2/19/2013 3:54 AM | |
Posts: 7 Rating: (0) |
Dear Support, B272(West Prospero Vessel)vessel equipped with SIEMENS Master drilling drive system, which was commissioned during 2006 in Singapore shipyard(Norway SIEMENS>>>P.O.NO 17284)Maintenance reported they had Drive trip was incident with fault code "F149",Reviewed manual the Information is not clear and not understandable.Please kindly review and assist and clarify, why this fault code was reported? what is reasons to get this fault code?....etc Your immediate assistance is highly appreciated Best Regards Partha AttachmentDrive Fault code_F149.PDF (413 Downloads) |
Last edited by: O_Moderator at: 2/19/2013 7:45 AM |
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2/20/2013 1:32 AM | |
Posts: 7 Rating: (0) |
Dear Support, I don't understandfrom enclosed dwg,how this fault code trip connection was Interfaced. Could you please advise,how thistrip input code was Interfaced Please kindly assist to provide correct usermanuals tounderstand Best Regards Partha AttachmentB272 - A15560-1004-4_02 Circuit Diagram.pdf (361 Downloads) |
Last edited by: O_Moderator at: 2/21/2013 10:50 AM |
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This contribution was helpful to1 thankful Users |
2/20/2013 3:39 AM | |
Joined: 6/4/2008 Last visit: 8/16/2024 Posts: 1492 Rating: (323)
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Hi, as KSN already stated, the source of this fault can be found in parameter U062. You need to download theCOMPENDIUM DOCUMENTand look in Function Diagram 710. This will only inform you which Binnector drives this fault, then you need to trace back and find the source. The Binnector can be a digital input, or a bit received via the Profibus. Your drawing does not show any digital logic, only power connections to the drive. Regards, Graeme
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3/1/2013 7:19 PM | |
Posts: 23 Rating: (2) |
Hi Pharta I really think that above experts’ explanations are quite clear. Nevertheless, following are some steps you could follow in order to know what the cause of F149 is. If you have Drive Monitor and can connect online with the drive, you could follow what PISCEAN 2010 said. It means, check what binnector is connected to parameter U062 (2062). Then if you are online with the drive, you could make a cross reference search of that binnector in order to know all the places where it is used. This information should lead you back to the source of the fault. Bear in mind that the binnector connected to parameter U062 could be, for instance, an output of a comparator block, an output of an OR block, an output of an AND block, etc. In fact, anything with a binnector output. If you don’t have online access to the drive by means of a computer, you could also follow back the binnector manually. First, either by using the PMU or the OP1S (whatever you have on your machine), you could search what parameter U062 has inside. What is inside it is a binnector number. Using this information, you could go to the binnector list of the compendium manual (attached is a reference binnector list for you to know). Then, with this information, and also using your compendium manual, you could search that binnector to know in what functional diagram it is used. For instance, let’s suppose that parameter U062 has B0601, by searching it in the attached binnector list you will find that it’s an output from an AND block (AND 0.78). Then, in your compendium manual you should search for B0601 until you get the functional drawing of it (attached reference). Then, following this example, you should now follow the same steps mentioned before, but starting in the PMU with parameter U221 (2221), and there you will have three possible binnectors to follow. I hope I’ve been clear in my explanation, and hope that this helps you solve your problem. Regards, MNAAttachmentvc34_kompend_e - BINNECTOR LIST.pdf (320 Downloads) |
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3/1/2013 7:23 PM | |
Posts: 23 Rating: (2) |
Sorry. Attachment of the AND 0.78 I mentioned in my reply. Regards, MNA |
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