• 返回

  • Remote Monitoring of Edge Devices

    TL70-Wireless-App-Image-with-Machine-Rows

    What is Remote Monitoring?

    Collecting and analyzing data from sensors and other field devices, remote monitoring provides factories with insight and visibility into the performance of their machines, processes, and people. Even sensor data can be accessed in real time from any location, as well as logged for long term analysis.

    Keep reading to learn about how remote monitoring technologies are revolutionizing industrial automation, offering smart factories greater visibility into their operations, and enabling better, data-driven decisions.  

    Extend the Reach of Remote Monitoring with Wireless Sensor Networks

    tl70-wireless-machine-indication

    Wireless sensor networks provide remote monitoring capabilities and allow manufacturers to increase overall process efficiency and productivity.

    By eliminating the wire limitations of conventional systems, wireless networking systems improve data logging, process monitoring and control, while maintaining high levels of security and integrity. Wireless sensor networks are especially advantageous where wired solutions are impractical, ineffective, or cost-prohibitive.

    While historically wireless systems were difficult to install and complicated to maintain over time, wireless technology has advanced significantly over the years. Today many remote monitoring solutions are available that offer a reliable wireless communication integrated into a single, inexpensive unit. These new wireless I/O devices are easy to install, and then uninstall and move to a new location as monitoring requirements change.

    Key Applications of Remote Monitoring

    QM30VT Series vibration and temperature sensor with CM Series node and current transformer
    Predictive Maintenance

    Predict Failures and Prevent Unplanned Downtime

    Remotely monitoring conditions like changes temperature and vibration enables predictive maintenance for machines. The benefits of predictive maintenance include: 

    • Avoiding machine failures by making maintenance decisions based on historical and real-time data from the machine itself.  
    • Enabling quick intervention to avoid downtime by monitoring time-sensitive conditions like changes in vibration, temperature, humidity, or tank level. 
    • Initiating real-time alerts to operators so that critical situations can be resolved quickly to avoid extended downtime, scrapped materials, or product recall.
    Overall Equipment Effectiveness (OEE)

    Track and Reduce Causes of Waste

    Remote monitoring provides a variety of benefits for facilities seeking to improve the overall efficiency of their operations.  For example:

    • Remote monitoring technologies provide data for OEE calculations.
    • Facilities can reduce waste and minimize its impact thanks to visibility into when and where inefficiencies occur.  
    • Access to logged data from sensors and indicator lights on machines enables users to track performance trends over time and identify steps for improvement. 
    AdobeStock_1021085
    dx80q120-forklift-call-for-parts
    Factory Communication and Process Optimization

    Streamline Call for Parts, Pickup, and More

    Remote monitoring technologies are also capable of improving the efficiency of manual assembly and production lines.  Some of the benefits of wireless factory notification systems include: 

    • Allowing managers to remotely monitor multiple lines and work more efficiently by reducing the amount of time spent checking in on lines unnecessarily. This enables managers to quickly respond to issues as they arise and focus their attention where it's needed most.
    • Increasing efficiency when managing and responding to call for parts, service, or pickup.  
    • Reducing the need for workers to leave their workstations and find a manager when they need assistance. 
    Featured Products

    DXM_Wireless_Straight_On_Small_Antenna
    DXM Series

    Wireless Controller for IIoT Applications

    DXM 系列工業無線控制器設計用於促進乙太網路連接和工業物聯網 (IIoT) 應用。 

    • ISM 模組可用於本地無線網路,提供頻率為 900 MHz 或 2.4 GHz 兩種型號
    • 將 Modbus RTU 轉換為 Modbus TCP/IP 或乙太網路/IP
    • 邏輯控制器可以使用動作規則和文字說明方法進行編程
    • 用於數據記錄的 Micro SD 卡
    • 電子郵件和文字警報
    • 用於蜂巢式網路的蜂巢式數據機
    Cloud Data Services

    Software for IIoT Applications

    資料連接解決方案軟體是一個基於 Web 的平台,允許使用者存取、存儲、保護和導出 Banner 有線和無線感測器收集的關鍵資料。該軟體補充了我們的無線產品組合,為客戶提供完整的端到端 IIoT 解決方案,以解決工業市場中最緊迫的問題。

    • 藉由分析和可視化工具,該軟體可提供可操作的見解,使您能夠在工廠現場解決真正的挑戰。 
    • 存儲資料並分析一段時間內的趨勢 
    • 使用 Internet-連接 裝置 隨時隨地遠端存取資料。
    • 透過電子郵件或短訊獲取實時通知。
    cds-dashboard
    QM30VT Series vibration and temperature sensor
    QM30VT Series

    Vibration and Temperature Sensor

    QM30VT Series sensors have a low-profile design and rigid metal construction that reduces resonant interference and increases surface contact, enabling exceptional levels of accuracy in measuring RMS velocity and temperature. They are able to detect even slight increases in machine vibration and temperature for early identification of potential problems.

    • Communicates performance data using a MultiHop Modbus Radio or 1-Wire Serial Node to a DXM Series wireless controller or gateway
    • Detects potential problems on motors, fans, pumps, and any machine with rotating motion or vibration
    • Ultracompact design fits easily in small spaces
    • Available in models with a 316L stainless steel housing or a heavy-duty aluminum housing
    • Fully compatible with Connected Data Solutions software and the Wireless Solutions Kit for Vibration and Temperature
    Resources

    加入我的資料庫
    已加入