• 3 Phase 50kw Water Cooled Genset Diesel Generator ,Perkins Engine Generator System 1
  • 3 Phase 50kw Water Cooled Genset Diesel Generator ,Perkins Engine Generator System 2
3 Phase 50kw Water Cooled Genset Diesel Generator ,Perkins Engine Generator

3 Phase 50kw Water Cooled Genset Diesel Generator ,Perkins Engine Generator

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Loading Port:
Guangzhou
Payment Terms:
TT OR LC
Min Order Qty:
1 unit
Supply Capability:
1500 unit/month

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 3 Phase 50kw Water Cooled Genset Diesel Generator ,Perkins Engine Generator

 

 

50kw to 1000kw Genset Diesel Generator ,Perkins Engine Generator

 

1. UK Perkins diesel engine  403D-11G,404D-15G,404D-22G

2. 220V/380V,240V/415V, 3 phase ,50Hz, 1500RPM


3. Stamford Brushless Alternator

4.Water Cooled

 


Specifications:

 

Genset Model

Prime Power

Standby Power

Engine

Fuel Consumption

Cylinder No.

Displacement

Bore X Stroke

KW

KVA

KW

KVA

(g/kwh)

 (L )

(mm)

GNRP10

7

9

8

10

403D-11

≤252

3

1.131

77*81

GNRP15

10

13

12

15

403D-15

≤264

3

1.496

84*94

GNRP23

16

20

18

23

404D-22

≤243

4

2.216

84*100

GNRP33

24

30

26

33

1103A-33G

≤210

3

3.3

105*127

GNRP50

36

45

40

50

1103A-33TG1

≤212

3

3.3

105*127

GNRP65

48

60

52

65

1103A-33TG2

≤211

3

3.3

105*127

GNRP73

52

65

58

73

1104A-44TG1

≤207

4

4.4

105*127

GNRP88

64

80

70

88

1104A-44TG2

≤213

4

4.4

105*127

GNRP103

75

94

82

103

1006TG1A

≤210

6

5.99

100*127

GNRP150

110

138

120

150

1006TAG

≤205

6

5.99

100*127

GNRP165

120

150

132

165

1006TAG2

≤205

6

5.99

100*127

GNRP225E

165

206

180

225

1306C-E87TAG3

≤220

6

8.7

117*136

GNRP250E

180

225

200

250

1306C-E87TAG4

≤219

6

8.7

117*136

GNRP259E

188

235

207

259

1306C-E87TAG5

≤221

6

8.7

117*136

GNRP275E

200

250

220

275

1306C-E87TAG6

≤223

6

8.7

117*136

GNRP344E

250

313

275

344

2206C-E13TAG2

≤201

6

14.6

137*165

GNRP388E

280

350

310

388

2206C-E13TAG2

≤198

6

14.6

137*165

GNRP450E

320

400

360

450

2206C-E13TAG3

≤201

6

14.6

137*165

GNRP500E

360

450

400

500

2506C-E15TAG1

≤216

6

15

137*171

GNRP550E

400

500

440

550

2506C-E15TAG2

≤211

6

15

137*171

GNRP625E

450

563

500

625

2806A-E18TAG1A

≤196

6

18.13

145*183

GNRP700E

508

635

560

700

2806A-E18TAG2

≤203

6

18.13

145*183

GNRP800

580

725

640

800

4006-23TAG2A

≤199

6

22.921

160*190

GNRP900

640

800

720

900

4006-23TAG3A

≤200

6

22.921

160*190

GNRP1000

720

900

800

1000

4008-TAG1A

≤206

8

30.561

160*190

GNRP1125

818

1022

900

1125

4008-TAG2A

≤208

8

30.561

160*190

GNRP1375

1000

1250

1100

1375

4012-46TWG2A

≤212

12

45.482

160*190

  

  Genset Features:

1. Genuine UK Perkins industrial diesel engine

2. Radiator 40°C max, fans are driven by belt, with safety guard

3. Genuine stamford. Leroy somer, marathonm, engga alternator

4. Choice of manual/auto and AMF control panels and protection systems

5. Digital auto-start panel

6. Anti Vibration Suspension Absorber

7. Dry type air filter, fuel filter, oil filter

8. 10-hour operation base tank

9.Mould case circuit breaker

10. 24V DC start motor and storage battery

11. 24V charge alternator

12. 24V batteries, rack and cable

13. Rippl;e flex echaust pipe, exhaust siphon, flange, and muffler

14. Comply with ISO and CE standards

15. All generator sets are gone through rigorous testing before beging released to the market place, including 50% load, 75% load, 100% load and all protection function(over speed stop, high water temperature, low oil pressure, battery charging fail, emergency stop)

 

 

Engine Features:

 

1. Genuine UK Perkins industrial diesel engine

2. Multi-cylinder in-line or veer engine, 4-stroke, direct injection

3. Naturally aspirated, turbocharged, water cooled or turbocharged with air intercooler

4. Machinery or electronic governing

5. Fuel injection pump

6. Electric motor starting system

7. Forged steel crankshaft, cast iron cylinder and replaceable wet type cylinder liner

8. Low discharge, and low fuel consumption

9. Installed conveniently and maintain easily

 

 

Alternator Features:

 

1. World famous brand AC alternator: Leroy Somer, Stamford, Marathon, ENGGA

2. Brushless, 4 poles, rotation magnet

3. IP21-23(NEMA1) enclose is standard for all industrial alternators

4. H class insulation system

5. AVR self-regulated, voltage regulation rate: ≤±1%

6. Simple installation and maintenance with easy access to terminals, rotating diodes and coupling bolts

7. Wide range of flange adaptors and single bearing disc coupling

8. Radio interference restraining accords with the stipulation of VDE0875-N and ISO8528

9. Moisture proof, sand-proof, dustproof, salt-proof and vibration-proof

 

 

Digital Control panel

 

Controller Brand: Smartgen, Deepsea,ComAp

Control Panel: English interface,LED screen and touch buttons.

 

 

Main Functions:

 

1- Display loading power, voltage, currenct, frequency, speed, temperature, oil pressure, running time etc.

2- Warning when low or high voltage, low or high frequency, over current, over or low speed, low or over battery voltage etc.

3- Over load protection, over/under frequency protection, over/under/imbalance voltage protection, and low oil shutdown

 

 

Soundproof/Silent Box:

 

1. Excellent ventilation

2. Oil tank mounted on base frame for 12 Hours working

3. Highly Corrosion Resistant construction

4. Excellent Access for Maintenance

5. Security and Safety

6. 1m<80DBA / 7m<70DBA

 

 

Optional:

 

1. Trailer type

2. Soundproof / water proof

3. ATS (automatic transfer switch)

4. Parallel system

5. Remote system

 

 

PMC System:

 

1. Standard 23 pitch windings avoid excessive neutral current

2. Permanent magnet generator system provides constant excitation under all condition

3. Optional accessories available for easy paralleling with mains or other generators

4. AVR auto voltage regulation, auto exciter, auto adjustment

 

Q: How do ordinary motors achieve precise positioning
Ordinary motors can be accurately positioned through a series of circuits. Specific as follows: In action slider side low add a micro switch, micro switch control an intermediate relay, in the middle of the normally closed contact is broken the power of the motor, and at the same time delay relay through 3 s, the use of time relay normally open point back to the motor power supply. The highest point also can add a microdynamic switch the principle is the same! This completes the basic positioning control circuit and the lowest cost.
Q: The difference between high voltage motor and general motors
The motor of a sliding bearing is not allowed to reverse, but can be reversed in a short time. The reversal brings a lot of problems, but the wind path is one of them, but not all of it. Sliding bearing of the bearing should be oil wedge, it is be from bearing lubricating oil entrance into bearing shell structure, if the reversal of the oil wedge also does not work, it is possible to process (estimate for such a big motor shall be equipped with bearing shell temperature measuring point, normal temperature is high?) It is. So let's make it positive. Only the blades can't solve the problem completely. Consider the following options: 1. Please modify the motor (axle, wind, etc.). Install the motor on the other side of the fan. Add a 1:1 gearbox and change the turn
Q: What's the difference between a TEFC motor and a regular motor
The TEFC motor is a fully enclosed fan cooled motor, and the TEFC motor is a self-ventilated cold motor. Motors can be used in open or fully enclosed enclosures and can be used in very hostile environments. The air that is used for ventilation (provided by the user) enters the motor through the duct, and the heat is discharged through the duct. Cooling air is used internally or externally. Weather-proof motor is ventilated with open hull. The structure of the motor makes the electric parts of the electric parts that enter the motor, the snow, and the particles in the air to be minimized. The external air can be recycled through the motor to the cooling effect.
Q: What is the difference between a three-phase asynchronous motor and a regular motor?
Torque motor: a special motor with soft mechanical properties and wide speed range. This motor is not powered by constant power output but by constant torque output. Torque motor includes: dc torque motor, ac torque motor, and brushless dc torque motor. Difference: torque motor is to in the case of lower speed without changing the output torque, motor speed when lowering power supply voltage drops, but the output torque constant, current is the same. Ordinary motors cannot be slowed down by reducing pressure, which will cause the output torque to decrease and the current increase, which will burn the motor. Change frequency converter control: to confirm the torque motor that is controlled is ac asynchronous motor or synchronous motor because the frequency converter is used on ac. It is also important to confirm that the maximum current of the frequency converter is greater than or equal to the current of the torque motor, since the torque motor is able to work in a blocked state.
Q: Why is electric motors not rotating? Everything else is good.
The voltage should be greater than 36V (the battery is sufficient), and the input line should be checked if there is no voltage. Check the controller to turn the power supply voltage (switching of the red, black), normal voltage in 5 ~ 6 v, if there is no 5 v voltage, unplug the socket, restore 5 v voltage, hall element may be for motor short circuit, if still no 5 v voltage, is used as the controller, the controller should be replaced. First of all, check the speed of adjustment and the opening of the motor hall to have a short circuit.
Q: Is the washing machine an ordinary motor or DD converter?
It's very realistic to tell you that the technology is higher than the frequency, and the price is high. I'm not a professional developer, I'm an after-sales guy, In my experience, There are almost no ordinary motors. I specialize in washing machines and washing machines. The frequency conversion is advanced, but a lot of bad, At least all the motors I've changed, if it's 100, the average is up to ten, I don't deny technology, but I like to use facts, In addition, the price of frequency conversion is higher, when repairing, more money is spent
Q: The difference between B34 and B35 motors
B34, the difference between B35 is the size of the flange. B34 is a code for the installation method. Small flange mounting, bottom foot. And B35 is the FF flange installation, with the bottom foot, and B5 is the FF flange installation without the bottom foot.
Q: Can ordinary motors use a frequency converter?
Yes, but there are differences, as follows: Ordinary induction motor can be controlled by frequency conversion, no difference in usage of frequency conversion motor. But because it is designed according to the frequency of labor frequency, the relative frequency conversion machine, the existence efficiency is low, the temperature rises high, the insulation is easy to age, the noise and the vibration, the cooling is different. The detailed analysis is as follows: A normal asynchronous motor cannot fully adapt to the requirements of variable frequency control. The following is the effect of the converter on the motor The efficiency of the motor and the problem of temperature rise Regardless of the type of frequency converter, different levels of harmonic voltage and current are produced in the operation, and the motor is running in the non-sine voltage and the current. The high harmonics will cause the motor stator copper consumption, the rotor copper (aluminum) consumption, the iron consumption and the added loss, most notably the rotor copper (aluminum) consumption. For asynchronous motor is close to the base wave frequency corresponds to the synchronous speed of rotation, therefore, higher harmonic voltage to a larger slip cutting rotor after conducting bar, will produce very big rotor loss. In addition, additional copper consumption due to the skin effect is considered. These losses will make motor extra heat, low efficiency, output power decreases, and such as ordinary three-phase asynchronous motor running in the inverter output non-sinusoidal power supply conditions, the temperature rise to increase 10% - 10%.
Q: What's the difference between a step motor and a brushless motor?
Brushless motor is no brush, the common life is the electric motor, the old motor has brush, used to change the direction of current, start fast startup torque, not bad, maintenance is easy. The new ones are brushless motors, changing the direction of the current in electronic devices, starting the stable, the torque is smaller, and the maintenance is difficult. The above two kinds of motor controller are simple to adjust speed, cannot locate, namely cannot control electromotor rotation Angle. Speed stepper motors will also be able to locate, need special control and power supply, popular as an example, through programming can be concessions into the speed of the motor according to 720 degrees per second, around 36 degrees 30 minutes. Of course, you can't have a different precision. The speed of the stepping motor is reduced.
Q: The difference between a two-speed motor and a regular motor
It's a three-phase squirrel-cage motor, but the winding is not the same as a normal motor, with two sets of winding. It's going to be the same thing as having two polar Numbers, and you have two speeds.

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