GE IS200ACLEH1A Application Control Layer Module for EX2100 / Mark VI Turbine Automation Systems
GE IS200ACLEH1A Application Control Layer Module for EX2100 / Mark VI Turbine Automation Systems
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Brand:GE Fanuc PLC Item No.:GE IS200ACLEH1A Product Origin:USA Product Dimensions:263 mm × 58 mm × 28 mm Product Weight:1.30 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The GE IS200ACLEH1A is an Application Control Layer Module designed and manufactured by General Electric for use in EX2100 Excitation Control Systems and associated Mark VI turbine control architectures. This module serves as a central processing/controller board within the control system, managing key application-level logic and communications for excitation and turbine automation. It integrates seamlessly with Ethernet and backplane networks to support complex control tasks in power generation and industrial equipment.
Technical Specifications
Parameter
Specification
Model
IS200ACLEH1A
Module Type
Application Control Layer Module
System Series
EX2100 / Mark VI Turbine Control System
Functional Abbreviation
ACLE
Functional Revision
A
Primary Function
Application level control and logic
Communication
Ethernet / ISBus integration
PCB Protection
Conformal coating (moisture, dust resistance)
Backplane Interface
Microprocessor-based connection
Slot Size
Occupies two rack half-slots
Typical Operating Voltage
Backplane supplied (system dependent)
Operating Temperature
~0 °C to ~60 °C*
Mounting
Rack-mounted printed circuit assembly
Dimensions (H × W × D)
263 mm × 58 mm × 28 mm (approx.)
Weight
~0.30 kg – 1.30 kg (varies by listing)
*Exact operating specification depends on system cabinet airflow and installation conditions.
Recommended Related Models
IS200ERAXH1A – Advanced PLC controller module (Mark VI series)
IS200HSLAH1A – High-speed serial link interface module
IS200AVSCG1A – Analog voltage input signal conditioning module
IS200ADIIH1A – Differential input/output module
IS200PSCAH1A – Serial communication I/O module
These modules complement the IS200ACLEH1A within GE turbine or control rack ecosystems for expanded functionality and communication pathways.
IS200AVGAG1A – Voltage gain and conditioning module
IS200AVIFH1A – Fast analog conversion interface
These modules are commonly found in GE Mark VI / EX2100 environments with the ACLE for holistic system control.
Applications
The IS200ACLEH1A is typically used in:
Turbine excitation control systems (EX2100)
Power generation plant automation (GE Mark VI systems)
Distributed turbine and generator control racks
Real-time control and logic execution for excitation processes
Ethernet-enabled system monitoring and HMI interfacing
It plays a central role in coordinating high-level control logic and communication within turbine control networks.
Advantages
Centralized Logic Execution
Acts as the master control layer within excitation and turbine systems, managing critical control sequences and interlocks.
Ethernet & Bus Integration
Supports Ethernet-based communication for networked control and diagnostics.
Robust Industrial Design
Conformal PCB coating enhances resistance to moisture, dust, and contaminants, supporting longer life in industrial environments.
Modular Rack System
Designed to fit within GE’s standard rack architectures, simplifying installation and serviceability.
Established Platform Support
Compatible with longstanding GE Mark VI and EX2100 series systems, ensuring continued engineering support and integration continuity.
Technical FAQs
1. What is the main function of the IS200ACLEH1A?
It functions as an application control layer module that runs key control logic and communication tasks in turbine/excitation control systems.
2. Which systems is it used with?
Primarily used with GE’s EX2100 Excitation Control and Mark VI turbine automation systems.
3. What communication interfaces does it support?
Ethernet and ISBus-type connectivity for interaction with controllers and system networks.
4. Does it require special software to configure?
Yes — integration typically uses GE control system tools specific to the EX2100/Mark VI platform.
5. How much rack space does it occupy?
It generally occupies two half-slots in a control rack due to its wide faceplate.
6. Is the PCB environmentally protected?
Yes, it uses conformal coating for resilience against moisture and contaminants.
7. Is it a standalone controller?
No — it operates as part of a larger turbine/excitation control assembly with Power, CPU, and I/O modules.
8. Can it handle multiple tasks simultaneously?
Yes — it is microprocessor-based and designed for multitasking control operations.
9. In what environments is it typically installed?
Industrial control cabinets in power plants, utilities, and large machinery automation systems.
10. Does it require conformal coating for industrial use?
Yes — the coating improves reliability in harsh environments.
