchange the drive control board  - Inform your service agency - Check the control and cabling of the pulse release - Check Uz - For non-energy-recovery power module: Is the braking resistor connected? - For energy-recovery power module: Is the energy recovery activated? - Check the grounding and shielding of the cable - Exchange the power module - For P controls: Exchange the interface card - Exchange the drive control board  - Let the inverter cool down - Inform your service agency - Check the current controller - Check the motor connection for a short circuit - Check the motor for a short circuit in the windings - Exchange the power module  - Inform your service agency. - Check the external enabling signal (EMERGENCY STOP, PFAIL, N0). - Check the PLC program. - Check the external wiring.  - Inform your service agency. - Check the external enabling signal (EMERGENCY STOP, PFAIL, N0). - Check the PLC program. - Check the external wiring.  - Inform your service agency - Check the type of motor in the motor table - Check line count = 0 with UASM (U/f mode) - Check encoder type = 0 bei UASM (U/f mode)  - Inform your service agency. - Check the entry in the motor table. - Check the signals of the speed encoder or velocity encoder (PWM 8) - Check the encoder cable for interruptions or short circuits under mechanical load (pinching, stretching, etc.). - Check the shielding and connection of the shield in the encoder cable. - Exchange the encoder cable. - Exchange the motor.  - Inform your service agency - Check the wiring - Test the temperature sensor - Deselect the monitoring for low temperature limit MP2220 bit 5 - Exchange the encoder input board  - Inform your service agency - Is the correct motor and power module selected? - Check the current control adjustment - Check the motor and motor cable for a short circuit - Exchange the power module or drive control board  - Reduce the machining feed rate, increase the speed. - Eliminate all possible sources of vibration. - If the error frequently recurs: contact your service agency. - Contact your service agency. - Check MP1060.x. - The motor current must not be in limitation during acceleration.  - Inform your service agency. - Check the entry in the motor table or MP2206.x. - Check the entry in MP334.x. - Check whether the reference signal is disturbed.  - Inform your service agency - Check the encoder signals - Check the shielding  - Check the motor encoder connection - Check the motor encoder for proper function - Check the amplitude of the motor encoder signal - Inform your service agency  - Check the motor encoder connection - Check the motor encoder - Inform your service agency  - Inform your service agency - Check the position encoder connection - Check the position encoder for proper function - Check the amplitude of the encoder signal  - Check the position encoder connection - Check the position encoder - Inform your service agency  - Check the motor encoder connection - Check the motor encoder - Inform your service agency  - Check the position encoder connection - Check the position encoder - Inform your service agency  - Check the encoder signals - Check the shielding - Inform your service agency  - Check the encoder signals - Check the shielding - Inform your service agency  - Check the motor encoder connection (ground connection) - Check the motor encoder - Inform your service agency  - Check the encoder connection (ground connection) - Check the encoder - Inform your service agency  - Check the entry in the motor table - Check the signals of the speed encoder (PWM 8) - Check the encoder cable for breaks or short circuits under mechanical load (folding, stretching, etc.) - Check the shield and its connection in the encoder cable - Exchange the encoder cable - Exchange the motor - Inform your service agency  - Inform your service agency. - Check the software version.  - Inform your service agency - Check the software version  - Leave the protective door(s) closed during the brake test - Ensure the drive readiness during the brake test  - Leave the protective door(s) closed during the brake line test  - Inform your service agency - Check the setting of the operating mode switches - Check the status of the switch for the safety doors - Check the wiring  - Set keylock switch 1 to automatic mode (BA1) - Inform your service agency  - Inform your service agency. - Use MP561 to release the operating mode.  Wait until all axes are at standstill, and then start only one axis.  - Acknowledge the error message with CE - Switch on the machine - Inform your service agency - Check the software version  - Check the software version - Inform your service agency - Check the wiring - Check the emergency stop button - Exchange the hardware  - Check the software version - Inform your service agency - Check the wiring - Check the door contacts and key switches - Exchange the hardware  - Inform your service agency - Check the parameter setting MP650  - Customer service agency - Check the setting of parameter MP670  - Reduce the feed rate and shaft speed before opening the safety doors - Check the operating mode (setting of key-operated switch) - Inform your service agency - Check the parameter values: MP540.x/MP541: Operating mode BA3/BA4 MP552.x/MP551: Special operation MP590.x/MP591: Operating mode BA2  - Check the operating mode (position of keylock switch) - Check the wiring of the operator safety module inputs. - Check the parameter value: MP540.x/MP541: Operating mode BA3/BA4 MP552.x/MP551: Special operating mode MP590.x/MP591: Operating mode BA2 MP 3210.x: Motor revolutions at rated speed MP 3510.x: Rated speed for gear ranges - Inform your service agency  - Inform your service agency - Check the drive  - Inform your service agency - Check MP1054.x (traverse per motor revolution)  - Check the probing sequence - Close the protective doors - Inform your service agency  - Correct the drive error - Close the protective door(s) - Check the parameter settings, and edit them if necessary. - Inform your service agency  - Move the drive out of the positive limit-switch area - Check the parameters for limit-switch areas, and edit them if necessary.  - Move the drive out of the negative limit-switch area - Check the parameters for limit-switch areas, and edit them if necessary.  - Inform your service agency. - Check connection of motor encoder (ground connection). - Check the motor encoder.  - Inform your service agency - Check the motor encoder connection - Check the motor encoder - Check the amplitude of the encoder signal  - Inform your service agency. - Check the connection of the motor encoder (ground). - Check the motor encoder. - Check the input frequency of the encoder signal.  - Inform your service agency - Check the encoder connection (ground connection) - Check the encoder  - Inform your service agency - Check the position encoder connection - Check the position encoder - Check the amplitude of the encoder signal  - Inform your service agency - Check the encoder connection (ground connection) - Check the encoder - Check the input frequency of the encoder signal  - Check the parameter for conducting a brake test - Inform your service agency  - Check the parameter for conducting a brake line test - Inform your service agency  - Inform your service agency. - Check wiring X65, X66 (,X67). - Exchange the safety module.  - Inform your service agency. - Measure the supply voltage Vcc(x). - Vcc(+5 V) < +4.75 V Check the encoder connections. - Vcc(+5 V) > +5.50 V Exchange the power supply unit. - Vcc(+15 V) < +14.25 V Exchange the power supply unit. - Vcc(+15 V) > +16.50 V Exchange the power supply unit. - Vcc(-15 V) < -14.25 V Exchange the power supply unit. - Vcc(-15 V) > -16.50 V Exchange the power supply unit.  - Check the ventilation. - Inform your service agency.  - Inform your service agency. - Check the software version.  - Inform your service agency - Check the software version  - Inform your service agency - Check the software verion  - Inform your service agency - Exchange the drive control board or processor board - Check the software version  - Switch off the machine - Switch on the machine - Inform your service agency - Check the software version - Check the ground  - Inform your service agency - Check the NC software version - Update the NC software  - Inform your service agency. - Check the software version.  - Check the line power supply - Inform your service agency - Check the inverter  - Inform your service agency. - Check the software version.  - Inform your service agency - Check the software version  - Inform your service agency - Exchange the drive control board  - Inform your service agency - Check the software version  - Inform your service agency - Check the software version  - Inform your service agency - Check the software version - Exchange the drive control board  - Inform your service agency - Check the software version - Exchange the drive control board  - Inform your service agency - Check the software version  - Inform your service agency. - Exchange the controller board.  - Inform your service agency - Check the software version  - Inform your service agency - Check machine parameter 7600.0 - Exchange the drive control board  - Inform your service agency - Check MP2180  - Inform your service agency. - Change the ratio of interpolator clock pulse to PWM frequency. - For possible ratios see Technical Manual.  - Restart the control.  - Inform your service agency - Define the control loop on X51 or X52 as "single speed," or deactivate the PWM output X53 or X54 - Define the control loop on X55 or X56 as "single speed," or deactivate the PWM output X57 or X58 (only CC 4xx with 8 control loops)  - Inform your service agency - Check MP2180.x and MP2182.x - Use a double-speed control loop instead of single-speed  - Inform your service agency. - Change the axis assignment.  - Check the software version and reload if necessary - Inform your service agency  - Inform your service agency - Check the software version and reload if necessary  - Inform your service agency. - Check MP2200.x and motor table. - Check the software version.  - Inform your service agency - Check the motor table  - Inform your service agency - Check the motor table  - Inform your service agency - Check the motor table (line count) - Check the motor  - Inform your service agency - Check the motor table  - Inform your service agency - Check the motor table  - Inform your service agency - Check the power module table  - Inform your service agency - Check the power module table  - Inform your service agency - Check the motor table  - Inform your service agency - Check the power module table  - Inform your service agency - Check the motor table  - Inform your service agency - Check the motor table  - Inform your service agency - Check the motor table  - Inform your service agency - Check entry MP2340.x / MP2350.x  - Inform your service agency - Check entry in MP2190  - Inform your service agency - Check entry in MP112.x / MP113.x - Check the software version  - Inform your service agency - Check entry in MP120.x / MP121.x - Check the software version  - Inform your service agency - Check entry in MP2540.x, MP2541, MP2550.x and MP2551 - Check the software version  - Restart the control  - Restart the control  - Restart the control  - Inform your service agency - Check the motor encoder connection - Check the motor encoder - Check the amplitude of the encoder signal  - Inform your service agency - Check the motor encoder connection - Check the motor encoder - Check the amplitude of the encoder signal  - Let the motor cool down - Inform your service agency - Check the motor encoder cable - Check the entry in the motor table - Measure the temperatur sensor (2000 [Ohms] at 25 [°C])  - Inform your service agency - Check the software version - Run the motor using another encoder input - Exchange the drive control board  - Inform your service agency - Check the control signals and cabling of the pulse release - Check Uz - For non energy-recovery power supply unit: Is the braking resistor connected? - For energy-recovery power supply unit: Is energy-recovery activated? - Check the grounding and shielding of the cable - Exchange the power supply unit - For P controls: Exchange the interface card - Exchange the drive control board  - Inform your service agency - Check the motor encoder and leads - Exchange the drive control board  - Check the motor cabling - Inform your service agency - Check the motor and motor encoder cable - Check the motor table entry  - Check the software version - Exchange the drive control board - Inform your service agency  - Inform your service agency - Check the motor selection (MP2200) - Check the cabling of the motor encoder (grounding) - Exchange the motor  - Inform your service agency. - Check the inverter. - Check the motor and cabling. - Check the machine parameters. - Check the I2t monitoring (MP2302.x).  - Inform your service agency - Is the correct motor and power module selected? - Check the current control adjustment - Check the motor and motor cable for short circuits - Exchange the power module or drive control board  - Inform your service agency - Exchange the drive control board  - Inform your service agency - Check the entry in the motor table  - Inform your service agency- Check the motor table (SYS column) - Exchange the motor control board - Check the cable (compare the ID number of the cable with the documentation) - Check the speed encoder cable (defective or too long) - Check the speed encoder- Check the cable ground and shield - Check machine parameter MP2206.x  - Inform your service agency. - Check the machine parameters (distance per motor revolution, distance for the number of signal periods). - Check the motor table (column TYPE, STR). - Check the speed encoder.  - Inform your service agency. - Exchange the motor. - Check the motor encoder cable. - Exchange the motor control board.  - Inform your service agency - Check the axis adjustment - Check the inverter  - Inform your service agency. - Install the position encoder input. - Check the connection of the position encoder input. - Exchange the position encoder input.  - Inform your service agency. - Check the machine parameter (PWM frequency). - PWM frequency > 5000 Hz only with suited hardware and only with PWM output X51, X52, X57 or X58. - PWM frequency <= 5000 Hz must be identical within the controller groups. - PWM frequency > 3200 Hz.  - Inform your service agency. - Check the motor table (column SYS). - Check the motor encoder cable. - Exchange the motor. - Exchange the motor control board.  - Inform your service agency. - Check the software version.  - Inform your service agency - Check the software version - Check machine parameter MP7600.0  - Inform your service agency - Check the inverter and wiring - Check the motor and wiring  - Inform your service agency - Check the motor and wiring - Check the inverter  - Check the motor table  - Inform your service agency. - Check the entry in MP2250.x (only CC 424), MP2252.x (only CC 424) and MP2254.x and/or the entry in the SYS column of the motor table (see Technical Manual).  - Inform your service agency - Check the software version  - Inform your service agency - Set MP2520.x smaller than 0.5  - Inform your service agency - Check the software version  - Inform your service agency - Check the software version  - Inform your service agency - Check the software version  - Inform your service agency - Check the software version  - Inform your service agency - Check the software version  - Inform your service agency - Check entries in MP2542.x, MP2552.x, MP2562.x and MP2572.x - Check the software version  - Inform your service agency - Check entries in MP2543.x, MP2553.x, MP2563.x and MP2573.x - Check the software version  - Inform your service agency - Check entries in MP2544.x, MP2554.x, MP2564.x and MP2574.x - Check the software version  - Inform your service agency - Check entries in MP2545.x, MP2555.x, MP2565.x and MP2575.x - Check the software version  - Inform your service agency - Check entries in MP2546.x, MP2556.x, MP2566.x and MP2576.x - Check the software version  - Inform your service agency - Check the input values for MP2606.x  - Inform your service agency - Check MP110.x/MP111.x  - Inform your service agency - Check/replace the PWM cable - Replace the power module - PWM output to CC is defective  - Inform your service agency - Adjust the PWM frequency for the axis to a value less than or equal to 5000 Hz - To deactivate the compensation, delete the entry in MP2260.x  - Inform your service agency - Find again the compensation parameters with TNCopt under Optimization/Torque Ripple Compensation - To deactivate the compensation, delete the entry in MP2260.x  - Check the LT entry (MP2100) in the MP file - Check the nominal value of the PICS (the S column in inverter.inv) - If necessary, change the PWM frequency (to >= 5 kHz) - If required necessary, replace the power module  - Inform your service agency - Check the software version  - Inform your service agency. - Check the software version.  - Inform your service agency. - Check the software version.  - Inform your service agency - Check the wiring - Check the software version  - Inform your service agency - Check the wiring - Check the software version  - Inform your service agency - Check the PLC program - Check the software version  - Internal software error - Hardware defective - Inform your service agency  - Internal software error - Hardware defective - Inform your service agency  - Inform your service agency - Check the wiring - Check the emergency-stop button - Exchange the hardware  - Inform your service agency - Check the wiring - Check the door contacts, key-operated switches - Exchange the hardware  Inform your service agency  - Inform your service agency - Check the software version  - Inform your service agency  - Inform your service agency - Internal software error  - Inform your service agency. - Check MP3210.x. - Check the software version.  - Inform your service agency. - Check MP3510.x. - Check the software version.  - Inform your service agency - Internal software error  - Inform your service agency  - Internal software error - Hardware defective - Inform your service agency  - Internal software error - Hardware defective - Inform your service agency  - Software error - Hardware defective - Inform your service agency  - Software error - Hardware defective - Inform your service agency  - Check the software version - Inform your service agency  - Close the protective doors. - Switch off and then restart the control. - The switch-off test and brake test will be started automatically.  - Inform your service agency - Check the software version  - Check the wiring - Inform your service agency  - Internal software error - Hardware defective - Inform your service agency  - Internal software error - Hardware defective - Inform your service agency  - Check the parameter value in MP640.x (maximum position deviation between MC and CC during operation) - Check the parameter value in MP720.x (linear axis error compensation for analog axes) - Check the parameter value in MP710.x (backlash compensation) - Check the mounting of the position encoder- Inform your service agency  - Inform your service agency - Check the software version  - Inform your service agency  - Inform your service agency  - Reduce the machining feed rate, increase the speed. - Eliminate all possible sources of vibration. - If the error frequently reoccurs, contact your service agency.  Inform your service agency.  Inform your service agency.  Inform your service agency.  - Pre-position the touch probe to the workpiece. - Increase the value in MP6130.  - Decrease the machining feed rate, increase the speed. - Eliminate possible sources of vibration. - Inform your service agency.  - Get the touch probe clear and repeat the probe. - If the error frequently recurs, inspect the probe for damage. - If necessary, contact your service agency.  Use a fresh battery.  - Connect the touch probe. - Exchange the battery. - Clean the receiver unit.  - Check the programmed coordinates. If required, edit the program. - Check the reference point. If required, set a new reference point.  - Check the programmed coordinates and, if necessary, edit the program. - Check the datum and reset it if necessary.  - Check the programmed coordinates. If required, edit the program. - Check the reference point. If required, set a new reference point.  - Check the programmed coordinates and, if necessary, edit the program. - Check the datum and reset it if necessary.  Refer to the User's Manual for a description of the error. Correct the error and restart the program.  Delete the TOOL DEF block (G99 block) in one of the programs, or use another tool number.  Wait until the TOOL CALL has been executed, the press the EDIT ON/OFF soft key again.  Correct machine parameter MP1350.  - Connect the handwheel via cable adapter. - Check the machine parameter MP7640. - Inspect the data transfer line for damage.  Edit PLC program.  Edit PLC program.  Edit PLC program.  Edit the PLC program.  Edit the PLC program.  Edit the PLC program.  Edit the PLC program.  Edit the PLC program.  Edit the machine parameter list.  Edit the machine parameter list.  Edit the machine parameter list.  Edit the machine parameter list.  Edit the machine parameter list.  Edit the machine parameter list.  Inform your service agency.  - Check the tool pocket table. - Inform your service agency.  - Check the tool pocket table. - Inform your service agency.  - Check the tool pocket table. - Inform your service agency.  Edit the NC program. FMAX is effective only for the block in which it is programmed.  Cancel the programmed rotation in the part program before changing the tool axis.  Check the tool and, if necessary, exchange it or define a replacement tool.  Exchange the buffer battery (see User's Manual).  Contact your machine tool manufacturer.  Activate the tool table in the Test Run operating mode (status "S").  Activate the datum table in the Program Run, Full Sequence mode (status M).  Switch to the background mode and acknowledge the error message.   Delete the programs that you no longer need.  Abort search.  Edit the part program.  Edit the part program.  Edit the part program.  - Enter the correct value. - Enter a value other than 0 in Q257.  Repeat your entry.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Enter a positive tolerance.  Decrease the feed rate.  - Enter a smaller milling depth in the Cylinder Surface cycle. - Enter a smaller cylinder radius in the Cylinder Surface  Edit the part program.  Enter only positive values after M118.  Edit the part program.  Check the EMERGENCY STOP circuit.  Press GOTO and enter a block number to select the desired location for returning to the program, or select the mid-program startup function.  Edit the part program.  Delete any files that you no longer need.  Select another file name.  Edit the part program.  Edit the part program.  Check the data transfer channel.  Transfer the program again.  End the data transmission and restart it.  Select another baud rate.  Edit the part program.  Edit the part program.  Check the data transfer line.  Create the file again.  Enter new operating parameters.  Cancel the program protection.  - Select the point of interruption with GOTO + block number, then continue the run.  Check the EMERGENCY STOP circuit.  Inform your service agency.  Load the part program.  Wait until the part program run is ended, or interrupt it.  Change the FK reference.  Check the input values.  Check the input values.  Edit the part program.  Edit the part program.  - Edit the NC program. - Increase or cancel the speed limit for the active tool.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Check the input values.  Check the input values. If necessary, change the starting  Check the input values. If necessary, change the starting  Check the input values. If necessary, change the starting  Check the input values. If necessary, change the starting  - Change the starting point. - Use another tool radius.  Check the coordinates in the CR block (ISO: G2,G3 with R).  Check the coordinates in the CT block (ISO: G6, G16).  - Check the input values in the chamfer or rounding block. - If necessary, use another tool radius.  - Check the coordinates in the circle blocks. - If necessary, use another tool radius.  - Check the input values. - If necessary, use another tool radius.  - Check the input values. - If necessary, use another tool radius.  - Check the input values. - If necessary, use another tool radius.  - Check the input values. - If necessary, use another tool radius.  - Check the input values. - If necessary, use another tool radius.  Check the input values.  - Check the input values. - If necessary, use another tool radius.  Check the input values.  - Check the input values. - If necessary, use another tool radius.  - Check the input values. - If necessary, use another tool radius.  Check the input values.  Check the input values.  Check the input values for M112.  Check the input values.  Check the input values.  Cancel the tool radius compensation only with a linear block (L, ISO: G0, G1, G10, G11).  A chamfer may be programmed only with active tool radius compensation.  A corner radius can be programmed only with active tool radius compensation.  Activate the tool radius compensation only with a linear block (L, ISO: G0, G1, G10, G11).  Program a rounding arc only with active tool radius compensation.  The Pol can be taken over no earlier than in the second block with tool radius compensation.  APPR block is permitted only when no tool radius compensation is active.  - Redefine the complete cycle again - Delete part program blocks programmed within a cycle.  - Define the cycle call after definition of a fixed cycle. - Delete the cycle call.  Enter a plunging depth other than 0.  - Delete the cycle definition. - Read-in the user cycle.  - Correct the subprogram number in the cycle. - Program a subprogram with the correct number.  Load the file again.  Edit the part program.  - Delete the TOOL DEF block (G99 block). - Deactivate the tool table (machine parameter 7260).  Complete the TOOL DEF block (G99 block).  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  - Delete the ERROR block. - Delete Cycle 14 (G37) from the contour subprogram.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Have the components NX, NY and NZ of the surface normals checked.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Check the programmed axes in the circle block.  Edit the part program.  In the block before the pole-takeover block, program two linear axes of the working plane.  Edit the part program.  Edit the part program.  Program only linear axes in the TOOL CALL block (ISO: T..).  Check whether you have programmed an axis twice.  Check whether you have programmed an axis twice.  - If necessary, activate the axis. - Delete the axis from the part program block.  Edit the cycle parameter.  Edit the cycle parameter.  - Reset the basic rotation. - Use a principal axis for the cycle.  Edit the contour subprogram.  Edit the contour subprogram.  Edit the contour subprogram.  Do not program any slave axes.  Enter the correct speed, refer to the machine manual.  Enter a permissible speed. Refer to you machine manual.  Enter a permissible speed. Refer to your machine manual.  Enter a permissible speed. Refer to your machine manual.  Enter a permissible speed. Refer to your machine manual.  Reduce the spindle speed.  Program a spindle speed greater than 0.  Enter the correct spindle speed.  Enter a chamfer only between straight lines.  Enter a chamfer only between straight lines.  Enter a chamfer only between straight lines.  Enter a chamfer no earlier than after two compensated part program blocks.  Enter a chamfer only between radius-compensated blocks.  A chamfer can be inserted only between radius-compensated blocks.  Execute a chamfer only in the working plane.  Enter a smaller chamfer length.  Enter a smaller chamfer length.  Enter a smaller chamfer length.  - Check the circle end-point coordinates. - If necessary, increase the value in MP 7431.  - Check the circle end-point coordinates. - If necessary, increase the value in MP 7431.  Check the coordinaten in the CR block.  Check the coordinates of the arc starting point and the arc end point.  Use a mid-program startup to return to the interrupted block.  - Correct the subprogram number in Cycle 14. - Enter the missing subprogram.  Conclude the contour subprogram with LBL 0 (ISO: G98).  - Change the nubmer in the LBL CALL block. - Insert a subprogram or program section repetition.  - Correct the subprogram number in Cycle 14. - Insert the subprogram that you have defined in Cycle 14.  Program the pole (CC) before the first block with polar coordinates (ISO: I, J; K).  Define a circle center before the circle block.  - Cycle 3 (slot): Defined the slot width to be greater than the tool diameter and smaller than four times the tool radius. - Cycle 253 (slot) or Cycle 254 (circular slot): Defined the slot width for roughing to be greater than the tool diameter and smaller than four times the tool radius. - Cycle 240: Use a larger tool. - Cycle 210 (slot) or Cycle 211 (circular slot): Define the slot width to be greater than the tool diameter and smaller than six times the tool radius.  Edit the part program.  Edit the part program.  Edit the part program.  Set R2 to equal 0 in the tool table.  Set a tool radius compensation in the contour subprogram to define whether the contour is for a pocket or island - Define the tool radius to be unequal 0  Edit the part program.  Cross over the reference mark.  Edit the part program.  Edit the part program.  Edit the part program.  Define a smaller rounding radius in the contour subprogram.  - Use a smaller rounding radius. - Program the starting point of the approaching block farther away from the contour.  - Program the starting point of the approach block farther away from the center of the rounding circle.  - Use a smaller rounding radius. - Program an end point of the departing block farther away from the contour.  - Program and end point of the departing block farther away from the center of the rounding circle.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  - Cancel the mirror image before a tool change. - If necessary, change the tool axis in the TOOL CALL block.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  - Use a smaller tool - Slot milling: If necessary, use a smaller oversize (Q368) - Cycle 214: Use a smaller tool; correct the workpiece-blank diameter  Edit the part program.  Edit the part program.  Edit the part program.  - Slot Milling cycle: Use a smaller tool or correct the slot width. - Cylinder Surface cycle: Correct the slot width, correct the oversize Q23 or use a smaller tool.  Edit the part program.  Edit the part program.  Edit the part program.  - Reduce the finishing allowance in Cycle 23. - Use a smaller finishing tool.  Use a smaller drilling tool.  Enter in the tool table a value for R2 that is less than or equal to R.  Restart the part program.  Before the first positioning block in the ISO program, use G90 or G91 to define whether you are entering absolute or incremental coordinates.  Define the direction of rotation in the first circle block.  - Restart the part program. - Use mid-program startup to return to the point of interruption.  Restart the part program.  Press GOTO select a cycle definition block.  - Automatic pole assumption must not be the first coordinate block. - To return to the program, use a positioning block with all coordinates.  - Program at least two positioning blocks before the CT block. - After a program interruption, restart at least two positioning blocks before the CT block.  - Program at least two positioning blocks in front of an RND block. - After a program interruption there must be at least two positioning blocks before the RND blocks.  - Program at least two positioning blocks in front of an CHF block. - After a program interruption there must be at least two positioning blocks before the CHF blocks.  After a program interruption, do not resume the program at a departing block.  M114 cannot be run while the working plane is tilted.  Cancel radius compensation before resuming the program.  Resume the program several blocks before the CT block.  Edit the part program.  Edit the part program.  Check whether all your subprograms are concluded with LBL 0 (ISO:G98 L0).  Edit the part program.  Check the condition in the FN20 block.  Enter identical signs.  Edit the cycle parameter.  - Program the absolute polar angle. - Check the position of the pole. - If necessary, reset the rotation.  In the CT block, program both coordinates of the circle plain.  - Check the circle block. - For thread milling cycles, program Q359 greater than 0.  Program the starting point in the contour subprogram with absolute coordinates.  Program at least two positioning blocks before the CT block.  Begin machining before or after the DEP block (if necessary, select with GOTO).  Begin machining before or after the DEP block (if necessary,select with GOTO).  Add coordinate data to the part program block after APPR.  Check the data in the Range cycle, especially the entry for the touch probe axis.  Check the data in the Range cycle.  Check the axes defined in the Contour Lines cycle.  - It could be that the contour line cannot be closed. - Increase the time. - Increase the tolerance for the target window (machine parameter 6390)  Check the entries in the digitizing cycle.  - SL cycles II: Check Q4 in Cycle 20 (ISO: G120). - Milling cycles 25x: Check allowance Q369 and depth Q201.  - Delete the Rotation cycle. - Reset the rotation (manual mode). - Reset 3-D rotation.  Delete the Scaling Factor or the Axis-Specific Scaling  Scale the axes of circular contour elements with the  Delete the Mirror Image cycle.  Delete the datum shift.  - Reduce the digitizing feed rate. - If necessary, increase the maximum stylus deflection (machine parameter 6330).  Use a smaller tool.  Use a smaller tool.  Use a smaller tool.  - Use a smaller tool. - Decrease the number of programmed subcontours.  Use a smaller tool.  Use a smaller tool.  Split the subprogram.  Split the subprogram.  Use a smaller tool.  Use a smaller tool.  Edit the NC program or set Q8 = 0.  Edit the NC program or set Q8 = 0.  Use a smaller tool.  Use a smaller tool.  Use a smaller tool.  Use a smaller tool.  Edit the part program.  Use a smaller tool.  Use a smaller tool.  Redefine the range.  Put the contour starting point in a contour subprogram.  Add data to the contour subprogram. At least two points are required.  In the contour subprogram, clearly define the rotational  Check the contour subprogram.  Try to split the contour subprogram.  Put the starting point in the contour subprogram.  Put the starting point in the contour subprogram.  Inform your service agency.  Try to split the contour subprogram.  Try to split the contour subprogram.  Try to split the contour subprogram.  Try to split the contour subprogram.  Try to split the contour subprogram.  Try to split the contour subprogram.  Try to split the contour subprogram.  Try to split the contour subprogram.  Try to split the contour subprogram.  Try to split the contour subprogram.  Edit the highlighted block.  Shorten the highlighted block.  Check the highlighted block for G codes that influence each other.  Shorten the highlighted block. Permissible G function: See the Overview in the User's Manual.  Enter the block number.  Activate the line.  Decrease the size of the compensation value table.  Decrease the number of compensation value functions.  Acknowledge the power interruption with the CE key.  Switch on the control voltage separately.  Acknowledge the message with CE.   Enter the section at its current size.  Enter the section at its current size.  Edit the part program.  - Change the tool axis for tool call, or in the blank form definition. - Check the APPR or DEP block.  Verify without graphic simulation.  Search for another text (note upper and lower case letter).  Re-record digitizing range after increasing the point spacing.  Reduce tolerance value in M124.  For complete deletion of the cycle, press DEL. To interrupt the delete sequence, press END.  Insert the new part program block before or after the cycle.  First edit the referring block, then delete the reference  Deactivate M112 with M113 prior to the cycle call.  - Increase tool radius compensation. - Enter a value other than zero for LA.  Edit the part program.  - Edit the NC program. - Delete RR/RL from the LN block.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the machine parameter list.  Edit the machine parameter list.  Check the input value of the marked machine parameter.  Check the connection cable.  Re-entry possible only via mid-program startup.  Select another file name/path.  Edit machine parameter 6200.  Edit machine parameter 6200.  Calibrate table probe with Cycle 30 (TCH PROBE).  Traverse reference marks using the axis direction keys.  Edit your entry.  Delete the file.  Edit the part program.  - Edit the solid angle entered. - Run probing cycle only with paraxial angular position. - Use angular values greater than 0 and less than 180°.  Transfer number of teeth (CUT.) into TOOL.T.  Delete block and re-enter.  Compile the PLC error table.  Register the PLC error table in OEM.SYS.  - Compile the PLC error table. - Check the entries in the PLC error table.  Check the format of the PLC error table.  Check the file name or the path name.  Delete the PLC error table and download a new PLC error table through the data interface.  In the point file, use only coordinates of the working plane as limits.  Press to delete the value for 'DIST'. The TNC enters a value automatically.  - In the tool table, enter LCUTS and ANGLE for the current tool. - Activate the tool table via machine parameter 7260 or 7224.  - Select the file again at a later time. - Cancel the file protection.  Check the number and the index of the system datum.  Edit the PLC program.  Check the tool and, if necessary, change it or unlock it in the tool table.  Use the Contour Lines cycle only in combination with Cycle 5 (RANGE).  Check the data for the probe point interval in the digitizing cycle.  Check the axis defined in the RANGE cycle.  In the Meander cycle or Contour Lines cycle define a linear axis as column axis.  Check the axis definitions in the Range, Meander, Contour Lines and Line cycles.  - Check the axis definitions in the Range cycle. - Check the calibrated touch probe axis (manual operating mode, probing functions).  - Enter a probe point interval that is positive and no larger than 6.5535 mm. - Enter a minimum line spacing greater than 0 and less than the line spacing.  Program the Range cycle before the Digitizing cycle.  - Check the values in the Range cycle. - If necessary, reset the datum.  Enter a larger value for the clearance height in Cycle 8 or Cycle 18.  Use no more than 16 characters for file names.  Correct the part program.  Acknowledge the error message by pressing CE and repeat the function.  Ask your machine tool builder or HEIDENHAIN for a SETUP disk for your present software.  - First delete all files and subdirectories stored in the directory that you wish to delete. - Use the DELETE ALL function to delete directories at once together with their contents.  Correct the axes in the Pocket Milling cycle. Some possible combinations are: X/Y, X/V, U/Y, U/V ......  Correct the part program.  Correct the part program.  Correct the part program.  Correct the part program.  Define a fixed cycle before Cycle 220/221.  Define the feed rate.  Use a smaller tool.  Correct the FN20/D20 block. Permissible comparisons are: ==, <, >, <=, >=  Wait to end the connection until the TNC is no longer accessing the device.  Check whether your network is active.  Check the tool and, if necessary, replace it.  Call another tool number or activate another datum table.  Use a smaller tool.  Use a smaller tool.  Enter a plunging depth in the fixed cycle.  Enter a minimum plunging depth in the fixed cycle.  Correct the values in the fixed cycle.  Use another fixed cycle.  Use another fixed cycle.  Correct the rounding radius in the fixed cycle.  Correct the workpiece blank diameter in the fixed cycle.  Correct the pitch circle diameter in the cycle.  Correct the starting or stopping angle in the cycle.  Correct the starting or stopping angle in the cycle.  Change to the proper pallet.  Contact your service agency.  Contact your service agency.  Add the PELLET entry to the pallet file. The PALLET entry assigns a pallet to the part program.  Before the cycle definition, define a tool call with the tool axis.  Enter M129 to cancel M128, then run the tool call.  Do not program any machine-referenced coordinates while M128 is active.  Contact your service agency.  Edit the part program.  The OEM.SYS file must be edited. Contact your machine tool manufacturer.  Search only for tables with the extension .TAB.  The table definition must be changed. Contact your machine tool manufacturer.  Entering the missing workpiece material in the MAT.TAB file,or the missing cutting material in the CUT.TAB.  Check your entry in the OEM.SYS file and, if necessary, regenerate the MAT.TAB file.  Check the entry in the OEM.SYS file and, if necessary, regenerate the CUT.TAB file.  Enter the workpiece material in the workpiece blank definition.  - Select another cutting data table in the tool table. - Add the current workpiece/cutting material combination to the cutting data table that you selected.  Edit the tool table.  Edit the part program.  - If necessary, delete the entire ERROR block. - In the Programming and Editing mode, select the ERROR block and, with the rightward arrow key, go into the block. Edit the block and exit it with END. When the error is eliminated, the TNC automatically erases the word ERROR.  Use the mid-program startup function to resume the program.  Edit Q222 in the cycle definition.  - Change the plunge angle in the tool table TOOL.T (column ANGLE). - Enter a smaller plunging depth in the rough-out cycle. - Use a tool that permits a greater plunging angle.  Switch off the machine control voltage.  Check the relay for proper function. If necessary, contact your service agency.  Switch off the machine control voltage.  - Check whether the probe point and the stylus are clean. - Expand the tolerance in machine parameter 6171.  Close the window that is open in parallel.  Edit machine parameter 7295: Input value 0 allows datum setting in all axes.  Check the tool holder. If necessary, contact your service agency.  Check whether the changed entries have any effects on the spindle speed automatically calculated by the TNC or on the automatically calculated feed rate.  In Q214, enter a value from 1 to 4.  Contact your service agency.  Contact your service agency.  Check the entry in OEM.SYS.  Check the entry in OEM.SYS, if necessary, change the path.  Delete unnecessary cutting data tables.  Inform your service agency.  - Check whether the NFS server is available - If necessary, inspect the connections, the cables and the Ethernet card  Check the assignment value.  Enter the missing element.  - Add the missing tool to the tool table. - Use another tool.  Delete M112 in the NC program.  Inform your service agency.  Inform your service agency.  Inform your service agency.  Insert at least one element.  Reinsert the mandatory element.  Decrease the column width of the individual elements.  In your table, examine all the elements marked with a # for the described errors.  Use the RESTORE POS. AT N function to resume the program.  For Q267, enter either +1 (for positive traverse direction) or -1 (for negative traverse direction).  In the single block or full sequence program run mode, activate the datum table into which you want the measured point to be entered.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  - Check the workpiece and, if necessary, the measuring log. - Cycle 208: Use a larger tool. Hole diameter must not be larger than twice the tool diameter.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Check the workpiece and the measuring log.  Deactivate the tilted working plane function and restart the program.  Edit the part program.  Edit the part program.  Edit the part program.  Check Q272 in the corresponding cycle. Permissible input values: 1 or 2; for Cycle 427: 1, 2 or 3.  Enter the permissible format: Format for date: 25.10.97 (day.month.year) Format for time: 10:25:00 (hours:minutes:seconds)  Deactivate M128 with M129 before setting the datum.  Check whether the tool is damaged.  If you wish to run a 3-D radius compensation, you must first program M128 and then the tool radius compensation with RL/RR (ISO:G41/G42).  Inform your service agency.  - Delete M120 in the part program - Activate M120 earlier  Check the entry in the touch probe cycle last defined, and enter a value for Q260 that is greater than Q261.  Release the key if pressed, otherwise inform your service agency.  Check the relays for proper function. If required, inform your service agency.  Inform your service agency.  Inform your service agency.  The marked block must not include the first or last block of a program.  Select another block before inserting.  Before you can insert anything from intermediate memory you must first fill it using the copy function.  Mark the block that you wish to delete/copy.  - Correct the blocks - Delete the blocks and enter them again  Have the CAD system recalculate the tool direction.  There is no solution with your swivel head configuration.  Inform your service agency.  Inform your service agency.  Inform your service agency.  Erase the superfluous columns.  Use the rightward/leftward cursor keys to select the desired axis column.  Delete M128 from the program.  Use FN26 to open the desired table.  Enter field names with no more than 8 characters.  Writing and reading operations are possible only with numerical fields.  Use no more than 8 field names.  1) Take noise-suppression measures. 2) Inform your service agency. 3) Inform your service agency; take noise-suppression measures; check the motor table.  Edit MP2180 (PWM frequency).  Write protection can be canceled only with a certain code number. If you wish to cancel write protection, contact your machine tool builder.  Use M115 to cancel M114 before running the measuring cycle.  Use M129 to cancel M128 before running the measuring cycle.  Before running M138, either: - deactivate M114 with M115, - deactivate M128 with M129, or - reset Cycle 19.  To accept the default setting, press ENT. To confirm the value you entered, press NO ENT.  Inform your service agency.  Contact your service agency.  Inform your service agency.  - Check the permissive buttons; - Correct the machine parameters; - Inform your service agency.   before trying to insert a block from intermediate memory, put the block into memory by: - using the DEL key to delete the block to be copied, or - placing the editing cursor into the block to be copied  Before editing, enter the code number 86357 to cancel the write protection.  Press NO ENT to delete the entire function, or press END to cancel.  Continue the dialog, or completely erase the block and enter a new context.  Enter Cartesian coordinates to program the active function, or use a function that permits polar coordinate input.  First delete the elements, then change the context initiator.  Enter only permissible functions.  Enter the missing parentheses.  - Switch the control off and back on again - Inform your service agency  Run the calibration cycle 30 while the working plane in tilted.  Run the calibration cycle 30 while the working plane is not tilted.  Position the axes so that the touch probe axis and tool axis are parallel.  Switch the control voltage off and back on again, or inform your service agency.  - Increase the input value for MP7600.0 by 1. - Inform your service agency.  Enter an angular step (Q247) other than 0.  To ensure sufficient measuring accuracy, enter an angular step (Q247) greater than 5 degrees.  Inform your service agency.  - First run the program in the Programming and Editing mode. - Increase the input value in MP 7229.1 (maximum value: 9999).  Press the spindle start key and the permissive key  - Reduce the feed rate and increase the spindle speed. - Remove potential sources of vibration. - If the problem occurs frequently, inform your service agency.  Turn the key switch to the proper position and restart the testing procedure.  In the Manual operating mode, position the rotary or parallel axes so that the REF coordinates of the axes agree with the machine parameter values. Then restart the measuring program.  - Use only linear interpolation without tool radius compensation to move to machine-based positions while a tilted working plane is active. - While M112 is active, do not move to machine-based positions while a tilted working plane is active. - Reset global program settings in order to be able to execute positioning blocks with M91 or M92. - Programs to be filtered must not contain any NC blocks with fixed machine coordinates (M91/M92).  Contact your service agency.  Enter the NC block with all required data. Refer to the User's Manual if required.  Check with the machine manufacturer about the internet address.  If the error recurs: Have the machine manufacturer change the PLC program.  If the error recurs: Have the machine manufacturer change the PLC program.  - Check MP560 - Inform your service agency  Call the touch probe with TOOL CALL (ISO: T) and the touch probe axis. Then try the touch probe function again.  M120 is not permitted with this function. Delete M120 from the program.  Edit the NC program.  To resume program run, unlock the line or continue with the next line. If necessary, refer to your machine manual.  Kontur korrigieren.  Define the cutting direction as climb milling (= 1) or up-cut milling (= -1).  Check the input value of the marked machine parameter.  Switch on the control voltage separately.  Edit your entry.  - Correct the path or file name in the assignment table. - Copy the kinematic description to the correct directory.  Before selecting a new kinematic description, reset all active 3DROT functions.  Program the total hole depth to be at least 1/3 of a thread pitch smaller that the total hole depth.  Use SEL PATTERN to select a point table before CYCL CALL PAT.  The clearance height entered in the point table is greater than the clearance height in a cycle.  CYCL CALL PAT is not permitted together with Cycle 12 (ISO: G39).  Repeat Cycle 440, but with Q363 = 0 (calibrate).  Check the limit values for the active calibration tool.  - Restart the mid-program startup. - Before the mid-program startup, activate the gear range and/or the spindle that is needed at the restore position. - If the problem recurs: Inform your service agency.  Contact your machine tool builder.  Contact your machine tool builder  Test the amplitude of the encoder signal.  Test the amplitude of the encoder signal.  Test the input frequency of the encoder signal.  Switch on the machine and acknowledge the error message with CE.  Inform your service agency.  Ensure adequate ventilation in the electrical cabinet.  Inform your service agency!  Inform your service agency.  Inform your service agency.  Inform your service agency.  - Check the programmed coordinates. If required, edit the program. - Check the reference point. If required, set a new reference point.  - Check the programmed coordinates. If required, edit the program. - Check the reference point. If required, set a new reference point.  - Check the programmed coordinates. If required, edit the program. - Check the reference point. If required, set a new reference point.  - Check the programmed coordinates. If required, edit the program. - Check the reference point. If required, set a new reference point.  Inform your service agency.  Inform your service agency.  Inform your service agency.  Restart the program.  Inform your service agency.  Reapproach the test position.  - Increase the tolerance value for tooth finding with spindle orientation in MP6510.1. - Reduce the spindle positioning window in MP3420. - Check for burrs on the contact plate and remove them. - If required, exchange the tool touch probe.  Correct the radius for the calibration tool in the tool table.  Add the PAL/PGM column to the pallet table (with the EDIT FORMAT soft key).  Use the proper setup version for your NC software. Contact your service agency if required.  Wait until the tool change is completed. The error message is automatically acknowledged by the TNC. If the error message remains after the pocket change, contact the service agency of your machine tool builder.  Enter only positive values or positive Q parameters for the feed rate.  - Inform your service agency - Check MP960  - Transfer the desired software to the TNC again. - If the error recurs, the binary files will have to be checked. In this case, inform your service agency.  Program a TOOL CALL block and specify the tool axis (ISO: plane selection G17 - G20).  Enter the desired M function in the POSITIONING THE MDI mode and press the NC start key.  Always program only one of the above listed function for the coordinate transformation. Deaktivate the respective function: - M114 with M115 - M116 with M117 - M128 with M129 - M144 with M145 - Reset Cycle 19  - Select the correct line. - Create the table for kinematic description or add the missing entries. - Insert the missing column or correct the incorrect entry.  Correct the machine parameter subfile.  Use M145 to deactivate M144 before using M138.  Check the input values.  Enter only Y, N, 0 or 1 in MFUNCT.TAB.  Position the touch probe parallel to an axis in the machine-based coordinate system.  M112 is not permitted with this function. Delete M112 from the NC program.  Select a pallet line in which a workpiece blank or an incomplete part is entered.  The "Name" field of the fixture line must indicate a separate NC program for changing the fixture.  The part must be completely remachined (set the W-STATE in the pallet table to BLANK) or excluded from machining (set W STATE to ENDED).  Mark the programmed function with "skip blocks" and activate this setting. Then run the mid-program startup again.  Check machine parameter 7442 and enter the value for an M function or enter -1 for spindle orientation via NC. Refer to your machine manual.  Contact your service agency.  - Check the permissive buttons. - Contact your service agency.  - Enter the depth with a negative sign (positive in Cycle 204) to run the cycle. - In machine parameter MP7441, set bit 2 to 0 in order to run the cycle in positive direction (negative direction in Cycle 204).  Edit the NC program.  Edit the NC program. Use only uppercase letters in the entry box.  Edit the NC program. Use only numerals in the entry box.  Edit the NC program. Use only letters in the entry box.  Delete any old and unneeded NC software versions.  Inform your service agency  - Edit the NC program - Check the range of traverse  Program M107 in order to use a tool with positive oversize. M107 is canceled with M108.  Check for adequate heat transfer in the electrical cabinet. Check the fan on the logic unit.  Check for adequate heat transfer in the electrical cabinet. Check the fan on the logic unit.  Edit the PLC program.  - Check the data transfer line  - Check the data transfer line  - Check the data transfer line - If the error recurs, inform your service agency  - Check the data transfer line - If the error recurs, inform your service agency  - If the error recurs, inform your service agency - Check the LSV2TIME1 entry in OEM.SYS  - Check the communications software of distant terminal  - Check the communications software of distant terminal - If the error recurs, inform your service agency - Check the LSV2TIME0 entry in OEM.SYS  - Check the communications software of distant terminal - If the problem recurs, inform your service agency - Check the LSV2TIME2 entry in OEM.SYS  - If the problem recurs, inform your service agency - Check the software version  Inform your service agency  - Inform your customer service agency - Check the software version  Edit the NC program  - Check the heat dissipation in the electrical cabinet. - Check the fan in the control.  Compile the PLC program.  Check for adequate heat transfer in the electrical cabinet. Check the fan on the logic unit.  Inform your service agency.  - Inform your service agency - For more diagnostic information, refer to the diagnosis menu  - Inform your service agency - For more diagnostic information, refer to the diagnosis menu   Translate the soft-key project and PLC program.  You can insert a line only at the end of the file. Or, if the file is a tool table, you can permit tool indexing with machine parameter 7262.  Use another tool number for the tool definition or delete the number already assigned.  Use another LBL number or delete the number already assigned.  In the MOD settings, enter the axes whose positions are to be put into an L block when the "actual-position-capture key" is pressed.  Inform your service agency!  Ensure adequate ventilation in the electrical cabinet.  Inform your service agency.  - Edit the NC program.  Translate the magazine rules and PLC program.  - Move the tilting axes to their initial positions. - Move the tilting axes to the correct positions or change the angular values of the tilting axis positions.  Move the cursor to the block initation element and press the P key to change to polar or Cartesian coordinate input.  - Inform your service agency - Exchange the software  Enter fewer characters.  Comply with the permissible input range.  Comply with the permissible input range.  Stay away from the -/+ key.  Stay away from the decimal point key.  Enter a numerical value.  Enter an absolute value.  Use no more than two M functions per NC block.  - Standard version: Program no more than 5 axes per NC block. - Export version: Program no more than 4 axes per NC block. - The source program must not include more than a total of 5 different axes.  Program only different axes within one block.  - Do not program syntax elements more than once within one NC block.- Put the syntax elements into the required sequence.  Add the missing information.  Insert the block number.  Add the missing information.  Correct the NC block.  - Inform your service agency. - Check the hardware.  Enter only valid words.  Enter a new NC block with a different syntax element.  The program beginning and program end must not be edited. To change the program name, use the RENAME function in the file management.  - Inform your service agency. - Enter the correct value in MP1356.x.  Contact your machine tool builder or HEIDENHAIN to enable more axes.  Check the wiring and inform your service agency.  Check the wiring and inform your service agency.  Inform your service agency.  Inform your service agency.  Inform your service agency.  Inform your service agency.  Inform your service agency.  - Switch the control off and back on again - Inform your service agency  - Switch the control off and back on again - Inform your service agency  - Switch the control off and back on again - Inform your service agency  - Check the software version - Inform your service agency  Inform your service agency  Inform your service agency  Inform your service agency.  Inform your service agency.  - Insert suitable Main Computer or suitable Controller Unit.  Deselect channel 5 or 6.  Close the safety doors.  Define a tool axis in a TOOL CALL block (ISO: T block) located before the positioning block that is causing the error.  Test the axis.  Inform your service agency.  Save the desired preset value with respect to the machine-based coordinate system (REF values) in the preset table and activate them in the program using Cycle 247.  Change parameter Q303 (measured value transfer) in the measuring cycle that is causing the error: - Q303=0: Write the measured values with respect to the active workpiece coordinate system into the active datum table (activate in the program with Cycle 7!). - Q303=1: Write the measured values with respect to the active machine-based coordinate system (REF values) into the preset table (activate in the program with Cycle 247!). - Q303=-1: Measured value transfer is undefined. This value is automatically generated by the TNC when you download a program that was written on a TNC 4xx or with an old software level of the iTNC 530, or if during the cycle definition you skipped the prompt for the measured value transfer with the END key.  Call probing cycle 419 only with tool axis X, Y or Z.  Check the probing sequence. Refer to the User's Manual for Touch Probe Cycles.  - For measuring axis = reference axis (Q272=1), the parameters Q264 and Q266 are defined at different values. - For measuring axis = minor axis (Q272=2), the parameters Q263 and Q265 are defined at different values. - For measuring axis = probe axis (Q272=3), the parameters Q263 and Q265 or Q264 and Q266 are defined at different values. - Select the measuring points so that they always have different coordinates in all axes.  For FN23, check the coordinates of the three points on the circle. For FN24 check the coordinates of the four points on the circle.  Define the password as follows: - Enter the code number NET123 - Press the DEFINE MOUNT soft key - Select the OPTIONS column - Enter the password by using the code word password=  Define the password as follows: - Enter the code number NET123 - Press the DEFINE MOUNT soft key - Select the OPTIONS column - Enter the password by using the code word password=  A maximum of 80 characters is permissible.  Be sure not to press the ENCRYPTED PASSWORD soft key more than once.  - Release the locked axis with machine parameter 7294. - In the Preset table: Enter a dash (-) in order to not set a datum for this axis.  Enter a clearance height (Q7) that is higher than the coordinate of the workpiece surface (Q5).  For complete deletion of the NC block, press DEL. To abort the delete sequence, press any other key.  Only program permitted axes.  Function is only permitted if the NC block begins with / .  Ensure that apostrophes are entered in the correct locations. Refer to the User's Manual if required.  - Traverse the reference mark. - Deactivate the double referencing in MP1355.  Cycle 3 only permits one of the principal axes X, Y or Z. Edit the NC program.  Only a limited number of lines in a PET table can be evaluated. All subsequent lines are ignored.  Change parameter Q366 in one of the Cycles 251 to 254 or the plunging angle ANGLE of the tool in the tool table. Permissible combinations of parameter Q366 and the plunging ANGLE are: For perpendicular plunging: Q366 = 0 and ANGLE = 90 For helical plunging: Q366 = 1 and ANGLE > 0 For inactive tool table, define Q366 with 0 (only perpendicular plunging allowed).  The following fixed cycles cannot be combined with Cycles 220 and 221: - Cycles of the groups SLI and SLII - Cycles 210 and 211 - Cycles 230 and 231 - Cycle 254  - Inform your service agency. - Activate the HSC filter (MP1094).  Inform your service agency  Select the display position of the current block so that it lies within the screen limits.  Edit the NC program. Use M128 only if all rotary axes used in the kinematic description are also defined as controlled axes.  Edit the NC program. Use M144 only if all rotary axes used in the kinematic description are also defined as controlled axes.  1. Turn the key switch to BA1.  - Inform your service agency. - Check the wiring.  Check the DEBUGPATH= entry in OEM.SYS.  Check the DEBUGPATH= entry in OEM.SYS.   Check the DEBUGPATH= entry in OEM.SYS.  - Check the DEBUGPATH= entry in the OEM.SYS file - Use PLC program with symbolic operands or insert #pragma nsc - Recompile the PLC program  Use symbolic operands in the PLC program (#pragma nsc).  Enter the correct code number.  Check MP 500 and MP 501.  - Check the operands in the ADDR column - Check value input  - Check the operand symbol - Check the address range for the operand type  - Inform your service agency. - Use MP561 to release the operating mode.   - Use only numbers that are in the table PRESET.TAB, or add the desired number to the table. - Create the table PRESET.TAB in the TNC:\ directory.  Move only one axis.  Load the file.  - If necessary, modify the program name - Modify the program name so than the TNC can call an externally stored program.  Press the permissive key.  Inform your service agency.  Inform your service agency.  Inform your service agency.  Edit the part program.  Edit the part program.  - Inform your service agency - Check the power supply  - Inform your service agency - Check the power supply - Check the power consumption of the consumer units (encoders)  Edit the NC program.  The actual position can be loaded only if the tilted working plane function is not active.  Inform your machine tool builder.  No corrective action possible.  Move the spindle over the reference point, for example by switching the spindle on in the Manual operating mode with M03.  -Edit the PLC program. -Inform your service agency.  - Use a new tool. - Correct the current tool life (CUR.TIME column in the tool table). A complete list of the tools whose tool life has expired is contained in the TOOLLIST.ERR file stored in the TNC:\ directory.  Check the pocket table and add the tool if required. A complete list of the tools that are not contained in the tool magazine can be found in the the TOOLLIST.ERR file stored in the TNC:\ directory.  Set machine parameter 5020.0 (EXT1) or 5020.1 (EXT2) to 8 data bits and use MOD, RS232 Setup to select the operating mode EXT1 or EXT2.  Create a machine parameter subfile.  Correct the machine parameter subfile.  - Shut down the control and restart it. - Inform your machine tool builder.  - Shut down the control and restart it. - Inform your machine tool builder.  - Shut down the control and restart it. - Inform your machine tool builder.  - Shut down the control and restart it. - Inform your machine tool builder.  - Shut down the control and restart it. - Inform your machine tool builder.  - Shut down the control and restart it. - Inform your machine tool builder.  - Your machine tool builder activated the write protection. It could be that a fixed datum is defined in this line. If necessary, contact your machine tool builder. - Overwriting the active preset is not allowed. Use another preset number.  - Check the line and column number - Check wheter the search text is entered in the table - Activate the kinematic table. If necessary, contact your machine tool builder  - Inform your service agency. - Introduce an error text.  - Internal software error - Inform your service agency  - Check brake channel 1. - Inform your service agency.  - Check brake channel 1. - Inform your service agency.  Datum setting is possible only through the SET DATUM, ENTER IN DATUM TABLE or ENTRY IN PRESET TABLE soft keys.  - Inform your service agency. - Introduce an error text.  - Close all open protective doors. - Unlock all emergency stop buttons. Then press the INIT MACHINE soft key (2nd soft-key row).  - Check the wiring. - Inform your service agency.  - Edit the PLC program. - Inform your service agency.  Copy the file to the TNC drive and then open it, or save a new file there.  Select another target directory.  Name another directory or file as target.  CAUTION: Loading a control ID in MP2257.x with incorrect field angle in MP2256.x can lead to uncontrolled drive movement! In MP2257.x, enter the control ID only if you are absolutely sure that the field angle in MP2256.x fit to this drive (e.g. after control exchange)! If you are not sure, or your machine parameter file was copied from another control, have the control determine the field angle again.  Define the interpolation points at a closer distance.  Call the desired function again later.  - Wait until background copying processes are completed. - Restart your control. - If the problem persists, contact your HEIDENHAIN agency.  Enter the correct drive label.  Enter the new file name so that it differs from the old file name.  Copy and rename the binary-type file or convert it into an ASCII file.  - TNC drive: Delete any unnecessary files. - Network drive: Use another network drive. - PLC drive: Delete any unnecessary files.  Use an existing file for the selected file operation.  - TNC drives: Switch the control off and then on again in order to have the drives checked. If the problem persists, contact your HEIDENHAIN agency. - Network drives: Check the network connections and the computer providing the directory.  - Allow sufficient time for the file operation to be executed before you cancel it with the "END" key. - Run the file operation in the background. - Timeout on network drive: Check whether the server is switched on and whether it reacts to access attempts.  - Wait until background jobs are completed. - If the problem persists, contact your HEIDENHAIN agency.  - Copy the ASCII files to a network drive and shorten the lines using an editor that has no line length limit. - Binary-coded TNC files must be copied from an external device to the TNC after the file contents have been checked and corrected if required.  - Use an existing file for the selected file operation - Check the .HU program for missing point tables and restore or read-in the missing files  - If required, start the real-time application. - If the problem persists, contact your HEIDENHAIN agency.  - Check the data. - If the problem persists, contact your machine tool builder.  Changing the NC block format is possible only if you place the cursor on the block initiator.  Exit any connections that you do not need.  Compile the PLC program after the TNC program run is finished.  Save all PLC source files on the TNC and select the main file, since otherwise HEIDENHAIN cannot provide PLC service.  Dependent files are written to automatically by the TNC and must therefore not be write-protected. Use the soft key to cancel the write protection.  - Remove the write-protection from the section file(*.SEC.DEP). - Reduce the path name to a permissible total length. - Switch the window again later, e.g. after you have selected another program.  Remove the write-protection from the section file (*.SEC.DEP), since otherwise the TNC will be unable to update the section file. This also applies if the program sections are currently not being displayed on the screen.  - Select another type of plunge (vertical plunge) - Use a smaller tool  In the Full Sequence mode, select the "RESTORE POS. AT N" function. With the "ACCEPT BREAKOFF POINT" soft key you can run a block scan up to the point of interruption and then resume machining starting from this point.  - Inform your service agency. - Introduce an error text.                            Enter another value.  Make the file shown in the error message available to the TNC in the corresponding directory on the hard disk.  - Enter all three spatial angles - Set the position display values of the rotary axes to 0  - Enter the motor or power module in the corresponding table. - Ask for a new motor table or power module table from HEIDENHAIN.  - Check the programmed coordinates and, if necessary, edit the program. - Check the datum and reset it if needed.  - Inform your service agency - Check the wiring of the PLB 510 basic module  - Inform your service agency - Check the wiring of the PLD 16-8 input/output module (for the outputs involved see the red LED at X4 pin 1)  Edit the PLC program.  Inform your service agency.  Inform your service agency.  When M128 or FUNCTION TCPM is active, in the PLANE function you can only use the positioning behaviors MOVE or STAY.  In a CYCL CALL POS block, always program all three principal axis coordinates X, Y and Z, at which the cycle is to be run.  Program a CYCL CALL POS block with absolute coordinates X, Y and Z before the incremental CYCL CALL POS block.  You can only start an NC program after a change to the kinematics if you - did not set a new datum - have set a new datum in all three main axes X, Y and Z  - Shut down the control and switch off the machine - Inform your service agency   - Inform your service agency - Check the formula in the Module 9226 call  Always program the direction of rotation (DR).  - Program a tool radius other than 0. - Program a smaller rounding radius.  Check the input values.  Resolve the FK section by entering more information.  Program FPOL at some location above the block in which you first use polar coordinates.  Resolve the FK contour completely.  Delete the FSELECT block.  Use CLSD- only with absolute axis coordintes.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Edit the part program.  Activate the tool radius compensation only with a line  Cancel the tool radius compensation only with a line block.  Enter more geometrical information.  Check the input in the FK section.  Edit the part program.  Change the relative reference.  Change the relative reference.  Add an auxiliary point to the FK block.  Start the FK graphic after the part program has been run.  Reduce the size of the blank form.  Enlarge the programming graphic.  Reduce the programming graphic.  Keep the selection frame within the window.  - Inform your service agency - Check the software version  - If possible, remove the NC function from the program and then restart the block scan. - If this is a control program for calling various part programs, start the desired part program individually in the block scan.  Enter a starting time that lies in the future.  Generate the tool usage file at a later time.  Select the NC program again and restart generation of a new programming graphic (RESET+START soft key)  Every program loop in a SPAWN/SUBMIT job must contain an opportunity to switch contexts (cooperative multitasking). You can do this by calling one of the PLC modules 9260, 9262, 9263, 9212, 9216, 9217, 9108 or 9109. You can find the faulty SPAWN/SUBMIT job on the process monitor because it stays the "RUN+" state for a long time.  Inform your service agency if the error recurs.  Inform your service agency.   Enlarge the tool radius or the path overlap factor.  Program a path overlap factor between 0.1 and 1.414.  Enter a cylinder radius other than 0.  - Edit the PLC program - Inform your service agency  Close the pattern generator or contour programming and then close the form input mode (saving or discarding the data) before you switch to another operating mode.  Enter the correct file type.  If necessary, repeat the function at a later time.  Check whether all required global parameters are in the program head and add more if required.  Global parameters can be defined only in the program head. Check the program and, if required, delete any redundant definitions.  Complete the program header.  Finish the test run and them switch to smarT.NC mode. At present, parallel operation is not possible.  Define only the rotary position of the reference axis or minor axis.  Use another file name.  Make changes in the existing program header.  - Delete M120 within the FK sequence - Activate M120 before the FK sequence  Define the machine geometry in a kinematic table.  - Define the correct rotary axis in the contour subprogram. - Have the machine tool builder check the kinematic table.  Check the kinematic table. If necessary, refer to your machine tool builder.  Check the kinematic table. If necessary, refer to your machine tool builder.  Select axis-angle input in the active kinematic table. If necessary, refer to your machine tool builder.  - Correct the path or file name in the OEM.SYS file - Create an allocation table  Activate 3DROT in Manual mode.  Activate spatial-angle input in the active kinematic table. If necessary, refer to your machine tool builder.  - Inform your service agency - Check the software version - Check the control hardware  - Inform your service agency - Edit the PLC program  Use the test graphic at a later time.  Cancel the form input in smarT.NC and then make the desired changes in the Programming and Editing mode.  Cancel your editing in the Programming and Editing mode and make the desired changes in the smarT.NC mode.  Inform your service agency - Enable the option for this controller unit  The file to be deleted must not be active in any other mode of operation. In the mode in question, select any other file and try again.  - Inform your service agency - Check the wiring of the PL 510 - Check the grounding plan  - Inform your service agency - Delete unneeded files from the PLC partition  - Inform your service agency - Check the software version  Select a different file or open a new file.  Select the file again with the PGM MGT key.  Use different label names.  Change the NC program: Use different label names.  - Change the name in the LBL CALL block. - Insert a subprogram or program section repeat.  Use different label names.  - If a Print or Save command is currently being transmitted to this device in the Full Sequence/Single Block/MDI or Test Run mode of operation, cancel the transmission. - If an editor is open for a file on this device, close the editor.  Before removing a USB device, in the File Manager in the Programming and Editing mode of operation place the highlight on the device. First press the "More Functions" soft key and then the soft key for removing the USB device.  - Set parameter Q343=0 (centering with respect to entered depth). - Define the point angle in the column T-ANGLE of the tool table TOOL.T.  Possible definitions: Q343=1 (entered diameter active): Q201 must be equal to 0 and Q344 must not be equal to 0. Q343=0 (entered depth active): Q201 must not be equal to 0 and Q344 must be equal to 0.  If required, restart the search function and let it terminate the search process.  Select the program again and this time wait until the TNC has finished building the tree view.  - Exchange the fan - inform your service agency  Restart the run.  Divide the program into two or more smaller programs.  - Inform your service agency - Check the power supply  - Inform your service agency - Check the power supply - Check the power consumption of the consumer units (encoders)  Edit the part program.  Progarm at least two positioning blocks with the gray path function keys before the tangential FK block.  Change the relative reference.  Add a coordinate to the FPOL block.   Tool measurement is possible only with a positive tool radius. Change the radius in the table.  Please contact your machine tool builder.  Use slot position Q367 = 1, 2 or 3 if you want to run Cycle 254 with the point pattern cycle 221  - In SL Cycles 27 to 39, define one linear and one rotary axis in the first NC block of the contour subprogram.  - Do not download any programs with 100 or more NC blocks. - Buy a full version of the programming station. The full version has no limits to the length of the program. For more information, contact HEIDENHAIN.  Use symbolic operands in the PLC program (#pragma nsc).  To change a preset, select in the 3-D rotation menu the Active or Inactive setting.  - Use M115 to cancel M114 before setting a datum - Define the Tilt Working Plane function with corresponding angles  - Start the PLC program. - Check MP7210 (only MP7210 <> 2).  Inform your service agency.  Inform your service agency.  Inform your service agency.  Inform your service agency.  Delete unneeded part programs to increase memory space.  Inform your service agency.  Inform your service agency.  - Reset the basic rotation - Reset the 3-D rotation.  Inform your service agency.  Inform your service agency.  - Check machine parameter 1140.x. - Inform your service agency.  - Check MP1144.x - Check the mechanical transmission - Check the mounting of the encoder - Inspect the thermal expansion of the mechanical transmission components (e.g. recirculating ball screw) - Inform your service agency  Define a semicolon (;) in the given line as the end-of-block character.  Define no more than 32 keywords per line.  Use only valid keywords.  Use only valid statements.  Use only valid format statements.  Close the format description with a quotation mark (").  The maximum permissible length of a keyword is 32 characters.  Enter the index of the keyword.  Enter a closing bracket in the correct position.  - Check the name of the mask file for spelling. - Make sure that the mask file is in the correct directory.  - Output file must not be selected in the Programming and Editing mode. - Make the destination directory.  Acknowledge the error message with the CE key and retract the axes.  Use the soft key menu for manual operation to deactivate collision monitoring, and carefully move the axes out of the area of danger. Take the correct traverse direction!  - Inform your service agency - Exchange the Profibus master  - Inform your service agency - Create a file for "MPFRAGMENTFILE=" or edit the entry in OEM.SYS  Correct the value.  - If required, inform your network administrator - If required, delete DHCP from the ADDRESS column and then enter the data  Reset is possible only for the following columns: RSV, LOCKED_ABOVE, LOCKED_BELOW, LOCKED_LEFT, LOCKED_RIGHT.  Enter a depth unequal to 0.  Use the function only when you have started the contour program from a UNIT program.  First fill the clipboard with the COPY BLOCK or CUT BLOCK.  - Inform your service agency  - Inform your service agency  Sometimes, excessive machining forces result in an illegal reduction of the spindle speed. Try changing the rotational speed or feed rate, or reduce the cutting depth.  - Use ISO9660 formatting. If you have connected a hub, ignore the message. If the message recurs even though no device has been connected or disconnected, inform your service agency. - Update the feature content level (FCL) of the NC software: Please contact your machine tool builder.  Close the marking function so that you can edit the unit.  In the CUT. column of TOOL.T, define a number of teeth other than 0 for the active tool.  Handwheel superimposition with M118 in connection with collision monitoring is not allowed. Remove M118 from the NC program or deactivate collision monitoring.  smarT.NC allows you to edit point tables only if there is a point table of the .HP file type. If necessary, make a new .HP file or change the file type to .HP.  To position the open-loop (displayed only) axis manually, deactivate M128 or TCPM FUNCTION or position the axis again manually within the tolerance.  The TNC log provides more detailed information on the cause of error. To display the log: Enter the password LOGBOOK in the supplementary operating mode MOD.  After a software update, FCL functions are locked by default. By entering the code number 65535 in the SIK menu you can enable these functions for a certain test period. You can enable the FCL functions permanently by purchasing and entering a code number . For more information, refer to your machine manufacturer or to HEIDENHAIN.  Contact your machine tool builder or HEIDENHAIN to purchase the software option.  Have the DXF file saved in the AutoCAD R12 (AC1009) format. If the problem occurs frequently, try making the DXF file with another CAD system.  Wait until the status change is complete.  Your machine does not fulfill the requirements for the function that you have selected. If required, contact your machine manufacturer.  Select and edit the file in the smarT.NC mode.  Do not use both functions simultaneously in an NC program. HEIDENHAIN recommends using the FU or FZ function because it enables you to enter the feed rate here directly in in./rev or in./tooth.  To be able to activate the smarT.NC operating mode, use the MOD function to select "iTNC 530 (340 490)" cycle setup.  Always program the first position in the PATTERN DEF block with absolute coordinates.  Set the machine parameter 6165 = 1 (MOD function, code number 123) and then recalibrate the touch probe.  Inform your service agency  Inform your service agency  Inform your service agency  - Release the key(s) or check the wiring - Inform your service agency  - Release the key or check the wiring - Inform your service agency  - Release the key or check the wiring - Inform your service agency  - Release the key or check the wiring - Inform your service agency  - Release the key or check the wiring - Inform your service agency  - Close the door(s) or check the wiring - Inform your service agency  Check the programmed values in the Scaling Factor cycles.  - Enter the depth as a negative value (positive in Cycle 204) to run the cycle - To run the cycle in the positive direction (negative in Cycle 204,), set machine parameter "suppressDepthErr" to off  - Program a TOOL CALL block indicating the tool axis (ISO: plane selection G17 - G20) - Check MP7300  Check if the next points can be approached without danger.  - Release permissive button - Check inputs  - Release permissive button - Check inputs  Edit the NC program  Enter the coordinates of the min point to be smaller than those of the max point.  Under options in the program header (UNIT 700), enter a datum table from which the datums can be selected.  Activate the working-space monitoring for the Test Run: > Select MOD function > Select the BLANK IN WORK SPACE function > Activate the working-space monitoring by soft key  Stay within the maximum permissible string length of 2047 characters.  - Use the tool name. - If required, contact your machine manufacturer  - Use the tool number. - If required, contact your machine tool builder  Check the calculation, edit the NC program.  Check the calculation, edit the NC program.  Check the calculation, edit the NC program.  Check the calculation, edit the NC program.  After a software update, upgrade functions are locked by default. By entering the code number 65535 in the SIK menu you can enable these functions for a certain test period. You can enable the FCL functions permanently by purchasing and entering a code number. For more information, refer to your machine manufacturer or to HEIDENHAIN.  The argument of the arc cosine must lie between -1 and +1.  The argument of the arc sine must lie between -1 and +1.  Reset before performing an M128 preset change or TCPM FUNCTION.  - Use the UPDATE DATA function (>MOD, >123, >ENT, >MOD) to Copy sample files to the TNC:\ directory - Use WMAT block to define the workpiece material - Define the tool material in the TMAT column of the tool table - Define the cutting-data table in the CTD column of the tool table - Add the corresponding tool/workpiece material combination to the cutting data table. Pay attention to capitalization.  Edit the entry on the service/support file in OEM.SYS, or change or generate the service/support file. Contact your machine tool builder.  A breakpoint can be set through the interface only in the Program Run, Full Sequence mode of operation.  Define at least one of the cycle parameters IX, IY or IZ to be unequal to 0.  - Enter a lower spindle speed S - Change the maximum spindle speed in the NMAX column of the tool table TOOL.T.  It is not possible to rename drives.  It is not possible to copy drives.  It is not possible to delete drives.  - File can only be processed externally. - File is in the wrong format.  - Adjust the spindle - Exchange the hardware - Inform your service agency  - Adjust the axes - Exchange the hardware - Inform your service agency  During an active FUNCTION TCPM, AXIS SPAT function, you can resume the program only with BLOCK SCAN soft key. Use the BLOCK SCAN soft key.  Program a permitted axis and, if necessary, refer to the machine manual.  Check the program settings within TNCopt. Acknowledge the error message and try again. If the error message recurs, inform your service agency.  - Restart the control - Contact HEIDENHAIN if the problem persists.  Your hardware needs a memory expansion to be able to start the help system. Contact your machine tool builder on this subject.  Do not use function M141 while the collision monitor is active.  Inform your service agency  - Install the released software - Use a suitable controller unit  - Please contact your machine tool builder. - Please contact HEIDENHAIN if the problem persists.  - Hardware error - Inform your service agency  - Hardware error - Inform your service agency  Try again to transfer the data at a later time.  Swap linear axes only for other linear axes, and rotary axes only for other rotary axes.  Axis swapping must be unambiguous.  Axis swapping must be unambiguous.  Eingegebene Werte prÃźfen.  You may change the global program settings only when the program is stopped.  Try again to carry out the current sequence of operations at a later date. Inform your service agency if the error recurs.  The TNC has execute the overload reaction that you defined. If required, check for a cause, e.g. tool wear or breakage, and restart the program.  Check the amplitude of the position encoder signal.  Check the amplitude of the position encoder signal.  Check the input frequency of the position encoder signal.  Inform your service agency.  Use PLANE AXIAL only in connection with active rotary axes.  - Software error - Inform your service agency  Check the table definition.  - Hardware defective - Inform your service agency  The TNC automatically deactivates all active global program settings. Reactivate the settings, if necessary, when you continue working in the Program Run, Single Block or Program Run, Full Sequence operating mode.  Choose only the following file types in the smarT.NC operating mode: - .HU for "unit" programs - .HP for point tables - .HC for contour programs - .DXF for externally created drawings  - Make changes only in the stopped condition. - Stop the program (internal stop) and reselect it with the PGM MGT key. Then edit the AFC settings.  While the machine status is being restored, the iTNC programming station cannot process NC macros or adapt a PLC program.  - Please contact your machine tool builder. - Contact HEIDENHAIN if the problem persists.  - Please contact your machine tool builder. - Contact HEIDENHAIN if the problem persists.  - Please contact your machine tool builder. - Contact HEIDENHAIN if the problem persists.  Inform your service agency.  Inform your service agency  Upgrade the main memory of your control to at least 256 MB. For more information, refer to your machine manufacturer.  Cancel the global parameter settings and restart the pallet operation.  The M128 function and axis locking cannot be active at the same time. Either disable the axis-locking function or deactivate M128.  - Use the TURN positioning behavior - In the next block, use the STAY positioning behavior and move the rotary axes to LA A+Q120 B+Q121 C+Q122 

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