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Case Study | Building a “Early Warning Hub” for Conveyor Systems with Robust Technical Capabilities to Overcome the Challenge of Continuous-Operation Damage

2025-08-29

1. Project Background

A certain steelmaking plant specializes in the production of high-end plate products. In recent years, by integrating intelligent and environmentally friendly technologies, it has gradually become a green benchmark enterprise for the transformation and upgrading of China’s steel industry. The limestone conveying project is the core subsystem of the plant’s ancillary lime-making facility, primarily responsible for the storage, conveyance, and supply of limestone raw material, and also serves to achieve “ Green Intelligent Manufacturing ” the key link.

Electric motors, gear reducers, rollers, and other critical components play a vital role in belt conveyor systems; however, heavy loads and prolonged continuous operation can cause damage to the equipment, leading to Avoid allowing these components to continue operating while damaged. This can lead to severe mechanical failures in the conveying system and associated production downtime, necessitating real-time monitoring of temperature and vibration for these critical components to ensure the reliable operation of the conveying equipment.

2. Our Company’s Advantages

As An innovative practitioner in the field of online monitoring for belt conveyors Leveraging our leading position in vibration-based equipment health management, our company conducted an in-depth on-site investigation at the steel plant. Following multiple inspections, we focused on belt conveyors during continuous material transport. Transmission Motion Characteristics and Fault Mechanisms Our company has broken through traditional monitoring paradigms by innovatively custom-developing an online monitoring solution for multi-parameter sensors, integrating data models for parameters such as vibration and temperature, and leveraging advanced Data analysis algorithms , enabling real-time online monitoring and surveillance of belt conveyor operating conditions, further unlocking the value of data, identifying early fault signatures, and driving Predictive Maintenance Its practical application is driving the smart-device industry toward data-driven, model-powered development.

The company holds patents such as “Adaptive Phased and Digital-Model Fusion-Based Life Prediction Method for Belt Conveyor Bearings,” among others. Core Technology , this is an adaptive, staged approach for the critical components of a belt conveyor and Life Prediction via Digital-Physical Fusion The method comprises steps such as acquiring measured data for the key components, generating simulation data for the post-measurement phase, constructing health indicators, identifying degradation stages, and predicting remaining useful life. By integrating measured data with simulation data, the accuracy of degradation-stage identification is enhanced; moreover, by first identifying the degradation stage and then selecting the corresponding model based on the identified stage for life prediction, this approach further improves performance compared with single-model prediction or purely simulation-based calculations. Accuracy of lifespan prediction Moreover, no extensive prior knowledge acquisition is required, and the corresponding health-monitoring system can be deployed in tandem with the device.

Meanwhile, as a domestic A Pioneer in Innovation in the Fields of Intelligent Sensing and Measurement & Control Our company has been deeply involved in the “Design Guidelines for Fault Prediction and Health Management Systems for Conveying Equipment.” Drafting of the group standard , leveraging the company’s technological expertise and practical experience in areas such as signal sensing, data processing, monitoring and protection, fault diagnosis, and health management, it has played a key role in Standard Framework Design 、 Core Indicator Justification and Validate model construction These critical steps have contributed significant expertise to the scientific rigor and practical applicability of the standards.

3. Solution

Product Name	Product Model
Intelligent Inspection Alarm Device	XDG3128
Intelligent Display Controller	XDG3122
Vibration Monitor	XDG3212
Magnetoelectric Velocity Sensor	XDG1100
Instrument cabinet

4. Positive customer reviews

Our company is one of the few manufacturers to date that has successfully implemented temperature and vibration monitoring solutions for belt conveyors. After the equipment is installed, we help customers achieve Significant improvement in Overall Equipment Effectiveness (OEE) , and has received high praise from customers.

The company will continue to deepen its expertise in the field of intelligent operations and maintenance, leveraging standards as a guiding force to promote the deep integration of technological R&D and practical application scenarios. It will gradually expand deployment in continuous conveying equipment such as belt conveyors, thereby supporting the transformation of Chinese manufacturing toward "Smart Manufacturing Services" Transformation and upgrading.