Structural characteristics of industrial measuring belt conveyor
Industrial measuring belt conveyor is a core equipment that integrates material conveying and dynamic weighing, widely used in mining, chemical, grain processing and other fields. Its structural design aims to achieve precise measurement, stable operation, and efficient transmission, and has the following significant characteristics:
1. Modular framework structure
Using high-strength steel or aluminum alloy welded frames to form a stable support system. Modular design facilitates quick disassembly and maintenance, and can adjust length, width, and tilt angle according to on-site needs to adapt to different spatial layouts.
2. Integration of precision measurement systems
The core component is a high-precision weighing sensor (such as resistance strain gauge or electromagnetic force type), usually arranged below the roller group, to collect real-time material weight signals. Cooperate with high-speed dynamic weighing instruments to achieve millisecond level data updates, with an error rate controlled within ± 0.5%, meeting the accuracy requirements of trade settlement level.
3. Anti interference conveying components
The driving drum and the driven drum are coated with rubber to increase friction and reduce slippage; Circular seamless conveyor belts (such as PVC or rubber materials) have tear resistance and corrosion resistance characteristics, ensuring continuous operation stability. Some models are equipped with automatic correction devices to prevent belt deviation from affecting measurement accuracy.
This device has significantly improved the automation level of industrial production lines while ensuring measurement reliability through structural optimization and technological innovation.
