The GE IC3600AIAD1C1D is a cutting-edge MKII turbine control card engineered for seamless integration into advanced gas and steam turbine management systems. This proprietary card ensures precise control and protection, optimizing turbine performance across diverse industrial applications.
Operating Temperature Range:-50°C to +50°C
Application Compatibility:Gas and Steam Turbines
Input/Output Channels:16 Digital Inputs, 8 Digital Outputs
Signal Handling:Voltage, Current, Pulse Width Modulation
Power Consumption:Less than 20W
Mounting Style:Panel Mount
Communication Interface:Serial Communication
Certifications:UL, CE, ISO 9001
The GE IC3600AIAD1C1D is a critical component for enhancing the operational efficiency and safety of your industrial gas or steam turbines. It offers unparalleled precision in controlling turbine outputs, ensuring smooth operation even under extreme conditions.
This advanced control card is specifically engineered for seamless integration with the Mark I and Mark II Speedtronic series, delivering enhanced performance and reliability.
With an operating temperature range from -50°C to +50°C, it’s designed to withstand harsh environments, making it ideal for applications in remote locations, offshore facilities, and industrial drives requiring high accuracy and robustness.
Featuring a low power consumption of less than 15W, the IC3600AIAD1C1D optimizes energy use without compromising on functionality. Its RS-485 communication interface ensures reliable data exchange, facilitating efficient monitoring and control.
Crafted from high-quality aluminum alloy, this control card is not only durable but also lightweight, ensuring easy installation and maintenance. Its compact design fits perfectly into existing systems, minimizing disruption during upgrades.
The GE IC3600AIAD1C1D is a cutting-edge MKII turbine control card engineered for seamless integration into advanced gas and steam turbine management systems. This proprietary card ensures precise control and protection, optimizing turbine performance across diverse industrial applications.