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IS200ERRBG1A | General Electric Exciter Redundant Regulator Backplane
- Regular price
- $1,520.00
- Sale price
- $1,520.00
- Regular price
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Product Description P/N: IS200ERRBG1A
Description
Model IS200ERRBG1A is a Regulator Redundant Backplane model. It allows for multiple externally mounted modules and boards via cable connections on the ERRB. The ERRB supports DSPX, EPSM, ERDD, EISB, ERIO, and EROC model connections.
Technical Specifications
| Brand | General Electric |
| Board Description | Regulator Redundant Backplane |
| Part Number | IS200ERRBG1A |
| Functional Acronym/Abbreviation | ERRB |
| Potential Board Connections | DSPX, ERDD, EROC, EISB, ERIO, EPSM |
| Series | EX2100 Excitation Controller |
| Operating temperature | -30 to 65°C |
| Board Size | 6.25 in x 4.25 in |
Information About IS200ERRBG1A
The General Electric IS200ERRBG1A, commonly referred to by its functional acronym ERRB, is a Regulator Redundant Backplane designed to enhance the reliability and efficiency of industrial automation systems. This high-performance board is part of the EX2100 Excitation Controller series, known for its advanced control capabilities and robust performance in demanding industrial environments.
The IS200ERRBG1A serves as a critical component in ensuring redundant and reliable operations within the EX2100 series. Its primary function is to provide a stable and efficient backplane for connecting various control modules, including DSPX, ERDD, EROC, EISB, ERIO, and EPSM. This capability ensures seamless communication and coordination among these modules, facilitating precise control and monitoring of industrial processes.
Measuring 6.25 inches by 4.25 inches, the IS200ERRBG1A is compact yet highly effective in its role. Its size allows for easy integration into existing control systems without requiring significant modifications or additional space. This design ensures that the board can be conveniently installed within control cabinets, maintaining an organized and efficient setup.
The IS200ERRBG1A is engineered to operate within a wide temperature range of -30 to 65°C, making it suitable for various industrial environments. This broad operating temperature range ensures that the board performs reliably under extreme conditions, providing consistent control and monitoring capabilities even in the harshest settings. The robust design of the IS200ERRBG1A enhances its durability, reducing the likelihood of failures and extending the operational lifespan of the system.
One of the key features of the IS200ERRBG1A is its ability to establish redundant connections, which is essential for maintaining system integrity and minimizing downtime. By supporting redundant configurations, this backplane ensures continuous operation even if one pathway experiences a fault. This redundancy is crucial in critical industrial applications where uninterrupted performance is necessary.
The potential connections to modules such as DSPX, ERDD, EROC, EISB, ERIO, and EPSM highlight the versatility and integration capabilities of the IS200ERRBG1A. These connections allow for a comprehensive and interconnected control system, enhancing the overall functionality and efficiency of the EX2100 series. This compatibility ensures that the board can be used in a wide range of applications, from power generation to manufacturing automation.
General Electric's commitment to quality and innovation is evident in the design and manufacturing of the IS200ERRBG1A. Each board undergoes rigorous testing to ensure it meets the highest standards of performance and reliability. This dedication to excellence guarantees that users receive a product capable of delivering consistent and dependable performance in their industrial operations.
In summary, the General Electric IS200ERRBG1A Regulator Redundant Backplane is a vital component for enhancing the reliability and efficiency of the EX2100 Excitation Controller series. Its compact size, broad operating temperature range, and support for redundant configurations make it an ideal choice for demanding industrial environments. By integrating the IS200ERRBG1A into their systems, users can achieve improved operational stability, reduced downtime, and enhanced control capabilities.
Description
Model IS200ERRBG1A is a Regulator Redundant Backplane model. It allows for multiple externally mounted modules and boards via cable connections on the ERRB. The ERRB supports DSPX, EPSM, ERDD, EISB, ERIO, and EROC model connections.
Technical Specifications
| Brand | General Electric |
| Board Description | Regulator Redundant Backplane |
| Part Number | IS200ERRBG1A |
| Functional Acronym/Abbreviation | ERRB |
| Potential Board Connections | DSPX, ERDD, EROC, EISB, ERIO, EPSM |
| Series | EX2100 Excitation Controller |
| Operating temperature | -30 to 65°C |
| Board Size | 6.25 in x 4.25 in |
Information About IS200ERRBG1A
The General Electric IS200ERRBG1A, commonly referred to by its functional acronym ERRB, is a Regulator Redundant Backplane designed to enhance the reliability and efficiency of industrial automation systems. This high-performance board is part of the EX2100 Excitation Controller series, known for its advanced control capabilities and robust performance in demanding industrial environments.
The IS200ERRBG1A serves as a critical component in ensuring redundant and reliable operations within the EX2100 series. Its primary function is to provide a stable and efficient backplane for connecting various control modules, including DSPX, ERDD, EROC, EISB, ERIO, and EPSM. This capability ensures seamless communication and coordination among these modules, facilitating precise control and monitoring of industrial processes.
Measuring 6.25 inches by 4.25 inches, the IS200ERRBG1A is compact yet highly effective in its role. Its size allows for easy integration into existing control systems without requiring significant modifications or additional space. This design ensures that the board can be conveniently installed within control cabinets, maintaining an organized and efficient setup.
The IS200ERRBG1A is engineered to operate within a wide temperature range of -30 to 65°C, making it suitable for various industrial environments. This broad operating temperature range ensures that the board performs reliably under extreme conditions, providing consistent control and monitoring capabilities even in the harshest settings. The robust design of the IS200ERRBG1A enhances its durability, reducing the likelihood of failures and extending the operational lifespan of the system.
One of the key features of the IS200ERRBG1A is its ability to establish redundant connections, which is essential for maintaining system integrity and minimizing downtime. By supporting redundant configurations, this backplane ensures continuous operation even if one pathway experiences a fault. This redundancy is crucial in critical industrial applications where uninterrupted performance is necessary.
The potential connections to modules such as DSPX, ERDD, EROC, EISB, ERIO, and EPSM highlight the versatility and integration capabilities of the IS200ERRBG1A. These connections allow for a comprehensive and interconnected control system, enhancing the overall functionality and efficiency of the EX2100 series. This compatibility ensures that the board can be used in a wide range of applications, from power generation to manufacturing automation.
General Electric's commitment to quality and innovation is evident in the design and manufacturing of the IS200ERRBG1A. Each board undergoes rigorous testing to ensure it meets the highest standards of performance and reliability. This dedication to excellence guarantees that users receive a product capable of delivering consistent and dependable performance in their industrial operations.
In summary, the General Electric IS200ERRBG1A Regulator Redundant Backplane is a vital component for enhancing the reliability and efficiency of the EX2100 Excitation Controller series. Its compact size, broad operating temperature range, and support for redundant configurations make it an ideal choice for demanding industrial environments. By integrating the IS200ERRBG1A into their systems, users can achieve improved operational stability, reduced downtime, and enhanced control capabilities.