A customer contacted our technical team, reporting that they encountered communication failures while using an ultrasonic flowmeter produced by a third-party manufacturer. The customer requested that we provide formal technical support to ensure that the same failures would not occur when using our products. In response, our team recommended the Jujea 2023 upgraded ultrasonic flowmeter, which features higher measurement accuracy, an aluminum alloy housing, and enhanced operational functions, effectively eliminating all of the customer’s concerns.
1. Core issues faced by customers
Customer Mr. GD encountered an RS485 communication baud rate compatibility issue when using the third-party manufacturer’s TUF2000B model ultrasonic flowmeter: when the baud rate was configured to 19200 kb/s, the device was completely unable to achieve RS485 communication; conversely, when the baud rate was adjusted to other values such as 9600 kb/s or 38400 kb/s, the communication function returned to normal. This fault directly affected the customer’s normal collection of device operation data and remote control operations, posing a significant obstacle to the digital management of the entire production process.
2. Core Customer Requirements
Based on the above technical failures, the customer’s core requirements can be summarized into two key aspects, with the focus on ensuring the communication stability and measurement reliability of ultrasonic flow meters in industrial application scenarios:
- Communication reliability requirement: The customer requires that the newly purchased ultrasonic flowmeter can stably support the RS485 communication protocol, effectively avoid similar baud rate compatibility failures as before, and ensure that the device operation data can be transmitted to the control system in real time, accurately, and without loss.
- Metrological performance requirements: As a core flow metering device in industrial production, it must meet the basic requirements of industrial scenarios for measurement accuracy and range. Meanwhile, the device needs to have excellent environmental adaptability and structural durability to adapt to complex industrial site conditions.
3. Dual technical bottlenecks to be overcome
To effectively meet the core needs of customers and ensure the stable operation of equipment in industrial scenarios, our team needs to address the following challenges at the technical and service levels:
- Communication Technology Challenges: The stability of RS485 communication is affected by multiple factors such as baud rate matching, communication cable length, and anti-electromagnetic interference capability. Optimization is required from both hardware design and firmware programming to fundamentally address potential communication failure points such as baud rate compatibility.
- Measurement accuracy challenge: In industrial production scenarios, changes in the temperature and flow rate of the measured medium (such as tap water, industrial fluids, etc.) directly affect the measurement accuracy of flow meters. Ensuring that flow meters maintain stable and accurate measurement performance over a wide range and temperature domain is crucial.
- Trust-building Challenge: Due to communication failures in previously used third-party products, customers have developed certain doubts about the reliability of ultrasonic flowmeter products. How to rebuild customers’ trust in our products through technological upgrades and professional technical explanations has become a key challenge during the service process.
4. Solution: 2023 Upgraded Ultrasonic Flowmeter Technology Innovation
In response to the client’s technical pain points and core needs, our team recommended the Jujea 2023 upgraded ultrasonic flowmeter. Through the three-dimensional technical solution of “optimized communication module + upgraded metering performance + strengthened hardware structure”, we have thoroughly addressed the client’s concerns and fully met the application requirements of industrial scenarios:
4.1 Low-level Optimization of the Communication Module
- The product uses an industrial-grade high-stability RS485 communication chip, integrating built-in baud rate self-adaptation adjustment and anti-interference algorithms, which can stably support communication operations at full-range baud rates from 1200 to 115200 kb/s, fundamentally eliminating potential baud rate compatibility issues at both the hardware driver and firmware logic levels.
- Equipped with shielded communication cables (length options include 2×5M and above), it effectively enhances the device’s anti-electromagnetic interference capability in complex industrial environments, ensuring the integrity and accuracy of data transmission during long-term operation.
4.2 Comprehensive Upgrade of Measurement Performance
- The measurement accuracy of the device has been upgraded to ±1.5%, with a measuring range covering DN80 – DN700, which can flexibly adapt to the flow measurement requirements of pipes with different diameters in industrial scenarios; the medium temperature adaptation range has been extended to -30~70℃, fully meeting the fluid metering requirements under different working conditions.
- By adopting high-precision time difference measurement technology, it significantly enhances the sensitivity to capture fluid flow velocity, ensuring that the device can still provide accurate metering data even in low-flow operation scenarios.
4.3 Enhancement of Durability of Hardware and Structure
- The device housing is made of high-quality aluminum alloy, integrating lightweight and high-strength performance characteristics. Its impact resistance and corrosion resistance are significantly superior to those of ordinary plastic housings, effectively adapting to the harsh and complex operating environment of industrial sites.
- The power supply system adopts a wide voltage compatibility design, supporting two power supply modes: 85-265VAC alternating current and 24VDC direct current, which can flexibly adapt to different power supply configurations in industrial sites, further enhancing the device’s scene adaptability.
5. Recommended Product Configuration
To fully meet the industrial metering and communication application needs of customers, the recommended product configuration is as follows: 2023 upgraded ultrasonic flowmeter (medium probe type)
For detailed technical parameters and product information, please refer to the official website: http://www.jujea-tech.com
6. Implementation Results: Stable Communication + Precise Metering, Rebuilding Customer Trust
After the customer officially adopted the Jujea 2023 upgraded ultrasonic flowmeter, after a period of actual operation verification, the following significant application results have been achieved:
- Zero communication failures: The RS485 communication function of the device operates stably under 19200kb/s and all other full-range baud rate configurations, achieving real-time and lossless data transmission, completely resolving the previous baud rate compatibility issues, and effectively meeting the customer’s needs for digital management of the device.
- Measurement performance exceeds expectations: The measurement accuracy of ±1.5% fully meets the customer’s industrial metrology standards, providing accurate and stable flow data under different medium temperature and flow rate conditions, laying a reliable technical foundation for the optimization of the customer’s production process.
- Rebuilding Customer Trust: The excellent durability of the aluminum alloy housing and the stable and reliable operation performance of the equipment have completely dispelled customers’ doubts about the reliability of ultrasonic flowmeter products, established customers’ solid trust in the technical strength and product quality of our Jujea brand, and laid a good foundation for the subsequent long-term and in-depth cooperation between the two parties.
7. Case Summary
In summary, the Jujea 2023 upgraded ultrasonic flowmeter, through comprehensive technical upgrades to its communication module, metering performance, and hardware structure, not only effectively resolves the RS485 communication failures previously encountered by customers, but also, with its precise metering performance and reliable industrial-grade quality, has become the preferred solution for flow metering in various industrial fluid application scenarios. Whether users face similar communication failure issues during the application process or have high requirements for the measurement accuracy and operational stability of flow metering equipment, this product can provide a one-stop, highly reliable technical solution to meet the diverse application needs of industrial production.
