Case study of a single-group high-precision belt scale project in a cement plantView details
The belt scale's measurement accuracy met the requirements, allowing leaders to monitor measurement data in real-time via the upper computer, facilitating site management.
The high-precision electronic belt scale demonstrates strong adaptability to on-site conditions, meeting the weighing and metering needs of conveyors with large inclination angles.
The high-precision belt scale adopts a modular combined structure with a simple scale frame and no redundant movable mechanical parts. It is also very lightweight, making installation, debugging, and maintenance simple and convenient, and el
The high-precision electronic belt scale features a simple frame structure without unnecessary mechanical components such as crossbeams and levers, making it resistant to eccentric loading, robust, and durable, with a small horizontal surfac
Based on the site conditions, an ICS-17A belt scale frame was configured, which is a four-idler double-lever type frame with high stability. The sensors are built-in and less prone to damage, effectively mitigating the impact of belt misalig
The ICS-17A belt weigher adopts a four-idler double-lever scale frame, ensuring high stability and good resistance to eccentric loading.
The measurement accuracy of the explosion-proof belt weigher met production requirements, and data could be viewed remotely. Production reports facilitated statistical analysis and management.
The feeder's metering and feeding accuracy fully met production requirements and remained stable during prolonged continuous production.
The on-site feedback indicates that the electronic belt weigher provides accurate and stable measurement precision.
After a period of continuous operation, the results showed that the sampling machine not only significantly improved sampling accuracy but also efficiently completed sampling tasks without manual intervention.
The FSD electronic belt weigher adopts a streamlined modular combination structure, featuring a fully suspended design to minimize losses during force transmission.
The Guonuo Technology quantitative feeder has been successfully applied in the key ingredient blending process at Zhongshun Henghui (Binzhou) New Material Manufacturing, effectively resolving previous ingredient blending issues.
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