Module Type:Safety Discrete I/O Pack
Model:IS220YDOAS1A
Compatibility:Up to two I/O Ethernet networks
Power Supply:28V Input
Number of Channels:Discrete Output Channels
Ethernet Ports:Two
Interrupts:Four External Interrupts
Dimensions:Height: 3.25″ | Width: 1.65″ | Depth: 4.78″
Technology:Surface-Mount
Warranty:3-Year Warranty
Location of Manufacture:Salem, Virginia, USA
Integrating seamlessly into the GE Mark VIeS safety system, the IS220YDOAS1A Safety Discrete I/O Pack is designed to enhance the reliability and efficiency of gas turbine operations. Its robust design ensures secure and stable electrical connections, making it ideal for critical industrial applications.
Featuring compatibility with up to six discrete output terminal boards, this module supports a variety of connectors, including SRLY and TRLY, enabling versatile integration with existing systems. The inclusion of three DC connectors and two RJ45 connectors facilitates seamless connection to both traditional and network-based components.
Engineered with a focus on reliability, the IS220YDOAS1A utilizes advanced surface-mount technology for enhanced performance and durability. It incorporates four LEDs for intuitive status monitoring, including power, attention, transmission/reception, and link status indicators, ensuring quick identification of operational conditions.
With support for 60 MHz processors and a comprehensive suite of interrupt functions, including an inner loop load pulse, stack overflow, and configurable inputs, the IS220YDOAS1A offers precise control over discrete output operations. This feature-rich module is not only compatible with GE‘s EX2100e excitation control systems but also enhances overall system stability and responsiveness.
Available exclusively from AX Control with a guaranteed 3-year warranty, the IS220YDOAS1A Safety Discrete I/O Pack represents a commitment to quality, reliability, and customer satisfaction. Designed for the demanding requirements of industrial environments, this module is an essential component for optimizing gas turbine control systems.
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