AC Alternator Cummins Genset Diesel Electric Generator With KTA19-G3

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1500 unit/month

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Product Description:

Specifications:

Genset Model

Prime Power

Standby Power

Engine

Fuel Consumption

Cylinder No.

Displacement

Bore X Stroke

KW

KVA

KW

KVA

(g/kwh)

 (L )

(mm)

GNRC30

20

25

24

30

4B3.9-G

≤229

4

3.9

102*120

GNRC35

24

30

28

35

4BT3.9-G

≤214

4

3.9

102*120

GNRC56

40

50

45

56

4BTA3.9-G

≤215

4

3.92

102*120

GNRC63

45

56

50

63

4BTA3.9-G

≤215

4

3.92

102*120

 GNRC70

50

63

56

70

6BT5.9G1

≤215

6

5.88

102*120

GNRC106

78

98

85

106

6BT5.9G

≤215

6

5.88

102*120

GNRC125

90

113

100

125

6BT5.9G2

≤215

6

5.88

102*120

GNRC150

104

130

120

150

6BT5.9G2

≤215

6

5.88

102*120

GNRC165

120

150

132

165

6CTA8.3-G2

≤210

6

8.3

114*135

GNRC200

140

175

160

200

6CTA8.3-G2

≤210

6

8.3

114*135

GNRC225

160

200

180

225

6CTAA8.3-G2

≤210

6

8.3

114*135

GNRC275

200

250

220

275

6LTAA8.9-G2

≤210

6

8.3

114*135

GNRC313

220

275

250

313

NTA855-G1A

≤206

6

14

140*152

GNRC350

250

313

275

350

NTA855-G2

≤207

6

14

140*152

GNRC400

280

350

310

400

NTA855-G4

≤208

6

14

140*152

GNRC413

300

375

330

413

NTAA855-G7

≤206

6

14

140*152

GNRC450

320

400

360

450

NTAA855-G7A

≤206

6

14

140*152

GNRC500

360

450

400

500

KTA19-G3

≤203

6

18.9

159*159 

GNRC550

400

500

440

550

KTA19-G4

≤203

6

18.9

159*159 

GNRC605

440

550

484

605

KTAA19-G6

≤204

6

18.9

159*159 

GNRC625

450

563

500

625

KTAA19-G7

≤204

6

18.9

159*159 

GNRC700

500

625

560

700

KTA38-G

≤206

12

37.8

159*159 

GNRC712

520

650

570

712

QSK19-G3

≤206

6

19

159*159 

GNRC800

580

720

640

800

KTA38-GA

≤209

12

37.8

159*159 

GNRC825

600

750

660

825

KTA38-G2

≤210

12

37.8

159*159 

GNRC888

640

800

710

888

KTA38-G2B

≤210

12

37.8

159*159 

GNRC975

720

900

780

975

KTA38-G2A

≤210

12

37.8

159*159 

GNRC1075

800

1000

860

1075

KTA38-G5

≤202

12

37.8

159*159 

GNRC1375

1000

1250

1100

1375

KTA50-G3

≤215

16

50.3

159*159

GNRC1375

1100

1375

1310

1650

KTA50-G8

 ≤215

16

50.3

159*159

GNRC1650

1200

1500

1340

1675

KTA50-GS8

 ≤215

16

50.3

159*159

GNRC1675

1350

1688

1500

1875

QSK60-G3

 ≤215

16

60

159*159

GNRC1875

1500

1875

1650

2063

QSK60-G3

 ≤215

16

60

159*190

GNRC2063

1600

2000

1800

2250

QSK60-G4

 ≤215

16

60

159*190

 

Genset Features:

1. Genuine Commins 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 Cummins 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

 

Super 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

 

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Q:How do you differentiate the converter motor from the general motors?
Variable frequency motor and the common one of the biggest difference is the fan cooling way, general motors was the cold, the fan on the motor shaft, changes with the rotational speed of the motor, so the ordinary motor at low frequency heat dissipation is not ideal. Frequency conversion motor cooling fan is behind the motor equipped with a cooling fan, need an external power, the fan will not be affected by the speed of the motor, is a strong refrigeration.
Q:The difference between brushless dc motor and plain dc motor, where is its advantage
Brushless dc motor and brushless dc motor is the difference between ordinary is as follows: 1, the brushless dc motor with integrated drive circuit commutation, ordinary brushless dc motor with brush and commutator with the reversing, keep the continuous rotation of the motors. The winding of brushless dc motor is the stator, the magnet is the rotor, and the common windings are the rotor, the electromagnet is the stator. The non-brush dc motor USES rare earth permanent magnet (nd-ti-boron permanent magnet) to achieve greater power and efficiency, and ordinary brush dc motor USES ferrite permanent magnet. The non-brushless dc motor is usually multi-groove, 6 slots, 9 slots, 12 slots, 24 slots, etc., the average brush dc motor has fewer slots, 3 slots, 5 slots, 7 slots etc. The company has shenzhen constant drive motor co., LTD.
Q:Is the servo motor more than the general motors? Why is that?
The average injection machine can also save energy, whether it's a servo or a frequency converter, which can be used to save energy, but the difference is as follows: If you use a converter, the cost is low, (the converter cost is about 500 to 600 yuan per KW, and the servo is about 1,200 ~ 1500 yuan per KW). The frequency conversion of the frequency converter is lower than the servo, (the frequency of the frequency converter is 20% ~ 50%, and the servo is usually 30% ~ 70%). 3. The frequency converter with low maintenance cost, frequency converter by the localization of more than 10 years of history, has become increasingly stable, many occasions can be comparable with imported, while the servo is not very mature, average life is not too long, once out of the problem, the cost is very high. It depends on your financial situation and going to the statement, the company also produces servo, not in the fight against others, but after so many years of experience, the company's injection molding machine frequency conversion electric saving is very stable, like some big enterprises such as byd, unified group and other large enterprises are successfully used for years
Q:What is the difference between a speed reducer and a regular motor?
Reducer is a kind of transmission, is generally used in low speed high torque transmission device, the principle is the electric motor, internal combustion engine, motor, or other high-speed operation of the power, through the input shaft of the reducer on less number of teeth on the gear engagement output shaft of the wheel, so as to achieve the aim of slowing down; The ratio of the number of teeth to the size of the gear is the ratio of the ratio of the ratio. Reducer is a kind of the closed in rigid casing of gear transmission, worm drive and gear - worm drive composed of independent components, commonly used for the original reduction drive device between moving parts and working machine. The function of matching speed and transfer torque between the original motivation and the working machine or actuator is very extensive in modern machinery. Reducer according to different can be divided into single-stage and multi-stage transmission series reducer round shape can be divided into cylindrical gear reducer, cone gear speed reducer and cone - cylinder gear wheel reducer; According to the layout of the transmission, it can be divided into expansion, shunt and coaxial reducer.
Q:What is induction motor? What is the difference between ordinary motors?
Induction motor is the use of electromagnetic induction to rotate the rotor, and the difference between ordinary motor is a coil is the stator, rotor and ordinary motor coil is usually, and brush.
Q:The motor does not turn except sound
Is the connection ok? The sound of the urn is the coils of the coils. What's the electric motor.:If it's a single phase of the motor that might be a fault of the current or the initiating device, the third phase is the power supply,.
Q:The difference between servo motor and general motor?
The design of an ordinary asynchronous motor is designed by constant frequency constant pressure, and it is not possible to fully adapt to the requirements of variable frequency control. Under the influence of frequency converter for motor 1, the efficiency and the problem of temperature rise of the motor In either in the form of a frequency converter, both in the operation of the different degree of harmonic voltage and current, make the motor in non-sinusoidal voltage, power flow operation. Rejected materials is introduced, at the current widely used sine wave type PWM inverter as an example, the basic is zero, the low-order harmonic larger than the rest of the carrier frequency times the left and right sides of higher harmonic components as: 2 u + 1 (u for modulation ratio). Can lead to higher harmonic motor stator copper loss, rotor copper (aluminum), iron loss and the increase of the additional loss, the most significant is 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 is to increases 10% ~ 20%.
Q:How does a three-phase machine measure the electric charge
The actual power of the three-phase ac motor is 1.732 UIcos phi Three-phase ac motor is used for the power of Q = Pt Among them: Cosine of phi: the power factor for the motor is 0.85. P: the actual power of the motor, unit: kW. U: the actual voltage of the motor, unit: kV. I: the actual current of the motor, the average of the three phase current, unit: A. T: the actual running time of the motor, unit: hour. Q: the actual power of the motor, the unit kWH.
Q:In what situations does the step motor lose?
Stepper motor lose step and positioning, usually caused by the following reasons: 1, change direction when pulse, were characterized by any one direction, but a change of direction is the cumulative deviation, the more and more wide; 2, the initial velocity is too high, the acceleration is too big, cause sometimes to lose step; Too much or too little to be compensated for in the synchronous belt. Not enough motor power; 5, the controller is disturbed to cause the wrong action. The drive is caused by interference; Software bugs. Want to be specific analysis?
Q:The advantage of the pole motor relative to the ordinary motor
For users, the only benefit of a pole machine is the cheap. The pole type motor is the simplest form of a one-way ac motor. The advantage of a pole machine is that it is simple in structure, without the addition of a starting winding and starting capacitor. The drawback is that it's inefficient and it's bad. If the environment is harsh and closed, it should be considered that the electromagnetic load is low because it is difficult to heat the heat. Or, you could think of a slightly more powerful machine.

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