ICS-14A Electronic Belt Weigher Put into Operation in Large Power Plants, Featuring High Precision,

In power plants, especially large-scale ones, the conveyance, measurement, and management of coal as a raw material are of utmost importance. This is crucial for calculating coal consumption, input-output ratios, and strengthening production supervision in power plants.

The ICS-14A electronic belt weigher, as a highly accurate automated dynamic weighing device, is widely used in power plants. Recently, Guonuo Technology completed the installation, debugging, and renovation of multiple ICS-14A electronic belt weighers for a large power plant, which have now been put into production.

After a period of practical application verification, all ICS-14A belt weighers have demonstrated their advantages and characteristics, such as high precision and strong long-term stability, playing a significant role in the production and management activities of large power plants!

The ICS-14A electronic belt weigher from Guonuo Technology, as a high-precision, high-efficiency, and highly stable dynamic measuring device, offers the following advantages and characteristics in large power plant applications:

1. Highly Accurate Weighing and Metering Capability

   - In terms of technology, it employs advanced and mature sensor and microprocessor technologies, enabling highly accurate weighing capabilities to accurately measure the weight of materials on the conveyor belt.

   - Structurally, the ICS-14A belt weigher features a fully suspended, multi-roller design, combining the advantages of both fully suspended and multi-roller belt weighers. This means minimal friction, low force transmission loss, a long weighing area, and better resistance to lateral and horizontal forces, with less impact from the belt.

   - In manufacturing, Guonuo's belt weigher is constructed from industrial-grade stainless steel and undergoes anti-corrosion and anti-rust treatments to enhance the rigidity and durability of the weigh frame, making it more adaptable to harsh industrial environments.

2. Long-Term Stable Operation Capability

   - Enhancements in measurement and application performance enable the ICS-14A belt weigher to avoid the influence of various environmental factors. Its structural design and manufacturing process allow it to adapt to special occasions with high dust levels or acid-alkali conditions, ensuring more stable and reliable operation.

   - The system can automatically calibrate zero points and interval values, reducing zero-point fluctuations during long-term operation. Its self-online monitoring and intelligent diagnostic functions lower the failure rate of the belt weigher and shorten troubleshooting times.

3. Outstanding Data Processing Capability

   - Guonuo's belt weigher instrument provides multiple data communication interfaces, including RS232/485, enabling easy connection to networks and other upper computers or devices for real-time data sharing and printing.

   - The instrument can also display real-time and intuitive metering data from the power plant's coal conveyance system, including detailed parameters and line charts.

   - With a built-in large-capacity memory, the instrument can record and save data in real-time, facilitating subsequent coal consumption accounting, statistical analysis, and production planning adjustments for the power plant.

The main roles played by the ICS-14A electronic belt weigher in large thermal power plants include:

Since the implementation of Guonuo Technology's ICS-14A electronic belt weigher, this large power plant has successfully achieved precise measurement and management of coal in the conveyance system leading to the furnace.

Simultaneously, it provides accurate and reliable data for fuel supply, coal consumption accounting, and production planning adjustments. Through continuous and precise measurement of the power plant's coal conveyance system, it can detect abnormalities during the conveyance process, ensuring production stability, avoiding material waste, and helping to reduce coal consumption.