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Standardized complete system
Simple and fast to configure Field-proven, harmonized and reliable set Low purchase price and economic operation Suitable for optimizing the efficiency of H2-cooled turbo generators
Why Set GGA?
The Set GGA is a complete, standardized solution for controlling and monitoring hydrogen-cooled turbo generators. It continuously monitors cooling gas for contamination to optimize generator efficiency and prevent the formation of potentially explosive mixtures. This complete solution provides the dual benefit of being simple to handle and having low initial investment costs.
Key benefits
Enhance operational safety and compliance
Prevent explosive hydrogen-air mixtures for personnel and equipment safety during operation and maintenance. Comply with international standards for safety control systems for a secure operational environment.
Optimize generator efficiency and reduce costs
Continuously monitor cooling gas for contamination to reduce friction loss and optimize turbo generator efficiency. This proactive approach helps maintain power output and significantly lowers operational costs over time.
Achieve economic operation with low investment
This complete monitoring solution offers low initial investment, as well as economic operation. The system's simple handling further reduces long-term costs, providing a cost-effective solution for your needs.
FEATURED CAPABILITIES
The solution for hydrogen-cooled turbo generators
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Field-proven, reliable technologies
High-precision and reliable purity monitoring of hydrogen Microchip-based thermal conductivity measurement Redundant measuring system SIL 1 certificate for the analysis hardware
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Simple operation
Intuitive menu prompting Configuration on large displays with plaintext Use of CO2 and AR as inert gas possible
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Utilizes CALOMAT 6 Analyzer System
Continuously determines H2 and He in binary or quasi-binary gas mixtures based on thermal conductivity. The system uses two independent gas analyzer lines in one rack to comply with international directives.