Xiamen China, July 16, 2024 – Bivocom, a leading global provider of industrial IoT solutions, is proud to announce its strategic collaboration with Delta, a renowned provider of energy management and building automation solutions, in launching a comprehensive and innovative total solution for building management systems in the European market.

This collaboration combines Bivocom’s expertise in industrial IoT and wireless communication and Delta’s advanced energy management and building automation solutions to offer a state-of-the-art, end-to-end system for effectively managing and optimizing building operations.

The joint offering integrates Bivocom’s robust industrial IoT gateways with Delta’s advanced building automation systems, enabling real-time monitoring, control, and management of various building systems and equipment. This comprehensive solution empowers building owners, facility managers, and maintenance teams with unprecedented visibility, efficiency, and control over key building functions, such as HVAC, lighting, security, and energy usage.

One of the key highlights of this collaboration is the seamless integration of Bivocom’s reliable industrial IoT connectivity solutions with Delta’s sophisticated building management technology, providing customers with a unified and user-friendly interface to access and manage their building systems remotely and in real-time.

Building management control panel

The joint solution is set to revolutionize building management practices in Europe by delivering enhanced operational efficiency, reduced energy consumption, and improved occupant comfort and safety. By leveraging the latest advancements in IoT and building automation, Bivocom and Delta are committed to empowering European businesses and organizations with the tools they need to embrace sustainable, smart building management practices.

“We are incredibly excited about the launch of our collaborative total solution for building management systems in Europe,” said Ian ZENG, Sales Director at Bivocom. “By combining Bivocom’s industrial IoT expertise with Delta’s industry-leading building automation solutions, we offer a game-changing solution that addresses the evolving needs of building owners and facility managers in the region.”

Embrace the future of building management with Bivocom and Delta’s total solution. For more information about this groundbreaking collaboration and its advanced offerings, please visit www.bivocom.com.

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Introduction

The textile industry has been rapidly evolving, embracing advanced technologies to optimize production processes and meet the increasing demands of the market. In this era of Industry 4.0, the integration of IoT (Internet of Things) solutions has become pivotal in enhancing operational efficiency and driving productivity. Among these cutting-edge solutions, the Bivocom 5G Gateway TG463 has emerged as a game-changer, offering comprehensive features for energy management, production output optimization, machine status monitoring, and predictive maintenance in the textile sector.

Revolutionizing Energy Management

Energy costs constitute a significant portion of the operational expenses in textile manufacturing. With the Bivocom 5G Gateway TG463, textile facilities can effectively monitor and manage energy consumption in real time. By integrating the gateway with smart sensors and meters, manufacturers can gain valuable insights into energy usage patterns, identify areas of inefficiency, and implement proactive measures to reduce energy waste. This not only leads to substantial cost savings but also aligns with sustainability initiatives, as textile companies strive to minimize their environmental footprint.

Optimizing Production Output

Maintaining consistent and high production output is crucial for textile manufacturers to meet market demands and stay competitive. The Bivocom 5G Gateway TG463 empowers businesses with real-time data analytics capabilities, enabling them to monitor production processes, identify bottlenecks, and streamline operations for enhanced productivity. By leveraging this technology, textile companies can proactively address production inefficiencies, minimize downtime, and ensure optimal utilization of resources, ultimately leading to improved output and higher customer satisfaction.

5G Textile Industry

Enhanced Machine Status Monitoring

Textile manufacturing heavily relies on complex machinery and equipment. Any unexpected downtime or equipment failure can severely impact production schedules and profitability. By deploying the Bivocom 5G Gateway TG463, textile facilities can implement advanced monitoring systems that provide real-time insights into the operational status of machinery. Through predictive maintenance algorithms and remote diagnostics, manufacturers can preemptively address potential issues, schedule maintenance activities, and avoid costly unplanned downtime, ensuring smooth and uninterrupted production processes.

5G Gateway in Control Panel

Empowering Predictive Maintenance

Traditional maintenance practices often lead to either over-maintenance, resulting in unnecessary spending, or under-maintenance, leading to equipment failures. The Bivocom 5G Gateway TG463 overcomes these challenges by enabling predictive maintenance strategies. By harnessing machine learning and AI algorithms, the gateway facilitates the analysis of equipment performance data, predicting maintenance needs with precision. This shift from reactive to proactive maintenance not only extends the lifespan of critical machinery but also optimizes maintenance schedules, reducing costs and enhancing operational reliability.

Conclusion

As the textile industry continues to embrace digital transformation, the Bivocom 5G Gateway TG463 stands out as a versatile and powerful IoT solution, offering a wide array of benefits for energy management, production optimization, machine status monitoring, and predictive maintenance. By harnessing the capabilities of this innovative technology, textile manufacturers can gain a competitive edge, drive operational excellence, and adapt to the dynamic landscape of Industry 4.0, while meeting the demands of a rapidly evolving market.

The integration of the Bivocom 5G Gateway TG463 represents a significant step forward in revolutionizing the textile industry, empowering businesses to stay ahead in a fast-paced and increasingly technology-driven environment.

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In the fast-paced world of data centers, where uptime and efficiency are paramount, having robust monitoring solutions in place is crucial. One such technology that plays a pivotal role in data center monitoring is Simple Network Management Protocol (SNMP). When combined with innovative IoT routers like those offered by Bivocom, SNMP can elevate data center monitoring to new heights, providing enhanced visibility, control, and proactive management capabilities.

Understanding SNMP and Its Importance

SNMP is a protocol widely used in network management systems to monitor and manage network devices. It provides a standardized framework for collecting and organizing information from various devices such as routers, switches, and servers. SNMP allows administrators to monitor the performance, health, and status of network elements, enabling proactive identification of issues and efficient troubleshooting.

The Role of Bivocom IoT Routers in Data Center Monitoring

Bivocom is a leading provider of industrial IoT solutions, including rugged and reliable IoT routers tailored for challenging environments like data centers. These routers are equipped with advanced features and capabilities that make them ideal for data center monitoring applications.

Seamless Integration with SNMP:

Bivocom IoT routers come with built-in support for SNMP, allowing seamless integration with existing monitoring systems. By leveraging SNMP capabilities, administrators can gather real-time data on network traffic, bandwidth utilization, device status, and more, providing a comprehensive view of the data center environment.

Remote Monitoring and Control:

With Bivocom IoT routers and SNMP, administrators can remotely monitor and manage critical network infrastructure components from a centralized location. This remote accessibility enhances operational efficiency by enabling quick responses to network events, minimizing downtime, and optimizing resource allocation.

Customizable Alerting and Notification:

Bivocom IoT routers can be configured to generate SNMP traps based on predefined thresholds or conditions. These traps can trigger alerts and notifications, enabling administrators to take prompt action in response to potential issues or anomalies within the data center network.

Benefits of Integrating SNMP with Bivocom IoT Routers

Enhanced Visibility: SNMP integration with Bivocom IoT routers provides administrators with real-time visibility into network performance and status, empowering them to make informed decisions and optimize data center operations.

Proactive Monitoring: By leveraging SNMP traps and alerts, administrators can proactively monitor the data center environment, identify potential issues before they escalate, and take preventive measures to ensure uninterrupted operations.

Scalability and Flexibility: Bivocom IoT routers with SNMP support offer scalability and flexibility, allowing organizations to expand their monitoring capabilities as their data center grows and evolves.

In conclusion, the combination of SNMP with Bivocom IoT routers offers a powerful solution for data center monitoring, enabling administrators to effectively manage and optimize network infrastructure. By embracing this integration, data center operators can achieve enhanced reliability, efficiency, and performance, ultimately contributing to the seamless operation of critical business systems.

Embrace the power of SNMP with Bivocom IoT routers for advanced data center monitoring and take your network management capabilities to the next level!

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Xiamen China, June 10, 2024- Bivocom, a leading global provider of industrial IoT solutions, is delighted to announce the successful and seamless integration of its cutting-edge IoT routers and gateways with Copadata’s renowned SCADA (Supervisory Control and Data Acquisition) system. This breakthrough collaboration marks a significant advancement in industrial connectivity, offering businesses unparalleled control and efficiency in their automation processes.

Seamless Connectivity for Industrial Environments

The integration of Bivocom’s IoT routers and gateways with Copadata’s SCADA system signifies a pivotal moment for industrial automation. Through this unified solution, businesses can now achieve seamless communication, data exchange, and monitoring across their industrial networks, fostering streamlined operational processes and heightened productivity.

Key Benefits for Industrial Operators

By leveraging the combined strengths of Bivocom and Copadata, industrial operators can unlock a host of benefits, including:

Real-time Monitoring: The integrated solution provides real-time visibility into essential data metrics, empowering businesses with actionable insights to make informed decisions.

Enhanced Control: With reliable connectivity and robust security measures, businesses can exercise precise control over their industrial processes, leading to increased operational efficiency.

Scalability: From small-scale operations to large industrial networks, the integrated solution offers scalable options tailored to the specific needs of diverse industrial environments.

Future-Proofing: As the industrial landscape continues to evolve, the Bivocom-Copadata integration ensures that businesses are prepared to embrace and adapt to the latest IoT and SCADA technologies.

A Joint Vision of Innovation

“We are thrilled to witness the seamless integration of Bivocom’s IoT routers and gateways with Copadata’s SCADA system,” said Ian ZENG, Sales Director at Bivocom. “This collaboration underlines our shared commitment to driving innovation and equipping industrial operators with the tools they need to thrive in an increasingly connected world.”

About Bivocom

Bivocom is a globally recognized provider of industrial IoT solutions, specializing in robust and reliable devices that enable seamless connectivity, secure data transmission, and advanced monitoring capabilities across various industrial sectors.

https://www.bivocom.com/

About Copadata

Copadata is a leading developer of innovative software solutions for industrial automation. With a focus on SCADA systems, Copadata empowers businesses to achieve operational excellence through comprehensive data acquisition and control.

https://www.copadata.com/en/

For media inquiries, please contact:

Sophie CAI

Marketing Manager

[email protected]

For more information about Bivocom’s integrated IoT solutions, please visit: www.bivocom.com

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In an era where technology plays a pivotal role in environmental monitoring and disaster management, the utilization of IoT solutions has proven to be instrumental in ensuring the safety and sustainability of critical infrastructures. Recently, Bivocom’s cutting-edge touch screen IoT gateway, the TG462S, has been at the forefront of revolutionizing river monitoring in Hong Kong, offering advanced capabilities to monitor water levels, rainfall, and even transfer live stream video data in real-time.

Water level monitoring

Enhancing River Monitoring

Hong Kong, renowned for its lush landscapes and intricate network of rivers, faces the constant challenge of monitoring water levels and rainfall to mitigate the risks of flooding and environmental damage. Traditional monitoring methods often fall short in providing real-time data and remote accessibility, making it crucial to adopt advanced IoT technologies like Bivocom’s TG462S gateway.

Key Features of TG462S Gateway

The TG462S gateway stands out for its robust design, user-friendly touch screen interface, and versatile connectivity options. Equipped with state-of-the-art sensors, this gateway accurately measures water levels, detects changes in rainfall patterns, and streams live video feed from multiple locations along the rivers in Hong Kong.

TG462S

Real-time Data Transmission

By leveraging the TG462S gateway, authorities and environmental agencies in Hong Kong can now access real-time data on water level fluctuations, rainfall intensity, and visual monitoring through live stream video feeds. This data empowers decision-makers to proactively respond to changing conditions, implement timely interventions, and enhance overall disaster preparedness.

Ensuring Safety and Sustainability

The comprehensive monitoring provided by Bivocom’s IoT gateway not only improves flood forecasting and early warning systems but also contributes to the conservation and sustainable management of river ecosystems. With accurate data at their fingertips, stakeholders can optimize resources, minimize the impact of natural disasters, and safeguard the environment for future generations.

Future Prospects and Conclusion

As the demand for IoT solutions in environmental monitoring continues to grow, Bivocom’s TG462S gateway stands as a beacon of innovation in optimizing river monitoring capabilities. By integrating advanced technology with a commitment to safety and sustainability, Hong Kong is paving the way for a more resilient and data-driven approach to environmental management. The success of this initiative sets a promising precedent for leveraging IoT solutions in addressing complex challenges and fostering a greener, more connected world.

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Introduction In recent years, camping enthusiasts have witnessed a shift towards a more connected and tech-savvy camping experience. The integration of Internet of Things (IoT) technology in car camping areas is revolutionizing the way campers interact with the great outdoors. From smart lighting to environmental monitoring systems, IoT is elevating the camping experience to new heights of convenience, safety, and sustainability.

Image:  ZOONAR GMBH/ALAMY STOCK PHOTO

https://www.aarp.org/travel/vacation-ideas/outdoors/info-2021/campgrounds-in-and-around-national-parks.html

Smart Lighting Solutions

Imagine arriving at a car camping site after sunset and easily navigating your way to your designated spot thanks to smart lighting solutions powered by IoT technology. Sensors can adjust lighting levels based on natural light conditions or camper movement, enhancing safety and convenience during nighttime activities around the campsite.

Safety and Security Monitoring

IoT-enabled cameras and sensors play a crucial role in ensuring the safety and security of campers in car camping areas. These devices can monitor campsite activities, detect potential risks, and provide real-time alerts to campers and site managers in case of emergencies. With IoT technology, campers can rest assured knowing that their camping experience is being monitored and safeguarded.

Environmental Monitoring for Sustainable Camping

One of the key benefits of IoT technology in car camping areas is its ability to monitor and analyze environmental conditions. Connected sensors can collect data on weather patterns, air quality, noise levels, and more, giving campers valuable insights into their surroundings. This information not only enhances the camping experience but also promotes sustainable practices by raising awareness of the impact of human activities on the environment.

Smart Parking Solutions

Finding the perfect parking spot in a crowded camping area can be a challenge, but IoT technology offers a solution. Smart parking systems equipped with sensors can help campers locate available parking spaces quickly and efficiently. By optimizing traffic flow within the camping area, these solutions streamline the arrival and departure process for campers, enhancing overall convenience and accessibility.

Waste Management Optimization

IoT technology can also play a significant role in waste management within car camping areas. Connected devices can monitor waste disposal processes, track recycling efforts, and optimize waste collection schedules. By promoting eco-friendly practices and reducing the environmental footprint of campers, IoT-enabled waste management solutions contribute to a more sustainable camping experience.

Conclusion

The integration of IoT technology in car camping areas is reshaping the traditional camping experience, offering campers a blend of modern convenience and outdoor adventure. From smart lighting and safety monitoring to environmental sustainability and waste management, IoT solutions are enhancing every aspect of camping life. As technology continues to advance, the future of car camping areas using IoT technology holds great promise in creating memorable and sustainable outdoor experiences for campers worldwide.

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In today’s fast-paced industrial world, efficiency and accuracy are paramount for businesses looking to stay ahead of the curve. One area that has witnessed significant advancements is industrial weighing, thanks to the integration of Internet of Things (IoT) technology. The fusion of traditional weighing systems with IoT capabilities has paved the way for a new era of smart and connected solutions that are transforming the way we measure, monitor, and manage weight in industrial settings.

Streamlined Operations and Enhanced Accuracy

Icon: https://www.flaticon.com/
Gone are the days of manual data logging and cumbersome weighing processes. IoT-enabled industrial weighing systems have automated these tasks, streamlining operations and minimizing human error. By connecting weighing scales and devices to the internet, real-time weight data can be captured and transmitted wirelessly to centralized systems for immediate processing and analysis.

Remote Monitoring and Management

One of the key benefits of IoT technology in industrial weighing is the ability to remotely monitor and manage weighing operations. Managers and operators can access real-time weight data from anywhere, at any time, using a computer or mobile device. This level of flexibility not only enhances operational efficiency but also enables quick decision-making and proactive maintenance to prevent costly downtime.

Predictive Maintenance and Inventory Management

IoT-enabled weighing systems can also support predictive maintenance strategies by analyzing historical data and identifying patterns that indicate potential equipment failures. By detecting issues before they escalate, businesses can schedule maintenance activities proactively, reducing unplanned downtime and extending the lifespan of weighing equipment.
Moreover, integrating IoT technology into industrial weighing facilitates accurate inventory management. By automatically tracking weight measurements and syncing data with inventory systems, businesses can maintain optimal stock levels, reduce wastage, and improve supply chain efficiency.

Data Analytics and Insights

With IoT-connected weighing systems generating vast amounts of data, businesses have a goldmine of information at their disposal. Advanced analytics tools can process this data to uncover insights, trends, and performance metrics that can drive informed decision-making and operational improvements. From identifying production bottlenecks to optimizing resource allocation, data-driven insights derived from IoT-enabled weighing systems can help businesses enhance their overall performance.

Security and Compliance

While the benefits of IoT technology in industrial weighing are undeniable, ensuring data security and regulatory compliance is crucial. Robust cybersecurity measures must be in place to safeguard sensitive weight data from unauthorized access or tampering. Additionally, businesses operating in regulated industries must adhere to industry-specific standards and compliance requirements to maintain data integrity and protect customer confidentiality.

Looking Ahead: The Future of Industrial Weighing

As IoT technology continues to evolve, the potential applications for industrial weighing are limitless. From smart sensors that can detect minute weight changes to AI-powered predictive analytics that optimize operational efficiency, the future of industrial weighing is undoubtedly exciting.

In conclusion, the integration of IoT technology in industrial weighing represents a paradigm shift that is revolutionizing the way businesses measure and manage weight. By harnessing the power of connectivity, automation, and data analytics, companies can unlock new levels of efficiency, accuracy, and insight in their weighing operations, paving the way for a smarter and more sustainable industrial ecosystem.

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In an era driven by data and connectivity, the need for efficient monitoring and management of industrial equipment is more critical than ever. Air compressors, integral to many manufacturing processes, require continuous oversight to ensure optimal performance and prevent unwarranted downtime. Bivocom, a leading provider of industrial IoT solutions, introduces the TR321 IoT router as a game-changer in monitoring air compressor status through advanced capabilities such as current and voltage monitoring, temperature sensing, pressure tracking, and predictive maintenance alerts.

Comprehensive Monitoring of Air Compressor Operations

The Bivocom IoT router TR321 provides a comprehensive solution for monitoring various parameters essential for air compressor health and performance:

Current, Voltage, and Power Monitoring: By interfacing with the motor, the TR321 captures real-time data on current, voltage, and power consumption, enabling operators to track energy usage and detect irregularities that may indicate motor issues.

Temperature Sensing: The TR321 monitors the temperature of the heatsink and oil, alerting users to potential overheating conditions that could jeopardize compressor efficiency and longevity.

Motor Speed Tracking: By measuring the speed of the motor, operators can assess how efficiently the compressor is running and detect any deviations from optimum performance levels.

Pressure Monitoring: The TR321 keeps tabs on pressures at critical points in the system, including the screw compressor and the tank, allowing for the timely detection of pressure fluctuations that may signify leaks or inefficiencies.

Airflow Rate Measurement: Monitoring the airflow rate helps operators gauge the compressor’s output capacity, identify blockages, and optimize performance for enhanced productivity.

Operational Hours Tracking: The TR321 logs both running and loaded hours, providing insights into equipment usage patterns and facilitating maintenance scheduling based on actual operational data.

Predictive Maintenance Alerts: Leveraging the data collected, the TR321 calculates the time remaining before scheduled maintenance is due, enabling proactive maintenance planning to prevent costly breakdowns.

Enhanced Connectivity and Compatibility

The Bivocom IoT router TR321 boasts versatile connectivity options and protocols, including:

RS485 and Ethernet Ports: Allows for seamless integration with various devices and protocols, enhancing interoperability within the existing infrastructure.

MQTT Support: Facilitates secure and efficient data transmission, enabling real-time monitoring and analysis of compressor parameters remotely.

Modbus RTU/TCP Compatibility: Enables easy integration with Modbus-compatible devices, simplifying communication and data exchange in industrial environments.

Unlocking the Potential of IoT for Air Compressor Management

By harnessing the power of the Bivocom IoT router TR321, industrial facilities can revolutionize their air compressor monitoring practices, leading to increased efficiency, reduced downtime, and cost savings. Real-time insights into critical parameters combined with predictive maintenance alerts empower operators to take proactive measures, optimize performance, and extend the lifespan of air compressor systems.

Investing in IoT solutions like the Bivocom TR321 not only ensures a smoother operational experience but also positions businesses at the forefront of Industry 4.0 innovation. Embrace the future of industrial monitoring with Bivocom and elevate your air compressor management to new heights of efficiency and reliability.

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IEC 60870-5-104 protocol is widely used in the electric power industry, Users can use the SCADA system to monitor and control processes remotely. But in a real environment, the power meters usually use Modbus RTU protocol. Hence, users need to use a gateway to convert Modbus to IEC 104 to suit monitoring and controlling purposes. This document will tell you how to set up Bivocom Gateway as an IEC 104 Server and Client.

1. 
   

   What is IEC 104

IEC 60870-5-104 (IEC 104) is an international standard for communication protocols used in the utility automation industry, particularly in power systems. It defines the rules for exchanging data between control systems and devices like Remote Terminal Units (RTUs) and Intelligent Electronic Devices (IEDs) over TCP/IP networks. This protocol allows for real-time monitoring and control of power system equipment, ensuring efficient and reliable operation.

2. 
   

   What is Modbus RTU/TCP?

Modbus RTU and Modbus TCP are two variants of the Modbus protocol commonly used in industrial automation and control systems. While Modbus RTU is more commonly used in legacy systems with serial communication interfaces, Modbus TCP has become increasingly popular due to the ubiquity of Ethernet networks in industrial environments. Both variants provide reliable and efficient communication for industrial automation applications.

3. 
   

   What do you need?

A Bivocom gateway, SCADA Software support IEC 60870-5-104 Protocol(IEC 60870 Test Master), RS485 Wire, a Network cable, and USB-RS485 Adapter.

4. 
   

   How to convert Modbus to IEC 104?

• Bivocom Gateway Works as IEC104 Master(Client) Mode
• Data Collect
• Basic Setting

Enter the “Data Collect” menu, click the “Enable” button, and select “Enable Cache”. Then click “Save”.

• Interface Setting

Come to the “Interface Setting” page, set up the COM port and TCP port, in this document we use the RS485-1 port, here we need to set the right TCP address and port of the Modbus TCP slave device.

• Modbus Rules Setting

Click “Modbus Rules Setting” to enter the rules setting page, setup “new Modbus Rule”, “Order” stands for IOA, and “Device Name” can be set as you wish, you will need to choose the “Interface” of power meter connected, “Factor Name” is the name of Modbus data, it can be set what you want, “Device ID” needs to follow the power meter’s datasheet, “Function Code” here we set it as “3”, “Start Address” and “Count” also regulated by power meter. “Reporting Center” corresponding to the server number. After setup, click the “Add” button, then click “Save”. Then set up Modbus TCP Rule following the above format.

• IO Setting

Click “IO Setting” to set up ADC, DI and Relay. Add a new ADC channel by typing the “Order” number, it will be the IOA of this data too, here we set the ADC Order name as “1”, DI Order as “2”, and Relay Order “3”.

Notice that ADC and Relay will be transmitted to IEC 104 with “M_ME_TF_1”(Short floating point telemetry with quality description with absolute time scale), DI will be “M_SP_TB_1”(Single point remote message with quality description and absolute time scale).

• Server Setting

Come to the “Server Setting” page, here we can set the IEC104 Client, and click “Enable” to open IEC 104 Client, “CA” stands for Common Address, it is the CA address of SCADA connects, we set “1” at this case. “Port” here I set it “9077”.

• Modbus RTU/TCP Simulator
• Modbus Slave

In this document, I use Modbus Slave to simulate Modbus RTU/TCP meters. Open “Modubs Slave”, set up the connection with Bivocom gateway, and then type the data in the data boxes. In this case, I will set up both Modbus RTU and TCP data simulator.

Modbus RTU:

Modbus TCP:

• IEC 60870 Test Tool
• Setup connection

Open the IEC 60870 Test Tool, and type the “IP/Hostname” and “Port”, in this case, we need to set “192.168.1.1:9077”, and “CA” here we set it as “1”. After settings, click “Connect” button.

It will show “Connected to 192.168.1.1” if the connection was built.

• Read Data

After the connection was built, we can click the “Station” button to get data from Modbus meters. At the log bar we can check the “TypeID”, Modbus RTU, Modbus TCP, ADC and Relay data are transmitted as “M_ME_TF_1”, DI data will be “M_SP_TB_1”. We can also check the “Value” with “Timestamp”, the data will be transmitted with “Quality” too.

• Write Modbus Data&Convert to Remote Time Zone

Bivocom Gateway can support sending IEC 104 server commands to change the parameter of Modbus registers and also can change the remote time zone. Here are the steps:

• Click “Commands” to enter the command sending function, select “Command type” as “C_SE_TB_1”, enter the CA address and IOA, “Qualifier”(QL) here I set “0”, and set the “Value” as you wish, then click “Send execute”.

• Convert to remote time zone

Bivocom Gateway supports the SCADA System to send current time convert to remote. In this case, we will use the “Send System Commands” function, click the “Commands” menu to enter, and then select “Set Remote time by current time”. “CA” set as “1”, then click the “C_CS_NA_1” button to execute the command.

Before executing command:

After executed:

• Bivocom Gateway Works as IEC104 Slave(Server) Mode
• Data Collect
• Basic Setting

The same as Master(Client) Mode, we enter the “Data Collect” menu, click the “Enable” button, and select “Enable Cache”. Then click “Save”.

• Interface Setting

Different from Master(Client) Mode, the IEC104 device should be connected to the “TCP Server”. Enter the “Server Address” which is connected with Bivocom Gateway, set up “Server Port”, select “COM Protocol” as “IEC104”, and the “CA” common address here we set as “2”. After connecting successfully, we can see the “Connection Status” changed to “CONNECTED”. Please check the details at the screenshot:

• IEC 104 Rules Setting

Come to the “IEC 104 Rules Setting” page, enter the “Factor Name”, select “Interface” as “TCP1”, “IOA” should follow the IEC104 Simulator device, choose “Accuracy” as you wish, and set “Reporting Center” to “1”. After setup, click “Save&Apply”. Check the details below:

• Simulate IEC 104 Server

Here I use software to simulate the IEC 104 Server, change the CA address to “2”, and select port “2404” the same as the TCP server setting.

• Data Query

After connecting successfully, we can check the data at the “Data Query” page, here can see the changes of each factors, if the value of the corresponding IOA in the Simulator has been changed, we can also find the changes here.

Before changing value:

After changing the values:

• IEC 60870 Test Tool
• Setup connection

Open the IEC 60870 Test Tool, and type the “IP/Hostname” and “Port”, in this case, we need to set “192.168.1.146:2404”, and “CA” here we set it as “2”. After settings, click the “Connect” button.

It will show “Connected to 192.168.1.146” if the connection was built. The values will be reported to here automatically.

If the value of telesignalisation was changed, it will report for the first time:

That is a quick guide of how to convert Modbus RTU/TCP to IEC 104 via Bivocom IoT Gateways/Routers.

Banner image from :https://www.pexels.com/zh-cn/photo/236089/

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In a groundbreaking collaboration, Bivocom, a leading global wireless communication solution provider,  has enabled T-2 to unveil its private 5G Standalone (SA) system tailored for smart factory applications. Thanks to the local support and assistance with integration provided by Bivocom distributor in Slovenia-Telos d.o.o., the partnership signals a significant advancement in the realm of industrial connectivity, paving the way for increased efficiency, productivity, and innovation within the manufacturing sector.

“I would like to extend our gratitude to Bivocom for their unwavering commitment, exceptional collaboration, and invaluable contributions throughout the duration of the 5G SA system project. Together, we have achieved remarkable milestone and successfully navigated challenges, culminating in the delivery of a cutting-edge solution that will undoubtedly shape the future of smart infrastructure in our region.” Said Aleksander Bergant, head of the T-2 product and innovation sector.

Background:

T-2, a prominent telecommunications provider in the region, took a bold step towards digital transformation by embracing the potential of 5G technology to revolutionize the operations of smart factories. With a focus on leveraging the benefits of a private 5G network, T-2 sought out Bivocom’s expertise in delivering secure, reliable, and high-performance wireless communication solutions.

T-2_5G SA System

Empowering Connectivity:

Bivocom’s advanced technologies and extensive experience in the IoT and industrial communication sectors were instrumental in empowering T-2 to deploy its private 5G SA system for smart factory environments. By harnessing the capabilities of 5G, T-2 aims to create a robust and ultra-low latency network infrastructure that can meet the stringent requirements of modern industrial applications.

Bivocom 5G Gateway

Key Features and Benefits:

• The collaboration between Bivocom and T-2 brings forth a range of key features and benefits for smart factory operations, including:
• Ultra-fast and reliable wireless connectivity
• Enhanced network security and data protection
• Low latency communication for real-time applications
• Increased flexibility and scalability to accommodate future growth
• Support for a wide range of IoT devices and sensors

Impact on Smart Factories:

The deployment of a private 5G SA system by T-2, with the support of Bivocom, is set to have a transformative impact on smart factory environments. By providing a high-speed and low-latency communication infrastructure, manufacturers can optimize their production processes, automate workflows, and enable seamless integration of IoT devices for improved efficiency and productivity.

Future Prospects:

As the digital transformation of industries accelerates, the partnership between Bivocom and T-2 exemplifies the potential of private 5G networks to drive innovation and unlock new possibilities for smart factories. With a strong foundation in place, T-2 is well-positioned to harness the power of 5G technology and continue its journey towards Industry 4.0 excellence.

In conclusion, the collaboration between Bivocom and T-2 to launch a private 5G SA system for smart factories signifies a significant milestone in the evolution of industrial connectivity. By embracing cutting-edge technologies and fostering innovation, both companies are leading the way towards a future where smart factories are empowered with the capabilities to thrive in the digital age.

Related link:

https://www.finance.si/t-2-postavlja-standarde-prvi-zasebni-sistem-5g-sa-za-pametno-tovarno-v-sloveniji/a/9021946?src=NAT_UREDNISKE_11?src=NAT_UREDNISKE_11&src=f_adblock

Images provided by T-2

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