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This self-unloading weighbridge has a high-pressure hydraulic unloading system, which can automatically tilt 15° to complete unloading, eliminating the need for manual handling of goods. The 4G wireless transmission can remotely view weighing data and synchronize to the cloud platform, enabling real-time data management. The IP68 protection grade can be used in immersion water environments, adapting to harsh outdoor conditions. The Q355 high-strength carbon steel material improves the load-bearing capacity by 20% compared with ordinary carbon steel. It is equipped with an automatic calibration function, reducing manual maintenance costs, and an emergency manual unloading device to prevent unloading failure in case of power outages, solving the pain point of tedious unloading after bulk cargo weighing.
The platform panel has a thickness of 14mm, with each section bearing a capacity of 20 tons, and a total length of 16m. The unloading inclination angle can be adjusted from 0° to 15°, and the unloading time per vehicle is about 3 minutes. The hydraulic system has a pressure of 16MPa, providing sufficient power for unloading. The solar power system has a power of 300W, with a battery life of 72 hours without mains power. The 6 load cells have a total weighing capacity of 120 tons, and the sensitivity of the sensor is 1/10000. The working temperature range is -40℃ to 70℃, adapting to extreme climate environments. The installation does not require pre-buried, only needs fixed foundation bolts, and the total weight of the entire equipment is 12500kg.

This wireless self-unloading weighbridge is suitable for grain acquisition stations for bulk grain weighing and unloading, feed processing plants for raw material weighing and unloading, cement plants for bulk cement weighing and unloading, and port bulk cargo temporary weighing and unloading. It is suitable for bulk bulk cargo scenarios that need to complete weighing and unloading efficiently, greatly improving the efficiency of cargo processing. It can reduce the labor intensity of workers and improve the speed of cargo turnover, which is very suitable for large-scale bulk cargo trading and processing enterprises.