Cummins INDUSTRIAL ENGINES

In Production

Cummins KTA50G7

KTA Series

Cummins KTA50G7 generator-drive diesel engine discovered in the GenProBase public selector. GenProBase lists 1 row(s) across 50Hz with 50 L displacement, 16V cylinders, liquid-cooled cooling, and 2g TA Luft emissions labeling. Treat this row as source-discovered and prioritize OEM datasheet attachment in a follow-up pass.

Cummins KTA50G7|HEAVY INDUSTRIAL CLASSIFICATION
GENSET ARCHITECTURE: L16, turbocharged aftercooled50 L
HEAVY-DUTY GENSET INTEGRATION PLATFORM
POWER CLASSIFICATIONN/A
ELECTRICAL OUTPUT1120 kWe
FUEL SYSTEMDiesel
READY FOR TURNKEY PACKAGING

Electrical Output

1120 kWe

Cylinders / Config

L16, turbocharged aftercooled

Displacement

50 L

Rated Speed

1,500 RPM

ISO 8528 Power Ratings

Power Factor: 0.8 pf

kWm = mechanical engine shaft power · kWe = electrical output · kVA = apparent electrical power.

50 Hz Grid Frequency1500 RPM
Operating DutykWm (Mechanical)kWe (Electrical)kVA (Rating)
Prime10971020—
Standby12281120—

Mechanical & Electrical Specifications

BrandCummins
ModelKTA50G7
SeriesKTA Series
ConfigurationL16, turbocharged aftercooled
Cylinders16
Displacement50 L
Fuel TypeDiesel
Ignition TypeCompression Ignition
Cooling MethodLiquid-Cooled
Emissions Standard2g TA Luft
Certifications2g TA Luft
Country of OriginIndia

Frequently Asked Questions

What is the power output of the Cummins KTA50G7?

The Cummins KTA50G7 is rated at 1,400 kVA standby / 1,275 kVA prime at 50 Hz (1,500 rpm).

Does the KTA50G7 run at 50 Hz or 60 Hz?

The Cummins KTA50G7 is rated for 50 Hz (1,500 rpm).

What fuel does the Cummins KTA50G7 use?

The Cummins KTA50G7 is a diesel generator-set engine.

What is the displacement and cylinder configuration of the KTA50G7?

The Cummins KTA50G7 is a V16 (16-cylinder) engine with a displacement of 50 L.

What emissions standard does the KTA50G7 meet?

The Cummins KTA50G7 is certified to 2g TA Luft emissions standards.

Is the Cummins KTA50G7 still in production?

Yes — the Cummins KTA50G7 is a current production model.

Sibling & Competing Engine Models