Description
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BrandGE
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ModelIS200REBFH1BBR
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Product Namecircuit board
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Country of OriginUnited States
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HS Code8538909100
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Dimensions16.5 cm x 17.8 cm x 2.2 cm
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Weight0.48 kg (1.05 lbs)
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Operating Temperature-30°C to +65°C (-22°F to +149°F)
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Storage Temperature-40°C to +85°C (-40°F to +185°F)
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Power Supply24VDC
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Warranty12 month
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Product StatusNew and original
GE IS200REBFH1BBR Wiring & Connectivity Methods
The physical interface of the IS200REBFH1BBR is optimized for reliable high-speed data transmission and error-free field service:
Internal Backplane Interface: Connects directly via integrated, gold-plated multi-pin connectors on the underside or rear edge of the card, feeding into the high-speed system bus and power rail.
Field Communication Links: Features high-density plug-in terminal connections and dedicated high-speed fiber-optic or ribbon cable header ports (such as HSLA card interfaces) to manage real-time communication loops with inverter bridges.
Grounding Protocols: Incorporates reinforced surface trace grounding tabs on the mounting points of the PCB perimeter, routing electrical noise away from processing units into the cabinet’s structural chassis earth.

GE IS200REBFH1BBR Product Advantages
High-Precision Converter Interface: Seamlessly converts and filters complex analog feedback from high-power wind turbine generator components, ensuring precise torque and pitch adjustments.
Excellent Noise Immunity: Built with dedicated hardware filtering circuits that suppress heavy switching noise generated by neighboring high-frequency IGBTs (Insulated Gate Bipolar Transistors).
Enhanced Environmental Resilience: The high-spec conformal coating allows this board to work in harsh climates—such as offshore wind farms or arid desert solar fields—without premature corrosion or breakdown.
Optimized Diagnostics: Supports automatic self-testing and reports real-time health data straight to the main HMI or SCADA system, making it easier for technicians to diagnose issues remotely.
High Operational Availability: Engineered to survive severe voltage and thermal fluctuations, which significantly reduces the risk of sudden equipment trips and keeps the overall plant runtime high.
