100kva/80kw super silent cummins generator with CE approved (GDC100*S)

Ref Price:

Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 300 unit/month

Inquire Now

Chat Online Add to My Favorites

OKorder Service Pledge

Quality Product

Order On-line Tracking

Timely Delivery

OKorder Service Pledge

Credit Rating

Credit Services

Credit Purchasing

Share to:

Product Details
FAQ

Inquire Now

Item specifice:

frequency:	50/60hz	noise control:	68-75 db in 7metres	fuel tank capacity:	8hours fuel tank or by your request
certificate:	CE,ISO9001	speed:	1500/1800rpm	delivery time:	20-25 days
production capacity:	250-300sets/month	test loading:	25%,50%,75%,100%,110%

Product Description:

100kva/80kw super silent cummins generator with CE approved (GDC100*S)

100kva/80kw super silent cummins generator with CE approved (GDC100*S)

datasheet for 100kva/80kw cummins generator

GenSet Model	GDC100*S
Continuous Output	80KW / 100KVA
Engine Brand & Model	Cummins 6BT5.9G2
Type	Water-cooled, 4-stroke, Natural Engine
No. of cylinder	6
Bore x Stroke	102x120mm
Engine power	106kw
Compression ratio	17.5: 1
Fuel consumption	≤ 20L/h
Displacement	5.9L
Engine speed	1500rpm
noise control	below70db in 7metres
Lubricant Capacity

Starting system	D. C. 24V electric start
Cooling way	Positive Water Cooling Cycle
Alternator Brand & Model	GODLIKE JDG274C 100kva/80kw (original stamford optional)
Frequency	50HZ
Voltage	380/220V
No. of phases	3
Excitation	brushless
Insulation class	H
Power factor	0.8
Protection Grade	IP23
Altitude	≤ 1000m
Voltage Regulation, Steady State	≤ ± 1%
Control Panel - Standard equipped or LCD digital control module(DSE&SMARTGEN)
8hours Base Fuel Tank & battery included
Options: ATS

GODLIKE POWER Diesel Generator Set Advantage:
·  50Hz@1500rpm or 60Hz@1800rpm all are available
· AVR delivers non fluctuating power
· Panel type digital control panel/manual control
· 12 Volt / 24 Volt electric starter ensures easy starting
· Low oil pressure shut down system
· Low fuel cut out protection
· Low water cut out engine protection
.High water temperature cut out engine protection
· Enclosed structure ensures quieter operation
· Alternator (Dynamo) excitation mode brushless self excitation
· Three-phase output meets differing requirements
· Four Cylinder, four stroke, water cooled diesel engine
· 8 hours running @ full load on a single tank of fuel
· Dual access doors for easy maintenance
· Optional automatic or manual transfer switches available
· ATS ( auto transfer switch for city power and generator power ) / AMF (auto mains failure) /parallel running for option
· Weatherproof and soundproof, enclosure high grade steel protected by powder coat painting and incorporate internally mounted exhaust silencers
· Noise Level (65-75dBA @ 7m)
· All ratings are at sea level

After-sales Service:
1 year or 1000 continuously running hours subject to the earlier one.
Our Diesel Generator Set Production Range is as follows:

* Engine (motor) for Choice

1. Cummins  :23kVA - 1500kVA
2. Perkins    :9kVA - 2250kVA
3. Lovol (China): 30kVA - 138kVA
6. Yangdong (China) :11kVA - 63kVA
7. Weichai (China) 30kVA - 188kVA
8. XiChai (China) :18kva-375kva
9.Yanmar(Japan):6kva-58kva

* Canopy for Choice
1. Silent type (75- 80 dB(A) at 7 meters)
2. Super Silent type (65-70 dB(A) at 7 meters )
3. Open type
4. Trailer type (mobile)
5. Container Type
6. Parallel System

Item No	Genset Model	Power Out Put 400V/50HZ/1500RPM/3P/0.8 ( Y )		Cummins Engine Model	Stamford Alternator Model
		Power Out Put 400V/50HZ/1500RPM/3P/0.8 ( Y )
		Prime 40 degree
1	GDC43	34KW	43KVA	4BT3.9G1/36KW	UCI224C
2	GDC43	34KW	43KVA	4BT3.9G2/36KW	UCI224C
3	GDC50	40KW	50KVA	4BTA3.9G2/50KW	UCI224D
4	GDC60	48KW	60KVA	4BTA3.9G2/50KW	UCI224E
5	GDC100	80KW	100KVA	6BT5.9G1/92KW	UCI274C
6	GDC100	80KW	100KVA	6BT5.9G2/92KW	UCI274C
7	GDC120	96KW	120KVA	6BTA5.9G2/106KW	UCI274D
8	GDC135	108KW	135KVA	6BTAA5.9G2 /120KW	UCI274E
9	GDC160	128KW	160KVA	6CTA8.3G2/163KW	UCI274F
10	GDC180	144KW	180KVA	6CTA8.3G2/163KW	UCI274G
11	GDC200	160KW	200KVA	6CTAA8.3G2/183KW	UCI274H
12	GDC225	180KW	225KVA	6LTAA8.9G2/220KW	UCI274J
13	GDC250	200KW	250KVA	6LTAA8.9G2/220KW	UCI274K
14	GDC250	200KW	250KVA	NT855-GA/231KW	UCI274K
15	GDC250	200KW	250KVA	MTA11-G2A/234KW	UCI274K
16	GDC300	240KW	300KVA	NTA855-G1A /261KW	HCI444D
17	GDC300	240KW	300KVA	NTA855-G1B/284KW	HCI444D
18	GDC313	250KW	313KVA	NTA855-G1B/284KW	HCI444ES
19	GDC313	250KW	313KVA	MTAA11-G3 /282KW	HCI444ES
20	GDC325	260KW	325KVA	NTA855-G1B/284KW	HCI444ES
21	GDC350	280KW	350KVA	NTA855-G2A/313KW	HCI444E
22	GDC350	280KW	350KVA	NTA855-G4/317KW	HCI444E
23	GDC375	300KW	375KVA	NTAA855-G7/343KW	HCI444FS
24	GDC375	300KW	375KVA	KTA19-G2 /336KW	HCI444FS
25	GDC400	320KW	400KVA	NTAA855-G7A/407KW	HCI444F
26	GDC450	360KW	450KVA	KTA19-G3/403KW	HCI544C
27	GDC500	400KW	500KVA	KTA19-G3A/448KW	HCI544C
28	GDC500	400KW	500KVA	KTA19-G4 /448KW	HCI544C
29	GDC550	440KW	550KVA	KTAA19-G5 /470KW	HCI544D
30	GDC600	480KW	600KVA	KTAA19-G6/520KW	HCI544E
31	GDC600	480KW	600KVA	KTA19-G8/575KW	HCI544E
32	GDC625	500KW	625KVA	KTAA19-G6A /610KW	HCI544FS
33	GDC625	500KW	625KVA	KT38-G/560KW	HCI544FS
34	GDC750	600KW	750KVA	KTA38-G2/664KW	LVI634B
35	GDC800	640KW	800KVA	KTA38-G2B/711KW	LVI634C
36	GDC900	720KW	900KVA	KTA38-G2A/813KW	LVI634D
37	GDC1000	800KW	1000KVA	KTA38-G5/880KW	LVI634E
38	GDC1125	900KW	1125KVA	KTA38-G9/1089KW	LVI634F
39	GDC1250	1000KW	1250KVA	KTA50-G3/1097KW	LVI634G
40	GDC1375	1100KW	1375KVA	KTA50-G8/1200KW	PI734B
41	GDC1500	1200KW	1500KVA	KTA50-GS8/1287KW	PI734C

Item No	Genset Model	Power Out Put 400V/50HZ/1500RPM/3P/0.8 ( Y )		Cummins Engine Model	Godlike Alternator Model
		Power Out Put 400V/50HZ/1500RPM/3P/0.8 ( Y )
		Prime 40degree
1	GDC23	18KW	23KVA	4B3.9G1/24KW	JDG 184E
2	GDC23	18KW	23KVA	4B3.9G2/24KW	JDG 184E
3	GDC28	22KW	28KVA	4B3.9G1/24KW	JDG 184F
4	GDC28	22KW	28KVA	4B3.9G2/24KW	JDG 184F
5	GDC31	25KW	31KVA	4BT3.9G1/36KW	JDG 184G
6	GDC31	25KW	31KVA	4BT3.9G2/36KW	JDG 184G
7	GDC40	32KW	40KVA	4BT3.9G1/36KW	JDG224C
8	GDC40	32KW	40KVA	4BT3.9G2/36KW	JDG 224C
9	GDC50	40KW	50KVA	4BTA3.9G2/50KW	JDG 224D
10	GDC56	45KW	56KVA	4BTA3.9G2/50KW	JDG 224ES
11	GDC60	48KW	60KVA	4BTA3.9G2/50KW	JDG 224E
12	GDC100	80KW	100KVA	6BT5.9G1/92KW	JDG 274C
13	GDC100	80KW	100KVA	6BT5.9G2/90KW	JDG 274C
14	GDC120	96KW	120KVA	6BTA5.9G2/106KW	JDG 274DS
15	GDC135	108KW	135KVA	6BTAA5.9G2 /120KW	JDG 274ES
16	GDC160	128KW	160KVA	6CTA8.3G2/163KW	JDG 274F
17	GDC180	144KW	180KVA	6CTA8.3G2/163KW	JDG 274G
18	GDC200	160KW	200KVA	6CTAA8.3G2/183KW	JDG 274H
19	GDC225	180KW	225KVA	6LTAA8.9G2/220KW	JDG 274J
20	GDC250	200KW	250KVA	6LTAA8.9G2/220KW	JDG 274K
21	GDC250	200KW	250KVA	NT855-GA/231KW	JDG274K
22	GDC250	200KW	250KVA	MTA11-G2A/234KW	JDG274K
23	GDC275	220KW	275KVA	NTA855-G1A/261KW	JDG 314DS
24	GDC300	240KW	300KVA	NTA855-G1A/261KW	JDG 314D
25	GDC313	250KW	313KVA	NTA855-G1B/284KW	JDG 314ESS
26	GDC313	250KW	313KVA	NTA855-G1B/284KW	JDG 314ESS
27	GDC313	250KW	313KVA	MTAA11-G3 /282KW	JDG 314ESS
28	GDC325	260KW	325KVA	NTA855-G1B/284KW	JDG 314ES
29	GDC350	280KW	350KVA	NTA855-G2A/313KW	JDG 314E
30	GDC350	280KW	350KVA	NTA855-G4/317KW	JDG 314E
31	GDC375	300KW	375KVA	NTAA855-G7/343KW	JDG 314FS
32	GDC375	300KW	375KVA	KTA19-G2 /336KW	JDG 314FS
33	GDC400	320KW	400KVA	NTAA855-G7A/407KW	JDG 314F
34	GDC450	360KW	450KVA	KTA19-G3 /403KW	JDG 354C
35	GDC500	400KW	500KVA	KTA19-G3A/448KW	JDG 354D
36	GDC500	400KW	500KVA	KTA19-G4 /448KW	JDG 354D
37	GDC550	440KW	550KVA	KTAA19-G5 /470KW	JDG 354ES
38	GDC575	460KW	575KVA	KTAA19-G6/520KW	JDG 354E
39	GDC600	480KW	600KVA	KTA19-G8/575KW	JDG 354E
40	GDC625	500KW	625KVA	KTAA19-G6A /610KW	JDG 354FS
41	GDC625	500KW	625KVA	KT38-G/560KW	JDG 354FS
42	GDC725	580KW	725KVA	KT38-GA/711KW	JDG 354G
43	GDC750	600KW	750KVA	KTA38-G2/664KW	JDG 404B
44	GDC800	640KW	800KVA	KTA38-G2B/711KW	JDG 404C
45	GDC900	720KW	900KVA	KTA38-G2A/813KW	JDG 404D
46	GDC1000	800KW	1000KVA	KTA38-G5/880KW	JDG 404E
47	GDC1125	900KW	1125KVA	KTA38-G9/1089KW	JDG 404F
48	GDC1250	1000KW	1250KVA	KTA50-G3/1097KW	JDG 4

Send a message to us:

Email:

Telephone:

Qty Required:

Company:

Remaining: 4000 characters

- Self introduction

- Required specifications

- Inquire about price/MOQ

Q:How to Calculate a Diesel Locomotive's Power?: I'd start with the fuel flow rate, its heating value, an assumed efficiency of a diesel motor and an assumed efficiency of a generator. The diesel motor burns fuel, drives a generator to produce electrical power which is then used to drive electric motors at the wheels.

Q:Recent Applications of DC Shunt generator?: Well you already said it was a DC generator. By nature all generators generate their output voltage in cycles as they rotate, or even as they go back and forth for a linear generator. Therefore they generate AC, but the commutator converts this to DC. The commutator is a rotary switch that reverses the connection at the correct part of the rotation so that the current always flows one direction. That is DC, direct current instead of AC, alternating current. Sometimes AC generators may be called an Alternator. A shunt generator simply means it is self excited, that is the field magnet is connected across the generator's output, rather than having a separate DC generator for the field.

Q:Which would be the most efficient and eco-friendly car type: Hydrogen, Electric, Diesel, Gasoline, Battery?: definitely okorder

Q:Did The Tsunami Wash Over The Nuclear Reactors in Japan?: It probably helped with the overall catastrophe. It wasn't the tsunami, or the earthquake that caused the problems. It was during , and after the shut down procedure of the reactors, they had explosions and loss of power, backup generators, and eventually battery power that there having to deal with. Overheating big-time.

Q:How do generators for your house work?: Well just like electricity entering your house from the power company, the power from The power from your gas generator is the same thing. How much you run the generator is the same as running your light Or treadmill. However since power from the company is more steady and subsides, it's cheaper to be on the grid than to generate your own electricity especially with today's high gas prices.

Q:How do you make a mini nuclear reactor?: You would be shut down before you got started unless you want to go through all the red tape and bs the government would throw at you. Plus you can't just bury it anywhere it could potentially contaminate the water table.

Q:What is the maximum power of a diesel generator: Each cylinder in a certain order in order to work on the piston thrust through the connecting rod to drive the crankshaft to turn the power to drive the crankshaft rotation.

Q:What is best for my house???? SOLAR light or inverter?: diesel generator is your best bet. solar battery inverter is very inefficient.

Q:What are the legalities in Western Australia to feed fuel to a generator (diesel) from the vehicle fuel tank?: its depend upon the sector u going to invest

Q:What are some advantages and disadvantages for nuclear fission?: Advantages: We can set up breeder reactors that generate electricity as well as plutonium. This plutonium can then be used to make nuclear weapons to drop on hostile terrorist nations. Disadvantages: The whiny environmentalists that riot and protest even though they owe their existence to nuclear power as the Atomic Bomb put an end to WW2. ------------------wikipedia----------- Advantages of nuclear power plants against other mainstream energy resources are: * No greenhouse gas emissions (during normal operation) - greenhouse gases are emitted only when the Emergency Diesel Generators are tested (the processes of uranium mining and of building and decommissioning power stations produce relatively small amounts) * Does not pollute the air - zero production of dangerous and polluting gases such as carbon monoxide, sulfur dioxide, aerosols, mercury, nitrogen oxides, particulates or photochemical smog * Small solid waste generation (during normal operation) * Low fuel costs - because so little fuel is needed * Large fuel reserves - (e.g., in Canada and Australia) again, because so little fuel is needed * Nuclear Batteries - (see SSTAR) Disadvantages include: * Risk of major accidents - an example of the worst possible situation is what happened to Chernobyl Nuclear Power Plant (which did not have a conventional containment building) * Nuclear waste - high level radioactive waste produced can remain dangerous for thousands of years if not reprocessed. * Can help produce bombs - all designs of reactor can produce plutonium, aiding nuclear proliferation (see Magnox) * High initial costs * High energy inputs during construction (equivalent to ~7 years power output) * High maintenance costs * Security concerns * High cost of decommissioning plants * Thermal pollution (although all power plants emit thermal pollution)

1. Manufacturer Overview
Location
Year Established
Annual Output Value
Main Markets
Company Certifications

2. Manufacturer Certificates
a) Certification Name
Range
Reference
Validity Period

3. Manufacturer Capability
a)Trade Capacity
Nearest Port
Export Percentage
No.of Employees in Trade Department
Language Spoken:
b)Factory Information
Factory Size:
No. of Production Lines
Contract Manufacturing
Product Price Range