GE DS3800DGRC1C1D 调节器
GE DS3800DGRC1C1D Regulator Board Precision Control for Industrial Applications
Board Type:Turbine Control Model Number:DS3800DGRC1C1D Application Environment:Industrial Operating Temperature:-20"C to 60"C Power Supply Voltage:90-264V AC Communication Interface:RS-485, Ethernet Control Protocol:Modbus, DeviceNet The GE DS3800DGRC1C1D Regulator Board is engineered for high-performance control in demanding industrial settings. Its robust design ensures seamless integration into complex systems, enhancing operational efficiency and reliability.
Featuring an advanced microprocessor running at 20 MHz, this board delivers exceptional processing power for real-time control applications. Its large memory capacity supports extensive data handling and storage, making it suitable for sophisticated monitoring and control tasks.
With support for Modbus TCP/IP communication protocol, the DS3800DGRC1C1D enables easy connectivity to a wide range of industrial equipment, facilitating seamless data exchange and system interoperability. Engineered with precision and durability in mind, this regulator board is rated for operation within a temperature range of -40"F to 140"F (-40"C to 60"C), ensuring reliability across various environmental conditions. Crafted from high-quality materials, the DS3800DGRC1C1D is built to withstand harsh industrial environments. Its compact size and lightweight design facilitate ease of installation and maintenance.
The GE DS3800DGRC1C1D Regulator Board is an advanced control module designed for seamless integration into industrial automation systems, offering precise regulation, enhanced efficiency, and reliability in diverse industrial settings.
Data Processing and Computing Power
The DS3800DGRC1C1D is equipped with an advanced Digital Signal Processing (DSP) chip with powerful data processing capabilities. Its computing speed can reach millions of floating-point operations per second, allowing it to efficiently process large amounts of complex data. In power system monitoring scenarios, it can quickly analyse real-time data from multiple voltage and current sensors and accurately calculate power parameters such as power factor and harmonic content. For example, when voltage fluctuation or harmonic interference occurs in the power grid, the product can complete data processing in milliseconds and output corresponding control signals to ensure the stable operation of the power system.
(ii) Communication interface and protocol support
It has a variety of communication interfaces, including RS-485, CAN and optical fibre interface, etc. It supports a variety of industrial communication protocols, such as IEEE 802.11 and IEEE 802.11. It supports a variety of industrial communication protocols, such as IEC 61850, DNP3 and so on. When communicating with other devices through the RS-485 interface, it can achieve reliable data transmission over long distances, and in the industrial automation network, it can connect multiple smart meters and terminal devices to build a data interaction network. In industrial automation networks, multiple smart meters and terminal devices can be connected to build a data interaction network. Using optical fibre interfaces, high-speed and high-capacity data transmission can be achieved to meet application scenarios that require very high data transmission speeds, such as in the monitoring system of large-scale transformer substations, where the data on the operating status of the equipment can be transmitted to the supremacy machine quickly to achieve real-time monitoring and management.
