1, Engine Make & Model:Perkins 4016TAG
2,Generating Set Model: P1925E
3,Alternator Model:LL9124H
4, Circuit Breaker Type:3 Pole ACB
5, Frequency:50 Hz / 60 Hz
6,Cycle: 4 Stroke
7, Engine Speed:1500rpm
8, Cooling Method: Turbo, Water/Air cooling
9, Governing Type: Electronic
10, Output Type: AC Three Phase
10, No.of Cylinders/Alignment: 16 / Vee
11,Base Frame Type:Heavy Duty Fabricated Steel
2000kVA 1500RPM Perkins Engine Generator , 4016TAG1A
|
Output Ratings |
|
|
Generating Set Model |
* P2000E Prime* Standby* |
|
380-415V, 50 Hz |
1825.1 kVA 2000.0 kVA 1460.1 kW 1600.0 kW |
|
220/127V, 60 Hz |
- - - - |
- Refer to ratings definitions on page 4.
Ratings at 0.8 power factor.
|
Technical Data |
|
|
Engine Make & Model: |
Perkins 4016TAG1A |
|
Alternator Model: |
LL9124H |
|
Base Frame Type: |
Heavy Duty Fabricated Steel |
|
Circuit Breaker Type: |
3 Pole ACB |
|
Frequency: |
50 Hz 60 Hz |
|
Engine Speed: RPM |
1500 - |
|
Fuel Tank Capacity: litres (US gal) |
- |
|
Fuel Consumption: P1825 l/hr (US gal/hr) |
378.3 (99.9) - |
|
Fuel Consumption: P2000E l/hr (US gal/hr) |
419.6 (110.8) - |
P1825 / P2000E
Engine Technical Data
Physical Data
Manufacturer: Perkins
Model: 4016TAG1A
No. of Cylinders/Alignment: 16 / Vee
Cycle: 4 Stroke
Induction: Turbocharged Air To Air Charge Cooled
Cooling Method: Water
Governing Type: Electronic
Governing Class: ISO 8528 G2
Compression Ratio: 13.6:1
Displacement: l (cu.in) 61.1 (3730.0)
Bore/Stroke: mm (in) 160.0 (6.3)/190.0 (7.5)
Moment of Inertia: kg m² (lb. in²)
Physical Data
Manufacturer: Perkins
Model: 4016TAG1A N
o. of Cylinders/Alignment: 16 / Vee
Cycle: 4 Stroke
Induction: Turbocharged Air To Air Charge Cooled
Cooling Method: Water
Governing Type: Electronic
Governing Class: ISO 8528 G2
Compression Ratio: 13.6:1
Displacement: l (cu.in) 61.1 (3730.0)
Bore/Stroke: mm (in) 160.0 (6.3)/190.0 (7.5)
Moment of Inertia: kg m² (lb. in²)
Air System 50 Hz 60 Hz
Air Filter Type: Replaceable
Element Combustion Air Flow:m³/min (cfm)
-Standby: 140.0 (4944) -
-Prime: 132.0 (4662)
- Max. Combustion Air Intake
Restriction: kPa (in H2O) 3.7 (14.9)
- Radiator Cooling Air Flow:
m³/min (cfm) 2058.0 (72678)
- External Restriction to
Cooling Air Flow: Pa (in H2O) 250 (1.0) &n
