Specification information of GE IS200AEADH4A Input Terminal Board

The GE IS200AEADH4A is an Input Terminal Board manufactured by General Electric (GE). It's a component primarily used within GE's industrial control systems, particularly the Mark VI and EX2100 Series, which are widely deployed in applications like turbine control and power generation.

FUNCTIONAL DESCRIPTION:

IS200AEADH4A is an Alternative Energy Application D manufactured and designed by General Electric as part of the EX2100 Series used in GE Excitation Control Systems. Alternative Energy Application D involves the utilization of innovative technologies in the field of renewable energy to enhance efficiency, sustainability, and environmental impact. This application encompasses various approaches and solutions aimed at advancing the adoption of alternative energy sources beyond traditional fossil fuels. Here are key aspects and examples of Alternative Energy Application D:

FEATURES:

• Grid Integration Solutions: One crucial aspect is developing grid integration solutions for renewable energy sources like solar, wind, and hydroelectric power. This involves implementing smart grid technologies, energy storage systems (such as batteries or pumped hydro), and advanced control strategies to manage the variability of renewable energy generation and ensure stable grid operation.

• Microgrid Development: Alternative Energy Application D includes the development of microgrids powered by renewable energy sources. Microgrids are localized energy systems that can operate independently or in conjunction with the main grid. They provide energy resilience, particularly in remote or off-grid areas, using solar panels, wind turbines, or other renewable sources combined with energy storage and smart controls.

• Hybrid Renewable Energy Systems: Integrating multiple renewable energy sources into hybrid systems is another key application. For instance, combining solar PV panels with wind turbines or coupling solar with biomass power generation. Hybrid systems leverage complementary characteristics of different energy sources to enhance overall reliability and efficiency.

• Advanced Energy Storage Technologies: Application D focuses on advancing energy storage technologies for renewable energy systems. This includes improving battery performance, developing new storage mediums like hydrogen or thermal energy storage, and optimizing grid-scale energy storage solutions for better integration of intermittent renewable resources.

• Innovative Power Conversion Systems: Alternative Energy Application D emphasizes the development of innovative power conversion systems tailored for renewable energy applications. This involves designing efficient inverters, converters, and controllers that maximize energy extraction from renewable sources while maintaining grid stability.

• Smart Energy Management Systems: Implementing smart energy management systems is essential in Alternative Energy Application D. These systems use IoT (Internet of Things) devices, data analytics, and AI algorithms to optimize energy usage, predict demand patterns, and automate energy distribution in real time.

• Community Renewable Energy Initiatives: Supporting community-based renewable energy initiatives is part of this application. Examples include community solar projects, cooperative wind farms, and shared ownership models that empower local communities to participate in and benefit from renewable energy development.

Welcome to YMGK. To help you better understand IS200AEADH4A, the following are application cases of the IS200AEADH4A from our cooperative clients

Application Scenario One: Parameter monitoring and Control of gas turbine generator sets

In the gas turbine control system of a natural gas power station, the IS200AEADH4A can be used as an analog input module to collect the following key parameters:

Temperature sensor signal: Monitor the temperature of parts such as the combustion chamber and turbine blades of the gas turbine (such as the mV signal output by the K-type thermocouple), convert it into digital quantity through the module and transmit it to the Mark VIe controller for real-time early warning of over-temperature risk and adjustment of fuel supply.

Pressure sensor signal: Collect 4-20mA current signals such as the inlet and outlet pressures of the compressor and the pressure of the steam pipeline, which are used to calculate the pressure ratio, optimize the combustion efficiency, and avoid surging phenomena.

Flow sensor signal: Monitor the intake flow of natural gas, cooling water flow, etc. Combined with the high-precision conversion of the module (such as ± 0.1%FS accuracy), it ensures the stability of the flow control closed loop and maintains the power output of the generator set.

Application Scenario Two: Automatic control of chemical reaction vessels

In the polymerization reaction units of the petrochemical industry, this module may be used in the following scenarios:

Coordinated control of liquid level and temperature: The 4-20mA signal from the radar level gauge (for monitoring the liquid level of the reaction vessel) and the resistance signal from the thermal resistor (for monitoring the reaction temperature) are connected. After the module converts the analog quantity into a digital signal, the controller adjusts the opening degree of the feed valve and the flow rate of the cooling water according to the preset logic to prevent the liquid level from being too high or the reaction temperature from getting out of control.

Pressure and pH value data acquisition: Collect data from the pressure sensor (0-10V output) and pH electrode (MV-level signal) inside the reaction vessel. The module processes the data through isolation amplification to avoid signal interference, ensuring that the DCS system can monitor the reaction status in real time and automatically trigger safety interlocks (such as activating the pressure relief valve when the pressure exceeds the limit).

Application Scenario Three: Closed-loop control of the hydraulic system of metallurgical rolling mills

In the hot rolling production line of the steel plant, the module can be used for analog output control of the hydraulic servo system:

Precise adjustment of rolling force: The module outputs a 0-20mA current signal to the hydraulic servo valve to control the thrust of the hydraulic cylinder, thereby adjusting the roll clearance. By forming a closed loop with the load sensor of the rolling mill (input signal to the module), high-precision control of the steel plate thickness (such as ±0.05mm tolerance) is achieved.

Oil temperature and oil level monitoring: Connect the signals from the oil temperature sensor (Pt100 thermal resistance) and the oil level transmitter (4-20mA) of the hydraulic station. The module transmits the data to the PLC. When the oil temperature is too high or the oil level is too low, the relay output triggers an alarm or shutdown protection.

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The issues that customers who purchase IS200AEADH4A are more concerned about

一：Regarding the quality of the product and after-sales service

Brand:GE

Product Number: IS200AEADH4A

Status: 100% original

Warranty period: 12 months.

Payment method: T/T. Currencies for receipt: US dollar, New Zealand dollar, Chinese yuan, euro, Hong Kong dollar, Australian dollar, British pound, Canadian dollar, ruble and other global currencies

Market price: usd4800-usd5000 (For reference only)

二：How to purchase

YMGK offers one-stop global industrial product procurement

Sales Manager: Li Ming

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We have 121 shared inventories worldwide, with direct procurement from overseas warehouses. We offer favorable prices and after-sales warranty services. 

Our customers come from the United States, Germany, Japan, South Korea, the United Kingdom, France, Italy, Canada, Brazil, India, Australia, Russia, Spain, the Netherlands,

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All products are brand new and original. The warranty period for spare parts is one year and they have been tested and certified.

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