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GE IS200SCSAS1ADB

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GE IS200SCSAS1ADB

Product Overview: A high-density analog I/O module in GE’s Mark VIe control system series, designed for precise measurement and control in industrial automation applications. It features 16 analog input channels for sensor signals (4–20mA, ±10V, thermocouple, RTD) and 8 analog output channels for actuator control (4–20mA, ±10V). The module integrates signal conditioning, isolation, and diagnostic circuits, with a backplane interface for ISBus communication. Conformal coating ensures reliability in harsh environments, while hot-swappable design minimizes maintenance downtime.
Technical Specifications – Analog Inputs: 16 channels, configurable as 4–20mA (sinking/sourcing), ±10V, thermocouple (Type J/K/T/E/R/S/B/N), RTD (PT100/PT1000, 2/3/4-wire); 16-bit resolution; 10Hz–1kHz sampling rate; 250VAC channel-to-channel isolation

Category: GE

Description

Technical Specifications – Analog Outputs: 8 channels, configurable as 4–20mA (500Ω max load) or ±10V (1kΩ max load); 14-bit resolution; 0.1% full-scale accuracy; 100μs response time
Technical Specifications – Power Requirements: +5V DC (1.5A max) from backplane; +24V DC (0.8A max) for logic circuits; 1500VAC input-to-logic isolation
Technical Specifications – Communication: ISBus (5 Mbps) for backplane inter-module data exchange; dual-port Ethernet for diagnostics and configuration
Technical Specifications – Physical & Environmental: Conformal coated 6-layer PCB; 220mm×160mm×50mm dimensions; 750g weight; operating temperature -40°C to 70°C; storage temperature -55°C to 85°C; 5%–95% non-condensing humidity
Technical Specifications – Safety & Compliance: CE, UL 508, IEC 61010-1 compliant; IEC 61326-1 EMC certified; overvoltage/overcurrent/short-circuit protection with fault indication

Functional Features – Multi-Signal Compatibility: Supports 4–20mA, ±10V, thermocouple, and RTD inputs; eliminates external signal converters for diverse sensor types
Functional Features – High-Precision Signal Conditioning: 16-bit ADC for inputs and 14-bit DAC for outputs; 0.1% full-scale accuracy; maintains signal integrity in noisy industrial environments
Functional Features – Channel Isolation: 250VAC channel-to-channel isolation; 1500VAC input-to-logic isolation; prevents ground loops and protects control circuits from transients
Functional Features – Comprehensive Diagnostics: Real-time monitoring of input/output signals; LED indicators for power, communication, and channel faults; fault logging for predictive maintenance
Functional Features – Hot-Swappable Design: Supports online replacement without system shutdown; reduces downtime during module failure or maintenance
Functional Features – Conformal Coating: Protects PCB from dust, moisture, and chemical contaminants; extends service life in power plants, oil refineries, and chemical processing facilities
Functional Features – Configurable I/O Ranges: Software-configurable input/output ranges via Mark VIe control software; allows on-site adjustment without hardware changes

Application Scenarios – Gas Turbine Control: Measures exhaust temperature via thermocouple inputs; controls fuel flow via 4–20mA outputs; monitors compressor pressure with RTD inputs
Application Scenarios – Steam Turbine Regulation: Tracks steam pressure/temperature using analog inputs; adjusts governor valve position via analog outputs; interfaces with vibration sensors for condition monitoring
Application Scenarios – Hydro Turbine Systems: Reads guide vane position via LVDT inputs; controls wicket gate actuators via analog outputs; monitors water flow with 4–20mA sensors
Application Scenarios – Power Generation: Interfaces with generator PT/CT for voltage/current measurement; controls excitation systems via analog outputs; integrates with SCADA/DCS for remote monitoring
Application Scenarios – Oil & Gas Processing: Measures pipeline pressure/temperature via analog inputs; controls valve actuators via 4–20mA outputs; monitors pump vibration with RTD inputs
Application Scenarios – Chemical Industry: Tracks reactor temperature/pressure using thermocouple/RTD inputs; controls chemical flow via analog outputs; interfaces with level sensors for tank monitoring
Application Scenarios – Industrial Automation: Works with PLC/DCS systems; connects to process sensors and actuators; enables closed-loop control for manufacturing processes

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