Description
GE IS200TSVOH2B servo control board controller switch module

IS200TSVOH2B
As an integral part of GE’s prestigious and well-regarded lineup of industrial hardware, the GE IS200TSVOH2B fits harmoniously into the broader industrial control ecosystem. Acting as a crucial linchpin, it enables efficient data transfer and control between various automation components. By accurately processing and transmitting signals, this module empowers industries to maintain pinpoint control over their operations, minimize errors, and significantly enhance overall productivity. Its robust construction and advanced functionality render it an ideal choice for the harsh and demanding environments characteristic of industrial applications.
Label
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Specification
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Model Number
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IS200TSVOH2B
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Brand
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GE
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Type
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Terminal and Signal Conditioning Module
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Input Voltage
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24 V DC
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Operating Temp
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0°C – 60°C
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Communication Method
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Wired Interface
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Mounting
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Rack Mount
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Weight
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Approximately 0.5 kg
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Certifications
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CE, RoHS
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Dimensions
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177.8 x 48.26 x 228.6 mm
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IP Rating
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IP20
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Protocols Supported
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Proprietary GE Protocols
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IS200TSVOH2B
The
GE IS200TSVOH2B stands head and shoulders above the competition in industrial environments, thanks to its remarkable functional strengths and innovative design advantages. Engineered with cutting-edge high-speed signal processing capabilities, this unit can effortlessly handle a large volume of data with astonishing efficiency, guaranteeing rapid response times even in the most critical control scenarios. Its resilience is truly remarkable, as it can effectively withstand electrical noise and interference, maintaining rock-solid operation even in electrically challenging and noisy environments.

IS200TSVOH2B
The GE IS200TSVOH2B finds its application in a diverse array of industrial use cases, delivering substantial value across different sectors. In power plants, this module plays a pivotal role in meticulously monitoring and controlling electrical signals, ensuring the stable and efficient generation and distribution of power. It equips operators with the ability to accurately detect and respond to any anomalies in the system, preventing potential outages and bolstering the overall reliability of the power grid.
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