that PSU seems fine for most but its only 150W so any significant POE load will most likely fail and could kill the PSUWhat PSU model was that exactly? So I know what to avoid
My FSP200-P35-A54 seems to work fine, it fit nicely, works in a fanless configuration like this and was relatively cheap. I haven't done any extensive testing on it (only tested plugging in/out a few times with PoE load) but It Works For Me(tm).
ICX7150 for repair?
- Thread starter Mithril
- Start date
The original PSU is only rated for like 130W. My unit with an aftermarket PSU that I think is 150 W shows a PoE budge of 124W. The spec sheets for the various PSUs should have a output curve based on temp that would give you an idea of the actual safe loading limits.
What model? With 300W supply, I wonder what the PoE distribution board limit is.
Also the guy I bought the PSUs from a couple years ago seriously jacked up his prices, so trying to keep a list of alternatives in case one boes burn out on me.
I went with the MEAN WELL EPP-500-54, which required some modification (removal of some of the metal casing) to get it to fit. You can see my posts on page 6 of this thread
I am also looking for alternatives to fix these devices. I came across some on ebay but have to confirm they fit
Yes, but as others stated, it's still more powerful than the original PSU, and if you need more PoE wattage you'll have to move up to a bigger switch anyways
I've been trying to repair a ICX7150 with no luck. I ordered a FSP200-P35-A54 and swapped it in and swapped the pins on the connector. I get 53~ volts out of the PSU but when I connect it to the switch board and give it power, the voltage drops off entirely. Never get any lights. I'm not seeing any burn marks but guessing the board is toast?
How are your white/black connectors ordered now? I discovered that I didn't need to invert them (I initially did so after reading it was required, but had to redo it) in my switch. This is a working setup for me:
I did swap the pins because from what I could tell the polarity was backwards on the new board. This is how it is currently wired.
White is positive voltage is black is negative voltage.
Just to sanity check - this is the correct polarity right?
Also as an aside for anyone who is retrofitting FSP200-P35-A54: There seems to be a 12V header (presumably for a fan) below the five capacitors in my picture. Would this actually help power supply longevity? I don't know but it's there.
White is positive voltage is black is negative voltage.
Just to sanity check - this is the correct polarity right?
Also as an aside for anyone who is retrofitting FSP200-P35-A54: There seems to be a 12V header (presumably for a fan) below the five capacitors in my picture. Would this actually help power supply longevity? I don't know but it's there.