Manufacturer:General Electric
Model Number:DS3800HAFA1B1D
Application Type:Turbine Control Card
Series:Mark IV DS3800
Function:Regulation and Control of Turbines
Input Voltage:Variable, configurable to specific system requirements
Output Current:Up to 5 Amps, adjustable for precise control
Operating Temperature Range:-40°C to +85°C
Certifications:UL, CE, FCC compliant
Material:Ruggedized for industrial environments, high-grade circuit board material
Dimensions:Customized to fit standard industrial control panels
The GE DS3800HAFA1B1D is meticulously engineered to provide unparalleled control and monitoring capabilities for turbines and other industrial machinery. This control card is equipped with advanced algorithms and robust hardware to ensure precise control and real-time diagnostics, enabling operators to maintain high efficiency and safety standards.
Featuring a high-speed microcontroller, the DS3800HAFA1B1D offers quick processing speeds, allowing for rapid response to changes in operational conditions. Its wide temperature range compatibility (-40°C to +85°C) ensures reliability in diverse environments, making it suitable for extreme industrial settings.
Equipped with multiple communication interfaces, including RS-485 and CANopen, this control card facilitates seamless integration with existing industrial automation systems, enhancing connectivity and data exchange. The inclusion of relay outputs enables direct control over actuators, valves, and other mechanical components.
With a DC 24V power supply voltage and a relay output capacity of 12V, 3A per channel, the DS3800HAFA1B1D is designed for energy-efficient operations and can handle demanding loads without compromising performance. Its compact size and lightweight design make it easy to integrate into tight spaces within industrial equipment.
This turbine control card is built to withstand harsh industrial conditions, ensuring long-lasting durability and minimal maintenance requirements. It is an indispensable component for optimizing the performance and longevity of industrial turbines and related systems, contributing significantly to overall operational efficiency.
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