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Home Open-frame Diesel Generator SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L
SC9D340D2 Heavy-Duty Diesel Generator | SDEC 228kW–250kW Industrial Power System 6-Cylinder 8.82L

The SC9D340D2 diesel generator set is built on the powerful SDEC 6-cylinder 8.82L turbocharged engine platform designed for high-demand industrial applications. It provides approximately 228kW prime power and up to 250kVA standby capacity at 1500 RPM. With advanced intercooling, direct injection, and optimized combustion control, it delivers stable and efficient output under heavy load conditions. This model is widely used in mining, large factories, infrastructure projects, and emergency backup systems requiring continuous high-load performance.

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1. Engine Core Architecture (Technical Breakdown Style)

  • Engine model: SDEC SC9D340D2 inline 6-cylinder diesel engine

  • Displacement: 8.82 liters high-capacity industrial platform

  • Rated power: 228 kW prime / 250 kW standby output class

  • Bore × stroke: 114 mm × 144 mm

  • Turbocharged + intercooler system for high air intake efficiency

  • Direct injection fuel system improves combustion stability

  • 1500 RPM constant-speed design for 50Hz generator compatibility

  • Heavy-duty wet-liner structure improves durability

⚡ 2. Electrical Output System (Performance-Oriented View)

  • Generator capacity: approx. 250kVA industrial-grade output system

  • Standard voltage: 400V / 3-phase / 50Hz

  • AVR voltage regulation ensures stable electrical output

  • Strong overload capability supports motor starting loads

  • Low harmonic distortion suitable for sensitive equipment

  • ATS-compatible for automatic power switching in outages

⛽ 3. Fuel Efficiency & Operating Behavior

  • Optimized combustion system reduces fuel waste under load variation

  • Fuel consumption (reference behavior):

    • Light load: ~18–22 L/H

    • Medium load: ~28–35 L/H

    • Full load: ~40–45 L/H (industrial reference range)

  • Designed for long continuous operation with stable economy

  • Maintains efficiency even under fluctuating industrial loads

  • Suitable for remote and off-grid high-power demand environments

4. Structural & Mechanical Design

  • Heavy-duty open-frame steel base chassis system

  • Reinforced anti-vibration mounts reduce mechanical stress

  • Compact 6-cylinder layout optimized for power density

  • Modular installation design for industrial integration

  • Easy access structure for maintenance and inspection

  • Suitable for fixed or containerized power systems

❄️ 5. Cooling & Durability Engineering

  • Water-cooled circulation system ensures thermal stability

  • High-capacity radiator supports high-temperature environments

  • Reinforced cylinder block increases long-term durability

  • Engine protection system prevents overheating and overload damage

  • Designed for continuous operation in harsh industrial conditions

6. Application Scenarios (Industrial Use Cases)

  • Large manufacturing plants and production lines

  • Mining and quarry operations

  • Oil & gas exploration and field operations

  • Infrastructure and construction projects

  • Commercial complexes and data backup systems

  • Remote regions with unstable grid power supply

7. Maintenance & Lifecycle Advantages

  • Modular engine design simplifies overhaul and servicing

  • Standard SDEC spare parts ensure global availability

  • Long service intervals reduce downtime cost

  • High reliability under continuous full-load operation

  • Designed for harsh environments: dust, heat, vibration resistance

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