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Home Open-frame Diesel Generator SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
SDEC SC4H180D2 Open-Frame Diesel Generator Set | 125–138kVA Industrial Heavy-Duty Power Generator
The SC4H180D2 diesel generator set is powered by the robust SDEC 4.3L turbocharged engine designed for heavy-duty industrial use. It produces approximately 125–138kVA output at 1500 RPM, making it suitable for both prime and standby power supply systems. With advanced direct injection technology and optimized combustion design, it ensures stable power delivery under high load conditions. This model is widely used in manufacturing plants, mining operations, infrastructure projects, and critical backup power systems.
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1. Engine Core Configuration

  • Engine model: SDEC SC4H180D2 inline 4-cylinder diesel engine

  • Displacement: 4.3 liters heavy-duty industrial engine platform

  • Rated output: 126 kW prime / 132 kW standby power

  • Turbocharged + intercooled air system improves combustion efficiency

  • Direct injection fuel system ensures fast response and stable operation

  • Designed for long-duration industrial running with reduced wear

⚡ 2. Electrical Output Characteristics

  • Generator capacity: approx. 125–138 kVA industrial configuration range

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

  • AVR system ensures stable voltage regulation under variable loads

  • High overload tolerance suitable for motor starting applications

  • Compatible with ATS automatic transfer switch systems

  • Low waveform distortion supports sensitive equipment operation

⛽ 3. Fuel Consumption & Efficiency Profile

  • Fuel consumption (reference values):

    • 50% load: ~14.4 L/H

    • 75% load: ~21.4 L/H

    • 100% load: ~28.6 L/H

  • Optimized injection system reduces unnecessary fuel waste

  • Balanced efficiency for continuous and standby operations

  • Suitable for long-running industrial environments

  • Designed to maintain stable economy under fluctuating loads

4. Structural Design & Frame System

  • Heavy-duty open-frame steel base construction

  • Anti-vibration mounting reduces mechanical stress

  • Compact layout simplifies installation and integration

  • Easy access design for maintenance and inspection

  • Suitable for fixed industrial installation or mobile systems

❄️ 5. Cooling & Durability Engineering

  • Water-cooled closed-loop system for temperature stability

  • High-efficiency radiator ensures performance in hot climates

  • Reinforced engine block improves long-term durability

  • Designed for continuous operation under heavy load conditions

  • Multi-protection system prevents overheating and shutdown failures

6. Application Scenarios

  • Large-scale industrial manufacturing plants

  • Mining and quarry operations

  • Commercial building emergency backup systems

  • Oil, gas, and energy sector installations

  • Infrastructure and construction projects

  • Remote off-grid power supply systems

7. Maintenance & Reliability Advantages

  • Modular engine structure simplifies servicing

  • Standard SDEC components improve global availability

  • Long maintenance intervals reduce downtime

  • High reliability under continuous heavy-duty operation

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

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