I am installing a new power supply. Need wiring diagram to make sure all components are hooked up properly.

I gave you the wring diagram and I gave you the fix.

The alternator went bad, you didn't check why, the new one went bad when you installed it?

Mis-wired? New one faulty?

https://www.google.com/search?q=2005+chrysler+pt+cruiser+alternator+wiring+diagram

Always diagnose, then fix.

https://www.google.com/search?q=mobile+auto+electrician+near+me

..

In the Maytag MHWZ400TQ01 washer model, the wire harnesses refer to the various electrical connectors and wiring throughout the machine. They connect the different components, such as the control board, motor, sensors, and other electrical parts.
To locate the wire harnesses and check them for any issues, you'll typically need to access the inner components of the washer. Here are some steps to follow:

1. Unplug the washer: Ensure the washer is disconnected from the power supply for safety.
2. Remove the top panel: Look for screws at the back of the washer holding the top panel in place. Remove these screws and slide the top panel backward or lift it up, depending on the model, to access the internal components.
3. Locate the wire harnesses: Once the top panel is removed, you should see various wire harnesses connected to different components. They are typically bundles of wires with connectors at the ends. These connectors plug into corresponding receptacles on the components.
4. Inspect the wire harnesses: Check each wire harness for any signs of damage, such as loose connections, frayed wires, or connectors not properly seated. Ensure all connections are secure and properly plugged in.
5. Repair or replace as needed: If you find any damaged wire harnesses, you may need to repair or replace them. Repairing involves fixing loose connections or re-crimping connectors. If a wire harness is severely damaged, it's best to replace it with a new one.

As for obtaining a diagram or parts list specific to your washer model, it's recommended to visit the Maytag website or contact their customer support. They can provide you with the necessary documentation or direct you to resources that can help you identify and locate the parts in your washer.
Remember to exercise caution when working with electrical components and ensure the washer is completely disconnected from the power supply before performing any inspections or repairs. If you're unsure or uncomfortable with these procedures, it's best to consult a qualified technician for assistance.

1. Switch off the machine, then switch on the machine.
2. Enter dC330 code 10-100 to heat the fuser to 180 degrees. Enter codes 10-200 (centre
thermistor) and 10-210 (front thermistor) to verify the condition of the thermistors.
3. Enter code 10-300 to check power supply unit 2. If necessary, install a new power supply
unit 2, PL 1.10 Item 4.
4. Switch off the machine. Remove the fuser assembly. Check that the thermistors, PL 10.25
Item 9 are clean and in good contact with the fuser heat roller. Check the wiring to the
thermistors. Install new components as necessary, PL 10.25.
5. Check for continuity between the two pins on the fuser assembly connector, PL 10.25
Item 8.
NOTE: A cold fuser has a resistance of approximately 11.5 ohms (220V/240V) or 2 ohms
(110V).
6. Check that there is continuity through the fuser heater and across the over temperature
cut-out.
7. Check the wiring between the fuser connector, PL 4.15 Item 20 and CON3, CON8 and
CON9 on Power Supply Unit 2. If necessary, install a new fuser connector, PL 4.15 Item
20.
8. Check the wiring between CON4 on Power Supply Unit 2 and CN7 on the Main PWB.
9. Install new components as necessary:
• Fuser assembly, PL 10.25 Item 1.
• HVPS, PL 1.10 Item 2.
10. Perform the OF5 Main PWB Check RAP.
4250/4260 Checkout
NOTE: The main PWB has test points. The location of the test points is shown on the Main
PWB PJ location illustration.
Refer to Wiring Diagram 17, Wiring Diagram 18 and Wiring Diagram 21. Perform the following:
1. Switch off the machine, then switch on the machine.
2. Enter dC330 code 10-100 to heat the fuser to 180 degrees. Enter codes 10-200 (centre
thermistor) and 10-210 (front thermistor) to verify the condition of the thermistors.
3. Enter code 10-300 to check power supply unit 2. If necessary, install a new power supply
unit 2, PL 1.15 Item 4.
4. Switch off the machine. Remove the fuser assembly. Check that the thermistors, PL 10.28
Item 9 are clean and in good contact with the fuser heat roller. Check the wiring to the
thermistor assembly. Check the wiring to the NC thermistor, PL 10.28 Item 19. Install new
components as necessary, PL 10.28.
5. Check for continuity between the three pins on the fuser assembly connector, PL 10.28
Item 8.
NOTE: A cold fuser has a resistance of approximately 11.5 ohms (220V/240V) or 2 ohms
(110V).
6. Check that there is continuity through the fuser heat lamps and across the over temperature
cut-out. Install new components as necessary, PL 10.28.
7. Check the wiring between the fuser connector, PL 4.15 Item 20 and CN5 on the Main
PWB. If necessary, install a new fuser connector, PL 4.15 Item 20.
8. Check the wiring between CON1 on Power Supply Unit 2 and CN7 on the Main PWB.
9. Install new components as necessary:
• Fuser assembly, PL 10.28 Item 1.
• Power supply unit 2, PL 1.15 Item 4.
10. Perform the OF5 Main PWB Check RAP

Hello,
The actual task of hooking up a home theater may take a little time, especially if you are doing a custom installation with lots of separate components, but following 3 links have the basic principle of input and output...pls visit all and than you can easiliy connect all properly..
Take care and if it succeeds please Remember to rate/vote and give me 4 Thumbs Up
for Helping out the Community :)
Hope this helps!

-------
The Basics of Home Theater:
Sample Wiring Diagrams
http://www.prillaman.net/ht_info_8-wiring.html
--------------------------
Home A/V Wiring Diagram
http://www.unicom.com/blog/entry/521
-----------------------------
How Do I Hook Up My Home Theater?http://hometheater.about.com/od/hometheaterbasicsfaq/f/htbasicfaq7.htm

Make sure you have your card installed correctly in your PCIe slot, it should hook in. You also have to hook up power supply. This card requires minimum 450 watt power supply and 600 watt power supply if using crossfire and dual mode. If your system meets these requirements, and you have card seated properly and hooked to power supply. You may have to enter your bios and dedicate the PCIe slot. I'm guessing the system will boot without card.

I've got an install diagram for that around here somewhere but for now, the trigger wire to run the tach itself goes to the "tach" connection next to the "Bat" terminal on the distributor cap. one wire attaches to your dash lighting so it comes on with the dash lights and dims properly, the other wire is likely a ground. If I don't add to this later, try googling Sun electronics...I am fairly sure they have an install page.

Hi, 

I want you to try first swap the power supply box  of the PC if no change ?
go to the CPU socket remove the CPU check if any component is burnt that area if ok put a new CPU  then on it . 
If still behaving the same ,then the mother board is bad get a new mother board

Good luck  

To install a new power supply, you don't have to send your computer to a specialist; you can install one yourself.
Before You Purchase. You can buy a new power supply from your computer's manufacturer, a computer store, or an independent manufacturer, but first you should examine your current power supply. Check to see if your power supply is AT (Advanced Technology) or ATX (Advanced Technology Extended) style. Your power supply should be labeled AT or ATX, and in the same area, you should see the output voltage in watts (for instance, ATX-250W). Be sure to buy a new power supply with the same or higher wattage as your old power supply. The higher the wattage, the more energy your power supply will provide to your computer. If you're adding additional components to your PC, you should purchase a higher wattage power supply. Furthermore, measure the dimensions of your old power supply, and make sure these measurements are the same as the new power supply you're going to purchase.

Get Started. To replace your old power supply, you'll need a Phillips or flathead screwdriver, a well-lit, low-static area (avoid carpeted areas), small containers (to hold screws or loose parts), and a pen and paper.

Turn off your computer and all the peripherals (such as your monitor, printer, modem, and scanner). Unplug your PC and all the peripherals from their outlets. After that, unplug all peripherals from the back of the computer. Move to a well-lit, static-free area, such as a tile floor or a kitchen table. Remove the computer case or panels to expose the interior of your PC. The power supply is enclosed in a metal box located in the corner of your computer case.

Before you disconnect any wires, be sure to sketch and/or note where and how each of the wires is connected. These notes will help you remember where to plug things in when you install your new power supply. In addition, when you remove any components from your PC, you should put any loose screws or loose parts in separate, labeled containers to keep them safe and organized.

Find the bundle of wires that come out of your power supply. These wires connect to your motherboard and various drives. Follow the wires to their white, plastic connectors and pull each connector until it is free (never pull directly on the wires). Remove all wires from their internal components. You may have to disconnect the on/off switch if the switch is not built onto the power supply. Occasionally, a large bracket secures a computer's power supply. To remove the bracket, loosen the screws and take it out. Now, remove the four screws closest to the outside edge of the computer case. Don't remove the screws that hold in the power supply fan. Carefully lift out your power supply (don't be afraid to pull it out with a little force).

To install your new power supply, you can reverse the actions you took to remove your old one. Put the new power supply in the same place as the old unit, tighten the perimeter screws into place, replace the bracket, and reconnect the on/off switch. Reconnect the wires by following your sketches and/or notes in reverse. If you have any loose wires, bind them together with a twist-tie. Make sure the voltage switch visible on the power supply is set at 120V (120 volts, common in the United States). Replace your computer case/panels. Connect all peripherals and the power cord to the back of your PC. Plug your PC and the peripherals into their respective outlets.

Start It Up. Turn on your computer and monitor. You should hear the normal sounds of a computer powering up, such as the fan and hard drive spinning. If your PC doesn't turn on or if any components in your system don't function, you should turn off your PC and unplug it. Remove the case and check to make sure all the wires are properly connected. Replace the case, plug in your computer, and turn it back on. If you continue to experience problems, contact the power supply's manufacturer or your PC's manufacturer.

Or you can see this :

http://www.hardwaresecrets.com/article/362

Take a picture of the inside of your computer and put it up on the website with the wire connectors that need to be connected. The connecting wires should be in four groups. 1. The power supply connectors. These connectors will supply power to to all the power using components not supplied power by the motherboard itself. 2 The connections to the other components in your system like the dvd/cd player and the harddrive and floppy drive.3. The motherboard connections for the case. The power switch connector andreset switchconnector. The power led and theharddrive activity light.The USB connector and the audio connector.The fan connections like the cpu fan and other fan only connectors found on the motherboard.The external fans ( Fans that need to be connected to the power supply).Most of these connections are labeled on the motherboard. The case connectors also should be labeled for the correct connection. The best way to find the answers to this hook-up, may be to call HP pavilion with your computer make and model number,motherboard model number including revisions number. Computer made by big manufacturers tend to have may revisions and the only way to make sure your are getting a correct hook-up to the motherboard is call them for assistance.Especially if the motherboard and case labels are not present or so small that they cannot be read.Hope this helps you with your problem.

There is 2 main cables you have to worry about to feed power to the system. One looks like a big rectangle block with a mess of wires attached. Make sure he is hooked into the system. Then if its an newer unit you will find a plug that has square look to it with just 4 wires attached and should plug in nearby the processor. (only newer units us this) Also if your dealing with the cant turn it on issue make sure to remove all cards off the board like the NIC, Video Card, and Audio Card. I am unsure as to weather or not your system comes with everything onboard or if its stand alone cards. If you still cant power on theres a bigger issue at hand and that maybe that your motherboard has blown.