IS200EHFCH2A | General Electric Printed Circuit Board Mark VI

Product Description P/N: IS200EHFCH2A DESCRIPTION / SPECIFICATIONS Description The IS200EHFCH2A is a General Electric Mark VI Printed Circuit Board designed for the Series 6 control system. It functions as a critical component in the control and automation of industrial processes, offering robust signal processing and reliable performance. Technical Specifications Condition New / Never Used Surplus Brand General Electric Board Description Exciter Fan Control Part Number IS200EHFCH2A Dimensions L: 3 inches W: 2.75 inches Functional Acronym/Abbreviation EHFC Product Family EX2100 Excitation Controller Operating temperature -30 to 65 潞C Power Supply Voltage 24 V dc Information About IS200EHFCH2A The IS200EHFCH2A is a General Electric Printed Circuit Board designed for the Mark VI series, specifically serving as an Exciter Fan Control board. This component is integral to the EX2100 Excitation Controller family, playing a crucial role in managing the fan operations associated with exciter systems. The board measures 3 inches in length and 2.75 inches in width, providing a compact form factor that facilitates easy integration into various control setups. Its design is focused on optimizing the performance and reliability of the exciter fan system, which is essential for maintaining proper cooling and operational stability of the exciter equipment. Operating with a power supply voltage of 24 V DC, the IS200EHFCH2A is compatible with standard industrial power configurations.

This low voltage requirement ensures safe and efficient operation while minimizing electrical risks. The board鈥檚 power specification is well-suited for integration with existing systems that utilize 24 V DC power supplies, making it versatile for different industrial environments. The IS200EHFCH2A is designed to function effectively within a wide temperature range of -30 to 65 潞C. This broad operating temperature range ensures that the board performs reliably under varying environmental conditions, from extremely cold to relatively warm temperatures. Such durability is critical for maintaining system integrity and performance in diverse industrial settings, where temperature fluctuations are common. As part of the EX2100 Excitation Controller family, this board is engineered to manage the cooling fans associated with exciter systems, which are pivotal for the thermal management of the equipment. Effective fan control is essential to prevent overheating and ensure the consistent operation of the exciter system, which in turn supports the overall reliability and efficiency of the industrial drive system. In summary, the IS200EHFCH2A Printed Circuit Board from General Electric is a specialized component designed for the Mark VI series, focusing on exciter fan control within the EX2100 Excitation Controller framework. With its compact dimensions, compatibility with 24 V DC power supplies, and wide operating temperature range, the board is engineered to enhance the performance and reliability of exciter systems by ensuring effective cooling management. This functionality is vital for maintaining operational stability and efficiency in a range of industrial applications. Manufacturer information General Electric (GE) is a multinational conglomerate founded in 1892, based in the United States. It operates in various industries, including aviation, healthcare, renewable energy, and power. GE is known for its innovations in technology, manufacturing, and infrastructure solutions. IQElectro is not an authorized distributor. QElectro LLC (IQElectro) is NOT an Authorized Distributor or in any way affiliated with Rockwell Automation, Siemens, or any other Manufacturers. IQElectro is NOT an Authorized Dealer of this product. The product may be of older version, date codes, or design than that available from authorized dealers. As IQElectro is not an authorized dealer of this product, the Original Manufacturer's Warranty and Support DO NOT apply.IQElectro sells SURPLUS onlyand DOES NOT SELL SOFTWARE or FIRMWARE licenses For more detailed information, please refer to the full version of our disclaimer policy Disclaimer Policy.