• Factory price china yuchai diesel generator sets 350kw System 1
Factory price china yuchai diesel generator sets 350kw

Factory price china yuchai diesel generator sets 350kw

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 unit
Supply Capability:
300 unit/month

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Specifications

open type dioesel generator with yuchai enginee 
1) Factory direct sale 
(2) CE, ISO9001 quality 

Power range

18-650KW

Engine

All series powered by Yuchai engine

Alternator

All series owning alternator options of Stamford/Marathon/ENGGA

Controller system

Hanging control box, automatic control module Smartgen HGM6310

Base frame

International channel steel welded base, inbuilt composite damping system; sandblast, acid-washing, antiseptic treatment

Radiator

Standard genset-joining radiator of 40 °C ambient temperature

 

 

Diesel generator Powered by Yuchai Engine,which yuchai is a large state-owned enterprise and a Nasdaq listed company in USA (NYSE:CYD). Its main business covers diesel engine, contruction machinery, vehicle parts. The engines produced by Yuchai include series YC6G, YC4G, YC4E to which American technology applied, series YC6A, YC6B, YC6J, YC4B, YC4D, YC4F, YC4W to which German technology applied, and YC6M series in which world top technology integrated, totally 12 series.

YUCHAI SeriesPower(KW)Power(KVA)Jichai Engine ModelCylinder NO.Fuel consumption
g/kw.h
DimensionL*W*HWeight  
 KG
FKS-Y350350200YC6G245L-D206≤1952500*970*15002300


Q: Any help regarding my question would be greatly appreciated.I have a 1991 Prevost Marathon Mirage LE Luxury Motorcoach and I am wanting to remove the Engine (Detroit 8v92) is this a job to hard for a reasonably experienced Diesel mechanic to conquer? I have all the space in the world in my game room to do this. Just wanting to know if the engine is on a slide track and it slides out (I have seen other coaches do this) or do i have to totally unmount the engine to get it out to where I can work on it? I know this is a stupid question and I don't know exactly how to word it. But any help regarding my question again would be greatly appreciated.any diesel mechanics out there? Is there a video posted somewhere on the web that may show a backyard mechanic doing this so it may enlighten me. lol
Sir, Engine Dismantling Very Responsible Job Once Removed The Parts You Should Reassemble That Is - The Problem.Total Repairs Anybody Will Do But Once Removed By You Nobody Give Attention Keep in Mind. Firstly Remove The Battery Store It Safe Location.Disconnect The ,Diesel lines,Wirings,Cables,- Sesors, Modules, Then Disconnect,Gear BellHousing,Torque Coverter If There,Engine Mountigs, All Water Lines,A/c Connections,Front Grill,If You Need The Bonnet Also, Put The Rope Put Cross Bar- Tie Properly Care The Mudguards,Pull The Engine With Sufficiant Manpower Or Crane Nor Lifter. Check Once More before Takeout The Engine Assy-Wheel Blocks,Support To The Gear Box,Door Lock, Safe The Key,Nobody Not Allowed Inside The Car, Before Pullout Check Again And Make Sure Nomore- COnnections Arrange The Table Keep Everythings Ready Pullout Keep On The Table Check Externals. Make More Dismantling The Engie Take To Machine Shop They Knows What Nee for Your Engine. If Over machine Work Bring To Spot Selct New Parts What You Need Do Accordingly.
Q: Are they cranked by a self starter? Is there such an immensely powerful self starter that runs off batteries and can start such a big engine?Or are they started by some gasoline powered motor?
A diesel engine is started (like an automobile) by turning over the crankshaft until the cylinders fire or begin combustion. The starting can be done electrically or pneumatically. Pneumatic starting was used for some engines. Compressed air was pumped into the cylinders of the engine until it gained sufficient speed to allow ignition, then fuel was applied to fire the engine. The compressed air was supplied by a smallauxiliary engine or by high pressure air cylinders carried by the locomotive. Electric starting is now standard. It works the same way as for an automobile, with batteries providing the power to turn a starter motor which turns over the main engine. In older locomotives fitted with DC generators instead of AC alternators, the generator was used as a starter motor by applying battery power to it.
Q: I need a means of driving a 3 horsepower induction motor re-purposed as an induction generator which would coincide with specific cost-effective parameters. I ran the numbers in an excel spreadsheet and realized that the amount of gasoline or diesel required to run an engine appropriate for a 3 horsepower generator consumes more fuel per hour than is economical when the electricity is sold back on the grid. Over a month period, here's what I calculated:Run time in Hrs: 300.00 (10hrs a day, 30 days)Gallons per hour: .30 (1/3rd gallon per hour avg. consumption for 5hp engine)AVG output KW: 2.00 (3 horsepower generator)Fuel in gallons: 90.00 Price of fuel $/gal: 3.50Kilowatt-Hrs: 600.00Energy Cost: .08Net Profit: -270.00I've considered using a pressure cooker, wood pellet stove, and compressor pump as steam engine for an economical way to produce long-term torque, but am not sure how to modify the pump to operate as a steam engine. Anyone have any ideas? Thanks
Synchronizing an induction generator to the grid is a major problem. Forget it.
Q: I am trying to use a marine deep cycle battery and power inverter to power a chest freezer in an ice cream truck. The issue is that the marine battery will drain in a few hours. I was told told that I could connect the inverter to the car battery as well as the marine battery and while the engine is running, the car battery would be charge the marine battery through the inverter. Can anyone tell me how this works and how I should do the wiring?thanks
Just run heavy gage wire from one battery to the other, pos to pos neg to neg, no big deal, however your alternator ain't gonna like working that hard and will go see Allah in a very short period of time, so a high output alt will be needed sooner rather than later, and with the price of gas and seeing the shape some of those ice cream trucks are in, I see a lot of melted ice cream in your future. maybe a small generator would be more cost effective. almost forgot. if the wattage output of your inverter is not enough to power a freezer,which take quite a bit, you'll smoke the motor out of your freezer in a matter of days if not hours. yea lots of melted ice cream
Q: creating steam turbines that can run on ANYTHING to power the electric generators in modern engines?
So you people don't really read any of these postings do you? How many times do we have to answer the same questions? Bio diesel is not the way to replace fuel oil (diesel). There is not enough acreage in the USA to grow the amount of crops, any crops, to make bio fuels to power the existing fleet of vehicles much less the future fleet. And carrying water on locomotives is very inefficient. Steam Engines (Sterling Engines) are a very efficient means of moving huge vehicles. That is why they use nuclear/steam to power air craft carriers but hauling water to make steam cuts the payload so much that it becomes unprofitable. Why would we want to go back in time and technology? We can go to plug in electric powered vehicles that are charged by photovoltaic panels at your home or work. And, naysayers pay attention to this, Linear Electric Drive would power long distance and heavy hauling.
Q: I have a 3 bedroom / 1 bath home. It is just 2 of us in the house. Also, I've heard that there is way to plug your generator into any wall outlet and it will charge your whole house. Any truth to this?
Plugging a generator into an ordinary wall outlet limits you 15-20 amps of single phase power, or less than 2000-2500w. And it would only energize one leg, or about half the circuits in your house. You'd also want to throw your main breakers to prevent you from backfeeding the neighborhood and/or electrocuting a lineman. Overall, it's not a safe or efficient way to connect a generator. You want a generator plugin that will safely allow more power to fed into your house along with a transfer switch that will properly isolate your house from the grid whenever you want to connect a generator. As for sizing, you need to figure out what you really need vs. what you have, and for how long. For most storm-related outages, you can probably get by with a relatively small amount of power (refrigerator, a few lights, etc) for the few hours or at most 1-2 days that power will likely be out. If you want to cover longer outages or you have higher level of necessities, then you'll need a larger generator. Also, you need to worry about a fuel supply especially if you're planning for a long outage. Fuel transportation and storage can both be problematic, although the problems vary by fuel type (gasoline, diesel, natural gas or propane).
Q: I live what i consider near a nuclear generating station in NJ.The site is Toms River Nuclear Generating Station, how would a melt down effect Rahway,NJ or the surrounding areas in general? How wide would the radius be? Or how much damage would be expected? Not stupid answers and no, You don't live in the ring of fire b.s. so don't worry about a tidal wave. Im questioning the unknown and the unexpected.
The answer depends entirely on the kind of accident or incident. It is not possible to predict without the hypothetical accident type, since not all accidents result in a core meltdown, and there are different ways for the core to end up in melt down situation. The danger zone also depends a great deal on the wind and weather conditions at the time and immediately afterwards. Obviously, if the wind is blowing from your location toward the plant, then there is less likelihood that you will be contaminated.
Q: I figured it might be diesel generators but I wonder how all that works. I am curious person. LOL
All ships have electric generators to supply their own current. It is separate from the main engine so while the main engine is shut down they will still have electricity.
Q: Im currently working on a DC generator design . I have my output set to 3000 kw . Any idea what's the usually assumed voltage for this rating ?
I believe that DC generators in this size range have been used in diesel-electric locomotives. Today, locomotives are designed with AC drive systems, so there isn't much information about design for DC systems. I found a little bit of Information that indicates that generators of this size may have been designed to operate at about 1200 volts. Edit-1 The 1200 volt design may have been an AC generator with a rectifier connected to two 600 volt DC motors connected in series. The largest DC generators may have been 600 volt machines. Large DC generators were also used in Ward-Leonard drives in steel mill applications and other large industrial applications. It appears that these may have been 600 volt machines. In any case, applications for DC generators began to be converted to AC generators with silicone rectifiers as soon as high-power silicone rectifiers became available in the late 1950's and early 1960's. Today, working on a large DC generator design would seem to be pointless except as an academic exercise. Even the value of such an academic exercise seems questionable.
Q: I know that when a coil is moved between magnets, it produces electricity. how does a generator work without magnets ?one more thing I want to know, what makes the generator turn on when the light go out ?
The magnet is anothera coil

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