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+86 18030182217
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Description
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Product Overview
The GE IS210BPPCH1AEC is a critical component within GE’s Speedtronic series, specifically designed for Mark V and Mark VIe turbine control systems. This versatile module functions as an analog I/O board or I/O pack processor, responsible for scaling and conditioning a wide range of signals from field devices to ensure precise control over gas and steam turbines. It processes inputs including LVDT position feedback, servo valve commands, thermocouples, 4–20 mA signals, vibration data, and generator parameters, facilitating real-time monitoring and protection of critical machinery. The board integrates seamlessly into GE’s redundant architecture, supporting both simplex and TMR (Triple Modular Redundancy) configurations to maximize system availability in high-risk environments.
As part of the Mark V/VIe platform, the IS210BPPCH1AEC enables robust communication via data bus connectors (e.g., 3PL for STCA board links) and JE interfaces for generator/line signals. Its hardware jumpers (J1–J8) allow flexible configuration of output current ranges (20 mA or 200 mA) and oscillator settings, while an integrated RS-232 port streamlines diagnostics and testing. By ensuring accurate signal translation and isolation, the GE IS210BPPCH1AEC enhances operational reliability in power generation and industrial automation applications, reducing downtime through predictive maintenance capabilities.
Technical Specifications
| Parameter Name | Parameter Value |
|---|---|
| Product Model | IS210BPPCH1AEC |
| Manufacturer | General Electric (GE) |
| Product Type | Analog I/O Board / I/O Pack Processor |
| Compatible Systems | Mark V, Mark VIe Turbine Control |
| Input/Output Signals | LVDT, Servo Valve, Thermocouple, 4–20 mA, Vibration, Relay Drives |
| Communication Interfaces | RS-232 (for testing), Data Bus (3PL, JE connectors) |
| Configurable Output Range | 20 mA or 200 mA (via jumpers J5/J6) |
| Power Rating | 400W (for VME rack power variant) |
| Input Voltage | 125 Vdc (for power variant) |
| Operating Temperature | Industrial grade (e.g., -20°C to 60°C) |
| Redundancy Support | Simplex or TMR configurations |
| Design Features | Double-sided PCB with SMT components, heat dissipation fins |
Key Features and Advantages
Comprehensive Signal Handling: The GE IS210BPPCH1AEC consolidates diverse analog and digital signals—from LVDT position sensors to thermocouples and vibration inputs—into a unified control framework. This reduces wiring complexity and simplifies system integration. Its jumper-selectable output ranges (e.g., 20 mA/200 mA) enable customization for specific sensor requirements, enhancing flexibility across applications.
High Reliability in Demanding Environments: Engineered with industrial-grade components and surface-mount technology (SMT), the board withstands harsh conditions such as extreme temperatures and electrical noise. The inclusion of heat dissipation fins ensures thermal management, while LED indicators (green/red/yellow) provide instant status visibility for rapid troubleshooting.
Seamless System Integration: As an upgraded BPPC processor board (compatible with ControlST software V04.04+), the IS210BPPCH1AEC interoperates with legacy BPPB-based I/O packs in TMR systems. Ethernet ports and data bus connectors (e.g., 3PL for STCA communication) ensure seamless data exchange with turbine controllers, supporting real-time decision-making for critical processes like compressor stall detection or fuel flow regulation.
Application Areas
The GE IS210BPPCH1AEC is primarily deployed in power generation, where it monitors and controls gas/steam turbines by processing signals related to combustion dynamics, bearing temperatures, and rotor speeds. In oil and gas, it safeguards compressor stations and pipelines by integrating vibration data and pressure inputs to prevent surges or mechanical failures.
For industrial automation, the board enables precision in manufacturing sectors like chemical processing and metallurgy, where it regulates servo valves and analog actuators. Its compatibility with GE’s System 1® software further extends its utility to predictive maintenance networks, analyzing trends to optimize turbine efficiency and reduce unplanned outages in sectors like renewable energy and water treatment.
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