How To Assemble A Computer

 

The steps are as follows :

1 . Preparing and Observing Motherboard

• Prepare the motherboard and note the position of the components available to it for more details  

• After that open the lock socket processor .  

2 . Take Processor .

• Note that the processor has a sign on one of its corners , in this case usually marked with indentations , holes or darts

• Skewer these markers with markings on the processor socket .
• If you do the above correctly , then the processor would be inserted into the socket properly

• The back key socket , by pressing the lever down and hook the existing lock

3 . Installing the Heatsink and Cooling Fan .

• Heatsink and fan are already assembled into one , so we just stay put and to set it up is easy
• Before installing , note the position of the power cable to the fan power connector location . Find the shortest distance so that it does not touch the power cord with a fan

• In the example of the Pentium 4 heatsink cooling times this form is round and there are 4 on 4 point locking around the cooler .
• Install the heatsink is a way to put it right on top of the processor and cooling sesuikan holder on the existing motherboard .
• 4 key points on the cooling by means press and turn clockwise using a screwdriver plus ( + ) .

4 . Installing the Memory

• To install memory , then open the lock on the second memory slot on the motherboard side
• Perhatihkan that each memory chip has a crack on the bottom side . At this time we are using the practice of double data rate random access memory ( DDRAM ) . There are other types of RAM , but currently hard to find in the market in new condition called syncronous dynamic random access memory ( SDRAM ) .
• Match this gap with a memory slot . If you were forced to install memory in the wrong direction , it can damage the memory or the motherboard.

•  Press the memory chips on both sides so you hear a " click" , and the latch will close by itself

 5 . Casing prepare .

• Prepare the chassis to be used .
• Place on a table or other places that are considered safe .
• Remove the existing screws on the back , and then open the side panel carefully , as shown below ini.d. Press the memory chips on both sides so you hear a " click" , and the latch will close by itself

• Match the position of the motherboard with the existing holder in the casing .
• Make sure the legs are going to support you in the motherboard that requires a strong pressure , such as the processor socket or slot memory . Do not forget any existing motherboard mounting bolt holes must be given screw / bolt , so a strong position ( not wobbly ) .

6 . Installing the Motherboard

• Prepare screws and screwdrivers are used , then attach your motherboard correctly on the stand are available

•  Be strong ( turn clockwise ) all the screws that are used for the motherboard is good and right .

7 . Setting up a hard drive

• Take your hard drive , and note the jumper . Jumper will be an option on the Master , Slave or Cable Select . This information can be found on the surface of the disk .
• Put the jumper in accordance with the desired position . If necessary, prepare a pair of tweezers to remove and install a jumper on the hard drive .

8 . Replacing the hard drive to the chassis .

• Some manggunakan casing bracket system that can be removed to facilitate the installation of the hard drive and cd / dvd drive

•  Choose the appropriate screws , do not get too big or too long , then attach the mounting screws on the hard drive properly .

9 . Connecting the hard drive to the motherboard .

• Note that there are two types of IDE data cable , which is 40 - wire and 34 - wire . 40 - wire cable is used for the hard drive and cd / dvd drive

•  This data cabling should not be reversed . On one side there is usually a cable with red color indicating pin number 1 .
• This position is also marked on the hard drive . Normally the position of pin 1 on the disk ( red wire ) is right next to the power connector ( in red ) .

10 . Installing the Floppy Disk Drive ( FDD ) .

• Installing the Floppy drive , about the same as installing hard drive , except for a few models that separate the casing and the floppy disk .
• Some types of casing , probably need to open the front panel before installing the floppy disk drive .

11 . Setting up the CD / DVD Drive .

• Like the hard drive , CD / DVD drives also use the jumper to the position of Master and Slave . Set jumper proficiency level in the desired position .
• If only there is a hard drive , the jumpers are in the position of Master .
• If there are 2 hard drives on one computer and both are enabled , then the first hard disk drive used as masters and only have to set to Slave .

12 . Installing a CD / DVD drive .

• To install the CD / DVD drive usually we need to disconnect chassis front panel first, or depending on the type and model of the used casing .
• Opening the drive cover on the front panel .
• Install a CD / DVD drive correctly , then close the front panel ( if using the front panel ) .

13 . Connect CD / DVD drive to the motherboard 

• IDE data cable installation from CD / DVD to the motherboard together with the installation disk .
• Plug connector CD / DVD , and the other end to the motherboard , the connector labeled CD
• Do not forget to tidy up the cables that were disconnected and " chaotic " . Set the track and cable lines neatly , if necessary tie to make it more presentable and pleasing to the eye .

14 . Connecting Cable Connector on Motherboard 

• Now we need to connect the cables from the motherboard to the chassis

• This cable consists of power switches , drive indicator , power indicator , reset button and speaker, as shown in the picture below .
• For chassis that provides front panel , such as universal serial bus ( USB ) , then the wires should be connected to the motherboard in order to function normally .

15 . Connecting the Power Cord 

• After all is installed , then the next step is to connect the power cord from the power supply to the motherboard , hard drive , FDD and CDROM

•  For the Pentium 4 motherboard , usually there are at least 2 dayayang connector should be installed , as shown below .
• Then connect the power cables also to the hard drive , floppy , and CD / DVD . If you use a chassis cooling fan , then connect it to the power supply or to the motherboard , according to the connector held .

16 . Prepare Components Outside 

• If the internal components are wrong , it now turns komponenkomponen the outside , such as the monitor , keyboard , mouse and speakers

• For these components , we just connect the wires to the terminals that have been determined , such as keyboard , mouse , speakers and others.
• Do not forget to power cables , both for the chassis and the monitor .

17 . Checking the Power Supply 

• Check carefully for the power supply is used . Normal voltage is 220-230 volts . If the switch is provided , then move the switch to the appropriate voltage source 
• Some are equipped with a power supply voltage of the transfer ( switch ) between 110 or 220 volts .

18 . PC Brother It's Ready 

• Now your PC is completely ready , and could in his power supplynya . Do not forget before mengONkan Power Supply is to always " pray " first.
• If you do not want to check once again the power wiring ( source voltage ) that is used to supply the computer device

19. Good Luck..

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