CCEC QSNT Industrial Engines Detailed information

The CCEC QSNT series Industrial Engine is a robust and versatile 6-cylinder inline, 14-liter four-stroke engine designed for heavy-duty industrial applications. Here’s a detailed breakdown of its features and configurations:
Key Specifications:
Cylinder Configuration: 6-cylinder inline
Displacement: 14 liters
Bore: 140 mm (5.5 in)
Stroke: 152 mm (6.0 in)
Fuel System: CELECT Fuel System
Intercooler: Air-Air intercooler (standard)
Turbocharger: Equipped with a turbocharger
Power Range: 360 HP to 500 HP (269 kW to 373 kW) – Prime power
Torque Range: 1464 N.m to 2100 N.m
Configurations:
The QSNT series offers three configurations to achieve different performance outputs:
Turbocharged Engine (Code: T):
Basic configuration with a turbocharger.
Turbocharged with Water-Air Intercooler (Code: Single A):
Enhanced cooling with a water-air intercooler for improved performance.
Turbocharged with Air-Air Intercooler (Code: Double A):
Advanced cooling with an air-air intercooler, offering optimal efficiency and power output.
Industrial Power Pack Solutions:
The QSNT series can be integrated into comprehensive industrial power pack solutions, which include:
Air Intake System
Air Exhaust System
Cooling System
Control System
Transmission
Hydraulic Accessories
Specialized Products:
CCEC also offers specialized products based on the QSNT series, including:
Explosion-Proof Engines: Designed for hazardous environments.
Generator Sets: For reliable power generation.
Water Pump Sets: For industrial and agricultural applications.
Ultra-Low Temperature Condition Engine Power Packs: Engineered to operate in extreme cold environments.
Applications:
The CCEC QSNT series is suitable for a wide range of industrial applications, including:
Construction equipment
Mining machinery
Power generation
Agricultural machinery
Oil and gas operations
Specialized industrial equipment in hazardous or extreme conditions.
This engine series is designed to deliver high performance, reliability, and flexibility, making it a preferred choice for demanding industrial environments.