DS200LSTCF1ACC - Software PROM

SPECIFICATIONS

Part Number: DS200LSTCF1ACC
Manufacturer: General Electric
Series: Mark V
Product type: Software PROM
Availability: In Stock
Country of Manufacture: United States (USA)

Functional Description

DS200LSTCF1ACC is a software PROM designed and developed by GE. It is a part of the Mark V control system. EPROM (Erasable Programmable Read-Only Memory) stands as a stalwart in the realm of memory due to its distinct characteristics. Its non-volatile nature signifies a pivotal advantage, allowing it to uphold stored data even in the absence of power. This inherent capability negates the necessity for supplementary external memory storage, rendering EPROM a self-sufficient memory solution.

Features

• The effectiveness of EPROM lies in its reliability and durability. It boasts a robust design that ensures the endurance of stored data over time, making it a dependable choice for critical information retention across diverse industries.
• Moreover, the reprogrammable attribute of EPROM sets it apart in the memory landscape. Its unique ability to undergo erasure and subsequent reprogramming enables a dynamic versatility that aligns with evolving technological needs. This capacity for data alteration and updating distinguishes EPROM as a flexible and adaptable memory medium, allowing for iterative improvements and modifications without necessitating complete hardware replacements.
• In essence, the non-volatile nature, efficiency, and reprogrammable capability of EPROM collectively contribute to its significance in the technological sphere, underscoring its indispensability in diverse applications ranging from embedded systems to historical computing and beyond.

Panel power requirements

• The panel stands as a versatile and robust power distribution system designed to accommodate diverse power inputs from multiple sources, ensuring reliable operation across various configurations. One of its standout features is its capability to interface with different power sources, providing flexibility and resilience in energy supply.
• To maintain operational integrity and safety, each power input source, whether direct current (dc) or alternating current (ac), must pass through its dedicated external 30 A 2-pole thermal magnetic circuit breaker before entering the Mark V panel. This setup guarantees an added layer of protection, preventing potential overloads or faults from affecting the panel or connected systems.
• The versatility of the Mark V panel extends to its accommodation of different power input combinations. It can seamlessly handle a variety of configurations, supporting up to a 125 V dc source alongside two 120/240 V ac sources. This adaptability allows for the use of diverse power sources concurrently, offering scalability and redundancy in power supply for critical operations.
• Within the Mark V panel, each core possesses its own independent power supply board, signifying a distributed and self-contained system architecture. Despite this autonomy, all cores within the panel efficiently operate through a shared 125 V dc panel distribution bus. This unified bus system serves as a common power source, providing consistent and regulated power to each core and ensuring synchronized and coordinated functionality across the entire panel.
• This comprehensive design ensures not only the accommodation of varied power sources but also a structured and efficient power distribution mechanism within the Mark V panel. Such a configuration enhances reliability, safety, and operational stability, making it a dependable choice for applications demanding adaptable and robust power management solutions.

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FREQUENTLY ASKED QUESTIONS

What is DS200LSTCF1ACC?
It is a Software PROM designed and developed by GE

What makes the Mark V panel stand out?
Its standout feature lies in its capability to interface with various power sources, providing flexibility and resilience in energy supply. This adaptability allows it to cater to different operational requirements efficiently.

How does the panel ensure safety and operational integrity?
Each power input source, whether direct current (dc) or alternating current (ac), is routed through its dedicated external 30 A 2-pole thermal magnetic circuit breaker before entering the panel. This setup adds an extra layer of protection, preventing overloads or faults from affecting the panel or connected systems.

What power input combinations can the panel accommodate?
The panel can seamlessly handle different power input configurations, supporting up to a 125 V dc source alongside two 120/240 V ac sources. This adaptability allows for the concurrent use of diverse power sources, offering scalability and redundancy in critical operations.

How does power distribution work within the control panel?
Each core within the panel has its independent power supply board, showcasing a distributed and self-contained system architecture. Despite this autonomy, all cores efficiently operate through a shared 125 V dc panel distribution bus. This common bus system provides consistent and regulated power to ensure synchronized functionality across the entire panel.