Sarasota SG901 (formerly SG900) Specific Gravity Anayzer - Thermo Scientific - Process Systems - #1

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Features • Accurate to 0.2% reading above 0.5 SG at reference conditions • User selectable reference conditions • Integral sample conditioning • Options to suit dry or wet gas applications • Hazardous area use • Rugged construction for harsh environments • No on-site calibration required Product Specifications The highly accurate Thermo Scientific Sarasota SG901 specific gravity analyzer reliably measures gas specific gravity/relative density (SG) or molecular weight (MW) of wet or dry gas. Redesigned to house all electronics within the stainless steel enclosure, this advanced analyzer offers rapid response to ensure process optimization and environmental compliance. Thermo Scientific Sarasota SG901 Specific Gravity Analyzers Gas specific gravity (SG) measurement applications such as fuel gas monitoring and energy determination require continuous, high accuracy measurements to ensure maximum efficiency and minimum waste. Fast response is critical to ensure effective burner, furnace or flare gas monitoring and control. The Thermo Scientific Sarasota SG901 specific gravity analyzer is recommended in applications where specific gravity (SG) or molecular weight (MW) can be used to infer density elsewhere in the plant, and where the gas is dirty or wet and requires filtering prior to the measurement. The Sarasota SG901 is available in three standard configurations to suit the application—the basic system, a dry gas system, and a wet gas system. Specific configuration requirements may also be accommodated within the systems if needed. Housed in a stainless steel enclosure, the basic Sarasota SG901 system comprises a Thermo Scientific Sarasota FD900 gas density assembly, temperature element, and flow control valve. All components are interconnected by 6.35 mm (0.25 in) stainless steel tubing. The basic system is ideal for applications where the analyzer is used in conjunction with an existing gas conditioning system that provides a clean, dry sample at a pressure below 4 bar A (58 psia). Applications • Gas blending control • Standard volume flow control • Refinery fuel gas monitoring (CV estimate) • Oven/furnace gas monitoring (CV estimate) • Flare control systems (MW monitoring)