Perkins INDUSTRIAL ENGINES
In ProductionPerkins 1506AE88TAG2
1506 Series
Perkins 1506AE88TAG2 generator-drive diesel engine discovered in the GenProBase public selector. GenProBase lists 2 row(s) across 50Hz, 60Hz with 8.8 L displacement, 6L cylinders, liquid-cooled cooling, and Unregulated emissions labeling. Treat this row as source-discovered and prioritize OEM datasheet attachment in a follow-up pass.
Electrical Output
218 kWe
Cylinders / Config
L6, turbocharged aftercooled
Displacement
8.8 L
Rated Speed
1,500 RPM
ISO 8528 Power Ratings
Power Factor: 0.8 pfkWm = mechanical engine shaft power · kWe = electrical output · kVA = apparent electrical power.
| Operating Duty | kWm (Mechanical) | kWe (Electrical) | kVA (Rating) |
|---|---|---|---|
| Prime | 201 | 185 | — |
| Standby | 223 | 206 | — |
| Operating Duty | kWm (Mechanical) | kWe (Electrical) | kVA (Rating) |
|---|---|---|---|
| Prime | 216 | 198 | — |
| Standby | 237 | 218 | — |
Mechanical & Electrical Specifications
| Brand | Perkins |
| Model | 1506AE88TAG2 |
| Series | 1506 Series |
| Configuration | L6, turbocharged aftercooled |
| Cylinders | 6 |
| Displacement | 8.8 L |
| Fuel Type | Diesel |
| Ignition Type | Compression Ignition |
| Cooling Method | Liquid-Cooled |
| Emissions Standard | Unregulated |
| Country of Origin | United States |
Frequently Asked Questions
What is the power output of the Perkins 1506AE88TAG2?
The Perkins 1506AE88TAG2 is rated at 258 kVA standby / 231 kVA prime at 50 Hz (1,500 rpm); and 273 kVA standby / 248 kVA prime at 60 Hz (1,800 rpm).
Does the 1506AE88TAG2 run at 50 Hz or 60 Hz?
The Perkins 1506AE88TAG2 is available for both 50 Hz (1,500 rpm) and 60 Hz (1,800 rpm).
What fuel does the Perkins 1506AE88TAG2 use?
The Perkins 1506AE88TAG2 is a diesel generator-set engine.
What is the displacement and cylinder configuration of the 1506AE88TAG2?
The Perkins 1506AE88TAG2 is an inline-6 (6-cylinder) engine with a displacement of 8.8 L.
Is the Perkins 1506AE88TAG2 still in production?
Yes — the Perkins 1506AE88TAG2 is a current production model.