1 Year Warranty
Description
Overview
Essential details：IS200TCATH1ABA MKVIE CONTROL CARD
Product Description
IS200TCATH1ABA Product Description
I. Product overview
The IS200TCATH1ABA is a General Electric (GE) module designed for the Mark VI Series gas turbine and steam turbine controllers. The module plays an important role in industrial automation control system with its excellent performance, reliability and high integration.
Two, the main characteristics
Triple Module Redundancy (TMR) design: The IS200TCATH1ABA uses a triple module redundancy design that greatly improves system reliability and fault tolerance, ensuring stable operation even under extreme conditions.
Fault detection and isolation: The module integrates advanced fault detection and isolation functions, which can detect and identify the fault module in real time, and realize the isolation of the fault module to ensure the uninterrupted operation of the system.
Hot Swap capability: The IS200TCATH1ABA supports hot swap of faulty modules without interrupting the operation of the control system, greatly improving the maintenance and availability of the system.
Advanced control algorithms: Using advanced control algorithms, the module optimizes turbine performance, stability and efficiency for more efficient energy use and lower operating costs.
IS200TRPAH1AÂ
Product parameter
Power requirements:
Input voltage: 12 ~ 48 VDC
Maximum input current: 0.6A
Working voltage: 220V
Output frequency: 350kHz
Product certification: 54100 series module
Input voltage: 12 ~ 48 VDC
Maximum input current: 0.6A
Working voltage: 220V
Output frequency: 350kHz
Product certification: 54100 series module
APPLICATION
IS200TCATH1ABA Application field
The IS200TCATH1ABA is a General Electric (GE) module designed for the Mark VI Series gas turbine and steam turbine controllers. The module has a wide range of applications in industrial automation control systems, especially in areas requiring high precision, high reliability and high performance control. The following are the main application areas:
Power industry:
In the electric power industry, gas turbines and steam turbines are the core equipment of power stations. The IS200TCATH1ABA module is used in the control system of these devices to achieve precise power output, efficient energy conversion and reliable operation. It can optimize turbine performance, improve power generation efficiency and reduce operating costs.
Petrochemical industry:
In the petrochemical industry, gas and steam turbines are often used to drive a variety of equipment and processes. The IS200TCATH1ABA module provides precise control and monitoring functions for these devices, ensuring the stability and safety of the production process. It can also optimize the operation of the turbine, improve energy efficiency and reduce energy consumption.
Marine and Marine Engineering:
In the field of Marine and offshore engineering, gas and steam turbines are key components of a ship’s power system. The IS200TCATH1ABA module is used for the control of these systems, ensuring the stable operation of the ship in a variety of navigation conditions. It provides precise control and monitoring functions to meet the ship’s dynamic and reliability requirements.
Energy development:
In the field of energy development, gas and steam turbines are commonly used in distributed energy systems, cogeneration systems, and integrated systems for renewable energy sources. The IS200TCATH1ABA module provides an efficient and reliable control solution for these systems, optimizing energy conversion efficiency and reducing environmental impact.
Industrial Manufacturing:
In some large industrial manufacturing processes, gas turbines and steam turbines are used as power sources or auxiliary equipment, requiring precise control and monitoring. The IS200TCATH1ABA module meets these needs, providing high-performance, highly reliable control solutions to ensure the smooth running of industrial manufacturing processes.
In summary, the IS200TCATH1ABA module has a wide range of applications in the power industry, petrochemical, Marine and offshore engineering, energy development and industrial manufacturing.
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