Typical startup error codes appear every time the Biesse Rover 24 is started for the first time from complete power down condition. QUO — Movement not possible. Machine in emergency status.
Homing must be performed. The PLC looks all serious but it just means that you have to press the big green button on the front of the machine cabinet.
That click is the contactor for main power to the machine controls making contact. Now select your warm-up program. Press the green [START] soft key on the front of the cabinet to load the program into machine memory. Check that thickness indicated is correct! If your jig thickness is set properly, just continue on and press the quadrant 1 button on the floor pedestal, press the foot switch to activate the vacuum pump and then press the quadrant 1 pedestal button again. The program should start!
Here are a couple links I found for artCam from deprecated AutoDesk software that have the basic structure for the post processors for different types of Biesse machines: download the Biesse.
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You may have missed.Turn the air up to 8 bar and see if it will start. If it does then we know its out of adjustment. Do not, I repeat, do not leave it at 8 bar.
Biesse Rover 24: Global Homing & Jig Thickness Error Codes
Follow the air coming in and you will see a sensor early on the line. Tony Member Its solved by cleaning pressure sensor 2 -- Post a Response to this thread notify me of responses to this topic www.
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Recent Posts At All Forums. Recent Images At All Forums. Architectural Woodworking. Business and Management.The router cuts the outside profile and then right before it leads out it dips into the part. Sometimes we can work around it but many times I have to re-cut manually. Anyone had this issue in this configuration? Your help is much appreciated. High light the program and hit "Edit" should be able to draw and watch the last step even if sent via Microvellum.
Have you upgraded software lately? I have copied the machining lines over and over but the error happens on parts that have no machining.
We ran it several times to get the post just right. I do not have Microvellum, but our post from the software had to be integrated with the NC integral Biesse post. Find an old program that is not doing this and analyze the last three or four lines?
Are you squaring off you nest? Did you just recently stop this? Steven Ill find an old part and compare. I dont square the nest, never had to. Havent stopped it yet.
STEVEN It is a nested part and it does seem to be related to the lead out but It only becomes noticeable after microvellum converts the machining. Alien Member Have you changed bit size or Space between panels? Go to tool file under nesting tab and read over the values. I will look on mine and see if anything pops out. What machine is it? Frank D. There MAY be a variable within the code telling the spindle to lead in to the material, or lead out of the material, as though the cut was a curve rather than a straight dado.
Brian Had to do a double take on that screen shot haven't seen that tab for a day or two, they have added and change it a bit. Yep look at the code, the machine is only doing what it is told. If it is veering off at the end then you are having a mis-interpretation between microvellum and the Biesse post. Your original post said that it is a recent devopement. You need to go back and figure out what happened between then and now. You are also saying it does not happen with parts that are not machined.
Yes that is what we understand. I see that you have stated that it happens with copying line after line. Does it happen with a fresh drawing. As new. Not a copied one. MV may be sending through the post a helical lead in or out and with the data in your offset, leaving the tab. Please Note : If you have posted a message or response, do not submit this request I'm interested in Knowledge Base: General Items.Anyone got any ideas to narrow it down a bit?? Dylan Bayliss Website: cnc-tool.
I suggest you contact Biesse as well as techs can provide additional insight. We, have also on one occasion, installed ground rod into floor to dissipate the Static Build up. As Dylan mentioned, make sure your grounds are good. Would not hurt to put 8' copper ground rod behind machine, connect that to the main ground wire by the wire track.
Are you cutting MDF by chance? Have grounded all the flex hoses and improved the earth circuit, machine has been running for a week now with no issues. Fingers crossed Please Note : If you have posted a message or response, do not submit this request I'm interested in Knowledge Base: General Items. Adhesives, Gluing, and Laminating.
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CNC Alarms – Complete CNC Alarms Error Code Lists
Also check that it is the correct voltage being applied. Check the 24VDC power supply that may be either provided internally from the PLC itself or by an external power supply.
Also check no primary fuses are blown. Check the VAC supply or transformer is outputting correct voltage and no fuses are blown. This is often used for hydraulic solenoid coils and such.
Look for the area of the cell or sensors and switches located in the problem area. Such as a tool changer, pallet changer or magazine area. Look through the electrical prints for the possible proxes or devices that may be faulty. Manually make each of the switches. But still be careful as some ladders are not written fully safe. Remember proxes typically fail to the on state so make sure they are not on when they are not supposed to be as well.
Check the inputs on the machine or PLC diagnostics as you make and break them. If these are all working correctly move on to checking the outputs below. Otherwise test that power is coming back into the PLC inputs with a meter.
At this point it may be necessary to actuate the machine either by an M-code if it is a CNC or if it is a PLC direct then run the functions you are trying to perform. Determine possible solenoids or outputs that should be turning on for each condition and monitor when actuated. Now check the output LED's or Y addresses to see if plc or control is outputting them. If the outputs are being turned on by watching the diagnostics or LED's.
Verify with a meter the proper voltage is coming out of the PLC and verify the proper voltage is at the solenoid. Make sure you check the voltage at the relay coil as well as the supply being but to the dry set of contacts on the relay.
Many times these relay boards will have a relay go bad or have a device such as a solenoid that shorts out to ground causing the relay contact to burn up. There are also sometimes fuses in the circuit as well that may need to be checked.
If the relay contact is found to be bad. Check with your meter and the power off to ground from the circuit that may be shorted. If its less then 40 ohms or so you most likely have a short to ground. Find the short or bad coil and repair. Then sometimes another relay may be swapped out that was not being used on the board Many times you have to unsolder and resolder in the bad relays place.
Some PLC's if they are for automation or external fixtures sometimes have a reset on them to clear and major alarms inside the PLC itself. Use caution on mushing any buttons on PLC's. The volt circuit should not drop below volts for any reason if it does there is a problem. If it is not main machine transformer taps or power being applied to primary may not be set properly. Link to us from your website and promote the community!When dealing with network communications, Errors will occur.
To simplify the process of identifying a possible Errorthe C-more Panels will automatically display an Error Code that helps identify the existing issue. If a C-more communications Error does occur, the Error message will display across the top of the screen. C-more Panel Error Codes.
Error Code. Error Message. PLC Communication Timeout. Timeout occurred after sending request to PLC. When multi connection such as RS, STX is not found. LRC does not match. This is an indication that the data in the packet is corrupted.
CRC does not match. Address Does. Not Match. The Address value returned in the data packet from the PLC is incorrect. Different function code received from PLC. Data size does not match. Invalid value in function code.
There is an Invalid Value in the Function Code. Invalid Command sent to PLC. This Error will be displayed if after checking the Transaction ID Bytes in the packet, there is no match to what was requested. Data byte communication Error. Out of address range. This an AB Protocol Error only. C-more support for file numbers more than is only for PLC5. Other PLCs support is only up to The server panel did not respond when using the Panel Pass Through.
Found in Parity Error by Hardware.