The construction industry continues to develop, and cement is indispensable in this industry. The demand for cement is high, but the measurement and management in cement enterprises are relatively complex and backward. Many enterprises face the following issues:
1.Cement enterprises generally require weighing for raw material procurement and finished product sales. With various types of weighing and complex processes, the number of measurement personnel increases, resulting in high costs, low work efficiency, and prone to data errors.
2.The measurement process involves multiple steps and significant management loopholes. Discrepancies between the purchased quantity and the reported quantity can cause losses to the enterprise.
3.The measurement process involves multiple departments and poor management. Corporate leaders and functional departments cannot grasp production and sales situations in real-time, leading to inaccurate and untimely decisions.
Apart from these common issues, the weighing environment in the cement industry is also harsh, often conducted outdoors and significantly affected by the environment. This places high demands on the stability, adaptability, and interference resistance of electronic belt scales.
Huasheng Cement faces even more complex weighing, measurement, and management issues. In addition to industry-wide problems, its production site has a certain slope, making many electronic belt scales unsuitable for the gradient. The long belt conveyor requires a longer weighing area on the belt scale to ensure stable and accurate weighing.
In the face of various issues such as measurement, management, and installation at Huasheng Cement, Guonuo Technology's engineers conducted multiple detailed on-site investigations and effectively combined the actual situation with customer needs. Ultimately, they provided a reasonable solution for the customer. The ISC-17 electronic belt scale addresses the customer's needs for high-precision measurement and effective management while being suitable for the production site environment.
Efficient Management to Solve Measurement and Management Pain Points
The ISC-17 electronic belt scale features a responsive meter that quickly calculates weighing data and uploads production and weighing data to the host computer. Leaders and managers can inquire about historical data and curve reports, making management straightforward. Real-time data transmission allows leaders to grasp production dynamics at any time and make timely decisions or production schedules.
To strengthen management, there is a detailed permission allocation to prevent data tampering. Additionally, remote control modifications are possible to avoid management loopholes. The entire process, from measurement and weighing to data analysis and management, significantly reduces manpower and human errors, improves production and management efficiency, and lowers costs.
Robust Performance, Unafraid of Harsh Environments
The ISC-17 electronic belt scale is specially designed for harsh environments with slopes, eccentric loads, etc. Its structure adopts a four-roller, double-lever design with two tension sensors. The outer support uses a frictionless trunnion fulcrum, effectively overcoming the impact of eccentric loads and slopes. Harsh environments are no big deal.
The on-site belt is long, and the highlight of the ISC-17 electronic belt scale is its long weighing area, providing strong "filtering" capability for more stable weighing. After installation, it is immediately evident that the zero-point variation is very small. The meter, weighing sensor, speed sensor, and other components of the ISC-17 electronic belt scale have excellent stability, are dustproof, waterproof, and corrosion-resistant, ensuring stable long-term outdoor use.
Apart from its excellent products, Huasheng Cement also highly praises Guonuo Technology's service. Whether pre-sales or after-sales, they always address inquiries and issues with care, patience, and professionalism. It is this professionalism that solves the major problems of cement measurement and management.