Máy xúc di động / thiết bị xử lý vật liệu

Fuchs Terex RHL860D

Fuchs Terex RHL860D – Electric Material Handling / Loading Equipment
We offer this excellent-condition, ready-to-work Fuchs Terex unit.
Manufacturer: Fuchs Terex
Model: RHL860D
Year of Manufacture: 2012
Condition: Very good
This machine is fully electric driven, offering significant operational and environmental advantages:

Hsdpfxsyf Nnye Ac Ejh
Key Advantages of Electric Drive:
Zero CO₂ emissions
Low noise levels with high-torque electric motors
Minimal heat generation
Future-proof drive technology
Low maintenance and operating costs
Comprehensive monitoring of power supply quality and machine grounding
Designed for 24/7 operation
Large working radius, expandable with optional cable drums or power packs
An ideal solution for efficient, sustainable, and continuous material handling operations.
Shipping assistance available from the Port of HaminaKotka, Finland.
An electric excavator is well suited for this type of application, where the need for relocation is minimal. When necessary, the machine can be driven to the maintenance hall using a dedicated power cable. Compared to an internal combustion engine, the electric motor is largely maintenance-free. Another major advantage of electric power is that fuel does not gel even in severe cold conditions.

During cold periods, the hydraulic system is kept continuously running, ensuring that the hydraulic oils remain warm. The Terex Fuchs contains 700 liters of hydraulic oil, and oil change intervals are determined through oil sample analysis.

A significant reduction in operating costs is achieved through electric operation, which is considerably cheaper than diesel. The power supply comes from the factory network at 690 volts, which is stepped down on the machine to the Terex Fuchs operating voltage of 400 volts. The electric motor driving the hydraulics has an output of 160 kW. The pump delivers nearly 500 liters per minute at a pressure of 360 bar. Power to the pump is supplied according to the oil demand of the hydraulic consumers, which reduces overall power requirements.