Yes I could. How?
Current draw and length.
4cx95mm aws which size of cable gland
AWG # 10
High resistance on the feeder to the load will cause voltage drop at the load end of the circuit. If this is happening, do the calculations for voltage drop, using the amperage of the load, voltage of the load, the size of the wire feeding the load and the distance from the distribution panel to the load.
You will need a footing to support a moment of 21,000 ft.lbs.Moment = Arm x ForceMoment = 1000 lbs. x 14 ft. = 21,000 ft.lbs.
A person can find more information online about 'knuckle boom' cranes through Wikipedia or via the official 'Knuckle Boom' site. A Knuckle Boom crane appears similar to a standard crane, except that the boom articulates at the 'knuckle' near the middle, letting it fold back like a finger. This provide a compact size of storage and maneuvering.
You'll need specifics to calculate the stability of a crane mounted on a barge. The crane has a given mass, a given height (depending on the manner in which it is operated), and a given mechanical moment. This is based on the mass, size and shape of the crane as it is deployed, and also the size and shape of the barge. Certainly the manner in which the crane is placed on the barge will have to be considered.
Yes I could. How?
If you know the size of the load to be served, multiply it by 125% ( times 1.25) and choose a conductor that is rated for that ampacity or higher.
it is a machine used to dig the earth, it can also be used to lift thing such as a crane would, but only as high as the boom of the excavator will rise and the weight is dependant on the size of the excavator.
You first have to find out what the load amperage is going to be and second, what is the working voltage.
It can vary greatly depending on the crane design and size.
To answer this question the size of the cable or the amperage of the load is needed to calculate the correct wire size and connectors to fit the cable.
whenever he booms you jump so he won't knock you down. first jump onto the fence then onto the microwave. then onto the gas cans. then onto the car that he's on. then go left and jump on to the crane thing. go up until you reach the top. click inside the crane. a lever will pop up. pull it down. it will let go of the refrigerator. it will crush boom. but he just sprouts back to his original size and starts throwing cans at you he will knock you down from the crane and you have to do it all over again. once you get to the top of the crane again click inside but this time pull the lever up. a magnetic metal will come that he is standing on and this time smash him for good. get down from the crane click on him and he will get put in the ani power handcuffs. congrats!!!!!!!! YOU HAVE JUST DEFEATED BOOM!!!!!!!!!!!!
Circuit breakers are used to protect the conductor that is connected to it. The sizing of the conductor is based on the current of the load. As the connected load current is increased so must the wire size to accommodate that higher current. Therefore as the wire size increases so must the breaker size to accommodate the higher load current.
If you really have an overhead crane to install it would also be likely that you would either know how to do the installation already or would know that such work should only be done by a licensed electrician... <><><> It would be easier to give you a more helpful answer than this one if you had described the crane and the size of its motors. You need to give such basic details as the output horsepower of the electric motors used to turn the crane and lift the load, their operating voltages and current consumptions... <><><> This seems like a question from an electrical course, and is probably best answered by referring to your course materials. It's your test question, not ours, and there won't always be someone else to ask for the answer. Earn your diploma.