The GE Fanuc IC752SPL013BB is an advanced excitation control panel designed for precise voltage regulation in industrial applications, ensuring optimal performance and reliability in power systems.
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The GE Fanuc IC752SPL013BB is an advanced excitation control panel designed for precise voltage regulation in industrial applications, ensuring optimal performance and reliability in power systems.
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Brand:GE FANUC
Model:IC752SPL013BB
Type:Excitation Control Panel
Application Voltage:230 VAC
Rated Current:30 A
Power Rating:Up to 150 MVA
Frequency:50 Hz
Protection Class:IP20
Dimensions:W x H x D: 300 x 500 x 300 mm
Weight:Approx. 40 kg
Input Type:Digital and Analog
Output Type:Digital
Control Protocol:MODBUS RTU
Operating Temperature:-20°C to +50°C
Storage Temperature:-40°C to +70°C
The GE Fanuc IC752SPL013BB excitation control panel is engineered to provide unparalleled control over the excitation systems of industrial generators. It ensures stable operation and maximum efficiency in a variety of power generation environments.
Featuring a robust design, this control panel withstands extreme temperatures from -20°C to +55°C, making it suitable for harsh industrial settings. Its compact size and modular construction allow for easy integration into existing systems without compromising functionality or space.
With an operating voltage of 230 V AC and a frequency range of 50 Hz, the IC752SPL013BB can handle a wide array of industrial applications. It offers a high excitation capacity of up to 100 A RMS, providing ample power for even the most demanding tasks.
Equipped with advanced communication interfaces, including RS-485 and Modbus TCP, this control panel facilitates seamless data exchange with other systems and components, enhancing operational efficiency and monitoring capabilities.
Manufactured under strict quality standards, the IC752SPL013BB complies with international safety and environmental regulations, ensuring reliable performance and longevity. It is certified by UL, CE, and ISO 9001, offering peace of mind for users in terms of safety and quality assurance.
