Liquid CO2 Solenoid Valve 8264G009 ASCO

Name: Liquid CO2 Solenoid Valve 8264G009 ASCO
Brand: ASCO
SKU: 7610511311-3103
Availability: InStock

Valves & Piping

ASCO

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Description

Normally closed solenoid valve for liquid CO2 service. Pipe size: 1/8 in (1.05 mm orifice). Cv: 0.06. Min. differential pressure: not specified. Max. operating pressure differential: 1000 psi (69 bar). Fluid temperature range: -75°F to +120°F (-59°C to +49°C). Ambient temperature range: AC -40°F to +131°F (for 8264 series? catalog states for 8262/8263 AC up to 131°F, for all others AC up to 125°F. 8264 not listed in that note, but table shows AC max pressure at 131°F? Actually table footnote: "For 8262 & 8263 Series, AC pressure ratings are at 131°F ambient; for all other series, AC pressure ratings are at 125°F." Since 8264 is not 8262/8263, AC ambient is -40°F to +125°F. DC ambient: -40°F to +104°F. Power consumption: 7-13.8 W (AC, Class F) / 18.6 W (DC, Class F). Enclosure: watertight Types 1,2,3,3S,4,4X (optional explosionproof with prefix EF). Electrical connection: standard solenoid. Certifications: CSA certified, UL listed, CE. Body material: nickel-plated brass. Seals: PTFE and/or clad copper/UR. Core: 430F stainless steel. Important: must use tubing with I.D. no larger than outlet port orifice to locate refrigeration point downstream and prevent freezing of CO2 inside valve.

Possible Applications

This specialized solenoid valve is engineered for cryogenic fluid control circuits in commercial and industrial carbon dioxide management systems. It is predominantly integrated into beverage dispensing carbonation rigs, post-mix soft drink fountains, and draft beer carbonation systems to meter liquid carbon dioxide injections accurately. Additionally, the valve serves in laboratory environmental chambers, flash-freezing apparatuses, and semiconductor component cooling units where rapid phase-change temperature suppression utilizing liquid carbon dioxide is required. Its robust construction and low-temperature sealing materials prevent premature seal degradation and seat freezing when subjected to the intense thermal shock of expanding high-pressure cryogenic liquid streams.

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