Ohms law says that watts are equal to volts times amps.
240v X 13.5a = 3240 va
VA / 1000 = Kva
So, your load requires 3.24 Kva. The transformer should have a rating greater than this as a safety factor, so you would choose the next larger size, in this case probably a 5 Kva transformer with a 480v primary and a 240v secondary.
Your local electrical codes may require a larger safety factor, so you would want to consult them before buying the transformer!
A control transformer marked 240V - 24Vac would have a control voltage of 24 volts.
To wire a 15 kW dry type transformer for a 240V to 480V configuration, first ensure that the transformer is rated for this voltage conversion. Connect the primary side to the 240V supply by connecting each of the two primary terminals to the respective phases of the 240V supply. For the secondary side, connect the output terminals to the load requiring 480V, ensuring that the load is compatible with the transformer rating. Always follow local electrical codes and safety standards, and consider consulting a licensed electrician for installation.
Since this transformer has a ratio of 1:2 the load current on the 480V side just has to be doubled. 85 x 2 = 170A on the primary. 40.8 KVA transformer. To prove this just find the KVA of both sides and they should be equal.
240 / 12 = 20
== == If you have to ask a question like this please do not open the cover of the amplifier.
A buck-boost transformer can be used to convert voltage from 208V to 240V by adjusting the winding turns ratio to either step up or step down the voltage, depending on the specific configuration of the transformer.
To convert 120v to 240v for electrical appliances, you can use a step-up transformer. This device increases the voltage from 120v to 240v, allowing you to safely power appliances that require the higher voltage. Make sure to follow all safety precautions and consult a professional if needed.
A control transformer marked 240V - 24Vac would have a control voltage of 24 volts.
Use a step down transformer 240 primary to 120 secondary. You must know what the connected load (amps) is so that you don't overload the transformer. Small transformers are rated in VA.
To use a Japanese light bulb (100V) in Malaysia (240V), you will need to use a step-down transformer to convert the voltage from 240V to 100V. This will allow the light bulb to function properly without being damaged by the higher voltage. Make sure to use a transformer that is rated for at least the wattage of the light bulb to ensure safe operation.
Yes, you can lower the voltage from 277V to 240V using a transformer. A transformer can step down the voltage while maintaining the same frequency. Make sure to select the appropriate transformer with the correct voltage rating for the input and output you need.
3
You can use a step-down transformer to convert the 240V power supply to 12V required for the winch. Make sure the transformer is capable of handling the power requirements of the winch and is properly wired to ensure safety. It's recommended to consult with a qualified electrician to set up the connection safely and effectively.
To wire a buck-boost transformer from 208V to 240V, connect the 208V input leads to the appropriate taps on the transformer to step up the voltage. The output leads on the transformer will then provide 240V. Be sure to consult the transformer's wiring diagram and follow all safety guidelines during installation.
No, it is not recommended to convert a Yamaha Clavinova from 120 volts to 240 volts. This could damage the instrument and void any warranty it may have. It is best to purchase a Yamaha Clavinova that is already rated for 240 volts if needed.
Disregard the neutral
To wire a 15 kW dry type transformer for a 240V to 480V configuration, first ensure that the transformer is rated for this voltage conversion. Connect the primary side to the 240V supply by connecting each of the two primary terminals to the respective phases of the 240V supply. For the secondary side, connect the output terminals to the load requiring 480V, ensuring that the load is compatible with the transformer rating. Always follow local electrical codes and safety standards, and consider consulting a licensed electrician for installation.