185 kVA / 148 kW Perkins Diesel Generator , LL3014H , 148 KW

1. Standby power: 148.0 KW  , 60 Hz

2. Engine Make & Model:Perkins 1306-E87T215

3.Alternator Model:LL3014H

4.Circuit Breaker Type:3 Pole MCCB

5.Type:                   Electronic Governing 

6.Class:                     ISO 8528 G2

7.Compression Ratio:         17.2:1

8.Displacement: l (cu.in)     8.7 (530.9)

9.Bore/Stroke: mm (in)    116.6 (4.6)/135.9 (5.4)

10.Moment of Inertia: kg m² (lb. in²)    1.54 (5266) 

185 kVA 148 kW Perkins Diesel Generator , LL3014H

           Ratings at 0.8 power factor.

P160H / P175HE

Engine Technical Data

Physical Data   

Manufacturer: Perkins

Model:  1306-E87T215

No. of Cylinders/Alignment: 6 / In Line

Cycle: 4 Stroke

Induction: Turbocharged

Cooling Method:  Water Governing

Type:Electronic Governing

Class:ISO 8528 G2

Compression Ratio: 17.2:1

Displacement: l (cu.in) 8.7 (530.9)

Bore/Stroke: mm (in)   116.6 (4.6)/135.9 (5.4)

Moment of Inertia: kg m² (lb. in²)1.54 (5266)

Engine Electrical System:

-Voltage/Ground: 24/Negative

-Battery Charger Amps:  45

Weight: kg (lb)

- Dry: 671 (1479)

- Wet: 698 (1539)

Air System      50 Hz           60 Hz

Air Filter Type:  Replaceable

Element Combustion Air Flow:m³/min (cfm)       

-Standby:                      -                18.0 (636)

-Prime:                       -                20.6 (727)

Max. Combustion Air Intake

Restriction: kPa (in H2O)   6.2 (24.9)

Radiator Cooling Air Flow:m³/min (cfm)   414.0 (14620)

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

Cooling System    50 Hz   60 Hz

Cooling System Capacity:l (US gal) 36.8 (9.7)

Water Pump Type: Centrifugal

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

-Standby:                      -               88.5 (5033)

-Prime:                       -               79.4 (4515)

Heat Radiation to Room:

kW (Btu/min)       

-Standby:                     -               52.0 (2957)

-Prime:                       -               45.1 (2565)

Radiator Fan Load: kW (hp)   12.0 (16.1)

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