DS3800XPER | General Electric Circuit Board

The DS3800XPER, manufactured by General Electric, operates as an isolation module within the Mark IV turbine control system. Weighing approximately 0.50 pounds, this board serves as a PC isolation card. However, it has been discontinued by the original equipment manufacturer and is no longer available from General Electric. 

The DS3800XPER board is factory-drilled at multiple locations along both short edges, with provision for mounting a barcode in some instances. It bears the GE logo near the center and features spare PTH near one corner. 

The General Electric DS3800XPER is a specialized Data Link Isolation Board designed to provide robust and reliable data communication isolation in industrial control systems. This board is part of the esteemed Mark IV series, a line renowned for its advanced control solutions and high performance in demanding industrial environments.

Designed and manufactured in the United States, the DS3800XPER adheres to strict quality and performance standards, ensuring exceptional reliability and durability. The board is tailored for applications requiring precise data isolation and protection, making it an essential component in maintaining the integrity and stability of control systems.

The DS3800XPER operates with specific power requirements, needing a +5 V dc input and a power supply voltage of 28 V dc. These power specifications ensure that the board can deliver consistent performance and maintain optimal functionality under varying electrical conditions. The ability to operate efficiently with these power requirements underscores its suitability for integration into complex industrial systems where stable and reliable power delivery is critical.

One of the notable features of the DS3800XPER is its wide operating temperature range of -40 to +65°C. This broad temperature tolerance ensures that the board can function reliably in extreme environmental conditions, whether in very cold or very hot settings. This feature is particularly valuable in industries where equipment is exposed to harsh climates, ensuring continuous operation without the risk of thermal failure.

The DS3800XPER measures 15.7 cm in height and 17.5 cm in width, with a weight of 0.8 kg. These dimensions and weight make it a compact and manageable component that can be easily integrated into existing control panels and systems. Its size allows for efficient space utilization within control cabinets, facilitating easy installation and maintenance.

This Data Link Isolation Board is currently available in stock, ensuring prompt delivery and quick deployment in industrial applications. Immediate availability is crucial for minimizing downtime and ensuring that system upgrades or maintenance can be conducted without delays.

The DS3800XPER’s role as a Data Link Isolation Board involves isolating data communication links to protect sensitive control systems from electrical noise, interference, and potential faults. This isolation is critical for ensuring accurate data transmission and maintaining the integrity of control signals, which are vital for the precise operation of industrial machinery and processes.

General Electric’s Mark IV series, to which the DS3800XPER belongs, is well-regarded for its advanced technology and robust performance. The inclusion of the DS3800XPER within this series highlights its importance and effectiveness in providing reliable data link isolation, contributing to the overall efficiency and stability of the control system.

In summary, the General Electric DS3800XPER Data Link Isolation Board is a high-quality, reliable component designed to enhance the performance and integrity of industrial control systems. With its specific power requirements, wide operating temperature range, compact size, and robust construction, it is an ideal solution for applications requiring precise data isolation. Manufactured in the United States and part of the trusted Mark IV series, the DS3800XPER ensures exceptional performance and reliability in demanding industrial environments.