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Product Name: Interface I/O PCB board
Brand Name: GE
Model Number: IS210AEBIH3BEC
Country of Origin:USA
Warranty: 12 Months
Whatsapp：+86 18159889985
Email：[email protected]
Brand Name: |
General Electric |
Model Number: |
IS210AEBIH3BEC |
Country of Origin: |
USA |
Packaging Details: |
Original new Factory Sealed |
Delivery Time: |
Delivery time in stock |
Payment Terms: |
T/T |
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Sales Manager: |
Stella |
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Send an email: |
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Contact in Whatsapp: |
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Parameter |
Specification |
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Part No. |
IS210AEBIH3BEC |
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Manufacturer |
General Electric (GE Vernova) |
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Series |
Speedtronic Mark VI / Mark VIe |
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Hardware Type |
AEBI (Alternative Energy Bridge Interface) I/O Conditioning Board |
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Form Factor |
Standalone PCB, VME single-slot module, chassis/panel mount |
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Power Input |
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Power Consumption |
Approx. 5W to 7.5W max |
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Isolation Voltage |
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Operating Temperature |
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Humidity |
95% non-condensing |
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Signal Compatibility |
4–20mA, ±10V analog, RTD, thermocouple, LVDT, dry contact |
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Protection |
Overvoltage, reverse polarity, short-circuit [8†L39] |
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Communication |
Mark VI VME, Mark VIe IONet compatible [8†L40-L41] |
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Certifications |
CE, UL industrial compliant [8†L41] |
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Weight |
Approx. 0.6 kg |
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Country of Origin |
United States |
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Environmental Protection |
Full industrial conformal coating |
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Status Indicators |
Per-channel LED status indicators, network link/activity LEDs [10†L21-L22] |
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Dimensions |
29x12.8x2.5cm |
The GE IS210AEBIH3BEC is a versatile I/O conditioning and bridge interface board designed for the Mark VI / Mark VIe Speedtronic turbine control systems. As a key AEBI Bridge Interface, the IS210AEBIH3BEC provides galvanically isolated signal conditioning between field sensors and the main controller. It processes analog, discrete, and temperature inputs while eliminating ground loops and electrical noise in critical turbine control loops. The IS210AEBIH3BEC operates at Purdue Model Level 1 and is typically mounted in turbine control cabinets. It supports 4–20mA, ±10V, RTD/TC, LVDT, and dry contact signals, making it an essential signal conditioning component for gas, steam, and wind turbine applications.
Gas Turbine Control – Fuel flow, air flow, and exhaust gas temperature monitoring and fuel valve position control
Steam Turbine Control – Speed regulation, steam flow control, and supervisory data acquisition
Wind Power Generation – Onshore and offshore turbine pitch actuator, yaw drive, grid interface, and power quality monitoring
Combined Cycle & Cogeneration Plants – Extensive displacement monitoring and vibration inputs for balance‑of‑plant auxiliary equipment
Industrial Process Automation – Motor control, process control, robotics, chemical processing, metallurgy, pharmaceutical production, water treatment
Oil & Gas Production – Pumping, compression, separation, and pipeline temperature and pressure monitoring
Marine & Offshore Platforms – Ship propulsion systems
Galvanic isolation (2.5kV RMS) – Breaks ground loops and suppresses EMI from generators, drives, and power cables; reduces false safety interlock trips and signal drift
Wide‑range signal compatibility – Accepts 4–20mA, ±10V analog, RTD/thermocouple, LVDT position, and dry‑contact inputs
Industrial conformal coating – Protects against moisture, dust, vibration, EMI, and RFI for reliability in harsh environments
Hot‑swappable design – Supports field replacement without system power‑down or turbine operation interruption
Per‑channel LED status indicators – Enables immediate visual fault detection
High anti‑interference analog processing – Low noise, wide bandwidth, high common‑mode rejection ratio
Multiple communication protocol support – Compatible with Modbus TCP/IP, RS‑485, Ethernet, TCP/IP, UDP via VME backplane or IONet
ToolboxST software integration – All input configurations, alarm settings, and diagnostic functions managed through GE‘s standard engineering software
Obsolete part sourcing alert – For in‑service legacy Mark VI systems, recommended to establish strategic safety stock
Galvanically isolated signal conditioning – Conditions analog and discrete signals from field sensors (4–20mA loop transmitters, ±10V measurement transducers, RTD/TC temperature sensors, LVDT position trackers, dry‑contact interlock switches) before they reach the main controller
Analog I/O acquisition – Acquires 16 isolated 4–20mA analog input channels with embedded HART diagnostic capabilities; monitors bearing temperature, industrial pressure transmitters, and control valve positions without external multiplexers
Ethernet bridge communication – Bridges different network segments, enabling real‑time data sharing between turbine modules, supervisory control systems, engineering stations, SCADA, and HMI devices
Noise suppression and grounding elimination – Multi‑stage filtering eliminates industrial ground loops and electromagnetic interference common in turbine halls and wind turbine nacelles
Diagnostic monitoring – Built‑in self‑diagnostic functions monitor open wires, short circuits, and abnormal voltage levels; reports predictive maintenance data to the control system in real time
System integration and voting logic – Integrates into Mark VI/VIe redundant architectures via VMEbus backplane, supporting 2‑out‑of‑3 I/O channel voting for SIL‑rated turbine protection applications
Q1: What is the primary function of the GE IS210AEBIH3BEC?
A1: The IS210AEBIH3BEC is an AEBI (Alternative Energy Bridge Interface) I/O conditioning board that provides galvanically isolated signal processing for field sensors and actuators, eliminating ground loops and electrical noise before data transfer to the Mark VI/VIe main controller.
Q2: What control systems is the IS210AEBIH3BEC compatible with?
A2: The IS210AEBIH3BEC is compatible with both GE Speedtronic Mark VI (VME backplane) and Mark VIe (IONet backplane) turbine control systems.
Q3: Can the IS210AEBIH3BEC be used in wind turbine applications?
A3: Yes. The IS210AEBIH3BEC is specifically engineered for advanced wind turbine control systems, serving as a communication bridge between pitch actuators, yaw drives, grid interface, and main turbine controller.
Q4: What software is required to configure the IS210AEBIH3BEC?
A4: The IS210AEBIH3BEC is configured and monitored using GE‘s standard engineering software ToolboxST, which manages all input configurations, alarm setpoints, diagnostic functions, and system health monitoring.
Q5: Is the IS210AEBIH3BEC still in active production?
A5: The IS210AEBIH3BEC is considered discontinued/obsolete for original OEM. However, it remains essential for thousands of in‑service Mark VI turbine control systems; strategic safety stock of new‑old‑stock modules from authorized aftermarket suppliers is recommended to protect against expensive system upgrades.
Inguiry Now: [email protected]
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