IS420ESWBH3A High Performance Ethernet Switch

Description

IS420ESWBH3A, as a high-performance Ethernet switch tailored for industrial application scenarios, is an important component of the GE Speedtronic Mark VIe gas turbine control system. In the network layout of industrial automation, it is located at the hub of data transmission, shouldering the responsibility of connecting numerous devices and building an efficient data highway.

IS420ESWBH3A

This switch is equipped with 16 10/100 Base TX copper cable ports (RJ-45 interface), which can be easily connected to various industrial equipment such as PLCs, sensors, actuators, etc., fully meeting diverse network access needs. At the same time, it also has 2 100Base FX multimode fiber ports, which can achieve stable long-distance data transmission, especially suitable for long-distance communication scenarios between different regions or devices.

IS420ESWBH3A

Technical specifications:
Model Number IS420ESWBH3A
Brand GE
Type Unmanaged Industrial Ethernet Switch
Input Voltage 24/28 VDC
Mounting Style DIN Rail Mount
Interface/Bus 16 10/100Base TX copper cable ports (RJ-45), 2 100Base FX multimode fiber ports (LC interface)
Compliance with relevant industrial standards such as CE
Supported Protocols supports commonly used industrial Ethernet protocols such as 802.3, 802.3u, 802.3x, etc

Contact Us
Phone:+86 16626708626
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IS420ESWBH3A

Main features and advantages:
Choosing IS420ESWBH3Aindustrial Ethernet switch can bring many significant advantages to industrial automation systems. Its high-speed and stable data transmission capability ensures timely and accurate data exchange between devices, greatly improving production efficiency. A stable and reliable network connection significantly reduces the number of production interruptions caused by communication failures, lowers the defect rate, and effectively improves product quality. The simple and unmanaged design makes the installation and deployment process extremely easy, without the need for professional network engineers to intervene in complex configurations, and can quickly build a stable industrial network, saving a lot of manpower and time costs.
The durability design of this switch, including high insertion and extraction times of RJ45 connectors and excellent anti-interference performance, enables it to operate stably in harsh industrial environments for a long time, reducing the frequency of equipment maintenance and replacement and lowering overall operating costs. In addition, its flexible and diverse port configurations can meet the access needs of different industrial equipment. Whether it is the construction of new automation projects or the upgrading and transformation of existing systems, it can be easily adapted, providing solid and powerful support for the digital transformation of industrial enterprises.

IS420ESWBH3A

Application areas:
In the automotive manufacturing industry, automated production lines are complex and numerous devices require real-time collaborative operation. This switch can ensure high-speed and stable data transmission between various workstations on the production line, ensuring precise control of the automotive production process and improving the production efficiency and quality consistency of automobiles.
In the chemical industry, the production environment is often accompanied by high temperature, high pressure, and complex electromagnetic interference. IS420ESWBH3A, with its excellent anti-interference ability and stable performance, can still operate normally under such harsh working conditions, transmit key production data in real time, and provide reliable network guarantee for the safety and stability of chemical production.
In the energy and power industry, both real-time monitoring of equipment operation status by power plants and rapid collection and processing of power data by grid dispatch centers rely on stable network communication. The IS420ESWBH3A switch can meet these demanding communication requirements, laying a solid foundation for the reliable operation of energy and power systems.

IS420ESWBH3A

Related products:
IS420ESWBH2A – With a relatively small number of ports and no fiber optic ports, it is suitable for small industrial automation scenarios with small network size requirements and limited budgets.
IS420ESWBH4A – Based on IS420ESWBH3A, certain performance optimizations have been made, such as enhanced heat dissipation design, making it more suitable for operating in high-temperature environments, or further improving anti-interference capabilities, which can meet the more demanding requirements of large-scale industrial projects for switch performance.
IS420ESWCH3A – Optimized for specific application scenarios, such as in industries with extremely high requirements for network security, this version may enhance network security protection functions, adopt advanced encryption technology, and ensure the security of communication data.
IS420ESWDH3A – Improved power management function with lower power consumption, suitable for green industrial projects with strict energy consumption restrictions, helping enterprises reduce operating costs and achieve energy-saving and emission reduction goals.
IS420ESWBE3A – With stronger network management capabilities, although it increases configuration difficulty compared to IS420ESWBH3A, it is more suitable for large enterprises that require refined network management, and can achieve precise control over network traffic, device connections, and other aspects.
IS420ESWBF3A – Enhanced compatibility with third-party devices, allowing for better integration into complex heterogeneous network environments, connecting more different brands and types of industrial equipment, facilitating flexible selection of various devices for enterprises when building automation systems, and avoiding difficulties caused by device compatibility issues.
IS420ESWBG3A – may have been upgraded in terms of data caching capabilities to cope with more complex data traffic scenarios. It can maintain efficient and stable operation even when multiple devices transmit large amounts of data simultaneously, reducing data packet loss and latency.

Installation and maintenance:
Before installing the IS420ESWBH3A industrial Ethernet switch, engineers need to do a lot of preparation work. Firstly, it is necessary to carefully inspect the installation environment to ensure that there is sufficient space and good ventilation and heat dissipation conditions in the installation location, in order to avoid the performance of the switch being affected by overheating during operation. Confirm the power supply status of the system, ensure that the input voltage matches the rated voltage of the switch completely, and prevent equipment damage due to abnormal voltage. At the same time, it is necessary to conduct a comprehensive evaluation of the existing industrial network architecture, clarify the network requirements and topology of each device, in order to plan the port connections of switches reasonably. In addition, checking whether the hardware appearance of the switch is damaged and whether the accessories are complete is also an essential step.
Regularly checking the status indicator lights of the switch is a key operation during daily maintenance. Under normal circumstances, the indicator light will flash according to a specific pattern. By observing the status of the indicator light, it is possible to quickly determine whether the switch is working properly. For example, if the indicator light corresponding to a certain port is not on, it may indicate that there is a problem with the connection of that port, and it is necessary to check whether the connecting cable is loose or damaged. Every once in a while, conduct a comprehensive inspection of the port connections of the switch to ensure that all connecting cables are secure and reliable. At the same time, it is important to keep the switch clean and avoid dust accumulation that could affect device heat dissipation and performance. It is recommended to conduct regular network performance tests on switches, such as data transmission rate tests, packet loss rate tests, etc., to promptly identify potential network issues and optimize them.

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