Open Type Chongqing Cummins Diesel Generating Set

Open Type Chongqing Cummins Diesel Generating Set

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 set

Supply Capability:: 500 set/month

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Open Type Chongqing Cummins Diesel Generating Set

The engine power range from 200 to1656KW.Widely used in buildings, telecommunications, shipping, field construction, industrial electricity and other fields. Its economy, power, reliability, durability and environmental safety are welcomed by domestic and foreign customers.

OPEN TYPE CHONGQING CUMMINS DIESELGENERATING SET DATA SHEET
Genset Model	Standby Power		Prime Power		Fuel Consumption	Overall Size	Weight	Fuel Tank Capacity	Engine Description			Alternator Model
Genset Model	KVA	KW	KVA	KW	100% L/H	L x W x H (mm)	KG	L	Model	Oil Capacity(L)	Coolant Capacity(L)	Stamford
ZOP250CK	250	200	225	180	47.5	3000x1054x1758	2460	960	NT855-GA	39	60.6	UCDI274J
ZOP275CK	275	220	250	200	52.3	3000x1054x1758	2490	960	NT855-GA	39	60.6	UCDI274K
ZOP275CK	275	220	250	200	53.2	2750x1050x1585	2370	960	MTA11-G2A	39	52	UCDI274K
ZOP275CK	275	220	250	200	59	2900x1054x1963	2591	960	NTA855-G1	39	60.6	UCDI274K
ZOP315CK	315	250	275	220	61	3000x1054x1758	2810	960	NTA855-G1A	39	60.6	HCI444D
ZOP350CK	350	280	312	250	68.3	3000x1054x1758	2920	960	NTA855-G1B	39	60.6	HCI444ES
ZOP350CK	350	280	312	250	63	3000x1140x1600	2300	1100	MTA11-G3	39	61	HCI444ES
ZOP350CK	350	280	312	250	68	3000x1054x1758	3120	960	NTA855-G2	39	68	HCI444ES
ZOP375CK	375	300	344	275	72	3000x1054x1758	3120	960	NTA855-G2A	39	68	HCI444E
ZOP388CK	388	310	350	280	75	3000x1054x1758	3280	960	NTA855-G4	39	68	HCI444E
ZOP415CK	413	330	375	300	83.5	3250x1120x1721	2864	1100	NTA855-G7	39	76	HCI444FS
ZOP415CK	413	330	375	300	83	3350x1280x1934	3692	1200	KTA19-G2	50	98	HCI444FS
ZOP440CK	438	350	400	320	87	3250x1120x1721	2910	1100	QSNT-G3	39	84	HCI444F
ZOP450CK	450	360	/	/	87	3250x1120x1721	2880	1100	NTAA855-G7A	39	78	HCI444F
ZOP500CK	500	400	450	360	95.1	3350x1280x1934	3800	1200	KTA19-G3	50	98	HCI544C
ZOP550CK	550	440	500	400	94.6	3350x1280x1934	3940	1200	KTA19-G3A	50	98	HCI544C
ZOP550CK	550	440	500	400	97	3350x1280x1934	3940	1200	KTA19-G4	50	98	HCI544C
ZOP600CK	600	480	550	440	113	3525x1550x2032	4020	1700	KTAA19-G5	50	122	HCI544D
ZOP650CK	650	520	575	460	118.5	3525x1550x2045	4220	1700	KTAA19-G6	50	122	HCI544E
ZOP650CK	650	520	/	/	126	3350x1280x1934	4150	1200	KTA19-G8	50	98	HCI544E
ZOP688CK	688	550	/	/	128	3525x1550x2032	4220	1700	KTAA19-G6A	50	122	HCI544FS
ZOP688CK	688	550	625	500	140	4200x1805x2383	6785	1800	KT38-G	135	235	HCI544FS
ZOP715CK	713	570	650	520	145	3525x1550x2032	6600	1700	QSKTAA19-G4 NR2	84	133	HCI544F
ZOP800CK	800	640	725	580	172	4200x1805x2383	6785	1800	KT38-GA	135	235	LVI634B
ZOP825CK	825	660	750	600	167	4200x1805x2383	7000	1800	KT38-G2	135	235	LVI634B
ZOP880CK	880	705	800	640	169	4200x1805x2383	7140	1800	KT38-G2B	135	235	HCI634G
ZOP1000CK	1000	800	910	728	196	4200x1805x2383	7140	1800	KT38-G2A	135	235	HCI634H
ZOP1100CK	1100	880	1000	800	209	4200x1805x2244	7310	1800	KT38-G5	135	235	HCI634J
ZOP1250CK	1250	1000	/	/	210	4350x2090x2178	8100	1800	KT38-G9	135	283	HCI634K
ZOP1375CK	1375	1100	1250	1000	274	5140x1850x2340	7800	3000	QSKTA38-G5	170	217	LVI634G
ZOP1375CK	1375	1100	1250	1000	254	5000x1850x2340	9038	3000	KTA50-G3	177	291	LVI634G
ZOP1500CK	1500	1200	1375	1100	289	5200x2260x2510	9522	3000	KTA50-G8	204	346	PI734B
ZOP1650CK	1650	1320	/	/	289	5200x2260x2510	9522	3000	KTA50-G8	204	346	PI734C
ZOP1650CK	1650	1320	1500	1200	309	5200x2260x2510	9900	3000	KTA50-GS8	204	371	PI734C

Q:I live in southern Indiana, and am currently living through an awesome ice storm. Anyway, my parents bought a diesel powered portable generator. It is hooked into the main panel of the house. When you crank it up and turn the lights in the house on, they flicker, as does the TV screen. It has proper voltage on each leg of the 240. I brought my generator over and everything works fine. Any ideas?: some where your not getting a secure connection,but look at it this way,it beats not havin power,a little flicker here and there is better than no flicker at all, i bet the people that has nothing is wishing for a flicker

Q:If I am living alone in a studio. Any help appreciated :): if your home more than normal and or not conscious about your usage (keeping lights/tv on, leaving things plugged in, using your AC a lot, keeping fans onyou get the picture) it could be as high as $200 but since i'm assuming your working to live there you'll be gone most of the day so it could be as low as $90 to $150. It just all depends on your usage.

Q:how does a generator work powerlessly. i mean like if there is a black out people cna generate energy from like a generator. well then how come a generator work without the help of anything? (NOT TALKInG About the hydropower generator, the one that spins.: As pointed out generators convert mechanical energy into electricity. The mechanical energy is provided by an engine that uses some type of fuel like diesel or natural gas. All generators spin to produce power. well then how come a generator work without the help of anything? Backup generators do seem to magically produce electricity during a power failure Backup generators are fitted with automatic controls that handle the starting and placing of the generator onto the buildings power bus. The automatic controls are powered from the AC mains to keep a set of batteries charged. THe batteries are used at the beginning of a blackout to power the automation and start the generator. (Once the generator is running these batteries may then be recharged from the power produced by the generator or when the AC mains is re-established.) Electronic controls sense the loss of AC power and trigger a starting sequence. The generators starter is engaged to crank over the diesel or Gas engine. The controls monitor this process to ensure the engine actually starts and that an excessive amount of cranking doesn't occur. Once the engine is running and brought up to proper speed additional automatic controls disconnect the now powerless AC mains from the buildings buss and connect the Generator power to the buildings electrical panel. Based upon the size of the generator some or all of the buildings power may be supplied by the backup generator. Without the automation the process is still the same except a persone would have to perform the process of starting the gen and placing it on line. Its not difficult to do but does require some trainng. Automation performs this startup process quicker that what a humam would be likely to do.

Q:i am going to buy a second hand generator which is 108kva diesel enginehow can i test it so i know it starts but also is capable of running around 80-100kvai want to make sure it is strong and still working and not that it just startsplease help thankssam: start it up and plug it up to something, and let it run, the seller should have something to plug it in and show you it does work good.

Q:HI, I'm a college student Marine EngineeringI don't know the procedures of*pre-start up*start-up*stoppingof an emergency AC Generatorplz. help :)I'm going to monitor during operation that's why I want to know all of thatplease response as soon as possible.: Before check all fluid levels and turn off all breakers before starting or stopping!

Q:Diesel trains use electric motors because the low-end torque is much greater than a mechanical drive drive train, I was wondering, since low-end torque is essential to starting with heavy dead weight, why more trucks and SUVs don't have electric motors on the wheels?: For most part, it has to do with reliability. A train runs on a set track, so no ups and downs and bumps and whatnot. Nothing under the tracks that'll come up and snag the bottom, that sort of thing. A truck on the other hand, do drive over things, and the wheels go up and down bazillion times, and all that. A truck's wheel hubs are designed to be as simple and robust as possible for maximum reliability. Adding a motor to the hub would decrease its ground clearance, decrease reliability, and if one of the motors fail the vehicle can't really run on the rest (assuming all wheels are powered) as it produces asymmetrical thrust. So you have to disconnect the matching one on the other side. The designers basically judged that currently, the technology cannot compensate enough for the advantages to outweigh the disadvantages. A while back, Ford was considering a system called gas-operated launch assist. Basically, it operates similar to the way a hybrid stores electricity generated from braking, and releases it back for acceleration. However, instead of doing battery/motor/generator, it uses a compressible gas as the energy storage medium. While driving and braking, gas is compressed into the the cylinder. When the start starts moving again, the gas is allowed to expand, adding a bit of oomph to the launch. Apparently, that idea didn't go anywhere, but it was interesting. And Dodge actually built a special hybrid Durango that only had the gas engine drive one set of wheels, and electricity drive the other set of wheels. It is much easier and cheaper to make than a regular hybrid, but apparently the traction control is giving them problems to coordinate between the two drivetrain systems. --- Kasey C, PC guru since Apple II days Borg Burgers: Have it our way. Yours is irrelevant.

Q:I been thinking, and it seems to me our future vehicles would be best suited with a small 1~ liter diesel engine turning a generator to power 4 electric motors at the wheels of the car/truck, just like locomotives use. Advantages would be significantly increased fuel economy, AWD, no transmission and axle weight(offset by weight of batteries, longer lasting diesel engine, easier and cheaper to repair due to small engine size, fewer moving parts, and decreased complexity, regenerative braking, significantly reduced emmissions, less noise, no idling when not moving.Seems the advantages would vastly outweigh the disadvantagesDoes anyone build such a vehicle?: Volvo is developing a system like you're describing. Hybrids are just a bridge technology to full electric drives. The back-end progress on electrics is greater than most people think. They will keep extending the range, reducing the charging time and lightening the batteries. Once those technologies reach mass-market the other more marketable aspects of electrics like their lack of maintenance needs, quiet operation, and far superior handling with do the rest. At that point hybrid technology will be relegated to buses and other large vehicles, along with trains where it's been for quite some time.

Q:What will be the effect of ambient temperature on diesel generators: Fully automatic diesel generator sets are more expensive than conventional diesel engines with the same brand, configuration and power as the unit is equipped with a fully automated system.

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 ?: This is not possible or practical for any reason; especially using DC !!

Q:HI FROM NEW ZEALAND.I HAVE A LISTER-PETTER 16 KVA DIESEL 3 PHASE GENSET WITH SINGLE PHASE SOCKET @ 240 VAC. WITH A ITALIAN ELECTRONIC DIAGNOSTICS CONTROL PANEL WITH BREAKERS ETC.WHEN RUNNING A ESAB CADDY PROFESSIONAL 140 INVERTER WELDER @130 AMPS USING 4 MM HARDFACING RODS, ON FIRST STRIKE THE GENSET CUTS OUT AND DIE.WHEN USING A COPPER WOUND TRANFORMER WELDER THE THING RUNS WELL BUT WILL NOT STOP WHEN I HIT THE KEY TO TURN OFF OR EMERGENCY STOP BUTTON.NOTE; THIS IS A STANDBY GENSET IN THAT I JUST PLUGGED IN A WELDER, THE GENSET IS NOT A DEDICATED WELDING GENERATOR.I USED OTHER DIESEL GENSETS PRIOR WITHOUT ANY PROBS.WILL ANY1 HAVE ANY CLUES? REGARDING THIS.THANKS IN ADVANCE.CHEERS CARL GIN: Does the Esab welder have high frequency? If so the high freq. is feeding back into the generator and frying the electronics. You may need to have the generators repaired. The only way to prevent damage is to turn the high freq. off, or drive an earth ground as close to the welder as possible and you have to run a wire to your grounding clamp to this ground and the machine ground needs to go to this also. You have to get the high freq. out of the circuit as quick as possible. (I have a Hobart Champion Fabshop that is notorious for this.)

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