To answer this question, the voltage to be used on the plug must be stated. With no voltage stated the answer is no. The smallest generator to obtain 50 amps is a 6000 watt generator.
The output of a 5600 watt or 5.6 kW generator in amperage using 240 volts is 5.6 x 1000 = 5600/240 x 1 = 23 amps.
Equation to use for single phase calculations is Amps = kW x 1000/Volts x pf.
For calculation purposes use 1 as a pf consonant. Generators that are commonly used in residential environments usually have a power factor of 1.0.
Amperage for each "hot" leg to neutral is 5600/120 x 1 = 46 amps. The only trouble using 120 volts is that on this type of generator, the 120 volt circuits are connected to the duplex receptacles. These receptacles are protected at 15 amps each.
You would need to have access to the generators junction box to change the generators output leads. Even then, all you will obtain is 46 amps.
A 6000 watt or 6 kW generator at 120 volts will give you 6000/120 x 1 = 50 amps.
A 12000 or 12 kW generator at 240 volts will give you 12000/240 x 1 = 50 amps.
If it's a 120 v system the generator is marginally adequate. If it's 240 v, no.
Yes, you can plug a power strip into a generator to run multiple items.
To answer this question, you will have to add up the wattage's of the appliances that you think need to be run on emergency power. Keep in mind that an appliance with an electric motor will need more power to start the motor than what it operates at. Some amp ratings for fractional HP motors at 115 volts are 1/6 = 4.4 amps, 1/4 = 5.8 amps, 1/3 = 7.2 amps, 1/2 = 9.8 amps and 3/4 = 13.8. If the motors are 230 volts divide each amperage in half. To convert these motor amperage's into watts use the following formula. Watts = Amps x Volts. Starting an appliance with a motor on this size of generator will definitely drag the voltage down momentarily. The closer that you get to the generators capacity, the more the generator struggles to keep the voltage up. When the generator gets to this amount of overloading usually the generator breaker will trip. With too much load you can actually stall the generator and it will stop turning.
A few small things. Watts = Amps x Volts. Amps = 800/120 = 6.66 amps. Check the amperage on what you want to plug into the generator. If it is over 6 amps the generator will not handle the load.
Sir, i will not go by watts because it can take many hundreds of watts per outlet but it also depend on the size of the wire in the outlet the bigger the number the more watts.
I,m going to bypass the generator and plug into the house for my race car trailor. Once I pull the plug from the gewnerator I will have a four prong male need to plug into a for prong female then be able to plug into a house socket.
the plug gap for generator is 0.70 mm
.030"
.030"
Yes.
To do it yourself you will have to be familiar with an amp meter, and ohms law, and be able to trace to main wire leads from the stator windings. I'm sure that an electric motor repair shop would do it for you cheaply. Have you closely examined all tags and labels on the unit? Take the cover off and look real good. UL requires that all manufacturers properly tag all equipment with capacities. A quick rule of thumb, take the amperage of the breaker that protects the plug on the generator. Multiply this amperage by the voltage that comes from the plug. This will give you an indication of the power in watts that this generator should be able to produce. Watts = Amps x Volts.
Where is oil plug
Yes, you can plug a power strip into a generator to run multiple items.
Rj19l
My 16" Craftsman 36 cc chainsaw manual calls out for a Champion RCJ7Y....if that is the same size chainsaw as yours, I would go with that plug.
Not advisible.
This is calculated using OHM's LAW, a set of mathematical equations, where TWO facts must first be known to calculate DIRECT CURRENT (DC such as a car battery system) or THREE facts must first be known to calculate ALTERNATING CURRENT (AC as in the portable generator or a household electrical outlet.) In order to determine WATTS for a generator producing 120 volts AC we also need to know the AMPs the generator is capable of producing and its POWER FACTOR (PF). Since the question reveals just ONE of the three facts (volts) to be known, an answer cannot be calculated. The formula is WATTS = VOLTS x AMPS x PF. If the "nameplate" containing the required information is missing there is a simple way to estimate the generator's WATT capability. Run the generator, plug in a bank of light bulbs. Start with perhaps five 100 watt bulbs to equal 500 watts. Add additional 100 watt bulbs until the circuit breaker "pops" and the bulbs are turned off or the generator quits. If electricity quits with 11 light bulbs (1,100 watts), remove one light bulb and try just 10. If this works okay the generator can be estimated to produce 1,000 watts. 15 bulbs would equal 1,500 watts. Light bulbs will be the most accurate "load" on the generator for estimating wattage. You can also attempt to determine the make and model number of the generator and search the Internet for its specifications or contact the manufacturer direct. -- BF
Spark Plug gap is .025