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Post by Gary Cook on Sept 6, 2020 18:34:22 GMT -5
As mentioned in another thread my XSP-1 had a fault pop up where it shuts down completely (lights out) when I try and switch from standby (orange light) to powered on (blue light). It flashed blue for a millisecond then switched off completely. Requires a power off/on switch at the rear to get back to standby. As returning it for service from Australia was not really an option I contacted Emotiva and Joe and Damon kindly sent me the detailed instructions for removing the power supply board and replacing the 2 likely capacitors causing the issue, being C9 and C23. Plus the specs of the audio quality capacitors and 2 "local" suppliers. The capacitors cost $1.75 for the 4, I bought 2 spares just in case I damaged one installing it and also for spares later on if the problem reoccurs. The freight from Hong Kong was $25, another reason or buying a couple of spares.
On Sunday afternoon, Fathers Day here, I replaced the 2 capacitors, neither of which showed any physical signs of damage. Following the instructions was easy, and using the trusty soldering iron and solder sucker I removed the old capacitors and replaced them. Then did a temporary reassemble and tested the power on, all good, so I did a full reassembly. I put the XSP-1 back into the system and it works and sounds as good as it has ever sounded. Time wise it took longer to plug it back into the system than it did to actually replace the capacitors.
Obviously I'm OK with DIY electronics and honestly replacing capacitors isn't that hard a task on Emotiva circuit boards, I've done a few, mostly UMC-200's. But the instructions are so good that any electronics service agent could do it, no Emotiva experience required.
Cheers Gary
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Post by doc1963 on Sept 6, 2020 18:50:21 GMT -5
Glad to hear that you’re back up and running Gary. My XSP-1 is still going strong and I don’t think I could ever bring myself to replace it. Good to know that what would seem to be a “catastrophic failure” is actually a cheap and easy fix.
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Post by audiobill on Sept 6, 2020 20:44:18 GMT -5
How old is the xsp-1?
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Post by Gary Cook on Sept 6, 2020 22:52:26 GMT -5
If I remember rightly Gen 1 was launched around 2012, mine is a Gen 2 which was launched around 2014. Obviously, being in Australia, it runs on 240 volts and it blew the slow blow fuses a couple of months back, which may or may not have anything to do with the small capacitor/s failing in the power supply shortly thereafter. The suggested supplier of the audio quality replacement capacitors rates them for 10,000 hours, which at my usage is, interestingly, about 6 years. Cheers Gary
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Post by mgbpuff on Sept 7, 2020 7:32:32 GMT -5
If I remember rightly Gen 1 was launched around 2012, mine is a Gen 2 which was launched around 2014. Obviously, being in Australia, it runs on 240 volts and it blew the slow blow fuses a couple of months back, which may or may not have anything to do with the small capacitor/s failing in the power supply shortly thereafter. The suggested supplier of the audio quality replacement capacitors rates them for 10,000 hours, which at my usage is, interestingly, about 6 years. Cheers Gary So, I assume that the power supply board is not surface mount type as are the other boards in the Gen 2 version. Correct?
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Post by brutiarti on Sept 7, 2020 10:08:26 GMT -5
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Post by Gary Cook on Sept 7, 2020 15:45:55 GMT -5
If I remember rightly Gen 1 was launched around 2012, mine is a Gen 2 which was launched around 2014. Obviously, being in Australia, it runs on 240 volts and it blew the slow blow fuses a couple of months back, which may or may not have anything to do with the small capacitor/s failing in the power supply shortly thereafter. The suggested supplier of the audio quality replacement capacitors rates them for 10,000 hours, which at my usage is, interestingly, about 6 years. So, I assume that the power supply board is not surface mount type as are the other boards in the Gen 2 version. Correct? Correct, I’m not sure how physically larger, high capacity (capacitance, resistance, voltage etc) components used in a linear power supply could be engineered to be surface mounted. Cheers Gary
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