Did you check the wall outlet (powerstrip?) that it was plugged into is still working OK, as you didn’t mention it?
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image, is this correct?
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If so I was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. I can’t tell because it is covered with insulation tubing. There is a ''component'' ''designation and information printed on the board'' close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
+
If so I was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. I can’t tell because it is covered with insulation tubing. There is ''component'' ''designation and information printed on the board'' close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
[image|2589980]
(click on image to enlarge)
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)
If it is a fuse then use an Ohmmeter (mains power disconnected from device) and connect across it on the underside of the board to see if you measure 0.00Ω. If not it has blown.
The rest of the power board and the other board look OK so hopefully it is the problem
Did you check the wall outlet (powerstrip?) that it was plugged into is still working OK, as you didn’t mention it?
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image, is this correct?
-
If so I was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. I can’t tell because it is covered with insulation tubing. There is a ''designation printed on the board'' close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
+
If so I was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. I can’t tell because it is covered with insulation tubing. There is a ''component'' ''designation and information printed on the board'' close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
[image|2589980]
(click on image to enlarge)
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)
If it is a fuse then use an Ohmmeter (mains power disconnected from device) and connect across it on the underside of the board to see if you measure 0.00Ω. If not it has blown.
The rest of the power board and the other board look OK so hopefully it is the problem
Did you check the wall outlet that it was plugged into is still working OK, as you didn’t mention it?
+
Did you check the wall outlet (powerstrip?) that it was plugged into is still working OK, as you didn’t mention it?
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image, is this correct?
If so I was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. I can’t tell because it is covered with insulation tubing. There is a ''designation printed on the board'' close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
[image|2589980]
(click on image to enlarge)
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)
If it is a fuse then use an Ohmmeter (mains power disconnected from device) and connect across it on the underside of the board to see if you measure 0.00Ω. If not it has blown.
The rest of the power board and the other board look OK so hopefully it is the problem
Did you check the wall outlet that it was plugged into is still working OK, as you didn’t mention it?
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image, is this correct?
-
If so I was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. There is a ''designation printed on the board'' close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
+
If so I was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. I can’t tell because it is covered with insulation tubing. There is a ''designation printed on the board'' close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
[image|2589980]
(click on image to enlarge)
-
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)
+
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)
-
If it is a fuse then use an Ohmmeter (mains power disconnected from device) and connect across it on the underside of the board to see if you measure 0.00Ω. If not it has blown
+
If it is a fuse then use an Ohmmeter (mains power disconnected from device) and connect across it on the underside of the board to see if you measure 0.00Ω. If not it has blown.
+
+
The rest of the power board and the other board look OK so hopefully it is the problem
Did you check the wall outlet that it was plugged into is still working OK, as you didn’t mention it?
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image, is this correct?
-
If so I was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. There is a designation printed on the board close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
+
If so I was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. There is a ''designation printed on the board'' close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
[image|2589980]
(click on image to enlarge)
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)
If it is a fuse then use an Ohmmeter (mains power disconnected from device) and connect across it on the underside of the board to see if you measure 0.00Ω. If not it has blown
Assuming that you checked the wall outlet that it was plugged into is still working OK?
+
Did you check the wall outlet that it was plugged into is still working OK, as you didn’t mention it?
-
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image so was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. There is a designation printed on the board close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
+
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image, is this correct?
+
+
If so I was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. There is a designation printed on the board close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
[image|2589980]
(click on image to enlarge)
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)
-
If it is a fuse then use an Ohmmeter (mains power disconnected) and connect across it on the underside of the board to see if you measure 0.00Ω. If not it has blown
+
If it is a fuse then use an Ohmmeter (mains power disconnected from device) and connect across it on the underside of the board to see if you measure 0.00Ω. If not it has blown
Assuming that you checked the wall outlet that it was plugged into is still working OK?
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image so was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. There is a designation printed on the board close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
[image|2589980]
(click on image to enlarge)
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)
If it is a fuse then use an Ohmmeter (mains power disconnected) and connect across it on the underside of the board to see if you measure 0.00Ω. If not it has blown
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image so was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. There is a designation printed on the board close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
[image|2589980]
(click on image to enlarge)
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)
-
If it is a fuse then use an Ohmmeetr and connect across it on the underside of the board to see if you measure 0.00Ω. If not is has blown
+
If it is a fuse then use an Ohmmeter (mains power disconnected) and connect across it on the underside of the board to see if you measure 0.00Ω. If not it has blown
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image so was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. There is a designation priinted on the board close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
+
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image so was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. There is a designation printed on the board close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
[image|2589980]
(click on image to enlarge)
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)
+
+
If it is a fuse then use an Ohmmeetr and connect across it on the underside of the board to see if you measure 0.00Ω. If not is has blown
Hi @cebollita1 ,
I can’t see it too well in your image, even when zoomed in but I’m assuming that the power cord comes into the unit at the top left of your image so was wondering if the component that I’ve pointed to in the zoomed in image below is a fuse. There is a designation priinted on the board close to the component (in green box in image) which I think relates to it and not the coil next to it, so it should help in identifying it.
[image|2589980]
(click on image to enlarge)
If it is a fuse the board designation may say something like AC 250V 1.5A etc. This is purely a guess though, as it may be something else entirely ;-)