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Phone: +86 16626708626Description
GE IS430SNUAH1A serves as an important bridge between different elements of industrial control systems, promoting smooth data transmission and storage. It interfaces with a wide range of components including processors, input/output modules, and other network connectivity devices to receive, transmit, and store data required for industrial operations.
IS430SNUAH1A
This module is equipped with a high-speed network interface controller that can support multiple industrial standard communication protocols. It can achieve a data transmission rate of up to gigabit Ethernet speed, ensuring fast transmission of data between various parts of the control system. Whether it is sensor data from the factory workshop, control commands from the central control room, or diagnostic information from equipment, IS430SNUAH1A can efficiently process data transmission.
IS430SNUAH1A
Main features and advantages:
In terms of storage, the module is equipped with a large capacity solid-state drive (SSD). This SSD has fast read and write speeds and can quickly access stored data. It can be used to store historical data, such as production records, device performance data, and system logs. The adoption of SSD technology also improves the reliability of storage, as there are no mechanical moving parts, reducing the risk of mechanical failure.
After receiving or storing data, IS430SNUAH1Acan communicate with other parts of the control system through its network interface. It can send data to a central server for further analysis, receive updated control algorithms from the monitoring system, or share data with other modules within the same control cabinet. The network interface of this module is designed to be compatible with common industrial networks such as Ethernet/IP, PROFINET, and Modbus TCP, enabling seamless integration with existing industrial infrastructure.
From a physical structure perspective, GEIS430SNUAH1A is designed for easy installation in standard industrial control cabinets. It adopts modular external dimensions, which means it can be easily inserted into compatible backboards in the control cabinet. This modular design simplifies the integration process, making it easy to replace or upgrade modules when components fail or require higher performance.
Its high-speed data transmission capability significantly reduces the delay of data communication within the control system. This in turn accelerates the response time of control actions and improves the accuracy of process control. For example, in chemical processing plants, fast data transmission allows for immediate adjustment of process parameters based on changes in raw material quality or environmental conditions, ensuring stable product quality.
The large capacity storage provided by this module is very valuable for storing historical data. These data can be used for in-depth analysis to identify trends, predict equipment failures, and optimize production processes. By analyzing historical production data, manufacturing companies can identify bottlenecks in their production lines and implement improvement measures to increase production efficiency.
In addition, the compatibility and ease of integration of this module with existing industrial systems make it an economically efficient solution. It can be easily integrated into new installations and upgrades of existing control systems, minimizing the need for large-scale system modifications. This reduces the overall cost of ownership and implementation time, enabling the industry to quickly achieve enhanced advantages in data management and control.
IS430SNUAH1A
Technical specifications:
Model IS430SNUAH1A
Brand General Electric
Type: High performance storage and network interface unit module
The network interface controller supports Gigabit Ethernet and other industry standard communication protocols
Storage capacity 512GB SSD
Storage type Solid State Drive (SSD) with fast read and write speeds
The data transmission rate can reach up to gigabit Ethernet speed, achieving high-speed data transmission
Working temperature -25 ° C to+70 ° C
Power supply 24V DC
Modular design for installation, compatible with standard industrial control cabinet backboards
Bus compatibility and compatibility with major industrial control system buses
Compliance with relevant industry standards, such as IEC 61131-3 for industrial control programming and safety standards
Additional network interface or storage expansion capability
Contact Us
Phone:+86 16626708626
WeChat/WhatsApp:+86 16626708626
Email: 3772179818@qq.com
IS430SNUAH1A
Application areas:
Its high-speed data transmission capability significantly reduces the delay of data communication within the control system. This in turn accelerates the response time of control actions and improves the accuracy of process control. For example, in chemical processing plants, fast data transmission allows for immediate adjustment of process parameters based on changes in raw material quality or environmental conditions, ensuring stable product quality.
The large capacity storage provided by this module is very valuable for storing historical data. These data can be used for in-depth analysis to identify trends, predict equipment failures, and optimize production processes. By analyzing historical production data, manufacturing companies can identify bottlenecks in their production lines and implement improvement measures to increase production efficiency.
In addition, the compatibility and ease of integration of this module with existing industrial systems make it an economically efficient solution. It can be easily integrated into new installations and upgrades of existing control systems, minimizing the need for large-scale system modifications. This reduces the overall cost of ownership and implementation time, enabling the industry to quickly achieve enhanced advantages in data management and control.
IS430SNUAH1A
Application areas:
In manufacturing, it is used to manage the data flow between production line equipment such as robotic arms, conveyors, and quality inspection sensors. It stores production data that can be used for analysis to improve production efficiency, reduce waste, and enhance product quality.
In the energy industry, especially in power plants, this module is used to transmit and store data related to power generation, distribution, and equipment performance. It can monitor power generation equipment in real time, allowing operators to discover and solve problems in a timely manner, ensuring stable power supply. For example, in a wind farm,IS430SNUAH1A can transmit data from wind turbine sensors to a central monitoring station and store historical performance data for predictive maintenance purposes.
In the transportation industry, especially in intelligent transportation systems, this module can be used to transmit data from traffic sensors, toll stations, and vehicle tracking devices. It stores historical traffic data, which can be used for analysis to optimize traffic flow, plan infrastructure improvements, and improve traffic safety.
Related products:
GE IS430SNUBH1A – A related storage and network interface unit module from GE, which may have different functional or performance characteristics. It may provide additional features such as higher storage capacity or different network interface options. However, before choosing these two models, it is necessary to carefully evaluate the specific requirements of the industrial control system.
Installation and maintenance:
Before installing GE ,IS430SNUAH1A, be sure to carefully read the installation manual. Verify the compatibility of this module with existing industrial control systems, including communication protocols, power requirements, and physical dimensions of control cabinets and backboards. Ensure that the control cabinet has an available slot on the backplane that is compatible with the,IS430SNUAH1A modular design.
During installation, take appropriate precautions to avoid electrostatic discharge, as sensitive electronic components on the module are prone to damage. Carefully follow the recommended wiring diagram to ensure proper connection of power, network cables, and any other necessary interfaces. Use the provided software or configuration tool to configure the module and set parameters such as IP address, network settings, and storage preferences according to your specific application requirements.
For continuous maintenance, regularly monitor the performance of modules through diagnostic tools in the control system. Check for any signs of slow data transmission, such as network congestion or storage bottlenecks. Regularly update the firmware of modules to benefit from the latest performance improvements, error fixes, and security enhancements provided by GE. If you encounter any problems, please refer to the user manual or contact GE’s technical support team for assistance. They can provide troubleshooting guidance for common issues and help ensure the continuous and reliable operation of ,IS430SNUAH1A.
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