XCMG Schwing Official Chinese Brand HBC10018V Truck Mounted Concrete Line Pump for sale

XCMG Schwing Official Chinese Brand HBC10018V Truck Mounted Concrete Line Pump.

1.Steadier Reversing Buffering Technology.

The valve control buffering technology with faster response replaces traditional pump emission reduction technology. The buffering process is steadier and more reliable, with smaller impact. The reversing time is shortened to be less than 0.1s and the efficiency is improved by more than 6%.

2. Ultra-low Pressure Loss Hydraulic System Technology

Ultra-low pressure loss hydraulic system, coordinated with efficient rock valve pumping system and power matching control system for oil-saving can help pumping system fully absorb engine power regardless of different concrete, without wasting a dip of fuel, and the average oil consumption is as low as 0.362L/m³.

3.Safer and Smarter Electrical Control System

Intelligent program control provides accurate lubrication scheme for pumping system.It provides lubricating point blockage monitoring , which can realize real-time warning of faults and avoid secondary loss. Based on digitization concept, the intelligent control system can monitor and store equipment’s running state in real time, realize production reappearance and timely remind the equipment of operation and maintenance. The controller and local fault library based on port diagnosis function can accurately locate over 200 kinds of

faults, thus saving troubleshooting time.

4. More Reliable Automatichigh/Low Pressure Switchover Technology

Initially designed in the industry, high/low pressure use different circuits, with no mutual interference and lower fault ratio. Slide valve structure with large diameter is used to replace several cartridge valve structure, thus producing less fault points, better maintainability and higher reliability. Both high and low pressure circuits adopt dual slide valve structure in series, and valve core is not involved in cylinder switchover during the pumping/reversal pumping, so the centering spring has lower fault ratio and system reliability is further promoted.