Thanks a lot,
much appreciated...
much appreciated...
Mark Levinson 533H Amp fuse information
The board you see is located on the left side of the amps chassis and is visible when the top cover is removed. Two fuses located here; F1 and F2 along with what appear to be jumpers to select the operating voltage. Mine is the standard voltage: not 230. There are 3 more F2 fuses. One fuse at the top of each circuit board where the power capacitors are mounted. I think there are 14 caps on this board and they are in front of the heat sinks. ThIs is a 3 channel amp so a fuse for each channel. Thanks |
Thanks to everyone for the information and advice. I opened the amp and checked the fuses; They were all good. FYI, two fuse values in amp. F1 is a T50mA L 250v. F2 (there are 4 of these) is a T50 A L, 250 v Both fuses are 5x20 glass cartridge types. I will be sending it to the service center for repair |
I have a picture of the internal board for the 532h showing the fuses and jumpers. (It should be similar to 533h, perhaps different fuse values though) had previously contacted levinson about these but they wouldn't give'em out, I saw the photo from a seller on ebay and downloaded it... if you want send me a pm with your email, and I'll send them to you. whereabouts are you located? |
Dear @daisydog : " I would like to order replacement fuses for the 533H before I take the cover off. Anybody know the fuse info:..." that makes no sense to me because the easy way to know the information is just that: open the amp, which the problem with? anyway you can’t use it rigth now. If you insist not open then put in comunication directly with Levinson and exolain it the overall " problem ", no big deal. Regards and enjoy the MUSIC NOT DISTORTIONS, R. |
Have a ML 533H amp. It’s about 4 years old. The fuse ( I assume its the fuse) in the right channel blew about a month ago after a power surge from my utility. Yep had amp plugged into Tripp Lite surge suppressor; Surge suppressor was toast after the event.Define surge. No surge protector device (SPD) will protect from a power company’s over voltage event. SPD’s are designed to protect from a voltage transient that lasts only a few milliseconds. A good SPD will respond in one nano second or less to a voltage transient. As a rule a fuse will not blow open from a voltage transient or from an overvoltage event. What blows the fuse is the damage to the circuitry that may have been caused from the voltage transient or overvoltage event. Overvoltage. https://en.wikipedia.org/wiki/Overvoltage . |