USE STEPDOWN TRANSFORMER: PRIMARY INPUT: 277 VAC SECONDARY: 110 VAC OR : THERE ARE AVAILABLE AVR'S - AUTOMATIC (ELECTRONIC) VOLTAGE REGULATORS WITH WIDE VOLTAGE RANGE IN THE MARKET; INPUT: 85 VAC TO 290 VAC OUTPUT: REGULATED (CONSTANT) OUTPUT: 220VAC AND 110 VAC
It will work, but at a greatly reduced output, in fact, the heat will only be about 16% of the rated watts. For instance, a 2200 W, 277 V element will only draw 345 W on 110 V. A rule of thumb is if you halve the voltage, the wattage will only be one-quarter of the original. In your case you are reducing the voltage more than half. As a side note, since you state 277 V, which is a typical US voltage, you probably mean 120 V, not 110. 120V is the standard US voltage for receptacles. In that case, my example above would work out to 410 W, not 345. Many people (incorrectly) assume that if you halve the voltage, you will get half the watts. This is untrue. The reason is when you halve the voltage, the element will then draw only half the amps. Since watts = volts * amps, you can see that if you halve the volts and halve the amps in the formula, the watts work out to one quarter of the original. This can work to your benefit sometimes. I once needed a 1 Kw, 120 V heating element. They are hard to find and quite expensive. Instead, I bought a 4 Kw, 240 V element (for a water heater) that was cheap and plentiful, and used it with 120 V. Voila! I had my 1 Kw, 120 V element, and for less than 1/3 the cost. It worked great.
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No, by reducing the input voltage by half the output voltage will also be reduced and will not have enough voltage to operate the fixture it is connected to.
No, 277 volts is the line to neutral of a 480 volt wye three phase system. L1- N, L2 - N and L3 - N will give you 277 volts. L1 to L2. L2 to L3 and L3 to L1 will give you 480 volts.
Any where from 110 volts to 130 volts alternating current is available from a 110 VAC outlet.
To calculate the amps, you can use the formula: Amps = Watts / Volts. So, for 2000 watts and 110 volts, 2000 watts / 110 volts equals approximately 18.18 amps.
Yes, lamp cord is rated in the 300 volt wire classification. This means that the cord is approved for use up to a maximum of 300 volts.
The voltage of 277 is the wye connection of a 480 volt three phase supply. The only way to reduce 277 to 120 volts is with a step down transformer.
You need to rewire to a lower voltage at panel or get a transformer that steps down 277 to 110 volts. Make sure wire is sized for new load as well as breaker.
More like multiples of 110 volts... 110 volts is the voltage of standard house current, so handling it in even multiples of 110 makes it easier to build transformers to step it up and down.
From a three phase four wire distribution system the voltages would be as follows. From L1 to N - 277 volts. From L2 to N - 277 volts. From L3 to N - 277 volts. From L1 to L2 - 480 volts. From L2 to L3 - 480 volts. From L3 to L1 -480 volts.
The specific colours of brown and blue suggests that this is a question from the UK or European area. On checking the IP address it shows that the question comes from Uruguay. 110 volts is not a common voltage to this area, so that 110 volts can not be converted to 220 volts because 220 volts is the common working voltage. If the question is asking about using 120 volt equipment in that country see related links below.
Commercial lighting. In a facility where 3 phase 480 volts is needed for machinery, 277 is also readily available because each leg of 480 to ground is 277 volts. This way numerous supply transformers are not needed in a commercial building.
No, by reducing the input voltage by half the output voltage will also be reduced and will not have enough voltage to operate the fixture it is connected to.
Not unless it is rated for that voltage. You can likely find a step down transformer from 277 volt sto 120 volts.
The United States is one country that uses 110 volts. Also, Mexico and Canada are also other countries that use 110 volts.
No, 277 volts is the line to neutral of a 480 volt wye three phase system. L1- N, L2 - N and L3 - N will give you 277 volts. L1 to L2. L2 to L3 and L3 to L1 will give you 480 volts.
Any where from 110 volts to 130 volts alternating current is available from a 110 VAC outlet.
Yes , with a step down transformer. 240 volts into the primary side H1 and H2 which is stepped down to 120 volts on the secondary side, X1 and X2.