This error is generated when a bad or unrecognized M code is found in the NC file. The activity log will indicate exactly where the bad code is in the file.
This error indicates that a limit sensor has been detected during the running of a job. If a job is running properly and staying inside the boundaries of the machine then no limit sensors should be detected. This error is generated if the file is going to try to drive the tooling down into the bed of the machine. The limit is Any tool trying to go deeper than that will cause an Error This is an operational or file creation error. This error is generated if the file is going to try to drive the tooling up past the limits of the Z axis.
This can happen if you are using long tools in the job and they have less range of motion than the NC file requires. It can also occur if function 20 has moved the file position upwards or a Z origin command was used to move the origin upwards.
This error is generated if the machine is trying to move too far in the negative Y direction and the carriage will hit the minus Y stops. This error can occur if the NC file has minus Y commands and the machine origin is not moved far enough away from the Y stops. This error is generated if the machine is trying to move too far in the positive Y direction and the carriage will hit the plus Y stops. This error can occur if the NC file has plus Y commands that are too large and the machine origin is not moved far enough away from the Y stops.
This error is generated if the machine is trying to move too far in the negative X direction and the carriage will hit the minus X stops.
This error can occur if the NC file has minus X commands that are too negative and the machine origin is not moved far enough away from the X stops. This error is generated if the machine is trying to move too far in the positive X direction and the carriage will hit the plus X stops.
This error can occur if the NC file has plus X commands that are too large and the machine origin is not moved far enough away from the X stops. This error occurs when a remote software system such as I-cut commands the machine to move outside its boundaries.
This error occurs during some functions and at the start of a job if there is no active tool or an unknown tool in the spindle. The reason an error is generated is that many functions and features require a tool characteristic like length, or max RPM, or similar in order to operate. With no active tool there is no definition for these characteristics and the machine cannot execute the functions or the job. This error is generated by one of the servo drives going into alarm.
Servo systems constantly monitor and feedback their location and power consumption. If something causes either the location or power to exceed the limits of the system then the servo will go into alarm and stop. This is detected by the machine and it will stop the job and show Error Servo Alarm. It does this for both safety and to prevent damage to the materials, machine, and tooling.
This error occurs when the machine tries to send spindle speed or RPM information to a device that does not have RPM control. This is a configuration error and nothing is wrong with the machine. No parts or service is required. This error code occurs when the machine cannot detect the inverter to operate the spindle.
This may mean that the inverter has failed and requires replacement, however, there are many possibilities that could occur where the problem is not the inverter. Review this document carefully to avoid unnecessary expense and loss of time. Do not assume the inverter has failed without following the procedure.
Some inverter types have trip codes that help explain why an inverter stopped operating. Trips can be caused by shorts, overloads, overvoltages, and other reasons. This error occurs either during the spindle warm up failing during the initial setup of the inverter when the machine powers up or there is a problem when setting up the inverter using function This error occurs on systems that have inverters installed to run their vacuum pumps.
This is generally where there is no three phase power available to operate the vacuum pumps so large inverters are used to run a three phase pump from a single phase source. Trips can be caused by shorts, overloads, over voltages, and other reasons. A Z reset error occurs during a function 12 homing routine if one of the Z axis has moved since the last homing cycle. A Y reset error occurs during a function 12 homing routine if one of the Y axis has moved since the last homing cycle.
An X reset error occurs during a function 12 homing routine if the X axis has moved since the last homing cycle. It can also occur if the system has auto squaring and the machine has become out of square. This error occurs when the machine first starts up and indicates a problem with one of the components in the A2MC controller. It indicates that the FPGA board cannot be detected.
It indicates that the FPGA board is the incorrect version for the software that is implemented. This error occurs when a tool number is specified that is less than 1 or greater than Simply review your files or process and ensure that there are no tools specified outside of this range.
This is an operator or file error. There is nothing wrong with the machine. Do not service or replace any parts. This error occurs when a tool number is specified that has not been previously set up as a tool. Only tools that have been set up in Tool set up can be used by the machine or by a job running on the machine.
This error occurs when the machine cannot determine which type of ATC system is in use by the file. This problem usually requires that the ATC system set up is reviewed and repaired.
If you need help with this please contact customer service and book a service ticket to speak with a qualified AXYZ Engineering Support technician. This error occurs when the machine does not know which tool number is in the spindle.
If the machine does not know the tool then it cannot proceed to cut anything or even change the tool as it does not know where to put the tool back. This error occurs when the operator does a manual tool change and does not actually put a tool into the spindle.
The machine will detect that there is no tool and generate an Error This error will occur if you try to use function 35 to separate carriages and your system does not have dual Y or dual carriages enabled. It will also occur if you try to separate the carriages too far and one of the carriages will run off the end of the gantry.
This error occurs when the machine tries to position itself for an ATC change but is not in the correct location for the change. This can occur if the operator has pressed stop while the machine is moving to the ATC. It can also occur if there are machine limits or machine sizing set up problems and the motion range of the machine does not allow it to get to the correct location.
This error indicates that the 21G or 7G tool changer system has detected low air pressure. The tool changer rams and door operate on pneumatic air and require an 80 PSI or 5 bar minimum supply. This error indicates that the 21G or 7G tool changer system has detected a problem with the air ram or air cylinder that pushes the tool into the spindle.
This error indicates that the 21G or 7G tool changer system has detected a problem with spindle clamp. This error could be a setup error or it could mean that the ATC is not rotating. Carefully observe the error message and select from the options below. The activity log will also provide useful information to help diagnose the problem. Generally this occurs if the operator presses STOP during the tool change cycle.
This error is usually either an operator or setup error. Normally nothing is wrong with the machine so do not service or replace parts! During any tool change the spindle must be stopped.
Opening the clamp of a spindle while it is spinning will often cause severe damage to the spindle and can eject the tooling at high speed endangering operators and anyone near the machine. This error indicates that the machine had to shut down because it detected an unsafe spindle condition. An unsafe spindle can be dangerous so look at this condition carefully! This error will occur if a tool is not qualified before it is used. This is an operator or set up error. Do not service or replace any parts!
This error can occur for two reasons: There is no tool in the spindle because the tool change failed to get tool into the spindle. There is a sensor in the spindle that detects if there is tool in place in the spindle.
If this sensor fails then an Error will be generated. This error generally means that the ATC modbus controller board has failed or is unplugged. This error generally means that the ATC rotary modbus controller board has failed or is unplugged. Generally you will also get other errors like Error and Error as well when this error occurs. This error indicates that the modbus carriage board has failed, is programmed to the wrong address, or is unplugged. Each carriage should have a carriage board.
Carriage one will always be programmed to address 65 and carriage two to address This is error is caused when a copy tool is set up incorrectly. It indicates that one or both tools that make up a copy tool is invalid or does not exist. The copy tool cannot run so an Error is generated. This is an operator or setup error. This error is caused when an operator tries to use function 25 and an F25 sensor has not been set up or has not been installed on the machine.
If there is no F25 sensor on the machine then you must use function 24 instead to qualify the tools. This error usually indicates that the rotary ATC modbus controller has failed or is unplugged.
This is not an official translation and may contain errors and inaccurate translations. Autodesk does not warrant, either expressly or implied, the accuracy, reliability or completeness of the information translated by the machine translation service and will not be liable for damages or losses caused by the trust placed in the translation service. Back to Fusion Category. Back to Topic Listing Previous Next. Filter by Lables. CAM 1.
DNC 1. Message 1 of 7. Preview file. Tags 4. Tags: AXYZ. Labels 4. Message 2 of 7. Hello kylesuon4 In order to be able to diagnose, can you give more information please? You provided 2 pictures : Screenshot Screenshot Another issue can be how the I,J,K variables are interpreted absolute, or incremental from the starting point Do you use the post from the online library?
Can you share your Fusion file, and the post you are using? If you have a programming manual for the machine, can you check how IJK are defined. Because we only have a list of G and M codes supported, but no additional explanation. Have a nice day. Regards Serge. Q Technical Consultant cam.
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