As the "smart brain" of unattended weighbridges, the Speyer intelligent weighing management system relies on the company's self-developed 7 software copyright technologies, with strong hardware linkage capabilities, and can be deeply adapted with weighbridge sensors, license plate recognition equipment, barrier systems, video surveillance and other peripherals, to realize the collaborative operation of various hardware equipment, and provide core technical support for automated weighing.
The system supports automatic control of the whole process, and can automatically complete the binding of vehicle information and weight data when the vehicle is weighed, eliminating data errors caused by manual entry, and at the same time has built-in continuous weighing, batch weighing, precise batching and other operation modes, which can flexibly switch the weighing mode according to the operation characteristics of different industries such as mining, building materials, chemicals, and grain, and adapt to diversified business scenarios. In addition, the system also has perfect data management functions, which can realize real-time storage of weighing data, multi-dimensional statistical analysis, automatic printing of weighing documents, and support remote data synchronization, so that enterprise managers can view weighing data anytime and anywhere, and grasp the dynamics of material entry and exit.
The system also has strong adaptability and scalability, in addition to connecting to conventional weighing peripherals, it can also expand access to explosion-proof accessories, remote display large screens, mobile terminal query systems and other equipment to meet the functional upgrade needs of enterprises at different stages. At the same time, the system has a built-in complete data security mechanism, which can encrypt and store and back up weighing data to prevent data loss or tampering, provide safe, accurate and efficient weighing data services for the digital management of enterprises, and help enterprises realize the intelligent transformation of weighing links.
