Name: GE IS220PCLAH1B Core Analog I/O Module(XIONGBA) | XIONGBA
Price: 999.00 USD
Availability: InStock

Description

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Product Overview

The GE IS220PCLAH1B is a high-performance core analog I/O module designed for GE’s Speedtronic Mark VIe distributed control system, a critical platform for aerospace-derivative turbines and industrial automation. As a key component in the Mark VIe family, the IS220PCLAH1B interfaces with analog sensors and actuators to enable precise monitoring and control of process variables such as temperature, pressure, and flow in gas turbines, steam turbines, and compressor systems.

Engineered for extreme reliability in harsh environments, the GE IS220PCLAH1B features advanced signal conditioning and 16-bit resolution, ensuring accurate data acquisition and control outputs. Its dual RJ45 Ethernet ports support high-speed communication with the Mark VIe controller, while built-in diagnostics monitor channel integrity and thermal conditions to prevent unplanned downtime. The module’s compact design (180 mm x 120 mm x 50 mm) allows seamless integration into standard Mark VIe racks, optimizing space in turbine control cabinets. With a 2-year warranty and fast repair options, the IS220PCLAH1B delivers long-term durability and operational continuity for mission-critical applications.

Technical Specifications

Parameter Name	Parameter Value
Product Model	IS220PCLAH1B
Manufacturer	GE
Product Type	Core Analog I/O Module
Input Channels	12 (isolated, configurable for 0–20 mA/0–10 V)
Output Channels	2 (0–20 mA)
Resolution	16-bit
Input Voltage	24V DC ±10%
Communication Interfaces	Dual RJ45 Ethernet (10/100 Mbps)
Operating Temperature	-40°C to +70°C
Storage Temperature	-40°C to +85°C
Isolation	2.5 kV DC between channels
Current Compliance	18 V DC
Certifications	UL, CE, RoHS
Static Sensitivity	Requires ESD-protective handling

Main Features and Advantages

Precision Signal Handling:
The GE IS220PCLAH1B offers 16-bit resolution for analog inputs and outputs, ensuring fine-grained control over turbine fuel injection, temperature regulation, and vibration monitoring. Its configurable input channels support both voltage and current signals, eliminating the need for external converters.

Rugged Industrial Design:
With a wide operating temperature range (-40°C to +70°C) and compliance with UL/CE standards, the module withstands extreme conditions in aerospace-derivative turbines, offshore platforms, and high-temperature industrial environments.

High-Speed Redundant Communication:
Dual Ethernet ports enable redundant network connections, ensuring uninterrupted data flow between the module and the Mark VIe controller. This feature is critical for maintaining control system integrity during network fluctuations.

Advanced Diagnostics:
LED indicators and real-time health monitoring provide immediate feedback on channel status, thermal conditions, and power supply stability, facilitating proactive maintenance and reducing troubleshooting time.

ESD-Protective Construction:
Designed with electrostatic discharge (ESD) protection, the IS220PCLAH1B minimizes damage risks during handling and installation, making it suitable for environments with high static electricity.

Application Areas

Aerospace-Derivative Turbines:
The GE IS220PCLAH1B serves as the backbone for analog control in aircraft engines and power generation turbines, managing fuel flow, blade cooling, and exhaust temperature to optimize efficiency and reduce emissions.

Oil and Gas Production:
Deployed in offshore platforms and refineries, the module controls compressor stations, pipeline pressure regulators, and separator units, ensuring safe and efficient operations in hazardous zones.

Power Generation:
In combined-cycle power plants, the IS220PCLAH1B interfaces with steam turbines and generators, regulating steam flow and excitation systems to maintain grid stability and maximize energy output.

Industrial Manufacturing:
Used in heavy machinery production lines, the module drives servo motors, robotic arms, and quality control sensors, ensuring precision in automotive assembly, metal processing, and chemical blending.