Question about E-Machines Computers & Internet
After a power outage we had my e machine model et1611 would not turn on after our power outage ,the power supply was damaged ,I replaced the 250 watt power with a new 550 what power supply,before I installed the new power supply,I installed a 220 watt power supply out of another computer,and after 10 min.it shut off,the man at the computer store,told me it likely that the power supply was too small and was more less the reason for the computer shutting off,but with this brand new power supply it still shuts off,the computer is my daughter's and I want to repair it before she returns home,can anyone please help!
I had an Emachines W3609 that did the same thing, I changed the 350-watt power supply with a 550-watt and it still shut off, even using the newer one. I thought just the first one was bad but I guess not. It had more than enough power to power it up but nothing. And it used to randomly restart at times and then just shut off. Try and get a new hard drive maybe that will help. Good luck!
Posted on Jun 14, 2014
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Posted on Jan 02, 2017
SOURCE: Computer won't turn on
pull the battery out of you motherboard it will reset your bios leave the battery out for a couple minutes then when you put it back in boot up and it should go into bios use your arrows to select set defaults hit enter then reboot it should boot up then if not its possible you have a hard drive issue.
Posted on Jan 03, 2008
Changing out power supplies is not that difficult task. Upgrading to a 550 Watt power supply would be a good idea because it will give you more power than you need at the moment. You can google the power supply with the word problems with it and see what comes up. The main thing to be sure of when selecting a new power supply is to make sure that you get one with the appropriate connectors for your hard drive, motherboard and processor. For example if you have a SATA Hard drive then you will need a PSU that has SATA power connectors. Most newer power supplies (PSU) have these. The box should list what connectors it has.
Posted on Mar 12, 2009
hello, i don't know from wher u can get a button but u can try somthing else; try to see if your cooler it is working properly ( look in bios and see what's your CPU temperature is after 15 minutes of working; if it is over 60-70 celsius degrees then u need to change the cooler)
Posted on Dec 28, 2009
Almost as the above.
Bypass the Power On switch, using a jumper for the Soft Power On, of the Power Supply.
If bypassing turns the Power Supply on, you have a bad Power On switch.
If bypassing does Not turn the Power Supply on, you have a bad Power Supply.
[The Power On switch, is located inside that plastic Power On button. I have found that this generic Power On switch fits many computers,
To bypass the Power On switch, and use the Soft Power On of the Power Supply, a jumper wire is used to Temporarily connect the Soft Power On wire, and ANY Ground wire.
The Dell Dimension 5100 desktop computer uses a 24-pin ATX main power cable.
Dell Support > Dimension 5100 > Technical Overview > System Board Components,
On the motherboard (System Board) illustration shown, look down the right hand side.
Power Connector (ATXPWR1), points to the female socket on the motherboard, where the 24-pin ATX main power cable plugs into.
Scroll down the page a little more, and you will see the heading -
Power Supply DC Connector Pin Assignments.
I would like to refer you to the heading underneath it,
DC Main Power Connector 1.
This is the end view of the 24-pin ATX main power cable connector.
Looking at the illustration of the connector, you are looking at the Front.
Below this illustration is a chart detailing the Pin Numbers, (Socket holes in the connector)
It also details what the Signal Name is of each wire.
Lastly it details the color of the insulation on the wire.
This will make more sense in a moment.
This is a closer look at a typical 24-pin ATX main power cable, and it's respective connector.
The Middle photo shows the Front of the connector.
The 24-pin ATX main power cable, is unplugged from the motherboard.
A typical female connector for the 24-pin ATX main power cable, is shown on the Left. (Not a photo of a Dimension 5100 motherboard)
The 24-pin ATX main power cable is shown plugged into a motherboard, in the photo to the Right.
With the Power Supply UNPLUGGED from power, AND the 24-pin ATX main power cable still plugged into the motherboard, a jumper wire is used. (Not shouting)
The jumper wire is inserted into the Back of the connector.
One end is inserted down into the socket hole that has a Green wire in it. Right next to the wire. (Soft Power On. Also stated as PS-ON)
The other end is inserted down in to a socket hole, with ANY Black wire.
ALL Black wires are Ground wires.
They all end in one central Ground terminal.
The touch is MOMENTARY. A brief contact.
No more than two seconds.
The Power On switch is a Momentary Contact Switch.
I suggest using a jumper WIRE, because there will be a spark.
The Voltage is 5 Volts DC.
Two D cell flashlight batteries produce 3 Volts DC.
Not necessarily harmful, but you may be angry if you do this procedure, see a spark, and are not Warned ahead of time.
Or use a paper clip, and get sparked.
This is why I suggest using a jumper wire that has insulation on it.
You may also wish to use a glove on the hand that inserts the jumper wire.
Doesn't take a very large gauge of wire.
The jumper wire is approximately 3 inches long.
It is bent into a U shape.
1/2 inch of insulation should be removed from both ends, and the bare ends twisted into a point.
For each wire that goes down into a socket hole of that connector,
(24-pin ATX main power cable connector), there is a metal terminal.
The metal terminal is a female socket.
This metal terminal is pretty far down in the connector.
When you insert the jumper wire ends, you must ensure that the bare ends touch that metal terminal.
My method is to have the Power Supply unplugged from power.
I insert one end of the jumper wire down into the Green wire socket hole, ensuring that it is touching that metal terminal.
I then plug the Power Supply into power, and insert the other end of the jumper wire, into ANY socket hole that has a Black wire in it.
Power supply comes on, you have a bad Power On switch.
Power Supply does Not come on, you have a bad Power Supply.
The Soft Power On feature, was implemented to take the place of the older style, of turning on a Power Supply.
With the much older style, there was a metal rod that was pushed by the Power On button.
This metal rod in turn pressed against a Power On switch located inside the Power Supply.
Next implementation involved using a heavily insulated cable of wires, that came from the Power On switch, located in the Power On button, and led over to the Power Supply.
Now there is the Soft Power On.
When a Power Supply is plugged into power, there is always 5 Volts present in the Power Supply.
5 Volt Standby Power.
This 5 volt standby power is routed through the Power On switch, and back to a Ground, via pressing the Power On button.
The 5 Volt standby power excites a circuit within the Power Supply, and the Power Supply turns on.
If you have any questions please state in a Comment.
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Posted on Jun 23, 2010
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