• Open Type Perkins Diesel Generating Set  for Building Use System 1
  • Open Type Perkins Diesel Generating Set  for Building Use System 2
Open Type Perkins Diesel Generating Set  for Building Use

Open Type Perkins Diesel Generating Set for Building Use

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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 Perkins Diesel Generating Set  for Building Use

Founded in 1932 in the United Kingdom, Perkins annual output nearly 400,000 engines.The diesel and natural gas engines are widely used in various industries due to their advantages of economy, reliability and durability.As the world class A certified company, Perkins diesel generator sets have genuine trend internationalization. Today, Perkins has established production departments in 13 countries and formed a global service network consisting of more than 1,000 distribution points and service centers. In the field of power generation, the 7kw-1811kw diesel generator sets have excellent performance, reliability, durability and other advantages.


OPEN TYPE PERKINS DIESEL GENERATING SET DATA SHEET

Genset Model

Standby Power

Prime Power

Fuel Consumption

Overall Size

Weight

Fuel Tank Capacity

Engine Description

Alternator Model

KVA

KW

KVA

KW

100%    L/H

L x W x H (mm)

KG

L

 Model

Oil Capacity(L)

Coolant Capacity(L)

Stamford

ZOP10PK

10

8

9

7

2.6

1500x650x1225

425

160

403A-11G1

4.9

5.2

LSA40VS1

ZOP10PK

10

8

9

7

2.6

1500x650x1225

425

160

403D-11G

4.9

5.2

LSA40VS1

ZOP14PK

14

11

13

10

3.67

1500x650x1225

496

160

403D-15G

6

6

LSA40VS2

ZOP14PK

14

11

13

10

3.48

1500x650x1225

496

160

403A-15G1

6

6

LSA40VS2

ZOP16PK

16

13

15

12

3.48

1500x650x1225

496

160

403A-15G2

6

6

LSA40S3

ZOP22PK

22

18

20

16

5.3

1500x650x1225

610

160

404D-22G

10.6

7

LSA40M5

ZOP22PK

22

18

20

16

5.3

1500x650x1225

610

160

404A-22G1

10.6

7

LSA40M5

ZOP30PK

30

24

27

22

6.7

1500x650x1225

660

160

404D-22TG

10.6

9.3

LSA42.3VS2

ZOP33PK

33

26

30

24

6.98

1650x750x1280

780

221

1103A-33

7.9

10.2

LSA42.3VS3

ZOP50PK

50

40

45

36

10.6

1650x750x1280

887

221

1103A-33T/DK83398S

7.9

10.2

LSA42.3M7

ZOP65PK

65

52

60

48

13.8

1650x750x1280

908

221

1104C-44TG2

8

13

LSA42.3L9

ZOP65PK

65

52

60

48

13.8

1650x750x1280

908

221

1103A-33T/DK83399S

7.9

10.2

LSA42.3L9

ZOP75PK

73

58

65

52

14.8

1750x850x1300

923

221

1104A-44TG1

8

13

LSA44.3S2

ZOP88PK

88

70

80

64

18.4

1750x850x1300

1037

221

1104A-44TG2

8

13

LSA44.3S3

ZOP88PK

88

70

80

64

18.4

1750x850x1300

1037

221

1104C-44TAG1

8

12.6

LSA44.3S3

ZOP100PK

100

80

90

72

20.5

2240x850x1320

1175

300

1104C-44TAG2

8

12.6

LSA44.3S4

ZOP110PK

110

88

100

80

24

2240x850x1320

1190

300

1104C-44TAG2

8

12.6

LSA44.3S5

ZOP150PK

150

120

135

108

29.9

2900x900x1536

1760

685

1106A-70TG1

16.5

21

LSA44.3M8

ZOP158PK

158

126

142

115

39.7

2900x900x1536

1760

685

1106D-E70TAG2

16.5

21

LSA44.3L10

ZOP165PK

165

132

150

120

33.4

2900x900x1536

1760

685

1106A-70TAG2

16.5

21

LSA44.3L10

ZOP175PK

175

140

160

128

42.3

2900x900x1536

1760

685

1106D-E70TAG3

16.5

21

LSA44.3L12

ZOP200PK

200

160

180

144

41.6

2900x900x1536

1796

685

1106A-70TAG3

16.5

21

LSA46.3S2

ZOP200PK

200

160

180

144

49.3

2900x900x1536

1830

685

1106A-E70TAG4

16.5

21

LSA46.3S2

ZOP220PK

220

176

200

160

45.8

2900x900x1536

1830

685

1106A-70TAG4

16.5

21

LSA46.3S3

ZOP220PK

220

176

200

160

44.6

3000x1200x2000

2760

1100

1506A-E88TAG1

41

29.6

LSA46.3S3

ZOP250PK

250

200

225

180

48.6

3000x1200x2000

2760

1100

1506A-E88TAG2

41

29.6

LSA46.3S4

ZOP275PK

275

220

250

200

50

3000x1200x2000

2760

1100

1506A-E88TAG3

41

29.6

LSA46.3S5

ZOP300PK

300

240

275

220

60.2

3000x1200x2000

2860

1100

1506A-E88TAG4

41

33.2

LSA46.3M7

ZOP330PK

330

264

300

240

64.9

3000x1200x2000

2860

1100

1506A-E88TAG5

41

33.2

LSA46.3M8

ZOP400PK

400

320

350

280

70

3200x1206x1980

2932

1200

2206A-E13TAG2

40

51.4

LSA46.3L11

ZOP400PK

400

320

350

280

70

3200x1206x1980

2932

1200

2206C-E13TAG2

40

51.4

LSA46.3L11

ZOP450PK

450

360

400

320

82.7

3200x1206x1980

3069

1200

2206A-E13TAG3

40

51.4

LSA47.2S4

ZOP450PK

450

360

400

320

82.7

3200x1206x1980

3069

1200

2206C-E13TAG3

40

51.4

LSA47.2S4

ZOP500PK

500

400

450

360

95.6

3500x1540x1850

3400

1200

2506A-E15TAG1

62

58

LSA47.2S5

ZOP500PK

500

400

450

360

95.6

3500x1540x1850

3400

1200

2506C-E15TAG1

62

58

LSA47.2S5

ZOP550PK

550

440

500

400

106

3500x1540x1850

3551

1200

2506A-E15TAG2

62

58

LSA47.2M7

ZOP550PK

550

440

500

400

106

3500x1540x1850

3551

1200

2506C-E15TAG2

62

58

LSA47.2M7

ZOP650PK

650

520

600

480

126.6

3500x1540x2050

3813

1450

2806C-E18TAG1A

87

61

LSA47.2L9

ZOP660PK

660

528

600

480

126.6

3500x1540x2050

3813

1450

2806A-E18TAG1A

87

61

LSA47.2L9

ZOP700PK

700

560

650

520

129.3

3500x1540x2050

3925

1450

2806A-E18TAG2

87

61

LSA49.3S4

ZOP825PK

825

660

750

600

152.3

4350x1750x2270

5525

1800

4006-23TAG2A

113.4

140

LSA49.3M8

ZOP880PK

880

704

800

640

171.8

4350x1750x2270

5570

1800

4006-23TAG3A

113.4

140

LSA49.3M8

ZOP1000PK

1000

800

900

720

188

4700x2070x2414

6667

1400

4008TAG1A

153

234

LSA49.3L9

ZOP1100PK

1100

880

1000

800

215.2

4700x2070x2414

6792

1400

4008TAG2

153

234

LSA49.3L10

ZOP1100PK

1100

880

1000

800

215.2

4700x2070x2414

6792

1400

4008TAG2A

153

234

LSA49.3L10

ZOP1250PK

1250

1000

1125

900

237.2

4700x2070x2414

6850

1400

4008-30TAG3

153

234

LSA50.2M6

ZOP1375PK

1375

1100

1250

1000

258.1

4800x2200x2477

9950

3000

4012-46TWG2A

177

187

LSA50.2M6

ZOP1500PK

1500

1200

1375

1100

279.1

4900x2200x2477

10205

3000

4012-46TWG1A

177

274

LSA50.2L7

ZOP1500PK

1500

1200

1375

1100

279.1

4900x2200x2477

10205

3000

4012-46TWG3A

177

187

LSA50.2L7

ZOP1600PK

1600

1280

1500

1200

299

4900x2200x2477

10435

3000

4012-46TWG4A

177

187

LSA50.2L8

ZOP1650PK

1650

1320

1500

1200

299

4900x2200x2477

10435

3000

4012-46TAG2A

177

274

LSA50.2L8

ZOP1875PK

1875

1500

1688

1350

367.3

5100x2200x2477

11200

3000

4012-46TAG3A

177

274

LSA52.3S5

ZOP2000PK

2000

1600

1850

1480

381.3

6100x2740x3120

13780

3000

4016TAG1A

237

368

LSA52.3S5

ZOP2000PK

2000

1600

1850

1480

381.3

6100x2740x3120

13780

3000

4016-61TRG1

237

376

LSA52.3S5

ZOP2250PK

2250

1800

2000

1600

434

6100x2740x3120

13875

3000

4016TAG2A

237

368

LSA52.3S6

ZOP2250PK

2250

1800

2000

1600

422

6100x2740x3120

13875

3000

4016-61TRG2

237

376

LSA52.3S6

ZOP2500PK

2500

2000

2250

1800

467.6

6100x2740x3120

14900

3000

4016-61TRG3

237

376

LSA52.3L9

 


Q:If it is not run continuosly in what intervals should it be stopped and what is the standstill time?
as long as you can monitor oil pressure and water temp and provide emergency shutdowns for both. It can run until specified oil change interval which is probably no more than 500 hours at a time.
Q:I have two steel jerry cans that i used to carry gasoline in, now I want to store diesel fuel for an emergency generator in them. after I empty them will residual gasoline contaminate the diesel beyond usefulness?
If you clean out the can, be wary of what you use. If you use water, let it dry before filling it. Since diesel engines apply pressure to diesel fuel to ignite it, regular gas can be ignited the same way ONLY to an extent (the extent of which I do not know). Also, consider a diesel fuel stabilizer for long term storage so it won't break down so fast.
Q:For hydropower how much MWh can be generated with same capacity plant?. (Because plant never run for 24 hours of the day we need a factor to calculate above value)
just multiply 100 MW by the number of hours in a year to get MW-hr per year 100 MW x 24h/day x 365.25 day/yr 876600 MW-hr / year If it's not running 24 hours a day, just substitute the correct number. .
Q:I am looking for the stand by large generator 15-20kw (to use all the power on one transfer switch). The problem is that stand by generator require large propane tanks (expensive to install). I would like to find a stand by generator that i could run off gasoline and use all of it available power. I think this would the most economical solution. In case of propane/natural gas the cost of propane tank installation is significant. The diesel stand by generators are significantly more expensive. So far I have found tri-fuel13kw portable generator that has several outlets. In this case not all the power can be utilized.
I don't get what you mean by not able to use all the power. The generator will produce it's rated output, and little more, from one or any combination of it's outlets - single or three phase, including the 12 volt charging system. The total output of the machine is available as a function of the total load connected, not the number of plugs or the variety of outlets - it is the total load that counts. Petrol is the least efficient, and the most dangerous fuel to use and store. The amount of fires involving LPG or similar fuels is a fraction of those involving petrol in road accidents for a start. A slow speed Diesel generator correctly sized for your normal load (allow 33% additional capacity for starting induction motors etc.) will use the least fuel, and be the longest lasting by a large margin of any of the choices you suggest above. The cheapest initial option will be a petrol powered system, but the most expensive to run, and the earliest to wear out. The running costs will be much cheaper on propane etc., and the engine will run much cleaner and last longer as a result. A high speed diesel unit will cost more than the petrol version, but will not be as expensive as the better slow speed types, it will be economical, but is not going to last as well as the slow speed models. Well made slow speed diesel units will cost the most to install, but will be the most economical both to run, service and in longevity. The cheapest initial option I have found, is always the most expensive in the medium and long range. If the unit is purely for emergency power, it should be run under load every month at least, and the fuel must be kept fresh, or treated and constantly monitored to withstand long term storage - this is where the propane storage is particularly effective. The worst thing that can be done with any backup power system is to allow it to sit for any length of time without being used. Many fail at critical times because of this.
Q:Can someone please tell me what is the piston ring cap is for the 186FA Diesel Engine 10hp, fitted into the powermate PM6100DS / 6KW Generator.
Just about all the rings you purchase new today come pre-gapped to the correct tolerance, just like spark plugs. Way in the past, of course back then it was necessary to check the gap. With such a small engine 1/16 is plenty.
Q:I live in california, in the ventura count so anywhere close to there.
Cities, Counties, and States each have surplus equipment sales. I have seen diesel generators in our State Surplus Yard. Another place is OKorder. How large a generator do you want? I can find one and give you the link.
Q:Fuel tank is for generator and its a day tank the size of the tank filling line is 2
The reason is to minimize the static Electricity
Q:Can any anyone help me with this. The generator is a brushless, air-cooled diesel generator without AVR. It is kinda old and it's made from Japan. The manufacturer is Yanmar.
Open up the end of the generator and check the capacitor. It may need to be replaced. You may also have to flash the field if it hasn't been used for some time. Try one of these techniques 1. Plug the electric drill into the generator receptacle. If the drill is reversible, move the direction switch to the forward position. Start the engine. While depressing the trigger on the drill, spin the drill chuck in reverse direction. This will excite the field and the generator will now produce electricity. If spinning the chuck one direction does not work, try spinning the chuck in the other direction as you may have the reverse switch positioned backwards. Use caution not to get your hand or other materials caught in the chuck. As soon as the field is excited, the generator will produce power and the drill will turn on. 2. If the engine is working fine, but there is no output voltage try this trick. It may work on standard alternator type generators, but not on those which use an inverter. It worked for me in the past, but try at your own risk. First check to ensure that all circuit breakers and fuses are ok. Shut off the engine and remove any cords from the generator. Plug in a cord with bare wires on the other end to one of the 120VAC outlets. Connect one end of the cord to a car battery. Very quickly touch the other wire to the other battery terminal. Do not leave it there longer than to create a few sparks or you may destroy the windings. If the residual magnetism in the alternator had weakened, this may be enough to get it started again.
Q:I need these values for 400 KVa and 150 KVa plants in order to run an air pollution computer simulation. Thanks!. Volumetric flow is not useful for me,because i don't have any information about flow areas or diameters.
This is a difficult question to answer accurately. The velocity of the exhaust gas is highly dependent on the size of the exhaust pipe. A smaller exhaust pipe, a much higher velocity --- a larger exhaust pipe, a much slower exhaust gas velocity. A 2 exhaust pipe would have about 2.25 times the velocity of a 3 pipe. The exhaust velocity is highly dependent as well on the RPM of the generator. Double the RPM, and there is much higher pressure, and much higher exhaust gas velocity. An attached article mentions that the exhaust velocity in some unspecified gasoline powered car --- and at some unspecified RPM --- is about 240 to 260 feet per second. autolounge /tech/exhaust.html
Q:i need to do a project and i need a website that has info on why solar panels are more enviromentally friendly can you please give me some websites?
www agua-luna com

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