1. High efficiency: Due to the special structure of the forced reclaimer and the high-speed screw, the material is quickly lifted, so the discharge capacity is large, and the actual discharge capacity is greater than the rated discharge capacity.
2. Energy saving: Because the transmission parts are light and can work continuously, electricity consumption is saved. The power consumption varies with the type of unloaded cargo and the rated unloading capacity, but the average power consumption is 20~28% of that of pneumatic unloading.
3. Environmental protection: dust-free design, each connection point is closed design, which prevents the overflow of dust and materials; the reclaimer is buried in the material, thus reducing the amount of dust generated by the reclaimer. Low noise, the main components are tested and calibrated by static balance and dynamic balance, the equipment runs smoothly and reliably, and will not cause noise pollution to the surrounding environment. No sewage discharge.
4. Cost reduction: energy saving and work reliability greatly reduce the long-term operating cost of the ship unloader. Reduce labor, only one person is required to operate the portable remote control while observing the material condition in the cabin. Save the voyage fee, the continuous and efficient unloading performance of the ship unloader greatly shortens the unloading time, and can save thousands of yuan or tens of thousands of yuan in voyage fee in one day.
5. Complete functions: the overall mechatronics design, all control adopts imported PLC programmable controller and DCS intelligent control, the program can be easily modified, the degree of automation is high, and it has mechanical protection, hydraulic automatic protection, speed overrun protection, overload Various safety protection functions and remote control functions such as braking system combined with protection, electromagnetic and frequency conversion.
6. Reliable operation: New materials, new technology and special structure design are adopted for the parts that are easy to wear, which is suitable for long-term continuous operation in harsh environments, and its service life is more than 2 times longer than that of traditional process materials.
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