DS200ADMAH1A | General Electric Analog-to-Digital Module

The General Electric DS200ADMAH1A is an advanced Analog-to-Digital Module designed as part of the LS2100 Static Starter Control product family. This specialized module, commonly referred to by its functional acronym ADMA, plays a critical role in the precise conversion of analog signals into digital data within high-performance industrial control systems. The DS200ADMAH1A is engineered to meet the stringent requirements of modern industrial environments, ensuring accurate data processing, robust performance, and seamless integration into existing LS2100 control systems.

This module is particularly significant in applications involving static starters, where the precise control and monitoring of power electronics are crucial for the reliable operation of heavy-duty machinery. The DS200ADMAH1A is built to handle these demands by efficiently converting analog inputs into digital signals that can be processed by the control system. This conversion is essential for accurate monitoring, control, and diagnostics of the system’s performance, enabling operators to maintain optimal functionality and quickly address any potential issues.

The DS200ADMAH1A is designed to meet various industry standards, including UL, CE, and CSA certifications. These certifications underscore the module's compliance with international safety and performance standards, making it suitable for use in a wide range of industrial applications across different regions. The adherence to these standards ensures that the DS200ADMAH1A delivers reliable performance while meeting the necessary regulatory requirements, providing peace of mind to operators and engineers who rely on its functionality in critical operations.

One of the key features of the DS200ADMAH1A is its integration with power thyristors, specifically Silicon-Controlled Rectifiers (SCRs). These SCRs are integral to the module’s ability to manage and control high-power electrical signals, making them crucial for applications that demand precise power management. The use of SCRs enhances the module’s ability to handle large currents and voltages, contributing to its overall durability and effectiveness in demanding industrial environments.

The DS200ADMAH1A is equipped with two LEDs for status indication: a green IMOK (I’m OK) LED and a red FAIL LED. The green LED provides a clear visual indication that the module is functioning correctly, while the red LED alerts operators to any failures or issues that may arise. This simple yet effective diagnostic feature allows for quick and easy monitoring of the module’s operational status, enabling prompt action to be taken in the event of a malfunction.

In terms of input capacity, the DS200ADMAH1A can accommodate up to three analog inputs. This capability allows the module to receive and process multiple signals simultaneously, making it a versatile component within the LS2100 system. The ability to handle multiple inputs is particularly valuable in complex control scenarios where various parameters need to be monitored and adjusted in real-time.

The DS200ADMAH1A weighs a mere 4 ounces, making it a lightweight yet powerful addition to the LS2100 control system. Its compact size and light weight facilitate easy installation and integration into existing systems, minimizing the need for extensive modifications or additional support structures.

For detailed guidance on installation, operation, and troubleshooting, the DS200ADMAH1A is supported by comprehensive manuals, specifically GEH-6373 and GEI-100218. These manuals provide in-depth information on the module’s features, setup procedures, and best practices, ensuring that users can fully utilize its capabilities and maintain its performance over time.

In summary, the General Electric DS200ADMAH1A Analog-to-Digital Module is a high-performance, reliable component designed for the LS2100 Static Starter Control product family. With its robust features, including compliance with international standards, integration with SCRs, dual LED status indicators, and the ability to process multiple analog inputs, this module is essential for ensuring precise control and monitoring in industrial applications. Its lightweight design, coupled with comprehensive manual support, makes it an efficient and user-friendly solution for modern industrial control systems.