If you would like to measure amps, there are two ways. First, you can splice the wire you'd like to measure the amps of in half, and have the ammeter/multimeter test leads touch each of the wire's sides. Now the circuit will connect up again as if you never cut the cable, and you can measure amps. The easier way is to get a clamp meter, which has a large loop that you can clip cables through and it will measure amps through induction, so you don't have to cut any cables.
You can measure the electrical current with an amp meter. Amperage measures the current flow.
No. The "10A" range means "please don't pass more than 10A through the meter while it's switched to this range".The display reads the current directly, i.e. 2.56 Amps.
An analogue meter can measure volts, amps, ohms, and similar things. It simply shows the measurement as a rotating needle rather than a digital display.
thong each wire using amp meter
If you have the right test equipment amps are the easiest to measure. A slip over the wire amp meter is easier to use than a clamp on amp meter. The other two values have to be measured by using test leads from the test equipment.
a meter for amps
An Ammeter is connected in series with the circuit that you want to make the measurement on.
Watts cannot be directly converted to amps because the two units measure different quantities. Watts are a measure of power, while amps are a measure of electrical current. The relationship between watts, amps, and voltage is given by the formula: Watts = Amps x Volts.
Clamp the meter around the energized conductor that is connected to the load to be measured and read the amperage off of the dial face of the meter.
A volt-ampere meter. You can read current in two basic ways. The harder but more accurate way is to break the line where you are measuring current and basically insert the meter into the line so all current flows through the meter. The other type is a "clamp on" meter where the meter has something like a claw that you open and encircle the wire you want to measure. You determine the current by induction. The current flowing through the wire induces a smaller current in a loop created by the clamp on device. You can only measure current in one wire at a time. For example, you couldn't just clamp over a lamp cord and read a correct current because you are encircling two wires and the current going in each direction cancel each other out.
Registering 2 amps on an electrical meter could indicate that there are two separate circuits drawing 1 amp each, or it could mean that there is a single circuit with a total load of 2 amps. The meter simply sums up the current flowing through each circuit it is measuring.