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Home Open-frame Diesel Generator SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System
SC13G420D2 Heavy Duty Diesel Generator | SDEC 280–308kW 6-Cylinder 12.88L Industrial Power System

The SC13G420D2 diesel generator set is powered by a high-performance SDEC 6-cylinder inline engine with a 12.88L displacement, designed for large-scale industrial applications. It provides approximately 280kW prime power and up to 308kW standby capacity at 1500 RPM. Featuring turbocharged air intake, intercooling, and direct injection technology, it ensures stable performance under continuous heavy load conditions. This model is widely used in data centers, mining operations, manufacturing plants, and critical infrastructure backup power systems.

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1. Engine Architecture & Mechanical Design

  • Engine model: SDEC SC13G420D2 inline 6-cylinder diesel engine

  • Displacement: 12.88 liters high-capacity industrial engine platform

  • Rated output: 280 kW prime / 308 kW standby power class

  • Bore × stroke: 135 mm × 150 mm

  • Compression ratio: ~15.5–16:1 (industrial combustion efficiency range)

  • Turbocharged + air-to-air intercooler system for high intake efficiency

  • Direct injection fuel system ensures strong combustion stability

  • Wet-liner cylinder design improves durability and maintenance life

  • 1500 RPM constant-speed operation optimized for 50Hz generator output

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

  • Generator capacity range: 250–350 kVA industrial configuration class

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

  • AVR automatic voltage regulation ensures stable voltage output

  • High overload capability supports large motor starting loads

  • Low harmonic distortion ensures clean industrial-grade electricity

  • ATS compatibility for automatic emergency power switching systems

⛽ 3. Fuel Consumption & Efficiency Behavior

  • Fuel consumption (reference values):

    • 25% load: ~17–18 L/H

    • 50% load: ~31–35 L/H

    • 75% load: ~47–51 L/H

    • 100% load: ~65–69 L/H

  • Optimized combustion system improves fuel efficiency under variable load

  • Designed for long-duration continuous industrial operation

  • Maintains stable performance in high-demand environments

  • Suitable for off-grid or weak-grid power systems

4. Structural & Frame Engineering

  • Heavy-duty open-frame steel skid base structure

  • Anti-vibration mounting system reduces mechanical stress

  • Compact industrial layout improves installation flexibility

  • Easy maintenance access for servicing and inspection

  • Designed for stationary and containerized generator integration

❄️ 5. Cooling & Reliability System

  • Water-cooled closed-loop system ensures thermal stability

  • High-capacity radiator supports high ambient temperature operation

  • Reinforced engine block improves long-term structural durability

  • Multi-protection system prevents overheating and overload failure

  • Designed for continuous operation in harsh industrial environments

6. Application Scenarios (Industrial Deployment)

  • Large manufacturing plants and industrial production lines

  • Mining and quarry operations

  • Oil & gas field infrastructure

  • Data centers and telecom base stations

  • Infrastructure construction projects

  • Emergency backup power for critical facilities

7. Maintenance & Lifecycle Advantage

  • Modular engine structure simplifies overhaul and servicing

  • Standard SDEC components ensure global parts availability

  • Long maintenance intervals reduce downtime cost

  • High reliability under continuous full-load operation

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

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