Agilent, RMSN-2, Big universal trap, Nitrogen, 1/8 in, 300 psig

Big universal trap, Nitrogen, 1/8 in, 300 psig. Large capacity Carrier Gas or Triple Filter. Delivers faster stabilization times for increased GC productivity, removes oxygen, moisture, and hydrocarbons from the carrier gas for MS applications, and provides ultimate GC column protection. Uses 1/8" brass fittings and intended to purify Nitrogen Gas.

Specifications:
Body Material: Brass
Diameter: 2.3 in
Fitting Size: 1/8 in
Gas Filter Type: Combination (Universal)
Includes Indicator: No
Length: 17.5 in
Maximum Pressure: 300 psig
Trap Capacity: 750 cc
UNSPSC Code: 41115700

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The Big Universal Trap for Nitrogen is engineered to efficiently capture and remove moisture, hydrocarbons, and other contaminants from nitrogen gas streams in laboratory and analytical applications. Designed for operation up to 300 psig and equipped with 1/8-inch fittings, this trap is ideal for use in gas chromatography, mass spectrometry, and other sensitive research workflows where high-purity nitrogen is essential. Its robust construction ensures reliability and long-term performance, protecting instrumentation and columns from potential contamination and degradation. The trap is compatible with a wide range of Agilent and third-party gas delivery systems, making it a versatile choice for laboratories handling variable sample types and volumes. It is particularly suitable for central gas supply lines, point-of-use isolation, and any setup requiring constant, high-quality nitrogen delivery. The universal design allows for seamless integration into existing configurations, and its generous capacity supports high-throughput environments. Pairing this trap with Agilent’s gas purification systems, filters, and regulators further optimizes gas purity and downstream instrument performance. Regular use helps extend the lifespan of analytical instruments and ensures accuracy in experimental results across diverse applications in analytical chemistry, environmental testing, pharmaceutical research, and more.