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Case Study | Integrated Dual-Mode Sensing: Pioneering a Quantum Leap in Monitoring System Performance

2025-12-12

1. Project Background

The main plant of a certain steel mill plans to install vibration and temperature sensors on 24 blowers, with the aim of providing data support for the PLC-based safety control system and enabling real-time monitoring of equipment operating conditions. Traditionally, this would require deploying two separate sets of sensing devices. However, the manufacturer believes that this approach not only entails high capital investment but also increases the workload and risks associated with subsequent maintenance and management. Therefore, they are seeking a Can output standard analog signals (4–20 mA) to the existing PLC system, It can also output the original vibration waveform signal. To an integrated product that provides and characterizes raw equipment-condition data for standalone diagnostic analysis systems.

2. Our Company’s Advantages

In response to this complex requirement, our company has delivered an outstanding solution, leveraging our deep technological expertise and robust innovation system.

❶ Integrated innovation and seamless integration with existing systems:

The technical team promptly conducted an assessment and confirmed that retaining the customer’s existing PLC architecture is critical to ensuring the project’s cost-effectiveness and implementation efficiency.

Innovatively proposes to adopt Dual-Mode Intelligent Vibration Sensor Its compact design is precisely tailored to the limited installation space requirements of blowers, ensuring the representativeness and reliability of the monitoring data.

❷ Breaking through the technical barriers of dual-mode integration and demonstrating robust development and delivery capabilities:

Our company, leveraging years of technological expertise in the sensor field and a mature modular development platform, along with the efficient collaboration of our R&D team, has, in a short period of time, Within 2 months (Well below the industry’s standard new-product development cycle) we successfully completed the design, prototype validation, and mass-production finalization of the XDG2282, delivering the product to the customer site ahead of schedule—demonstrating our company’s ability to swiftly respond to customers’ customized requirements. Efficiently Achieve Technology Transfer Core R&D capabilities.

❸ Deep historical roots and a seasoned team provide solid assurance:

Our company has been deeply engaged in the field of rotating equipment monitoring for as long as More than forty years , with a deep understanding of the operational characteristics of equipment in the metallurgical industry.

Composed of senior sensor experts, embedded development engineers, and process engineers Fully mature team , thereby ensuring efficient collaboration and quality control across the entire end-to-end process—from technical feasibility studies and product R&D to production delivery and on-site commissioning.

On-site professional after-sales team Efficiently completed the installation of all sensors and system integration testing, ensuring accurate data acquisition by the PLC and diagnostic system. The project was successfully concluded, laying a solid foundation for the safe and intelligent operation of the customer’s blower fleet.

3. Solution

Product Name	Product Model
Piezoelectric Dual-Mode Vibration Sensor	XDG2282
Temperature transmitter	XDG-WDP12

We have selected for the client XDG2282 Piezoelectric Dual-Mode Vibration Sensor , this product has the following features:

◆ To place Highly integrated sensing of analog signals and 4–20 mA transmitter signals with raw signal output. Within a single probe, it is compatible with the existing PLC, eliminating the need to modify the original control system. This allows seamless integration with the diagnostic analytics platform while preserving the existing control logic, thereby enabling real-time equipment condition monitoring and fault prediction.

◆ The single-point integration design with dual-channel output eliminates the cost and space requirements associated with deploying additional sensors or signal converters. Significantly reduce the total cost of equipment procurement, installation and cabling, and subsequent maintenance;

◆ Dual-mode output integration involves Signal isolation, anti-interference design, power consumption optimization, and miniaturized packaging Given numerous technical challenges, manufacturers offering mature products of this kind are relatively rare in the market.

4. Positive Customer Reviews

The XDG2282 dual-mode vibration sensor meets the requirement of simultaneously outputting both analog and raw signal channels. The successful implementation of this project has not only improved equipment operational efficiency but also significantly enhanced its diagnostic and analytical capabilities, enabling our company to leverage “Rapid response, reliable delivery” The label has earned deep customer trust.

Following a comprehensive evaluation and assessment, our company has also successfully become the steel plant’s Qualified Supplier Subsequently, multiple sets of supporting products were procured, marking the upgrade of the collaboration between the two parties from project-based cooperation to a solid Strategic Partner Relationship.

The successful implementation of this blower monitoring project represents not only a targeted upgrade for a single steel plant, but also a pioneering exploration of intelligent operations and maintenance pathways for industrial equipment. Moving forward, Jiangsu Xindao Ge will continue to drive technological innovation, leveraging smart sensing to power the future of industry.