Posts by BananaMan77777777

    Looking for some input on how to utilize the safety signals to safely stop the robot when an operator needs to enter the cell. My understanding is that I need to use the SVOFF first then use S-SAFF to open the safety circuit and prevent robot movement until the safety circuit is closed again.


    Safety Signals


    SVOFF CAT1 (Turn Off Srv Pwr)


    SVOFF CAT0 (Turn Off Srv Pwr)


    S-SAFF (Safety Fence Open)


    S-EXESP (External E-Stop)

    Hi,


    I am looking for information on how to add a adventics manifold with I/O over Ethernet to be a slave to my Yrc1000 controller. I have made the robot a slave to the PLC but haven't found any info on adding an ethernet manifold to the robot. Any help is appreciated.

    Recently did a project with 2 YRC 1000 micro controllers and they came with PLC Mapping from the factory. Only needed to change the IP address and then add the robot into the Rockwell software. The PLC Map even came with a spread sheet showing exactly where Yaskawa had mapped every input and output. This map included start signals, servo on signal, etc.


    My question is we have a YRC 1000 GP88 on order, does this controller come with a similar PLC map or will I need to go into the CIO ladder editor to set up start, stop, servo on, etc. I believe I will have to set up the adapter to get my universal outputs and inputs. Just looking for some clarification, so I know how prepared I need to be for this setup.


    Thanks in Advance

    I have an old RJ-2 controller that is giving me a SRVO-021 SRDY OFF G:1 All 6 axis, alarms only when I try to jog the robot in T1 or T2. Robot currently runs in Auto with no errors, but will not run in manual mode at all. This is a robot cell that has been running for about 4 yrs if not longer. Problem started about a week ago and I haven't been able to jog it since. Any help is appreciated

    That is a good hint. I remember that I had one robot in the past configured with Other and UOP. The only way to get this one to work was to clear the IO assignments for the PNS1-8 signals. With that system I have only used UI 1-8 and UO 1-10.


    I have no idea why it didn't work with the UOP signals completely mapped because I had many other systems that worked with that setup.

    I tried reconfiguring the UOPs as stated above and still not able to start the cell from the UOP inputs. Looks like I will be making another call to Fanuc today.

    I want to leave this update as I may have found a fix but will update tomorrow on if it works.


    How do you control the UOP signals? Discrete wiring or via PLC and a fieldbus protocol? Did you already check if the mapping of your UOP signals is correct?

    RMT_MASTER is set to 0.


    TP is off.


    Pendant says it's in Auto.


    Controlling UOPs over Ethernet with a PLC. I can see the UOPs change states on the pendant from the PLC

    We tried using UI[18] before switching to UI[6] and had the same results.

    We have RJ30ib Controller that we are redeploying. It use to run via the Style commands but we are changing it to Other, and production start method is UOP. I have selected my MASTER program as the starting program under %shell_wrk.$cust_name and I can jog the robot through the job but when I try to start the job in Auto the robot does not run. I am Holding UOP UI 1,2,3, and 8 on. I pulse UI 5 for .75 sec, and pulse UI 6 on. The program still does not run with these variables set. What am I missing? I am mostly familiar with Motoman Robots so Fanuc is a weak point.

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