A garbage diposal can draw anywhere between 5 to just over 8 amps depending on the size of the unit
Each electrical equipment draws a different amperage. Most residential dishwashers draw about six amps. There has to be a specification sticker on the inside of the door of the dishwasher ,which must such information stated on it. Commercial dishwashers could draw sixty amps and be using three phase power!!
yes only if it is on its own breaker. the dishwasher also must be at least 20 amps and the washing machine as well. if the dishwasher is on its own breaker and they both have the same voltage than yes.
Because it's overloading the circuit it's on when it starts up. A dishwasher heats up the water it uses like a mini water heater. It takes a lot of current to do this. Most circuit breakers trip at 20 amps. If you already have 15-18 amps of equipment operating on that circuit, when you turn on the dishwasher, it will trip the breaker. Check to see what circuit your dishwasher's on, then check to see what other big-load equipment you have on that circuit ( e.g. washer, dryer, freezer, water heater, heat pump, etc.). You'll have to turn something off to get the total circuit load down below 20 amps while you're washing dishes. Alternatively, you can have an electrician install a bigger breaker and modify your service to safely carry the load you're asking it to carry.
The most common decibel used in guitar amps would be 95 and 100 decibels. This would usually be a 60 watt amplifier.
modern cars use a 12 volt battery. Amps depends on the battery. Common sizes range from 500-800 cold cranking amps.
dishwashera smart person would plug it inSorry but ONLY a portable Dish washer should/can be plugged in. the ampcity demands of a built in is higher, ( due to larger heating coil in built ins) ,you need to hard wire a built in due to fact that very few plugs are rated ot 20 amps 99 % are 15 amps and so are wires leading to plugs, too often they are 14 awg as opposed to correct 12 awg for a built in.
Wire sizes and ampacity are regulated by code. # 14 wire 15 amps, #12 wire 20 amps, #10 wire 30 amps, #8 wire 40 amps, #6 wire 60 amps. These are the most common, a slight variation in amperage depending on the insulation factor.
kV is kilovolts, kW is kilowatts, kVA is kilovolt amps and kVAR is kilovolt-amps reactive. A common formula is kVA-squared = kW-squared + kVAR-squared.
I assume you mean amps (think this is a common laptop output). 2.46A is 2460mA
Multiply the vots by the amps to find the volt-amps. Or divide the volt-amps by the voltage to find the amps.
For all intents and purposed the VA rating is the same as the wattage rating of appliances. VA is an electrical classification for Volt Amps. The formula for watts is, Watts = Amps x Volts.
A #3 copper wire with an insulation rating of 90 degree C has the capacity to receive 105 amps. This is the most common or standard insulation that most calculations are based on. It is the insulation that governs the rating of the voltage. House wiring cables are insulation rated at 300 volts. Most other wiring insulation is rated at 600 volts. Special wires have a insulation factor of 1000 volts. The higher the insulation temperature factor is the higher the rating of current through the wire becomes. #3 at 60C is 55 amps, at 75C 65 amps, at 90C 105 amps, at 110C 120 amps, at 125C 130 amps, and at 200C 145 amps.