PAC SP-693 and Methanol in Water Analyzer

The PAC SP-693 and Methanol in Water Analyzer is a specialized dual-channel gas chromatograph system designed for the determination of Dimethylether (DME) and Methanol in gases according to SP-693, and Methanol in water according to ASTM D3695. It combines precision, reliability, and compliance with standard methods to provide accurate analytical results.

Product Features

• Dual-channel analysis: Front channel for SP-693 (DME and Methanol in gases) and back channel for Methanol in water (ASTM D3695)
• Front channel: Gas sample introduced via Gas Sampling Valve (GSV) into Split/Splitless inlet; separated by capillary column in temperature-programmed oven; detection by Flame Ionization Detector (FID)
• Back channel: Liquid sample introduced via Automatic Liquid Sampler (ALS) into Split/Splitless inlet; separated by capillary column; detection by FID
• Method compliant: ASTM D3695-95(2021)e and SP-693 (LP 1131)
• Mainframe: Agilent 8890 Gas Chromatograph
• Inlet: Split / Splitless (S/SL) inert inlet
• Detector: Two Flame Ionization Detectors (FID)
• Automated valves: Gas Sampling Valve and sample shut-off valve
• Pneumatics: Electronic Pressure Control (EPC)
• All tubing made of Sulfinert for sample integrity
• Temperature-programmed oven with two capillary columns
• Included factory-installed items: columns, system testing documentation, gas purifiers, and startup kit

Optional Accessories

• Automatic Liquid Sampler (ALS)
• Chromatography Data Handling Software
• Calibration (liquid) gases
• Spares and consumables kit

Benefits

• Accurate and reliable determination of DME and Methanol in gases and Methanol in water
• Dual-channel system enables simultaneous analysis for efficiency
• Compliant with standard test methods for regulatory and laboratory requirements
• High-quality construction and components ensure long-term operational stability

Why Choose PAC SP-693 and Methanol in Water Analyzer?

The PAC SP-693 Analyzer offers a reliable, compliant, and precise solution for laboratories requiring accurate quantification of DME and Methanol in gases and Methanol in water. Its dual-channel design, high-quality components, and method compliance make it an essential tool for analytical laboratories.