The SANY SY375EP Electric Excavator is designed to deliver exceptional productivity with the efficiency of electric power. Powered by a 200 kW PMS motor and equipped with advanced DOMCS intelligent control, it ensures precise operation and consistent performance under continuous heavy loads. Its robust hydraulic system and reinforced undercarriage make it ideal for mining, quarrying, and bulk material handling. The SY375EP combines high digging forces with smooth operation, offering a powerful, eco-friendly alternative to diesel excavators for demanding applications.

High-Power Electric Drive System

• 200 kW PMS motor delivers strong, consistent output for heavy excavation tasks.
• 1140 Nm torque ensures powerful digging performance under continuous load.
• 300 kVA transformer supports stable high-voltage operation.

Advanced Intelligent Control System

• Equipped with an advanced DOMCS system for precise machine coordination.
• Intelligent power management improves efficiency during variable workloads.
• Smooth response and accurate control for complex excavation cycles.

Heavy-Duty Hydraulic Performance

• Dual 320 L/min high-flow pumps ensure fast cycle times.
• 34.3 MPa implement pressure supports high breakout forces.
• Optimized hydraulic layout improves operational stability and control accuracy.

Exceptional Digging Capability

• 235 kN bucket digging force for hard rock and bulk material excavation.
• 210 kN arm digging force ensures strong penetration and lifting power.
• Ideal for mining, quarrying, and heavy infrastructure projects.

Robust Undercarriage & Structural Strength

• 600 mm heavy-duty track shoes enhance stability on rough terrain.
• Reinforced rollers and tracks ensure durability in mining environments.
• Designed for continuous high-load operations with reduced wear.

Environment-Friendly & Low Operating Cost

• Fully electric operation eliminates fuel consumption and emissions.
• Lower maintenance compared to diesel engines due to fewer moving parts.
• Ideal for green mining and sustainable infrastructure projects.