GE IS200ACLEH1B Industrial Application Control Layer Module for EX2100 / Mark VI Turbine Systems
GE IS200ACLEH1B Industrial Application Control Layer Module for EX2100 / Mark VI Turbine Systems
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Brand:GE Fanuc PLC Item No.:GE IS200ACLEH1B Product Origin:USA Product Dimensions:147 mm × 95 mm × 35 mm Product Weight:0.80 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 IS200ACLEH1B is an Application Control Layer (ACL) Module designed for use in GE EX2100 Excitation Control Systems and Mark VI turbine control platforms. As a microprocessor-based master controller, it orchestrates critical control logic and communication tasks over industrial networks such as Ethernet and ISBus. This module is ideal for engineers designing or maintaining high-performance turbine automation systems where dependable real-time control and integration with I/O and supervisory systems are essential.
Technical Specifications
Parameter
Specification
Model
IS200ACLEH1B
Module Type
Application Control Layer (ACL) Module
System Compatibility
EX2100 / Mark VI Turbine Control Systems
Board Memory (DRAM)
8 MB
BIOS Memory
4 MB
Communication Interfaces
Ethernet, ISBus
Microprocessor Support
Microprocessor-based for multitask control
Rack Mounting
Fits two half-slots in a standard EX2100/Innovation Series rack
Connector Interface
128-pin P1 backplane connector
Operating Environment
Industrial control cabinets (typical 0 °C to +60 °C)
Dimensions (H × W × D)
147 mm × 95 mm × 35 mm (approx.)
Weight
0.80 kg
This compact form factor allows installation in tight rack configurations while maintaining strong processing capabilities.
Recommended Companion Modules
For a complete control solution in EX2100 or Mark VI systems, pair the IS200ACLEH1B with:
IS200DSPX Digital Signal Processor Module
IS200EISB Exciter ISBus Board
IS200EMIO Exciter Main I/O Board
IS200ESEL Exciter Selector Module
EX2100 backplane and power supply hardware
These modules together support full control and I/O management in turbine automation platforms.
Popular GE Control Modules
IS200VCRCH1B – VME Input/Output Module
IS200ERAXH1A – PLC Controller Module
IS200HSLAH1A – High-Speed Serial Interface
IS200EPSMG1ABB – Power Supply Module
IS200ADIIH1A – Differential I/O Interface
These units are commonly integrated with ACL modules to deliver robust industrial automation performance.
Applications
The IS200ACLEH1B ACL Module is used in:
Turbine excitation and generator control
Power plant automation systems
Gas and steam turbine management architectures
SCADA and supervisory control networks
Real-time process logic processing
Distributed control in industrial cabinets
By bridging high-level control logic with networked I/O and supervisory interfaces, this module is crucial in maintaining precise and reliable turbine operations.
Advantages
Centralized Control Logic
Acts as the master controller for processing complex turbine and excitation logic.
Network Connectivity
Supports high-speed Ethernet and proprietary ISBus communication for integrated system communication.
Rack-Mount Compatibility
Designed to fit standard EX2100/Innovation Series racks with minimal space usage.
Industrial-Grade Construction
Engineered for prolonged operation under industrial conditions with conformal PCB protections and robust hardware.
Backward Compatibility
Often compatible with prior revisions in Mark VI and EX2100 systems, enabling upgrades without extensive rewiring.
Technical FAQs
What system does the IS200ACLEH1B integrate with?
It integrates with EX2100 Excitation Control Systems and Mark VI turbine control platforms.
What communication protocols are supported?
Ethernet and ISBus for industrial networking.
How much memory does the module have?
8 MB DRAM and 4 MB BIOS.
Where is the module installed?
In two adjacent half-slots within a standard EX2100 or Innovation Series rack.
What is its approximate weight?
Approximately 0.80 kg.
Does it support real-time control tasks?
Yes — it’s designed for real-time logic processing within turbine systems.
Is it compatible with older systems?
Many revisions maintain backward compatibility with legacy EX2100 hardware.
What environmental conditions can it operate in?
Standard industrial control cabinet environments up to ~60 °C.
Does it handle I/O directly?
No — it works with dedicated I/O boards connected via backplane networks.
Why is this module chosen in turbine systems?
Provides centralized control logic and communication in complex turbine and excitation automation architectures.
