Used ROSEMOUNT 3051C #9216309 for sale

ROSEMOUNT 3051C is an integrated, residual gas analyzer (RGA) profiling equipment designed to provide precise, real-time measurements of process gases in industrial environments. Using advanced laser spectroscopy technology, the instrument can accurately measure and analyze up to 12 different process gases simultaneously. 3051C is ideal for applications requiring trace gas measurement for process optimization, safety compliance monitoring or detection of even the most elusive trace gases. Its laser spectroscopy technology can detect even trace amounts of gases, demonstrated in the industry standard lower limit of detection of 8 parts-per-billion. The system is housed in a robust instrument case with a NEMA 4 enclosure to protect it from moisture, dust, corrosion and extreme temperatures making it ideal for potential hazardous environments. The entire unit has full autonomous operation and data logging; and the machine can be configured remotely by data transfer. ROSEMOUNT 3051C is available with both on-board tool analysis software and an intuitive user-interface for setup configuration. This user-friendly interface makes the instrument versatile and simple to use, allowing for the user to quickly integrate the asset to an existing process or environment. 3051C systems come with an on-board laser source, internal detector and an automatic pressure protective filter. The on-board software allows easy process automation and monitoring, while the internal detector model allows for precise measurement of the desired gases. The pressure protective filter prevents damage to sensitive components of the equipment from extreme pressure within the system. ROSEMOUNT 3051C is a high-performance unit designed for precision measurement of up to 12 different process gases. The laser spectroscopy technology used in this machine provides unmatched sensitivity in comparison to other systems. In addition, its flexible digital control tool allows for easy setup and operation, allowing even the most challenging trace gas detection and monitoring requirements to be quickly addressed.