4 Stroke Mechanical Perkins Generators , 11KW , 403C-15 , LL1014H

1.?Standby power:11 kw

2.Engine Make & Model:Perkins 403C-15

3.Alternator Model:LL1014H

4.Fuel Tank Capacity: litres (US gal):45 (11.9)

5.Compression Ratio: ?22.5:1

6.Displacement: l (cu.in) ?1.5 (91.3)

7.Bore/Stroke: mm (in) ?84.0 (3.3)/90.0 (3.5)

8.Moment of Inertia: kg m2 (lb. in2): ?2.50 (8543)?

9.Circuit Breaker Type:3 Pole MCB

10.dimensions(mm)*in:1320 (52.0)*552 (21.7)*1258 (49.5) mm

?????????? Ratings at 0.8 power factor.

P12.5P2 / P13.5E2

Physical Data??

Manufacturer: Perkins

Model: 403C-15

No. of Cylinders/Alignment:? 3 / In Line

Cycle: 4 Stroke

Induction: Naturally Aspirated

Cooling Method:?? Water

Governing Type:? Mechanical

Governing Class:? ISO 8528 G2

Compression Ratio:? 22.5:1

Displacement: l (cu.in)? 1.5 (91.3)

Bore/Stroke: mm (in) 84.0 (3.3)/90.0 (3.5)

Moment of Inertia: kg m2 (lb. in2)? 2.50 (8543)

Engine Electrical System:

-Voltage/Ground:? 12/Negative

-Battery Charger Amps:? 55

Weight: kg (lb)

- Dry:?? 197 (434)

- Wet:? 208 (459)

Air System? 50 Hz?????????? 60 Hz

Air Filter Type: Replaceable

Element Combustion Air Flow:m3/min (cfm)???????

-Standby:???????????????? 1.1 (39)??????????? 1.3 (46)

-Prime:????????????????? 1.1 (39)??????????? 1.3 (46)

Max. Combustion Air Intake Restriction: kPa (in H2O)?????? 6.4 (25.7)????? 6.4 (25.7)

Radiator Cooling Air Flow: m3/min (cfm)?????? 26.0 (918)?????? 35.0 (1236)

External Restriction to Cooling Air Flow: Pa (in H2O)?? 125 (0.5)???? 125 (0.5)

Cooling System???? 50 Hz?????????? 60 Hz

Cooling System Capacity: l (US gal)???? 5.8 (1.5)?????????? 5.8 (1.5)

Water Pump Type:? Centrifugal

Heat Rejected to Water & Lube Oil: kW (Btu/min)

-Standby:????????????? 12.8 (728)??????? 15.4 (876)

-Prime:?????????????? 11.5 (654)??????? 14.2 (808)

Heat Radiation to Room:kW (Btu/min)???????

-Standby:?????????????? 5.8 (330)????????? 6.9 (392)

-Prime:??????????????? 5.2 (296)????????? 6.4 (364)

Radiator Fan Load: kW (hp)??? 0.2 (0.2)????????? 0.3 (0.4)

Cooling system designed to operate in ambient conditions up to 50°C (122°F).