YH150W Wheel Excavator: Heavy-Duty 14-Ton Mobility with Cummins & Kawasaki Power
The YH150W Wheel Excavator is a robust 13.5-ton class utility machine engineered for demanding municipal engineering, highway construction, and heavy earthmoving projects. Powered by the high-torque Cummins 4BTAA3.9 turbocharged engine and integrated with a premium Kawasaki main pump and Rexroth control valve, the YH150W offers heavy-duty digging force with fast transit speeds across job sites.
Key Performance Highlights
- High-Torque Cummins Engine: Equipped with the proven Cummins 4BTAA3.9 engine (92 kW / 1900 rpm), delivering massive breakout force at optimized working speeds while lowering operational fuel costs.
- Top-Tier Hydraulic Synergy: Utilizes a Kawasaki main pump alongside a Rexroth main control valve and DOOSAN swing motor, providing responsive hydraulic flow, smooth multi-function movements, and long component lifespans.
- Heavy-Duty Earthmoving Capability: Comes standard with a 0.57 m³ capacity bucket, giving contractors the payload efficiency required for large trenching, material loading, and site preparation tasks.
- Extended Field Operation: Features a high-capacity 280L fuel tank and 102L hydraulic tank, minimizing downtime for refilling during double-shift operations.
Technical Specifications
| Specification | Parameter / Component |
| Operating Weight | 13,520 KG |
| Engine Model | Cummins-4BTAA3.9 |
| Rated Power | 92 kW @ 1,900 rpm |
| Hydraulic Pump | Kawasaki |
| Main Control Valve | Rexroth |
| Swing Motor | DOOSAN |
| Standard Bucket Capacity | 0.57 m³ |
| Fuel Tank Capacity | 280 L |
| Hydraulic Tank Capacity | 102 L |
Recommended Applications
- Road & Highway Construction: Swift transit along asphalt roads between work zones, ideal for culvert excavation, grading, and barrier installation.
- Large-Scale Municipal Infrastructure: Deep trenching for sewer, water, and gas pipelines using the heavy-duty 0.57 m³ bucket.
- Quarry & Bulk Handling: Loading dump trucks and transferring bulk aggregates efficiently in static yards and dynamic job sites.
