Measure the width and thickness of the strip. Multiply them together to find the cross-section area, and treat it as normal wire of the same cross-section area.
For example, 10 mm x 1 mm strip would be used like 10 sq. mm cable.
it is an infinite current carrying conductor which doesn't have voltage drop.
It will burn out.
a fuse
10 kW at 220v will use 45.45 Amps. I'd recommend a 60A circuit, with a 60A breaker, but the heater or electric furnace should have "maximum fuse amps" rated on its nameplate. Above all, neverconnect wiring to a breaker that is rated higher than the maximum current capacity of the wire. In the case of 60A, use #6 AWG wire.The HVAC Veteran
The latch release in the toaster is held shut by an electromagnet. In modern toasters this is achieved by driving the electromagnet with a timing circuit . The timing circuit stays live until a capacitor reaches maximum charge, and then as the current dies, the magnetic field dies and the electromagnet releases the toast carriage, which is returned by a spring to eject the toast. In older toasters, the electromagnet current was released by the motion of a bimetallic strip breaking the current.
Divide 25,000 by the supply voltage to get the current.
it is an infinite current carrying conductor which doesn't have voltage drop.
Buy two strips and install them in series. Measure the current through one strip at 12 volts. Divide 12 by that current to get ohms. Install a resistor of that resistance in series with the strip. Calculate the required power by multiplying 12 by the current, and make sure the resistor can handle that amount of power.
The fuse is made to blow at a set amperage to protect the wire from overheating. Using anything but the fuse may cause the circuit to work but could most certainly cause the wiring to overheat and burn if it is overloaded.
To calculate the maximum input current for an Avalon VT-737SP channel strip at 120 VRMS, you first need to determine the input impedance of the device, which is typically around 10 kΩ. Using Ohm's Law (I = V/R), you would divide the voltage (120 VRMS) by the impedance (10,000 ohms). This gives you a maximum input current of approximately 0.012 A, or 12 mA. Always refer to the specific device's manual for exact specifications and ensure safe operating conditions.
An earthed strip is a low resistance strip. as we know that a current always flows along a path which is having the least resistance.Whenever a fault current flows through the circuit and a possiblity is there that it may damage the ckt & ckt board the earth strip allows the fault current to flow through it and ground it. thereby preventing the damage.
A fuse has a metal strip that melts and opens a circuit if the current becomes too great.
Measure the mass (in kilograms) and length (in metres) of the strip. Divide the first by the other.
If you want to know the amperage for each outlet on a power strip then check the nameplate current on the device that is plugged into that outlet on the power strip. Power strips usually have their own breaker that will trip at 15 amps. If you load the strip to its maximum capacity there is a good chance that it will trip before the distribution circuit breaker will trip. You can not simply divide the total amps by the number of outlets as each device will have a different amperage and depending on where it is plugged into the strip these amperage's in a set position will change.
The electric light is produced by passing an electric current through a tiny strip of paper coated with a light-emitting material. When the current flows through the strip, it excites the material, causing it to emit light. This process of converting electrical energy into light is how electric lights work.
Assuming it is a 208-volt line voltage (as normal in 3-phase) the phase voltage is that divided by sqrt(3), or 120 volts. Each phase has to supply 10 kW so the current on each phase is 83.3 amps.
A reinforced wide strip concrete foundation is used if the soil is soft or is of a low bearing capacity. This would not work for heavy or clumpy soil.