DX520LC-9C

The DX520LC-9C excavator is equipped with a Scania engine that meets the National III emission standards. It adopts an integral structure of the pump nozzle and a unique centrifugal filter setting. It has high reliability, high fuel efficiency, and high maintenance convenience. Features of low failure rate and low maintenance cost.

DX520LC-9C is equipped with a sophisticated swing motor, which is placed in the left rear cabin. It provides strong swing torque while significantly reducing swing swing, thereby achieving efficient working performance; its right rear cabin is equipped with a new large-capacity, high-efficiency Imported hydraulic pumps, thus greatly improving operating efficiency.

DX520LC-9C is equipped with high-efficiency, low-fuel-consumption designed engines and hydraulic components, and adopts advanced intelligent fuel-saving control mode (SPC) to achieve the best fuel efficiency in its class: You can freely select ( P.Mode/S.Mode/E.Mode)+SPC.

When the SPC intelligent power control mode is turned on, the actual action status of the excavator, such as digging, lifting, lowering, and unloading, can be intelligently sensed, thereby automatically adjusting the engine speed and main pump torque to achieve the best results while meeting operating efficiency. At the same time, lower fuel consumption is achieved.

Superior performance, effectively ensuring operating efficiency

The DX520LC-9C excavator’s composite operation capability is more efficient and precise.

The optimal digging force, walking traction force and lifting force settings in the same level effectively improve operating efficiency.

Reasonable oil distribution settings ensure softer compounding operations.

Designed with an instant boost function, the boost button on the handle can instantly increase the walking traction or increase the boom's rising speed to cope with complex working conditions.

It has excellent rotation speed and controllability, as well as the highest rotation torque in its class, making the rotation stronger and effectively ensuring compound operation efficiency;