Overview
The GE IS200SHRAH2A HART Analog Input/Output Board is a specialized module within the Mark VI control system, designed to integrate analog signals with HART-enabled field devices. It provides engineers with the ability to monitor, configure, and control smart transmitters while maintaining high-accuracy analog signal processing. Moreover, the board enhances plant reliability by combining traditional analog I/O with advanced digital communication. In addition, its robust design ensures dependable performance in turbine control, power generation, and heavy industrial automation environments.
Technical Data
| Parameter | Specification |
|---|---|
| Module Type | HART Analog Input/Output Board |
| Part Number | IS200SHRAH2A |
| Operating Temperature | -40 °C to +70 °C |
Typical Applications
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Turbine control systems requiring integration of smart HART transmitters.
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Power generation plants where analog and digital communication must coexist seamlessly.
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Industrial automation processes that demand precise analog measurement and advanced device diagnostics.
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Distributed control systems integrating multiple I/O modules for scalable plant operations.
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Retrofit projects where compatibility with GE Mark VI architecture ensures smooth upgrades.
FAQ
Q1: What is the primary role of the IS200SHRAH2A board?
A1: It combines analog I/O functionality with HART communication, enabling integration of smart field devices.
Q2: Can the board handle both analog and digital signals?
A2: Yes, it supports traditional analog signals while also communicating with HART-enabled transmitters.
Q3: How does it improve system reliability?
A3: Advanced diagnostics and HART data access provide deeper insight into device health, reducing downtime.
Q4: Is the board suitable for harsh environments?
A4: Absolutely, its wide operating temperature range ensures dependable performance in demanding conditions.
Q5: Which industries typically use this board?
A5: Power generation, oil and gas, and heavy industrial automation sectors rely on it for smart device integration.
