20KW-1200KW CE Certified Diesel Generator Power

20KW-1200KW CE Certified Diesel Generator Power System 1

20KW-1200KW CE Certified Diesel Generator Power System 2

20KW-1200KW CE Certified Diesel Generator Power

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 set

Supply Capability:: 1000 set/month

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1. Specifications

20-1200KW diesel generator

1.CE certificated,ISO9001-2008

2.global joint warranty service

3.ATS/AMF is optional

2. Features

2.24V DC start motor and storage battery

3.Brushless, Self-excited, IP23, insulation class H alternator

4.40°C radiator as standard, 50°C is optional

5.Key start panel control system as standard, digital auto-start panel is optional

6.Optional open type or silent type

7.All generator sets are gone through rigorous testing before being released to the market place, including 50% load, 75% load, 100% load , 110% load and all protection function (overspeed stop, high water temperature, low oil pressure, battery charging fail

3. Data Sheet

Power factor 0.8(delay) Frequency/Speed 50Hz/1500rpm
Model	Rated Power			Rated Current A		Engine Model		Overall dimension (L×W×H)mm		Weight Kg
	KW	KVA
JG20GFC	20	25	36		4B3.9-G2		1850×850×1300		780
JG30GFC	30	38	54		4BT3.9-G2		1850×850×1300		850
JG50GFC	50	63	90		4BTA3.9-G2		1850×850×1300		1100
JG75GFC	75	94	135		6BT5.9-G2		2050×850×1500		1450
JG100GFC	100	125	180		6BTA5.9-G2		2050×850×1500		1550
JG140GFC	140	175	252		6CTA8.3-G2		2400×950×1500		2600
JG150GFC	150	188	270		6CTA8.3-G2		2400×950×1500		2s650
JG200GFC	200	250	360		6LTAA8.9-G2		2500×1000×1600		2900
JG200GFC	200	250	360		NT855-GA		3050×1050×1900		2700
JG220GFC	220	275	396		NTA855-G1		3050×1050×2000		2750
JG250GFC	250	313	450		NTA855-G2		3050×1050×2000		2850
JG300GFC	300	375	540		NTAA855-G7		3050×1050×2000		3100
JG360GFC	360	450	648		KTA19-G3		3600×1500×2350		3600
JG400GFC	400	500	720		KTA19-G4		3600×1500×2350		3800
JG440GFC	440	550	792		KTAA19-G6		3600×1500×2350		4600
JG450GFC	450	625	900		KTAA19-G7		3600×1500×2350		4700
JG500GFC	500	625	900		KTA38-G		4800×1800×2350		7300
JG600GFC	600	750	1080		KTA38-G2		4800×1800×2350		7500

20KW-1200KW CE Certified Diesel Generator Power

Q: I get conflicting opinions from mechanics about extended shut-down.I am parked for 3 months and driving is not an option. Should I re-start my diesel engine weekly, bi-weekly, monthly or just wait the 3 months and re-start then? If so, should I just restart as normal?I do know when I re-start, I must wait until normal temperture is reached prior to shut down, this could take 20 minutes or longer with the rear mounted engine. The radiator covered from the outside will not warm-up as fast as a front mounted engine. Covering this radiator from the inside is not an option due to a shroud covering the fan.: if you are going to leave it sitting they can sit for more than a year and it will still run fine but the only question is the battery they can not stay fully charged so if not using then disconnect the positive side to the battery and when you want to use it just reconnect it this is the way i do to preserve the battery and for added protection add stabil (fuel stabilizer) to diesel if it is going to sit through the winter Edit : a battery charger is a good idea My parent's RV has a solar panel which keeps the battery fully charged but does not use the RV much 1 to 2 times a year had a stabil in it so far no problems but the generator is problematic cause it runs on gas so I had to start it every month to make sure there is no problems with it(run it for 1/2 hour) gas deteriorates faster than diesel even if it has stabil

Q: What are the faults of diesel generator: Electrical energy belongs to the two level of energy alternating current can be converted from mechanical energy to DC power conversion from chemical energy

Q: If i am using a permanent magnet dc motor as generator then how should i calculate how much electricity the motor will produce ? or lets say i want to produce 1kw power with permanent magnet dc motor then how much hp motor i shd choose: I'm not an expert on this, but I'll give it my best guess. To try to point you in the right direction. First, you need to know the torque of this magnet. 1 horse power 0.74569 kilowatts So to get a 1 kilowatts, you need 1.35962 horsepower. The motor will have a certain efficiency. I do not know if this is factored in to the motors power rating, however if the efficiency is, say, 90%. Then you will need to divide the horse power by 0.9 to get the correct horse power rating. Is this a motor part of a diesel / fuel generator, or is it part of a wind turbine / water turbine?

Q: for houses operating on diesel generators and inverters: the one with the lowest wattage rating, either domestic or foreign. just make sure it is made to work with the output of your generator ie; voltage and cycles

Q: i have Diesel generator100KVA , how many air conditioner of 2 tons (i phase)i can use with this generator without overload: you need to look at the power requirements of the air conditioner of 2 tons it should indicate it's power requirements.

Q: i need a generator that can be continually run for years it needs to be able to easlly provide enough power for five one person cabinsi am going to use this to power a camp so it needs to withstand the outdoor elements i am looking for a brand name and an approximate costthank you to all who answer: what you need to do is run that generator with a quality diesel engine and you need to get some commercial companies to advise you the power, amps, and you will need to have some time off the line so your refrigeration will need to be of good quality to stay cold for 5/6 hours while people sleep --- or else you need to have an excellent muffler system for that power plant you probably need to figure how to have some farming so you get the farm discount on the fuel .

Q: here's the thing.Imagine that I have a generator that uses diesel as the fuel. then consider following two cases.Case 1 - using one 1kW bulb for one hourCase 2 - using ten 100W bulbs for one hourI know both cases consume a same amount of power that is 1kWH.but I THINK the demand (which is measured in kVA or just kW) is higher in the second case. (is it??)so my question is that, does the generator burn a same amount of fuel at both the cases regardless of higher demand in second case?? and I'd much obliged if you can say how??: As such more power demands more fuel to be burnt , but in case of Power generator ( DG set ) , in both cases peak demand in both cases you cited of 1kw would continue to generate same units of power of 1 kwhr on peak ( more power demand ) so it would draw same amount of fuel to be burnt.

Q: i read alot, maybe them all, but i cant understand how yachts work or get their power from. Please help !!: Most non-sailboat yachts longer than 40 feet (and up to 300 feet or more) are diesel powered using one or several large Caterpillar, Man, John Deere, Detroit or other similar large diesel engines. A yacht shorter than 40 feet is often gasoline powered. None are battery powered. All large yachts have diesel generators which are used to generate electric power for the on board electrical systems. When a yacht is docked it usually obtains power from the shore using a large cable that connects to shore power supply systems. Yachts with sails usually also have a single small diesel engine that allows them to maneuver in harbors and other places where sailing might be dangerous or impossible.

Q: Do you have more insights into this? Japan builds great cars, machinery, tools and high-tech products. Their bullet train is known for almost zero delays in decades. Yet with the Fukushima nuclear power station we have flawed tsunami protection in a location known for powerful earthquakes and tsunamis for at least centuries. I guess no one should be surprised by a ca. 50 feet tsunami at that location. It looks to me like such an obvious blunder. Am I mistaken? - And I mean no offense to the great people of Japan who so valiantly dealt with the terrible tsunami crisis that I admire this very much. Thank you.: Yes you are mistaken. The Fukushima station was designed to withstand average tsunami that had occurred in that area. However the tusnami that hit was much larger than any seen before in that area, or in recorded human history for that matter. Even if you could design a facility to withstand a 200 or even 500 year disaster, eventually you'll encounter something even larger, and then you'll be right back here whining about why did they only design the structure for a 500 year disaster, blah blah blah. Furthermore, such a facility would be prohibitively expensive and over engineered. Was it a risk to only design something to withstand a once-in-a-century event? Sure, but there's no such thing as 0% risk.

Q: for electricity: Running a generator of any kind or size will cost you more than your local utility company charges per day. A generator is usually a emergency or standby situation and not ment for long term use.

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