ISUZU 16-38KW Soundproof Diesel Generator Sets

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ISUZU 16-38KW Soundproof  Diesel Generator Sets

Technical Date

The isuzu serious diesel engines , whose cylinder-bore diameter is 93 millimeter, and the displacement is small, so the fuel consumption could get a high point and the fuel consumption could reach 213 g/kw.h.

Power coverage from 15kw~36kw
Model: GF: Open type &GFS: Soundproof /Silent/Supper silent type
Engine: ISUZU
Speed: 1500/1800rpm
Alternator: Stamford /Leroysomer /Marathon/ABB/YIHUA YHG

IP &Insulation Class: IP22-23 &F/H
Frequency: 50/60HZ
Controller: Deepsea/Comap/Smartgen/DKG/Others
ATS  System: Smartgen/ABB/SOCOMIC /Others
Silent&Supper silent  Gen-set Sound level: 63-75db(at 7m side)

YIHUA ISUZU 16-38KW Soundproof Generator set Technical specification
generator set performance
Engine Performance
Prime PowerStandby powerFre.ModelPowerFuel
Open typeWeightSilent typeWeight


1.Q: What is your MOQ of this item?

A: 1-10 piece

2.Q: What is the lead time?

A: 25-35 days after receiving your L/C or T/T deposit.

3.Q: Is it all right to make customer's own brand name?

A: We can be your OEM manufacture with your authorization of brand.

4.Q: Where is your Loading Port?

A: China Port.

5.Q: What are your payment terms?

A: 30% deposit and balance T/T against copy of Bill of Lading or L/C at sight.

6.Q: What is your company's available production capacity?

A: 3000-5000 pieces against your orders.

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Q:Diesel generator selection criteria?
As the communication with diesel generators, must meet the requirements of GB2820-1997 grade G3 or G4 level, 24 performance indexes
Q:If a CME was so powerful it shut down the power grid, what would happen to nuclear power stations?
CMEs can induce current in long-distance power transmission lines. That can knock out enough transformers to shut down the grid. Power plants are not affected.
Q:An electrical generator without an engine?
How do you expect to create current without any mechanical input? All generators require a mechanical input, you have to turn the shaft to get an electrical output. Unless you want something like a solar array? Rereading, I think you want a generator without a motor, but with a mechanical input in the form of a shaft that you rotate? Is that correct? Looking on google, I see what you mean, a search for generator 30kW turns up tons of diesel generators, but not just a generator. Perhaps because no one buys these except for the people who make diesel generators. Sorry I can't help. But you may want to rephrase your question. .
Q:Is it safe to run AC/Ref systems using diesel generator continiously?
I've done service work in areas after a hurricane, and I've seen a lot of units run off of generators. There's nothing wrong with it. Those systems are fairly hardy. But if the manufacturer says your warranty is at stake, you have to decide how much that warranty is worth to you.
Q:Diesel generator is not what is the reason for generating electricity
damage to the circuit or circuit breaker, short circuit or grounding.
Q:Diesel Engine parts distributor in Central Calif?
Depending on where you live try the on line yellow pages. Especially in large farming areas, like Fresno or Bakersfield, Stockton etc. Their will be equipment parts shops that will help you find what you need if they do not have it.
Q:Where does the water pressure that causes the sink to flow come from?
The water drains out of the sink because it is a downhill flow from the sink to the sewerage outlet. The actual pressure is due to the height of the water and gravity. This can be stated as a head, in meters. Similarly the water comes out of a tap because it has a downhill flow from the supply reservoir typically. This can be a tank on a hill, or a tower. The water is transferred to the reservoir from its source like a lake by a pump, which gets it uphill to the reservoir. The pump is usually an electric one, though a diesel generator could be used as backup, or even a diesel driven pump could be used. Electricity is cheaper to run, considering the energy involved can be costly. The static pressure comes from the height of the reservoir above the tap outlet. This is also seen as a head. The typical pressure is 40 to 80 psi (equivalent to 30 to 60m of head or water column). Once the water is flowing at full bore the pressure drops, due to the pipe resistance and such effects, typically represented as 10-20psi approx. 8 to 16m of head. This is the pressure before the water leaves the tap (faucet), and is enough to flow through some device like a shower. At a remote property a tank stand may be used to get some height, or a pressure pump, which is equivalent. With a pressure pump the water is pumped into a rubber bladder like a large football bladder, so it can be squeezed out on demand. The pump runs cyclically as required to keep sufficient pressure in the bladder. This arrangement is known as an accumulator. High buildings may have related accumulators or a reservoir on top, and a pump/s to get water up there.
Q:What is the usually assumed voltage of 3000kw DC generator design?
Voltage output of any generator (AC or DC) relies upon on the rpm and capability of the magnetic container. So various rpm and/or sterngth of magnetic container will variety the output voltage. be conscious that various rpm of the AC generator additionally changing the frequency of the generator output.
Q:Can backup generators be recharged?
if you are using a classical gas or diesel powered generator there would be no need for recharging obviously if you are using a bank of batteries and a inverter to convert the DC voltage to AC, then you would need to size your solar power system large enough to both run your home and charge up the batteries so enough power would be stored for night time use and seasonal adjustments.
Q:How are diesel locomotives' engines started?
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.

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