No, the two systems need a different coil resistance.
Of course not! There is no direct relationship between electric current and electric energy. They aren't even measured in the same units. Also in most cases small electric currents provide less electric energy that very large electric currents. If all electric currents provided the same electric energy then the electric current from a flashlight battery that lights the bulb when you turn the switch on could provide the same electric energy as the electric current in a lightning bolt when it strikes... therefore every time you turned on a flashlight the electric energy would destroy the flashlight and electrocute you! As this doesn't happen, the only answer that your question can have is no!
no
Electric current does not drop. Electric voltage, however, drops across a wire because the wire has non-zero resistance. (Do not confuse electric current with electric voltage - they are not the same.)The reason current does not drop is that, in a series circuit, according to Kirchoff's current law, the current at every point in a series circuit is the same.
By ensuring the supply and load remain the same.
The motor will run, probably at nearly the same speed, but it cannot supply the same mechanical load. If it can be run on a lighter load, proportional to the voltage, it should be OK.
Üretici: WickmannParça Numarası: F6.3H250VAmper: 6.3Voltaj: 250Malzeme: Seramik
No, it is not recommended to replace a 250V 3.15A fuse with a 250V 2.5A fuse. The replacement fuse should have the same voltage rating, but the amperage rating needs to be equal to or higher than the original fuse to ensure proper protection against overcurrent.
It should be the same thing. But other things are also described as T100L so you should make sure it's a fuse and check by holding it up to the light that it has a very thin wire inside the glass tube.
General Electric and Bell Labs are two of the most important companies in consumer goods. In 1925, both invented the telephone and telegraph.
No, they are one and the same. I'm not an expert electrician but I do a lot of handy work around my house and local businesses. 110v, 115v, 120v and 125v are all the same. It has to do with voltage drops and increases due to supply and demand over varying distances from the power plant. Don't worry about the technical aspects of it all. In the same manner, 220v, 230v, 240v, and 250v are all the same also, just double of the original 110v. You probably shouldn't see 230v and 250v very much though. No biggie, whatever, all the 100's are the same and all the 200's are the same.
Yes, a 250V fuse can replace a 125V fuse if they have the same ampacity rating. The voltage rating is simply the maximum voltage that the fuse is capable of safely interrupting. You can go higher, but you can not go lower. Obviously, the form factor of the fuse must be the same, but that is often the case.
Yes, you can substitute a 6A 250V component with a 10A 250V component as long as the voltage rating is the same and the application does not exceed the 10A current rating. The higher-rated component can handle more current, making it a suitable replacement. However, ensure that other specifications, such as physical size and connection compatibility, are also met. Always consult relevant guidelines to ensure safety and compliance.
No, a T100L 250V fuse cannot replace a T80mA 250V fuse. The "T" indicates that it is a time-delay (slow-blow) fuse, while the numbers represent the current rating; 100L means 100 mA, and 80mA means the original fuse is rated for a lower current. Using a fuse with a higher current rating can pose a risk of overheating or damage to the circuit, as it may not blow in a fault condition. Always replace fuses with the same specifications to ensure safety and proper functioning.
The PS3 is to be connected to a television or TV Monitor and not a computer monitor. In whatever country the PS3 was designed for the TV should also be for that same power supply
No it is not
It means that power supply is being provided to all electric poles at the same time, ensuring uniform distribution of electricity across the network. This helps in reducing the risk of power outages and ensures consistent supply to all connected properties.
All residential loads are connected in parallel, so that they share the same supply voltage, which is necessary for them to develop their rated power outputs.