DS2020AGSAG1 GE Mark V Turbine Control System Series

Product description

P/N: DS2020AGSAG1

Description/Specification The AC2000G reactor module DS2020AGSAG1 is a part of the Mark V turbine control system series of General Electric Company. Technical specifications Brand General Electric Category Semiconductor PartNo. DS2020AGSAG1 Subcategory Thyristor/SCR/Triac/Diac/Alternator Up to 2000 meters above sea level Function Abbreviation/Abbreviation AGSA Humidity 5-95% Non-condensing Series Mark V Product Type AC2000G Reactor Module Information About DS2020AGSAG1 General Electric DS2020AGSAG1 is a high-performance AC2000G reactor module, specially designed for Mark V series. As a key device in semiconductor category, this module aims to provide reliable and efficient power control for systems that need precise switching and regulation. DS2020AGSAG1 uses advanced semiconductor technology, including thyristor, SCR (silicon controlled rectifier), triac, triac and alternator, to manage the power flow in various industrial environments. The function acronym of this stack module is AGSA, which can run effectively at the height of up to 2000 meters, and is suitable for different geographical locations and challenging environmental conditions. DS2020AGSAG1 can work at such high altitude, which ensures that DS2020AGS1 can be deployed in various industrial environments, from low-lying manufacturing plants to high-altitude mining operations, without affecting performance or reliability. One of the key features of DS2020AGSAG1 is its rugged design, which enables it to maintain the best performance in different humidity levels. The module can be operated under non-condensing conditions with humidity ranging from 5% to 95%, ensuring its effectiveness in both dry and humid climates. This humidity resistance is particularly important in industrial applications where environmental conditions fluctuate greatly, and the equipment must be able to withstand these changes without failure. DS2020AGSAG1 is a part of the famous Mark V series, which is recognized for its durability and reliability in power management and control systems. Mark V series is widely used in industries that need precise power control, including energy production, heavy manufacturing and large-scale industrial processes. As a part of this series, DS2020AGSAG1 stack module adheres to the high standards set by General Electric Company for performance, reliability and service life. As far as application is concerned, DS2020AGSAG1 aims to deal with complex power control tasks and accurately control current by using its advanced semiconductor devices. This ability is very important in systems that require precise timing and regulation, such as motor control, power conversion and load management. The module can accurately manage high-power applications, which makes it an indispensable part of any industrial setting where stability and efficiency are critical. The structure of DS2020AGSAG1 emphasizes durability and long-term reliability. General Electric Company designed this stacking module with high-quality materials and advanced manufacturing technology to ensure that it can withstand the harsh conditions of continuous operation in harsh industrial environment. The robust design of the module minimizes the failure risk, reduces the maintenance requirements and prolongs the service life of the integrated equipment. 

DS2020AGSAG1 is compatible with Mark V series standard interface, and it is very simple to install and integrate into the existing system. This easy-to-integrate feature is very important in an industrial environment, in which minimizing downtime is essential to maintain production efficiency. The design of the module enables it to be installed quickly and effectively, and enables operators to upgrade or maintain their systems with minimal impact on operations. In a word, GE DS2020AGSAG1 AC2000G stack module is a high-quality and reliable semiconductor component designed for Mark V series. It can work at an altitude of up to 2000 meters, withstand various humidity conditions and provide accurate power control, which makes it an important part of any industrial power management system.