Sure
Yes. The cord only transmits the power. Whatever that goes in is what comes out.
No. The voltage rating needs to be 600 volts for 480 volt power.
A: YES the higher the number the better it is for conduction . But never the other way around
Yes, one outputs 200 mA of current and one outputs 10x that much current. There is also a very good chance that the circular plug will be a different size.
No, it has to do with the insulation rating of the individual cords. 12 volts can be used on a voltage rating of 120 volts. But 120 volts can not be used on a 12 volt rated cord. As a point of interest most power cords have an insulation rating of 300 volts.
If the device you are powering requires 7 amps of power, then no. You will need to find a replacement cord with 7 amps. Check the power input requirements of the device to find out.
no
Yes, the 250 volt rating refers to the insulation rating factor of the cord and the maximum amount of voltage potential that the cord can safely handle.
Yes. The cord only transmits the power. Whatever that goes in is what comes out.
Its all in the power supply. If there is a switch that lets you change the input voltage from 240 to 120 then you are fine. Most computers have this switch on the power supply, its located on the back of the computer up by the top. All you will have to do is change the plug on the cord to fit that country's 120 volt receptacle.
A 220 volt power cord has 2 positive terminals. The will look the same. The one that is different will be the ground.
No. The voltage rating needs to be 600 volts for 480 volt power.
A: YES the higher the number the better it is for conduction . But never the other way around
Yes, one outputs 200 mA of current and one outputs 10x that much current. There is also a very good chance that the circular plug will be a different size.
No, but check the specification on the power bar to see what its maximum voltage rating is. There will be a bit of cord end cutting to get the right configuration for 240 volt equipment.
Yes, of course! The information about milliamperes is just a limit the cord is able to lead. So 100 mA is less than 400.
Connecting a floppy Drive in a Desktop ComputerYou should connect the 4-Pin 12 Volt non-molex Connector from the power supply to the power input of the Floppy Disk Drive, also the IDE ribbon cable from the FDD output on the Main-board to the FDD input on the Floppy Disk Drive, with the pink stripe on the outside of the FDD Input & Output sockets, it is important to make sure you are grounded to the case whilst doing this with the PC Power Cord plugged in but switched off