120
It's hard to understand what you're trying to ask. There could be multiple reasons why you aren't getting the correct voltage, ranging from testing for DC when you should be testing for AC to accidentally measuring the RMS value. Most likely, however, is that you're not measuring with a balanced, three phase load. Tri-phasic power works by splitting the voltage into three separate sin waves that are phase shifted by 120 degrees in relation to each other. Therefore one stays a normal sin wave, one becomes a sin wave phase shifted to 120 degrees, and the other phase shifts to -120 degrees. This means that at any given instantaneous time the average voltage between them is approximately the value of the DC offset. This is only true if you're measuring them with a balanced three phase load, however. If you measure one line at a time, you're going to get erroneous answers. You need to measure tri-phasic power with a balanced three phase load.
No. Voltage doesn't kill you, amperage does, and the amperage produced by a AA battery is not even enough to cause a tingle. Amperage AND voltage kills. Should also include frequency in that equation. 120 v/ 10 amps of 400 hertz kills faster than 60 hz. Amps with low voltage will do no harm. You need both to kill. One AA battery would not kill you but put together enough of them? Why not?
A typical gas convection oven operates using a gas supply, usually natural gas or propane, rather than electricity, so it doesn't have a voltage requirement like electric ovens. However, if the oven has electronic controls or ignition systems, it may require a standard electrical supply of 120 volts in the U.S. or 230 volts in many other countries. Always refer to the manufacturer's specifications for exact electrical requirements.
120kg is 120 Kilograms 120 Kilograms is 120,000 Grams.
The typical line voltage for gas furnaces is 120 volts for residential units and 240 volts for commercial units. This voltage powers the components such as the blower motor, ignition system, and controls in the furnace. It is important to ensure the voltage is compatible with the furnace to prevent damage or malfunction.
Almost always 120 volts
120
The standard nominal voltage in Canada for a single-phase residential supply is 240/120-V split-phase supply.
The standard voltage for a typical electrical outlet is 120 volts, and the standard amperage is 15 amps.
an electric furnace runs off of 208/230 Volts while a typical gas furnace runs off of 120 also a gas furnace will have a valve for the gas relay where the gas enters the furnace.
What needs to be checked is the voltage of the low voltage line. If it is 120 v, that is suitable for a 120 v LED fitting. Second, is the line capable of carrying the current needed by the fixture. The answer to that is, probably, but it still needs checking.
about ~30v
From line-to-line (any two of the three leads) voltage or 'line voltage', the voltage is 208 V. The line-to-neutral (one of the three leads and the neutral conductor), or 'phase voltage', is 120 V.
No. A 277 volt ballast needs the correct voltage to operate. The 277 voltage is derived from the star point voltage of a 480 volt three phase system (277/480). The 208 voltage is a three phase line voltage whose star-point voltage is 120 volts (120/208).
In the electrical trade it is called control voltage. This voltage can be any voltage. In North America the common control voltage is 120 volts.
Line to line voltage is not the same as line to neutral voltage because line voltages are 120 degrees apart. They are related by: Line to neutral voltage * tan (120 degrees) = Line to neutral voltage * 1.73.Additional CommentFor delta-connected systems, the line voltage is the same as the phase voltage.For wye-connected systems, the line voltage is larger than the phase voltage by a factor of 1.732. The reason for this is as follows:Because any two phase voltages are displaced from each other by 120o, they must be added vectorially, not algebraically, to find the line voltage. As the above answer points out, this means that the relationship between the two is the square-root of 3, or 1.732.